Yunjie grinding mill and its application method and products processed by Yunjie grinding mill

Abstract

The Yunjie mill of the present invention adopts a kinetic energy recovery device arranged in the main machine of the Yunjie mill to realize the recovery and utilization of high-speed fluidized state kinetic energy, adopts a natural cold source to assist in cooling the high-temperature exhaust gas to increase the energy efficiency ratio of the working medium supply branch to more than 6, and adopts a feeding device to increase the return material amount to improve the fluidity of the material, thereby improving the economy and reliability of the Yunjie mill described in the invention patent 2018111102064. The application method of the Yunjie mill provided by the present invention solves the common pain point problems of traditional dry grinding methods, that is, either poor quality or high cost, and provides an economical solution for the processing of agricultural products for feed, processing of Chinese medicinal materials, drying of liquid materials, mineral grinding, preparation of metal powders, preparation of drugs with volatile components as effective ingredients, sludge drying, etc. The products processed by the Yunjie mill of the present invention eliminate the links that cause quality problems in the processing process of traditional methods, and the product quality is good and the processing cost is low.

Description

Technical Field

[0001] The invention relates to a Yunjie mill for dry powder grinding, and belongs to the technical fields of circulating fluidized beds, Chinese medicinal material processing, agricultural product processing, dry powder grinding, new material preparation, and energy conservation and environmental protection. Background Art

[0002] Invention patent 2018111102064 "A Yunjie mill and its application method and products processed by the Yunjie mill" discloses a Yunjie mill, which can quickly convert most high-humidity and high-viscosity materials such as fresh agricultural products and liquids into dry powder at room temperature and recover water in the materials in liquid form. It can also be used for ultra-fine grinding of minerals, with the characteristics of low energy consumption, high output and good product quality. However, there are at least three shortcomings: first, the kinetic energy recovery blade structure for high-speed fluidized material kinetic energy recovery is unreasonable, which is achieved by Kinetic energy recovery blades are set up to use the high-speed fluidized material at the outlet of the main mill to impact the kinetic energy recovery blades in the auxiliary mill impeller to assist in driving the auxiliary mill impeller to rotate. The high-speed fluidized material at the outlet of the auxiliary mill is also used to impact the kinetic energy recovery blades in the main mill impeller to assist in driving the main mill impeller to rotate, realizing the recovery of the kinetic energy of the high-speed fluidized material to reduce the circulating energy consumption of the fluidized material in Yunjie Mill. The structure of the kinetic energy recovery blades makes it impossible for the fluidized material to flow out in time after impacting the kinetic energy recovery blades, which hinders the subsequent fluidized material from continuously impacting the kinetic energy recovery blades. Ineffective impact, the kinetic energy recovery rate of fluidized materials is not high. In addition, this simple structure of kinetic energy recovery blades cannot form a pressure difference between the windward and leeward sides of the blades, and this pressure difference can theoretically become a force to assist in driving the impeller to rotate; secondly, the heat exchanger of the working medium supply branch only relies on the low-temperature airflow from the condenser to cool the high-temperature and high-humidity exhaust gas discharged from the bag filter. The heat required for heating the cold air is only sensible heat. The exhaust gas cooling not only releases sensible heat, but also the latent heat of water liquefaction. Due to insufficient cooling capacity, the temperature and moisture content of the airflow entering the condenser cannot be reduced to a sufficient level. If the moisture content of the air in the Yunjie Mill is not low enough, the condenser needs to consume more energy to reduce the moisture content of the air inlet to a level that meets the requirements of the Yunjie Mill process. In the Yunjie Mill process, the return material refers to the powder returned from the external circulation channel to the Yunjie Mill main unit. The return material improves the fluidization state of high-humidity and high-viscosity materials and is of great significance to the Yunjie Mill process. In the invention patent 2018111102064, only the powder discharged from the cyclone dust collector becomes the return material. For liquids and high-humidity and high-viscosity materials with a moisture content of more than 95%, the effect is far from the target due to insufficient return material. This is the third shortcoming. For more technical background of this case, please refer to Chinese invention patents 2018111102064, 2017111181038, 2015110139212, 2014108408080, 2010101628876, etc. The centrifugal fan is a gas conveying equipment, see the attachedFigure 22 It is usually composed of two major parts: a casing 180 and an impeller 181. The impeller is composed of a front disc 182, blades 183, a rear disc 185 on the side of the input shaft 184, and a sleeve 186. There are an air inlet 187 and an air outlet 188 on the casing 180. Summary of the Invention

[0003] The first purpose of the present invention is to further improve the Yunjie mill described in invention patent 2018111102064 to improve its economy and reliability. The second purpose of the present invention is to provide multiple application methods of the Yunjie mill and multiple products processed by the Yunjie mill.

[0004] The technical measures taken to achieve the first purpose of the present invention are as follows: the first Yunjie grinder is composed of a casing, an impeller and a kinetic energy recovery device. There is an internal circulation pipe interface on the casing near the air inlet. The airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the kinetic energy recovery device. The air inlet on the casing is the inlet of the first Yunjie grinder, and the air outlet on the casing is the outlet of the first Yunjie grinder.

[0005] The kinetic energy recovery device of the first type of Yunjie grinder is realized in this way: the air inlet on the front disc is enlarged to expose the blades or an annular window is opened on the front disc to expose the blades. The airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the exposed blades.

[0006] Another technical measure taken to achieve the first purpose of the present invention is as follows: the second Yunjie grinder is composed of a casing, an impeller, a kinetic energy recovery device and a feed pipe. The feed pipe is provided with an internal circulation pipe interface. One end of the feed pipe is connected to the air inlet on the casing. The kinetic energy recovery device is arranged in the feed pipe. The airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the kinetic energy recovery device. The other end of the feed pipe is the inlet of the second Yunjie grinder, and the air outlet on the casing is the outlet of the second Yunjie grinder.

[0007] In order to maximize the recovery and utilization of the kinetic energy of fluidized materials, the present invention also provides a third type of Yunjie mill, which is composed of a casing, an impeller, a kinetic energy recovery device and a feed pipe. The feed pipe is provided with an internal circulation pipe interface, one end of the feed pipe is connected to the air inlet on the casing, the kinetic energy recovery device is arranged in the feed pipe, and the impeller is driven to rotate by the airflow from the internal circulation interface to impact the kinetic energy recovery device. The other end of the feed pipe is the inlet of the third type of Yunjie mill, and the air outlet on the casing is the outlet of the third type of Yunjie mill.

[0008] One implementation method of the kinetic energy recovery device of the second and third Yunjie grinders is to use kinetic energy recovery blades, which are fixed on the impeller shaft or on the impeller shaft extending along the feed pipe, or one end of the kinetic energy recovery blade is fixed on the rear disc and / or the shaft sleeve and / or the impeller shaft, and the other end is fixed on the impeller shaft extending along the feed pipe, or the other end is fixed on the connecting plate, and the connecting plate is fixed on the impeller shaft extending along the feed pipe.

[0009] Another implementation method of the kinetic energy recovery device of the second and third Yunjie grinding mills is to use a kinetic energy recovery impeller. There are multiple implementation methods of the kinetic energy recovery impeller. The first kinetic energy recovery impeller is composed of kinetic energy recovery blades and an upper ring. One end of the kinetic energy recovery blade is fixed on the shaft sleeve and / or the rear disc, and the other end is fixed on the upper ring. Multiple kinetic energy recovery blades are distributed circumferentially along the upper ring; the upper ring is fixed on the impeller shaft extending along the feed pipe.

[0010] In order to improve the rigidity of the Yunjie grinding kinetic energy recovery impeller, a kinetic energy recovery blade reinforcement ring can also be set in the middle of the kinetic energy recovery impeller. The reinforcement ring is fixed to the middle of the kinetic energy recovery blade and on the impeller shaft extending along the feed pipe.

[0011] For the convenience of implementation, the kinetic energy recovery impeller is the second type of kinetic energy recovery impeller, which consists of a kinetic energy recovery impeller sleeve, kinetic energy recovery blades and an upper ring. One end of the kinetic energy recovery blade is fixed to the kinetic energy recovery impeller sleeve, the kinetic energy recovery impeller sleeve is fixed to the sleeve or the impeller shaft, and the other end is fixed to the upper ring. The upper ring is fixed to the impeller shaft extended along the feed pipe. There is a bearing on the extended impeller shaft, the bearing is fixed on the bracket, and the bracket is fixed on the feed pipe or the machine base.

[0012] In order to reduce the obstruction of the rotation of the kinetic energy recovery impeller to the airflow from the inner circulation pipe interface and increase the torque applied by the airflow from the inner circulation pipe interface to the kinetic energy recovery impeller, the kinetic energy recovery impeller is a third type of kinetic energy recovery impeller, which is composed of a kinetic energy recovery impeller sleeve, a kinetic energy recovery impeller shaft, kinetic energy recovery blades, an upper ring and a transmission. One end of the kinetic energy recovery blade is fixed on the kinetic energy recovery impeller sleeve, and the other end is fixed on the upper ring. The transmission is fixed on the feed pipe and the machine base. The input shaft of the transmission is the kinetic energy recovery impeller shaft. The kinetic energy recovery impeller sleeve is fixed on the input shaft of the transmission. The output shaft of the transmission is the impeller shaft or is connected to the impeller shaft; the upper ring is fixed on the input shaft of the transmission, and the end of the transmission input shaft extending out of the upper ring has a bearing, the bearing is fixed on the bracket, and the bracket is fixed on the feed pipe and the machine base.

[0013] The kinetic energy recovery impeller can also be the fourth type of kinetic energy recovery impeller, which consists of a kinetic energy recovery impeller sleeve, a lower ring, kinetic energy recovery blades and an upper ring. One end of the kinetic energy recovery blade is fixed on the lower ring, and the other end is fixed on the upper ring. The lower ring is fixed on the kinetic energy recovery impeller sleeve.

[0014] In order to increase the pressure difference between the windward and leeward sides of the kinetic energy recovery blade, the cross-section of the kinetic energy recovery blade is semicircular, or it can be wing-shaped, or it can be a shape with a flat windward side and an arc-shaped leeward side.

[0015] In order to further increase the torque applied by the airflow from the internal circulation pipe interface to the kinetic energy recovery impeller, the second and third types of Yunjie grinding machine kinetic energy recovery impellers are 0.5-4 times the impeller diameter.

[0016] An important function of the feed pipe is grading. Feed pipes of different structures have different grading capabilities. In order to meet the requirements of different process steps for grading effects, the feed pipe can be selected from the following forms: straight pipe, one end of the straight pipe is connected to the air inlet on the casing, and the other end of the straight pipe is the inlet of the Yunjie mill; or conical pipe, the small end of the conical pipe is connected to the air inlet on the casing, and the big end of the conical pipe is the inlet of the Yunjie mill; or conical pipe, the big end of the conical pipe is connected to the air inlet on the casing, and the small end of the conical pipe is the inlet of the Yunjie mill; or conical pipe, The small end of the conical tube is connected to the air inlet on the casing, and there is a cover on the large end of the conical tube. The opening in the middle of the cover is the inlet of the Yunjie grinder; or a cyclone dust collector, the air inlet of the cyclone dust collector is the interface of the internal circulation pipe, the dust discharge port of the cyclone dust collector is connected to the air inlet on the casing, and the air discharge port of the cyclone dust collector is the inlet of the Yunjie grinder, or a cyclone dust collector with the top cover removed, the air inlet of the cyclone dust collector is the interface of the internal circulation pipe, the dust discharge port of the cyclone dust collector is connected to the air inlet on the casing, and the end of the cyclone dust collector without the top cover is the inlet of the Yunjie grinder.

[0017] Based on the technical solution of the Yunjie grinding mill, the present invention provides six types of Yunjie grinding mill hosts.

[0018] The first type of Yunjie mill host consists of a main mill, an auxiliary mill and an internal circulation pipe. Both the main mill and the auxiliary mill are first type Yunjie mills. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the internal circulation pipe, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the internal circulation pipe. The inlet of the main mill is the inlet of the first type of Yunjie mill host, and the inlet of the auxiliary mill is the outlet of the first type of Yunjie mill host.

[0019] The second type of Yunjie mill host consists of a main mill, an auxiliary mill and an internal circulation pipe. Both the main mill and the auxiliary mill are second type Yunjie mills. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the internal circulation pipe, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the internal circulation pipe. The inlet of the main mill is the inlet of the second type of Yunjie mill host, and the inlet of the auxiliary mill is the outlet of the second type of Yunjie mill host.

[0020] The third type of Yunjie grinding machine is formed by removing the kinetic energy recovery device in the feed pipe of the main grinding machine and the auxiliary grinding machine from the second type of Yunjie grinding machine.

[0021] The fourth type of Yunjie grinding machine is improved from the second type of Yunjie grinding machine. The outlet on the casing is connected to the inner circulation pipe interface on its feed pipe through an inner circulation pipe. An air inlet tee is arranged between one end of the feed pipe and the air inlet on the casing. The other end of the air inlet tee is the inlet of the fourth type of Yunjie grinding machine, and the other end of the feed pipe is the outlet of the fourth type of Yunjie grinding machine.

[0022] The fifth type of Yunjie grinding machine is formed by removing the kinetic energy recovery device in the feed pipe of the fourth type of Yunjie grinding machine.

[0023] The sixth type of Yunjie mill host consists of a main mill, an auxiliary mill and an internal circulation pipe. The main mill is the second type of Yunjie mill, and the auxiliary mill is the third type of Yunjie mill. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the internal circulation pipe, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the internal circulation pipe. The inlet of the main mill is the inlet of the sixth type of Yunjie mill host, and the inlet of the auxiliary mill is the outlet of the sixth type of Yunjie mill host.

[0024] In order to straighten the inner circulation pipe and minimize the wall hanging inside the inner circulation pipe, the axis of the main mill and the axis of the auxiliary mill of the first, second or sixth Yunjie grinding host are perpendicular to each other.

[0025] In order to adjust the air volume of the auxiliary mill, a circulating air volume adjusting device is provided on the inner circulation pipe connected to the outlet of the auxiliary mill of the first Yunjie mill main unit, the second Yunjie mill main unit or the sixth Yunjie mill main unit. An air volume adjusting device can also be provided on the feed pipe between the inner circulation pipe interface of the auxiliary mill of the second or sixth Yunjie mill main unit and one end of the feed pipe, and an air volume adjusting device can be provided between one end of the feed pipe of the fourth Yunjie mill main unit and the air inlet tee.

[0026] In order to reduce the internal circulating air flow of the Yunjie mill host and lower the temperature inside the machine, the cross-sectional area of ​​the internal circulation pipe connected to the auxiliary mill outlet is smaller than the cross-sectional area of ​​the internal circulation pipe connected to the main mill outlet.

[0027] In order to reduce the pressure inside the main mill and reduce the eccentric force generated by the air flow from the inner circulation pipe impacting the kinetic energy recovery impeller, the second type of Yunjie mill host or the sixth type of Yunjie mill host has 2, 3 or 4 outlets on the main mill casing, and the number of auxiliary mills and the number of inner circulation pipe interfaces on the main mill feed pipe are the same as the number of outlets on the main mill casing.

[0028] Based on the above technical solutions of the Yunjie grinding machine, the present invention provides the following four technical solutions of the Yunjie grinding machine.

[0029] The first type of Yunjie mill is composed of the first, second, third, fourth, fifth or sixth type of Yunjie mill main unit and the first type of auxiliary device. The first type of auxiliary device is composed of a dust collector and an external circulation pipe. The air inlet of the dust collector is connected to the outlet of the Yunjie mill main unit, and the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit.

[0030] The second type of Yunjie mill is composed of the first, second, third, fourth, fifth or sixth type of Yunjie mill main unit and the second auxiliary device. The second auxiliary device is composed of a dust collector and an external circulation pipe. The external circulation pipe is provided with a dust collector ash discharge interface, the dust collector ash discharge interface is provided with a regulating valve, the dust collector ash discharge pipe is provided with a discharge port, the dust collector air inlet is connected to the Yunjie mill main unit outlet, the external circulation pipe outlet is connected to the Yunjie mill main unit inlet, and the dust collector ash discharge port is connected to the regulating valve.

[0031] The third type of Yunjie mill is composed of the first, second, third, fourth, fifth or sixth type of Yunjie mill main unit and the third type of auxiliary device. The third type of auxiliary device is composed of a cyclone dust collector, a bag dust collector and an external circulation pipe. The external circulation pipe is provided with a cyclone dust collector dust discharge interface. The air inlet of the cyclone dust collector is connected to the outlet of the Yunjie mill main unit, the air outlet of the cyclone dust collector is connected to the air inlet of the bag dust collector, the cyclone dust collector dust discharge port is connected to the cyclone dust collector dust discharge interface on the external circulation pipe, and the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit.

[0032] The fourth type of Yunjie mill is composed of the first, second, third, fourth, fifth or sixth type of Yunjie mill main unit and the fourth type of auxiliary device. The fourth type of auxiliary device is composed of a cyclone dust collector, a bag dust collector, an external circulation pipe and a working medium supply branch. The external circulation pipe is provided with a cyclone dust collector dust discharge interface, the air inlet of the cyclone dust collector is connected to the outlet of the Yunjie mill main unit, the air outlet of the cyclone dust collector is connected to the air inlet of the bag dust collector, the cyclone dust collector dust discharge port is connected to the cyclone dust collector dust discharge interface on the external circulation pipe, the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit, and the air inlet of the external circulation pipe is connected to the exhaust outlet of the working medium supply branch.

[0033] The third or fourth auxiliary device also includes a return device, which is composed of a 1# conveyor and a 2# conveyor. The 1# conveyor has a feed port and two discharge ports, one discharge port is the main discharge port of the Yunjie mill, and the 2# conveyor has two feed ports and two discharge ports. The feed port of the 1# conveyor is connected to the dust discharge port of the bag dust collector, and the other discharge port of the 1# conveyor is connected to a feed port of the 2# conveyor, and the other feed port of the 2# conveyor is connected to the dust discharge port of the cyclone dust collector. There is a valve on one discharge port of the 2# conveyor, and the outlet of the valve is connected to the dust discharge interface of the cyclone dust collector on the external circulation pipe. The other discharge port of the 2# conveyor is the auxiliary discharge port of the Yunjie mill.

[0034] In order to facilitate the processing of liquid materials, an atomizer can be set on the external circulation pipe as a feeding device for the liquid material.

[0035] In order to facilitate the processing of solid materials, a screw feeder can be set on the external circulation pipe as a feeding device. The tail end of the screw feeder pipe is the discharge port. The inner ring of the tail end bearing is fixed to the spiral blade near the tail end through the bearing sleeve, and the tail end bearing seat is fixed on the material pipe.

[0036] In order to realize fully closed-circuit operation, an air-locking device consisting of a valve, a material storage pipe and valves connected in sequence can be provided on the feeding port of the screw feeder and the main discharge port and the auxiliary discharge port of the return device.

[0037] In order to enable the fourth type of Yunjie mill to use natural air as the working medium, a second exhaust port is provided in the bag dust collector clean air chamber of the fourth type of Yunjie mill, and the exhaust port has a cover, and a second air inlet is provided on the external circulation pipe, and the air inlet has a cover.

[0038] In order to realize the grinding of large hard materials, the present invention also provides a mining-use Yunjie mill, which is achieved by arranging a mill on the external circulation pipe of the auxiliary device.

[0039] The fourth type of working medium supply branch of the Yunjie mill is used to provide the Yunjie mill with working medium that meets the process requirements. The present invention provides six types of working medium supply branches of the Yunjie mill. The first type of working medium supply branch is composed of a heat exchanger, a condenser and a heater. The heat exchanger is composed of a heat exchange branch and a cooling branch. The heat medium channel inlets of the heat exchange branch and the cooling branch are collected together through the heat exchanger inlet pipe. The inlet of the heat exchanger inlet pipe is the inlet of the working medium supply branch. The heat medium channel exhausts of the heat exchange branch and the cooling branch are connected to the inlet of the condenser. The exhaust of the condenser is connected to the inlet of the refrigerant channel of the heat exchange branch through the condenser exhaust pipe. The exhaust of the refrigerant channel of the heat exchange branch is connected to the inlet of the heater through the refrigerant channel exhaust pipe. The exhaust of the heater is the exhaust of the working medium supply branch. The inlet of the working medium supply branch is connected to the exhaust of the bag dust collector.

[0040] The second working medium supply branch is improved from the first working medium supply branch. A heat medium channel air inlet volume regulating device for the heat exchange branch and the cooling branch is provided in the air inlet pipe of the heat exchanger to regulate the heat medium channel air volume of the heat exchange branch and the cooling branch.

[0041] The third working medium supply branch consists of a first heat exchanger, a second heat exchanger, a condenser and a heater. The heat medium channel inlet of the first heat exchanger is the air inlet of the working medium supply branch, and the heater outlet is the exhaust outlet of the working medium supply branch. The air flow channel of the working medium supply branch is composed of the heat medium channel of the first heat exchanger, the heat medium channel of the second heat exchanger, the condenser heat medium channel, the air duct, the second heat exchanger refrigerant channel, and the heater refrigerant channel, which are connected in sequence. The refrigerant channel of the condenser is the evaporator of the heat pump, and the heat medium channel of the heater is the condenser of the heat pump. The air inlet of the working medium supply branch is connected to the exhaust outlet of the bag dust collector.

[0042] The fourth working medium supply branch is improved from the third working medium supply branch. A switching valve is provided on the exhaust pipe of the compressor of the heat pump to divide the exhaust pipe into two branches. The first branch enters the heater and then leads to the radiator. The second branch is connected to the first branch coming out of the heater. A pipe with a valve is provided on the air duct and connected to the outlet of the heater.

[0043] Alternatively, the working medium supply branch is a fifth type of working medium supply branch, and the fifth type of working medium supply branch is a heater for heating the working medium.

[0044] Alternatively, the working medium supply branch is a sixth type of working medium supply branch, and the sixth type of working medium supply branch is a cooler for cooling the working medium.

[0045] In order to trigger the physical and chemical reactions of the materials in the machine, the auxiliary device also includes an optical device, which consists of a tee, a light source, a reflector and a dust-proof fan. One port of the tee is connected to the outlet of the Yunjie grinding machine or the exhaust port of the cyclone dust collector, and the other port is connected to the air inlet of the cyclone dust collector or the bag dust collector. The light source is set in the third port of the tee, and the third port of the tee is connected to the exhaust port of the dust-proof fan. The inlet of the dust-proof fan is connected to the clean air chamber of the bag dust collector. The reflector is used to converge light to illuminate the fluidized material.

[0046] In order to enhance the irradiation of fluidized materials with light, the optical device can also be implemented in this way, consisting of a four-way valve, a light source, a reflector and a dust-proof fan. One port of the four-way valve is connected to the outlet of the Yunjie grinding machine or the exhaust port of the cyclone dust collector, and the other port is connected to the air inlet of the cyclone dust collector or the bag dust collector. The light source is arranged in the third and fourth ports of the four-way valve, and the third and fourth ports of the four-way valve are connected to the exhaust port of the dust-proof fan.

[0047] The optical device can also be a light source and a reflector arranged in the air inlet of the external circulation pipe, and the reflector is used to converge light to illuminate the fluidized material; the optical device can also be a light source arranged in the exhaust port of the bag dust collector and / or the exhaust port of the condenser; the physical and chemical reactions of the materials in the machine can also be caused by an acoustic device, and the acoustic device is a sound wave generator, which is arranged on the main unit and / or the auxiliary device.

[0048] To achieve the second object of the present invention, the present invention provides the following method for using the Yunjie mill and products processed using the Yunjie mill.

[0049] Yunjie grinding mill has a variety of configurations to meet the needs of different material processing. The typical configurations are as follows:

[0050] The first configuration of Yunjie Mill adopts the fourth type of Yunjie Mill, and the Yunjie Mill host adopts the second type of Yunjie Mill host;

[0051] The second configuration of Yunjie Mill adopts the fourth type of Yunjie Mill, the Yunjie Mill main unit adopts the second type of Yunjie Mill main unit, and the auxiliary device is equipped with the third type of feeding device;

[0052] The third configuration of Yunjie Mill adopts the first type of Yunjie Mill and the Yunjie Mill host adopts the fourth type of Yunjie Mill host;

[0053] The fourth configuration of Yunjie Mill adopts the fourth type of Yunjie Mill and the Yunjie Mill main unit adopts the second type of Yunjie Mill main unit; the auxiliary devices are equipped with the second type of feeding device, the second type of returning device and the fourth type of working medium supply branch;

[0054] The fifth configuration of Yunjie Mill adopts the fourth type of Yunjie Mill and the sixth type of Yunjie Mill main unit. The main and auxiliary mills are equipped with the third type of kinetic energy recovery impeller with a diameter 0.5-4 times that of the impeller. The auxiliary equipment is equipped with the fifth type of working medium supply branch.

[0055] The sixth configuration of Yunjie Mill adopts the fourth type of Yunjie Mill, and the Yunjie Mill main unit adopts the sixth type of Yunjie Mill main unit. The main and auxiliary mills are equipped with the third type of kinetic energy recovery impeller whose diameter is 0.5-4 times the impeller diameter. The auxiliary device is equipped with a mill for grinding large hard materials.

[0056] (1) A method for processing plant fresh fruit powder and the processed fresh fruit powder, the method is carried out according to the following steps: S1, washing the fresh plant; S2, adding the material processed in S1 into a Yunjie grinder to prepare dry powder; a plant fresh fruit powder, a plant fresh fruit powder processed by this method.

[0057] (2) A method for spray drying using a Yunjie mill and a powder processed therefrom, wherein the material is added to the Yunjie mill of the second configuration, and the resulting dry powder is collected and discharged by a bag dust collector; a powder prepared by spray drying, and a powder processed by this method.

[0058] (3) A method for processing feed and the processed product thereof, the method comprising the following steps:

[0059] S1. Raw material powder preparation: adding feed material raw materials into the fifth configuration Yunjie mill to process to obtain dry feed raw material powder; S2. Feed preparation: preparing feed from the raw material powder obtained in step S1; a feed, feed processed by this method.

[0060] (4) A method for increasing the nutrient output of cultivated land and the agricultural product powder produced therefrom, the method being carried out in the following steps: S1. Seed selection: selecting appropriate crop varieties based on yield, crop growth period, and plant nutrient content; S2. Determining the harvest period: determining the harvest period by maximizing "number of harvests in a year × nutrient yield per unit area"; nutrient yield per unit area is the total amount of nutrients in the crop plants obtained from the last harvest per unit planting area; S3. Management measures: timely harvesting and timely sowing; S4. Processing: S401. Pressing and dehydrating: reducing the moisture content of the harvested crops to below 70% by pressing and dehydrating; S402. Drying and pulverizing: using the fifth configuration of Yunjie Mill to make powder from the material obtained in S401; S5. Utilization: using the powder processed in S4 as food raw material or feed raw material; an agricultural product powder, a powder produced by this method.

[0061] (5) A drug with volatile components as active ingredients and a method for preparing and developing the same, the method being carried out in the following steps: S1, large-scale preparation of volatile components: adding raw materials into the fourth configuration of the Yunjie mill, the volatile components in the material are vaporized and condensed into liquid and discharged from the working medium supply branch, thereby obtaining a liquid material rich in volatile components; S2, separating and purifying the liquid material rich in volatile components prepared in S1 to obtain a material with medicinal value; S3, preparing the material with medicinal value prepared in S2 into a medicine, or conducting research on the material with medicinal value prepared in S2 to develop new medicines; a drug with volatile components as active ingredients, a drug prepared or developed using this method.

[0062] (6) A method for simultaneously preparing powder and volatile components in powder raw materials and the processed products thereof: preparation method, adding raw materials into the fourth configuration Yunjie mill, the processed powder is collected by a bag dust collector, the volatile components in the material are converted into gaseous state during the processing, and the gaseous volatile components are condensed into liquid material through the working medium supply branch; product, powder or liquid volatile components processed by this method.

[0063] (7) A method for extracting volatile components from a material and a product processed therefrom, the method being carried out in the following steps: adding the raw material into a Yunjie mill of the fourth configuration, and condensing the gaseous material formed by the vaporization of the volatile components into a liquid material through a working medium supply branch; a material containing a volatile component, prepared by the method.

[0064] (8) A method for preparing a plant dew beverage and the processed product thereof, the method is carried out in the following steps: S1, preparation of plant dew: fresh plants are removed from impurities, washed and added to the fourth configuration of Yunjie mill, and the gaseous water and gaseous volatile components formed by gasification of water and volatile components in the material are condensed into liquid through the working medium supply branch to obtain plant dew; S2, beverage production: the plant dew obtained in step S1 is processed into a plant dew beverage; or, the unnecessary components in the plant dew obtained in step S1 are separated to prepare a plant dew beverage; a plant dew beverage is a beverage prepared by this method.

[0065] (9) A method for distilling crude oil and its processed products, the method being carried out in the following steps: adding crude oil to a second configuration of a Yunjie mill, vaporizing the volatile components in the crude oil and condensing them into a liquid form through a working medium supply branch to obtain a fraction; the product being a crude oil fraction prepared by this method.

[0066] (10) A method for producing sulfur-free konjac flour and a product processed therefrom, the method being carried out in the following steps: S1, pre-processing of commercial fresh konjac: S101: washing and peeling; S102: cutting into pieces: cutting the konjac processed by S101 into pieces, the pieces do not need to be regular, but the konjac with bud eyes, worm eyes, different color spots, plant root spots, root holes and worm holes need to be cut together, and the ones without defects need to be cut together; S103: grading: grading the cut konjac pieces while cutting, the ones with defects are classified into one grade, and the ones without defects are classified into another grade; S104: pressing and dehydrating, the konjac pieces classified in S103 are pressed and dehydrated to reduce the moisture content to below 75%; S2, customizing the working medium: adjusting the working medium to have an oxygen content of less than 10%; S3, drying and powdering: adding the two grades of konjac pieces obtained by the S1 treatment into the fourth configuration Yunjie mill respectively to prepare sulfur-free konjac flour; a sulfur-free konjac flour, konjac flour produced by the present method.

[0067] (11) A method for producing starch and a product processed therefrom, the method comprising the following steps: S1, pre-processing: removing impurities and cleaning the raw materials; S2, drying and pulverizing: adding the material processed in step S1 to a first-type Yunjie mill to prepare a powder; S3, starch separation: mixing the powder prepared in step S2 with water and stirring the mixture thoroughly, separating the starch after sedimentation to obtain wet starch; S4, adding the wet starch obtained in step S3 to a fourth-type Yunjie mill and drying the mixture to obtain starch; a plant starch, starch prepared by the method.

[0068] (12) A method for processing and utilizing fertilizers and the products processed therefrom, the method being carried out in the following steps: S1, preparation of fertilizer raw materials: the raw materials are ground into powder in a first-type Yunjie mill to obtain fertilizer raw material powder; or, the raw materials and other ingredients are added to a third-type Yunjie mill to be ground into powder to obtain fertilizer raw material powder; S2, utilization: the fertilizer raw materials processed in step S1 are used as fertilizer; or, the fertilizer raw material powder processed in step S2 is processed into fertilizer; a fertilizer, a fertilizer made by this method.

[0069] (13) A method for preparing barley grass powder and a product processed therefrom, the method comprising the following steps: S1, pre-processing: removing impurities and washing the harvested fresh barley grass; S2, drying and powdering: adding the barley grass obtained in step S1 to a fourth configuration of a Yunjie mill to prepare a powder; a barley grass powder, comprising barley grass powder prepared by the method.

[0070] (17) A method for preparing a dry granulation raw material powder and a product processed by the method, wherein the raw material is added to the Yunjie mill of the fourth configuration, and the raw material powder required for dry granulation is obtained by pulverizing, mixing and drying at the same time; a dry granulation raw material powder and a product processed by the method.

[0071] (18) A method for processing fish meal and the processed product thereof, wherein fresh fish is added to a Yunjie mill of the fourth configuration to prepare powder; and fish meal, fish meal processed by this method.

[0072] (19) A method for processing bone meal for feed and a product thereof, wherein fresh bones are added to a Yunjie mill of the fourth configuration to prepare a powder; a bone meal for feed and a product thereof processed by this method.

[0073] (20) A method for preparing an extract and a processed product thereof, the method comprising the following steps: S1, preparation of raw material powder, using a fourth configuration Yunjie mill to prepare a powder from fresh raw material; S2, preparation of an extract, S201, mixing the powder obtained in S1 with a solvent to dissolve the extract, and obtaining a mixed slurry of the extract and slag; S202, separation of the slag and the extract, separating the mixed slurry prepared in S201 to obtain an extract and slag; S203, extraction of the extract remaining in the slag, mixing the slag obtained in S202 with a solvent to dissolve the extract. The residual extract is dissolved to obtain a mixed slurry of the extract and the slag; the slag and the extract are separated by the method of S202; step S203 is repeated until the extract remaining in the slag no longer has extraction value from an economic perspective; S204, purification of the extract, purification of the extract by removing impurities; S3, drying of the extract, drying the extract prepared in S2 using a second configuration of Yunjie mill to obtain an extract; S4, drying of the slag, grinding the slag prepared in S2 into a powder using a fourth configuration of Yunjie mill; an extract, an extract prepared by the present method.

[0074] (21) A method for processing forage and its processed products, wherein fresh forage or forage that has been naturally dried for 1-5 days is ground into powder using the fifth configuration of Yunjie; a forage powder, and a forage powder processed by this method.

[0075] (22) A method for preparing a mineral powder and a product processed therefrom, the method being carried out in the following steps: the mineral raw material is added to the sixth-configuration Yunjie mill through the feed port of the mineral mill, the mill pre-crushes the material into coarse powder, the airflow in the external circulation pipe brings the coarse powder into the Yunjie mill main unit for further crushing into fine powder, the fine powder with the particle size meeting the requirements is separated out and enters the bag dust collector with the airflow to be collected to obtain the mineral powder; a mineral powder, a mineral powder prepared by this method.

[0076] (23) A method for preparing perfume with plant aroma as an effective component and the processed product thereof, the method is carried out according to the following steps: S1, cell sap preparation: fresh plants are added to the fourth configuration Yunjie mill for processing, and the water and volatile components in the material are vaporized to form gaseous water and gaseous volatile components, which are condensed through the working medium supply branch to obtain cell sap; S2: perfume preparation: the cell sap obtained in S2 is made into perfume; a perfume, a perfume made by this method.

[0077] (24) A method for preparing fresh corn flour and a processed product thereof, the method comprising: S1: harvesting fresh corn, selecting fresh corn that can be eaten fresh, S2: shelling and threshing, shelling and threshing the fresh corn harvested in step S1 to obtain fresh corn kernels, S3: preparing fresh corn flour, adding the fresh corn kernels prepared in step S2 into a fourth configured Yunjie mill to prepare fresh corn flour; a fresh corn flour, fresh corn flour prepared by the method.

[0078] (25) A method for preparing fresh bean powder and a product processed therefrom, the method comprising: step S1: harvesting fresh beans, selecting beans near the end of their filling period; step S2: shelling, shelling the fresh beans harvested in step S1 to obtain fresh beans; step S3: preparing fresh bean powder, adding the fresh beans obtained in step S2 to a fourth configured Yunjie mill to produce fresh bean powder; a fresh bean powder, comprising: fresh bean powder produced by the method.

[0079] (26) A method for preparing fresh wheat flour and a processed product thereof, comprising the following steps: S1: harvesting fresh wheat ears, selecting wheat ears nearing the end of their filling period; S2: shelling, shelling the wheat ears harvested in step S1 to obtain fresh wheat grains; S3: preparing fresh wheat flour, adding the fresh wheat grains obtained in step S2 into a fourth configuration of a Yunjie mill to produce fresh wheat flour; and a fresh wheat flour prepared by the method.

[0080] (27) A method for preparing fresh rice noodles and the processed products thereof, the method is carried out according to the following steps: S1: harvesting rice, selecting rice that is nearing the end of the filling period for harvesting, S2: preparing rice slurry, taking out the rice slurry from the rice harvested in step S1, S3: drying the rice slurry, adding the rice slurry prepared in step S2 into a fourth configuration of Yunjie mill to prepare fresh rice noodles; a fresh rice noodle, fresh rice noodles prepared by this method.

[0081] (28) A method for preparing potato flour and its processed products, wherein the method comprises controlling the oxygen content of the working medium to be within 8%, washing the potatoes, peeling them or not, and adding them to the fourth configuration Yunjie mill to prepare dry powder; a potato flour, potato flour prepared by this method.

[0082] (29) A method for preparing pumpkin powder and its processed products, wherein the pumpkin is cleaned, peeled and separated from the pulp, and then added into the fourth configuration Yunjie grinder to make dry powder; a pumpkin powder is pumpkin powder made by this method.

[0083] (30) A method for preparing tomato powder, comprising washing fresh tomatoes and adding them to a fourth-configured Yunjie grinder to prepare dry powder; and a tomato powder prepared by this method.

[0084] The same method can also be used to prepare onion powder, ginger powder, cucumber powder, watermelon powder, chili powder, garlic sprout powder, cabbage powder, bitter vegetable powder, carrot powder, tea powder, edible rose pollen, coffee powder and other edible powders.

[0085] (31) A method for preparing rose cell fluid and a product thereof, wherein roses are added to a fourth configuration Yunjie mill, and the water and rose fragrance are vaporized and condensed into a liquid through a working medium supply branch; a rose cell fluid, a rose cell fluid prepared by this method.

[0086] The same method can also be used to prepare cell fluid of fresh agricultural products such as garlic, apple, cantaloupe, and Chinese medicinal materials.

[0087] (32) A method for preparing fresh maca powder and maca glucosinolates and processed products thereof, the method comprising the following steps: S1: washing fresh maca and adding the fresh maca into the fourth configuration of the Yunjie grinder; S2: collecting fresh maca powder from a bag filter and collecting maca cell fluid from a working medium supply branch; S3: purifying the maca cell fluid obtained in S2 to obtain maca glucosinolates; a fresh maca powder, fresh maca powder prepared by the method, a maca glucosinolate, and maca glucosinolates prepared by the method.

[0088] (33) A method for preparing instant coffee and the instant coffee processed therefrom, the method comprising: S1, preparing coffee powder: adding fresh coffee beans or dry coffee beans to a fourth-type Yunjie grinder to prepare dry powder; S2, preparing coffee liquid: adding the coffee powder obtained in S1 to water to dissolve the soluble components in the coffee powder into the water to obtain a mixed slurry of coffee liquid and coffee grounds, filtering the mixed slurry to obtain coffee liquid; S3, drying and powdering the coffee liquid: adding the coffee liquid obtained in S2 to a second-type Yunjie grinder to prepare dry powder to obtain instant coffee; an instant coffee, an instant coffee prepared by the method.

[0089] (34) A method for preparing milk powder and its processed products, wherein the emulsion is added to a second configuration Yunjie mill to prepare milk powder; a milk powder, a milk powder prepared by the method.

[0090] (35) A method for preparing soybean milk powder and a product thereof, wherein soybean milk is added to a second-configuration Yunjie mill to prepare soybean milk powder; and a soybean milk powder prepared by the method.

[0091] (36) A method for preparing Chinese medicinal material powder and Chinese medicinal material cell fluid and the processed products thereof, wherein the Chinese medicinal materials are washed and added into the fourth configuration Yunjie mill, and the prepared Chinese medicinal material dry powder is discharged from the main discharge port, and the Chinese medicinal material cell fluid is collected from the working medium supply branch; a Chinese medicinal material powder, a Chinese medicinal material powder prepared by the method, and a Chinese medicinal material cell fluid, a Chinese medicinal material cell fluid prepared by the method.

[0092] (37) A method for preparing ginseng powder and ginseng cell fluid and the processed products thereof, the method comprising: washing ginseng and adding the washed ginseng into a fourth-configuration Yunjie mill, discharging the prepared ginseng powder from a main discharge port, and collecting the ginseng cell fluid from a working medium supply branch; a ginseng powder, ginseng powder prepared by the method, a ginseng powder cell fluid, and ginseng powder cell fluid prepared by the method.

[0093] The same method can also be used to prepare the following Chinese herbal medicine powder and cell fluid, Linderae scutellariae, Atractylodes macrocephala, White spoon, Fritillaria, Bletilla striata, American ginseng, red ginseng, Chinese yam, Chrysanthemum morifolium, Corydalis yanhusuo, Scrophularia ningpoensis, Ophiopogon japonicus, Curcuma aromatica, Panax notoginseng, pine needles, pear, Panax notoginseng flower, Panax notoginseng stem and leaf, Gastrodia elata, Erigeron breviscapus, Dendrobium candidum, Angelica sinensis, Magnolia officinalis, Scutellaria baicalensis, Amomum villosum, Polygonum multiflorum, Sanguisorba officinalis, Artemisia selengensis, Lampsaria japonica leaf, Aconitum kusnezoffii , Pinellia, Gentiana, Eucommia, Saposhnikovia, Poria, Honeysuckle, Polygonatum, Cordyceps, Bupleurum, Codonopsis, Pepper, Isatis, Aloe, Tsaoko, Paris polyphylla, Chuanxiong, Houttuynia, Loquat Leaf, Croton, Gallnut, Cornus officinalis, Dipsacus asper, Rhodiola rosea, Seabuckthorn Powder, Cistanche, Astragalus, Licorice, Lycium barbarum, Nardostachys chinensis, Valerian, Red Peony Root, Notopterygium wilfordii, Prunella vulgaris, Angelica dahurica, Lilium, Polygonatum odoratum, Gynostemma pentaphyllum Blue, Pulsatilla, Vaccaria, Schisandra, Cuscuta, Hawthorn, Artemisia annua, Acanthopanax bark, Moringa leaf, Curcuma, Gardenia, Artemisia argyi, Cinnamon, Patchouli, Star anise, Ganoderma, Ganoderma spores, wild mushrooms, mushrooms, Stevia, Acorus calamus, Pueraria root, Pseudostellaria, Phytolacca, Polygonum cuspidatum, Rhubarb, Cynanchum chinense, Motherwort, Sophora flavescens, Chrysanthemum, Euryale ferox, Tribulus terrestris, Polygonum multiflorum, Drynaria fortunei, Artemisia capillaris, Oxtail Burdock, Forsythia, Schizonepeta, Uncaria rhynchophylla, Daphne daphne, Mint, Coix seed, Xanthium sibiricum, Arisaema, Trichosanthes kirilowii, Sargentodoxae, Lysimachia chinensis, Raspberry, Apocynum venetum leaf, Cat's claw, Cassia seed, Platycodon grandiflorum, Papaya, Sanguisorba officinalis, Gleditsia sinensis, Dichroa chinensis, Cirsium japonicum, Aconite root, Peucedanum chinense, Acanthopanax senticosus, Anemarrhena asphodeloides, Black wolfberry, Alisma orientale, Saffron, Cardamom, Matsutake, Osmanthus fragrans, Snow lotus, Mulberry leaf, Tongkat Ali, etc.

[0094] (38) A method for preparing gecko powder and its processed products, comprising: removing impurities from fresh geckos, cleaning them, and adding them to the fourth type of Yunjie mill to prepare dry powder; a method for preparing gecko powder, and gecko powder processed by this method. The same method can also be used to prepare the following animal powders: cuttlefish bones, leeches, bezoar, deer antlers, bear gall, earthworms, blister beetle powder, cicada shells, ants, centipedes, pearls, black chickens, pig blood, eels, bird's nests, crab shells, etc.

[0095] (39) A method for preparing medicinal talc powder, wherein the talc powder raw material is added to the fourth configuration Yunjie mill to prepare dry powder; a medicinal talc powder is talc powder processed by this method.

[0096] The same method can also be used to prepare medicinal Glauber's salt powder, medicinal gypsum powder, etc.

[0097] (40) A method for preparing seaweed powder and its processed products, wherein the method comprises draining fresh seaweed and adding it to a fourth type of Yunjie mill to prepare dry powder; a seaweed powder, and the seaweed powder processed by this method.

[0098] (41) A method for preparing a broken-wall spiral bath powder and a product thereof, wherein fresh spiral bath water is added into a fourth-configuration Yunjie mill to prepare a broken-wall spiral bath powder; a broken-wall spiral bath powder, and a broken-wall spiral bath powder processed by this method.

[0099] (42) A method for preparing building putty and the product processed by the method, wherein the raw materials of building putty are added to the sixth configuration Yunjie mill to prepare powder; a building putty, and a building putty processed by the method.

[0100] (43) A method for grinding cement clinker and the processed products thereof, wherein the method adopts the sixth configuration of the Yunjie mill to operate, the cement clinker is added to the equipment through the feed port of the mill, the mill pre-crushes the material into coarse powder, the air flow in the external circulation pipe brings the coarse powder into the Yunjie mill main body, further crushes it into fine powder, is separated and collected by a bag dust collector to obtain cement powder; a cement, cement processed by this method.

[0101] The same method can also be used to prepare titanium dioxide, calcium carbonate, lithopone, kaolin powder, coal powder, stone powder, ore powder, gypsum powder, feldspar powder, graphite powder, silica powder, etc.

[0102] (44) A method for grinding iron powder and the products thereof, wherein the iron powder raw material is pre-formed into small pieces less than 5 mm and added to a Yunjie mill to form fine powder; an iron powder, and an iron powder processed by this method.

[0103] The same method can also be used to process tungsten powder, copper powder, cobalt powder, nickel powder, titanium powder, tantalum powder, aluminum powder, tin powder, lead powder and other metal powders.

[0104] (45) A method for grinding pesticide powder and its processed products, wherein the pesticide raw materials are added to the fourth configuration Yunjie mill to be made into fine powder; a pesticide powder, and a pesticide powder processed by this method.

[0105] (46) A method for desalinating seawater and its processed products, wherein seawater is added to a second configuration of a Yunjie mill for spray drying, and the water vaporizes and is condensed into liquid water through a working medium supply branch to obtain fresh water; fresh water, fresh water processed by this method.

[0106] (48) A method for drying sludge, wherein the sludge is added to a Yunjie mill of the fifth configuration to prepare dry powder; and a sludge, wherein the sludge is processed by this method.

[0107] This method can also be used to process high-humidity and high-viscosity materials such as sewage sludge, septic tank sludge, farm feces, restaurant kitchen waste, tailings discharged from water treatment equipment, and vegetable waste.

[0108] (49) A method for processing medicinal edible powder and recovering cell fluid and the processed product, wherein the medicinal edible material raw material is washed and added to the fourth configuration Yunjie mill to prepare powder, and the powder is discharged from the first discharge port of the second return device, and the gaseous water and gaseous volatile components generated during the processing are condensed into liquid form by the working medium supply branch and discharged to obtain cell fluid; a medicinal edible powder, a medicinal edible powder processed by the method, and a cell fluid, a cell fluid prepared by the method.

[0109] (50) A method for preparing banana powder and banana powder, wherein the method comprises controlling the oxygen content in the working medium to be less than 5% by mass, and using a fourth configuration of Yunjie mill to make banana powder from the edible part of the banana; and banana powder, wherein the banana powder is processed by the method.

[0110] (51) A method for preparing green banana powder and green banana powder, wherein the method comprises controlling the oxygen content in the working medium to be less than 5% by mass, and using a fourth type of Yunjie mill to grind peeled or peeled green bananas into green banana powder; a green banana powder, and green banana powder processed by the method.

[0111] (52) A method for breaking the wall of washed pine pollen and washed and broken wall pine pollen, the method comprising using the fourth configuration of Yunjie mill to centrifugally dehydrate the pine pollen to a moisture content of 65-75% to prepare broken wall powder; a method for breaking the wall of washed pine pollen and the washed and broken wall pine pollen processed by the method.

[0112] (53) A method for drying juice produced by squeezing and its products, the method is carried out according to the following steps: S1, equipment configuration, select the second configuration of Yunjie mill, and select nitrogen with an oxygen content of less than 6% as the working medium; S2, the juice produced by squeezing is added to the equipment configured in S1 to make powder, and the powder is discharged from the main discharge port to obtain; a powder processed from juice produced by squeezing, a powder processed by this method.

[0113] (54) A method for preparing chlorophyll and its product, the method is carried out according to the following steps: S1, equipment configuration, using the second configuration of Yunjie mill to control the oxygen content of the working medium to below 5%, S2, barley grass juice preparation, S201: raw material processing, fresh barley grass is washed, S202: juice extraction, the barley grass prepared in S201 is juiced to obtain barley grass juice, S203: filtering, filtering out the solids in the barley grass juice prepared in S202 to obtain fine barley grass juice,

[0114] S3, spray drying, adding the fine barley grass juice prepared in S2 into the equipment configured in S1 for spray drying, and discharging chlorophyll from the main discharge port; a chlorophyll processed by this method.

[0115] (55) A method for preparing soluble Panax notoginseng powder and soluble Panax notoginseng powder, wherein the method comprises using a second-type Yunjie mill to grind fresh Panax notoginseng juice obtained by squeezing into soluble Panax notoginseng powder; a soluble Panax notoginseng powder and a soluble Panax notoginseng powder processed by the method.

[0116] The same method can also be used to prepare soluble maca powder, soluble apple powder, soluble emblica powder, soluble matsutake powder, etc.

[0117] (56) A method for breaking the wall of pine pollen and a product processed therefrom, the method is carried out in the following steps: S1, equipment configuration, S101, using the fourth type of Yunjie mill, the Yunjie mill main unit adopts the second type of Yunjie mill main unit, and the auxiliary device is configured with a fourth type of working medium supply branch; S102, the auxiliary device is configured with a second type of feeding device and a second type of returning device, S103, configuring a third, fourth type of optical device, the light source of the optical device is an ultraviolet sterilization light source, S104, setting a switching valve of the fourth type of working medium supply branch to connect the compressor exhaust pipe with the second branch and disconnect it from the first branch, and opening the valve on the pipe between the air duct and the heater outlet, S105, the working medium is nitrogen with an oxygen content of less than 10%, S2, pine pollen wall breaking operation, pine pollen is added to the equipment configured in S1 to make broken wall pine pollen; a broken wall pine pollen, broken wall pine pollen processed by this method.

[0118] (57) A method for preparing ultrafine powder of Chinese medicinal materials, the method comprises using (56), a method for breaking the wall of pine pollen and the processed product thereof, and using the equipment configured in step S1 to make ultrafine powder of dried Chinese medicinal materials, an ultrafine powder of Chinese medicinal materials, and an ultrafine powder of Chinese medicinal materials processed by this method.

[0119] The Yunjie mill of the present invention adopts a kinetic energy recovery device set in the main body of the Yunjie mill to realize the recycling of high-speed fluidized kinetic energy, adopts a natural cold source to assist in cooling the high-temperature exhaust gas to increase the energy efficiency ratio of the working medium supply branch to more than 6, and adopts a feeding device to increase the return material amount to improve the fluidity of the material, thereby improving the economy and reliability of the Yunjie mill described in the invention patent 2018111102064. The application method of the Yunjie mill provided by the present invention solves the common pain points of traditional dry grinding methods, which are either poor quality or high cost, and provides an economical solution for the processing of feed agricultural products, processing of Chinese medicinal materials, drying of liquid materials, mineral grinding, preparation of metal powders, preparation of medicines with volatile components as effective ingredients, sludge drying, etc. The products processed by the Yunjie mill of the present invention eliminate the links that cause quality problems in the processing process of traditional methods, and the product quality is good and the processing cost is low. BRIEF DESCRIPTION OF THE DRAWINGS

[0120] Figure 1 This is the first type of Yunjie grinding machine in Example 1;

[0121] Figure 2The second Yunjie mill in Example 2 and the third Yunjie mill in Example 3;

[0122] Figure 3 This is the kinetic energy recovery blade of the second Yunjie grinding machine in Example 4;

[0123] Figure 4 This is the first kinetic energy recovery impeller of Example 5;

[0124] Figure 5 This is the second kinetic energy recovery impeller of Example 6;

[0125] Figure 6 This is the third kinetic energy recovery impeller of Example 7;

[0126] Figure 7 This is the fourth kinetic energy recovery impeller of Example 8;

[0127] Figure 8 This is the first Yunjie grinding machine of Example 9;

[0128] Figure 9 This is the second Yunjie grinding machine of Example 10;

[0129] Figure 10 This is the fourth Yunjie grinding machine of Example 12;

[0130] Figure 11 This is the seventh Yunjie grinding machine of Example 15;

[0131] Figure 12 The first and second working medium supply branches of Example 17;

[0132] Figure 13 This is the third working medium supply branch of Example 18;

[0133] Figure 14 This is the fourth working medium supply branch of Example 19;

[0134] Figure 15 It is the material return device of the Yunjie mill in Example 20;

[0135] Figure 16 It is the first Yunjie mill of Example 21;

[0136] Figure 17 This is the second type of Yunjie mill in Example 22;

[0137] Figure 18 It is the third type of Yunjie mill in Example 23;

[0138] Figure 19 This is the fourth Yunjie mill of Example 24;

[0139] Figure 20It is the spiral feeder for Yunjie grinding in Example 25;

[0140] Figure 21 The optical device and acoustic device of Example 26;

[0141] Figure 22 It is a structural diagram of an existing centrifugal fan. DETAILED DESCRIPTION

[0142] The present invention is further described below with reference to the figures and examples, but the examples do not constitute a limitation of the present invention. The examples provided by the present invention are obviously not sufficient to demonstrate all applications of the present invention. Relevant personnel should understand that various combinations can be made to achieve specific purposes without departing from the technical characteristics of the present invention, and various modifications can be made to adapt to different needs. Therefore, the present invention is not limited to the specific embodiments disclosed below, but includes all possible implementation plans that fall within the scope of the claims and the Yunjie grinding equipment solutions, uses, application methods and Yunjie grinding products that can be obviously obtained through the present invention.

[0143] Example 1: The first Yunjie mill is improved on the basis of a centrifugal fan. Figure 1 As shown in the left figure, it consists of a casing 1, a kinetic energy recovery device and an impeller 2. There is an internal circulation pipe interface 3 on the casing near the air inlet. The airflow from the internal circulation pipe interface 3 can drive or assist the impeller to rotate by impacting the kinetic energy recovery device; Figure 1 As shown in the right figure, the kinetic energy recovery device is realized in this way: the air inlet on the front disc 6 is enlarged to expose the blades 7, and the airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the exposed blades 7; or, as shown in FIG. Figure 1 As shown in the middle figure, the air inlet on the front disk 4 is enlarged to expose the blades 5. The airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the exposed blades 5.

[0144] Example 2: The second Yunjie mill is improved on the basis of the centrifugal fan, see Figure 2 , which consists of a casing 8, an impeller, a kinetic energy recovery device 10 and a feed pipe 9. The feed pipe 9 is provided with an internal circulation pipe interface 11. One end of the feed pipe is connected to the air inlet on the casing 8. The kinetic energy recovery device 10 is arranged in the feed pipe 9. The airflow from the internal circulation pipe interface 11 can push or assist in pushing the impeller to rotate by impacting the kinetic energy recovery device 10. The other end of the feed pipe is the inlet of the second type of Yunjie grinder, and the air outlet on the casing is the outlet of the second type of Yunjie grinder.

[0145] Example 3: The third type of Yunjie mill is improved on the basis of the centrifugal fan. Figure 2It consists of a casing 8, an impeller, a kinetic energy recovery device 10 and a feed pipe 9. There is an internal circulation pipe interface 11 on the feed pipe 9. One end of the feed pipe is connected to the air inlet on the casing 8. The kinetic energy recovery device 10 is arranged in the feed pipe 9. The impeller relies on the airflow from the internal circulation interface 11 to impact the kinetic energy recovery device 10 to drive the rotation. The other end of the feed pipe is the inlet of the second type of Yunjie grinder, and the air outlet on the casing is the outlet of the second type of Yunjie grinder.

[0146] The structures of the second and third Yunjie mills are basically the same. The difference is that the airflow from the internal circulation pipe interface only assists in driving the rotation of the impeller of the second Yunjie mill, while the impeller of the third Yunjie mill can completely rely on the airflow from the internal circulation interface to impact the kinetic energy recovery device to drive the rotation.

[0147] Example 4: Kinetic energy recovery blade of the second Yunjie grinding mill, see Figure 3 One end of the kinetic energy recovery blade 14 is fixed to the rear disc 17 and / or the sleeve 18 and / or the impeller shaft 19, and the other end is fixed to the impeller shaft 16 extending along the feed pipe, or the other end is fixed to the connecting plate 15, and the connecting plate 15 is fixed to the impeller shaft 16 extending along the feed pipe; the kinetic energy recovery blade of the second type of Yunjie grinder can also be implemented in a simpler way, that is, the kinetic energy recovery blade is fixed to the impeller shaft or fixed to the impeller shaft extending along the feed pipe.

[0148] Example 5: The first kinetic energy recovery impeller, see Figure 4 , consisting of a kinetic energy recovery blade 21 and an upper ring 22, one end of the kinetic energy recovery blade 21 is fixed on the shaft sleeve and / or the rear disc, and the other end is fixed on the upper ring 22, and multiple kinetic energy recovery blades are distributed circumferentially along the upper ring; or the upper ring 24 is fixed on the impeller shaft extending along the feed pipe; or the first kinetic energy recovery impeller also includes a reinforcement ring 23, the reinforcement ring 23 is fixed on the middle part of the kinetic energy recovery blade or the reinforcement ring 23 is fixed on the middle part of the kinetic energy recovery blade and on the impeller shaft extending along the feed pipe.

[0149] Example 6: The second kinetic energy recovery impeller, see Figure 5 , consists of a kinetic energy recovery impeller sleeve 25, a kinetic energy recovery blade 26 and an upper ring 27. One end of the kinetic energy recovery blade 26 is fixed to the kinetic energy recovery impeller sleeve 25, and the other end is fixed to the upper ring 27. The cross-section of the kinetic energy recovery blade 26 is semicircular or wing-shaped, or the windward side of the kinetic energy recovery blade 26 is a plane, and the leeward side is an arc surface. The kinetic energy recovery impeller sleeve 29 is fixed to the sleeve 28 or the impeller shaft; the upper ring is fixed to the impeller shaft 30 extending along the feed pipe, and the extended impeller shaft is provided with a bearing, and the bearing is fixed to the bracket 31; the bracket 31 is fixed to the feed pipe and the machine base.

[0150] Example 7: The third kinetic energy recovery impeller, see Figure 6, consisting of a kinetic energy recovery impeller sleeve 35, a kinetic energy recovery impeller shaft 37, a kinetic energy recovery blade 36, an upper ring 38, and a transmission 34. One end of the kinetic energy recovery blade 36 is fixed to the kinetic energy recovery impeller sleeve 35, and the other end is fixed to the upper ring 38. The transmission 34 is fixed to the feed pipe and the machine base. The input shaft of the transmission 34 is the kinetic energy recovery impeller shaft 37. The kinetic energy recovery impeller sleeve 35 and the upper ring 38 are fixed to the input shaft of the transmission. The output shaft of the transmission is the impeller shaft or is connected to the impeller shaft. The end of the transmission input shaft extending out of the upper ring has a bearing, and the bearing is fixed to the bracket 39. The bracket 39 is fixed to the feed pipe and the machine base. In order to efficiently recover the kinetic energy of the fluidized material, the diameter of the kinetic energy recovery impeller in this embodiment is 1.5 times the diameter of the impeller.

[0151] Example 8: The fourth kinetic energy recovery impeller, see Figure 7 , consists of a kinetic energy recovery impeller sleeve 44, a lower ring 43, a kinetic energy recovery blade 42 and an upper ring 41. One end of the kinetic energy recovery blade 42 is fixed to the lower ring 43, and the other end is fixed to the upper ring 41. The lower ring 43 is fixed to the kinetic energy recovery impeller sleeve 44.

[0152] Example 9: The first Yunjie grinding machine, see Figure 8 , consisting of a main mill 47, an auxiliary mill 49 and an internal circulation pipe. The main mill and the auxiliary mill are the first type of Yunjie mills in Example 1. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the internal circulation pipe 48, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the internal circulation pipe 52. The inlet 51 of the main mill is the inlet of the Yunjie mill main machine, and the inlet 50 of the auxiliary mill is the outlet of the Yunjie mill main machine; the axis of the main mill 47 and the axis of the auxiliary mill 49 are perpendicular to each other; the cross-sectional area of ​​the auxiliary mill outlet is 29% of the cross-sectional area of ​​the main mill outlet; an air volume regulating device 53 is provided on the internal circulation pipe 52 between the auxiliary mill outlet and the internal circulation pipe interface of the main mill.

[0153] Example 10: The second Yunjie grinding machine, see Figure 9, consisting of a main mill 57, an auxiliary mill 61 and an internal circulation pipe. The main mill 57 and the auxiliary mill 61 are both the second type of Yunjie mill in Example 2. The outlet of the main mill 57 is connected to the internal circulation pipe interface on the feed pipe 60 of the auxiliary mill 61 through the internal circulation pipe 58, and the outlet of the auxiliary mill 61 is connected to the internal circulation pipe interface on the main mill feed pipe 56 through the internal circulation pipe 64. The inlet of the main mill is the inlet 65 of the Yunjie mill main unit, and the inlet of the auxiliary mill is the outlet 59 of the Yunjie mill main unit. The axis of the main mill 57 and the axis of the auxiliary mill 61 are perpendicular to each other; the cross-sectional area of ​​the auxiliary mill outlet is 26% of the cross-sectional area of ​​the main mill outlet; an air volume regulating device 63 is provided on the internal circulation pipe 64 between the auxiliary mill outlet and the main mill internal circulation pipe interface, and an air volume regulating device 62 is also provided on the auxiliary mill feed pipe 60. The air volume regulating device 62 is arranged between the internal circulation pipe interface and one end of the feed pipe;

[0154] Example 11: A third Yunjie mill main unit is constructed based on the second Yunjie mill main unit of Example 10, but without the kinetic energy recovery devices of the primary and secondary mills. This third Yunjie mill main unit is simpler in structure than the second Yunjie mill main unit of Example 10 and is particularly useful when processing dry materials without considering energy savings.

[0155] Example 12: The fourth Yunjie grinding machine, see Figure 10 , which is an improvement of the second type of Yunjie grinder in Example 2. The outlet on the casing is connected to the internal circulation pipe interface on the feed pipe through the internal circulation pipe 68. An air inlet tee 71 is provided between one end of the feed pipe and the air inlet of the casing. The other end of the air inlet tee is the inlet 72 of the fourth type of Yunjie grinder main unit, and the other end of the feed pipe is the outlet 69 of the Yunjie grinder main unit; an air volume adjustment device 70 is provided between one end of the feed pipe and the air inlet tee 71.

[0156] The structure of the fourth Yunjie mill main unit described in Example 12 is simpler than the first and second Yunjie mill main units in Examples 9 and 10, but due to the bending of the inner circulation pipe, the wall hanging is more serious, and the equipment cost has certain advantages when processing materials with low moisture content.

[0157] Example 13: The fifth Yunjie grinding machine is formed by removing the kinetic energy recovery device in the feed pipe of the fourth Yunjie grinding machine described in Example 12.

[0158] Example 14: The sixth type of Yunjie mill main unit is composed of a main mill, an auxiliary mill and an internal circulation pipe. The main mill is the second type of Yunjie mill described in Example 2, and the auxiliary mill is the third type of Yunjie mill described in Example 3. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the internal circulation pipe, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the internal circulation pipe. The inlet of the main mill is the inlet of the sixth type of Yunjie mill main unit, and the inlet of the auxiliary mill is the outlet of the sixth type of Yunjie mill main unit.

[0159] The structure of the main unit of the sixth Yunjie mill is basically the same as that of the main unit of the second Yunjie mill. The difference is that the auxiliary mill of the main unit of the sixth Yunjie mill adopts the third Yunjie mill described in Example 3, while the auxiliary mill of the main unit of the second Yunjie mill adopts the second Yunjie mill described in Example 2. The rotation of the auxiliary mill of the main unit of the sixth Yunjie mill can be completely driven by the airflow from the outlet of the main mill. In order to achieve this purpose, the power recovery impeller of the auxiliary mill adopts the power recovery impeller described in Example 7, the diameter of which is 0.5-4 times the impeller diameter of the third kinetic energy recovery impeller; the main unit of the Yunjie mill described in this embodiment therefore has the highest kinetic energy recovery efficiency, can reduce the energy consumption of existing mineral mills by more than 30%, and has obvious advantages in large-scale grinding processing such as minerals, cement, sludge, and forage.

[0160] The circulation channel composed of the main mill, internal circulation pipe, auxiliary mill and internal circulation pipe in the first type of Yunjie mill host, the circulation channel composed of the main mill, internal circulation pipe, auxiliary mill feed pipe, auxiliary mill, internal circulation pipe and main mill feed pipe in the second, third and sixth types of Yunjie mill hosts, and the circulation channel composed of the Yunjie mill, internal circulation pipe, feed pipe and air inlet tee in the fourth and fifth types of Yunjie mill hosts are called internal circulation channels, which are the main places for Yunjie mill to perform grinding and drying.

[0161] The above-mentioned first, second and sixth technical solutions of the Yunjie Mill main unit can not only realize the kinetic energy recovery and utilization of high-speed fluidized materials in the inner circulation channel, thereby reducing the circulation energy consumption of the circulating fluidized bed, but also lay the foundation for solving the key problem of the circulating fluidized bed processing high-humidity and high-viscosity materials - the wall hanging problem. Practice has proved that the commonly used centrifugal fan outlet air flow velocity - equivalent to the minimum flow velocity of the fluidized material in the inner circulation channel can effectively impact the materials adhering to the inner circulation channel to make them fall off. Furthermore, the continuous impact is sufficient to ensure that most materials with a moisture content of less than 60% cannot form wall hanging. The curved circulation channel is the place where wall hanging is most serious. The Yunjie Mill main unit adopts the structure of the main and auxiliary grinders, which creates conditions for straightening the inner circulation pipe.

[0162] Relatively speaking, the first type of Yunjie grinding machine has a poorer kinetic energy recovery effect than the second, fourth and sixth types of Yunjie grinding machines due to the space limitation of the kinetic energy recovery device.

[0163] Example 15: The seventh Yunjie mill host, which consists of a main mill and multiple auxiliary mills, the main mill adopts the second Yunjie mill, and the auxiliary mills can adopt the second Yunjie mill or the third Yunjie mill, see Figure 11In the upper left figure, there are two outlets on the casing of the main mill 75, which are connected to the internal circulation pipe interfaces on the feed pipes of the auxiliary mill 76 and the auxiliary mill 77 through the internal circulation pipe respectively. There are two internal circulation pipe interfaces on the main mill feed pipe, which are connected to the outlets of the two auxiliary mills through the internal circulation pipe respectively. In the lower middle figure, there are three outlets on the casing of the main mill 80, which are connected to the internal circulation pipe interfaces on the feed pipes of the auxiliary mill 78, the auxiliary mill 79 and the auxiliary mill 81 through the internal circulation pipe respectively. There are three internal circulation pipe interfaces on the feed pipe of the main mill 80, which are connected to the outlets of the three auxiliary mills through the internal circulation pipe respectively. In the upper right figure, there are four outlets on the casing of the main mill 85, which are connected to the internal circulation pipe interfaces on the feed pipes of the auxiliary mill 82, the auxiliary mill 83, the auxiliary mill 84 and the auxiliary mill 86 through the internal circulation pipe respectively. There are four internal circulation pipe interfaces on the feed pipe of the main mill 85, which are connected to the outlets of the four auxiliary mills through the internal circulation pipe respectively.

[0164] The seventh type of Yunjie mill host described in this embodiment is a variation of the second and sixth types of Yunjie mill hosts. The second and sixth types of Yunjie mill hosts are used in large-scale mills. There are problems such as excessive pressure in the main mill, excessively long flow channels resulting in high energy consumption, and unbalanced impact of fluidized materials from the outlet of the auxiliary mill on the kinetic energy recovery impeller of the main mill. The seventh type of Yunjie mill host described in this embodiment solves the above problems.

[0165] Example 16, a variety of feed pipes for Yunjie mill, an important function of the Yunjie mill feed pipe is grading, different structures of the feed pipe have different grading capabilities, commonly used feed pipes are the following types, straight pipe, one end of the straight pipe is connected to the air inlet on the auxiliary mill housing, the other end of the straight pipe is the outlet of the Yunjie mill host; conical pipe, the small end of the conical pipe is connected to the air inlet on the auxiliary mill housing, the large end of the conical pipe is a cover, the opening in the middle of the cover is the outlet of the Yunjie mill host; conical pipe, the small end of the conical pipe is connected to the air inlet on the auxiliary mill housing, the large end of the conical pipe is Yunjie mill The outlet of the Yunjie Mill main unit; the conical tube, the big end of the conical tube is connected to the air inlet on the auxiliary mill casing, and the small end of the conical tube is the outlet of the Yunjie Mill main unit; the cyclone dust collector, the air inlet of the cyclone dust collector is the interface of the internal circulation pipe, the air inlet on the auxiliary mill casing is connected to the dust discharge port of the cyclone dust collector, and the air discharge port of the cyclone dust collector is the outlet of the Yunjie Mill main unit; the cyclone dust collector with the top cover removed, the air inlet of the cyclone dust collector is the interface of the internal circulation pipe, the air inlet on the auxiliary mill casing is connected to the dust discharge port of the cyclone dust collector, and the end of the cyclone dust collector with the top cover removed is the outlet of the Yunjie Mill main unit.

[0166] Example 17, the first and second working medium supply branches, see Figure 12, consisting of a heat exchanger, a condenser 94 and a heater 97. The heat exchanger consists of a heat exchange branch 93 and a cooling branch 92. The heat medium channel inlets of the heat exchange branch 93 and the cooling branch 92 are collected together through the heat exchanger inlet pipe 90. The inlet of the heat exchanger inlet pipe is the inlet 91 of the working medium supply branch. The heat medium channel exhausts of the heat exchange branch and the cooling branch are connected to the air inlet of the condenser 94. The exhaust of the condenser is connected to the inlet of the refrigerant channel of the heat exchange branch 93 through the condenser exhaust pipe 95. The exhaust of the refrigerant channel of the heat exchange branch 93 is connected to the air inlet of the heater 97 through the refrigerant channel exhaust pipe 98. The exhaust of the heater is the exhaust 96 of the working medium supply branch.

[0167] The second working medium supply branch is formed by arranging a heat exchange branch and a cooling branch heat medium channel air inlet volume regulating device in the heat exchanger inlet pipe of the first working medium supply branch, which can adjust the air volume ratio between the two heat medium channels of the heat exchange branch and the cooling branch.

[0168] This embodiment is a further improvement to the operating medium supply branch in the early stage of this project. The purpose is to provide the Yunjie Mill with a cheap operating medium that meets the process requirements, and to achieve the dehumidification and reheating of the exhaust gas discharged from the Yunjie Mill for recycling as the inlet air flow. It provides economic feasibility for the use of special operating media such as nitrogen, and also realizes the collection of water rich in volatile components in the material in liquid form. The humidity in the exhaust gas discharged by Yunjie Mill is very high, and both sensible heat and latent heat are released during the cooling process, while the cold air discharged by the condenser can only absorb sensible heat, resulting in excessive cooling load on the condenser of the early working medium supply branch and poor economy. In this embodiment, the heat exchanger is divided into a heat exchange branch and a cooling branch, and the air inlet volume regulating device of the heat medium channel is used to regulate the air inlet volume of the heat exchange branch so that the heat released by the cooling of the air flow in the heat medium channel matches the heat absorbed by the cold air in the cooling medium channel. The evaporator of the heat pump is used to supply cooling to the condenser, and the condenser of the heat pump is also used to supply heating to the heater. Under the configuration conditions of using natural wind or natural water at 20°C as the cooling branch refrigerant, this embodiment can theoretically achieve an energy efficiency ratio of more than 7:1, providing Yunjie Mill with a cheap working medium that meets the process requirements.

[0169] Example 18, the third working medium supply branch, see Figure 13, consisting of a first heat exchanger 109, a second heat exchanger 108, a condenser 106 and a heater 102. The inlet of the heat medium channel of the first heat exchanger 109 is the air inlet 110 of the working medium supply branch, and the outlet of the heater 102 is the exhaust port 103 of the working medium supply branch. The air flow channel of the working medium supply branch is composed of the heat medium channel of the first heat exchanger 109, the heat medium channel of the second heat exchanger 108, the heat medium channel of the condenser 106, the air duct 105, the refrigerant channel of the second heat exchanger 108, and the refrigerant channel of the heater 102, which are connected in sequence. The refrigerant channel of the condenser 106 is the evaporator of the heat pump, and the heat medium channel of the heater 102 is the condenser of the heat pump.

[0170] Example 19, the fourth working medium supply branch, see Figure 14 , which is an improvement of the third working medium supply branch described in Example 18. A switching valve 117 is provided on the heat pump compressor exhaust pipe, dividing the exhaust pipe into two branches. The first branch 116 enters the heater and then leads to the radiator 119. The second branch 120 is connected to the first branch 108 exiting the heater. A pipe 115 with a valve is provided on the air duct, connecting to the heater outlet.

[0171] When the Yunjie mill is used to process dry materials with low moisture content, such as dried Panax notoginseng, there is no water vaporization to consume heat, and the heat converted from the impeller's kinetic energy will increase the temperature inside the machine, which is not conducive to the processing of heat-sensitive materials. This embodiment can significantly adjust the working medium temperature supplied by the working medium supply branch according to process requirements.

[0172] When natural air is used as the working medium, Yunjie Mo can also only set up a heater or cooler to heat or cool the working medium, and the exhaust port of the heater or cooler is connected to the air inlet of the external circulation pipe.

[0173] Example 20, the return device of Yunjie mill, see Figure 15 , consisting of 1# conveyor and 2# conveyor, 1# conveyor has a feed port 128 and two discharge ports, one discharge port is the main discharge port 127 of Yunjie Mill, 2# conveyor has two feed ports and two discharge ports, the feed port of 1# conveyor is connected to the ash discharge port of bag dust collector, the other discharge port 126 of 1# conveyor is connected to a feed port of 2# conveyor, the other feed port 129 of 2# conveyor is connected to the ash discharge port of cyclone dust collector, a valve is provided on one discharge port 130 of 2# conveyor, the outlet of the valve is connected to the ash discharge interface of cyclone dust collector on the external circulation pipe, the other discharge port of 2# conveyor is the auxiliary discharge port 125 of Yunjie Mill; the main discharge port and auxiliary discharge port of Yunjie Mill can also be provided with an air-locking device consisting of a valve, a storage pipe and a valve connected in sequence to prevent a large amount of leakage of working medium from the discharge port during discharge.

[0174] One difficulty faced by Yunjie Mill when processing high-humidity and high-viscosity materials is the material adhering to the machine parts, i.e., sticking to the wall. The effective solution is to reduce the moisture content of the material. The Yunjie Mill's return device reduces the moisture content of the material in the machine by preferentially returning the powder collected by the bag dust collector to the Yunjie Mill main unit via the No. 2 conveyor. In this way, even for liquids, sticking to the wall can be completely eliminated by adjusting the feed and return amounts. Based on the impact and stripping effect of high-speed fluidized materials in the inherent internal circulation channel of the Yunjie Mill main unit, Yunjie Mill theoretically solves the problem of sticking to the wall during drying and pulverizing high-humidity and high-viscosity materials. When processing materials with good fluidity and dispersibility and when the requirements for product fineness or moisture content are not high, the return device can be reversed, and the material collected by the cyclone dust collector can be discharged from the auxiliary discharge port.

[0175] Example 21: The first Yunjie mill, see Figure 16 , consisting of a Yunjie mill main unit 131 and a first type of accessory device, the first type of accessory device consists of a dust collector 133 and an external circulation pipe 135, the air inlet of the dust collector 133 is connected to the outlet of the Yunjie mill main unit, the dust collector exhaust port 132 is the exhaust gas outlet, the dust collector ash discharge port 136 is the material discharge port, and the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit; Figure 16 The Yunjie mill main unit shown in the left figure is the first type of Yunjie mill main unit, the Yunjie mill main unit shown in the middle figure is the second, third or sixth type of Yunjie mill main unit, and the Yunjie mill main unit shown in the right figure is the fourth or fifth type of Yunjie mill main unit. The first type of spiral feeder can also be set on the external circulation of this embodiment.

[0176] Since the outer circulation channel of the Yunjie mill described in this embodiment is open, the moisture content and particle size of the product are completely determined by the classification performance of the Yunjie mill host itself. It is suitable for occasions where the requirements for product moisture content and particle size are not high, such as sludge and fertilizer processing.

[0177] Example 22: The second Yunjie mill, see Figure 17 , which is improved on the basis of the equipment described in Example 21, a dust collector ash discharge interface is set on the external circulation pipe, a regulating valve 141 is provided on the dust collector ash discharge interface, a discharge port 140 is provided on the dust collector ash discharge pipe, and the regulating valve 141 is connected to the dust collector ash discharge port.

[0178] Compared with Example 21, this embodiment can control the moisture content and particle size of the product by adjusting the discharge amount and discharge time through the regulating valve.

[0179] Example 23: The third kind of Yunjie mill, see Figure 18, it is improved on the basis of the equipment described in Example 21, a cyclone dust collector dust discharge interface 146 is set on the external circulation pipe, a cyclone dust collector 147 is used to replace the dust collector in Example 21, a bag dust collector 144 is added, the inlet of the cyclone dust collector 147 is connected to the outlet of the Yunjie grinding main unit, the exhaust port of the cyclone dust collector 147 is connected to the inlet of the bag dust collector 144, the cyclone dust collector 147 ash discharge port is connected to the cyclone dust collector ash discharge interface 146 on the external circulation pipe, the bag dust collector exhaust port is the exhaust gas outlet 143, and the bag dust collector ash discharge port is the discharge port 145.

[0180] Due to the adoption of secondary separation and the realization of external circulation, the moisture content of the product processed by the equipment of this embodiment can be as low as below 1%, and the particle size is less than 800 mesh. In addition, since the powder discharged from the cyclone dust collector's ash discharge pipe returns to the Yunjie grinding machine with the incoming air flow, the moisture content of the material is reduced and the dispersion and fluidity of the material are greatly improved.

[0181] Example 24: The fourth type of Yunjie grinding, see Figure 19 , based on the equipment described in Example 23, a working medium supply branch 149 and a return device 150 are added, the exhaust port of the bag dust collector is connected to the air inlet of the working medium supply branch, and the air inlet of the external circulation pipe is connected to the exhaust port of the working medium supply branch; the bag dust collector clean air chamber of the Yunjie mill described in this embodiment can also be provided with a second exhaust port including a cover, and a second air inlet including a cover can also be provided on the external circulation pipe to facilitate the use of natural air as the working medium.

[0182] When the equipment described in this embodiment uses a heat pump as the heat source and cold source of the working medium supply branch, the energy consumption of the whole machine for drying and grinding materials with a moisture content of 60% can theoretically be reduced to 0.5KWH / KG dry powder. The moisture content of most fresh agricultural products is around 90%. For low-value materials such as fresh corn stalks and other feed materials, it is not economically feasible to directly use Yunjie mill to process them. However, by using the economical pressing and dehydration method to reduce the moisture content to below 60% and then using Yunjie mill to process them, even low-value agricultural products become economically feasible; due to the recycling of the working medium The fully closed-circuit process described in this embodiment uses a special working medium and is also economical, creating conditions for the processing of flammable, explosive, toxic materials, and materials that require inhibition of chemical changes; in addition, the equipment described in this embodiment actually also achieves the economical collection or recovery of moisture in the material in liquid form, and therefore can also be used as a distillation device. For plant materials, the water collected by this equipment is actually cell sap, which is of great value because it is rich in volatile components in plants. Deep processing can make spices such as rose essential oil and medicines such as volatile oils in Panax notoginseng.

[0183] Compared with the aforementioned internal circulation channel, this project calls the circulation channel composed of the Yunjie mill main unit, cyclone dust collector, and external circulation pipe the external circulation channel, the circulation channel composed of the bag dust collector, return device, external circulation pipe, Yunjie mill main unit, and cyclone dust collector the return channel, and the channel composed of the working medium supply branch, external circulation pipe, Yunjie mill main unit, cyclone dust collector, and bag dust collector the exhaust gas circulation channel.

[0184] Example 25, screw feeder for Yunjie mill, see Figure 20 The tail end of the spiral feeder pipe is the discharge port 155, the tail end bearing inner ring 157 is fixed to the spiral blade through the bearing sleeve 156, and the tail end bearing seat 158 ​​is fixed to the feed pipe; the feeding port of the spiral feeder can also be provided with a gas-locking device consisting of a valve, a storage pipe, and a valve connected in sequence to prevent a large amount of working medium from leaking from the feeding port during feeding.

[0185] Example 26, optical device and acoustic device, see Figure 21 The left figure shows the first or second optical device, which consists of a tee, a light source 162, a reflector 163 and a dust-proof fan. One port 160 of the tee is connected to the outlet of the Yunjie grinding machine or the exhaust port of the cyclone dust collector, and the other port 161 is connected to the air inlet of the cyclone dust collector or the bag dust collector. The light source 162 is set in the third port of the tee, and the third port of the tee is connected to the exhaust port of the dust-proof fan. The inlet of the dust-proof fan is connected to the clean air chamber of the bag dust collector. The reflector 163 is used to converge light to illuminate the fluidized material. The right image shows a third or fourth optical device, consisting of a spool, a light source, a reflector, and a dust-control fan. One port 172 of the spool connects to the outlet of the Yunjie mill main unit or the exhaust of a cyclone dust collector, while another port 171 connects to the air inlet of a cyclone dust collector or bag filter. Light source 167 is positioned within the third port of the spool, and reflector 166 focuses the light from light source 167 on the fluidized material. Light source 170 is positioned within the fourth port of the spool, and reflector 169 focuses the light from light source 170 on the fluidized material. The third and fourth optical devices simultaneously illuminate the fluidized material in both its incoming and outgoing directions, providing superior results compared to the first optical device. The fifth optical device consists of a light source and reflector positioned within the air inlet of the external circulation pipe, the sixth optical device within the bag filter exhaust, and the seventh optical device, a light source positioned at the liquid water confluence point in the working medium supply branch.

[0186] By selecting light sources of different wavelengths, optical devices can be used to sterilize fluidized materials using ultraviolet light, triggering photochemical reactions in the materials to degrade chlorophyll and harmful components and promote the production of beneficial components. The applicant's earlier Chinese invention patent, 2013107484148, sterilized fluidized materials by installing ultraviolet sterilization lamps within a circulation channel. However, this sterilization effect was significantly reduced because powder adhered to the lamp surface, blocking light. The first, second, third, and fourth optical devices of this embodiment address this issue by introducing airflow from a dust-proof fan to prevent powder from adhering to the light source surface. The air inlet of the external circulation pipe, the exhaust outlet of the bag filter, the exhaust outlet of the condenser, and the working medium supply branch are dust-free, allowing for excellent light transmission for gaseous and liquid materials, making them ideal locations for the optical device.

[0187] The acoustic device is used to induce physical and chemical reactions of the materials in the machine. The acoustic device is a sound wave generator, which is installed on the Yunjie grinding machine and / or auxiliary devices. When the sound wave generator adopts an ultrasonic generator, it can realize auxiliary cleaning equipment, heating and sterilizing the materials in the machine, or vibration to promote physical and chemical reactions.

[0188] Example 27. A large-scale Yunjie mill for mining is composed of the sixth type of Yunjie mill main unit and auxiliary devices described in Example 14. The auxiliary mill adopts the third type of Yunjie mill described in Example 3. The kinetic energy recovery impellers of the main mill and the auxiliary mill adopt the third type of kinetic energy recovery impeller described in Example 6. The diameter of the kinetic energy recovery impeller is 1.2 times the diameter of the impeller. The auxiliary device is the third type of auxiliary device. A large hard material mill for pre-crushing is provided on the external circulation pipe.

[0189] Example 28: Method for using Yunjiemo and products processed therefrom.

[0190] Yunjie grinding mill has a variety of configurations to meet the needs of different material processing. The typical configurations are as follows:

[0191] The first configuration of Yunjie Mill adopts the fourth type of Yunjie Mill, and the Yunjie Mill host adopts the second type of Yunjie Mill host;

[0192] The second configuration of Yunjie Mill adopts the fourth type of Yunjie Mill, the Yunjie Mill main unit adopts the second type of Yunjie Mill main unit, and the auxiliary device is equipped with the third type of feeding device;

[0193] The third configuration of Yunjie Mill adopts the first type of Yunjie Mill and the Yunjie Mill host adopts the fourth type of Yunjie Mill host;

[0194] The fourth configuration of Yunjie Mill adopts the fourth type of Yunjie Mill and the Yunjie Mill main unit adopts the second type of Yunjie Mill main unit; the auxiliary devices are equipped with the second type of feeding device, the second type of returning device and the fourth type of working medium supply branch;

[0195] The fifth configuration of Yunjie Mill adopts the fourth type of Yunjie Mill and the sixth type of Yunjie Mill main unit. The main and auxiliary mills are equipped with the third type of kinetic energy recovery impeller with a diameter 0.5-4 times that of the impeller. The auxiliary equipment is equipped with the fifth type of working medium supply branch.

[0196] The sixth configuration of Yunjie Mill adopts the fourth type of Yunjie Mill, and the Yunjie Mill main unit adopts the sixth type of Yunjie Mill main unit. The main and auxiliary mills are equipped with the third type of kinetic energy recovery impeller whose diameter is 0.5-4 times the impeller diameter. The auxiliary device is equipped with a mill for grinding large hard materials.

[0197] (1) A method for processing plant fresh fruit powder and the processed fresh fruit powder, the method is carried out according to the following steps: S1, washing the fresh plant; S2, adding the material processed by S1 into the first configuration of Yunjie mill to prepare dry powder; a plant fresh fruit powder, a plant fresh fruit powder processed by this method.

[0198] (2) A method for spray drying using a Yunjie mill and a powder processed therefrom, wherein the material is added to the Yunjie mill of the second configuration, and the resulting dry powder is collected and discharged by a bag dust collector; a powder prepared by spray drying, and a powder processed by this method.

[0199] (3) A method for processing feed and the processed product thereof, the method being carried out in the following steps: S1, raw material powder preparation: adding feed material raw materials into the fifth configuration Yunjie mill to obtain dry feed raw material powder; S2, feed preparation: preparing feed from the feed raw material powder obtained in step S1; a feed, a feed processed by this method.

[0200] (4) A method for increasing the nutrient output of cultivated land and the agricultural product powder produced therefrom, the method being carried out in the following steps: S1. Seed selection: selecting appropriate crop varieties based on yield, crop growth period, and plant nutrient content; S2. Determining the harvest period: determining the harvest period by maximizing "number of harvests in a year × nutrient yield per unit area"; nutrient yield per unit area is the total amount of nutrients in the crop plants obtained from the last harvest per unit planting area; S3. Management measures: timely harvesting and timely sowing; 4. Processing: S401. Pressing and dehydrating: reducing the moisture content of the harvested crops to below 70% by pressing and dehydrating; S402. Drying and pulverizing: using the fifth configuration of Yunjie Mill to make powder from the material obtained in S401; S5. Utilization: using the powder obtained by S4 as food raw material or feed raw material; an agricultural product powder, a powder produced by this method.

[0201] (5) A drug with volatile components as active ingredients and a method for preparing and developing the same, the method being carried out in the following steps: S1, large-scale preparation of volatile components: adding raw materials into the fourth configuration of the Yunjie mill, the volatile components in the material are vaporized and condensed into liquid and discharged from the working medium supply branch, thereby obtaining a liquid material rich in volatile components; S2, separating and purifying the liquid material rich in volatile components prepared in S1 to obtain a material with medicinal value; S3, preparing the material with medicinal value prepared in S2 into a medicine, or conducting research on the material with medicinal value prepared in S2 to develop new medicines; a drug with volatile components as active ingredients, a drug prepared or developed using this method.

[0202] (6) A method for simultaneously preparing powder and volatile components in powder raw materials and the processed products thereof: the method comprises adding raw materials into the fourth configuration of the Yunjie mill, collecting the processed powder by a bag dust collector, converting the volatile components in the material into gaseous state during the processing, and condensing the gaseous volatile components into liquid material through the working medium supply branch; the product comprises powder or liquid volatile components processed by the method.

[0203] (7) A method for extracting volatile components from a material and a product processed therefrom, the method being carried out in the following steps: adding the raw material into a Yunjie mill of the fourth configuration, and condensing the gaseous material formed by the vaporization of the volatile components into a liquid material through a working medium supply branch; a material containing a volatile component, prepared by the method.

[0204] (8) A method for preparing a plant dew beverage and a processed product thereof, the method being carried out in the following steps: S1, preparation of plant dew: removing impurities from fresh plants, washing them, and adding them to the fourth configuration of the Yunjie mill; gaseous water and gaseous volatile components formed by gasification of water and volatile components in the materials are condensed into liquid through the working medium supply branch to obtain plant dew; S2, beverage production: processing the plant dew obtained in step S1 into a plant dew beverage; or, separating unnecessary components in the plant dew obtained in step S1 to prepare a plant dew beverage.

[0205] (9) A method for distilling crude oil and its processed products, the method being carried out in the following steps: adding crude oil to a second configuration of a Yunjie mill, vaporizing the volatile components in the crude oil and condensing them into a liquid form through a working medium supply branch to obtain a fraction; the product being a crude oil fraction prepared by this method.

[0206] (10) A method for producing sulfur-free konjac flour and a product processed therefrom, the method is carried out in the following steps: the method is carried out in the following steps: S1, pre-processing of commercial fresh konjac: S101: washing and peeling; S102: cutting: cutting the konjac processed by S101 into pieces, the cutting does not need to be regular, but the konjac with bud eyes, worm eyes, different color spots, plant root spots, root holes and worm holes needs to be cut together, and the konjac without defects needs to be cut together; S103: grading: while cutting, the cut konjac pieces are graded, the defective ones are classified as one grade, and the non-defective ones are classified as another grade; S104: pressing and dehydrating, the konjac pieces classified in S103 are pressed and dehydrated to reduce the moisture content to below 75%; S2, working medium customization: adjusting the working medium to have an oxygen content of less than 10%; S3, drying and powdering: adding the two grades of konjac pieces obtained by the S1 treatment into the fourth configuration Yunjie mill to prepare sulfur-free konjac flour; a sulfur-free konjac flour, konjac flour produced by this method.

[0207] (11) A method for producing starch and a product processed therefrom, the method comprising the following steps: S1, pre-processing: removing impurities and cleaning the raw materials; S2, drying and pulverizing: adding the material processed in step S1 to a first-type Yunjie mill to prepare a powder; S3, starch separation: mixing the powder prepared in step S2 with water and stirring the mixture thoroughly, separating the starch after sedimentation to obtain wet starch; S4, adding the wet starch obtained in step S3 to a fourth-type Yunjie mill and drying the mixture to obtain starch; a plant starch, a starch prepared by the method.

[0208] (12) A method for processing and utilizing fertilizers and the products processed therefrom, the method being carried out in the following steps: S1, preparation of fertilizer raw materials: the raw materials are ground into powder in a first-type Yunjie mill to obtain fertilizer raw material powder; or, the raw materials and other ingredients are added to a third-type Yunjie mill to be ground into powder to obtain fertilizer raw material powder; S2, utilization: the fertilizer raw materials processed in step S1 are used as fertilizer; or, the fertilizer raw material powder processed in step S2 is processed into fertilizer; a fertilizer, a fertilizer made by this method.

[0209] (13) A method for preparing barley grass powder and a product processed therefrom, the method comprising the following steps: S1, pre-processing: removing impurities and washing the harvested fresh barley grass; S2, drying and powdering: adding the barley grass obtained in step S1 to a fourth configuration of a Yunjie mill to prepare a powder; a barley grass powder, comprising barley grass powder prepared by the method.

[0210] (17) A method for preparing a dry granulation raw material powder and a product processed by the method, wherein the raw material is added to the Yunjie mill of the fourth configuration, and the raw material powder required for dry granulation is obtained by pulverizing, mixing and drying at the same time; a dry granulation raw material powder and a product processed by the method.

[0211] (18) A method for processing fish meal and the processed product thereof, wherein fresh fish is added to a Yunjie mill of the fourth configuration to prepare powder; and fish meal, fish meal processed by this method.

[0212] (19) A method for processing bone meal for feed and a product thereof, wherein fresh bones are added to a Yunjie mill of the fourth configuration to prepare a powder; a bone meal for feed and a product thereof processed by this method.

[0213] (20) A method for preparing an extract and a processed product thereof, the method comprising the following steps: S1, preparation of raw material powder, using a fourth configuration Yunjie mill to prepare a powder from fresh raw material; S2, preparation of an extract, S201, mixing the powder obtained in S1 with a solvent to dissolve the extract, and obtaining a mixed slurry of the extract and slag; S202, separation of the slag and the extract, separating the mixed slurry prepared in S201 to obtain an extract and slag; S203, extraction of the extract remaining in the slag, mixing the slag obtained in S202 with a solvent to dissolve the extract remaining in the slag, and obtaining A mixed slurry of extract and slag; separating the slag and extract by the method of S202; repeating step S203 until the extract remaining in the slag no longer has extraction value from an economic perspective; S204, purification of the extract, removing impurities and purifying the extract; S3, drying the extract, drying the extract prepared in S2 using a second configuration of Yunjie grinder to obtain an extract; S4, drying the slag, grinding the slag prepared in S2 into a powder using a fourth configuration of Yunjie grinder; an extract, an extract prepared by the present method.

[0214] (21) A method for processing forage and its processed products, wherein fresh forage or forage that has been naturally dried for 1-5 days is ground into powder using the fifth configuration of Yunjie; a forage powder, and a forage powder processed by this method.

[0215] (22) A method for preparing a mineral powder and a product processed therefrom, the method being carried out in the following steps: the mineral raw material is added to the sixth-configuration Yunjie mill through the feed port of the mineral mill, the mill pre-crushes the material into coarse powder, the airflow in the external circulation pipe brings the coarse powder into the Yunjie mill main unit for further crushing into fine powder, the fine powder with the particle size meeting the requirements is separated out and enters the bag dust collector with the airflow to be collected to obtain the mineral powder; a mineral powder, a mineral powder prepared by this method.

[0216] (23) A method for preparing perfume with plant aroma as an effective component and the processed product thereof, the method is carried out according to the following steps: S1, cell sap preparation: fresh plants are added to the fourth configuration Yunjie mill for processing, and the water and volatile components in the material are vaporized to form gaseous water and gaseous volatile components, which are condensed through the working medium supply branch to obtain cell sap; S2: perfume preparation: the cell sap obtained in S2 is made into perfume; a perfume, a perfume made by this method.

[0217] (24) A method for preparing fresh corn flour and processed products thereof, the method comprising: S1: harvesting fresh corn, selecting fresh corn that can be eaten fresh, S2: shelling and threshing, shelling and threshing the fresh corn harvested in step S1 to obtain fresh corn kernels, S3: preparing fresh corn flour, adding the fresh corn kernels obtained in step S2 into a fourth configured Yunjie mill to prepare fresh corn flour; a fresh corn flour, fresh corn flour prepared by the method.

[0218] (25) A method for preparing fresh bean powder and a product processed therefrom, the method comprising: step S1: harvesting fresh beans, selecting beans near the end of their filling period; step S2: shelling, shelling the fresh beans harvested in step S1 to obtain fresh beans; step S3: preparing fresh bean powder, adding the fresh beans obtained in step S2 to a fourth configured Yunjie mill to produce fresh bean powder; a fresh bean powder, comprising: fresh bean powder produced by the method.

[0219] (26) A method for preparing fresh wheat flour and a processed product thereof, comprising the following steps: S1: harvesting fresh wheat ears, selecting wheat ears nearing the end of their filling period; S2: shelling, shelling the wheat ears harvested in step S1 to obtain fresh wheat grains; S3: preparing fresh wheat flour, adding the fresh wheat grains obtained in step S2 into a fourth configuration of a Yunjie mill to produce fresh wheat flour; and a fresh wheat flour prepared by the method.

[0220] (27) A method for preparing fresh rice noodles and the processed products thereof, the method is carried out according to the following steps: S1: harvesting rice, selecting rice that is nearing the end of the filling period for harvesting, S2: preparing rice slurry, taking out the rice slurry from the rice harvested in step S1, S3: drying the rice slurry, adding the rice slurry prepared in step S2 into a fourth configuration of Yunjie mill to prepare fresh rice noodles; a fresh rice noodle, fresh rice noodles prepared by this method.

[0221] (28) A method for preparing potato flour and its processed products, wherein the method comprises controlling the oxygen content of the working medium to be within 8%, washing the potatoes, peeling them or not, and adding them to the fourth configuration Yunjie mill to prepare dry powder; a potato flour, potato flour prepared by this method.

[0222] (29) A method for preparing pumpkin powder and its processed products, wherein the pumpkin is cleaned, peeled and separated from the pulp, and then added into the fourth configuration Yunjie grinder to make dry powder; a pumpkin powder is pumpkin powder made by this method.

[0223] (30) A method for preparing tomato powder, comprising washing fresh tomatoes and adding them to a fourth-configured Yunjie grinder to prepare dry powder; and a tomato powder prepared by this method.

[0224] The same method can also be used to prepare edible powders such as onion powder, ginger powder, cucumber powder, watermelon powder, chili powder, garlic sprout powder, cabbage powder, bitter vegetable powder, carrot powder, tea powder, edible rose pollen, coffee powder, etc.

[0225] (31) A method for preparing rose cell fluid and a product thereof, wherein roses are added to a fourth configuration Yunjie mill, and the water and rose fragrance are vaporized and condensed into a liquid through a working medium supply branch; a rose cell fluid, a rose cell fluid prepared by this method.

[0226] The same method can also be used to prepare cell fluid of fresh agricultural products such as garlic, apple, cantaloupe, and Chinese medicinal materials.

[0227] (32) A method for preparing fresh maca powder and maca glucosinolates and processed products thereof, the method comprising the following steps: S1: washing fresh maca and adding the fresh maca into the fourth configuration of the Yunjie grinder; S2: collecting fresh maca powder from a bag filter and collecting maca cell fluid from a working medium supply branch; S3: purifying the maca cell fluid obtained in S2 to obtain maca glucosinolates; a fresh maca powder, fresh maca powder prepared by the method, a maca glucosinolate, and maca glucosinolates prepared by the method.

[0228] (33) A method for preparing instant coffee and the instant coffee processed therefrom, the method comprising: S1, preparing coffee powder: adding fresh coffee beans or dry coffee beans to a fourth-type Yunjie grinder to prepare dry powder; S2, preparing coffee liquid: adding the coffee powder obtained in S1 to water to dissolve the soluble components in the coffee powder into the water to obtain a mixed slurry of coffee liquid and coffee grounds, filtering the mixed slurry to obtain coffee liquid; S3, drying and powdering the coffee liquid: adding the coffee liquid obtained in S2 to a second-type Yunjie grinder to prepare dry powder to obtain instant coffee; an instant coffee, an instant coffee prepared by the method.

[0229] (34) A method for preparing milk powder and its processed products, wherein the emulsion is added to a second configuration Yunjie mill to prepare milk powder; a milk powder, a milk powder prepared by the method.

[0230] (35) A method for preparing soybean milk powder and a product thereof, wherein soybean milk is added to a second-configuration Yunjie mill to prepare soybean milk powder; and a soybean milk powder prepared by the method.

[0231] (36) A method for preparing Chinese medicinal material powder and Chinese medicinal material cell fluid and the processed products thereof, wherein the Chinese medicinal materials are washed and added into the fourth configuration Yunjie mill, and the prepared Chinese medicinal material dry powder is discharged from the main discharge port, and the Chinese medicinal material cell fluid is collected from the working medium supply branch; a Chinese medicinal material powder, a Chinese medicinal material powder prepared by the method, and a Chinese medicinal material cell fluid, a Chinese medicinal material cell fluid prepared by the method.

[0232] (37) A method for preparing ginseng powder and ginseng cell fluid and processed products thereof, comprising: cleaning fresh ginseng and adding it to a fourth type of Yunjie mill, wherein the prepared ginseng powder is discharged from a main discharge port and the ginseng cell fluid is collected from a working medium supply branch; a ginseng powder, ginseng powder prepared by the method, and a ginseng powder cell fluid, ginseng powder cell fluid prepared by the method.

[0233] The same method can also be used to prepare the following Chinese medicinal materials fresh powder and cell fluid, Linderae scutellariae, Atractylodes macrocephala, White spoon, Fritillaria, Bletilla striata, American ginseng, red ginseng, Chinese yam, chrysanthemum, Corydalis yanhusuo, Scrophularia ningpoensis, Ophiopogon japonicus, Curcuma aromatica, Panax notoginseng, pine needles, pear, Panax notoginseng flower, Panax notoginseng stem and leaf, Gastrodia elata, Erigeron breviscapus, Dendrobium candidum, Angelica sinensis, Magnolia officinalis, Scutellaria baicalensis, Amomum villosum, Polygonum multiflorum, Sanguisorba officinalis, Artemisia selengensis, Lampsaria japonica leaf, Grass Blackroot, Pinellia, Gentiana, Eucommia, Saposhnikovia, Poria, Honeysuckle, Polygonatum, Cordyceps, Bupleurum, Codonopsis, Pepper, Isatis, Aloe, Tsaoko, Paris polyphylla, Chuanxiong, Houttuynia, Loquat leaf, Croton, Gallnut, Cornus officinalis, Dipsacus asper, Rhodiola rosea, Sea buckthorn powder, Cistanche, Astragalus, Licorice, Lycium barbarum, Nardostachys chinensis, Valerian, Red peony root, Notopterygium wilfordii, Prunella vulgaris, Angelica dahurica, Lilium, Polygonatum odoratum, Gynostemma pentaphyllum Blue, Pulsatilla, Vaccaria, Schisandra, Cuscuta, Hawthorn, Artemisia annua, Acanthopanax bark, Moringa leaf, Curcuma, Gardenia, Artemisia argyi, Cinnamon, Patchouli, Star anise, Ganoderma, Ganoderma spores, wild mushrooms, mushrooms, Stevia, Acorus calamus, Pueraria root, Pseudostellaria, Phytolacca, Polygonum cuspidatum, Rhubarb, Cynanchum chinense, Motherwort, Sophora flavescens, Chrysanthemum, Euryale ferox, Tribulus terrestris, Polygonum multiflorum, Drynaria fortunei, Artemisia capillaris, Oxtail Burdock, Forsythia, Schizonepeta, Uncaria rhynchophylla, Daphne daphne, Mint, Coix seed, Xanthium sibiricum, Arisaema, Trichosanthes kirilowii, Sargentodoxae, Lysimachia chinensis, Raspberry, Apocynum venetum leaf, Cat's claw, Cassia seed, Platycodon grandiflorum, Papaya, Sanguisorba officinalis, Gleditsia sinensis, Dichroa chinensis, Cirsium japonicum, Aconite root, Peucedanum chinense, Acanthopanax senticosus, Anemarrhena asphodeloides, Black wolfberry, Alisma orientale, Saffron, Cardamom, Matsutake, Osmanthus fragrans, Snow lotus, Mulberry leaf, Tongkat Ali, etc.

[0234] (38) A method for preparing gecko powder and its processed products, comprising: cleaning fresh gecko and adding it to the fourth type of Yunjie mill to prepare dry powder; a method for preparing gecko powder, and gecko powder processed by this method. The same method can also be used to prepare the following animal powders: cuttlefish bones, leeches, bezoar, deer antler, bear gall, earthworm, mylabris powder, cicada slough, ants, centipedes, pearls, black chicken, pig blood, eels, bird's nests, crab shells, etc.

[0235] (39) A method for preparing medicinal talc powder, wherein the talc powder raw material is added to the fourth configuration Yunjie mill to prepare dry powder; a medicinal talc powder is talc powder processed by this method.

[0236] The same method can also be used to prepare medicinal Glauber's salt powder, medicinal gypsum powder, etc.

[0237] (40) A method for preparing seaweed powder and its processed products, wherein the method comprises draining fresh seaweed and adding it to a fourth type of Yunjie mill to prepare dry powder; a seaweed powder, and the seaweed powder processed by this method.

[0238] (41) A method for preparing a broken-wall spiral bath powder and a product thereof, wherein fresh spiral bath water is added into a fourth-configuration Yunjie mill to prepare a broken-wall spiral bath powder; a broken-wall spiral bath powder, and a broken-wall spiral bath powder processed by this method.

[0239] (42) A method for preparing building putty and the product processed by the method, wherein the raw materials of building putty are added to the sixth configuration Yunjie mill to prepare powder; a building putty, and a building putty processed by the method.

[0240] (43) A method for grinding cement clinker and the processed products thereof, wherein the method adopts the sixth configuration of the Yunjie mill to operate, the cement clinker is added to the equipment through the feed port of the mill, the mill pre-crushes the material into coarse powder, the air flow in the external circulation pipe brings the coarse powder into the Yunjie mill main body, further crushes it into fine powder, is separated and collected by a bag dust collector to obtain cement powder; a cement, cement processed by this method.

[0241] The same method can also be used to prepare titanium dioxide, calcium carbonate, lithopone, kaolin powder, coal powder, stone powder, ore powder, gypsum powder, feldspar powder, graphite powder, silica powder, etc.

[0242] (44) A method for grinding iron powder and the products thereof, wherein the iron powder raw material is pre-formed into small pieces less than 5 mm and added to a Yunjie mill to form fine powder; an iron powder, and an iron powder processed by this method.

[0243] The same method can also be used to process tungsten powder, copper powder, cobalt powder, nickel powder, titanium powder, tantalum powder, aluminum powder, tin powder, lead powder and other metal powders.

[0244] (45) A method for grinding pesticide powder and its processed products, wherein the pesticide raw materials are added to the fourth configuration Yunjie mill to be made into fine powder; a pesticide powder, and a pesticide powder processed by this method.

[0245] (46) A method for desalinating seawater and its processed products, wherein seawater is added to a second configuration of a Yunjie mill for spray drying, and the water vaporizes and is condensed into liquid water through a working medium supply branch to obtain fresh water; fresh water, fresh water processed by this method.

[0246] (48) A method for drying sludge, wherein the sludge is added to a Yunjie mill of the fifth configuration to prepare dry powder; and a sludge, wherein the sludge is processed by this method.

[0247] This method can also be used to process high-humidity and high-viscosity materials such as sewage sludge, septic tank sludge, farm feces, restaurant kitchen waste, tailings discharged from water treatment equipment, and vegetable waste.

[0248] (49) A method for processing medicinal and edible powder and recovering cell fluid and the processed product, wherein the medicinal and edible raw materials are washed and added to a fourth-type Yunjie mill to produce powder, which is discharged from a main discharge port, and gaseous water and gaseous volatile components generated during the processing are condensed into liquid form through a working medium supply branch and discharged to obtain cell fluid; a medicinal and edible powder, a medicinal and edible powder processed by the method, and a cell fluid, a cell fluid produced by the method.

[0249] (50) A method for preparing banana powder and banana powder, the method comprising using the fourth configuration of Yunjie mill to prepare banana powder from the edible part of the banana; a banana powder, and banana powder processed by the method.

[0250] (51) A method for preparing green banana powder and green banana powder, wherein the method comprises controlling the oxygen content in the working medium to be less than 5% by mass, and using a fourth type of Yunjie mill to grind peeled or peeled green bananas into green banana powder; a green banana powder, and green banana powder processed by the method.

[0251] (52) A method for breaking the wall of washed pine pollen and washed and broken wall pine pollen, the method comprising using the fourth configuration of Yunjie mill to centrifugally dehydrate the pine pollen to a moisture content of 65-75% to prepare broken wall powder; a method for breaking the wall of washed pine pollen and the washed and broken wall pine pollen processed by the method.

[0252] (53) A method for drying juice produced by squeezing and the processed products thereof, the method is carried out according to the following steps: S1, equipment configuration, selecting the second configuration of Yunjie mill, and selecting nitrogen with an oxygen content of less than 6% as the working medium; S2, adding the juice produced by squeezing into the equipment configured in S1 to prepare powder, and the powder is discharged from the main discharge port; a powder processed from juice produced by squeezing, a powder processed by this method.

[0253] (54) A method for preparing chlorophyll and its processed products, the method is carried out according to the following steps: S1, equipment configuration, using the second configuration of Yunjie mill to control the oxygen content of the working medium to below 5%, S2, barley grass juice preparation, S201: raw material processing, fresh barley grass is washed, S202: juice extraction, the barley grass prepared in S201 is juiced to obtain barley grass juice, S203: filtering, filtering out the solids in the barley grass juice prepared in S202 to obtain fine barley grass juice,

[0254] S3, spray drying, adding the fine barley grass juice prepared in S2 into the equipment configured in S1 for spray drying, and discharging chlorophyll from the main discharge port; a chlorophyll processed by this method.

[0255] (55) A method for preparing soluble Panax notoginseng powder and soluble Panax notoginseng powder, wherein the method comprises using a second-type Yunjie mill to grind fresh Panax notoginseng juice obtained by squeezing into soluble Panax notoginseng powder; a soluble Panax notoginseng powder and a soluble Panax notoginseng powder processed by the method.

[0256] The same method can also be used to prepare soluble maca powder, soluble apple powder, soluble emblica powder, soluble matsutake powder, etc.

[0257] (56) A method for breaking the wall of pine pollen and a product processed therefrom, the method is carried out in the following steps: S1, equipment configuration, S101, using the fourth type of Yunjie mill, the Yunjie mill main unit adopts the second type of Yunjie mill main unit, and the auxiliary device is configured with a fourth type of working medium supply branch; S102, the auxiliary device is configured with a second type of feeding device and a second type of returning device, S103, configuring a third, fourth type of optical device, the light source of the optical device is an ultraviolet sterilization light source, S104, setting a switching valve of the fourth type of working medium supply branch to connect the compressor exhaust pipe with the second branch and disconnect it from the first branch, and opening the valve on the pipe between the air duct and the heater outlet, S105, the working medium is nitrogen with an oxygen content of less than 10%, S2, pine pollen wall breaking operation, pine pollen is added to the equipment configured in S1 to make broken wall pine pollen; a broken wall pine pollen, broken wall pine pollen processed by this method.

[0258] The operating medium of the equipment used in this method is cold air, which solves the problem of the heat converted from the kinetic energy of the host causing the temperature inside the machine to rise. Since an ultraviolet sterilization device is set up, the processed materials can be sterilized at the same time.

[0259] (52) A method for breaking the wall of water-washed pine pollen and an apparatus for breaking the wall of water-washed pine pollen. The working medium used is hot air. Due to the high moisture content of the material, the vaporization of moisture consumes the heat in the hot air and the heat converted from the kinetic energy of the main machine. Under appropriate working conditions, the temperature inside the machine can be maintained at room temperature.

[0260] (57) A method for preparing ultrafine powder of Chinese medicinal materials and an ultrafine powder of Chinese medicinal materials, the method uses (56), a method for breaking the wall of pine pollen and the processed product thereof, and the equipment configured in step S1 to make ultrafine powder of dried Chinese medicinal materials, an ultrafine powder of Chinese medicinal materials, and an ultrafine powder of Chinese medicinal materials processed by this method.

Claims

1. Yunjie grinding machine, characterized in that: The first Yunjie mill host is composed of a main mill, an auxiliary mill, a first internal circulation pipe and a second internal circulation pipe. The main mill and the auxiliary mill are the first Yunjie mill. The first Yunjie mill is composed of a casing, an impeller and a kinetic energy recovery device. The casing is the casing of a centrifugal fan, and the impeller is the impeller of a centrifugal fan. There is an internal circulation pipe interface on the casing near the air inlet. The air inlet on the casing is the inlet of the first Yunjie mill, and the air outlet on the casing is the outlet of the first Yunjie mill. The kinetic energy recovery device of the first Yunjie mill is realized in this way: the air inlet on the front disk is enlarged to expose the blades or an annular window is opened on the front disk to expose the blades. The airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the exposed blades. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the first internal circulation pipe, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the second internal circulation pipe. The inlet of the main mill is the inlet of the first Yunjie mill host. The inlet of the auxiliary mill is the outlet of the first type of Yunjie mill main machine. The axes of the main mill and the auxiliary mill are set to be one horizontal and one vertical. The cross-sectional area of ​​the second inner circulation pipe is smaller than that of the first inner circulation pipe. Or, the second type of Yunjie mill host is composed of a main mill, an auxiliary mill, a first internal circulation pipe and a second internal circulation pipe. The main mill and the auxiliary mill are the second type of Yunjie mill. The second type of Yunjie mill is composed of a casing, an impeller, a kinetic energy recovery device and a feed pipe. The casing is the casing of a centrifugal fan, the impeller is the impeller of a centrifugal fan, an internal circulation pipe interface is provided on the feed pipe, one end of the feed pipe is connected to the air inlet on the casing, the kinetic energy recovery device is arranged in the feed pipe, and the airflow from the internal circulation pipe interface can assist in driving the impeller to rotate by impacting the kinetic energy recovery device, and the other end of the feed pipe It is the inlet of the second type Yunjie mill, the air outlet on the casing is the outlet of the second type Yunjie mill, the kinetic energy recovery device of the second type Yunjie mill is a kinetic energy recovery blade, the kinetic energy recovery blade is fixed on the impeller shaft, the outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the first internal circulation pipe, the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the second internal circulation pipe, the inlet of the main mill is the inlet of the second type Yunjie mill host, the inlet of the auxiliary mill is the outlet of the second type Yunjie mill host, and the cross-sectional area of ​​the second internal circulation pipe is smaller than the cross-sectional area of ​​the first internal circulation pipe; Or, the third type of Yunjie grinding machine is formed by removing the kinetic energy recovery device in the feed pipe of the main grinding machine and the auxiliary grinding machine from the second type of Yunjie grinding machine; Or, the fourth Yunjie mill host is improved from the aforementioned second Yunjie mill, the outlet on the casing is connected to the inner circulation pipe interface on the feed pipe through the inner circulation pipe, an air inlet tee is arranged between one end of the feed pipe and the air inlet on the casing, the other end of the air inlet tee is the inlet of the fourth Yunjie mill host, and the other end of the feed pipe is the outlet of the fourth Yunjie mill host; Or, the fifth Yunjie grinding machine is formed by removing the kinetic energy recovery device in the feed pipe from the fourth Yunjie grinding machine; Or, the sixth type of Yunjie mill host is composed of a main mill, an auxiliary mill, a first internal circulation pipe and a second internal circulation pipe, the main mill is the aforementioned second type of Yunjie mill, the auxiliary mill is the third type of Yunjie mill, the third type of Yunjie mill is composed of a casing, an impeller, a kinetic energy recovery device and a feed pipe, the casing is the casing of a centrifugal fan, the impeller is the impeller of a centrifugal fan, an internal circulation pipe interface is provided on the feed pipe, one end of the feed pipe is connected to the air inlet on the casing, the kinetic energy recovery device is arranged in the feed pipe, the impeller relies on the airflow from the internal circulation interface to impact the kinetic energy recovery device to drive the rotation, the other end of the feed pipe is the inlet of the third type of Yunjie mill, and the air outlet on the casing is the third type of Yunjie The outlet of the mill, the kinetic energy recovery device of the third type Yunjie mill is a C-type third type kinetic energy recovery impeller, which is composed of a kinetic energy recovery impeller sleeve, a transmission input shaft, kinetic energy recovery blades, an upper ring and a transmission. One end of the kinetic energy recovery blade is fixed on the kinetic energy recovery impeller sleeve, and the other end is fixed on the upper ring. The transmission is fixed on the feed pipe, the kinetic energy recovery impeller sleeve is fixed on the transmission input shaft, and the output shaft of the transmission is the impeller shaft. The outlet of the main mill is connected to the internal circulation pipe interface of the auxiliary mill through the first internal circulation pipe, and the outlet of the auxiliary mill is connected to the internal circulation pipe interface of the main mill through the second internal circulation pipe. The inlet of the main mill is the inlet of the sixth type Yunjie mill main engine, and the inlet of the auxiliary mill is the outlet of the sixth type Yunjie mill main engine. The cross-sectional area of ​​the second internal circulation pipe is smaller than the cross-sectional area of ​​the first internal circulation pipe.

2. The Yunjie grinding machine according to claim 1, characterized in that: The kinetic energy recovery device of the second or third Yunjie grinding machine is a kinetic energy recovery blade, which is fixed to the impeller shaft extending along the feed pipe; or one end of the kinetic energy recovery blade is fixed to the rear disc and / or the shaft sleeve and / or the impeller shaft, and the other end is fixed to the impeller shaft extending along the feed pipe, or the other end is fixed to the connecting plate, and the connecting plate is fixed to the impeller shaft extending along the feed pipe; Or, the kinetic energy recovery device of the second or third Yunjie grinding mill is the first kinetic energy recovery impeller, which is composed of a kinetic energy recovery blade and an upper ring, one end of the kinetic energy recovery blade is fixed to the shaft sleeve and / or the rear disc, and the other end is fixed to the upper ring, and a plurality of kinetic energy recovery blades are distributed circumferentially along the upper ring; or is composed of a kinetic energy recovery blade and an upper ring, one end of the kinetic energy recovery blade is fixed to the shaft sleeve and / or the rear disc, and the other end is fixed to the upper ring, and the upper ring is fixed to the impeller shaft extending along the feed pipe; or is composed of a kinetic energy recovery blade, a reinforcement ring and an upper ring, one end of the kinetic energy recovery blade is fixed to the shaft sleeve and / or the rear disc, and the other end is fixed to the upper ring, and the reinforcement ring is fixed to the middle part of the kinetic energy recovery blade; or is composed of a kinetic energy recovery blade, a reinforcement ring and an upper ring, one end of the kinetic energy recovery blade is fixed to the shaft sleeve and / or the rear disc, and the other end is fixed to the upper ring, and the reinforcement ring is fixed to the middle part of the kinetic energy recovery blade and to the impeller shaft extending along the feed pipe; Or the kinetic energy recovery device of the second or third Yunjie grinding machine is the second kinetic energy recovery impeller, which is composed of a kinetic energy recovery impeller sleeve, kinetic energy recovery blades and an upper ring, one end of the kinetic energy recovery blades is fixed to the kinetic energy recovery impeller sleeve, and the other end is fixed to the upper ring; or it is composed of a kinetic energy recovery impeller sleeve, a kinetic energy recovery blade and an upper ring, one end of the kinetic energy recovery blades is fixed to the kinetic energy recovery impeller sleeve, and the other end is fixed to the upper ring, the cross-section of the kinetic energy recovery blades is semicircular, and the kinetic energy recovery impeller sleeve is fixed to the sleeve or impeller shaft; or it is composed of a kinetic energy recovery impeller sleeve, a kinetic energy recovery blade and an upper ring, the kinetic energy recovery blades One end is fixed on the kinetic energy recovery impeller sleeve, and the other end is fixed on the upper ring. The cross section of the kinetic energy recovery blade is wing-shaped. The upper ring is fixed on the impeller shaft extending along the feed pipe. The extended impeller shaft is provided with a bearing, and the bearing is fixed on the bracket; or it is composed of a kinetic energy recovery impeller sleeve, a kinetic energy recovery blade and an upper ring. One end of the kinetic energy recovery blade is fixed on the kinetic energy recovery impeller sleeve, and the other end is fixed on the upper ring. The windward side of the kinetic energy recovery blade is a plane, and the leeward side is an arc surface. The upper ring is fixed on the impeller shaft extending along the feed pipe. The extended impeller shaft is provided with a bearing, and the bearing is fixed on the bracket, and the bracket is fixed on the feed pipe or / and the machine base; Or the kinetic energy recovery device of the second or third Yunjie grinding machine is the third kinetic energy recovery impeller, the A-type third kinetic energy recovery impeller consists of a kinetic energy recovery impeller sleeve, a transmission input shaft kinetic energy recovery blade, an upper ring and a transmission, one end of the kinetic energy recovery blade is fixed to the kinetic energy recovery impeller sleeve, and the other end is fixed to the upper ring, the transmission is fixed to the feed pipe and the machine base, the kinetic energy recovery impeller sleeve is fixed to the transmission input shaft, and the output shaft of the transmission is the impeller shaft; the upper ring is fixed to the transmission input shaft, and the end of the transmission input shaft extending out of the upper ring has a bearing, the bearing is fixed to the bracket, and the bracket is fixed to the feed pipe and the machine base; or the B-type third kinetic energy recovery impeller consists of a kinetic energy recovery impeller sleeve, a transmission input shaft, a kinetic energy recovery blade, an upper ring and a transmission, one end of the kinetic energy recovery blade is fixed to the kinetic energy recovery impeller sleeve, and the other end is fixed to the upper ring, the transmission is fixed to the feed pipe and the machine base, the kinetic energy recovery impeller sleeve is fixed The transmission is fixed on the input shaft of the transmission, and the output shaft of the transmission is the impeller shaft; the upper ring is fixed on the input shaft of the transmission, and the end of the transmission input shaft extending out of the upper ring has a bearing, and the bearing is fixed on the bracket, and the bracket is fixed on the feed pipe and the machine base. The diameter of the third kinetic energy recovery impeller of type B is 0.5-4 times the diameter of the impeller; or the third kinetic energy recovery impeller of type D is composed of a kinetic energy recovery impeller sleeve, a transmission input shaft, a kinetic energy recovery blade, an upper ring and a transmission, one end of the kinetic energy recovery blade is fixed on the kinetic energy recovery impeller sleeve, and the other end is fixed on the upper ring, the transmission is fixed on the feed pipe or the machine base, the kinetic energy recovery impeller sleeve is fixed on the input shaft of the transmission, the output shaft of the transmission is the impeller shaft or is connected to the impeller shaft, the upper ring is fixed on the input shaft of the transmission, and the end of the transmission input shaft extending out of the upper ring has a bearing, and the bearing is fixed on the bracket; Or the kinetic energy recovery device of the second or third type of Yunjie grinding mill is the fourth type of kinetic energy recovery impeller, which is composed of a kinetic energy recovery impeller sleeve, a lower ring, kinetic energy recovery blades and an upper ring. One end of the kinetic energy recovery blade is fixed to the lower ring, and the other end is fixed to the upper ring. The lower ring is fixed to the kinetic energy recovery impeller sleeve.

3. The Yunjie grinding machine according to claim 1, characterized in that: The feed pipe of the second or third type of Yunjie mill is a straight pipe, one end of which is connected to the air inlet on the casing, and the other end of which is the inlet of the Yunjie mill; or it is a conical pipe, the small end of which is connected to the air inlet on the casing, and the large end of which is the inlet of the Yunjie mill; or it is a conical pipe, the large end of which is connected to the air inlet on the casing, and the small end of which is the inlet of the Yunjie mill; or it is a conical pipe, the small end of which is connected to the air inlet on the casing, and there is a cover on the large end of the conical pipe, and the opening in the middle of the cover is the inlet of the Yunjie mill; or it is a cyclone dust collector, the air inlet of the cyclone dust collector is the interface of the internal circulation pipe, the dust discharge port of the cyclone dust collector is connected to the air inlet on the casing, and the exhaust port of the cyclone dust collector is the inlet of the Yunjie mill.

4. The Yunjie grinding machine according to claim 1, characterized in that: The axis of the main mill and the axis of the auxiliary mill of the second, third or sixth Yunjie mill are perpendicular to each other; Or, the second inner circulation pipe is provided with a circulating air volume regulating device; or the second or sixth Yunjie mill main machine and auxiliary mill feed pipe is provided with an air volume regulating device, and the air volume regulating device is provided between the inner circulation pipe interface and one end of the feed pipe; or the fourth Yunjie mill main machine feed pipe is provided with an air volume regulating device between one end and the air inlet tee; Or, the second or sixth type of Yunjie grinding main machine has 2 or 3 or 4 outlets on the main mill casing, and the number of auxiliary mills and the number of internal circulation pipe interfaces on the main mill feed pipe are the same as the number of outlets on the main mill casing.

5. Yunjie grinding, characterized in that, The first type of Yunjie mill is composed of the first or second or third or fourth or fifth or sixth type of Yunjie mill main unit and the first type of accessory device as claimed in claim 1, wherein the first type of accessory device is composed of a dust collector and an external circulation pipe, the air inlet of the dust collector is connected to the outlet of the Yunjie mill main unit, and the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit; Or, the second type of Yunjie mill is composed of the first or second or third or fourth or fifth or sixth type of Yunjie mill main unit and the second type of auxiliary device as claimed in claim 1, the second type of auxiliary device is composed of a dust collector and an external circulation pipe, the external circulation pipe is provided with a dust collector ash discharge interface, the dust collector ash discharge interface is provided with a regulating valve, the dust collector ash discharge pipe is provided with a discharge port, the air inlet of the dust collector is connected to the outlet of the Yunjie mill main unit, the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit, and the dust collector ash discharge port is connected to the regulating valve; Or, the third type of Yunjie mill is composed of the first or second or third or fourth or fifth or sixth type of Yunjie mill main unit and the third type of auxiliary device according to claim 1, the third type of auxiliary device is composed of a cyclone dust collector, a bag dust collector and an external circulation pipe, the external circulation pipe is provided with a cyclone dust collector dust discharge interface, the air inlet of the cyclone dust collector is connected to the outlet of the Yunjie mill main unit, the air outlet of the cyclone dust collector is connected to the air inlet of the bag dust collector, the cyclone dust collector dust discharge port is connected to the cyclone dust collector dust discharge interface on the external circulation pipe, and the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit; Or, the fourth type of Yunjie mill is composed of the first or second or third or fourth or fifth or sixth type of Yunjie mill main unit and the fourth type of auxiliary device according to claim 1, the fourth type of auxiliary device is composed of a cyclone dust collector, a bag dust collector, an external circulation pipe and a working medium supply branch, a cyclone dust collector dust discharge interface is provided on the external circulation pipe, the air inlet of the cyclone dust collector is connected to the outlet of the Yunjie mill main unit, the air outlet of the cyclone dust collector is connected to the air inlet of the bag dust collector, the cyclone dust collector dust discharge port is connected to the cyclone dust collector dust discharge interface on the external circulation pipe, the outlet of the external circulation pipe is connected to the inlet of the Yunjie mill main unit, and the air inlet of the external circulation pipe is connected to the exhaust outlet of the working medium supply branch.

6. The Yunjie mill according to claim 5, characterized in that: The third or fourth auxiliary device includes the first material return device, which is composed of a 1# conveyor and a 2# conveyor, wherein the 1# conveyor has a feed port and two discharge ports, one of which is the main discharge port of the Yunjie mill, and the 2# conveyor has two feed ports and two discharge ports. The feed port of the 1# conveyor is connected to the dust discharge port of the bag dust collector, and the other discharge port of the 1# conveyor is connected to a feed port of the 2# conveyor, and the other feed port of the 2# conveyor is connected to the dust discharge port of the cyclone dust collector. A valve is provided on one discharge port of the 2# conveyor, and the outlet of the valve is connected to the dust discharge interface of the cyclone dust collector on the external circulation pipe, and the other discharge port of the 2# conveyor is the auxiliary discharge port of the Yunjie mill; or, includes the second material return device, which is composed of a 1# conveyor and a 2# conveyor. # conveyor and 2# conveyor, 1# conveyor has 1 feed port and two discharge ports, one discharge port is the main discharge port of Yunjie Mill, 2# conveyor has two feed ports and two discharge ports, the feed port of 1# conveyor is connected to the dust discharge port of bag dust collector, the other discharge port of 1# conveyor is connected to a feed port of 2# conveyor, the other feed port of 2# conveyor is connected to the dust discharge port of cyclone dust collector, a valve is arranged on one discharge port of 2# conveyor, the outlet of the valve is connected to the dust discharge interface of cyclone dust collector on the external circulation pipe, the other discharge port of 2# conveyor is the auxiliary discharge port of Yunjie Mill, the main discharge port and auxiliary discharge port of Yunjie Mill are provided with air-locking devices composed of valves, material storage pipes and valves connected in sequence; Or, the first or second or third or fourth auxiliary device includes a first feeding device, which is a spiral feeder, the tail end of the spiral feeder material pipe is a discharge port, the discharge port is connected to the external circulation pipe, the tail end bearing is fixed to the spiral blade near the tail end through the bearing inner sleeve, and the tail end bearing seat is fixed to the material pipe; or includes a second feeding device, the second feeding device is a spiral feeder, the tail end of the spiral feeder material pipe is a discharge port, the discharge port is connected to the external circulation pipe, the tail end bearing inner ring is fixed to the spiral blade near the tail end through the bearing sleeve, the tail end bearing seat is fixed to the material pipe, and the feeding port of the feeding device is provided with a gas-locking device composed of a valve, a storage pipe, and a valve connected in sequence; or the first or second or third or fourth auxiliary device also includes a third feeding device, the third feeding device is an atomizer, and the atomizer is installed on the external circulation pipe; Or, the first, second, third or fourth auxiliary device further comprises a mill, and the mill is arranged on the external circulation pipe; Alternatively, the bag filter clean air chamber of the fourth auxiliary device is further provided with a second air exhaust port with a cover, and the external circulation pipe is further provided with a second air inlet with a cover.

7. The Yunjie grinding machine according to claim 5, characterized in that: The working medium supply branch of the fourth auxiliary device is the first working medium supply branch, which is composed of a heat exchanger, a condenser and a heater. The heat exchanger is composed of a heat exchange branch and a cooling branch. The heat medium channel air inlets of the heat exchange branch and the cooling branch are brought together through the heat exchanger air inlet pipe. The inlet of the heat exchanger air inlet pipe is the air inlet of the working medium supply branch. The heat medium channel air outlets of the heat exchange branch and the cooling branch are connected to the air inlet of the condenser. The air outlet of the condenser is connected to the inlet of the refrigerant channel of the heat exchange branch through the condenser exhaust pipe. The air outlet of the refrigerant channel of the heat exchange branch is connected to the air inlet of the heater through the refrigerant channel exhaust pipe. The air outlet of the heater is the air outlet of the working medium supply branch. The air inlet of the working medium supply branch is connected to the air outlet of the bag filter. Or, it is a second working medium supply branch, which is composed of a heat exchanger, a condenser and a heater. The heat exchanger is composed of a heat exchange branch and a cooling branch. The heat medium channel inlets of the heat exchange branch and the cooling branch are collected together through the heat exchanger inlet pipe. The inlet of the heat exchanger inlet pipe is the inlet of the working medium supply branch. The heat medium channel exhausts of the heat exchange branch and the cooling branch are connected to the inlet of the condenser. The exhaust of the condenser is connected to the inlet of the refrigerant channel of the heat exchange branch through the condenser exhaust pipe. The exhaust of the refrigerant channel of the heat exchange branch is connected to the inlet of the heater through the refrigerant channel exhaust pipe. The exhaust of the heater is the exhaust of the working medium supply branch. The heat medium channel inlet air volume regulating device of the heat exchange branch and the cooling branch is arranged in the heat exchanger inlet pipe. The air inlet of the working medium supply branch is connected to the exhaust of the bag dust collector. Or, it is a third type of working medium supply branch, which is composed of a first heat exchanger, a second heat exchanger, a condenser and a heater, the heat medium channel inlet of the first heat exchanger is the air inlet of the working medium supply branch, the heater outlet is the exhaust outlet of the working medium supply branch, the air flow channel of the working medium supply branch is composed of the heat medium channel of the first heat exchanger, the heat medium channel of the second heat exchanger, the heat medium channel of the condenser, the air duct, the refrigerant channel of the second heat exchanger, and the refrigerant channel of the heater, which are connected in sequence, the refrigerant channel of the condenser is the evaporator of the heat pump, the heat medium channel of the heater is the condenser of the heat pump, and the air inlet of the working medium supply branch is connected to the exhaust outlet of the bag filter; Or, it is a fourth working medium supply branch, which is composed of a first heat exchanger, a second heat exchanger, a condenser, a heater and a radiator. The heat medium channel inlet of the first heat exchanger is the air inlet of the working medium supply branch, and the heater outlet is the exhaust outlet of the working medium supply branch. The air flow channel of the working medium supply branch is composed of the heat medium channel of the first heat exchanger, the heat medium channel of the second heat exchanger, the heat medium channel of the condenser, the air duct, the refrigerant channel of the second heat exchanger, and the refrigerant channel of the heater, which are connected in sequence. The refrigerant channel of the condenser is the evaporator of the heat pump, and the heat medium channel of the heater is the condenser of the heat pump. A switching valve is provided on the exhaust pipe of the heat pump compressor to divide the exhaust pipe into two branches. The first branch enters the heater and then leads to the radiator. The second branch is connected to the first branch coming out of the heater. A pipe with a valve is provided on the air duct and is connected to the outlet of the heater. The air inlet of the working medium supply branch is connected to the exhaust outlet of the bag filter. or, a fifth working medium supply branch, the fifth working medium supply branch is a heater, which is used to heat the working medium; Or, it is a sixth working medium supply branch, and the sixth working medium supply branch is a cooler for cooling the working medium.

8. The Yunjie grinding machine according to claim 5, characterized in that: The fourth type of Yunjie mill is provided with the first type of optical device, which is composed of a tee, a light source, a reflector and a dust-proof fan. One port of the tee is connected to the outlet of the Yunjie mill main unit, and the other port is connected to the air inlet of the cyclone dust collector. The light source is arranged in the third port of the tee, and the third port of the tee is connected to the exhaust port of the dust-proof fan. The inlet of the dust-proof fan is connected to the clean air chamber of the bag dust collector. The reflector is used to converge the light and illuminate the fluidized material. Or the second optical device, which consists of a tee, a light source, a reflector and a dust-proof fan, one port of the tee is connected to the exhaust port of the cyclone dust collector, and the other port is connected to the air inlet of the bag dust collector. The light source is arranged in the third port of the tee, and the third port of the tee is connected to the exhaust port of the dust-proof fan. The inlet of the dust-proof fan is connected to the clean air chamber of the bag dust collector. The reflector is used to converge the light to irradiate the fluidized material; Or the third optical device, which consists of a spool, a light source, a reflector and a dust-proof fan. One port of the spool is connected to the outlet of the Yunjie grinding machine, and the other port is connected to the air inlet of the cyclone dust collector. The light source is arranged in the third and fourth ports of the spool. The third and fourth ports of the spool are connected to the exhaust port of the dust-proof fan. The inlet of the dust-proof fan is connected to the clean air chamber of the bag dust collector. The reflector is used to converge the light and illuminate the fluidized material. Or a fourth optical device, consisting of a spool, a light source, a reflector and a dust-proof fan, one port of the spool is connected to the exhaust port of the cyclone dust collector, the other port is connected to the air inlet of the bag dust collector, the light source is arranged in the third port and the fourth port of the spool, the third port and the fourth port of the spool are connected to the exhaust port of the dust-proof fan, the inlet of the dust-proof fan is connected to the clean air chamber of the bag dust collector, and the reflector is used to converge the light to irradiate the fluidized material; Or the fifth optical device is a light source and a reflector arranged in the air inlet of the outer circulation pipe, the reflector is used to focus the light to illuminate the fluidized material; or a sixth optical device, which is a light source disposed in the exhaust port of the bag filter; or the seventh optical device is a light source disposed in the working medium supply branch; Or, the first, second, third or fourth type of Yunjie mill includes a sound wave generator, and the sound wave generator is arranged on the Yunjie mill main unit and / or an auxiliary device.

9. How to use Yunjie mill. Yunjie mill has a variety of configurations to meet the needs of processing different materials. The typical configurations are as follows: The first configuration of the Yunjie mill adopts the fourth Yunjie mill described in claim 5, and the Yunjie mill host adopts the second Yunjie mill host described in claim 1; The second configuration of the Yunjie mill adopts the fourth Yunjie mill described in claim 5, the Yunjie mill main unit adopts the second Yunjie mill main unit described in claim 1, and the auxiliary device is provided with the third feeding device described in claim 6; The third configuration of the Yunjie mill adopts the first Yunjie mill of claim 5, and the Yunjie mill host adopts the fourth Yunjie mill host of claim 1; The fourth configuration of the Yunjie mill adopts the fourth Yunjie mill described in claim 5, the Yunjie mill main machine adopts the second Yunjie mill main machine described in claim 1, and the auxiliary device is provided with the second feeding device and the second returning device described in claim 6 and the fourth working medium supply branch described in claim 7; The fifth configuration of the Yunjie mill adopts the fourth Yunjie mill described in claim 5, the Yunjie mill main machine adopts the sixth Yunjie mill main machine described in claim 1, the main and auxiliary mills are equipped with the third type B kinetic energy recovery impeller described in claim 2, and the auxiliary device is provided with the fifth working medium supply branch described in claim 7; The sixth configuration of the Yunjie mill adopts the third Yunjie mill described in claim 5, the Yunjie mill main machine adopts the sixth Yunjie mill main machine described in claim 1, the main and auxiliary mills are equipped with the third type B kinetic energy recovery impeller described in claim 2, and the mill described in claim 6 is arranged on the external circulation pipe of the auxiliary device; It is characterized in that The method for preparing plant fresh fruit powder by using Yunjie mill is carried out according to the following steps: S1. Wash the fresh plants; S2, adding the material processed by S1 into the first configuration of Yunjie mill to prepare dry powder; Or by using the Yunjie mill for spray drying, the material is added into the Yunjie mill of the second configuration, and the prepared dry powder is discharged from the main discharge port; Or use the Yunjie mill to process feed, follow the steps below: S1. Raw material powder preparation: adding the feed material raw material into the fifth configuration of Yunjie mill to obtain dry feed material powder; S2, feed preparation: preparing feed from the feed raw material powder obtained in step S1; Or the method of increasing the nutrient output of cultivated land is to follow the following steps: S1. Seed selection: Select appropriate crop varieties based on yield, crop growth period, and plant nutrient content; S2. Determine the harvest period: Determine the harvest period by maximizing "number of harvests in a year x nutrient yield per unit area"; nutrient yield per unit area is the total amount of nutrients in the crop plants obtained from the last harvest per unit planting area; S3. Management measures: timely harvest and timely sowing; S4. Processing: S401, squeezing and dehydrating, reducing the moisture content of the harvested crops to below 70% by squeezing and dehydrating; S402, drying and powdering, using the fifth configuration of Yunjie mill to make powder from the material obtained in S401; S5. Utilization: using the powder obtained by S4 as food raw material or feed raw material; Or the preparation and development method of a drug with a volatile component as an effective ingredient is carried out according to the following steps: S1. Large-scale preparation of volatile components: adding raw materials into the fourth configuration of Yunjie mill, the volatile components in the materials are gasified and condensed into liquid and discharged from the working medium supply branch to obtain a liquid material rich in volatile components; S2, purifying the liquid material rich in volatile components prepared in S1 to obtain a material with medicinal value; S3, making the material with medicinal value made in S2 into medicine, or conducting research on the material with medicinal value made in S2 to develop new medicine; Or a method for simultaneously preparing powder and volatile components in the powder raw material: the raw material is added into the fourth configuration of the Yunjie mill, and the processed powder is discharged from the main discharge port, the volatile components in the material are converted into gaseous materials during the processing, and the gaseous volatile components are condensed into liquid materials through the working medium supply branch; Or the method for extracting volatile components in a material, the method is carried out according to the following steps: The raw materials are added into the fourth configuration of Yunjie mill, and the gaseous materials formed by the gasification of volatile components are condensed into liquid materials through the working medium supply branch to obtain; Or the preparation method of plant dew beverage, carry out according to the following steps: S1. Preparation of plant extract: fresh plants are cleaned and put into the fourth configuration Yunjie mill, and the water and volatile components in the materials are vaporized to form gaseous water and gaseous volatile components, which are condensed into liquid through the working medium supply branch to obtain plant extract; S2, beverage preparation: processing the plant extract obtained in step S1 into a plant extract beverage; Or a crude oil distillation method, which is carried out according to the following steps: adding crude oil into the second configuration of Yunjie mill, and the volatile components in the crude oil are gasified and condensed into liquid through the working medium supply branch to obtain a fraction; Or the production method of sulfur-free konjac flour, characterized in that, The first method is to follow these steps: S1. Pre-processing of fresh konjac: S101: Wash and peel; S102: Cutting into pieces: Cut the konjac processed by S101 into pieces. The cutting does not need to be regular, but the konjac with bud eyes, worm eyes, heterochromatic spots, plant root spots, root holes and worm holes should be cut together, and the konjac without defects should be cut together; S103: grading: grading the cut konjac pieces while cutting them, with defective pieces being classified into one grade and non-defective pieces being classified into another grade; S2. Customization of working medium: Adjust the working medium to have an oxygen content of less than 7%; S3, drying and milling: the two grades of konjac blocks obtained by S1 are respectively ground into sulfur-free konjac flour in a fourth configuration of Yunjie mill; Or the second method, follow these steps: S1. Pre-processing of fresh konjac: S101: Wash and peel; S102: Cutting into pieces: Cut the konjac processed by S101 into pieces. The cutting does not need to be regular, but the konjac with bud eyes, worm eyes, heterochromatic spots, plant root spots, root holes and worm holes should be cut together, and the konjac without defects should be cut together; S103: grading: grading the cut konjac pieces while cutting them, with defective pieces being classified into one grade and non-defective pieces being classified into another grade; S104: squeezing and dehydrating, reducing the moisture content of the konjac blocks classified in S103 to below 75% by squeezing and dehydrating; S2. Customization of working medium: adjust the working medium to have an oxygen content of less than 10%; S3, drying and milling: adding the two grades of konjac blocks obtained by S1 into the fourth configuration of Yunjie mill to prepare sulfur-free konjac flour; Or the production method of starch, carries out according to the following steps: S1. Pre-processing: remove impurities and clean the raw materials; S2, drying and powdering: adding the material processed in step S1 into the first configuration of Yunjie mill to prepare powder; S3, starch separation: the powder prepared in S2 is mixed with water and stirred fully, and the starch is separated after sedimentation to obtain wet starch; S4, adding the wet starch obtained in S3 into the fourth configuration of Yunjie mill and drying to obtain starch; Or the processing and utilization method of fertilizer is carried out according to the following steps: S1. Preparation of fertilizer raw materials: the raw materials are ground into powder in a first configuration Yunjie mill to obtain fertilizer raw material powder; or the raw materials and other ingredients are added into a third configuration Yunjie mill to form powder to obtain fertilizer raw material powder; S2. Utilization: using the fertilizer raw material obtained by step S1 as fertilizer; or processing the fertilizer raw material powder obtained by step S2 into fertilizer; Or the preparation method of barley grass powder, is carried out according to the following steps: S1. Pre-processing: remove impurities and wash the harvested fresh barley seedlings; S2, drying and powdering: adding the barley seedlings obtained in step S1 into the fourth configuration of Yunjie mill to prepare powder; Or the preparation method of the raw material powder for dry granulation is carried out according to the following steps: adding the raw material into the fourth configuration of Yunjie mill, and completing pulverization, mixing and drying at the same time to obtain the raw material powder required for dry granulation; Or the processing method of fish meal, fresh fish is added into the fourth configuration of Yunjie mill to make powder; Or the processing method of bone meal for feed, fresh bones are added into the fourth configuration of Yunjie mill to make powder; Or a method for preparing an extract, characterized in that: The first method comprises the following steps: S1, raw material powder preparation, using the fourth configuration of Yunjie mill to make powder from fresh raw materials for extraction; S2. Preparation of extract, S201, mixing the powder obtained in S1 with a solvent to dissolve the extract, thereby obtaining a mixed slurry of an extract rich in the extract and slag; S202, separation of slag and extract, separating the mixed slurry prepared in S201 to obtain extract and slag; S3, drying the extract, drying the extract prepared in S2 using the second configuration of Yunjie mill to obtain an extract; Or, the second method comprises the following steps, S1, raw material powder preparation, using the fourth configuration of Yunjie mill to make powder from fresh raw materials for extraction; S2. Preparation of extract, S201, mixing the powder obtained in S1 with a solvent to dissolve the extract, thereby obtaining a mixed slurry of the extract and the slag; S202, separation of slag and extract, separating the mixed slurry prepared in S201 to obtain extract and slag; S203, extracting the residual extract in the slag, mixing the slag obtained in S202 with a solvent to dissolve the residual extract in the slag, and obtaining a mixed slurry of the extract and the slag; separating the slag and the extract using the method of S202; Repeat step S203 until the extract remaining in the slag material no longer has extraction value from an economic perspective; S3, drying the extract, drying the extract prepared in S2 using the second configuration of Yunjie mill to obtain an extract; Or, the third method comprises the following steps, S1, raw material powder preparation, using the fourth configuration of Yunjie mill to make powder from fresh raw materials for extraction; S2. Preparation of extract, S201, mixing the powder obtained in S1 with a solvent to dissolve the extract, thereby obtaining a mixed slurry of the extract and the slag; S202, separation of slag and extract, separating the mixed slurry prepared in S201 to obtain extract and slag; S203, extracting the extract remaining in the slag, mixing the slag obtained in S202 with a solvent to dissolve the extract remaining in the slag, and obtaining a mixed slurry of the extract and the slag; separating the slag and the extract using the method of S202; Repeat step S203 until the extract remaining in the slag material no longer has extraction value from an economic perspective; S204, purifying the extract, removing impurities and purifying the extract; S3, drying the extract, drying the extract prepared in S2 using the second configuration of Yunjie mill to obtain an extract; Or, the fourth method comprises the following steps, S1, raw material powder preparation, using the fourth configuration of Yunjie mill to make powder from fresh raw materials for extraction; S2. Preparation of extract, S201, mixing the powder obtained in S1 with a solvent to dissolve the extract, thereby obtaining a mixed slurry of the extract and the slag; S202, separation of slag and extract, separating the mixed slurry prepared in S201 to obtain extract and slag; S203, extracting the extract remaining in the slag, mixing the slag obtained in S202 with a solvent to dissolve the extract remaining in the slag, and obtaining a mixed slurry of the extract and the slag; separating the slag and the extract using the method of S202; Repeat step S203 until the extract remaining in the slag material no longer has extraction value from an economic perspective; S204, purifying the extract, removing impurities and purifying the extract; S3, drying the extract, drying the extract prepared in S2 using the second configuration of Yunjie mill to obtain an extract; S4, drying of the slag, grinding the slag prepared in S2 into powder using the fourth configuration of Yunjie; Or a forage processing method, fresh forage or forage that has been naturally dried for 1-5 days is ground into powder using the fifth configuration of Yunjie; Or a method for preparing mineral powder, the mineral raw material is added into the sixth configuration Yunjie mill through the feeding port of the mineral mill, the mill pre-crushes the material into coarse powder, the airflow in the external circulation pipe brings the coarse powder into the Yunjie mill main machine for further crushing into fine powder, and the fine powder with the required particle size is separated and enters the bag dust collector with the airflow to be collected to obtain mineral powder; or a method for preparing perfume with plant aroma as an effective component, S1. Preparation of cell sap: fresh plants are added into the fourth configuration of Yunjie mill for processing, and the water and volatile components in the materials are vaporized to form gaseous water and gaseous volatile components, which are condensed through the working medium supply branch to obtain cell sap; S2: Perfume preparation: The cell fluid obtained in S2 is made into perfume; Or preparation method of fresh corn flour S1: Harvest fresh corn, select fresh and tender corn that can be eaten fresh, S2: Shelling and threshing: Shelling and threshing the fresh corn harvested in step S1 to obtain fresh corn kernels. S3: preparing fresh corn flour, adding the fresh corn kernels prepared in step S2 into the fourth configuration of Yunjie mill to prepare fresh corn flour; Or preparation method of fresh bean powder S1: Harvest fresh beans. Select fresh beans that are about to end their filling period. S2: Shelling: Shelling the fresh beans harvested in step S1 to obtain fresh beans. S3: preparing fresh bean powder, adding the fresh beans and rice prepared in step S2 into the fourth configuration of Yunjie mill to prepare fresh bean powder; Or preparation method of fresh wheat flour S1: Harvest fresh wheat ears, select the wheat ears that are about to end the filling period, S2: Hulling: Hulling the wheat ears harvested in step S1 to obtain fresh wheat grains. S3: preparing fresh wheat flour, adding the fresh wheat grains prepared in step S2 into the fourth configuration of Yunjie mill to prepare fresh wheat flour; Or the preparation method of fresh rice noodles, carry out according to the following steps, S1: Harvesting rice, select rice that is near the end of its filling period and harvest it. S2: preparing rice slurry, taking out the rice slurry from the rice harvested in step S1, S3: drying the rice slurry, adding the rice slurry prepared in step S2 into the fourth configuration of Yunjie mill to prepare fresh rice noodles; Or a method for preparing whole potato flour, wherein the oxygen content of the working medium is controlled within 8%, the potatoes are washed, peeled or not peeled, and added into the fourth configuration Yunjie mill to prepare dry powder; Or the preparation method of pumpkin powder, wash and peel the pumpkin and separate the pulp, add it into the fourth configuration of Yunjie mill to make dry powder; Or a method for preparing tomato powder, fresh tomatoes are washed and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing onion powder, washing fresh onions and adding them into the fourth configuration of Yunjie grinder to make dry powder; Or the preparation method of ginger powder, wash fresh ginger, peel or not peel, add it into the fourth configuration of Yunjie grinder to make dry powder; Or the preparation method of cucumber powder, wash fresh cucumbers, add them into the fourth configuration of Yunjie mill to make dry powder; Or a method for preparing watermelon powder, peeling fresh watermelon and adding it into the fourth configuration of Yunjie mill to make dry powder; Or a method for preparing chili powder, wash fresh chili peppers and add them into the fourth configuration of Yunjie grinder to make dry powder; Or a method for preparing garlic sprout powder, washing fresh garlic sprouts and adding them into the fourth configuration of Yunjie grinder to make dry powder; Or a method for preparing cabbage powder, washing fresh cabbage and adding it into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing bitter vegetable powder, wherein fresh bitter vegetables are washed and added into the fourth configuration of Yunjie mill to prepare dry powder; Or a method for preparing carrot powder, fresh carrots are washed and added into the fourth configuration Yunjie grinder to prepare dry powder; Or a method for preparing tea powder, fresh tea leaves are washed and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing edible rose pollen, fresh roses are washed and added into the fourth configuration of Yunjie mill to make dry powder; Or a method for preparing rose cell fluid, wherein roses are added into the fourth configuration of Yunjie mill, and the water and rose fragrance are vaporized and condensed into liquid through the working medium supply branch; Or the preparation method of fresh maca powder and maca glucosinolate is carried out according to the following steps: S1: Wash the fresh maca and add it into the Yunjie grinder of the fourth configuration; S2: Fresh maca powder is collected by the bag filter, and maca cell fluid is collected by the working medium supply branch; S3: purifying the maca cell fluid obtained in S2 to obtain maca glucosinolate; Or a method for preparing coffee powder, fresh coffee beans are added into the fourth configuration of Yunjie grinder to make dry powder; Or the preparation method of instant coffee, carry out according to the following steps: S1. Preparation of coffee powder: adding fresh coffee beans or dried coffee beans into the fourth configuration of Yunjie grinder to make dry powder; S2, preparing coffee liquid: adding the coffee powder obtained in S1 into water, dissolving the soluble components in the coffee powder into the water, obtaining a mixed slurry of coffee liquid and coffee grounds, and filtering the mixed slurry to obtain coffee liquid; S3, coffee liquid drying and powdering: adding the coffee liquid obtained in S2 into the second configuration of Yunjie grinder to make dry powder to obtain instant coffee; Or a method for preparing milk powder, adding the emulsion into the second configuration of Yunjie mill to prepare milk powder; Or a method for preparing soybean milk powder, adding soybean milk into the second configuration of Yunjie mill to prepare soybean milk powder; Or a method for preparing ginseng powder and cell fluid, fresh ginseng is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing lindera serrata powder and cell fluid, fresh lindera serrata is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing white atractylodes powder and cell fluid, fresh white atractylodes is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; or a method for preparing powder and cell fluid of white spoon, the fresh white spoon is added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Fritillaria powder and cell fluid, the fresh Fritillaria is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing white striata powder and cell fluid, fresh white striata is cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing American ginseng powder and cell fluid, fresh American ginseng is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing red ginseng powder and cell fluid, the fresh red ginseng is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing yam powder and cell fluid, the fresh yam is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing chrysanthemum powder and cell fluid, wherein fresh chrysanthemum is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Corydalis yanhusuo powder and cell fluid, fresh Corydalis yanhusuo tubers are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Scrophularia powder and cell fluid, wherein the fresh Scrophularia is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing ophiopogon powder and cell fluid, fresh ophiopogon is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing turmeric powder and cell fluid, wherein the fresh turmeric is cleaned and added into the fourth configuration Yunjie mill to be made into dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing fresh Panax notoginseng powder and cell fluid, the fresh Panax notoginseng is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing pine needle powder, fresh pine needles are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and cell fluid is collected from the working medium supply branch; Or a method for preparing pear powder, fresh pears are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and cell fluid is collected from the working medium supply branch; Or a method for preparing Panax notoginseng pollen and cell fluid, fresh Panax notoginseng flower is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Panax notoginseng stem and leaf powder and cell fluid, the fresh Panax notoginseng stem and leaf are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing gastrodia elata powder and cell fluid, wherein the fresh gastrodia elata is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Erigeron breviscapus pollen and cell fluid, wherein fresh Erigeron breviscapus is cleaned and added into the fourth configuration Yunjie mill to be made into dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing dendrobium powder and cell fluid, wherein the fresh dendrobium is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing angelica powder and cell fluid, fresh angelica is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing magnolia bark powder and cell fluid, fresh magnolia bark is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing scutellaria baicalensis powder and cell fluid, wherein fresh scutellaria baicalensis is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Amomum villosum powder and cell fluid, the fresh Amomum villosum fruit is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Polygonum multiflorum powder and cell fluid, wherein fresh Polygonum multiflorum is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing dragon's blood powder and cell fluid, fresh dragon's blood resin is purified and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Artemisia sibiricum powder and cell fluid, wherein fresh Artemisia sibiricum is cleaned and added into the fourth configured Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Lamppost leaf powder and cell fluid, the fresh Lamppost leaf is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing aconite powder and cell fluid, the fresh aconite tuber is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing pinellia powder and cell fluid, wherein fresh pinellia is cleaned and added into the fourth configuration Yunjie mill to be made into dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing gentian powder and cell fluid, fresh gentian is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Eucommia powder and cell fluid, fresh Eucommia peel is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing fangfeng powder and cell fluid, fresh fangfeng is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Poria powder and cell fluid, fresh Poria is cleaned and added into the fourth configured Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing honeysuckle powder and cell fluid, the fresh honeysuckle is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing polygonatum powder and cell fluid, fresh polygonatum is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing cordyceps powder and cell fluid, fresh cordyceps is cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing bupleurum powder and cell fluid, fresh bupleurum is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing codonopsis pilosula powder and cell fluid, fresh codonopsis pilosula is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing pepper powder and cell fluid, fresh pepper is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing isatis root powder and cell fluid, the fresh isatis root is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing aloe powder and cell fluid, fresh aloe is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing tsaoko powder and cell fluid, the fresh tsaoko is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Paris polyphylla powder and cell fluid, wherein the fresh Paris polyphylla is cleaned and added into the fourth configuration of Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Chuanxiong powder and cell fluid, fresh Chuanxiong is cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing houttuynia cordata powder and cell fluid, wherein the fresh houttuynia cordata is cleaned and then made into dry powder in the fourth configuration of Yunjie mill, and the cell fluid is collected from the working medium supply branch; Or a method for preparing loquat leaf powder and cell fluid, fresh loquat leaves are cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing croton powder and cell fluid, fresh croton is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing gallnut powder and cell fluid, wherein the fresh gallnut is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing cornus officinalis powder and cell fluid, fresh cornus officinalis is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing teasel powder and cell fluid, fresh teasel is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing rhodiola rosea powder and cell fluid, wherein fresh rhodiola rosea is cleaned and added into the fourth configuration of Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing seabuckthorn powder and cell fluid, fresh seabuckthorn is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Cistanche deserticola powder and cell fluid, fresh Cistanche deserticola is cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing astragalus powder and cell fluid, fresh astragalus is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing licorice powder and cell fluid, fresh licorice is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing wolfberry powder and cell fluid, fresh wolfberry is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing nard powder and cell fluid, fresh nard is purified and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing valerian powder and cell fluid, fresh valerian is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing red peony root powder and cell fluid, wherein fresh red peony root is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing notopterygium root powder and cell fluid, fresh notopterygium root is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing selfheal powder and cell fluid, fresh selfheal is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing angelica dahurica powder and cell fluid, the fresh angelica dahurica is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing lily powder and cell fluid, fresh lily is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing polygonatum odoratum powder and cell fluid, fresh polygonatum odoratum is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Gynostemma pentaphyllum powder and cell fluid, fresh Gynostemma pentaphyllum is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Pulsatilla chinensis powder and cell fluid, wherein fresh Pulsatilla chinensis is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing fenugreek powder and cell fluid, wherein fresh fenugreek is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing schisandra chinensis powder and cell fluid, fresh schisandra chinensis is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing dodder powder and cell fluid, fresh dodder is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing hawthorn powder and cell fluid, fresh hawthorn is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing artemisia annua powder and cell fluid, wherein fresh artemisia annua is cleaned and added into the fourth configuration of Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing acanthopanax cortex powder and cell fluid, wherein the fresh acanthopanax cortex is cleaned and added into the fourth configured Yunjie mill to be made into dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing fresh Moringa leaf powder and cell fluid, wherein the fresh Moringa leaves are cleaned and added into the fourth configured Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing zedoaria powder and cell fluid, fresh zedoaria is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing gardenia powder and cell fluid, fresh gardenia is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing wormwood leaf powder and cell fluid, fresh wormwood leaf is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing cinnamon powder and cell fluid, fresh cinnamon is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing patchouli powder and cell fluid, fresh patchouli is cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing star anise powder and cell fluid, fresh star anise is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing ganoderma lucidum powder and cell fluid, fresh ganoderma lucidum is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing a broken spore powder and cell fluid of ganoderma lucidum, wherein fresh ganoderma lucidum spore powder is cleaned and added into the fourth configuration of Yunjie mill to prepare the broken spore powder of ganoderma lucidum, and the cell fluid is collected from the working medium supply branch; Or a method for preparing wild mushroom powder and cell fluid, fresh wild mushrooms are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing mushroom powder and its cell fluid, fresh mushrooms are cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing stevia powder and cell fluid, fresh stevia is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing calamus tatarinowii powder and cell fluid, wherein the fresh calamus tatarinowii is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing kudzu root powder and cell fluid, the fresh kudzu root is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Pseudostellariae Radix Pseudostellariae powder and cell fluid, wherein the fresh Pseudostellariae Radix Pseudostellariae is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing pokeweed powder and cell fluid, wherein fresh pokeweed is cleaned and added into the fourth configuration of Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing polygonum cuspidatum powder and cell fluid, fresh polygonum cuspidatum is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing rhubarb powder and cell fluid, fresh rhubarb is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Cynanchum cyrtonema powder and cell fluid, fresh Cynanchum cyrtonema is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing motherwort powder and cell fluid, the fresh motherwort is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing sophora flavescens powder and cell fluid, fresh sophora flavescens is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing chrysanthemum powder and cell fluid, fresh chrysanthemum is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing gorgon fruit powder and cell fluid, fresh gorgon fruit is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing tribulus terrestris powder and cell fluid, fresh tribulus terrestris is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing ginseng powder and cell fluid, the fresh ginseng is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing drynaria powder and cell fluid, fresh drynaria is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing capillaris powder and cell fluid, the fresh capillaris is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing burdock seed powder and cell fluid, fresh burdock seeds are cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing forsythia powder and cell fluid, fresh forsythia is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing nepeta powder and cell fluid, the fresh nepeta is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Uncaria rhynchophylla powder and cell fluid, fresh Uncaria rhynchophylla is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Daphne genkwa pollen and cell fluid, fresh Daphne genkwa is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing mint powder and cell fluid, fresh mint is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing coix seed powder and cell fluid, fresh coix seed is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Xanthium sibiricum powder and cell fluid, fresh Xanthium sibiricum is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing arisaema powder and cell fluid, fresh arisaema is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing quinquefolius powder and cell fluid, wherein the fresh quinquefolius is cleaned and added into the fourth configured Yunjie mill to be made into dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Sargentodon sargentii powder and cell fluid, fresh Sargentodon sargentii is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Lysimachia chinensis powder and cell fluid, wherein fresh Lysimachia chinensis is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing raspberry powder and cell fluid, fresh raspberries are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing apocynum venetum leaf powder and cell fluid, fresh apocynum venetum leaves are cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing cat's claw grass powder and cell fluid, wherein fresh cat's claw grass is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing cassia seed powder and cell fluid, fresh cassia seed is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing platycodon powder and cell fluid, fresh platycodon is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing papaya powder and cell fluid, fresh papaya is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Sanguisorba officinalis powder and cell fluid, wherein the fresh Sanguisorba officinalis is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing saponin powder and cell fluid, fresh saponin is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing changshan powder and cell fluid, fresh changshan is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing thistle powder and cell fluid, the fresh thistle is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing aconite powder and cell fluid, fresh aconite is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing peucedanum chinense powder and cell fluid, fresh peucedanum chinense is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Acanthopanax senticosus powder and cell fluid, wherein the fresh Acanthopanax senticosus is cleaned and added into the fourth configured Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Anemarrhena powder and cell fluid, wherein fresh Anemarrhena is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing black wolfberry powder and cell fluid, fresh black wolfberry is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing oriental rhizoma powder and cell fluid, wherein the fresh oriental rhizoma of the family Alismataceae is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing saffron powder and cell fluid, fresh saffron is cleaned and added into the fourth configuration of Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing cardamom powder and cell fluid, fresh cardamom is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing pine mushroom powder and cell fluid, the fresh pine mushroom is cleaned and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing osmanthus powder and cell fluid, fresh osmanthus is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing snow lotus powder and cell fluid, the fresh snow lotus is cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing mulberry leaf powder and cell fluid, fresh mulberry leaves are cleaned and added into the fourth configuration Yunjie mill to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing Tongkat Ali powder and cell fluid, fresh Tongkat Ali is cleaned and washed and added into the fourth configuration Yunjie grinder to make dry powder, and the cell fluid is collected from the working medium supply branch; Or a method for preparing gecko powder, wherein fresh gecko is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing cuttlefish bone powder, wherein fresh cuttlefish bones are cleaned and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing leech powder, fresh leeches are cleaned and added into the fourth configuration Yunjie mill to make dry powder; Or a method for preparing bezoar powder, wherein fresh bezoar is cleaned and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing velvet antler powder, wherein the fresh velvet antler is cleaned and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing bear bile powder, wherein fresh bear bile is purified and added into the fourth configuration Yunjie mill to make dry powder; Or a method for preparing earthworm powder, wherein fresh earthworms are cleaned and added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing blister beetle powder, wherein fresh blister beetles are cleaned and added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing cicada slough powder, wherein fresh cicada slough is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing ant powder, fresh ants are cleaned and added into the fourth configuration Yunjie mill to make dry powder; Or a method for preparing centipede powder, wherein fresh centipedes are cleaned and added into the fourth configuration of Yunjie mill to prepare dry powder; Or a method for preparing pearl powder, fresh pearls are cleaned and added into the fourth configuration Yunjie mill to make dry powder; Or a method for preparing black-bone chicken powder, after cleaning fresh black-bone chicken, add it into the fourth configuration of Yunjie grinder to make dry powder; Or a method for preparing pig blood powder, fresh pig blood is cleaned and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing eel powder, wherein the fresh eel is cleaned and added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing bird's nest powder, the fresh bird's nest is cleaned and added into the fourth configuration Yunjie grinder to make dry powder; Or a method for preparing crab shell powder, fresh crab shells are cleaned and added into the fourth configuration Yunjie mill to make dry powder; Or a method for preparing medicinal talcum powder, wherein the talcum powder raw material is added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing medicinal sodium sulfate powder, wherein the sodium sulfate powder raw material is added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing seaweed powder, wherein the fresh seaweed is drained and added into the fourth configuration Yunjie mill to prepare dry powder; Or a method for preparing a broken wall spiral bath powder, wherein fresh spiral bath is added into the fourth configuration Yunjie mill to prepare the broken wall spiral bath powder; Or a method for preparing building putty, the building putty raw materials are added into the sixth configuration of Yunjie mill to make powder; Or the grinding method of cement clinker, the sixth configuration Yunjie mill is used for operation, the cement clinker is added into the equipment through the feeding port of the mill, the mill pre-crushes the material into coarse powder, the airflow in the external circulation pipe brings the coarse powder into the Yunjie mill main machine for further crushing into fine powder, which is separated and collected by the bag dust collector to obtain cement powder; Or a titanium dioxide powder grinding method, the titanium dioxide intermediate raw material product after the sulfuric acid calcination process is added to the sixth configuration Yunjie mill to make a powder, or the titanium dioxide intermediate raw material product after sulfuric acid dechlorination is added to the sixth configuration Yunjie mill to make a powder; Or a grinding method of calcium carbonate, the calcium carbonate raw material is added into the sixth configuration Yunjie mill to be made into fine powder; Or the grinding method of Lithopone, the raw material of Lithopone is added into the Yunjie mill of the sixth configuration to be made into fine powder; Or the grinding method of kaolin powder, kaolin is added into the sixth configuration of Yunjie mill to make fine powder; Or a stone powder grinding method, the stone powder raw material is added into the sixth configuration Yunjie mill to be made into fine powder; Or a method for grinding medicinal gypsum powder, wherein the medicinal gypsum raw material is added into the fourth configuration Yunjie mill to prepare the medicinal gypsum; Or a method for grinding gypsum powder for building materials, wherein the gypsum raw material for building materials is added into the sixth configuration Yunjie mill to make dry powder; Or the method of grinding graphite powder, the graphite raw material is added into the sixth configuration Yunjie mill to make fine powder; Or the iron powder grinding method, the iron powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or the grinding method of tungsten powder, the tungsten powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration of Yunjie mill to make fine powder; Or a copper powder grinding method, the copper powder raw material is pre-made into small pieces of less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or a method for grinding cobalt powder, the cobalt powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or a method for grinding nickel powder, the nickel powder raw material is pre-made into small pieces of less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or the titanium powder grinding method, the titanium powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or a method for grinding tantalum powder, the tantalum powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or the aluminum powder grinding method, the aluminum powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or the grinding method of tin powder, the tin powder raw material is pre-made into small pieces less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or the method of grinding lead powder, the lead powder raw material is pre-made into small pieces of less than 5 mm and added into the sixth configuration Yunjie mill to make fine powder; Or a method for grinding pesticide powder, the pesticide raw material is added into the fourth configuration Yunjie mill to be made into fine powder; Or the seawater desalination method, add seawater into the second configuration of Yunjie mill for spray drying, and the water vaporizes and condenses into liquid water through the working medium supply branch to obtain fresh water; Or the method of drying the sludge, adding the sludge into the fifth configuration of Yunjie mill to make dry powder; Or a method of drying sewage sludge, adding sewage sludge into the fourth configuration of Yunjie mill to make dry powder; Or a method of drying septic tank sludge, adding the septic tank sludge into the fourth configuration of Yunjie mill to make dry powder; Or a method of drying farm manure, adding farm manure to the fourth configuration of Yunjie mill to make dry powder; Or a method of drying tailings discharged from a water treatment device, wherein the tailings discharged from the water treatment device are added to the Yunjie mill of the fifth configuration to form a dry powder; or a method of drying vegetable waste, wherein the vegetable waste is added to the Yunjie mill of the fifth configuration to form a dry powder; Or a method for processing medicinal and edible powder and recovering cell fluid, the medicinal and edible material raw materials are washed and added into the fourth configuration Yunjie mill to make powder, the powder is discharged from the main discharge port, and the gaseous water and gaseous volatile components generated during the processing are condensed into liquid through the working medium supply branch to obtain cell fluid; Or a method for preparing banana powder, controlling the oxygen content in the working medium to be less than 5% by mass, and using the fourth configuration of Yunjie mill to make banana powder from the edible part of the banana; Or a method for preparing green banana powder, controlling the oxygen content in the working medium to be less than 5% by mass, and using the fourth configuration of Yunjie mill to grind peeled or peeled green bananas into green banana powder; Or a method for breaking the wall of washed pine pollen, using the fourth configuration of Yunjie mill to centrifugally dehydrate the pine pollen to a moisture content of 65-75% to prepare broken wall powder; The drying method of the juice obtained by the squeezing method is carried out according to the following steps: S1. Equipment configuration: choose the second configuration of Yunjie mill, and the working medium is nitrogen with an oxygen content of less than 6%. S2, adding the juice obtained by squeezing into the equipment configured in S1 to make powder, and the powder is collected and discharged by a bag filter; Or the preparation method of chlorophyll is carried out according to the following steps, S1. Equipment configuration: Use the second configuration of Yunjie mill to control the oxygen content of the working medium below 5%. S2. Preparation of barley grass juice, S201: Raw material processing, fresh barley seedlings are washed, S202: Juicing, squeezing the barley grass prepared in S201 to obtain barley grass juice, S203: filtering to remove solids from the barley grass juice prepared in S202 to obtain refined barley grass juice. S3, spray drying, adding the fine barley grass juice prepared in S2 into the equipment configured in S1 for spray drying, and collecting and discharging the barley chlorophyll through a bag filter; Or a method for preparing soluble Panax notoginseng powder, using the second configuration of Yunjie mill to make soluble Panax notoginseng powder from fresh Panax notoginseng juice obtained by squeezing; Or a method for preparing soluble maca powder, using the second configuration of Yunjie mill to make fresh maca juice prepared by squeezing into soluble maca powder; Or a method for preparing soluble apple powder, using the second configuration of Yunjie mill to make fresh apple juice obtained by squeezing into soluble powder; Or a method for preparing soluble emblica powder, using the second configuration of Yunjie mill to make soluble powder from fresh emblica juice obtained by squeezing; Or a method for preparing soluble pine mushroom powder, using the second configuration of Yunjie mill to make fresh pine mushroom juice obtained by squeezing into soluble powder; Or the method of breaking the wall of pine pollen, follow the steps below: S1. Equipment configuration, S101, using a Yunjie mill consisting of the second Yunjie mill main unit of claim 3 and a fourth auxiliary device having the fourth working medium supply branch of claim 7, S102, configuring the second feeding device and the second returning device according to claim 6, S103, configure the third and fourth optical devices as described in claim 8, the light source of the optical device is a UV sterilization light source, S104, set the switching valve of the fourth working medium supply branch as described in claim 7 to connect the compressor exhaust pipe with the second branch and disconnect it from the first branch, open the valve on the pipeline between the air duct and the heater outlet, S105, the working medium is nitrogen with an oxygen content of less than 10%. S2, pine pollen wall breaking operation, pine pollen is added into the equipment configured in S1 to make wall-broken pine pollen; Or a method for preparing ultrafine powder of Chinese medicinal materials, using the equipment configured in step S1 of the above-mentioned pine pollen wall breaking method to make ultrafine powder of dried Chinese medicinal materials.

10. The method for using the Yunjie mill according to claim 9, characterized in that: The following products are processed using the Yunjie grinding method described above. Yunjie plant fresh fruit powder, plant fresh fruit powder processed by the method for preparing plant fresh fruit powder using Yunjie mill in claim 9; Or a powder made by spray drying of Yunjie, a powder made by the spray drying method using Yunjie mill in claim 9; Or Yunjie feed, which is a feed processed by the method of processing feed using a Yunjie mill as claimed in claim 9; or Yunjie agricultural product powder, agricultural product powder produced by the method for increasing nutrient output of cultivated land in claim 9; Or a drug with a volatile component as an effective ingredient, one of the two drugs prepared or developed by the method for preparing or developing a drug with a volatile component as an effective ingredient in claim 9; Or Yunjie powder and volatile components in powder raw materials, powder and volatile components prepared by the method of simultaneously preparing powder and volatile components in powder raw materials according to claim 9; Or Yunjie volatile components, a material prepared by the method of extracting volatile components from a material according to claim 9; Or Yunjie plant extract beverage, a beverage made by the preparation method of the plant extract beverage according to claim 9; or Yunjie crude oil fraction, a crude oil fraction prepared by the crude oil distillation method of claim 9; Or Yunjie sulfur-free konjac flour, one of the four konjac flours processed by the production method of sulfur-free konjac flour in claim 9; Or Yunjie plant starch, starch processed by the production method of plant starch in claim 9; Or Yunjie fertilizer, one of the four fertilizers obtained by the fertilizer processing and utilization method of claim 9; Or Yunjie barley grass powder, barley grass powder processed by the preparation method of barley grass powder in claim 9: Or Yunjie dry granulation raw material powder, which is prepared by the preparation method of dry granulation raw material powder in claim 9; Or Yunjie fish meal, fish meal processed by the fish meal processing method of claim 9; Or Yunjie bone meal, bone meal processed by the method for processing bone meal according to claim 9; or Yunjie extract, one of the four extracts prepared by the method for preparing the extract of claim 9; Or Yunjie forage powder, one of the two forage powders processed by the forage processing method of claim 9; Or Yunjie mineral powder, mineral powder processed by the preparation method of mineral powder in claim 9: Or Yunjie perfume, which is a perfume made by the perfume preparation method with plant aroma as the effective component in claim 9; Or Yunjie fresh corn flour, fresh corn flour processed by the preparation method of fresh corn flour in claim 9; Or Yunjie fresh bean powder, fresh bean powder processed by the preparation method of fresh bean powder in claim 9; Or Yunjie fresh wheat flour, fresh wheat flour processed by the preparation method of fresh wheat flour in claim 9; Or Yunjie fresh rice noodles, fresh rice noodles processed by the preparation method of fresh rice noodles in claim 9; Or Yunjie potato flour, one of the two potato flours processed by the method for preparing potato flour according to claim 9; Or Yunjie pumpkin powder, pumpkin powder processed by the pumpkin powder preparation method of claim 9; Or Yunjie tomato powder, which is tomato powder processed by the method for preparing tomato powder according to claim 9; Or Yunjie onion powder, onion powder processed by the onion powder preparation method of claim 9; Or Yunjie ginger powder, one of the two ginger powders processed by the ginger powder preparation method of claim 9; Or Yunjie cucumber powder, which is cucumber powder processed by the preparation method of cucumber powder in claim 9; Or Yunjie watermelon powder, which is watermelon powder processed by the preparation method of watermelon powder in claim 9; Or Yunjie chili powder, chili powder processed by the preparation method of chili powder in claim 9; Or Yunjie garlic sprout powder, which is processed by the preparation method of garlic sprout powder in claim 9; Or Yunjie Chinese cabbage powder, which is processed by the preparation method of Chinese cabbage powder in claim 9; Or Yunjie bitter vegetable powder, bitter vegetable powder processed by the preparation method of bitter vegetable powder in claim 9; Or Yunjie carrot powder, which is carrot powder processed by the method for preparing carrot powder according to claim 9; Or Yunjie tea powder, tea powder processed by the method for preparing tea powder in claim 9; Or Yunjie edible rose pollen, edible rose pollen processed by the preparation method of edible rose pollen in claim 9; Or Yunjie rose cell fluid, rose cell fluid processed by the preparation method of rose cell fluid in claim 9; Or Yunjie fresh maca powder and maca glucosinolates, fresh maca powder and maca glucosinolates processed by the preparation method of fresh maca powder and maca glucosinolates in claim 9; Or Yunjie coffee powder, coffee powder processed by the method for preparing coffee powder according to claim 9; or Yunjie instant coffee, one of the two instant coffees processed by the method for preparing instant coffee in claim 9; Or Yunjie milk powder, milk powder processed by the method for preparing milk powder in claim 9; Or Yunjie soy milk powder, which is processed by the soy milk powder preparation method of claim 9; Or Yunjie ginseng powder and ginseng cell fluid, ginseng powder and ginseng cell fluid processed by the preparation method of ginseng powder and ginseng cell fluid in claim 9; Or Yunjie Linderae obesa powder and Linderae obesa cell fluid, Linderae obesa powder and Linderae obesa cell fluid processed by the preparation method of Linderae obesa powder in claim 9; Or Yunjie Atractylodes macrocephala powder and Atractylodes macrocephala cell fluid, Atractylodes macrocephala powder and Atractylodes macrocephala cell fluid processed by the preparation method of Atractylodes macrocephala powder in claim 9; Or Yunjie powder and cell fluid, the powder and cell fluid processed by the method for preparing the powder of claim 9; Or Yunjie Fritillaria powder and Fritillaria cell fluid, Fritillaria powder and Fritillaria cell fluid processed by the Fritillaria powder preparation method of claim 9; Or Yunjie Bletilla striata powder and Bletilla striata cell fluid, Bletilla striata powder and Bletilla striata cell fluid processed by the preparation method of Bletilla striata powder in claim 9; Or Yunjie American ginseng powder and American ginseng cell fluid, American ginseng powder and American ginseng cell fluid processed by the preparation method of American ginseng powder in claim 9; Or Yunjie red ginseng powder and red ginseng cell fluid, red ginseng powder and red ginseng cell fluid processed by the preparation method of red ginseng powder in claim 9; Or Yunjie yam powder and yam cell fluid, yam powder and yam cell fluid processed by the yam powder preparation method of claim 9; Or Yunjie chrysanthemum powder and chrysanthemum cell fluid, chrysanthemum powder and chrysanthemum cell fluid processed by the preparation method of chrysanthemum powder in claim 9; Or Yunjie Corydalis powder and Corydalis cell fluid, Corydalis powder and Corydalis cell fluid processed by the preparation method of Corydalis powder in claim 9; Or Yunjie Scrophularia powder and Scrophularia cell fluid, Scrophularia powder and Scrophularia cell fluid processed by the preparation method of Scrophularia powder in claim 9; Or Yunjie Ophiopogon japonicus powder and Ophiopogon japonicus powder cell fluid, Ophiopogon japonicus powder and Ophiopogon japonicus cell fluid processed by the preparation method of Ophiopogon japonicus powder in claim 9; Or Yunjie turmeric powder and turmeric powder cell fluid, turmeric powder and turmeric powder cell fluid processed by the turmeric powder preparation method of claim 9; Or Yunjie fresh Panax notoginseng powder and Panax notoginseng cell fluid, fresh Panax notoginseng powder and Panax notoginseng cell fluid processed by the preparation method of fresh Panax notoginseng powder in claim 9; Or Yunjie pine needle powder and pine needle cell fluid, pine needle powder and pine needle cell fluid processed by the preparation method of pine needle powder in claim 9; Or Yunjie pear powder and pear cell fluid, pear powder and pear cell fluid processed by the method for preparing pear powder in claim 9; Or Yunjie Panax notoginseng pollen and Panax notoginseng flower cell fluid, Panax notoginseng pollen and Panax notoginseng flower cell fluid processed by the preparation method of Panax notoginseng pollen in claim 9; Or Yunjie Panax notoginseng stem and leaf powder and Panax notoginseng stem and leaf cell fluid, Panax notoginseng stem and leaf powder and Panax notoginseng stem and leaf cell fluid processed by the preparation method of Panax notoginseng stem and leaf powder in claim 9; Or Yunjie Gastrodia elata powder and cell fluid, Gastrodia elata powder and Gastrodia elata cell fluid processed by the preparation method of Gastrodia elata powder in claim 9; Or Yunjie Erigeron breviscapus pollen and Erigeron breviscapus cell fluid, Erigeron breviscapus pollen and Erigeron breviscapus cell fluid processed by the method for preparing Erigeron breviscapus pollen of claim 9; Or Yunjie Dendrobium powder and Dendrobium cell fluid, which are processed by the method for preparing Dendrobium powder according to claim 9; Or Yunjie Angelica powder and Angelica powder cell fluid, Angelica powder and Angelica powder cell fluid processed by the preparation method of Angelica powder according to claim 9; Or Yunjie Magnolia officinalis powder and Magnolia officinalis cell fluid, Magnolia officinalis powder and Magnolia officinalis cell fluid processed by the preparation method of Magnolia officinalis powder in claim 9; Or Yunjie Scutellariae powder and Scutellariae cell fluid, Scutellariae powder and Scutellariae cell fluid processed by the method for preparing Scutellariae powder according to claim 9; Or Yunjie Amomum villosum powder and Amomum villosum cell fluid, Amomum villosum powder and Amomum villosum cell fluid processed by the Amomum villosum powder preparation method of claim 9; Or Yunjie Polygonum multiflorum powder and Polygonum multiflorum cell fluid, Polygonum multiflorum powder and Polygonum multiflorum cell fluid processed by the preparation method of Polygonum multiflorum powder in claim 9; Or Yunjie dragon's blood powder and dragon's blood cell fluid, dragon's blood powder and dragon's blood cell fluid processed by the method for preparing dragon's blood powder in claim 9; Or Yunjie Artemisia annua powder and Artemisia annua cell fluid, Artemisia annua powder and Artemisia annua cell fluid processed by the preparation method of Artemisia annua powder according to claim 9; Or Yunjie Lamphouse leaf powder and Lamphouse leaf cell fluid, Lamphouse leaf powder and Lamphouse leaf cell fluid processed by the preparation method of Lamphouse leaf powder in claim 9; Or Yunjie Aconiti kusnezoffii powder and Aconiti kusnezoffii cell fluid, Aconiti kusnezoffii powder and Aconiti kusnezoffii cell fluid processed by the preparation method of Aconiti kusnezoffii powder in claim 9; Or Yunjie Pinellia powder and Pinellia cell fluid, Pinellia powder and Pinellia cell fluid processed by the preparation method of Pinellia powder in claim 9; Or Yunjie gentian powder and gentian cell fluid, gentian powder and gentian cell fluid processed by the preparation method of gentian powder in claim 9; Or Yunjie Eucommia powder and Eucommia cell fluid, Eucommia powder and Eucommia cell fluid processed by the preparation method of Eucommia powder in claim 9; Or Yunjie Fangfeng powder and Fangfeng cell fluid, Fangfeng powder and Fangfeng cell fluid processed by the Fangfeng powder preparation method of claim 9; Or Yunjie Poria cocos powder and Poria cocos cell fluid, Poria cocos powder and Poria cocos cell fluid processed by the preparation method of Poria cocos powder in claim 9; Or Yunjie honeysuckle powder and honeysuckle cell fluid, which are processed by the preparation method of honeysuckle powder in claim 9; Or Yunjie Polygonatum sibiricum powder and Polygonatum sibiricum cell fluid, Polygonatum sibiricum powder and Polygonatum sibiricum cell fluid processed by the preparation method of Polygonatum sibiricum powder in claim 9; Or Yunjie Cordyceps sinensis powder and Cordyceps sinensis cell fluid, Cordyceps sinensis powder and Cordyceps sinensis cell fluid processed by the preparation method of Cordyceps sinensis powder in claim 9; Or Yunjie Bupleurum powder and Bupleurum cell fluid, Bupleurum powder and Bupleurum cell fluid processed by the preparation method of Bupleurum powder in claim 9; Or Yunjie Codonopsis pilosula powder and Codonopsis pilosula cell fluid, Codonopsis pilosula powder and Codonopsis pilosula cell fluid processed by the preparation method of Codonopsis pilosula powder in claim 9; Or Yunjie pepper powder and pepper cell juice, pepper powder and pepper cell juice processed by the method for preparing pepper powder in claim 9; Or Yunjie Radix Isatidis powder and Radix Isatidis cell fluid, Radix Isatidis powder and Radix Isatidis cell fluid processed by the preparation method of Radix Isatidis powder in claim 9; Or Yunjie aloe vera powder and aloe vera cell fluid, the aloe vera powder and aloe vera cell fluid processed by the preparation method of aloe vera powder in claim 9; Or Yunjie tsaoko powder and tsaoko cell fluid, tsaoko powder and tsaoko cell fluid processed by the method for preparing tsaoko powder of claim 9; Or Yunjie Paris polyphylla powder and Paris polyphylla cell fluid, Paris polyphylla powder and Paris polyphylla cell fluid processed by the preparation method of Paris polyphylla powder in claim 9; Or Yunjie Chuanxiong powder and Chuanxiong cell fluid, which are processed by the preparation method of Chuanxiong powder in claim 9; Or Yunjie Houttuynia cordata powder and Houttuynia cordata cell fluid, Houttuynia cordata powder and Houttuynia cordata cell fluid processed by the preparation method of Houttuynia cordata powder in claim 9; Or Yunjie loquat leaf powder and loquat leaf cell fluid, loquat leaf powder and loquat leaf cell fluid processed by the preparation method of loquat leaf powder in claim 9; Or Yunjie croton powder and croton cell fluid, croton powder and croton cell fluid processed by the preparation method of croton powder in claim 9; Or Yunjie gallnut powder and gallnut cell fluid, the gallnut powder and gallnut cell fluid processed by the preparation method of gallnut powder in claim 9; Or Yunjie Cornus officinalis powder and Cornus officinalis cell fluid, which are processed by the method for preparing Cornus officinalis powder of claim 9; Or Yunjie Dipsacus root powder and Dipsacus root cell fluid, Dipsacus root powder and Dipsacus root cell fluid processed by the preparation method of Dipsacus root powder in claim 9; Or Yunjie Rhodiola rosea powder and Rhodiola rosea cell fluid, Rhodiola rosea powder and Rhodiola rosea cell fluid processed by the preparation method of Rhodiola rosea powder in claim 9; Or Yunjie seabuckthorn powder and seabuckthorn cell fluid, seabuckthorn powder and seabuckthorn cell fluid processed by the preparation method of seabuckthorn powder in claim 9; Or Yunjie Cistanche powder and Cistanche cell fluid, Cistanche powder and Cistanche cell fluid processed by the preparation method of Cistanche powder in claim 9; Or Yunjie Astragalus powder and Astragalus cell fluid, the Astragalus powder and Astragalus cell fluid processed by the preparation method of Astragalus powder in claim 9; Or Yunjie licorice powder and licorice cell fluid, licorice powder and licorice cell fluid processed by the preparation method of licorice powder in claim 9; Or Yunjie wolfberry powder and wolfberry cell fluid, wolfberry powder and wolfberry cell fluid processed by the wolfberry powder preparation method of claim 9; Or Yunjie Nardostachys grandiflora powder and Nardostachys grandiflora cell fluid, the Nardostachys grandiflora powder and Nardostachys grandiflora cell fluid processed by the method for preparing Nardostachys grandiflora powder of claim 9; Or Yunjie valerian powder and valerian cell fluid, valerian powder and valerian cell fluid processed by the preparation method of valerian powder in claim 9; Or Yunjie red peony root powder and red peony root cell fluid, red peony root powder and red peony root cell fluid processed by the preparation method of red peony root powder in claim 9; Or Yunjie Notopterygium wilfordii powder and Notopterygium wilfordii cell fluid, Notopterygium wilfordii powder and Notopterygium wilfordii cell fluid processed by the preparation method of Notopterygium wilfordii powder in claim 9; Or Yunjie Prunella vulgaris powder and Prunella vulgaris cell fluid, Prunella vulgaris powder and Prunella vulgaris cell fluid processed by the preparation method of Prunella vulgaris powder in claim 9; Or Yunjie Angelica dahurica powder and Angelica dahurica cell fluid, Angelica dahurica powder and Angelica dahurica cell fluid processed by the Angelica dahurica powder preparation method of claim 9; Or Yunjie lily powder and lily cell fluid, lily powder and lily cell fluid processed by the preparation method of lily powder in claim 9; Or Yunjie Polygonatum odoratum powder and Polygonatum odoratum cell fluid, Polygonatum odoratum powder and Polygonatum odoratum cell fluid processed by the preparation method of Polygonatum odoratum powder in claim 9; Or Yunjie Gynostemma powder and Gynostemma cell fluid, Gynostemma powder and Gynostemma cell fluid processed by the preparation method of Gynostemma powder in claim 9; Or Yunjie Pulsatilla powder and Pulsatilla cell fluid, Pulsatilla powder and Pulsatilla cell fluid processed by the preparation method of Pulsatilla powder in claim 9; Or Yunjie Vaccaria powder and Vaccaria cell fluid, Vaccaria powder and Vaccaria cell fluid processed by the preparation method of Vaccaria powder in claim 9; Or Yunjie Schisandra powder and Schisandra cell fluid, which are processed by the method for preparing Schisandra powder according to claim 9; Or Yunjie dodder powder and dodder cell fluid, dodder powder and dodder cell fluid processed by the method for preparing dodder powder of claim 9; Or Yunjie hawthorn powder and cell fluid, hawthorn powder and cell fluid processed by the preparation method of hawthorn powder in claim 9; Or Yunjie Artemisia annua powder and Artemisia annua cell fluid, Artemisia annua powder and Artemisia annua cell fluid processed by the preparation method of Artemisia annua powder according to claim 9; Or Yunjie Acanthopanax Cortex Powder and Acanthopanax Cortex Cell Fluid, Acanthopanax Cortex Powder and Acanthopanax Cortex Cell Fluid processed by the preparation method of Acanthopanax Cortex Powder in claim 9; Or Yunjie Moringa leaf powder and Moringa leaf cell fluid, Moringa leaf powder and Moringa leaf cell fluid processed by the preparation method of Moringa leaf powder in claim 9; Or Yunjie Curcuma zedoaria powder and Curcuma zedoaria cell fluid, Curcuma zedoaria powder and Curcuma zedoaria cell fluid processed by the preparation method of Curcuma zedoaria powder in claim 9; Or Yunjie Gardenia powder and Gardenia cell fluid, the Gardenia powder and Gardenia cell fluid processed by the preparation method of Gardenia powder in claim 9; Or Yunjie Artemisia argyi powder and Artemisia argyi cell fluid, Artemisia argyi powder and Artemisia argyi cell fluid processed by the preparation method of Artemisia argyi powder in claim 9; Or Yunjie cinnamon powder and cinnamon cell fluid, cinnamon powder and cinnamon cell fluid processed by the preparation method of cinnamon powder in claim 9; Or Yunjie Patchouli powder and Patchouli cell fluid, Patchouli powder and Patchouli cell fluid processed by the preparation method of Patchouli powder in claim 9; Or Yunjie star anise powder and star anise cell fluid, the star anise powder and star anise cell fluid processed by the preparation method of star anise powder in claim 9; Or Yunjie Ganoderma lucidum powder and Ganoderma lucidum powder cell fluid, Ganoderma lucidum powder and Ganoderma lucidum powder cell fluid processed by the preparation method of Ganoderma lucidum powder in claim 9; Or Yunjie Ganoderma lucidum spore wall-broken powder and Ganoderma lucidum spore cell fluid, Ganoderma lucidum spore wall-broken powder and Ganoderma lucidum spore cell fluid processed by the preparation method of Ganoderma lucidum spore wall-broken powder in claim 9; Or Yunjie wild mushroom powder and wild mushroom cell fluid, which are processed by the method for preparing wild mushroom powder according to claim 9; Or Yunjie mushroom powder and mushroom cell fluid, mushroom powder and mushroom cell fluid processed by the method for preparing mushroom powder of claim 9; Or Yunjie stevia powder and stevia cell fluid, stevia powder and stevia cell fluid processed by the preparation method of stevia powder in claim 9; Or Yunjie Acorus calamus powder and Acorus calamus cell fluid, Acorus calamus powder and Acorus calamus cell fluid processed by the preparation method of Acorus calamus powder in claim 9; Or Yunjie Pueraria root powder and Pueraria root cell fluid, Pueraria root powder and Pueraria root cell fluid processed by the preparation method of Pueraria root powder in claim 9; Or Yunjie Pseudostellariae Radix Pseudostellariae Powder and Pseudostellariae Radix Pseudostellariae Cell Fluid, Pseudostellariae Radix Pseudostellariae Powder and Pseudostellariae Radix Pseudostellariae Cell Fluid processed by the preparation method of Pseudostellariae Radix Pseudostellariae Powder in claim 9; Or Yunjie pokeweed powder and pokeweed cell fluid, pokeweed powder and pokeweed cell fluid processed by the method for preparing pokeweed powder according to claim 9; Or Yunjie Polygonum cuspidatum powder and Polygonum cuspidatum cell fluid, Polygonum cuspidatum powder and Polygonum cuspidatum cell fluid processed by the preparation method of Polygonum cuspidatum powder in claim 9; Or Yunjie rhubarb powder and rhubarb cell fluid, rhubarb powder and rhubarb cell fluid processed by the preparation method of rhubarb powder in claim 9; Or Yunjie Cynanchum powder and Cynanchum cell fluid, Cynanchum powder and Cynanchum cell fluid processed by the preparation method of Cynanchum powder in claim 9; Or Yunjie motherwort powder and cell fluid, motherwort powder and cell fluid processed by the preparation method of motherwort powder in claim 9; Or Yunjie Sophora flavescens powder and Sophora flavescens cell fluid, Sophora flavescens powder and Sophora flavescens cell fluid processed by the preparation method of Sophora flavescens powder in claim 9; Or chrysanthemum powder and chrysanthemum cell fluid, chrysanthemum powder and chrysanthemum cell fluid processed by the preparation method of chrysanthemum powder in claim 9; Or Yunjie Euryale ferox powder and Euryale ferox cell fluid, Euryale ferox powder and Euryale ferox cell fluid processed by the preparation method of Euryale ferox powder in claim 9; Or Yunjie Tribulus terrestris powder and Tribulus terrestris cell fluid, Tribulus terrestris powder and Tribulus terrestris cell fluid processed by the preparation method of Tribulus terrestris powder in claim 9; Or Yunjie Polygonum multiflorum powder and Polygonum multiflorum cell fluid, Polygonum multiflorum powder and Polygonum multiflorum cell fluid processed by the method for preparing Polygonum multiflorum powder according to claim 9; Or Yunjie Drynaria powder and Drynaria cell fluid, which are processed by the preparation method of Drynaria powder according to claim 9; Or Yunjie Artemisia capillaris powder and Artemisia capillaris powder cell fluid, Artemisia capillaris powder and Artemisia capillaris powder cell fluid processed by the preparation method of Artemisia capillaris powder in claim 9; Or Yunjie burdock powder and burdock cell fluid, burdock powder and burdock cell fluid processed by the preparation method of burdock powder in claim 9; Or Yunjie Forsythia powder and Forsythia cell fluid, Forsythia powder and Forsythia cell fluid processed by the preparation method of Forsythia powder in claim 9; Or Nepeta powder and Nepeta cell fluid, which are processed by the method for preparing Nepeta powder according to claim 9; Yunjie Uncaria powder and Uncaria cell fluid, Uncaria powder and Uncaria cell fluid processed by the Uncaria powder preparation method of claim 9; Or Yunjie Dahurian pollen and Dahurian cell fluid, which are processed by the preparation method of Dahurian pollen according to claim 9; Or Yunjie mint powder and mint cell fluid, mint powder and mint cell fluid processed by the method for preparing mint powder in claim 9; Or Yunjie coix seed powder and coix seed cell fluid, coix seed powder and coix seed cell fluid processed by the method for preparing coix seed powder of claim 9; Or Yunjie Xanthium sibiricum powder and Xanthium sibiricum cell fluid, Xanthium sibiricum powder and Xanthium sibiricum cell fluid processed by the preparation method of Xanthium sibiricum powder in claim 9; Or Yunjie arisaema powder and arisaema cell fluid, arisaema powder and arisaema cell fluid processed by the arisaema powder preparation method of claim 9; Or Yunjie quinquefolia powder and quinquefolia powder cell fluid, quinquefolia powder and quinquefolia powder cell fluid processed by the preparation method of quinquefolia powder in claim 9; Or Yunjie Caulis Sanguisorba officinalis powder and Caulis Sanguisorba officinalis cell fluid, Caulis Sanguisorba officinalis powder and Caulis Sanguisorba officinalis cell fluid processed by the preparation method of Caulis Sanguisorba officinalis powder in claim 9; Or Yunjie Lysimachia powder and Lysimachia cell fluid, Lysimachia powder and Lysimachia cell fluid processed by the preparation method of Lysimachia powder in claim 9; Or Yunjie raspberry powder and raspberry cell fluid, raspberry powder and raspberry cell fluid processed by the preparation method of raspberry powder in claim 9; Or Yunjie Apocynum venetum leaf powder and Apocynum venetum leaf cell fluid, Apocynum venetum leaf powder and Apocynum venetum leaf cell fluid processed by the preparation method of Apocynum venetum leaf powder in claim 9; Or Yunjie cat's claw powder and cat's claw cell fluid, cat's claw powder and cat's claw cell fluid processed by the preparation method of cat's claw powder in claim 9; Or Yunjie Cassia seed powder and Cassia seed cell fluid, Cassia seed powder and Cassia seed cell fluid processed by the preparation method of Cassia seed powder in claim 9; Or Yunjie Platycodon grandiflorum powder and Platycodon grandiflorum cell sap, Platycodon grandiflorum powder and Platycodon grandiflorum cell sap processed by the preparation method of Platycodon grandiflorum powder in claim 9; Or Yunjie papaya powder and papaya cell fluid, papaya powder and papaya cell fluid processed by the preparation method of papaya powder in claim 9; Or Yunjie Sanguisorba officinalis powder and Sanguisorba officinalis cell fluid, Sanguisorba officinalis powder and Sanguisorba officinalis cell fluid processed by the preparation method of Sanguisorba officinalis powder in claim 9; Or Yunjie saponin powder and saponin cell fluid, the saponin powder and saponin cell fluid processed by the method for preparing saponin powder according to claim 9; Or Yunjie Dichroa powder and Dichroa cell fluid, Dichroa powder and Dichroa cell fluid processed by the preparation method of Dichroa powder in claim 9; Or Yunjie citrus grandis powder and citrus grandis cell fluid, citrus grandis powder and citrus grandis cell fluid processed by the preparation method of citrus grandis powder in claim 9; Or Yunjie aconite powder and aconite cell fluid, the aconite powder and aconite cell fluid processed by the preparation method of aconite powder in claim 9; Or Yunjie Peucedanum powder and Peucedanum cell fluid, Peucedanum powder and Peucedanum cell fluid processed by the preparation method of Peucedanum powder according to claim 9; Or Yunjie Acanthopanax senticosus powder and Acanthopanax senticosus cell fluid, Acanthopanax senticosus powder and Acanthopanax senticosus cell fluid processed by the preparation method of Acanthopanax senticosus powder in claim 9; Or Yunjie Anemarrhena powder and Anemarrhena cell fluid, Anemarrhena powder and Anemarrhena cell fluid processed by the preparation method of Anemarrhena powder in claim 9; Or Yunjie black wolfberry powder and black wolfberry cell fluid, black wolfberry powder and black wolfberry cell fluid processed by the preparation method of black wolfberry powder in claim 9; Or Yunjie Alisma orientalis powder and Alisma orientalis cell fluid, Alisma orientalis powder and Alisma orientalis cell fluid processed by the preparation method of Alisma orientalis powder in claim 9; Or Yunjie saffron powder and saffron cell fluid, saffron powder and saffron cell fluid processed by the method for preparing saffron powder in claim 9; Or Yunjie cardamom powder and cardamom cell fluid, cardamom powder and cardamom cell fluid processed by the preparation method of cardamom powder in claim 9; Or Yunjie pine mushroom powder and pine mushroom cell fluid, pine mushroom powder and pine mushroom cell fluid processed by the preparation method of pine mushroom powder in claim 9; Or Yunjie osmanthus powder and osmanthus cell fluid, osmanthus powder and osmanthus cell fluid processed by the preparation method of osmanthus powder in claim 9; Or Yunjie snow lotus powder and snow lotus cell fluid, the snow lotus powder and snow lotus cell fluid processed by the preparation method of snow lotus powder in claim 9; Or Yunjie mulberry leaf powder and mulberry leaf cell fluid, mulberry leaf powder and mulberry leaf cell fluid processed by the preparation method of mulberry leaf powder in claim 9; Or Yunjie Tongkat Ali powder and Tongkat Ali cell fluid, Tongkat Ali powder and Tongkat Ali cell fluid processed by the preparation method of Tongkat Ali powder in claim 9; Or Yunjie gecko powder, which is processed by the preparation method of gecko powder according to claim 9; Or Yunjie cuttlefish bone powder, cuttlefish bone powder processed by the method for preparing cuttlefish bone powder of claim 9; Or Yunjie leech powder, leech powder processed by the preparation method of leech powder in claim 9; Or Yunjie bezoar powder, bezoar powder processed by the preparation method of bezoar powder in claim 9; Or Yunjie antler powder, antler powder processed by the preparation method of antler powder in claim 9; Or Yunjie bear bile powder, bear bile powder processed by the preparation method of bear bile powder in claim 9; Or Yunjie Eupolyphaga sinensis powder, Eupolyphaga sinensis powder processed by the preparation method of Eupolyphaga sinensis powder in claim 9; Or Yunjie Mylabris powder, which is processed by the preparation method of Mylabris powder according to claim 9; Or Yunjie cicada slough powder, which is processed by the preparation method of cicada slough powder in claim 9; Or Yunjie ant powder, ant powder processed by the preparation method of ant powder in claim 9; Or Yunjie centipede powder, centipede powder processed by the preparation method of centipede powder in claim 9; Or Yunjie pearl powder, which is pearl powder processed by the method for preparing pearl powder in claim 9; Or Yunjie black-bone chicken powder, which is processed by the preparation method of black-bone chicken powder in claim 9; Or Yunjie pig blood powder, which is processed by the method for preparing pig blood powder according to claim 9; Or Yunjie eel meal, eel meal processed by the eel meal preparation method of claim 9; Or Yunjie bird's nest powder, bird's nest powder processed by the preparation method of bird's nest powder in claim 9; Or Yunjie crab shell powder, crab shell powder processed by the preparation method of crab shell powder in claim 9; Or Yunjie medicinal talc, talc processed by the preparation method of talc in claim 9; Or Yunjie medicinal sodium sulfate powder, sodium sulfate powder processed by the preparation method of sodium sulfate powder in claim 9; Or Yunjie seaweed powder, seaweed powder processed by the preparation method of seaweed powder in claim 9; Or Yunjie broken wall spiral bath powder, which is a broken wall spiral bath powder processed by the preparation method of broken wall spiral bath powder in claim 9; Or Yunjie building putty, a building putty processed by the preparation method of building putty in claim 9; Or Yunjie cement, cement processed by the cement clinker grinding method of claim 9; Or Yunjie titanium dioxide, one of the two titanium dioxides processed by the titanium dioxide grinding method of claim 9; Or Yunjie calcium carbonate, calcium carbonate processed by the calcium carbonate grinding method of claim 9; Or Yunjie Lithopone, which is processed by the grinding method of Lithopone according to claim 9; Or Yunjie kaolin powder, kaolin powder processed by the kaolin powder grinding method of claim 9; Or Yunjie stone powder, stone powder processed by the stone powder grinding method of claim 9; Or Yunjie medicinal gypsum powder, which is processed by the grinding method of medicinal gypsum powder in claim 9; Or Yunjie gypsum powder for building materials, gypsum powder for building materials processed by the grinding method of gypsum powder for building materials in claim 9; Or Yunjie graphite powder, graphite powder processed by the graphite powder grinding method of claim 9; Or Yunjie iron powder, iron powder processed by the iron powder grinding method of claim 9; Or Yunjie tungsten powder, tungsten powder processed by the tungsten powder grinding method of claim 9; Or Yunjie copper powder, copper powder processed by the copper powder grinding method of claim 9; Or Yunjie cobalt powder, cobalt powder processed by the cobalt powder grinding method of claim 9; Or Yunjie nickel powder, nickel powder processed by the nickel powder grinding method of claim 9; Or Yunjie titanium powder, titanium powder processed by the titanium powder grinding method of claim 9; Or Yunjie tantalum powder, tantalum powder processed by the tantalum powder grinding method of claim 9; Or Yunjie aluminum powder, aluminum powder processed by the aluminum powder grinding method of claim 9; Or Yunjie tin powder, tin powder processed by the tin powder grinding method of claim 9; Or Yunjie lead powder, which is processed by the lead powder grinding method of claim 9; Or Yunjie pesticide powder, pesticide powder processed by the pesticide powder grinding method of claim 9; Or Yunjie fresh water, fresh water prepared by the seawater desalination method of claim 9; Or Yunjie sludge powder, sludge powder prepared by the method for drying sludge in claim 9; Or Yunjie sewage sludge powder, sewage sludge powder prepared by the method for drying sewage sludge according to claim 9; Or Yunjie septic tank sludge powder, septic tank sludge powder prepared by the method for drying septic tank sludge according to claim 9; Or Yunjie farm manure powder, which is the farm manure powder prepared by the method for drying farm manure in claim 9; Or the tailings powder discharged from the Yunjie water treatment equipment, the tailings powder discharged from the water treatment equipment prepared by the method of drying the tailings discharged from the water treatment equipment in claim 9; Or Yunjie vegetable waste powder, vegetable waste powder prepared by the method for drying vegetable waste according to claim 9; Or Yunjie edible medicinal powder and cell fluid, edible medicinal powder and cell fluid processed by the method of claim 9; Or Yunjie banana powder, which is banana powder processed by the preparation method of banana powder in claim 9; or Yunjie green banana powder, one of the two green banana powders processed by the preparation method of green banana powder in claim 9; Or Yunjie washed and broken pine pollen, which is washed and broken pine pollen processed by the washed pine pollen breaking method of claim 9; or Yunjie powder made from juice produced by squeezing, or powder made from juice produced by squeezing processed by the drying method of juice produced by squeezing as claimed in claim 9; Or chlorophyll, chlorophyll processed by the method for preparing chlorophyll according to claim 9; Or Yunjie soluble Panax notoginseng powder, soluble Panax notoginseng powder processed by the preparation method of soluble Panax notoginseng powder in claim 9; Or Yunjie soluble maca powder, soluble maca powder processed by the preparation method of soluble maca powder in claim 9; Or Yunjie soluble apple powder, soluble apple powder processed by the preparation method of soluble apple powder in claim 9; Or Yunjie soluble emblica powder, soluble emblica powder processed by the preparation method of soluble emblica powder in claim 9; Or Yunjie soluble pine mushroom powder, soluble pine mushroom powder processed by the preparation method of soluble pine mushroom powder in claim 9; or Yunjie wall-broken pine pollen, which is the wall-broken pine pollen processed by the pine pollen wall-breaking method of claim 9; Or Yunjie Chinese medicinal material ultrafine powder, which is processed by the preparation method of Chinese medicinal material ultrafine powder in claim 9.

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