106results about How to "Improve shelling rate" patented technology

The invention relates to compound vitamin nanoemulsion belonging to the technical field of pharmacy. Every 1000 ml of nanoemulsion is prepared by the method comprising the following steps of: fully mixing 35-50g of AEO-9 or AEO-4, 150-200g of tween-80, 16-22g of phenylcarbinol and fat-soluble active ingredients at 30-60 DEG C to prepare an oil phase; adding water to dilute the oil phase; adding water-soluble active ingredients; evenly mixing; adding water to dilute and confirm solution contents and adding water to dilute to a volume, wherein the fat-soluble active ingredients comprise 6-18 million IU of vitamin A, 1.8-4.8 million IU of vitamin D3 and 2.5-7.5g of vitamin E, and the water-soluble active ingredients comprise 1-4g of vitamin B1, 0.2-1.0g of vitamin B2, 1.6-4.2g of vitamin B6, 5-25g of barberry extractive and 30-60g of amino acid. The product is clear and transparent, has good stability, slow-release effect, persistent drug effect, great specific surface area of nanoemulsion particles and good system compatibility, can obviously improve the drug absorption rate and the bioavailability and can be compounded with various useful elements besides vitamins.

The present invention discloses a castanea mollissima shelling device and belongs to shelling devices. A structure comprises a conveying heating mechanism, an extruding mechanism and a separating mechanism. The extruding mechanism is arranged at a lower part of the conveying heating mechanism, the separating mechanism is arranged at a lower part of the extruding mechanism, the conveying heating mechanism comprises a motor, a coupling, a rotation shaft, screw blades and a shell body, the rotation shaft and screw blades are arranged in the shell body, a material inlet is arranged at a left side of an upper part of the shell body, a material outlet is arranged at a right side of a lower part of the shell body, a material outlet valve is arranged on the material outlet, a plurality of hot air inlets are arranged at the lower part of the shell body, a plurality of moisture extraction outlets are arranged at the upper part of the shell body, and the material outlet is connected with the extruding mechanism. The castanea mollissima shelling device has characteristics of saving time and effort, not causing harms to human body, being high in shelling efficiency and suitable for large-scale processing and production of the castanea mollissima, etc.

The invention provides a sword bean sheller and a sword bean shelling method. The sword bean sheller comprises a rack, a feed hopper, a vibration bed body, a vibration driving mechanism, a clamping roller pair, a shelling roller pair, a roller bearing seat, a roller box body, a transmission mechanism, a main motor, a cleaning comb, a separation screen and a material receiving box, wherein the vibration bed body is fixed on the rack, the feed hopper and the roller box body are respectively fixed on the head end and tail end of the vibration bed body; the clamping roller pair and the shelling roller pair are connected to the roller bearing seat and connected with the transmission mechanism; the clamping roller pair is provided with a clamping opening, the shelling roller pair is provided with a shelling cavity, and the upper surface of the vibration bed body, the central line of the clamping opening and the central line of the shelling cavity are in the same horizontal plane; the transmission mechanism is connected with the main motor; the cleaning comb is arranged on the side of the shelling roller pair; the vibration driving mechanism is connected with the vibration bed body; the separation screen is arranged below the shelling roller pair; and the material receiving box is arranged below the separation screen. The sword bean sheller is high in shelling rate and low in labor intensity.

The invention relates to a processing method for shelling a castanea henryi, which is characterized by comprising the following steps of: 1, carrying out stage treatment on the castanea henryi; 2. carrying out dewatering treatment on the castanea henryi; 3. carrying out tangential cutting treatment on the castanea henryi; 4. carrying out baking treatment on the castanea henryi; 5. carrying out shelling treatment on the castanea henryi; and 6. carrying out separating treatment on the shell of the castanea henryi and grading treatment on the pulp of the castanea henryi. The invention can improve the processing efficiency and lower the processing cost, the method has simple flow, and the used equipment has simple structure and is convenient to operate.

The invention relates to a storing and processing method of rice and belongs to the technical field of crop processing. The process disclosed by the invention comprises the following steps: feeding into a warehouse: feeding wet rice into the warehouse; removing water: controlling the water content of the rice to 15-16% in a manner of warehouse ventilation; storing at low temperature: reducing the temperature of the warehouse to 18-25 DEG C to carry out low-temperature storage; and carrying out low-temperature and high-humidity processing. According to the process disclosed by the invention, the water content and the temperature of processing and storing the rice are controlled and the low-temperature and high-humidity processing is carried out at the water content and the temperature, so that the oxidation degree of fatty acid is low and the water absorbing speed in a process of immersing the rice to make rice is low; and the rice has the characteristics of small cracks in the water, good elasticity, good appearance and high freshness, and the rice has good edible quality, good mouth feel and good taste.

The invention discloses a Tartary buckwheat non-thermal shucking method which includes the steps: removing impurities in raw materials; grinding the Tartary buckwheat raw materials by the aid of small contact force, grinding off protruding corner angle portions on Tartary buckwheat shells, and sufficiently grinding the corner angle portions on the Tartary buckwheat shells but not grinding endosperms and conical surface ventral groove recesses; enabling the shells to slightly deform by twisting, grinding or slightly striking, further fracturing the shells and finally separating the shells from kernels by an airflow cleaning method. By the novel method including non-thermal shucking, non-pressure grinding and the like, nutritional components are kept, shucking cost is low, shucking rate is high, and kernel breaking rate is low.

The invention relates to a walnut shell breaking device and an application method thereof, belonging to the technical field of agricultural product processing. The shelling device of the present invention makes the water content of the walnut shells low enough to have the difference between the maximum elastic deformation and plastic deformation by controlling the freezing time, produces the maximum brittleness, is beneficial to shelling, greatly improves the shelling rate, and makes the shelling rate reach More than 98%; the flexible shear extrusion belt used for shelling of the present invention has low wear to the walnut kernel, so that the whole kernel rate reaches more than 90%, and the elastic force of the powerful spring can be adjusted to control the flexible shear in the device of the present invention. The wedge angle between the extrusion belt and the power grinding wheel can adapt to walnuts of different shapes and sizes, and has broad application prospects.

The invention discloses a vertical tartary buckwheat huller. The huller comprises a rack, a feeding port is formed in the upper left corner of the rack, a rice sieve is arranged in the middle of the rack, and the upper end of the rice sieve is connected with the upper end of the rack. The upper end of the rice sieve is trumpet-shaped, and sieve holes are formed in the inner side of the lower end. The outside of the portion of the side wall of the lower end of the rice sieve, where the sieve hole is formed, is connected with a circular retaining plate with a fixed brush. A spindle penetrates centers of the rice sieve and the circular retaining plate perpendicularly, one end penetrates and is mounted on a bearing mounted on the rack, and the other end is connected with the lower end of the circular retaining plate with the fixed brush through a bearing block. A spiral conveyor is connected with the spindle and corresponding to the trumpet portion of the rice sieve, a sand ring is connected with the spindle and corresponding to the sieve hole portion in the side wall of the lower end, and a movable brush is connected with the spindle and corresponding to the fixed brush portion. A motor is fixed at the right corner of the rack and is connected with one end of the spindle, which penetrates the rack, through a rotation wheel and a belt. By means of the huller, the operation efficiency and the operation quality of tartary buckwheat hulling are improved.

The invention discloses a refining method for rice processing, and belongs to the field of rice processing. The method comprises the steps that unhusked rice is tedded, specifically, the unhusked riceis tedded in a cement floor in a clear weather with sufficient sunlight; impurities in the unhusked rice are removed, specifically, the unhusked rice is conveyed to a vibrating screen and a magneticseparator in sequence; husked rice is wetted and dried, specifically, the unhusked rice is conveyed into an atomizing device through a conveyor belt, is wetted and then is heated by adopting an automatic constant-temperature heating device; husking is carried out, specifically, the unhulled rice is conveyed into a rice huller for husking treatment; paddy separation is carried out, specifically, the husked rice is conveyed to a specific gravity paddy separator through a conveyor belt for paddy separation; the husked rice is wetted and dried, specifically, the husked rice is conveyed into the atomizing device through the conveyor belt and is wetted; rice milling is carried out, specifically, a rice mill is adopted, it is guaranteed that the stone content of cleaned grains is smaller than 1 grain/kg; milled rice is wetted; the milled rice is polished; color sorting is carried out; sterilizing is carried out; and packaging is carried out. The method has the advantages that the broken ricerate is lower, the appearance quality of the rice is good, the edible quality is high, and the economic benefits of rice processing enterprises are increased.

The invention relates to the technology of grain hulling, in particular to a tartary buckwheat case-hardening and hulling method, which comprises the following steps of (1) purifying, dedusting and staged treating tartary buckwheat raw materials; (2) at the temperature of 20 DEG C to 50 DEG C, soaking the tartary buckwheat with clear water, and enabling the surface infiltration depth of tartary buckwheat kernels to achieve 0.2mm to 0.6mm; (3) at the temperatue being less than or equal to 160 DEG C, carrying out fast case hardening treatment on the tartary buckwheat, and enabling the thickness of a case hardening layer of a kernel to achieve 0.2mm to 0.6mm; (4) enabling the moisture content of the tartary buckwheat to be within 15 percent to 28 percent; (5) grinding the tartary buckwheat at low pressure; (6) kneading the tartary buckwheat at low pressure so as to separate shells and the kernels; (7) air flow cleaning and screening the fully kneaded tartary buckwheat so as to thoroughly separate the shells and the kernels so as to obtain the tartary buckwheat kernels and the shells respectively. The tartary buckwheat case-hardening and hulling method provided by the invention adopts new technologies such as case hardening, and low-pressure grinding and kneading, so that the problems of low hulling rate, low rate of perfect kernels, high nutrition loss, high energy consumption and high water consumption in the prior art can be solved.

The invention provides a device for classifying, shelling and sorting camellia oleifera fruits. The device comprises a rack, a camellia oleifera fruit screening mechanism, a conveying belt, an openingmechanism, a rubbing mechanism and a fan, wherein a support frame in the opening mechanism is positioned above the conveying belt, and the bottom of the support frame is divided into three conveyingchannels; three discharging ports of the camellia oleifera fruit screening mechanism are in butt joint with the conveying channels in the bottom of the support frame; a bottom plate is mounted on thesupport frame through a hydraulic cylinder I, three sleeves are movably mounted on the bottom plate, and three notching cutters are movably mounted in the three sleeves respectively; and three friction plates are movably mounted in baffles at the bottom of the support frame respectively and located on the three material conveying channels respectively. The camellia oleifera fruit screening mechanism is used for screening camellia oleifera fruits, the camellia oleifera fruits of different sizes can enter the conveying channels in the bottom of the support frame, at the moment, the notching cutters cut the camellia oleifera fruits of different sizes, and then the subsequent shelling rate is increased.

The invention relates to a method for separating shell and meat of small crustacean, which comprises the following steps: performing heat-treatment on the small crustacean at the temperature of 50-150 DEG C for 0.5-15 minutes; then cooling the temperature of the small crustacean to a proper temperature, employing enzyme to perform enzymolysis on the small crustacean after heat treatment; then separating the shell and meat of the small crustacean through centrifuging, and respectively collecting the shell and meat. The method provided in the invention enables realization of continuous production, the shelling rate is high, the obtained small crustacean meat can be used for producing feeds or further producing high quality food, the shell can be used for producing chitosan and the like, and the method can be directly used for separating the shell and meat of the small crustacean which enables on-line processing in a fishing ship, and the method for separating shell and meat of small crustacean has good application prospect.

The invention discloses animal andrographolide powder which is prepared from the following raw materials: 3wt% of andrographolide, 0.9wt% of sodium bisulfite and the balance of starch auxiliary material. The animal andrographolide powder is prepared by the following steps of performing reaction on the andrographolide and the sodium bisulfite to form a mixture of the sodium bisulfite and the andrographolide, and matching with the starch auxiliary material to prepare the animal andrographolide powder. A product provided by the invention has the effects of resisting bacteria and diminishing inflammation, has special curative effect to bacillary dysentery and can effectively solve the problem of intestinal tracts of livestock.

The invention discloses a rice processing method with a low broken rice rate, and belongs to the field of rice processing. The rice processing method includes the steps of rice screening, stone removal, magnetic separation, rice moisture measurement, rice moisture control, hulling, husked rice separation, brown-rice selection, brown-rice moisture measurement, brown-rice moisture control, multi-stage milling, white-rice grading, cooling, atomizing, multi-stage polishing, color sorting and purifying, sterilization and packaging. The rice processing method has the advantages that the broken ricerate is low, the appearance quality and eating quality of rice are high, and economic benefits of rice processing enterprises are improved.

The invention belongs to the technical field of forestry product machining machines, and relates to a knocking type rubber fruit sheller. The knocking type rubber fruit sheller completes the rubber fruit knocking hull breaking process, the fruit shell and fruit kernel separating process after rubber fruits are broken and the fruit kernel scrap removal and collecting separation process through a hull breaking unit, a separating unit and a separating unit respectively. By means of the imitated manual type impact rubber fruit breaking impact principle method, due to cooperation of a knocking hammer and a conveying device, the knocking hammer knocks and shells rubber fruits, then, fruit shells and fruit kernels of the shelled rubber fruits are separated through a separation roller of the separating unit, and the rubber fruit shelling rate is increased; by adopting a wind power separation unit and arranging separated fruit shell and fruit kernel discharging outlets, the fruit kernel puritydegree is increased. Rubber fruit processing and comprehensive utilization economic benefits are improved, and the shell is applicable to a rubber fruit comprehensive utilization enterprise.

The invention provides a non-contact type measuring method for a rubber covered roller of a rice huller. The non-contact type measuring method comprises the following steps that capacitance is calculated and measured, a PLC acquires the measured current of a current loop formed by unit fixing pole plates and corresponding unit movable pole plates, the capacitance is calculated between the unit fixing plates and the corresponding unit movable pole plates according to the measuring current, and a measuring capacitor is obtained; and the thickness of a rubber layer is calculated, and the PLC calculates the thickness of the rubber layer according to the dielectric constant of the air containing chaff dust which is monitored by an air capacitance monitor, the measuring capacitor, and the distances between the unit fixing pole plates and the corresponding unit movable pole plates. The invention further relates to a rubber covered roller non-contact type measuring structure and the rice huller. According to the measuring method, two rubber covered roller shafts are ensured to be parallel, the optimal distance and the optimal speed difference of the two rubber covered rollers are achieved,the measuring error is small, the precision is high, and the unshelling rate and the yield are effectively improved.

The invention discloses a silybum mariamum seed huller, which comprises a bracket and an inner rotating cone, wherein the inner rotating cone is coaxial with the bracket and is positioned inside an outer conical cylinder, and tines are distributed on the surface of the inner rotating cone; a clearance is formed between the inner wall of the outer conical cylinder and the top surface of the tines of the inner rotating cone; the inner rotating cone is rotationally connected with the bracket and driven by a motor fixed on the bracket; the upper end of the clearance is connected with a feed hopper through a feed neck, and the lower end of the clearance is connected with a discharge hopper through a discharge hole on an outer conical cylinder flange. The silybum mariamum seed huller has simple structure and convenient operation, and can hull silybum mariamum seeds; and the core of the huller is to gradually break and hull the silybum mariamum seeds by adopting a short throwing distance and multi-throwing principle, and the throwing energy of every time is relatively low so as to avoid rolling and kneading; therefore, broken hulls and broken kernels are few, the hulling rate is high and the energy consumption is low.

The invention discloses a polyodontidae fry breeding device, which is composed of a cylindrical placenta isolating pond, a motor, a mixer, a motor front and back direction controller, a first linkingpipe, a spawn incubation pond, a constant temperature pond, a second linking pipe, a first filter, a first water pump, a first water guide pipe, a second water pump, a second water guide pipe, a temperature control meter, a heating pipe, a temperature probe, a third link pipe, and a fry breeding slot. The polyodontidae fry breeding device can rapidly separate and demould the placenta of the wholepolyodontidae and form a single spawn without hurting the unshelled spawn; the spawn is cultivated under the best temperature and environment, the fry cultivating cycle is short, and the fry hatchingspeed is over one-time faster than that of the traditional method; besides, the fry quality is good. When the fry is bred by the polyodontidae fry breeding device, the polyodontidae fry breeding device with high degree of automation has the advantages of greatly reducing the labor intensity, reducing the fry malformation and improving the unshelling rate and the hatching rate.