31results about How to "Processing method science" patented technology

The invention discloses a manufacturing method for extracting and processing fresh juice stock solution by using dendrobium officinale as a raw material. The method furthest protect the color, flavor, nutrition and effective ingredients of dendrobium officinale fresh juice by surface sterilization of the collected fresh dendrobium officinale and technology of juicing, enzymolysis, vacuum degasification, micro-filtration, ultra-filtration, sterile filling, high-temperature instantaneous sterilization and the like, and meanwhile, the product is favorable for storing and realizing industrialized production. The dendrobium officinale is processed into the dendrobium officinale fresh juice stock solution which is easy to store, convenient to carry, simple to administrate, good in mouthfeel and easy to absorb and has health-care nutritional components and medicinal functions; the fresh juice stock solution does not contain any additive; and the content of the fresh juice stock solution reaches over 99 percent. The dendrobium officinale fresh juice stock solution can be administrated separately, also can be added into mineral water to form health-care beverage, also can be dissolved into wine to form nourishing health-care wine, and can be added into high-grade dishes to form nourishing dishes for eating.

The invention relates to a technology for detecting and processing isolated stone groups in the shield excavation karren section, in particular to a method for processing isolated stone groups in the shield excavation karren section, aiming to solve the problems that the isolated stone groups can not be detected accurately and processed rapidly by using the traditional method. The method comprises the following steps: finding out the section probably having the isolated stone groups according to a geological survey report; arranging testing holes along the longitudinal direction of a tunnel in the section having the isolated stone groups, putting PVC (polyvinyl chloride) pipes in the testing holes, disposing dense small holes on the walls of the PVC pipes, sealing the bottom ends of the PVC pipes, filling the testing holes with water, arranging electrodes in the PVC pipes in the adjacent two holes, detecting by crossing holes and collecting data by using a high-density resistivity instrument, and determining the position of the isolated stone; optimizing a blasting design, positioning blasting charges accurately by using a counter weight, blasting the holes at the periphery of the isolated stone first to squeeze to generate a space, and then blasting the holes row by row. The method is used for detecting the isolate stone accurately, adopts a simple process, uses the blasting technology to ensure that the biggest blasted isolated stone is less than 25cm, avoids the secondary blasting and has high isolated stone processing efficiency.

The invention relates to a radio frequency identification management system for a polycrystalline diamond cutter. The system comprises the polycrystalline diamond cutter and a computer serving as a server, wherein a tag is attached to the polycrystalline diamond cutter; a near-field antenna is arranged on a machine tool through a clamp and can approach a tag position on the cutter; and a reader-writer reads a code on the tag and transmits the code to the computer through the Internet for processing. Automatic management of the polycrystalline diamond cutter is realized by a structure consisting of the antenna, the reader-writer, middleware and the Internet. Due to the application of the system, online data acquisition and write-in of the polycrystalline diamond cutter can be realized, and production management can be realized through subsequent data processing. Therefore, high-speed, real-time and correct acquisition of the information of the polycrystalline diamond cutter is realized and production efficiency is improved.

A process for preparing the quickly frozen stuffed double-layered lotus root slice includes such steps as slicing lotus root, preparing the stuffing from vegetables and meat, preparing paste from starch, filling stuffing between two lotus root slices, pre-steaming, coating paste, frying in hot oil, quick freezing and packing. It has unique taste and rich nutrients.

The invention discloses an induction processing method of a multi-axis vibration coherence function spectrum. The method includes: collecting linear vibration time domain data; converting the linear vibration time domain data into six-freedom-degree time domain data; determining the coherence function among the freedom degrees, and finding out the distribution law of the coherence function; determining the containment interval of the square of the coherence function, the tolerance upper and lower limit estimation of the mean value of the coherence function and the tolerance upper and lower limit estimation of the standard deviation of the coherence function; determining the tolerance upper limit and tolerance lower limit of the coherence function so as to obtain the actually measured spectrum estimation of the coherence function; dividing the actually measured spectrum estimation into several frequency bands; acquiring the tolerance upper limit and lower limit, in each frequency band,of the coherence function so as to obtain the flat spectrum estimation, in each frequency band, of the coherence function; connecting the coherence function flat spectrum estimation in the frequency bands to obtain the tolerance range of the standard spectrum estimation of the coherence function; regulating a control instrument to control the coherence function of a multi-axis vibration system tobe in the tolerance range.

The invention provides a method for processing white sliced mutton. The proportion of mutton to soup is between 1 to 1.5 and 1 to 2; and 10 kilograms of the soup comprises 7 portions of edible salt, 20 portions of welsh-onion stalk segment, 8 portions of ginger segment, 2 portion of cumin, 1 portion of cooking wine, and 1 portion of rice wine. The processing method for preparing the white sliced mutton comprises the following steps: boiling long-used soup, including (1) boiling with clear water for the first time and (2) boiling with the long-used soup of the first time for the second time; and cooking the mutton and other processes. The method for processing the white sliced mutton is simple and scientific, and the cooked mutton does not have rank smell, is crisp but not thoroughly cooked, fat but not greasy, sweet-smelling without the rank smell, fresh, glutinous and tasty, and has lushy skin and crisp meat with penetrating flavor.

The invention provides a prophylactic medicine waste cleaning equipment for the biotechnology, and relates to the technical field of waste treatment. The prophylactic medicine waste cleaning equipmentfor the biotechnology comprises a liquid collection tank, a treatment tank, two moving devices, two feeding devices and two pressing devices, the tops of the pressing devices are fixedly connected with the inner top of the treatment tank, the back sides of the two feeding devices are fixedly connected to the front surface of the treatment tank, the opposite sides of the two moving devices are fixedly connected to the left and right sides of the treatment tank, and each moving device comprises a supporting plate, a connecting block, a groove, two connecting columns, a first cylinder, a first telescopic rod, two connecting plates and two circular holes. The prophylactic medicine waste cleaning equipment for the biotechnology solves the problem of low medical waste treatment efficiency by arranging the first cylinders, the first telescopic rods, the connecting blocks, the connecting plates, sliding grooves, sliding columns and movable columns.

The invention discloses a device for treating carbon tetrachloride in groundwater with a spiral-flow aeration method, and a carbon tetrachloride removing method. The device comprises a buffering rank, a water inlet device, a spiral-flow device, a carbon tetrachloride separation device, an aeration device, a clear water outlet pipe, a catalysis detector, a sludge discharge pipe, a support, and a control system. The buffering tank is arranged on the bottom of the support. The spiral-flow device and the carbon tetrachloride separation device are arranged on the upper part of the support. The bottom of the buffering tank and the middle part of one side of the spiral-flow device are connected through the water inlet device. The top center of the spiral-flow device and one side of the carbon tetrachloride separation device are connected through a pipe. The aeration device is connected to the upper part of the spiral-flow device. The sludge discharge pipe is arranged on the bottom of the spiral-flow device. The clear water outlet pipe and the catalysis detector are arranged on the upper part of the front side of the carbon tetrachloride separation device. The control system is also arranged on the support. The catalysis detector is connected with the control system through a lead wire. The device used for treating carbon tetrachloride in groundwater adopts the spiral-flow aeration method, and has the advantages of low energy consumption, high treatment efficiency, and low land occupation. The device is suitable to be used for treating groundwater containing carbon tetrachloride.

The invention provides ready-to-eat cod fillets and a processing method thereof. The formula of the ready-to-eat cod fillets is characterized by comprising the following basic components in percentage by weight: 95-95.5% of cod fillets, 2.9-3.1% of sugar, 0.4-0.6% of salt, 0.9-1.1% of monosodium glutamate and 0.05-0.15% of citric acid. The processing method comprises the following steps: 1. cleaning and draining cod; 2. mixing the cod with auxiliary materials according to the formula; 3.curing so that the auxiliary materials are infiltrated into the cod; and 4. drying and cooling. The ready-to-eat cod fillets obtained by the processing method have the advantages that the formula is reasonable, namely the ginger powder can remove odor of the cod, nucleotide can enhance delicious flavor of the cod fillets, and the citric acid can enhance appetite of people and promote digestive absorption of calcium and phosphorus substances in a human body; and the processing method is scientific, namely the cod fillets are sterilized by high temperature steam and are vacuumized so as to ensure food safety, the cod is dried and cooled for a plurality of times and moisture is strictly controlled so as to prolong the shelf life of the food, and the quality of the cod fillets is well guaranteed through repeated inspection and measurement.

The invention discloses a manufacturing method for extracting and processing fresh juice stock solution by using dendrobium officinale as a raw material. The method furthest protect the color, flavor, nutrition and effective ingredients of dendrobium officinale fresh juice by surface sterilization of the collected fresh dendrobium officinale and technology of juicing, enzymolysis, vacuum degasification, micro-filtration, ultra-filtration, sterile filling, high-temperature instantaneous sterilization and the like, and meanwhile, the product is favorable for storing and realizing industrializedproduction. The dendrobium officinale is processed into the dendrobium officinale fresh juice stock solution which is easy to store, convenient to carry, simple to administrate, good in mouthfeel andeasy to absorb and has health-care nutritional components and medicinal functions; the fresh juice stock solution does not contain any additive; and the content of the fresh juice stock solution reaches over 99 percent. The dendrobium officinale fresh juice stock solution can be administrated separately, also can be added into mineral water to form health-care beverage, also can be dissolved intowine to form nourishing health-care wine, and can be added into high-grade dishes to form nourishing dishes for eating.

The invention relates to a technology for detecting and processing isolated stone groups in the shield excavation karren section, in particular to a method for processing isolated stone groups in the shield excavation karren section, aiming to solve the problems that the isolated stone groups can not be detected accurately and processed rapidly by using the traditional method. The method comprises the following steps: finding out the section probably having the isolated stone groups according to a geological survey report; arranging testing holes along the longitudinal direction of a tunnel in the section having the isolated stone groups, putting PVC (polyvinyl chloride) pipes in the testing holes, disposing dense small holes on the walls of the PVC pipes, sealing the bottom ends of the PVC pipes, filling the testing holes with water, arranging electrodes in the PVC pipes in the adjacent two holes, detecting by crossing holes and collecting data by using a high-density resistivity instrument, and determining the position of the isolated stone; optimizing a blasting design, positioning blasting charges accurately by using a counter weight, blasting the holes at the periphery of the isolated stone first to squeeze to generate a space, and then blasting the holes row by row. The method is used for detecting the isolate stone accurately, adopts a simple process, uses the blasting technology to ensure that the biggest blasted isolated stone is less than 25cm, avoids the secondary blasting and has high isolated stone processing efficiency.

The invention discloses a production system for engineering auxiliary facility steel structure fixing fasteners. The production system comprises a moving system, a grooving system, a clamping system, a hole forming system, an assembling system and a high-temperature system arranged above the moving system. According to the production system, fasteners with multiple functions can be produced, on one hand, the productivity can be improved, the cost can be reduced, on the other hand, the machining mode in the production process is scientific, the grooving system adopts three-component and three-section grooving, raw materials are not penetrated in the grooving process, and the raw materials are not prone to being damaged; and by means of the production system, in the grooving and hole forming operation processes, cooling liquid spraying and blowing cooling cold treatment auxiliary means are carried out at the same time, on one hand, the situation that raw materials are internally damaged can be effectively avoided, on the other hand, a large number of chippings and residues generated in the machining process can be removed, and the machining precision is improved.

The invention discloses a garbage incinerator with an energy conversion device. The garbage incinerator comprises a shell, a catalytic separating and closing plate, a gas furnace and the energy conversion device, wherein a cavity is formed in the shell, the top of the cavity is provided with a garbage feed door, the interior of the cavity is provided with an isolation screen plate which can guide garbage onto the catalytic separating and closing plate, an ash storage box used for collecting ash is arranged under the catalytic separating and closing plate, the gas furnace is arranged on the outer side wall of the shell, and the energy conversion device is connected with the gas furnace to convert heat into electric energy. According to the garbage incinerator, the gas furnace is arranged on the shell so that heat generated during garbage incinerator is used for heating the gas furnace, then the heat is converted into the electric energy through the energy conversion device, reuse of waste gas and waste is achieved, the utilization rate of the garbage is increased, and a garbage treatment mode is more scientific and more reasonable.

The invention discloses a production system for steel structure fixed fasteners of engineering auxiliary facilities, including a moving system, a slotting system, a clamping system, a hole opening system, an assembly system, and a high-temperature system arranged above the moving system; the production system of the invention It can produce fasteners with multiple functions. On the one hand, it can increase production capacity and reduce costs. On the other hand, the production process is scientifically processed. The slotting system uses three components and three-stage slotting. The slotting process does not penetrate the raw materials, which is not easy to cause damage. Raw material damage, the production system of the present invention simultaneously performs cooling liquid spraying and air blowing to cool down the auxiliary means of cold treatment during the slotting and drilling process, on the one hand, it can effectively avoid the occurrence of damage to the raw material, on the other hand, it can remove the damage in the processing process. A large amount of chip residue is generated to improve machining accuracy.

The invention provides a biotechnology preventive medical waste cleaning device, which relates to the technical field of waste treatment. The biotechnology preventive medical waste cleaning equipment includes a liquid collection tank, a processing tank, two moving devices, two feeding devices and two pressing devices, and the top of the pressing device is fixedly connected with the inner top of the processing tank The back sides of the two feeding devices are all fixedly connected to the front of the processing box, and the opposite sides of the two moving devices are respectively fixedly connected to the left and right sides of the processing box, and the moving device includes a support plate and a connecting block , a groove, two connecting columns, the first cylinder, the first telescopic rod, two connecting plates and two circular holes. By setting up the first cylinder, the first telescopic rod, the connecting block, the connecting plate, the chute, the sliding column and the movable column, the biological technology solves the problem of low efficiency of medical waste treatment by using the waste cleaning equipment for preventive medicine.

The invention discloses a continuous treatment method of oily sludge. The continuous treatment method comprises a special continuous treatment system. The special continuous treatment system structurally comprises a dehydration unit for primarily dehydrating the oily sludge, a pyrolysis unit for pyrolyzing the primarily dehydrated oily sludge into oily steam and solid impurities and a recovery unit for separately recovering oil-containing steam and solid impurities, wherein the dehydration unit, the pyrolysis unit and the recovery unit are sequentially connected through a conveying pipeline or / and a conveying device. The continuous treatment system disclosed by the invention is reasonable in structure; and the treatment method is scientific, can realize whole-course zero emission in the oily sludge treatment process, is carried out strictly according to the treatment specifications of the Ministry of Environmental Protection on related three wastes (wastewater, waste gas and waste residues), and meets the overall requirements of three processes (harmlessness, reduction and recycling) in the treatment process.

The invention discloses a method for producing a carbon-based bacterial fertilizer by feeding hermetia illucens by adding biochar into livestock and poultry manure, which comprises the following steps of: firstly, adding biochar, glucose and bacillus velezensis in a certain proportion into collected livestock and poultry manure, placing the livestock and poultry manure for a certain time, and then putting a certain amount of hermetia illucens larvae into the livestock and poultry manure for feeding; and when the hermetia illucens larvae grow to a pre-pupa stage, performing screening to obtain hermetia illucens bodies and a carbon-based bacterial fertilizer. The treatment method for the livestock and poultry manure is simple and scientific, the biochar has rich functional groups and dissolved organic carbon, the surface of the biochar has a high pore structure and a high specific surface area, veterinary drug residues, heavy metal ions and the like in the livestock and poultry manure can be adsorbed, and the influence of toxic and harmful substances on the growth of hermetia illucens is effectively reduced; glucose is mainly used for providing a sufficient carbon source for rapid activation and mass propagation of bacillus velezensis; and the bacillus velezensis can improve the conversion efficiency and biological control effect of hermetia illucens on livestock and poultry manure.

The invention discloses a treatment method capable of killing viruses in in vitro blood. By arranging a a lead sealed box which integrates functions of X-ray irradiation, halogen lamp light irradiation and X-ray radiation shielding and is internally provided with an irradiation cavity, an in vitro blood sample with a methylene blue photosensitizer is subjected to a method of X-ray irradiation andhalogen light irradiation in the irradiation cavity at the same time, and the viruses, bacteria and lymphocytes with the immunological activity in the blood are killed. The invention further disclosesa device capable of killing the viruses in the in vitro blood. For the treatment method and the device disclosed by the invention, as two existing step-by-step single treatment processes are finishedat the same time by being integrated in one lead box body, the treatment space is greatly compressed, the treatment time is shortened, the treatment quality and the working efficiency are improved, equipment is further simplified, repeated packaging, round-trip transportation and sample between-group errors of the blood sample are omitted, ensurrance of the consistency of treatment results is facilitated, and thus the defects existing in the aspect of singly treating the in vitro blood step by step at present are effectively overcome.

The invention discloses a moxibustion formula for relieving gastrointestinal dysfunction, which belongs to the technical field of moxibustion and comprises the following components: moxa, traditional Chinese medicine composite powder, wort, tripterygium wilfordii filament and citrus volatile oil. The moxibustion formula for relieving gastrointestinal dysfunction is reasonable in raw material matching, scientific in raw material treatment mode, capable of achieving mutual matching, easy to roll, convenient to process, sufficient in combustion during moxibustion and remarkable in effect.

The invention relates to the technical field of road construction and particularly relates to a pavement construction segregation treatment method. The method comprises steps of crushing and screening aggregate particles; adding an additive into the aggregate particles, and uniformly mixing to form an aggregate particle mixture; heating to melt asphalt, adding the aggregate particle mixture, and fully stirring and uniformly mixing to obtain an asphalt mixture; a pavement laying area being selected, and a road base being detected; paving the asphalt mixture layer by layer and compacting. The method is advantaged in that according to the particle size of aggregate particles, an asphalt aggregate mixture with a large particle size is firstly paved, then an asphalt aggregate mixture with a small particle size is paved, and the aggregate particle mixture with the small particle size can be inserted into gaps of the aggregate particle mixture with the large particle size to a certain extent, so a distance between the aggregate particles is reduced, and the compacted pavement is more compact; mixture of aggregate with large and small particles and asphalt jointly plays a role in bearing, and finally the overall bearing capacity and natural disaster resistance are optimized.

A process for preparing the quickly frozen stuffed double-layered lotus root slice includes such steps as slicing lotus root, preparing the stuffing from vegetables and meat, preparing paste from starch, filling stuffing between two lotus root slices, pre-steaming, coating paste, frying in hot oil, quick freezing and packing. It has unique taste and rich nutrients.

The invention discloses a garbage combusting furnace, which comprises a casing, a catalyzing opening and closing plate, a separating device, a gas conveying pipe and a combustible gas storage and filtering tank, wherein the interior of the casing is provided with at least one chamber along the width direction; a heating body is paved on the catalyzing opening and closing plate; the catalyzing opening and closing plate is arranged at the inner wall of the chamber and is used for separating the chamber into a garbage catalyzing chamber and a garbage separating chamber along the vertical direction; the garbage separating chamber is communicated with the garbage catalyzing chamber; a garbage slag storage tank and a non-catalytic material storage tank are arranged in the garbage separating chamber; the separating device is used for separating garbage slag and non-catalytic materials, and the combustible gas storage and filtering tank is used for collecting the combustible gas produced by the catalyzing reaction. The garbage combusting furnace has the advantages that the separating device in the casing is used for separating the garbage slag and the non-catalytic materials, and the combustible gas storage and filtering tank is used for collecting the combustible gas in the chamber, so the complexity of garbage components is reduced, and the garbage is conveniently further classified and treated, and the waste gas is reutilized.

The invention discloses a garbage incinerator with a separation device. The garbage incinerator comprises a shell, a catalytic separating and closing plate, a gas furnace and an energy conversion device, wherein a cavity is formed in the shell, the top of the cavity is provided with a garbage feed door, the interior of the cavity is provided with an isolation screen plate which can guide garbage onto the catalytic separating and closing plate, an ash storage box used for collecting ash is arranged under the catalytic separating and closing plate, the gas furnace is arranged on the outer side wall of the shell, and the energy conversion device is connected with the gas furnace to convert heat into electric energy. According to the garbage incinerator, the gas furnace is arranged on the shell so that heat generated during garbage incinerator is used for heating the gas furnace, then the heat is converted into the electric energy through the energy conversion device, reuse of waste gas and waste is achieved, the utilization rate of the garbage is increased, and a garbage treatment mode is more scientific and more reasonable.

The invention discloses a resourceful treatment method for a waste piezoresistor and belongs to the technical field of resource utilization of electronic waste. According to the technical scheme, the resourceful treatment method for the waste piezoresistor comprises the steps of removing insulating paint skin with solvent mixed flow; removing nickel-iron alloy wires and soldering tin through low-temperature liquid nitrogen refrigeration and mechanical collision; and recycling silver scraps through high-temperature scraping and reciprocating sieving. In the resourceful treatment process of the waste piezoresistor, no incineration pollutant or acid-containing waste water or waste water containing heavy metal ions or waste residue is discharged; in addition, fuel combustion for energy supply is not needed in the whole process; energy conservation and environment protection are achieved to a greater extent; in addition, the refining degree, the comprehensive output value and the input-output of the process are far above those of traditional treatment processes.

The invention discloses a device for treating carbon tetrachloride in groundwater with a spiral-flow aeration method, and a carbon tetrachloride removing method. The device comprises a buffering rank, a water inlet device, a spiral-flow device, a carbon tetrachloride separation device, an aeration device, a clear water outlet pipe, a catalysis detector, a sludge discharge pipe, a support, and a control system. The buffering tank is arranged on the bottom of the support. The spiral-flow device and the carbon tetrachloride separation device are arranged on the upper part of the support. The bottom of the buffering tank and the middle part of one side of the spiral-flow device are connected through the water inlet device. The top center of the spiral-flow device and one side of the carbon tetrachloride separation device are connected through a pipe. The aeration device is connected to the upper part of the spiral-flow device. The sludge discharge pipe is arranged on the bottom of the spiral-flow device. The clear water outlet pipe and the catalysis detector are arranged on the upper part of the front side of the carbon tetrachloride separation device. The control system is also arranged on the support. The catalysis detector is connected with the control system through a lead wire. The device used for treating carbon tetrachloride in groundwater adopts the spiral-flow aeration method, and has the advantages of low energy consumption, high treatment efficiency, and low land occupation. The device is suitable to be used for treating groundwater containing carbon tetrachloride.

The invention discloses a garbage incinerator with a separation device. The garbage incinerator comprises a shell, a catalytic separating and closing plate, a gas furnace and an energy conversion device, wherein a cavity is formed in the shell, the top of the cavity is provided with a garbage feed door, the interior of the cavity is provided with an isolation screen plate which can guide garbage onto the catalytic separating and closing plate, an ash storage box used for collecting ash is arranged under the catalytic separating and closing plate, the gas furnace is arranged on the outer side wall of the shell, and the energy conversion device is connected with the gas furnace to convert heat into electric energy. According to the garbage incinerator, the gas furnace is arranged on the shell so that heat generated during garbage incinerator is used for heating the gas furnace, then the heat is converted into the electric energy through the energy conversion device, reuse of waste gas and waste is achieved, the utilization rate of the garbage is increased, and a garbage treatment mode is more scientific and more reasonable.

The invention discloses a waste combustion furnace with tile arc structures. The waste combustion furnace comprises a shell, a catalytic separation and combination plate, a separation device, gas pipes and a combustible gas storage and filtration tank, wherein at least one chamber is formed in the shell along the width direction; a heating body is laid on the catalytic separation and combination plate; the catalytic separation and combination plate is arranged on the inner wall of the chamber to longitudinally divide the chamber into a waste catalysis chamber and a waste separation chamber communicated with the waste catalysis chamber; a waste residue stacking tank and a non-catalytic substance stacking tank are arranged in the waste separation chamber; the separation device is used for separating waste residues from non-catalytic substances; the combustible gas storage and filtration tank is used for collecting combustible gas generated by catalytic reaction. According to the waste combustion furnace, the separation device is arranged in the shell to separate the waste residues from the non-catalytic substances, and the combustible gas storage and filtration tank is used for collecting the combustible gas in the chamber, so that waste component complexity is reduced, and waste can be further classified and treated conveniently, and waste gas can be reused.