96results about How to "Reduce sterilization costs" patented technology

The invention provides a method and a system for air conditioner sterilization and an air conditioner. The air conditioner sterilization method sequentially comprises a sterilization step and a balance step; the sterilization step comprises the steps that the air conditioner is operated in a heating mode, so that the air temperature inside the air conditioner is higher than a first temperature, and then the interior of the air conditioner is sterilized; and the balance step is used for closing the an air conditioner compressor and controlling an air guide plate and / or an inner fan, so that thetemperature and / or the pressure inside the air conditioner are reduced. According to the method, the structure of the air conditioner does not need to be changed, and an indoor unit of the air conditioner can be mildew removed and sterilized.

The present invention discloses a phosphate or metaphosphate based visible-ultraviolet up-conversion luminescence material doped with rare earth ions, wherein phosphate or metaphosphate serves as a substrate, and the substrate material is doped with Pr<3+>; a molar ratio of phosphate or metaphosphate to Pr<3+> is (0.9-3):(0.01-0.1). The present invention further provides a preparation process of the material, comprising: (a) according to the chemical formula, weighing oxide materials of corresponding elements and ammonium dihydrogen phosphate according to a stoichiometric ratio; and (b) grinding the weighed materials, burning the ground materials at the temperature of 850 to 950 DEG C for 2.5-4 h, cooling the materials to the room temperature, and grinding the materials to obtain a powder-like up-conversion luminescence material. It is experimentally proved that when excited by a common light source (such as an incandescent lamp, an xenon lamp, a fluorescent lamp and an LED lamp), especially by sunlight, the material can emit ultraviolet light UVC that can effectively kill bacteria; and the material has a broad application prospect in the fields of food safety and environmental protection.

The invention discloses a preparation method of a porous diatomite-based AgO ceramic material, comprising the following steps of: firstly, preparing fine diatomite by raw diatomite, mixing the find diatomite, water, sodium carbonate, polyacrylamide and polyvinyl alcohol to prepare wet powder, extruding and sintering the wet powder to prepare porous ceramic strips, and then preparing the porous ceramic strips into required ceramic particles; soaking the ceramic particles in a silver nitrate solution, adding a potassium persulfate solution and a potassium hydroxide solution into the solution for reaction for 1-4 hours, and filtering out the ceramic particles; and washing and drying the filtered ceramic particles to obtain the porous diatomite-based AgO ceramic material. The porous AgO-carried ceramic material is prepared with method provided by the invention, AgO is an efficient bactericide, and porous ceramic is a filter medium with high cost performance, thereby the prepared novel material can be used for sterilizing and filtering in water, reducing the loss of the AgO, and lowering the water treatment cost. The preparation method has the advantages of simplicity in process and preparation equipment, low preparation cost and no pollutant discharge.

Separation of tropical moniliasis strain and production of xylitol are disclosed. The process is carried out by amplification culturing to obtain seed liquid, preparing hemicellulose hydrolyte culture medium, circulating and reutilizing. It has excellent sugar-tolerance and mithridatism. It could be used above time times.

The invention discloses a sterilization device for bottle preforms. The sterilization device comprises a sterilizing agent treatment unit and multiple spray nozzles which are installed on a sterilization star-wheel plate and rotate along with the sterilization star-wheel plate, an air outlet end and an air inlet end of a sterilization steam distributor are respectively connected with the sterilizing agent treatment unit and the spray nozzles through conveying pipes, the spray nozzles are located over the bottle preforms grabbed by the sterilization star-wheel plate and can spray vaporized sterilizing agents into the bottle preforms, a recovery cover capable of covering the spray nozzles is arranged on the periphery of the sterilization star-wheel plate, an air outlet in the top of the recovery cover is communicated with a sterilizing agent recovery unit through a recovery pipe. The sterilization cost is low, the sterilization effect is good, and the sterilization device does not corrode a heating machine or other devices in the sterilization process.

The invention discloses a non-sterile production method of a soft package infusion terminal. The non-sterile production method comprises the steps that bag making is conducted; conveying is conducted before sterilization, and sealed empty bags are conveyed to a tray loading position; trays are loaded with the empty bags, the empty bags are placed on the sterilization trays, and the trays are stacked, so that a sterilization trolley is formed; sterilization is conducted, the sterilization trays are conveyed into sterilization equipment, and the whole trolley of empty bags are sterilized; the empty bags are unloaded from the trays, the sterilized empty bags are conveyed to a tray unloading position from the sterilization equipment, the sterilization trolley is disassembled into the independent sterilization trays through tray disassembly, and then bag unloading is conducted on each sterilization tray; conveying after sterilization is conducted, the empty bags unloaded from the sterilization trays are conveyed to a filling and sealing position; and filling and sealing are conducted, and the empty bags are filled and sealed. According to the method, the empty bags are sterilized after bag making and before filling, and sterilization does not need to be conducted any more after the soft bags are filled and sealed; the protection technique is excellent, and potential safety hazards generated during sterilization of the soft bags can be obviously reduced; meanwhile, the sterilization cost of the soft bags is reduced, and the sterilization efficiency of the soft bags is improved. The invention further discloses a non-sterile bag making, filling and sealing device of the soft package infusion terminal.

The invention belongs to the technical field of cultivation of black funguses, in particular to a culture medium containing China-hemp stalk cores and process used for cultivation of black funguses. The culture medium containing China-hemp stalk cores is prepared by crushing, weighing, stirring and sealed stack fermentation, bagging and sterilization of raw material. The raw material comprises the following ingredients including 50-82 parts by weight of China-hemp stalk cores, 0-32 parts by weight of mixed sawdust, 0-15 parts by weight of wheat bran, 0-15 parts by weight of rice bran, 1.5-3 parts by weight of bean flour, 0-1.5 parts by weight of lime, and 1 part of plaster. The culture medium containing China-hemp stalk cores is used for the process of cultivation of black funguses. The process comprises the following steps: inoculation, mycelium culture, after-ripening, formation of holes in cultivation bags, pregermination, fruiting management and harvesting and sun-drying. The resources of China-hemp stalk cores are applied to the technical field of cultivation of black funguses. Therefore, the resources of China-hemp stalk cores are reasonably utilized in order to avoid waste and environment pollution. The rich nutritional ingredients of China-hemp stalk cores are fully utilized. The natural and antibacterial feature and resistance to pests and diseases can effectively reduce the contamination rate during the cultivation process of black funguses so that yield and quality of black funguses are improved.

The invention discloses an environment-friendly explant sterilizing solution, namely a garlic aqueous solution, which is prepared by peeling the garlic, mashing, and then mixing with sterile distilled water according to a weight ratio (by volume) of (1-9):1. The invention further provides an environment-friendly explant sterilizing method based on the sterilizing solution, wherein plant explant is immersed into the garlic aqueous solution for sterilizing. The new explant sterilizing method, namely the garlic aqueous solution method is moderate for treated plants, high in sterilization rate which can be up to 100%, stable in sterilizing effect, simple to operate, low in cost, and friendly to environment.

The invention discloses a preparation method and application of quaternary ammonium salt-N-halamine nano antibacterial fibers. The preparation method includes: performing activation preprocessing on natural fibers, allowing the activated natural fibers to have grafting reaction with a multi-amino polymer compound or a multi-amino multi-sulfydryl polymer compound, then grafting with quaternary ammonium salt, using a crosslinking agent to perform crosslinking, and bleaching to obtain the quaternary ammonium salt-N-halamine nano antibacterial fibers. The prepared quaternary ammonium salt-N-halamine nano antibacterial fibers have contact type and release type bifunctional antibacterial functions and are capable of increasing sterilizing speed, capable of achieving sterilizing under normal temperature, high in sterilizing performance, lasting in effect, less prone to tolerance generation, widely applicable to many fields such food packages, food fresh-keeping, medical equipment, public sanitation and water purification systems and promising in application prospect.

The invention discloses a rare earth ions doped fluoride matrix visible-ultraviolet upconversion luminescence material. In the material, fluoride acts as a matrix, Pr3+ is doped in the matrix material, and the molar ratio of elements is: fluoride:Pr3+ = 0.7-0.99:0.01-0.1. In addition, the invention further provides a preparation process of the material. The preparation process comprises: (a), according to the chemical formula, precisely weighing out a carbonate material or an oxide material of the corresponding element and ammonium biphosphate in accordance with the stoichiometric ratio; and (b) grinding the material into powder, burning the material at the temperature of 700-1,000 DEG C for 1.5-4 h, cooling the material to the room temperature, and grinding the material to obtain a powdery upconversion luminescence material. It is experimentally proved that the material, when excited by a common light source (such as an incandescent lamp, an xenon lamp, a fluorescent lamp, or an LED lamp) or especially sunlight, can emit UVC ultraviolet light capable of effectively killing bacteria. The material has better application prospects concerning food safety and environmental protection.

The invention discloses a photodynamic sterilization fresh-keeping film for packaging ready-to-eat jellyfish. The photodynamic sterilization fresh-keeping film is prepared in the mode that food-gradecurcumin and food-grade EDTA disodium are compounded to serve as a photosensitizer compound, chitosan and glycerinum are combined to serve as a matrix material, and a solution-casting method is conducted. After the photodynamic sterilization fresh-keeping film is adopted to package the ready-to-eat jellyfish, the photodynamic sterilization fresh-keeping film is matched with non-toxic LED visible light sources for use, and thus the aerobic bacterial count on the ready-to-eat jellyfish is effectively decreased. The tests show that the disinfection rate of the photodynamic sterilization fresh-keeping film on the ready-to-eat jellyfish is up to 99.9%, the sterilization effect is significant, the flavor and taste of the ready-to-eat jellyfish are not significantly affected, the shelf life of the ready-to-eat jellyfish can be prolonged from one month to five months, and the food safety problem of the ready-to-eat jellyfish is ensured.

The invention relates to a medical garbage sorting sterilization treatment method, comprising the following steps: (1) garbage collecting: adopting to a sealed way to collect garbage; (2) sorting: separating the chunk materials and the bulk materials which can be recycled separately; (3) crushing: crushing all the materials needed to be treated together in a sealing condition; (4) separating: according to the specific weight and magnetism of materials, separating the medical garbage into four types by a mechanical way: lighter materials, heavier materials, magnetic materials and residual materials; (5) sterilizing: sterilizing the lighter materials, the heavier materials and the magnetic materials in different ways, and sealing and pressing the residual materials into blocks directly without sterilizing; (6) burning and recycling: recycling the lighter materials, the heavier materials and the magnetic materials and burning the residual materials by sending the materials into a special garbage incinerator. The invention facilitates recycling of physical resources and reduces energy consumption and air pollution.

The invention discloses a novel explant used in plant tissue culture. A tender shoot in the vegetation season is taken as an explant. The tender shoot is a segment of new shoot or branch of 5-10 centimeters in length below the stem top of a plant in the vegetation season. The invention further discloses a sterilizing method of the tender shoot explant. The sterilizing method comprises the following steps: preparing a sterilizing aqueous solution by using garlic; and soaking the tender shoot into the solution for sterilizing. The tender shoot in the vegetation season is taken as the explant for tissue culture, so that the application range of the plant tissue culture explant is expanded; the inoculation time of the explant under a natural condition is prolonged; compared with conventional leaf bud and stem tissue culture, in the invention, the combination of the tender shoot in the vegetation season and the garlic solution has the advantages that the tissue culture time is shortened, the tissue culture cost is reduced, and the operation is relatively easy.

The invention provides sterilization equipment used in a frozen food production process and relates to the field of food production equipment. The sterilization equipment comprises a main box, a sterilization mechanism and a recycling mechanism, wherein a servo motor is mounted at the top of a motor table, one end of a screw rod is rotationally connected to an output end of the servo motor, the other end extends to the inner side of the main box, a side plate is fixedly connected to the inner wall of the main box, a movable table is in threaded connection onto the screw rod, an adjusting blockis fixedly connected to the top of the side plate, a baffle is fixedly connected to the top of the adjusting block, a sterilization liquid box is fixedly connected to the top of an inner cavity of the main box, and a spray head assembly is mounted at the bottom of the sterilization liquid box. By arrangement of the sterilization mechanism, a sterilization liquid is sprayed to sterilize frozen food, the frozen food is turned over by the adjusting block and the baffle, so that two sides of the food are uniformly sprayed, the sterilization effect is improved, the sterilization liquid is low in cost, high in continuous sterilization capacity, degradable, safe and environmentally friendly.

The invention relates to an apparatus of hernia laparoscopic surgery for children, and belongs to the technical field of medical apparatuses and instruments. The apparatus is composed of a threading needle, a suture hooking needle, a hollow puncture needle sheath and a puncture needle. The needle head of the threading needle is sharp and provided with a small hole. A groove is formed in the needle head of the suture hooking needle. An external thread is arranged on the tail of the puncture needle sheath. The needle head of the puncture needle is sharp. An internal thread matched with the external thread on the tail of the puncture needle sheath is arranged on the tail of the puncture needle. The apparatus has the advantages of being easy and convenient to operate, small in injury to patients, convenient to disinfect and sterilize, capable of conducting autoclaving, low in cost, capable of being repeatedly used, high in utilization rate and low in use cost.

The invention discloses a sterilization method of an edible fungus stick. The sterilization procedure contains 6 periods: temperature increasing I, temperature preservation I, temperature increasing II, intermittent temperature increasing I, temperature preservation II and intermittent temperature increasing II. The microwave power in temperature increasing I is 1.5-2.0 kW, and the sterilization time is 12-40 min; the microwave power in temperature increasing II is 1.0-1.5 kW, and the sterilization time is 0-60 min; the microwave power in intermittent temperature increasing I is 0.5-1.0 kW, the time in intermittent temperature increasing I comprises microwave work time and intermittent time, each time is 0-60 seconds, and total time is 0-200 min; the microwave power in intermittent temperature increasing II is 0.2-0.5 kW, the time in intermittent temperature increasing I comprises microwave work time and intermittent time, each microwave time is 0-20 seconds, intermittent time is 0-40 seconds, and total time is 0-500 min; the time in temperature preservation I is 0-60 min; the time in temperature preservation II is 0-60 min. The problems of traditional steam sterilization of being long in sterilization time, low in efficiency, high in cost and prone to environmental pollution are solved, and edible fungus stick steam sterilization is a safe, efficient, energy-saving and environment-friendly sterilization method.

The invention discloses a preparation process of cell-wall-disrupytion bee pollen beans or bee pollen sheets without additives. The preparation process comprises the following steps: taking bee pollen raw materials; drying; carrying out cell wall disrupytion; and adding purified water to pelletize and press to obtain the bee pollen beans or bee pollen sheets, and preferably further can comprise the steps of packing and sterilizing. According to the preparation method of the bee pollen beans or bee pollen sheets, only a solid preparation which is mechanically processed into beans or the bee pollen sheets is used, any auxiliaries or food additives are not added, food safety problems caused by food additives do not exist, the original fragrance of bee pollen is kept, the utilization rate of nutritional ingredients of the bee pollen is high and full, and the cell-wall-disrupytion bee pollen beans or bee pollen sheets without additives are stable and reliable in quality, convenient to carry and easy to use.

The invention belongs to the technical field of syringes, in particular suitable for a drug injection mode for animals, and discloses a pre-filled high-temperature sterilization syringe. The pre-filled high-temperature sterilization syringe comprises a tube cap, a needle tube, a push rod and a piston, wherein the part, near the handle end of the needle tube, of the needle tube is provided with a stop ring, and the front end of the needle tube is provided with an external thread; the tube cap is provided with an internal thread, and the tube cap and the needle tube are assembled through rotation of the threads; the outer diameter of the push rod is matched with the inner diameter of a handle, and the outer diameter of the piston and the inner diameter of the needle tube are in an interference fit for sealing; the stop ring is welded to the part, near the handle end of the needle tube, of the needle tube, and during assembly, the push rod runs through the inner hole of the handle and assembled with the piston so as to form a locking structure after assembly. According to the pre-filled high-temperature sterilization syringe, a filling machine is used to inject a certain amount of drug liquid through the top of the needle tube of the syringe, the tube cap and the needle tube are assembled through rotation of the threads so that sealing and locking can be achieved, and the syringe is delivered into a sterilization chamber for steam sterilization at a high temperature of 121 DEG C for 30 minutes.

The invention discloses a movable ultraviolet LED sterilization and disinfection device which comprises a box body. An ultraviolet LED sterilization mechanism, a fan, a storage battery pack and a controller are arranged in the box body; a movable platform is arranged at the bottom of the box body; a top probe is arranged at the top of the box body; and a bottom probe is arranged at the bottom of the box body. The device of the invention has the beneficial effects that the optical fiber coupled ultraviolet LED sterilization and disinfection device and the movable platform are combined into a whole, connection is convenient, and movable ultraviolet LED sterilization and disinfection are achieved; each system can be modularly produced and is easy to assemble and maintain, so that the manufacturing cost and the maintenance cost are greatly saved; an ultraviolet LED chip used for ultraviolet LED sterilization and disinfection is small in occupied space, and the device can be small, exquisite and light; besides an ultraviolet LED sterilization mode, the device can spray a disinfectant at the same time, and sterilization and disinfection are more thorough; the device can be applied to various occasions such as subway carriages, high-speed rail carriages, canteens and food and drug processing workshops, and is low in sterilization cost, efficient and rapid.

The invention relates to a PHB biosynthesizing method, in particular to a method for biosynthesizing poly-beta-hydroxy butyric acid (PHB) by utilizing mixed methane-oxidizing bacteria, and aims to solve the problem of high extraction cost of the PHB caused by low content of the PHB in current mixed bacteria and the problem that methane-oxidizing bacteria are quickly inactivated and cannot grow due to impurities in synthesis gas. The method comprises the following steps: 1, inoculating a bacterium solution of the mixed methane-oxidizing bacteria into an inorganic salt culture medium for culturing, and replacing mixed gas at a time interval of 12h during the period; 2, continuously culturing the bacterium solution, replacing air at a time interval of 24h during the period, putting half of a culture into the inorganic salt culture medium after culturing is finished, and continuously performing habituated culture for 10 times to obtain the mixed methane-oxidizing bacteria which are capable of growing in the mixed gas and are rich in the PHB; 3, inoculating the mixed methane-oxidizing bacteria which are obtained by screening into the inorganic salt culture medium, replacing the air with the mixed gas, performing culturing, ending culturing, and determining the content of the PHB. The method is used for synthesizing the PHB.