8results about How to "No security risk" patented technology

This invention provides the preparation and application of a strain of *Lactiplantibacillus plantarum* INM3104 that reduces raffinose in whole grain dough. This strain, *Lactiplantibacillus plantarum* INM3104, which degrades raffinose, was deposited at the Guangdong Provincial Microbial Culture Collection Center on April 11, 2024, with accession number GDMCC NO:64512. The advantages are: it only reduces the raffinose content in whole grain products, while also improving the flavor and quality of the whole grain products; the whole grain products produced using this preparation do not affect the overall processing of the whole grain products after fermentation, not only improving the taste of the whole grain products but also reducing the adverse factors associated with whole grain products.

This invention relates to molded articles made from pulp compositions possessing grease and water resistance properties. Food-safe compositions and articles thereof possessing grease and water resistance properties are provided, comprising petroleum wax-based aqueous emulsions, food-safe coating formulations, and alkyl ketene dimers (AKD), wherein the compositions exhibit grease and water resistance properties and are free of fluorinated compounds. Methods for manufacturing the compositions are provided, as well as methods for using the compositions to form pulp molded articles such as food-safe containers and other pulp-based food packaging and utensils.

This invention relates to a method for calibrating a continuous casting solidification heat transfer model using a low-magnification model of a cast billet. Without requiring precise data on the model's physical properties, and without relying on nail guns or temperature measurement, the model is calibrated by reading the low-magnification value of the cast billet and determining the shell thickness during the process. The cast billet is obtained using a light-pressure continuous casting process. The shell thickness H corresponding to at least two rolls in the light-pressure region of the continuous casting is read from the low-magnification value of the cast billet. The shell thickness corresponding to the N# roll is recorded as Hn, and the shell thickness of the N+1# roll is Hn+1. The solidification position of the rolls corresponding to the shell thickness equal to H is found from the model's calculation results. The spacing between the aforementioned two or more roll positions is calculated. The calculated roll spacing is compared with the actual roll spacing. The equivalent thermal conductivity m is adjusted until the calculated roll spacing is closest to the actual roll spacing. Then, the equivalent thermal conductivity m is solidified, at which point the model is considered calibrated.

The utility model relates to the technical field of waste gas treatment, and discloses an adsorption regeneration non-condensable tail gas biological reduction system which comprises a biological compatibilization reactor, an oxygenation fan, a biological agent adding tank and a circulating water pump, a filter material layer is arranged in the biological compatibilization reactor, and microbial flora is loaded on the surface of the filter material layer; and the oxygenation fan is connected to the bottom of the biological compatibilization reactor through a pipeline. According to the utility model, the reduction of non-condensable tail gas organic pollutants in the adsorption regeneration process is realized through the matching of the biological compatibilization reactor, the oxygenation fan, the biological agent adding tank and the circulating water pump, the organic pollutants are degraded by utilizing microorganisms, the final products are carbon dioxide and water, other secondary pollution is avoided, combustion treatment processes such as high temperature and flame are not involved, and the environmental pollution is avoided. Therefore, the practicability, the reliability and the safety are taken into consideration, and meanwhile, the problem of non-condensable tail gas treatment in an adsorption regeneration process is solved.

The application belongs to the technical field of carbon dioxide capture, and discloses a high-energy-efficiency intelligent electrochemical carbon capture system, a capture unit, two closed loops for alternately operating, and a closed loop for capturing and releasing carbon dioxide, wherein the closed loop is composed of a capacitive adsorption device, an inductor and a metal oxide semiconductor field effect transistor; an energy storage and purification unit is used for purifying and storing energy of the captured carbon dioxide in the capture unit by means of a double-layer capacitor voltage transformation separation device, and the electric energy discharged from one capture unit is stored for supplying power to the closed loop of another capture unit; the double-layer capacitor voltage transformation separation device captures carbon dioxide during the energy storage process; and an energy monitoring unit is used for monitoring the alternately operating precise control of the capacitive adsorption device in the capture unit, realizing stable operation monitoring of the capture process, and supplementing the energy of the capacitive working loop in the energy storage and purification unit.

This utility model discloses an automated chip removal device for pipe fittings, comprising: a pushing mechanism; the pushing mechanism includes: a push rod and a push rod drive component; the push rod is hollow inside and connected to an air source; the outer side of the push rod has multiple air blowing holes communicating with its interior; the push rod drive component is kinetically connected to the push rod, so that the push rod extends into the pipe fitting along a first direction to remove residual chips and cutting fluid from the pipe fitting. This utility model automates the removal of residual chips from pipe fittings, is highly efficient, facilitates chip collection, and poses no safety risks.

The invention relates to equipment and a combat method for a swarm unmanned aerial vehicle. The wide application of the first-start unmanned aerial vehicle in modern warfare changes the trend of modern warfare and military equipment quietly. The bee colony unmanned aerial vehicle attacks in multiple levels and multiple directions, destroys multiple military facilities which are defended by enemy by heavy soldiers, and highlights the strategic value of the bee colony unmanned aerial vehicle. Meanwhile, compared with a high-cost guided missile, the low-cost unmanned aerial vehicle has the advantage that the economic benefit of the unmanned aerial vehicle is highlighted. According to the method, a mature technical scheme is used, the technology is reliable and feasible, one unmanned aerial vehicle of an enemy is autonomously identified, tracked, attacked and destroyed by one or more unmanned aerial vehicles equipped with the AI intelligent agents, the battlefield advantage is obvious, and military and important civil facilities of our can be effectively protected. The device is changed into civil equipment and is applied to civil emergency projects such as forest fire extinguishment, flood emergency large-area rescue and rapid transportation, and the social benefit is very remarkable; in wartime, civil equipment can be quickly changed into military use, and strategic significance is great.

This utility model discloses a flipping fixture for gearbox processing, relating to the field of gearbox processing auxiliary tools. It includes a worktable with multiple support rods on its top, and a top plate on top of each support rod; a horizontal moving assembly located at the bottom of the top plate; and a pair of first moving plates movably mounted on the horizontal moving assembly, which can drive the pair of first moving plates to move towards or away from each other. This utility model uses a second and a third bidirectional lead screw to adjust the positions of four pairs of locking blocks, and then uses a first motor to move the four pairs of locking blocks to abut against the eight corners of the gearbox for fixation. During processing, the circumferential position of the gearbox can be adjusted by a second motor, eliminating the need for repeated installation and disassembly of the gearbox during processing. This makes operation simple and eliminates safety risks.