10results about How to "Consistent distribution" patented technology

The present application relates to the technical field of polymer material recycling, and particularly relates to a battery PP diaphragm recycling and reprocessing device and a preparation method, which comprises a shell, an extrusion screw rod is installed in the shell, and a power assembly is connected to the end of the extrusion screw rod; a feeding hopper is installed on the shell and is close to one side of the power assembly; an air inlet assembly is installed on the lower side of the shell and is communicated with the inside of the shell, and an air outlet hole is arranged on the upper side of the shell; a heating assembly is sleeved on the outside of the shell; a discharging assembly is installed on the end of the shell and is arranged opposite to the power assembly, and a filter screen assembly is installed in the discharging assembly; and a detection assembly is installed on the shell and is used for detecting the temperature and pressure of the material in the shell.

This invention provides an online sulfate monitor, relating to the field of monitoring device technology. It includes a processing tank with a stirring assembly on its outer wall. The stirring assembly includes a long rod, a single-sided gear fixedly mounted on the outer wall of the long rod, a rack meshing with the outer wall of the single-sided gear, and an L-shaped bent rod fixedly mounted on the outer wall of the rack. A first elastic element is sleeved on the outer wall of the L-shaped bent rod. This invention, by setting up the stirring assembly, achieves thorough mixing of the liquid to be monitored. A motor drives the long rod to rotate the stirring rod. The design of the stirring rod adapting to the inner wall of the processing tank ensures uniform mixing of the liquid, resulting in a consistent distribution of sulfate ions and avoiding monitoring deviations caused by uneven concentration. Simultaneously, during the stirring process, the impact plate reciprocates through the elastic element's reset mechanism, preventing liquid from adhering to the tank wall. The scraper, under the action of the elastic element, rotates tightly against the bottom of the tank, effectively removing bottom deposits and reducing contamination of the sample.

This invention relates to the field of aero-engine technology, disclosing a combustion assembly and an aero-engine. The invention includes: a flame tube; an evaporator tube comprising a main pipe and several branch pipes, one end of the main pipe forming an evaporator tube inlet, the branch pipes corresponding to the other end of the main pipe, and the ends of the branch pipes away from the main pipe forming several evaporator tube outlets, which are located within the flame tube; and a fuel supply structure connected to the evaporator tube inlet. This invention, by arranging the branched evaporator tubes in a blood vessel-like pattern on the flame tube, increases the probability of fuel breaking up upon impact with the wall under the action of the branched structure, resulting in better fuel atomization. Simultaneously, because the branched evaporator tubes have a larger contact area with the hot wall surface, they absorb more heat, thus allowing the fuel to be heated more fully, thereby evaporating more fuel and ultimately improving combustion efficiency.

This invention belongs to the field of surface modification technology for metallic materials, specifically relating to a method for generating a conversion film on the surface of aluminum alloys. The method includes the following steps: Sodium hypophosphite and boric acid are added to deionized water and heated and stirred to obtain solution A; copper salt and sodium citrate are first added to deionized water and heated and stirred to obtain a complexed copper solution; solution A and the complexed copper solution are mixed, then nickel salt is added, followed by deionized water, and the mixture is adjusted to alkalinity to obtain a conversion solution; a pretreated aluminum alloy sample is placed in the conversion solution and magnetically stirred to generate a uniform conversion film on the surface of the aluminum alloy sample. Under alkaline conditions, copper ions are not promptly reduced to elemental copper, but instead form monovalent copper ions, which then rapidly react with aluminate ions to generate a ceramic film Cu2Al4O7 under suitable temperature and alkaline conditions. This ceramic film, due to its high hardness and high melting point, significantly enhances the wear resistance of the aluminum alloy surface.

This utility model discloses a cold-side jacket structure and a paraxylene crystallizer. The cold-side jacket structure includes an annular tube, a delivery tube, an inlet tube, and an outlet tube. Two annular tubes are arranged vertically at intervals. Multiple delivery tubes are arranged between two annular tubes and along the circumference of the annular tubes, with each delivery tube connected to two annular tubes at both ends. The inlet tube is connected to the lower annular tube and has a first porous component inside. The outlet tube is connected to the upper annular tube and has a second porous component inside. The cold-side jacket structure provided by this application solves the problem of uneven distribution of refrigerant fluid during flow within multiple delivery tubes.

This invention relates to the field of fungal culture technology, specifically to a temperature-controlled fungal incubator and method for Candida albicans. The temperature and humidity control components include a support cylinder, a rotating cylinder, a rotator, a heater, a water distribution pipe, multiple nozzles, a temperature and humidity sensor, and a gas circulator. The support cylinder is located at the center of multiple partitions and has multiple first through holes, which connect to independent spaces. The rotating cylinder has multiple second through holes and is rotatably mounted inside the support cylinder. The rotator drives the rotating cylinder to rotate. The heater and water distribution pipe are located inside the rotating cylinder, and multiple nozzles are mounted on the water distribution pipe. The heater is located on one side of the water distribution pipe. The temperature and humidity sensor is located inside the incubator. The gas circulator drives the gas to flow within the incubator. Multiple culture spaces can be isolated within the incubator for cultivation, thereby improving work efficiency.

The utility model discloses a flexible combination cable for a mobile system, which comprises two signal core wires and two control core wires, the signal core wires and the control core wires are twisted into a cable, the center and the outer side of the cable are filled with filling ropes, the signal core wires and the control core wires of the cable are wrapped by a wrapping tape, and a sheath is extruded on the wrapping tape; each signal core wire comprises a signal conductor, the signal conductor is formed by twisting a plurality of Category 6 + copper wires of phi 0.05 mm, a signal insulating layer is extruded on the signal conductor, a winding shielding layer is wound on the signal insulating layer, and the winding directions of the winding shielding layers in the two signal units are opposite; the control core wire comprises a control conductor, the control conductor is formed by twisting a plurality of Category 6 + copper wires of phi 0.05 mm, and a control insulating layer is extruded on the control conductor; the twisting direction of the signal conductors, the twisting direction of the control conductors and the twisting direction during cabling are consistent. The flexible cable is not only good in flexibility, but also excellent in electrical performance.

This application relates to a spray structure for a humidifier, including a spray element with a water collection tank. The water collection tank has a water inlet at its bottom. Multiple spray holes are provided on one side wall of the water collection tank, evenly distributed along the extension direction of the water collection tank. A preset height is maintained between the spray holes and the bottom of the water collection tank, allowing water to accumulate in the water collection tank to the preset height before being sprayed out through the spray holes. This application aims to solve the technical problem of uneven water output from the spray holes in existing spray structures, resulting in uneven wetting of the humidifier filter.

The invention relates to an irradiation plan optimization method based on novel sparse sampling, belongs to the technical field of radiation irradiation dose optimization, and solves the problems that invalid voxel data volume cannot be effectively simplified, the processing data volume is large and the result is not accurate enough in the prior art. Receiving an initial irradiation plan and generating a full dose deposition matrix corresponding to each radiation field; constructing a gradient image based on the full dose deposition matrix; performing dual-condition voxel screening on the constructed gradient image to obtain a final sampling voxel set, and constructing a sparse dose deposition matrix; and performing irradiation plan optimization and dose normalization on the sparse dose deposition matrix to obtain an optimized irradiation plan.

This invention discloses a device for testing the anti-aging performance of bathroom floor mats. A performance testing chamber is fixedly connected to the upper part of the equipment box. A testing platform is movably connected inside the performance testing chamber. A sliding guide rail is fixedly connected to the upper part of the testing platform. Two sets of symmetrical clamping assemblies are slidably connected to the sliding guide rail, one set connected to a reciprocating mechanism and the other set connected to a tensioning assembly. A sealing cover is hinged to one edge of the upper part of the performance testing chamber. A sealing block is fixedly connected to the center of the sealing cover, and a xenon lamp assembly is fixedly connected to the lower end of the sealing block. A cooling assembly, a hot air assembly, an ozone assembly, and a humidifying assembly are fixedly connected inside the equipment box. The functional ends of the cooling assembly, hot air assembly, ozone assembly, and humidifying assembly are all located inside the performance testing chamber. The purpose of this invention is to provide a multifunctional, convenient, and highly accurate device for testing the anti-aging performance of bathroom floor mats.