20results about How to "Maximize contact area" patented technology

The utility model discloses a piezometric tube with a backwashing structure, which comprises a tube body, a washing assembly and a positioning assembly, the tube body comprises a guide tube section and a permeable section which are of an up-down structure, the washing assembly is arranged in the tube body and is provided with a water outlet tube, the positioning assembly comprises a sleeve, a positioning plate and an elastic piece, and the sleeve is connected to the water outlet tube. The sleeve is provided with a sliding way facing the inner wall of the pipe body, the positioning plate is slidably arranged on the sliding way, the elastic piece is arranged between the sleeve and the positioning plate, and the positioning plate keeps making contact with the inner wall of the pipe body under the elastic force of the elastic piece. By means of continuous elastic pressing of the elastic piece on the positioning plate, a constraint structure is formed between the water outlet pipe and the inner wall of the pipe body, the structure can effectively restrain transverse shaking caused by fluid impact in backwashing operation, vibration energy is absorbed through deformation of the elastic piece, and therefore the vibration amplitude and frequency of the washing assembly are reduced, and the washing efficiency is improved. The dynamic load impact of the joint part is obviously reduced, and the stability and durability of the whole structure are enhanced.

The utility model provides a kind of water cooling structure and outer rotor permanent magnet motor, belong to the technical field of motor, wherein outer rotor permanent magnet motor includes outer rotor structure, inner stator structure and two end covers;Water cooling structure includes cooling water channel and inlet and outlet water component;Cooling water channel is arranged in the inside of annular plate in inner stator structure;Inlet and outlet water component is arranged on inner stator structure, and is used to supply and discharge coolant to cooling water channel in circulation;Cooling water channel includes multiple direct current sections and multiple bending sections;Multiple direct current sections circumferential interval distribution in the inside of annular plate in inner stator structure, and the extension direction of direct current section is parallel to the axial direction of inner stator structure;Multiple bending sections are communicated between the end of adjacent two direct current sections, and close to the both ends of annular plate.The utility model passes through the combination of direct current section and bending section, makes coolant constantly flow through the both ends of annular plate, avoids temperature gradient to be generated at the both ends of inner stator structure, improves heat dissipation effect.

The invention relates to the technical field of industrial wastewater regeneration treatment, and discloses a phosphoric acid wastewater deep purification device based on an adsorption regeneration structure, the phosphoric acid wastewater deep purification device comprises a placing part, the placing part comprises a tank body, the bottom of the tank body is fixedly provided with a supporting seat, and the bottom of the tank body is fixedly communicated with a communicating pipe; and the other end of the communicating pipe is fixedly communicated with an RO membrane tank. The phosphoric acid wastewater deep purification device based on the adsorption regeneration structure can effectively solve the problems that in the prior art, an adsorbent supporting layer of a traditional wastewater purification device is of a fixed plane structure, the straight surface cannot play an effective role in guiding, retarding or dispersing falling wastewater, and consequently the wastewater cannot be effectively purified under the action of gravitational potential energy. The problem that soluble phosphate is difficult to fully intercept due to the fact that a path with the minimum natural selection resistance vertically falls, the phenomena of vertical direct discharge and short flow easily occur, the wastewater purification path is short, the contact time of wastewater and an adsorbent is short and the utilization rate of the adsorbent is low in the prior art is solved.

The oxygen remover of the biomass power generation boiler comprises an oxygen remover body, the oxygen remover body comprises an oxygen remover head and a water storage tank arranged in communication with each other, an exhaust port, a spraying assembly, a water spraying grate group and a steam inlet pipe are sequentially arranged from top to bottom in the oxygen remover head, the water spraying grate group comprises a first-stage water spraying grate, a second-stage water spraying grate and a third-stage water spraying grate arranged in sequence from top to bottom, the second-stage water spraying grate comprises a base plate, a plurality of second through holes are equidistantly arranged on the base plate, a plurality of flow guide distributors extending upwards are arranged on the base plate, the flow guide distributors are arranged in dislocation with the adjacent second through holes, the lower part of the flow guide distributor is detachably connected with the base plate, and the flow guide distributor has an upwardly inclined flow guide surface. The flow guide surface of the conical spiral flow guide vane is in the shape of a conical spiral, the residence time of water drops or water films to be deoxygenated can be prolonged, the water flow can be forced to rotate along the conical surface through the spiral flow guide surface, a strong centrifugal force field is formed, and the downward flow is facilitated.

This utility model provides a transformer cooling device for a substation, comprising: a transformer assembly; a coolant tank disposed on and connected to the transformer assembly; a self-cooling circulating radiator disposed on one side of the transformer assembly and connected to the transformer assembly, for receiving coolant to dissipate heat from the transformer assembly; and a fan disposed on one side of the self-cooling circulating radiator, with the projection of the self-cooling circulating radiator toward the grounding end covering the fan, and the fan outputting air energy to the self-cooling circulating radiator. The technical problem solved by this utility model is that in related technologies, the heat dissipation of transformers in substations mainly relies on the temperature of the natural environment and lacks an independent cooling device, which makes it impossible for transformers to effectively dissipate heat in high-temperature natural environments or under heavy system loads.

The utility model discloses a kind of high-temperature-resistant multicolor cloth film, including base layer, color layer and protective layer, the base layer is made of high-temperature-resistant polymer material, the upper surface of the base layer is provided with color layer, the color layer includes high-temperature-resistant pigment and heat stabilizer, the upper surface of the color layer is provided with protective layer, the protective layer is made of transparent high-temperature-resistant material, the top of the color layer is provided with groove, the bottom of the protective layer is provided with grain protrusion, the grain protrusion is arranged in the inside of groove, by the setting of groove and grain protrusion, when film material is subjected to external force such as stretching or bending, the structure of protrusion embedding groove can prevent color layer and protective layer from relative displacement, avoid the delamination, peeling problem caused by insufficient interface adhesion of traditional coating, after protrusion embedding groove, the contact area of color layer and protective layer is maximized, compared with smooth interface, the bonding strength of this structure is higher.

The utility model relates to the technical field of polishing, in particular to a magnet type polishing clamp which comprises a supporting frame and a plurality of connecting rods arranged at the lower end of the supporting frame, connecting sleeves are connected to the lower ends of the connecting rods in an inserted mode, strong magnetic blocks are arranged between the connecting sleeves and the connecting rods, and the strong magnetic blocks are connected with the supporting frame in an inserted mode. A connector is arranged on the lower end face of the connecting rod, the connector is connected with the strong magnetic block in a magnetic attraction mode, the strong magnetic block is connected with the interior of the connecting sleeve in a magnetic attraction mode, the connector is inserted into the connecting sleeve, a screw tap body is arranged below the connecting sleeve, the screw tap body is inserted into the connecting sleeve, and the connecting sleeve is connected with the connector. The screw tap body is connected with the lower surface of the strong magnetic block in a magnetic attraction mode. Based on the magnetic attraction effect of the strong magnetic block, the connector, the strong magnetic block, the connecting sleeve and the screw tap body can be connected in a positioning mode, the screw tap body and the connecting sleeve can be adjusted and replaced conveniently, and the replacement convenience of the screw tap body and the connecting sleeve is improved.

A dual-mode photocatalytic reactor based on the biomimetic structure of *Hylocereus undatus* is disclosed, relating to the field of industrial waste gas purification technology. The reaction unit mimics the spherical multicellular aggregate structure of *Hylocereus undatus*, which efficiently utilizes light energy and promotes material exchange. This constructs a novel device that can simultaneously enhance light energy capture, optimize the reaction flow field, and achieve modular maintenance, thereby improving energy utilization efficiency, mass transfer performance, and ease of operation.

This invention discloses a nickel-iron powder grinding and preparation apparatus, comprising a base on which a conveying system, a grinding system, and a dust collection system are mounted. The conveying system includes a hopper and a belt conveyor. The grinding system includes a weighing bin, a feed pipe assembly, a grinding assembly, a transmission device, and a cooling pipe assembly. The dust collection system includes a fan assembly, a centrifugal dust collector, and a bag filter dust collector. This invention enables highly efficient grinding of nickel-iron alloys.

This invention belongs to the field of solid-state battery technology, specifically relating to a solid-state lithium metal battery and its fabrication method. This invention achieves a structure that evolves from simple stacking to three-dimensional fusion by casting a composite solid electrolyte into a 3D-printed cathode framework. This integrated fabrication process utilizes the fluidity and capillary action of the precursor solution to achieve full wetting and filling at the microscale, forming a stable three-dimensional interconnected network structure after solidification. This structure not only maximizes the contact area and minimizes the interfacial impedance but also constructs an ideal continuous ion / electron transport channel: the cathode framework provides a continuous electron conduction path, while the composite electrolyte running through it provides a continuous ion conduction path. This unique continuous structure ensures that the electrochemical reaction proceeds efficiently and uniformly in three-dimensional space, ultimately achieving a synergistic improvement in high energy density, high power density, and ultra-long cycle life, providing a new technical path for the development of high-performance solid-state batteries.

The utility model relates to food processing technical field discloses an upper exhaust pressure type spray drying tower, including base, the base top fixedly connected with support frame, support frame inner wall fixedly connected with drying tower, drying tower inner wall bottom fixedly connected with fluidized bed, the base top left side fixedly connected with high pressure pump, input end links feed pipe, and the output end is connected atomizing nozzle through the feed pipe, right side has air heater, connects the air pipe, and drying tower outer wall near top passes through fixed ring and links cyclone separator. Through high pressure pump, material is transported to the atomizing nozzle in the middle of drying tower inner wall through feed pipe, and material can be fully atomized into fine droplets, and the hot air that enters from air heater through air pipe forms efficient convection contact, and this central atomization design cooperates the upper exhaust structure, makes the contact area of hot air and material droplet maximization, and heat exchange is more fully, and drying time is shortened significantly, and the material processing capacity in unit time is improved.

The application relates to the technical field of waste gas treatment, and discloses a VOCs waste gas treatment device and method for memory strip processing, wherein the VOCs waste gas treatment device for memory strip processing comprises a purification tower, an input pipe arranged below the outer side of the purification tower, a clean input pipe arranged above the outer side of the purification tower, a clean output pipe arranged at the bottom of the purification tower, an adsorption assembly arranged in the purification tower, and a cleaning auxiliary assembly. The VOCs waste gas treatment device for memory strip processing is provided with the cleaning auxiliary assembly, hot air flows through the air vent first during desorption, then passes through the activated carbon plate, impurities adsorbed previously are purified, meanwhile, the open air vent slides on the surface of the activated carbon plate in sequence, full coverage of the activated carbon plate is realized, the hot air can uniformly flow through each part of the activated carbon plate, full desorption is realized, and the hot air is prevented from preferentially flowing through the part with smoother flow, so that the desorption effect of the part with serious blockage is reduced.

This utility model discloses a replaceable sacrificial anode device, including a mounting frame and two lead blocks. Each lead block is connected to an external wiring connection. A groove is provided in the center of each lead block, the cross-section of which is the same as the cross-section of the sacrificial anode block. One lead block is fixedly connected to the mounting frame, while a shrinkage assembly is provided between the other lead block and the mounting frame. The shrinkage assembly includes a sleeve and a connecting rod. The lead block moves by the movable engagement of the sleeve and the connecting rod, enabling rapid insertion of the sacrificial anode block. Furthermore, the groove cross-section of the lead block matches the anode block, maximizing the contact area and ensuring stable conductivity. Simultaneously, the compression of the return spring can be released by unscrewing a bolt, pushing the movable lead block to ensure contact between the lead block and the sacrificial anode block, maintaining pressure on the sacrificial anode block, and ensuring stable contact resistance.

The utility model discloses a PVC pipe outer wall cleaning device, including work table, the top surface middle symmetry of work table is provided with spraying device, the top surface symmetry of work table is provided with recess, the inside fixed mounting of recess has electric push rod, the top surface fixed connection of electric push rod has support plate, the top surface fixed mounting of fixed plate is located the above spraying device, the top surface middle fixed mounting of fixed plate has the cylinder, the one side surface fixed connection of cylinder output end through fixed plate has cleaning piece, still include: the top surface both sides symmetry of work table is provided with turnover subassembly, through setting up clamping subassembly, so that can to the pipe of different size clamping, set up turnover subassembly simultaneously, so that can to the pipe of clamping overturn, thereby can to the different face of pipe clean, thereby improve the cleaning efficiency of pipe to a certain extent.

The present application belongs to the technical field of bridge engineering support height adjustment, and relates to a stepped automatic height adjustment support height engagement adjustment and multi-step adjustment method, which comprises the following steps: lifting a fixed stepped block to a preset height, wherein the preset height is greater than a target height by no more than a stepped height; keeping the lifting state of the fixed stepped block, and driving a movable stepped block to move horizontally to abut against the vertical surface of the fixed stepped block; keeping the position of the movable stepped block, and releasing the lifting of the fixed stepped block, so that the fixed stepped block falls and sits on the movable stepped block. Through the cooperation logic of the vertical preset height and the horizontal abutment, the present application reduces the vertical lifting displacement control precision requirement, and the fixed stepped block and the movable stepped block always remain in a close engagement state after the height adjustment is completed, so as to ensure that the tooth force transmission area is maximized, and the present application is suitable for the height adjustment scene of the change of the bridge girder or the pier top elevation.

The utility model discloses a kind of piquet racket carbon sheet gumming equipment, it is related to piquet racket processing technical field, including processing table, the top of processing table is equipped with gumming mechanism, one end of gumming mechanism is equipped with smearing mechanism, the side of processing table is equipped with jacking mechanism, in the utility model, by closing vacuum pump, residual negative pressure is released, so that the inside of vacuum chuck restores to atmospheric pressure, carbon sheet is loosened, cylinder works and drives ejection rod to move, ejection rod extends from the top of ejection hole, carbon sheet is pushed out upwards, so as to facilitate the carbon sheet after gumming is taken out, carbon sheet can be made whole stable to separate from gumming platform, prevent uneven stress from leading to partial scraping or falling off of adhesive layer.

The utility model provides a kind of sensor auxiliary installation tool, it is related to sensor assembly technical field.The sensor auxiliary installation tool of the present application can be accurately matched with the oblique torsion angle of wire group by the design of oblique abutment matching surface of separating pin, when inserting between winding layers, the gap between wire groups is evenly opened by the guiding effect of oblique surface, to avoid excessive displacement of winding or damage to insulation layer caused by manual separation, to ensure the formation of accurate installation space for sensor insertion.The mechanical design of oblique abutment matching surface can reduce the plugging resistance of separating pin, and at the same time, it can reduce the risk of cutting wire group through surface contact, to ensure the electrical safety of winding.The structure enables the sensor to be pressed into the wire group along the oblique angle simultaneously, maximizes the contact area between the sensor and the winding, solves the temperature measurement deviation problem caused by insufficient contact in the prior art, and improves the precision of motor temperature control system.

This utility model relates to the field of water aeration technology, specifically to an integrated air-water mixing oxygenation system. It includes an oxygenation tower, which is frustum-shaped and contains an aeration chamber. It also includes a main water supply pipe for conveying water flow, with multiple oxygenation towers. Multiple branch water supply pipes are connected to the main water supply pipe and are connected to the upper part of the oxygenation tower. Furthermore, it includes an aerator for supplying airflow to the oxygenation tower, with an air supply pipe connected to the outlet of the aerator. This air supply pipe is connected to the lower part of the oxygenation tower, and a water supply pipe for supplying water to a water tank is connected to the lower part of the oxygenation tower. This integrated air-water mixing oxygenation system allows for flexible selection of the number of oxygenation towers according to the size of the water tank, achieving efficient oxygenation for large-area water tanks. The air supply pipe connects to the lower part of the oxygenation tower, and the branch water supply pipes connect to the upper part. During the descent of the water flow, it can better mix and contact with the rising air bubbles, prolonging the contact time between the bubbles and water and improving dissolved oxygen efficiency.

The utility model relates to battery pack technical field, concretely relates to a forced air cooling battery package. The utility model provides a forced air cooling battery package, including box, be provided with module frame in the box, the module frame is fixed with electric core group in, and the electric core group includes a plurality of parallel arrangement's electric core, and the axial direction of electric core is in XOY plane or with XOY plane parallelism;The box is fixed with fan, along OZ direction, and the box is set up with air inlet and air outlet;Module frame is provided with electric core support in, and the electric core is fixed in electric core support, and there is gap between adjacent electric core to form the air path. The utility model improves the space utilization and heat dissipation efficiency of battery package.

This utility model provides a mixing and stirring device, belonging to the field of material mixing technology. It includes a support frame, on which a mixing tank is mounted. A stirring mechanism is installed inside the mixing tank. A discharge port is located at the bottom of the mixing tank, and a top cover is fixed to the top. A main feeding hopper is located on the upper surface of the top cover. A feeding pipe is horizontally inserted through the top of the mixing tank, with one end extending beyond the outside of the top of the mixing tank and fixed to a secondary feeding hopper. A sprinkling port is opened on the lower surface of the feeding pipe inside the mixing tank, and an auger is rotatably installed inside the feeding pipe. This utility model not only achieves automated and uniform dispersion feeding of additives in cat litter production but also effectively solves the dust pollution problem during the mixing process, resulting in good overall performance.