11results about How to "Quick diversion" patented technology

The utility model discloses a kind of live pig slaughtering process carcass bacterium-reducing equipment, it is related to slaughtering bacterium-reducing technical field, including first baffle, second baffle, water pump, water supply line and motor, the first baffle inside is provided with cleaning mechanism, the cleaning mechanism includes water pump, cleaning roller, motor, water supply line and high pressure spray head, the high pressure spray head is set below water supply line, the water supply line is set above water pump, the motor is installed above cleaning roller, cleaning mechanism is through the double action of high pressure spray head water spraying and cleaning roller mechanical friction, realize the stereoscopic removal of carcass surface stain and bacteria.

This invention relates to the field of sand making technology, specifically to a sand making device with controllable stone powder content. The device includes a return conveyor tailstock, a sand making structure on the side of the tailstock, a primary filtration structure inside the tailstock, and a secondary filtration structure on the side of the tailstock away from the primary filtration structure. The stone powder is initially filtered by the up-and-down vibration of a moving block. When a specific size needs to be filtered out, the pneumatic bar valve moves, driving the inverted V-shaped guide plate to a parallel state. At this time, the first telescopic plate continues to move, changing the parallel guide plate into a regular V-shape, causing the stone powder on the guide plate to contact the interior of the return conveyor tailstock. This reduces the volume and irregularity of the splashed stone powder through collisions, and accelerates the guidance of the stone powder towards the pneumatic bar valve for filtration, thus improving production efficiency and the filtration effect of the pneumatic bar valve.

This invention relates to the field of battery energy storage technology, and discloses a container system for preventing thermal runaway and a method for suppressing thermal runaway. The system includes a container shell, multiple battery packs installed inside, a pressure relief port, a smoke collection trough, and an explosion relief plate assembly. A flow channel is formed inside the battery pack to guide thermal runaway gas to the rear pressure relief port; the smoke collection trough collects the gas and discharges it directionally through the explosion relief plate. A U-shaped flow channel is formed inside the battery pack via a top cover and flow guide strips, and an explosion-proof valve and sealing structure are provided; the smoke collection trough consists of inner and outer sealing plates and baffles, employing a multi-slot independent design to achieve thermal isolation; the explosion relief plate assembly is driven by a spring-telescopic column mechanism for rapid opening. The system uses multi-sensor fusion judgment to simultaneously open the explosion relief plate and activate the fire suppression system upon confirmation of thermal runaway, allowing the extinguishing agent to be precisely injected into the faulty battery pack through the smoke collection trough. This invention achieves directional flow, isolated discharge, and rapid suppression of thermal runaway gas, effectively preventing heat spread and improving system safety.

This application discloses a food support platform for a steam cooking device, relating to the field of steam cooker technology. It includes a central flat bottom for storing condensate and suspending the center of the food's bottom. An annular inclined guide section is connected to the outer edge of the central flat bottom, with the inner ring lower than the outer ring. A guide groove is disposed on the surface of the annular inclined guide section to guide condensate into the central flat bottom. A guide surface is connected to the outer edge of the annular inclined guide section and extends upwards to prevent condensate overflow. This application enables rapid separation of condensate from the food while ensuring that the bottom of the food is in full contact with the steam, thereby achieving uniform heating and effectively shortening cooking time.

A nonwoven fabric with longitudinal fluid conducting function, the nonwoven fabric comprises a first fiber web and a second fiber web, and each fiber web has a plurality of discrete longitudinal fiber bundles, the distribution density of the longitudinal fiber bundles is 1-50 bundles / cm 2 The fibers of the longitudinal fiber bundles are the same as the fibers in the fiber web, by arranging a plurality of discrete longitudinal fiber bundles in each fiber web, when the liquid reaches the fiber web with longitudinal fiber bundles, the liquid will quickly penetrate to the second fiber web along the longitudinal fiber bundles distributed therein or even be conducted to the absorbent core, realizing the rapid longitudinal fluid conducting of the liquid and improving the liquid infiltration speed.

The application provides a light diesel tight-coupling SDPF high-efficiency flow-guiding distributed mixing device, the gas inlet end of the mixing device is connected with the gas outlet end of a DOC component, the gas outlet end of the mixing device is connected with the gas inlet end of an SDPF component, the DOC component and the SDPF component are arranged in a V shape; a nozzle base is arranged at the upper end of the mixing device, the nozzle base is used for mounting a urea nozzle, the urea nozzle is communicated with the inside of the mixing device; a flow guide plate is arranged in the inside of the mixing device, a dispersion breaking plate component is connected with the flow guide plate, and a cyclone plate is arranged at the outlet end of the mixing device. The mixing device can realize urea flow guiding and dispersion in a narrow space, improve the urea decomposition efficiency, realize the double-effect mixing effect of urea and soot, improve the uniformity of urea and soot distribution on the end surface of the SDPF, and prevent the urea from being directly injected to the bottom of the SDPF and deposited in the bottom in a compact space.

This utility model relates to the field of slope protection board technology, and more particularly to a waterproof slope protection board for preventing soil erosion. The technical solution includes a board body, a locking block fixedly disposed on one side of the board body, a limiting insertion hole on one side of the locking block, and a locking groove on the side of the board body away from the locking block; an insertion block disposed on one side of the board body, and a slot on the side of the board body away from the insertion block; a guide groove inside the board body, and a sliding groove on one side of the board body, the sliding groove communicating with the guide groove, and a connecting component for interlocking is disposed inside the guide groove. This utility model enhances the vertical connection constraint, effectively preventing the slope protection board from misaligning or separating vertically when the slope is eroded by rainwater or subjected to gravity, improving the integrity and stability of the slope protection structure, reducing direct erosion of the soil by rainwater, and preventing soil particle loss, thereby effectively curbing soil erosion and protecting the slope ecology.

The utility model belongs to the technical field of unmanned aerial vehicles, and discloses a waterproof structure of an unmanned aerial vehicle, which comprises a shell and a battery assembly, and a mounting groove is formed in the top of the shell and is used for fixing the battery assembly; an interface groove is formed in the inner bottom wall of the mounting groove, a silica gel pad is bonded in the interface groove, and the silica gel pad is tightly attached to a battery shell of the battery assembly to form a sealing interface; at least two drainage grooves are formed in the tail portion of the machine shell, penetrate through the outer wall of the machine shell and are used for guiding accumulated water in the installation groove to the outer side of the machine shell. According to the utility model, the silica gel pad is bonded in the interface slot, so that the joint of the battery assembly and the shell is effectively sealed, water is prevented from entering the body of the unmanned aerial vehicle, and the waterproof reliability of the unmanned aerial vehicle in a humid and rainy environment is improved. And meanwhile, the drainage groove is arranged, so that accumulated water permeating into the mounting groove can be quickly guided to the outside of the shell, and the erosion of internal electronic components caused by water retention is avoided.

The utility model discloses a self-resetting sound-proof splash guard of a food waste disposer, which belongs to the technical field of food waste disposers and comprises a splash guard body detachably connected to the disposer and located under a water falling opening. The splash-proof cover body comprises a framework and a splash-proof part, the splash-proof part is fixedly connected to the framework, and the splash-proof part and the framework define a water falling cavity with the top communicating with the water falling opening; the bottom of the splash-proof part is a V-shaped inclined surface; a through groove is formed in the bottom of the splash-proof part; the bottom of the splash-proof part is fixedly connected with a self-resetting closing plate; according to the utility model, the opening width can be automatically adjusted along with water flow and garbage quantity through the V-shaped inclined surface of the splash-proof part and the self-resetting wave-shaped closing plate, and the through hole is combined to balance air pressure, so that rapid flow guide is realized, residual blockage is avoided, and the treatment efficiency is improved; and meanwhile, the V-shaped inclined plane prevents residues from splashing upwards, and the self-resetting closing plate seals the bottom through groove, so that the grinding residues are prevented from splashing backwards, and secondary pollution is completely eradicated.

The invention discloses an urban road drainage system based on a sponge city concept, and particularly relates to the technical field of road drainage, the urban road drainage system comprises a road body, and a rainwater inspection well, a foundation bed, a thick graded broken stone layer, a geotechnical cloth filter layer, a thick sand layer, a thick planting soil layer and a permeable layer are arranged in the middle of the road body; a thick graded broken stone layer is laid on the top of the foundation bed, a geotechnical cloth filtering layer is laid on the top of the thick graded broken stone layer, a thick sand layer is laid on the top of the geotechnical cloth filtering layer, a thick planting soil layer is laid on the top of the thick sand layer, and broken stone blind ditches are embedded in the thick graded broken stone layer. Pollutants in rainwater can be effectively removed through the geotechnical cloth filter layer, the thick sand layer and the thick planting soil layer, the thick graded broken stone layer provides remarkable water storage capacity to reduce the runoff peak value, the combination of the broken stone blind ditches and the flow guide pipes ensures ordered and rapid guide and drainage of excessive seepage rainwater, and rainwater runoff and non-point source pollution are controlled from the source.