28results about How to "Improve exhaust efficiency" patented technology

The utility model discloses a rescue air cushion convenient to carry, including box, air bag pad and movable board, the inside of box is provided with the cavity, and the one side of box is provided with the notched of being linked with the cavity, and the upper and lower both ends of notched inboard all are through the pivot respectively installed with roll axle no.

This utility model relates to the field of die-casting molds, and more particularly to a special wave-shaped centralized venting structure for die-casting molds. It includes an upper cavity punching mold, a lower cavity punching mold, and a mold cavity. It includes a special wave-shaped venting groove. The lower cavity punching mold has an annular block with a height higher than the outer ring around its perimeter. The annular block has multiple first venting channels, which bend downwards along the edge steps of the annular block and extend to the outer ring. The ends of the first venting channels connect to the special wave-shaped venting groove. The cross-section of the special wave-shaped venting groove is wave-shaped, and the inner contour line of the groove is serrated. The special block is inserted into the special wave-shaped venting groove to form a wave-shaped venting structure. This device uses a special wave-shaped venting groove with the same width as existing venting grooves, but improves the thickness by making it wave-shaped, thereby indirectly increasing the width of the venting groove and accelerating the venting efficiency.

This utility model discloses a waterproof and dustproof high-pressure safety valve for gas, including a housing, a guide seat, a valve, a filter assembly, and a valve seat. The housing has an inlet at its lower end and an outlet along its circumference. This structure adopts a bottom-in, side-out approach, with multiple outlets to improve exhaust efficiency. The guide seat and valve are located inside the housing, with the guide seat slidably connected to the inner wall of the housing. The valve seat is located at the lower end of the housing, with the upper end of the valve corresponding to the lower end of the guide seat. The valve and valve seat slide in contact, and the lower end of the valve corresponds to the flow channel of the valve seat. An exhaust chamber is located inside the housing, connected to the outlet along the circumference of the housing. An elastic sealing ring is provided on the inner wall of the exhaust chamber. Through optimized structural design and sealing performance, this valve solves the problems of leakage and jamming that may occur with traditional safety valves in special environments, improving safety and service life, and providing a guarantee for the long-term stable operation of industrial equipment.

The application provides a battery monomer and a battery, the battery monomer comprising: a shell, an electrode assembly and a cover plate assembly; the cover plate assembly comprising a cover plate body and a lower insulating piece, the cover plate body being provided with an electrode terminal and an explosion-proof valve which are spaced apart along a first direction; the lower insulating piece comprising an insulating body, a bottom surface of the insulating body being formed with a first protrusion which is protruding, the first protrusion being formed with a gas flow sub-channel which penetrates along the first direction, the insulating body being formed with a ventilation opening which corresponds to the explosion-proof valve, the insulating body and the electrode body defining a gas flow space, the gas flow sub-channel, the gas flow space and the ventilation opening being sequentially communicated to form a gas flow channel; an adapter being arranged in the gas flow space, a bottom surface of the adapter being provided with a protruding structure which protrudes towards the electrode assembly. The battery monomer and the battery provided by the application can ensure that the gas can smoothly pass through the gas flow channel and be discharged from the battery monomer in time and quickly.

This invention relates to the field of 3D printing technology, and provides a venting insert, a mold, a mold system, and a method for 3D printing the venting insert. The venting insert includes: an insert body, which is at least made of permeable steel and is suitable for placement within the cavity of the mold. The insert body has a composite layer structure, comprising at least a first layer of permeable steel and a second layer of permeable steel. The first layer of permeable steel is laid on top of the second layer of permeable steel, and venting passages are formed at least in the first layer of permeable steel. The venting passages in the first layer of permeable steel provide unidirectional ventilation, facilitating the smooth removal of gas from the venting insert through the unidirectional holes and preventing defects on the product surface caused by the venting holes. Simultaneously, the venting passages in the first layer of permeable steel achieve multidirectional venting, allowing gas discharged through the unidirectional holes in the first layer of permeable steel to also be smoothly vented through the multidirectional holes in the second layer of permeable steel.

The application relates to the technical field of batteries, in particular to a battery insulation component, a battery cover plate assembly and a battery. The battery insulation component is formed with a liquid injection groove which protrudes along a first preset direction and towards the side of a pole group, a side wall of the liquid injection groove along a second preset direction is formed with a plurality of layers of auxiliary flow-through notches, the plurality of layers of auxiliary flow-through notches are sequentially arranged along the first preset direction, each layer of the auxiliary flow-through notches comprises at least one auxiliary flow-through notch, and any auxiliary flow-through notch is in communication with the inside and outside of the liquid injection groove. It can be seen that the auxiliary flow-through notches are arranged on the side wall of the liquid injection groove, electrolyte no longer directly hits the battery pole group during the liquid injection process, thereby avoiding damage to the battery pole group, and the plurality of layers of auxiliary flow-through notches also help to improve the exhaust efficiency of a formation process.

This invention discloses a mobile integrated dust collection and purification machine for mines, comprising a mobile body and a processing mechanism, a filtering mechanism, and a conveying mechanism arranged on the mobile body. The processing mechanism includes a first housing, a water tank, a collection box, and an exhaust fan. At least part of the collection box is located inside the first housing and is slidably connected to the first housing. The filtering mechanism includes a second housing, a drive motor, a scraper, and a filter screen. The scraper is driven by the drive motor via a rotating shaft and abuts against the filter screen. The filter screen is movably arranged inside the second housing. The exhaust end of the second housing extends through a riser to below the liquid surface of the water tank. The conveying mechanism includes a housing, an auger, and a second motor. The housing is connected to the collection box to convey dust. The mobile integrated dust collection and purification machine for mines provided by this invention has the advantages of periodic filter cleaning to prevent clogging and easy replacement.

The utility model discloses a kind of all-terrain vehicles, comprising: frame, vehicle body covering, walking system and power system, power system includes engine, exhaust manifold and supercharging assembly, engine has center line and is in line on frame, engine also has air intake and exhaust port, exhaust port is equipped with exhaust port flange and is located engine rear side;Exhaust manifold is connected to exhaust port flange by exhaust manifold flange;Along the installation direction of exhaust manifold and exhaust port, supercharging assembly and exhaust port flange at least partially coincide;Exhaust port flange has a flange end face, exhaust port flange is formed with the first mounting hole that penetrates flange end face, exhaust manifold flange piece is formed with the second mounting hole, when a fastener simultaneously passes through first mounting hole and second mounting hole, exhaust manifold flange is connected to exhaust port flange by fastener;Center line and the plane where flange end face is substantially parallel, by above-mentioned setting, the exhaust efficiency of engine is higher, exhaust manifold installation is more convenient.

The utility model relates to an exhaust device, in particular to an exhaust device suitable for battery formation. According to the technical scheme provided by the utility model, the exhaust device suitable for the battery formation comprises a battery storage unit, a battery formation unit, a battery formation unit, a battery formation unit, a battery formation unit, a battery formation unit, a battery formation unit and a battery formation unit, and is characterized in that the battery formation unit is used for storing a to-be-formed battery pack; the bubble guiding device is connected with the battery containing unit in a matched mode and used for providing corresponding gradual change pressure for the spatial position of each battery in the battery pack at the same time so that bubbles in the batteries can be guided to move in the exhaust direction through the provided gradual change pressure, and when any battery in the battery containing unit is guided to exhaust, the bubbles in the batteries can be guided to move in the exhaust direction. And the gradient pressure provided by the bubble guide device is in a gradually reduced state based on the exhaust moving direction of the bubbles. According to the utility model, bubbles generated in the battery formation process can be effectively guided and discharged, and the exhaust efficiency is improved.

The utility model relates to battery structure technical field discloses a kind of battery pack, battery pack includes: battery cell unit, multiple are arranged at intervals along first direction;First fireproof plate, be located between adjacent battery cell unit, and the opposite side of battery cell unit along first direction is equipped with first fireproof plate;Second fireproof plate, and first fireproof plate located at the opposite side of battery cell unit is connected respectively;Second fireproof plate and the first end of the battery cell unit along third direction are oppositely arranged, and second fireproof plate is formed with weak area;Glue filling structure, at least with the second end of battery cell unit along third direction is connected arrangement;Battery pack provided by the utility model, when high temperature and high pressure gas is generated when battery cell thermal runaway, gas is limited by glue filling structure, directional impact second fireproof plate, and the plate body fracture at weak area of second fireproof plate, and outlet is formed along the scratch tear, directional pressure relief exhaust structure is formed, avoid gas irregularly scattered and spray.

This application relates to the field of trifluoromethylbenzenesulfonyl preparation processes, and more particularly to an explosion-proof trifluoromethylbenzenesulfonyl synthesis apparatus, comprising a reaction vessel with an inlet and an outlet, a stirring shaft rotatably mounted inside the reaction vessel, and a discharge pipe connected to a reaction chamber at the end of the discharge pipe furthest from the reaction vessel. The reaction chamber contains a substance for treating trifluoromethyldiazomethane. This application has the effect of reducing the possibility of explosion during the preparation process.

The utility model is suitable for composite film technical field provides a kind of composite film roll with easy exhaust structure, including reel main body, composite film layer and end sealing assembly, the composite film layer surface evenly has first exhaust unit, the first exhaust unit is micron level exhaust hole that penetrates the composite film layer, and exhaust hole is along composite film layer length direction and presents single column interval arrangement;In the utility model, by setting first exhaust unit, utilize micron level exhaust hole that penetrates the composite film layer, combine anti-blocking coating, can directly and long-term stably discharge the air remaining between composite film layer, avoid the problem that membrane roll is loose caused by air accumulation, and the exhaust hole design of single column linear array distribution is guaranteed exhaust efficiency at the same time, maximum degree maintained the film layer structural integrity.

The application discloses a biosafety cabinet, which comprises a main cabinet body (1), an exhaust bottom cover (2) and an exhaust top cover (3) arranged on the upper portion of the main cabinet body (1), and a filter (4) arranged at the port of the exhaust top cover (3); an exhaust fan (5) is arranged between the exhaust top cover (3) and the exhaust bottom cover (2), and the exhaust fan (5) is used for sucking the waste gas generated in the main cabinet body (1) to the filter (4); a guide frame (6) is arranged at the air inlet of the exhaust top cover (3), and a plurality of guide leaves (7) which synchronously and reciprocally swing are uniformly arranged in the guide frame (6); and a main support (8) is arranged in the exhaust top cover (3). The exhaust fan is combined with the guide leaf structure, the waste gas emission efficiency is improved, the filtering effect of the filter core is optimized, and the utilization rate of the filter core is improved.

The invention belongs to the technical field of die-casting dies, and provides a die-casting die for a shell, which comprises a movable die assembly, a fixed die assembly, a sliding block mechanism, a cooling mechanism and a feeding mechanism, the sliding block mechanism comprises an auxiliary sliding block, and the auxiliary sliding block comprises a feeding end face and a profiling face. The fixed mold assembly comprises a mold core, and a cooling hole is formed in the mold core; the cooling mechanism comprises a high-pressure point cooling pipe, and the high-pressure point cooling pipe is used for forming a cooling loop in the sleeve; the feeding mechanism comprises a main flow channel and a feeding channel. Compared with the prior art, the auxiliary sliding block is arranged on the side wall, without an inverted buckle structure, of the product cavity to serve as a feeding auxiliary structure, the feeding direction of the product cavity is parallel to the thickness direction of the shell in cooperation with the feeding mechanism, stable feeding of molten metal in the thickness direction of the shell is achieved, and strong impact on local parts of the cavity is avoided; and the filling uniformity of the molten metal is improved.

This utility model relates to the field of venting technology for packaging bags, and discloses a venting assembly for the production of bagged dry powder mortar. The assembly includes a frame, a conveyor belt on the upper side of the frame, a cover on the upper side of the conveyor belt, a cylinder on the upper side of the cover, a crossbar fixedly connected to the top of the cylinder, a negative pressure unit on the upper side of the crossbar, and drive mechanisms at both ends of the crossbar. Supports are slidably connected to the drive mechanisms, with the two supports located on opposite sides of the conveyor belt. This utility model, through the frame, supports, conveyor belt, crossbar, cylinder, cover, drive mechanism, and negative pressure unit, solves the problems of limited contact area between the roller and the packaging bag in existing technologies, making it difficult to ensure comprehensive and uniform venting, poor adaptability to packaging bags of different thicknesses and materials, and potential localized damage to the packaging bag due to uneven rolling pressure.

The utility model discloses a kind of three-dimensional combined sewage unloading unit for hollow platform, it belongs to train equipment technical field, including support assembly, vacuum tank, vacuum pump and cam pump. Among them, support assembly includes base and support frame, support frame is set on base, and form the accommodation space in support frame;Vacuum tank is set on base, and vacuum tank has accommodating cavity, and vacuum tank is respectively set with the sewage inlet, liquid outlet and gas outlet of the intercommunication accommodating cavity on vacuum tank;Vacuum pump is set on support frame, and the input end of vacuum pump is communicated with gas outlet, and the output end of vacuum pump is provided with exhaust pipe;Cam pump is set in accommodation space, and the input end of cam pump is communicated with liquid outlet, and the output end of cam pump is provided with sewage pipe. The sewage unloading unit is vertically arranged by each component, reduces floor area, and improves the space utilization of the whole sewage unloading unit. Moreover, by coupling cam pump and vacuum pump, efficient sewage unloading operation is realized.

This application provides an arc-extinguishing system and a circuit breaker, belonging to the field of electrical equipment technology. The arc-extinguishing system provided in this application includes a stationary contact, an arc-extinguishing chamber, and a stationary cover. The stationary contact includes a fixed part and a contact part connected to each other. The fixed part is connected to the base of the circuit breaker, and the contact part has a guide groove that extends through the contact part. The arc-extinguishing chamber is disposed on the contact part. The stationary cover is disposed on the portion of the contact part that does not contact the arc-extinguishing chamber. A hook and a limiting block are provided on the side of the stationary cover facing the contact part. The hook passes through the guide groove and hooks to the side of the contact part facing away from the stationary cover. The limiting block is located within the guide groove and contacts the groove wall. The stationary cover mentioned in this application can limit the position of the stationary cover in the thickness, length, and width directions of the stationary contact, reducing the probability of changes in the relative position between the stationary cover and the stationary contact. This improves the shielding efficiency of the stationary cover on the contact part, thereby increasing the reliability of the arc-extinguishing system.

The utility model relates to the technical field of exhaust device, concretely just is a kind of broadcast television broadcast transmitter machine room exhaust device, including exhaust pipe and fixed base, the inside of fixed base is equipped with drying cavity, the inside sliding connection of drying cavity has drying plate, the outside of exhaust pipe is detachably connected with fixed plate, the other side of fixed base is connected with air outlet pipe, the inside of fixed base is equipped with driving assembly, driving assembly is used to drive drying plate to move, device and transmitter machine room detachably connect, it is convenient to carry out efficient heat dissipation to transmitter machine room, the inside of fixed base is provided with drying plate, air is efficiently dried and filtered by drying plate, prevent external humid air from entering to machine room inside, guarantee the efficient operation of transmitter.

This utility model discloses a blow molding die for a blow molding machine, including a support and a die slidably disposed inside the support. The die includes a left half and a right half symmetrically arranged. Electric push rods for driving the left and right half to move and close the die are respectively provided on the left and right sides of the support, corresponding to the left and right half. Both the left and right half have cavities matching the product shape, and micropore arrays are distributed on the surface of the cavities. Both the left and right half have a combined venting system, which includes a main venting groove extending along the die mating surface and an auxiliary venting channel communicating with the micropore array. This utility model, by setting a micropore array on the surface of the die cavity and cooperating with the combined venting system, allows gas in thin-walled areas to be quickly discharged, avoiding bubble defects and significantly improving product surface quality and yield.

The application discloses a display module and a display device. The display module comprises a backlight module, a display panel and a border tape. The display panel is arranged on the light-emitting side of the backlight module, and the side of the backlight module exceeds the side of the display panel. The border tape comprises a first sub-section and a second sub-section. The first sub-section is arranged on the edge of the side of the display panel away from the light-emitting side of the backlight module and extends to the outside of the display panel along the direction parallel to the panel surface of the display panel. The second sub-section is arranged on the side of the backlight module and extends along the thickness direction of the display module. The second sub-section is connected with the part of the first sub-section on the outside of the display panel. A first exhaust channel is formed among the backlight module, the display panel, the first sub-section and the second sub-section. An exhaust port is arranged on the border tape, and the exhaust port is communicated with the first exhaust channel. The application can improve the exhaust efficiency of the display module and reduce the influence of the vacuumizing process on the internal structure of the display module.

This utility model relates to the field of ventilator mask technology, and discloses an exhaust port structure for a ventilator mask and the ventilator mask itself. The exhaust port structure of the ventilator mask includes a curved tube and a mask body. The mask body is connected to the curved tube via a fastener to form a breathing channel. The curved tube is provided with a first densely packed perforated area, which includes multiple spaced-apart first exhaust ports. The first densely packed perforated area and / or the first exhaust ports are provided with a first noise reduction structure. And / or the mask body is provided with a second densely packed perforated area, which includes multiple spaced-apart second exhaust ports. The second densely packed perforated area and / or the second exhaust ports are provided with a second noise reduction structure. Through the integrated design of optimized exhaust port distribution and noise reduction structure, noise is effectively reduced while avoiding the drawbacks of traditional noise reduction devices that increase airflow resistance, thus improving the comfort and applicability of the ventilator mask.

The invention discloses a glass fiber reinforced lead-acid battery pole plate ventilation structure, and relates to the technical field of energy storage devices, the glass fiber reinforced lead-acid battery pole plate ventilation structure comprises a battery body, the battery body comprises a tank, a positive plate, a negative plate, a partition plate, a terminal and a cover plate, the cover plate is fixedly connected to the top of the tank through a screw, and the cover plate is fixedly connected to the top of the tank through a screw; the positive plate and the negative plate are placed in an inner cavity of the tank, the positive plate and the negative plate are separated by the partition plate, the positive plate and the negative plate are respectively connected with the corresponding terminals, and a ventilation mechanism is arranged at the bottom of the cover plate. Through cooperative use of the ventilation mechanism and the acid adding liquid level limiting mechanism, the gas discharging speed during acid adding of the lead-acid battery can be increased, the acid adding speed and the acid adding liquid level are limited at the same time, the performance of the lead-acid battery is guaranteed, and the service life of the lead-acid battery is prolonged.

This utility model discloses a ventilation structure for a pump room, including a pump room with a main deck at the top. Below the main deck are two main engine areas and one auxiliary diesel engine area. Each of the two main engine areas contains one main engine, and the auxiliary diesel engine area has two symmetrically arranged auxiliary diesel engines. The main engines are equipped with main engine exhaust pipes, which pass through the main deck and connect to the main main engine exhaust pipe. The main main engine exhaust pipe is equipped with a main engine muffler. The auxiliary diesel engines are equipped with diesel engine exhaust pipes, which pass through the main deck and connect to the main diesel engine exhaust pipe. The main diesel engine exhaust pipe is equipped with a diesel engine muffler. The end of the main diesel engine exhaust pipe connects to the top of the main main engine exhaust pipe. An exhaust pipe is located at the top of the auxiliary diesel engine area, and an intake fan is located at the top of the main engine area. This utility model optimizes the pipe layout, effectively improves the air circulation conditions in the pump room, and also facilitates subsequent maintenance.

This application discloses an automatic venting device for an irrigation device, belonging to the field of irrigation device venting technology. It includes a slide rod, with a rotating platform rotatably connected to the top of the slide rod. The rotating platform has a rotating groove inside, and a fixed rotating shaft is fixedly connected inside the rotating groove. A striking arm is rotatably connected to the outside of the fixed rotating shaft, and a striking hammer is fixedly connected to the outside of the striking arm. A connecting block is slidably connected to the outside of the slide rod, and a rotating mechanism is rotatably connected to the outside of the connecting block. A connecting block is fixedly connected to the outside of the rotating mechanism. Clamping arms are slidably connected to both sides of the connecting block, and clamping blocks are slidably connected to the outside of the clamping arms. A sliding groove is provided inside the clamping block, and the clamping arm is slidably connected inside the sliding groove. A connecting rotating shaft is rotatably connected to the top of the clamping arm, and a stop block is provided at the bottom of the sliding groove. The rotating platform drives the striking arm and striking hammer to rotate, striking the irrigation device and venting the gas inside.

The utility model discloses an exhaust support, lithium battery and electrical equipment belong to lithium battery technical field, and exhaust support includes support body, and the top surface of support body is used for bearing the electric core, and the bottom surface is set up towards the bottom surface of battery shell of explosion -proof valve, support body includes two cross -setting support arm, and the bottom surface of every support arm is provided with a plurality of support feet, and the bottom surface of every support arm is formed the gap between support foot and the inside bottom surface of battery shell, and the inside bottom surface of battery shell is contacted, and the bottom surface of every support arm is formed the gap between support foot and the inside bottom surface of battery shell. Lithium battery, including shell and electric core, the electric core is encapsulated in shell, and the bottom of shell is provided with explosion -proof valve, and the bottom inside of shell is installed above -mentioned exhaust support. The utility model can reduce the occupation of support to the inside space of battery, increase exhaust space, improve exhaust efficiency.

The application provides a molten salt loop hydraulic balance adjusting method and related device, and belongs to the technical field of molten salt loop hydraulic balance regulation. A transfer device is arranged on a molten salt loop main pipe in a molten salt loop. The molten salt loop hydraulic balance adjusting method sequentially executes a salt feeding and air exhausting task, a circulating air exhausting task and a salt discharging task. The air in the molten salt loop main pipe is quickly and effectively exhausted by sequentially executing the salt feeding and air exhausting task, the circulating air exhausting task and the salt discharging task, so that the molten salt loop reaches hydraulic balance. The method replaces manual adjustment and a large-capacity open exhaust device throughout the whole process, realizes automatic and accurate control of the whole exhaust process, effectively reduces the equipment and operation and maintenance cost, effectively reduces the exhaust equipment cost and operation energy consumption, and significantly improves the loop operation stability.