29 results about "Fast flow" patented technology

The utility model provides an injection mold capable of rapidly cooling, which relates to the technical field of injection mold cooling systems, and comprises a first cooling waterway constructed on an upper mold core or a lower mold core and two first connecting waterways vertically constructed on the upper mold core or the lower mold core, the first connecting waterways are communicated with the first cooling waterway, and the second connecting waterways are communicated with the second cooling waterway. According to the mold, through the pipe joint, the first water pipe and the first water nozzle, the purposes that in the prior art, a mold is punched in a mold plate, and a sealing ring is arranged to be connected with the first connecting water path are achieved, and the problem that the sealing ring leaks water due to the high temperature and the too large cooling water pressure is solved; the effect of high-sealing connection is achieved, and the effect brings the advantage that the flowing speed of cooling liquid can be increased for the mold, and the purpose of achieving rapid cooling of the mold is achieved.

A cartridge designed to dispense fluid via atomization is provided. The system generally comprises a cartridge, fluid, manifold, and air supply, wherein the air supply injects air through the manifold and into the cartridge through an air inlet of the cartridge. The air is manipulated by the cartridge in a way that creates a stream of fast-moving air above a fluid within the cartridge. This results in a zone of lower pressure above the fluid that results in the fluid to be suctioned into said stream of fast-moving air where it is atomized. The atomized fluid is then carried by the stream of fast-moving air out an atomization outlet where it is dispersed within the environment.

The present invention relates to the technical field of air conditioners, and in particular to a cold air ejection system, which includes an open box, an ejection mechanism, an intake pipe, a buffer box, a one-way valve, and a pressurization mechanism. Specifically: The ejection mechanism is fixedly connected inside the open box, the buffer box is fixedly connected inside the open box, the buffer box is communicated with the ejection mechanism through the one-way valve, and the open box is communicated with a pressurization mechanism for pressurizing the buffer box. Through the structures of the ejection mechanism and the pressurization mechanism of the present invention, after the pressurization mechanism is started, the cold gas in the buffer box is pressurized, and the pressurized cold gas quickly enters the ejection mechanism from the one-way valve. After the ejection mechanism is started, the gas introduced from the one-way valve is accelerated and released from the outlet pipe, so that the cold gas released from the outlet pipe has a fast flow rate, which is convenient for the gas to flow to a farther position.

This application provides a method and device for achieving fast traffic convergence. The method includes: selecting a primary next hop and a backup next hop from multiple next hops in a VXLAN tunnel based on the device type; setting the primary next hop to a forwarding state and the backup next hop to a discard state in the multicast table entry of the VXLAN tunnel; registering a port close event for the VXLAN tunnel; forwarding broadcast packets, unknown unicast packets, and multicast packets within the virtual forwarding instance through the primary next hop of the VXLAN tunnel; and when a port close event is received from the outgoing port of the primary next hop, setting the primary next hop to a discard state and setting the backup next hop to a forwarding state.

This utility model relates to the field of metering pump technology, and in particular to a single-head needle valve metering pump. It includes a metering pump body, which is equipped with an inlet / outlet needle valve switching mechanism for switching the inlet and outlet liquid flow channels. The switching mechanism includes a base connected to the metering pump body, and an inlet needle valve and an outlet needle valve respectively disposed on the base and mutually switching between each other. The base has a T-shaped flow channel communicating with the metering pump body, the inlet needle valve, and the outlet needle valve. When liquid enters the metering pump body, the inlet needle valve is in the open state, communicating with the T-shaped flow channel; when the outlet needle valve is blocked from the T-shaped flow channel, it is in the closed state. This utility model has a simpler structure. Through the mutual switching of the inlet and outlet needle valves, a smooth switching between liquid entry and exit of the metering pump body is achieved. Furthermore, the inlet / outlet needle valve switching mechanism can withstand high pressure, has sufficient thrust, and a fast flow rate, meeting the requirements of high-pressure metering pump use and improving the reliability and stability of the metering pump.

1. The name of this design product: Aquaculture oxygenation equipment (outer pond fast flow). 2. Purpose of this design product: used for oxygenation in aquaculture. 3. The key point of the design of this product lies in its shape. 4. The picture or photo that best illustrates the design points: three-dimensional picture. 5. The bottom surface of this design product is difficult to see or cannot be seen during use, so the top view is omitted.

The utility model relates to the field of server cooling systems, in particular to a server cooling system. Comprising an installation plate I and an installation plate II fixedly connected to the installation plate I. The installation plate I and the installation plate II are rotationally connected with fan blade frames capable of rotating around the axes of the fan blade frames, the installation plate II is detachably connected with filter paper, the installation plate II is fixedly connected with a liquid inlet pipe and a backflow pipe, and the liquid inlet pipe and the backflow pipe are fixedly connected with cooling pipes. The cooling pipe is communicated with the liquid inlet pipe and the return pipe. And the cooling pipe is a vortex-shaped pipe. And the mounting plate I is fixedly connected with a speed reducing motor for driving the fan blade frame to rotate. And an output shaft of the speed reducing motor can rotate forwards and backwards. The edge of the fan blade frame is fixedly connected with a stabilizing frame. Cold air which rapidly flows to take away heat of electronic elements of the server can be fully cooled, and the cooling effect on the server is ensured.

A fluid dispensing system, including a reservoir tank in fluid communication with a tank port; a reservoir tube having a first end in fluid communication with the reservoir tank; a tank dispense valve in fluid communication with the second end of the reservoir tube; a plumbing tube; and a connector having a first input defining a first channel, a second input defining a second channel, and an outlet. The first input is in fluid communication with the tank dispense valve, the second input is in fluid communication with the plumbing tube, and the outlet is positioned proximate the second channel at an output point. The first channel and the second channel are sized to provide a first fluid flow rate from the tank dispense valve to the output point that is greater than a second fluid flow rate from the plumbing tube to the output point.

This utility model belongs to the technical field of filling equipment, specifically a lubricating grease filling device, including a filling barrel with a support rod fixedly connected to its outer side. By setting up a fixed pipe, an adjusting pipe, a sealing plate, a toothed plate, and gears, during filling, the packaging barrel is placed under the fixed pipe. At this time, the end of the adjusting pipe located inside the filling barrel is higher than the lubricating oil level. A first motor drives the gear to rotate, which in turn drives the toothed plate, sealing plate, and adjusting pipe to move downwards, causing the adjusting pipe to move slightly below the lubricating oil level. At this point, the lubricating oil flows down from the highest point, resulting in a large liquid drop and a fast flow rate, facilitating rapid entry into the packaging barrel for filling. When filling is almost complete, the adjusting pipe is raised above the lubricating oil level, and filling is completed using the lubricating oil remaining inside the fixed pipe and adjusting pipe. This device utilizes the liquid drop difference to increase the lubricating oil flow rate, making filling faster and more convenient, and improving the filling efficiency of the device.

The application relates to a fast-flow desalination device and method based on cultural relics connected porous structures, which comprises a pressure water supply assembly, a sealing protection assembly and a waste liquid collection assembly, the sealing protection assembly is internally provided with porous cultural relics, is used for sealing protection, shaping and desalination treatment of various porous cultural relics, an inlet section of the sealing protection assembly is connected with the pressure water supply assembly, the pressure water supply assembly is used for providing water driving force, an outlet section of the sealing protection assembly is connected with the waste liquid collection assembly, the waste liquid collection assembly is used for collecting salt-containing waste water, the sealing protection assembly comprises an outer shaping layer and an inner sealing protection layer, the shaping layer is used for sealing of the device and shaping of the porous cultural relics, and the sealing protection layer is used for sealing protection and reinforcement of the surface of the porous cultural relics. Compared with the prior art, the application has high desalination effect on the porous cultural relics affected by salt damage.

Embodiments of the present disclosure relate to devices and methods related to gas reservoirs for fast delivery of gases to a processing chamber for processing of a substrate. The gas reservoir includes a first surface and a second surface, the first surface defining a length of the gas reservoir, and the second surface defining a height of the gas reservoir; a plurality of compartments, each compartment operable to hold a gas, and at least two compartments include heating capabilities, a splitter where the splitter is disposed below the plurality of compartments and the splitter is coupled to a gas panel and a valve block, a plurality of gas panel gas lines, and a plurality of gas reservoir gas lines.

The invention relates to the technical field of descaling valves, and discloses a descaling valve for descaling, which comprises a descaling valve body, a water outlet and a transparent tank body, the water outlet is arranged at the top of the descaling valve body, the transparent tank body is arranged at the bottom of the descaling valve body, and a liquid speed adjusting assembly for controlling the flowing speed of a water source is arranged on the outer side of the descaling valve body. An anti-blocking assembly used for preventing the top of the transparent tank body from being blocked is arranged in the descaling valve body, through the arrangement of a power assembly and a liquid speed adjusting device, the flow speed of a water source entering the descaling valve body is limited through a liquid blocking block, finally the purpose of reducing the flow speed of liquid is achieved, intelligent control over the flow speed of water flow is achieved, and when the flow speed of the water source is too high, the anti-blocking assembly is started. The system can make a response in time to reduce the flow speed, the descaling effect and safe operation of equipment are ensured, secondly, the situation that when a traditional descaling valve faces water flow with the too high flow speed, the pressure is too large due to the water hammer effect, the valve and a pipeline are damaged is avoided, and damage of the water hammer effect and the like to the equipment is reduced.

The utility model relates to the technical field of PE plastic product production, especially a PE plastic product forming injection molding device, including lower mould subassembly and upper mould subassembly, the upside of lower mould subassembly is equipped with upper mould subassembly, in the utility model, through being provided first heat dissipation frame, second heat dissipation frame, shunt box, first shunt pipe, flexible connecting pipe and second shunt pipe, the device can be shunted through shunt box, through flexible connecting pipe to the second shunt pipe that needs to move up and down transports air, and then through first shunt pipe and second shunt pipe respectively to first heat dissipation frame and second heat dissipation frame transports air, through the air of quick flow and cool down lower mould and upper mould, simultaneously through the elastic force of compression spring and promote support axle, through support axle and prop up flexible connecting pipe, prevent flexible connecting pipe and contact lower mould, upper mould, the device has higher cooling efficiency, makes the overall production efficiency of PE plastic product improve.

Embodiments of the present disclosure relate to devices and methods related to gas reservoirs for fast delivery of gases to a processing chamber for processing of a substrate. The gas reservoir includes a first surface and a second surface, the first surface defining a length of the gas reservoir, and the second surface defining a height of the gas reservoir; a plurality of compartments, each compartment operable to hold a gas, and at least two compartments include heating capabilities, a splitter where the splitter is disposed below the plurality of compartments and the splitter is coupled to a gas panel and a valve block, a plurality of gas panel gas lines, and a plurality of gas reservoir gas lines.

The utility model relates to the technical field of drying machines, and discloses an evaporator of a refrigeration type drying machine, which comprises a gas-water separator, a precooling heat regenerator, a precooler, a circulating pipe, a compressor, a drying filter, a condenser, a pressure gauge and an evaporator, the pre-cooling heat regenerator is communicated with the gas-water separator, and the gas-water separator is communicated with the evaporator; the evaporator is communicated with the condenser, and a communicating pipeline is communicated with a drying filter in series; the compressor is communicated with the evaporator through a circulating pipe, and a connecting pipeline of the compressor and the evaporator is communicated with a pressure gauge; and the condenser is communicated with the compressor. According to the utility model, the flow velocity of the liquid entering the curved pipe fitting and the flow velocity of the liquid flowing at the opening binding part are high, and under the flow velocity difference, the liquid at the U-shaped part and the chamfered isosceles triangle part at the two sides and the liquid flowing at the opening binding part can be replaced, so that the temperature replacement rate from the center to the liquid at the two sides is accelerated.

The utility model discloses a negative pressure fluidization device capable of increasing rapid flowing of dust, which comprises a dust conveying pipeline, a first mounting seat and a second mounting seat are respectively and fixedly mounted on the outer surface of the dust conveying pipeline, and sealing devices are fixedly mounted at the upper ends of the first mounting seat and the second mounting seat; a connecting pipeline is fixedly mounted at the upper end of the first mounting seat in a penetrating manner, a fixing bolt is mounted at the front end of the connecting pipeline, and an internal thread is engraved on the inner wall of the connecting pipeline. The pipeline of the suction and discharge tank car is connected with the connecting pipeline, so that external air can be quickly sucked through the connecting pipeline by utilizing the suction force of the suction and discharge tank car, spiral airflow is formed in the ash conveying pipeline, and accumulated ash is quickly removed along the ash conveying direction, so that the blockage probability of the accumulated ash in the pipeline is greatly reduced; in addition, only two pipelines need to be additionally arranged at the bend of the pipeline, so that the non-pneumatic ash conveying system is economical and practical, and the problem that the cost is high due to the fact that fluidizing equipment is additionally arranged in each set of non-pneumatic ash conveying system is solved.

The invention relates to the technical field of plunger pumps, in particular to a combined plunger assembly anti-cavitation noise reduction structure which comprises a pump cabin, a discharge pipe is fixedly mounted at the upper end of the pump cabin, a suction pipe is fixedly mounted at the lower end of the pump cabin, and a first plunger cabin is fixedly mounted on one side of the pump cabin; a progressive plunger rod is installed on the inner wall of the first plunger cabin in a sliding mode, a plunger rod driving device is installed at the end, away from the pump cabin, of the first plunger cabin, a multi-channel flow dividing structure is arranged in the middle of the suction pipe, and a plunger linkage valve is installed in the middle of the discharge pipe. Too low local pressure caused by too high flow speed of a single suction inlet is avoided; the pressure fluctuation of the front end during the movement of the plunger is relieved through the plunger rod which is designed progressively; a second plunger rod is linked to reciprocate in a second plunger cabin and trigger a plunger linkage valve, so that a sealing plug is opened in advance; the effect of effectively relieving the cavitation phenomenon at all positions in the plunger pump is achieved.

The utility model discloses a kind of perfusion control structure and ink filling machine with it, it is related to liquid filling technical field, and it includes: material bucket, the material bucket lower side has discharge gate;Speed regulating valve, the speed regulating valve includes speed regulating valve pipe and speed regulating valve body, the speed regulating valve pipe rear end is connected with the discharge gate, the speed regulating valve body includes rotary driver and rotary valve core, the rotary driver is located in the speed regulating valve pipe, the rotary valve core is located in the speed regulating valve pipe, the rotary valve core is opened with fast flow channel and slow flow channel;Filling valve, connected in the speed regulating valve pipe front end;The rotary valve core of speed regulating valve realizes fast and slow flow switching mode, both reach the purpose of realizing rapid filling using fast flow channel, improve filling efficiency, and can also be combined with the detection precision control of slow filling of slow flow channel promotion, avoid the waste and cost promotion caused by too much liquid material actually perfused into bottle.

The invention discloses a valve mechanism, a liquid injection device, a liquid injection system and battery manufacturing equipment, relates to the technical field of valves, and solves the problems of high cost and poor stability when a liquid injection valve is automatically closed. The valve mechanism comprises a valve body, a valve and a sealing assembly. Wherein a liquid outlet channel is arranged in the valve body, the fast flow section comprises a contraction section and a diffusion section, the end, communicated with the valve cavity, of the liquid outlet channel is communicated with the end, away from the valve cavity, of the liquid outlet channel, the contraction section is located between the diffusion section and the valve cavity, the sectional area of the contraction section is gradually decreased, and the sectional area of the diffusion section is gradually increased. The sealing assembly comprises a shell, a sliding piece, a first connecting piece and a communication structure. When the sliding piece slides towards the sealing cavity, the first connecting piece can drive the valve to move from the opening position to the closing position. Therefore, liquid injection can be stopped only through the mechanical structure of the valve body, the valve and the sealing assembly when liquid injection is completed, the cost is reduced, and meanwhile the use stability is improved.

The application discloses a self-adjusting water-saving valve and relates to the technical field of water valves.The self-adjusting water-saving valve comprises a valve pipe, a flow regulating sleeve and an execution rod.The valve pipe has a water inlet end and a water outlet end.The flow regulating sleeve is coaxially and fixedly arranged in the valve pipe, and the inner diameter of the flow regulating sleeve gradually decreases from the water inlet end to the water outlet end.The execution rod is arranged in the valve pipe and penetrates through the flow regulating sleeve.A cross water baffle and a flow regulating block are sequentially arranged on the execution rod from the water inlet end to the water outlet end.The self-adjusting water-saving valve can reduce the water pressure of a water faucet of a user by making the flow regulating sleeve be in a state of a minimum valve opening degree to match the fast flow rate during a low water consumption period, and can increase the flow regulating sleeve to be in a state of a maximum valve opening degree to match the low flow rate during a high water consumption period.In addition, the cross water baffle can be dynamically adjusted between the balance assembly and the resistance assembly during other time periods, so that the problem of waste water caused by splashing can be avoided.

The present invention provides a pure water production device capable of realizing a sufficiently fast flow rate in each deionized water production device and capable of suppressing damage to the deionized water production device due to application of an excessive pressure. The purified water production device is provided with: a booster pump (3) disposed between deionized water production devices (1, 2); and a pressure gauge (4b) disposed between the booster pump (3) and the deionized water production device (1) located on the upstream side of the booster pump (3). At least one of the deionized water production devices (1) located on the upstream side of the booster pump (3) and the pressure gauge (4b) is an electroregenerative deionized water production device. At least one of the start and stop of the operation of the booster pump (3) is performed on the basis of the measured value of the pressure gauge (4b).

The utility model discloses an inner cover type gas prevention device which comprises a device body and a gas removal assembly. According to the inner cover type gas-proof device, after being sucked into the discharging outer sleeve through the suction hole, gas-containing liquid falls between the discharging outer sleeve and the central pipe due to gravity, and then falls to the upper ends of the first umbrella plate and the second umbrella plate on the outer side of the inner concave part firstly, and then the gas-containing liquid is discharged out of the central pipe. Gas-containing liquid can be divided into multiple groups of small-flow liquid through the first umbrella plate and the second umbrella plate, then gas in the liquid is separated for the first time, and the multiple groups of small-flow liquid are gathered through the first guide cone and the second guide cone on the upper side and the lower side of the bottom in the falling process so as to rapidly penetrate through the outer end of the external expansion ring after being gathered. And after the liquid quickly penetrates through the outer expansion ring, the liquid falls out of the movable barrel at the lower end, bubbles in the liquid are broken through the sharp needles arranged at the outer end of the movable barrel, and then the gas contained in the liquid is separated.

The utility model relates to a honeycomb structure's overflow distributor, including overflow subassembly: the overflow subassembly includes, the inside of ring body is provided with multiple groups of frame body, the bottom of frame body is inserted into the inside of frame body and is symmetrically arranged to the flow guide pipe, first through ring body and install it to rectifying tower inner wall, deliver liquid to the inside of frame body, liquid will pass through overflow tank, enter the inside of flow guide pipe, then liquid will enter the inside of hexagonal honeycomb box, liquid will overflow through the top of hexagonal honeycomb box, then through the liquid of setting up six flow guide vane and guide, the overflow tank flow of this device through flow guide pipe, the pressure drop is smaller, can reach the effect of quick flow, liquid flows into the hexagonal honeycomb box, through six flow guide vane makes 1 distribution point become 6 liquid distribution points, and the distribution point density increases 6 times, improves the distribution effect of liquid.

The invention discloses an anti-cavitation mixed-flow pump water inlet device for agricultural irrigation. The anti-cavitation mixed-flow pump water inlet device aims at solving the problem that cavitation is likely to happen to necking-down sections at the lower ends of blades due to high flow speed and low water pressure. The anti-cavitation mixed-flow pump comprises a shell, a rotating shaft is arranged at the upper end of the shell, the rotating shaft is connected with an internal blade, and the lower end of the blade is a necking position; a plurality of compensators are evenly distributed on the circumference of the shell, each compensator comprises a shell, a pressure relief structure and a pressurization structure, the compensators are connected to the necking opening through guide pipes with one-way valves, the pressure relief structures can inject fluid in the compensators into the necking opening at set pressure, and the multiple compensators sequentially work to continuously inject high-pressure fluid. Static pressure is increased by injecting high-pressure fluid into the necking, cavitation can be effectively reduced, and the device is simple and stable in overall structure and can be widely applied to sand-containing environments such as agriculture.

A fluid dispensing system, including a reservoir tank in fluid communication with a tank port; a reservoir tube having a first end in fluid communication with the reservoir tank; a tank dispense valve in fluid communication with the second end of the reservoir tube; a plumbing tube; and a connector having a first input defining a first channel, a second input defining a second channel, and an outlet. The first input is in fluid communication with the tank dispense valve, the second input is in fluid communication with the plumbing tube, and the outlet is positioned proximate the second channel at an output point. The first channel and the second channel are sized to provide a first fluid flow rate from the tank dispense valve to the output point that is greater than a second fluid flow rate from the plumbing tube to the output point.

Method for supplying a machine tool (TM) with cooling lubricant comprising the following steps: a. Selection of a specific flow value according to the drill used by a machine control unit (MC) b. Measurement of flow in a lubricant circuit using a fast flow sensor (FM2) with a response time of less than 10 msec c. Generating a control signal for an electromagnetic flow controller to adjust the flow in the lubricant circuit (LC) according to the selected flow value d. Regulating the flow of the cooling lubricant with a movable part of the flow actuator to the selected flow value during the drilling process e. Generating a dithering signal superimposed on the control signal for the flow actuator to generate a small vibration of the moving part to increase the linearity of the flow actuator and improve the response and hysteresis f. direct detection of the vibrations of the moving part by measuring the flow changes with the fast flow sensor (FM2) g. Adjustment of the dithering signal to improve the control quality of the flow actuator according to the measured flow value.

The application discloses a valve mechanism, a liquid injection device, a liquid injection system and a battery manufacturing equipment, relates to the technical field of valves, and solves the problems of high cost and poor stability of automatically closing a liquid injection valve. The valve mechanism comprises a valve body, a valve and a sealing assembly. The valve body is internally provided with a liquid outlet channel. A fast flow section comprises a contraction section and a diffusion section. One end of the liquid outlet channel connected with the valve cavity to the end of the liquid outlet channel away from the valve cavity. The contraction section is located between the diffusion section and the valve cavity. The cross-sectional area of the contraction section gradually decreases, and the cross-sectional area of the diffusion section gradually increases. The sealing assembly comprises a shell, a sliding piece, a first connecting piece and a communication structure. When the sliding piece slides to the sealing cavity, the first connecting piece can drive the valve to move from the open position to the closed position. Thus, the liquid injection can be stopped by the mechanical structure of the valve body, the valve and the sealing assembly when the liquid injection is completed. The cost is reduced, and the use stability is improved.

The invention provides a method for feeding a molten material into injection molding equipment and an assembly of the injection molding equipment, and belongs to the technical field of hot runner injection molding. The device comprises a body, the body is provided with a feeding port and a discharging port, the feeding port and the discharging port are communicated through an elbow-shaped channel, the elbow-shaped channel comprises a feeding channel, a connecting channel and a discharging channel, and the body is provided with a valve needle mounting hole which is connected with the connecting channel and used for mounting a valve needle capable of being arranged in the discharging channel. And a fluid reversing mechanism capable of enabling at least one part of fluid material to flow to one end opposite to the discharging end of the discharging channel in the connecting channel before the fluid material entering from the feeding hole reaches the connecting channel is arranged in the feeding channel, so that one part of the fluid material can continuously flow to the back surface of the valve needle and then enters the discharging channel. When the fluid material flows through the connecting channel, residues are not prone to being generated to block the connecting channel, the flow speed of the fluid material is high, and the residence time of the fluid material in the connecting channel is short.

Methods and systems for operating an OPI of a sample analysis system, the OPI having a transport liquid conduit and a sample removal conduit and being configured to flow a transport liquid therethrough to a capture region, the method including introducing the OPI at a liquid sample in a sample reservoir while supplying the transport liquid at a first flow rate to the capture region, aspirating a first amount of the liquid sample through the removal conduit via the transport liquid flowing at the first flow rate, switching a flow rate of the transport liquid flowing through the OPI to a second flow rate when a first condition is met, the second flow rate being different from the first flow rate, and aspirating a second amount of the liquid sample through the removal conduit via the transport liquid flowing at the second flow rate. Fast flow rate switching is enabled by a transport liquid flow control apparatus comprising a selectable valve having a pair of valve outlets coupled to different flow paths having different flow resistances.