119 results about "Shunt valve" patented technology

The indexing chuck comprises a chuck body and a hydraulic pump station, the upper side and the lower side of the chuck body are provided with a pressing oil cylinder and an indexing plate respectively, a positioning oil cylinder, a 45-degree oil cylinder and a 90-degree oil cylinder are further installed in the chuck body, and a diverter valve is arranged at an outlet of the hydraulic pump station. The outlet end of the diverter valve is respectively connected with a pressing oil way, a positioning oil way and an indexing oil way, the indexing oil way comprises a three-position four-way electromagnetic directional valve A connected with the diverter valve, the left position and the right position of the three-position four-way electromagnetic directional valve A are respectively connected with a 45-degree oil way and a 90-degree oil way, the 90-degree oil way is connected with a synchronous oil cylinder in series, and the synchronous oil cylinder is connected with a hydraulic cylinder. A feedback piece is arranged on the front side of the movable end of the synchronous oil cylinder, the feedback piece is in communication connection with a lathe control system, and when the 90-degree oil cylinder completes the steering stroke, the feedback piece sends a signal to the lathe control system. According to the utility model, the synchronous oil cylinder is arranged to simulate the working state of the 90-degree oil cylinder in the disc body, so that the phenomena of cutter damage, product scrapping and machine tool damage in the machining process are avoided.

The application discloses a fracturing shunt control system, which comprises a sand liquid device, a pump truck device, a pipeline device, a shunt valve device and a control device. The pipeline device comprises an upstream pipeline for guiding fracturing sand liquid provided by the sand liquid device to multiple pump truck units of the pump truck device and a downstream pipeline for guiding fracturing sand liquid pumped by the multiple pump truck units to different fracturing wells. The shunt valve device is arranged on the upstream pipeline or the downstream pipeline and can distribute flow to the different fracturing wells. A fracturing detection assembly of the control device is used for detecting fracturing conditions of the different fracturing wells. The controller is configured to control the shunt valve device to distribute flow according to the fracturing conditions detected by the fracturing detection assembly, so that the fracturing system does not need to be arranged for each well when synchronous fracturing is performed on the different fracturing wells, and flow can be distributed to the different fracturing wells according to the fracturing conditions, thereby achieving the purposes of reducing fracturing cost and reducing the adjustment difficulty of fracturing displacement.

A system and method of accurately measuring a pressure (Pp) within a human brain using totally-implanted or partially-external hardware. The system includes a first pressure transducer configured to measure a cerebrospinal fluid pressure (Pcsf) within a ventricle of a brain, a second pressure transducer configured to indirectly measure a second pressure (Pp) within a space of the brain, and an adjustable implanted valve controller configured to calculate the effective differential pressure (Pei = Pcsf - Pp) between the measured pressures Pcsf and the Pp and determine whether the effective differential pressure measurement represents a true secondary pressure.

This invention provides a hydraulic system for a bamboo felling machine head, relating to the field of bamboo felling equipment technology. The system includes: a hydraulic oil source, a saw blade motor, a first oil cylinder, a second oil cylinder, a flow divider valve, a first reversing valve, a second reversing valve, and a third reversing valve. The saw blade motor drives the circular saw to rotate and cut bamboo. The first oil cylinder drives the pushing clamp arm. The second oil cylinder drives the collecting clamp arm. The flow divider valve has an oil inlet, a first oil outlet, and a second oil outlet; the oil inlet is connected to the hydraulic oil source via a pipeline. The first reversing valve controls the start and stop of the saw blade motor. The second reversing valve controls the extension and retraction of the first oil cylinder. The third reversing valve is located between the second oil outlet of the flow divider valve and the second oil cylinder to control the extension and retraction of the second oil cylinder. This application provides a mechanized bamboo felling device.

A clutch assembly (100) for use in a wellbore (11) and connectable between a first (38) and second (39) drill string sections is provided. The clutch assembly includes a first assembly portion connectable to the first drill string section and a second assembly portion connectable to the second drill string section. The second assembly portion comprises a driveshaft (202). The clutch assembly further comprises a releasable clutch mechanism (206) that selectively rotationally locks the first assembly portion (203) with the second assembly portion (204). The clutch assembly may comprises a one-way bearing assembly (211)allowing rotation of the driveshaft relative to the first assembly portion in a first rotational direction and preventing rotation of the driveshaft in a second rotational direction opposite to the first rotational direction. The clutch assembly may comprise a diverter valve mechanism (210) having an open configuration and a closed configuration.

The utility model belongs to the technical field of waterproof coating production, and particularly relates to a modified emulsified asphalt waterproof coating processing and feeding device which comprises a liquid soap tank and a feeding assembly, the bottom of the liquid soap tank is connected with the top end of a three-way pipe, the other two ends of the three-way pipe are connected with a circulating valve and a tank bottom valve, and the circulating valve is connected with a water inlet of a circulating pump. The feeding assembly comprises a first five-way pipe and a second five-way pipe, four opposite ports of the first five-way pipe and the second five-way pipe are connected with the two ends of four venturi pipes respectively, the throat portions of the venturi pipes are connected with feeding pipes, the feeding pipes are connected with the bottoms of the four storage tanks through feeding valves, and flow dividing valves are installed between the venturi pipes and the first five-way pipe. The first five-way pipe is connected with a water outlet of the circulating pump, and the second five-way pipe is communicated with the top of the liquid soap tank. By controlling the valve path states of the four diverter valves and the feeding valve, the emulsifying agent and the auxiliary agent stored in the plurality of storage tanks can be pumped into the liquid soap tank at a constant speed under negative pressure, so that the phenomenon that the emulsifying agent and the auxiliary agent huddle due to non-uniform feeding or too fast feeding is avoided, and the feeding labor amount is effectively reduced.

The utility model relates to the technical field of rotary diverter valves, in particular to a rotary diverter valve. According to the technical scheme, the valve comprises a valve element and a shell, the valve element is rotationally connected into the shell, two oil channels are formed in the valve element, openings in the upper ends of the two oil channels are both located on the side wall of the valve element and distributed in an up-down staggered mode, and openings in the bottoms of the two oil channels are both located in the bottom of the valve element; outer edge grooves are formed in the positions, aligned with the opening of the oil channel, of the side wall of the valve element, a sealing plate is fixed to the position, aligned with the opening in the upper end of the oil channel, in the shell, the inner side of the sealing plate is attached to the side wall of the valve element, and an injection hole is formed in the position, aligned with the opening of the oil channel, of the shell. Sealing monitoring is carried out in an air pressure monitoring mode, when leakage occurs inside, the leakage can be found in time, larger potential safety hazards caused by untimely overhaul can be avoided, meanwhile, the outer edge groove is formed in the oil way inlet for flow guiding, and the response speed of oil way switching can be increased.

A hydraulic pump assembly for DHT (Diverterless Hydrodynamic) and its operating method are disclosed, belonging to the field of vehicle transmission technology. The assembly includes a top cover assembly stacked along the assembly axis for integrating oil supply and hydraulic control functions; a valve body partition for orderly isolation of multiple hydraulic channels; a reaction support for supporting the integrated oil circuit and providing one-way protection; and fixing bolts for locking and securing. The top cover assembly, using the valve body top cover as its mounting base, integrates an electromagnetic switching valve, a temperature sensor, a pressure regulating valve, a locating pin, a flow divider valve, and a mechanical pump rotor assembly. The valve body partition employs a customized partition structure matched to the internal oil circuit layout. The reaction support, using the lower valve body plate as its mounting base, is equipped with a cup-shaped plug and a one-way valve assembly. This invention shortens the oil circuit path, reduces system leakage points and hydraulic pressure loss, and improves the control response speed and operational stability of the hydraulic system.

The utility model discloses a filtering diverter valve which comprises a valve body. The valve body comprises a water inlet; a sub-runner is arranged in the valve body; a first water outlet and a second water outlet are formed in the rear part of the valve body; a filtering assembly is arranged on the second water outlet; an open groove is formed in the second water outlet; a sliding block is arranged on the filtering assembly; the sliding block is located in the open groove. The filter assembly can rotate a sliding block to adjust the flow speed. By arranging the rotatable filtering assembly, the corresponding relation between the first filtering hole and the second filtering hole is changed, the filtering flow speed is adjusted, and adjustment and closing of the flow speed are achieved; meanwhile, the filtering partition of a conical structure is arranged, so that dirt is prevented from being accumulated at the bottom of the filtering partition to cause blockage and non-circulation.

The utility model relates to the technical field of dish washing machines, in particular to a water cup structure of a dish washing machine, which comprises a water cup body provided with a water collecting cavity and a water diversion joint, and the water diversion joint comprises a connecting port and a water diversion channel; the water distribution assembly comprises a valve seat and a water distribution valve plate, the valve seat is detachably connected with the water cup body, the valve seat is provided with a water distribution cavity communicated with the water distribution channel, an opening of the water distribution cavity is connected with the connector, and the water distribution valve plate is arranged at the opening of the water distribution cavity; the driving assembly comprises a mounting seat and a driving part used for driving the shunt valve plate to rotate, the driving part is arranged on the mounting seat, and the mounting seat is detachably connected with the valve seat; a positioning assembly is arranged between the valve seat and the water cup body and is used for aligning the opening of the water dividing cavity with the connecting port; according to the detachable water cup, the water cup body, the valve seat and the mounting seat are detachably connected, so that all the components can be conveniently detached and reassembled when needing to be maintained or replaced.

The utility model provides a hydraulic fan reversing structure of a tractor, which comprises a hydraulic reversing fan and a fan reversing solenoid valve, the front side of a hydraulic oil tank is connected with an oil suction filter, and the oil outlet end of the oil suction filter is connected with the oil inlet end of a gear pump through a pipeline; the oil outlet end of the gear pump is connected with the oil inlet end of the fan reversing electromagnetic valve through a pipeline, one group of the oil outlet ends of the fan reversing electromagnetic valve is connected with the hydraulic reversing fan through a pipeline, the other group of the oil outlet ends of the fan reversing electromagnetic valve is connected with the diverter valve through a pipeline, and the diverter valve is connected with the radiator and the hydraulic oil tank. The hydraulic reversing fan is arranged on one side of the radiator. An original common fan is replaced by the hydraulic reversing fan, the small oil cylinder is arranged on the hydraulic reversing fan, the fan blades can be pushed to change the inclination angle of the fan blades, and therefore blown wind can blow away weeds, straw and other objects attached to the machine cover.

The present disclosure relates to a steam trap system, including: an inlet port to receive steam; a diversion valve, configured to be mounted on the inlet port and is further configured to be branched to a first passage and a second passage; a bypass outlet, configured to be in communication with the first passage; a trap mechanism, configured to be in communication with the second passage; at least one first sensing unit, configured to generate at least one first sensed signal corresponding to the steam flow characteristics; a control unit, configured to be connection with the first sensing unit to generate an actuating signal; and a valve actuator, configured to be in communication with the control unit to selectively activate either the bypass outlet port or the trap mechanism, to allow separation of the condensate from the steam. Advantageously, the system efficiently removes the condensate from the steam.

The utility model discloses a fast tunneling device for broken roofs, which relates to the technical field of tunneling devices and comprises a draw-off pump, a draw-off pipe is fixedly mounted on one side of the draw-off pump, a storage tank is fixedly mounted on one side of the draw-off pipe, and a diverter valve is fixedly mounted at the top of the draw-off pump. Flow dividing pipes are fixedly mounted in the two sides of the flow dividing valve, cross valves are fixedly mounted at the tops of the flow dividing pipes, and conveying pipes are fixedly mounted in the two sides and the top of each cross valve. According to the rapid tunneling device for the broken roof, chemical liquid in the storage tank can be pumped out through the draw-off pump and the draw-off pipe and then fed into the flow dividing valve, the liquid can be fed into the cross valve through the two flow dividing pipes after being divided through the flow dividing valve, and the liquid is fed into the spray head through the three conveying pipes after being divided through the cross valve; and finally, liquid can be sprayed out through a spray head, so that grouting reinforcement can be conducted on the broken top plate, and the broken top plate can be supported through a supporting plate.

The invention provides a shunt valve and a cleaning system, and belongs to the technical field of fluid control equipment. The shunt valve comprises a shell, a valve element and a rotation driving device. The shell is provided with at least two water outlets; the valve core is provided with a water outlet and is rotatably arranged in the shell; the rotation driving device is installed on the shell, is in transmission connection with the valve element and is used for driving the valve element to rotate so that the water outlet in the valve element can be communicated with any water outlet in the shell. The shell is provided with at least two water outlets, the valve element is provided with a rotatable water outlet, and the valve element is driven to rotate through the rotation driving device, so that the water outlet of the valve element can be communicated with any water outlet of the shell. According to the structure, a traditional manual operation mode is simplified, the automation degree and the control precision of water flow switching are improved, and the water flow distribution device is suitable for various scenes needing water flow distribution and has the advantages of being reasonable in structure, convenient and fast to operate and flexible to control.

The invention discloses a dehydration system of a heavy oil storage tank. The dehydration system solves the problem that water in a heavy oil storage tank with heavy oil density larger than water density cannot be removed in the prior art. Comprising a heavy oil storage tank, a dehydration oil scavenger pump and a three-way diverter valve, at least three dehydration valves are sequentially arranged on the heavy oil storage tank from the upper portion to the lower portion of the tank, an inlet of the dehydration oil scavenger pump is connected with an outlet of a pump inlet pipeline of a dehydration pipe, and the heavy oil storage tank is communicated with an inlet of the pump inlet pipeline of the dehydration pipe through the dehydration valves at different positions on the heavy oil storage tank. The three-way diverter valve comprises a three-way diverter valve inlet, a three-way diverter valve first outlet and a three-way diverter valve second outlet, the dehydration oil return pump outlet is connected with the three-way diverter valve inlet through a pump outlet pipeline of the dehydration pipe, and the three-way diverter valve first outlet is connected with the drainage pipeline; a second outlet of the three-way diverter valve is connected with the heavy oil storage tank through an oil return pipeline, a tank inlet valve is arranged on the oil return pipeline, and a flow meter, a first water content analyzer and a second water content analyzer are sequentially arranged on a pump outlet pipeline of the dewatering pipe in the direction from the dewatering oil return pump to an inlet of the three-way diverter valve.

Disclosed herein is a fluid sample collection system including a diversion valve, a spring and a collection canister. The diversion valve includes a diversion valve housing, the diversion valve is configured to receive a volume of fluid from a first fluid line and direct the volume of fluid to either a collection canister below the diversion valve using a collection channel or to a second fluid line using a passage channel. The collection channel is located below the passage channel. The spring is coupled to the diversion valve, and configured to transition the diversion valve between a collection state and a passage state. The collection canister includes a collection canister opening. The collection canister is configured to receive the volume of fluid by gravity flow and is coupled to the diversion valve by a fluid channel.

The present application belongs to the technical field of material mixing and distribution, and particularly relates to an electrolytic aluminum covering material precise proportioning automatic mixing device and method, which comprises a bin one and a bin two, the bottom end of the bin one is connected with a plurality of covering material star-shaped discharge valves controlled by a frequency converter, the plurality of covering material star-shaped discharge valves are arranged in series along the vertical direction; the bottom end of the bin two is connected with an aluminum oxide star-shaped discharge valve controlled by a frequency converter, the bottom end of the covering material star-shaped discharge valve located at the bottom side is connected with a main pipe and a non-powered mixing bin, the bottom end of the aluminum oxide star-shaped discharge valve is provided with a flow divider, and the flow divider is connected with the main pipe, the covering material star-shaped discharge valve and a plurality of branch pipes. The discharging amount is controlled by changing the running speed of the star-shaped discharge valve, so that the accurate proportioning of various materials is freely switched, the materials are accurately and fully mixed in proportion, and the segregation and stratification phenomena generated in the mixing and conveying process of the materials are completely solved.

This application provides a liquid cooling system and its controller, a power unit, and a vehicle. The power unit includes multiple coolant channels, and the liquid cooling system includes a pressure pump and a diverter valve. Multiple outlets of the diverter valve are connected to the inlets of the multiple coolant channels. The pressure pump delivers coolant to the inlets of the diverter valve through a circulation pipe. The liquid cooling system operates in two modes: a cooling mode and a cleaning mode. At least one outlet has a higher coolant pressure in the cleaning mode than in the cooling mode, achieved by adjusting the opening of the diverter valve outlet or by adjusting the speed of the pressure pump. This liquid cooling system utilizes the inherent components of the power unit and circulation pipes to achieve a self-cleaning effect, eliminating the need for a dedicated cleaning component within the power unit. This allows for a controlled volume of the liquid cooling system, saving interior space in the vehicle.

The invention relates to an intelligent cleaning method, and the method comprises the steps: controlling the cleaning work of each cleaning scene at a rated cleaning power Pm based on the working arrangement sequence and working time of each cleaning scene in a cleaning process; after the cleaning work is started, a shunt valve in the cleaning machine is driven to act to different positions, so that the cleaning machine is located in different cleaning scenes; and when the shunt valve is driven to act, the shunt valve is controlled to act to the position of each cleaning scene based on the comparison result of the detected actual cleaning power P and the cleaning power range corresponding to each cleaning scene. According to the intelligent cleaning method, on the basis that a microswitch is not needed, the shunt valve can be effectively controlled to act to all cleaning scene positions. The invention relates to a computer readable storage medium. The computer readable storage medium stores a computer instruction for enabling a computer to execute the intelligent cleaning method. The invention further relates to a cleaning machine applying the intelligent cleaning method.

This utility model relates to the field of machine tool processing technology, specifically to a heat dissipation vortex tube for an ultra-low temperature micro-volume environmentally friendly cooling system; it includes a heat dissipation valve body, a distribution network, a vortex tube, a vortex seat, a distribution valve, a seat nut, an air inlet connector, a regulating valve, and a silencer; the vortex tube is threadedly connected to the heat dissipation valve body, the vortex seat is fixedly connected to the vortex tube, the distribution valve is fixedly connected to the vortex tube, the seat nut is threadedly connected to the vortex seat, the air inlet connector is threadedly connected to the vortex seat, the regulating valve is threadedly connected to the heat dissipation valve body, and the silencer is threadedly connected to the heat dissipation valve body. This allows the vortex tube assembly to generate ultra-low temperature compressed gas more quickly even at higher ambient temperatures, thereby meeting the need for rapid cooling of the high heat generated during machine tool cutting, ensuring the machining accuracy of the machine tool, significantly improving tool life, reducing cooling smoke, and significantly improving the workshop production environment.

In a loader equipped with a leveling mechanism using a flow diversion valve, the scuffing phenomenon during fine adjustment of the lift arm's descent is eliminated, and stable parallel descent is achieved even during fine adjustment of the lift arm's descent. [Solution] The loader of the present invention comprises a work implement (bucket 32) at the tip of a lift arm, a lift cylinder 27, a dump cylinder 41, and a first switching valve 51 and a second switching valve 52 connected in parallel to a hydraulic supply source (hydraulic pump P). When the lift arm is lowered more slowly and finely, the hydraulic supply source is disconnected from the lift cylinder, the rising port of the lift cylinder is connected to the squeegee port of the dump cylinder and the hydraulic tank via the flow divider, and the dump port of the dump cylinder is connected to the lowering port of the lift cylinder via a check valve.

The utility model discloses a material conveying system. Including: first screening machine is equipped with first discharge gate and second discharge gate, first material pipe, its feed port is connected with first discharge gate, first crusher, its feed port is connected with the discharge gate of first material pipe, second crusher, its feed port is connected with second discharge gate, second screening machine, its feed port is connected with the discharge gate of first crusher and the discharge gate of second crusher, conveyer belt, it conveys the particle that passed through second screening machine to target area, storage component, it includes first storage bin, and with first material pipe is connected through second material pipe, and shunt valve, it includes motor and baffle, installs in first material pipe inside, and is located second material pipe opening place. The utility model discloses through setting up shunt valve, reasonably adjusts the coal amount that enters first storage bin and is sent into combustion furnace, thereby reduces the input of coal when the power generation load is lower, and simultaneously makes full use of the productivity of screening machine and crusher.

The utility model relates to the technical field of fluid control, in particular to a flow-adjustable multi-channel diverter valve. The flow-adjustable multi-channel flow dividing valve comprises a cross pipeline, fixing boxes, valve plates, a rotary disc and the like, the cross pipeline is in a cross shape, the upper portion of each branch pipeline on the cross pipeline is fixedly connected with the corresponding fixing box, similarly, the interior of each branch pipeline is rotationally connected with the corresponding valve plate, and the rotary disc is fixedly connected with the valve plates. Rotary discs are rotationally connected into the fixing boxes, a plurality of clamping holes are formed in the rotary discs in the circumferential direction, and the rotary discs are connected with the valve plates on the same side. The independent control module is arranged in each branch pipeline, flow is allowed to be flexibly distributed among different branch pipelines, the requirements of various application scenes are met, meanwhile, the locking rod is matched with the clamping hole, the rotating disc can be conveniently locked and unlocked, and the stability of the valve plate at the set position is ensured.

The utility model relates to the technical field of pipeline blockage removal, and discloses a pipeline blockage removal device and a positive pressure conveying system.The pipeline blockage removal device comprises a material conveying pipe, an air purging assembly is arranged on the inner side of the surface of an elbow of the material conveying pipe, and a mechanical dredging assembly is arranged on the outer side of the surface of the elbow of the material conveying pipe; a plurality of groups of pressure sensors are fixedly mounted on the material conveying pipe; the air purging assembly comprises an air supply branch pipe, a purging pipe and a branch pipe; the mechanical dredging assembly comprises a limiting sleeve, a rotating shaft rod and a driving motor. When blockage occurs, the PLC control cabinet sends a signal to the diverter valve, the fan feeds compressed air into the purging pipe and the branch pipe through the air supply branch pipe to purge and dredge the elbow of the material conveying pipe, and when the elbow of the material conveying pipe is seriously blocked, the rotating shaft lever is pushed into a cavity of the material conveying pipe by arranging the mechanical dredging assembly and the oil cylinder, so that the elbow of the material conveying pipe is dredged. The driving motor rotates to drive the rotating shaft rod and the multiple sets of blade units to rotate for mechanical dredging.

A novel actuating device (1) for use in combination with a pressurized packing (6) is described, comprising an actuating head (2) having a discharge orifice (11), and a discharge conduit (3) connecting the discharge orifice to an inlet port (4). The actuating device is provided to actuate a resilient diverter valve means for dispensing fluid from the fluid container (6) and further comprises an open piston (16) having at least one upper sealing flange (20) that seals against an inner wall of the discharge conduit (3). An internal rod (25) is coupled to the open piston (16) and has a free end (26; 53) for closing the discharge orifice (11). The open piston (16) is diverted toward the discharge opening: The actuating head (2) comprises a lever (31) for actuating the open piston (16) toward the inlet port of the discharge conduit (3).

1. Name of the product in this design: Flow divider valve. 2. Application of this design: Used for pressure control and shunting of fluid accumulation in patients during medical procedures, especially suitable for pressure control and shunting of hydrocephalus. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The application discloses an injection mold and relates to the technical field of injection molds.The injection mold comprises a lower mold body, the top surface of the lower mold body is provided with an upper mold body, the top surface of the upper mold body is provided with a cavity for molding, the top surface of the upper mold body is fixedly provided with a support frame, the upper mold body, the lower mold body, the cavity, a Y-shaped shunt valve, a cooling channel, an infrared temperature measuring instrument and a water outlet pipe are cooperated with each other, the shrinkage wrinkles of plastic parts caused by uneven cooling can be reduced, the upper mold body, a support cylinder, a micro electric push rod, a micro motor, a triangular block, a support roller, a connecting disc, a connecting rod, a top block, a fixed ring, a second spring, a top rod, a limiting block, a sliding plate, a sliding strip, a sliding rail, an abutting plate, a support strip and a support box are cooperated with each other, the height of the plurality of support cylinders can be adjusted, the ejection stroke of each part of the complex plastic part is optimized, the ejection force is uniformly dispersed, the deformation of the plastic part is reduced, and the ejection effect of the plastic part is achieved.

The utility model provides a harvester valve group which comprises a diverter valve, a reversing valve and a safety valve, a header reversing valve is connected with a header lifting mechanism through an oil pipe, a grain unloading reversing valve is connected with a grain unloading lifting mechanism through an oil pipe, and a reel reversing valve is connected with a reel lifting mechanism through an oil pipe. The header safety valve is respectively connected with the header reversing valve and the diverter valve through oil pipes, the grain unloading and reel safety valve is respectively connected with the grain unloading reversing valve and the diverter valve through oil pipes, and the grain unloading reversing valve is connected with the reel reversing valve through an oil pipe. The valve group is energy-saving and low in cost, can reduce energy consumption and heat productivity, and is simple to operate; and the valve group really realizes synchronous operation of functional actions.

The utility model provides a flow dividing device of an electronic glass pulverizing system, which belongs to the technical field of electronic glass pulverizing system equipment and comprises a flow dividing bin, a plurality of discharge holes are arranged at the bottom of the flow dividing bin, slide rails are respectively mounted on two sides of the bottom of the flow dividing bin, and flow dividing valves are mounted at the tops of the discharge holes. A plurality of grooves matched with the sliding rails are formed in the flow dividing valve, a connecting lug is fixed to the bottom of the flow dividing valve and penetrates through one side of the flow dividing bin, an adjusting bolt is installed on the outer portion of one side of the flow dividing bin, and the adjusting bolt is fixedly sleeved with the connecting lug; the adjusting bolt is rotated to drive the flow dividing valve to be matched with the sliding rail to horizontally move in the flow dividing bin, so that the size of the discharging hole is adjusted, and the effect of controlling the feeding amount input into the discharging hole is achieved.