88results about How to "Reasonable structure layout" patented technology

This invention discloses a wind-cooled multi-channel solid-state circuit breaker cabinet, comprising a cabinet body and a wind-cooling heat dissipation system. The cabinet interior is divided layer by layer from front to back by longitudinal beams into an isolation zone, a first component mounting zone, a heat dissipation zone, and a second component mounting zone. The wind-cooling heat dissipation system includes air inlets at the bottom of the front and rear doors and air outlets at the top, as well as a heat dissipation structure located within the heat dissipation zone. The heat dissipation structure includes a radiator duct and optional fan assemblies, which can be flexibly configured according to power switching components with different thermal powers to achieve precise and efficient heat dissipation. Each electrical channel has an independent control panel corresponding to the front door, integrating a display screen, indicator lights, and buttons, supporting independent on / off control of multiple circuits. This invention, through reasonable functional zoning and air duct design, solves the problems of low heat dissipation efficiency and poor multi-circuit adaptability in existing technologies, and has the advantages of high heat dissipation efficiency, reasonable layout, convenient operation and maintenance, and good protection.

The utility model relates to capsule medicine powder filling mechanism, its stock bin stirring filling device is installed on stock bin support swing arm, and the transmission connection between filling transmission mandrel and stirring transmission hollow shaft is by linkage part, and hollow support stand column is arranged on the mesa panel of frame, and hollow pivot connection configuration is in hollow support stand column, and power mandrel connection configuration is in hollow pivot, and the upper end of power mandrel is with the upper end transmission connection of filling transmission mandrel, and the lower end of power mandrel is with mandrel drive motor transmission connection, and stock bin support swing arm is connected in hollow pivot, and stock bin support swing arm is located the top of hollow support stand column, and the lower end of hollow pivot is with pivot drive part transmission connection. Hollow support stand column and other structures on the column are supported by the mesa panel of frame, and the load of stock bin support swing arm is relatively reduced, and operation is relatively more stable, and the support structure and power transmission structure help to promote the operation stability and service life of optimization filling mechanism.

The utility model discloses online sampling and detecting equipment for water pollutants, relates to the technical field of water pollutant detection, solves the technical problem that sampling, detecting and washing cannot be automatically and repeatedly carried out in the existing technical scheme, and comprises a main vehicle body, a mounting frame is fixedly mounted on the upper wall surface of the vehicle body, and a detecting pipe is fixedly mounted on the mounting frame; the detection pipe is a vertical pipe, a detection laser transmitter is arranged at the upper end in the detection pipe, and a detection laser receiver is fixedly mounted at the lower end of the detection pipe. According to the utility model, the unique control valve is matched with a sampling and flushing structure, so that the automatic switching of water samples and the automatic flushing of the detection pipe can be realized; water sample residues and cross contamination are effectively avoided, and the accuracy and representativeness of detection data are greatly improved; the device integrates a controller and a touch screen, operation can be completed conveniently in a touch mode, multiple sampling detection modes are supported, manual guarding is not needed, and the device is suitable for long-time unmanned online monitoring in various water environments.

The invention provides a self-inflating communication buoy. The self-inflating communication buoy comprises an upper-section shell, a buoyancy section, a middle-section shell and an inflating equipment section, the upper section shell, the buoyancy section, the middle section shell and the inflation equipment section are fixedly connected in sequence from top to bottom; the upper section shell carries communication equipment, the buoyancy section carries an air bag, and a watertight connector is arranged in the middle section shell and used for data transmission and communication between the communication equipment and underwater equipment; automatic inflation equipment is arranged in the inflation equipment section, and when the buoy does not enter water, the air bag is in a contraction state; when the buoy enters water, the automatic inflation device is started to inflate the air bag, and therefore buoyancy is provided for the buoy. When not entering water, the buoy is small in size, the buoyancy is rapidly increased after the buoy enters water, and the buoy can float on the water surface for communication.

The application relates to the technical field of ultrasonic physiotherapy devices, and particularly relates to an ultrasonic physiotherapy device compatible with multiple frequencies and multiple probes and capable of adaptive channel switching. The ultrasonic physiotherapy device comprises a power module, a main control micro control unit, a channel interface, a digital frequency synthesis signal module and a probe storage module. The input end of the power module is connected with 220V alternating current. The main control micro control unit is connected with an operating system through human-computer interaction communication. The operating system is used for setting treatment parameters. The main control micro control unit is connected with a temperature sampling module, a frequency channel selection module, a frequency tracking module and a power amplification module. The channel interface is connected with a treatment probe. The ultrasonic drive square wave signal output by the digital frequency synthesis signal module is amplified through the power amplification module and then switched to the corresponding channel interface through the frequency channel selection module. The ultrasonic physiotherapy device can realize compatibility of multiple frequencies and multiple probes, multi-band adaptation and probe size adaptation, and is simple to operate and convenient to replace.

The application provides a microwave air-frying oven, which comprises a shell, an inner shell arranged in the shell, an inner cavity of the inner shell forming a cooking cavity, an air inlet hole arranged at the top of the inner shell, an air outlet hole arranged at the rear of the inner shell, a heating pipe assembly arranged at the top of the inner shell, a fan assembly arranged at the rear of the inner shell and having an air outlet, a fan cover assembly arranged at the top of the inner shell and forming an air duct between the top of the inner shell and the fan cover assembly, the air duct having an air inlet end with a larger diameter than that of a tail air end, the air inlet end being communicated with the air outlet, air generated by the fan assembly flowing through the air outlet, the air inlet end, the air duct and the air inlet hole in sequence to form hot air, the hot air entering the cooking cavity and being discharged from the air outlet hole to form a circulation, a rotating disc rotatably arranged at the inner side of the bottom of the inner shell, and a frying basket assembly arranged on the rotating disc. The application has a reasonable structure layout, the air duct between the fan cover assembly and the top of the inner shell is designed in a form that the air inlet end is spacious and the tail air end is narrow, which is beneficial to improving the wind power, increasing the air pressure and improving the cooking effect.

The utility model discloses a packaging barrel with a buffering protection function. The packaging barrel comprises an outer-layer protection frame, a plastic inner container, a top buffering assembly, a lateral buffering layer and a bottom damping mechanism. The outer-layer protective frame is of a metal grid structure, and the plastic inner container is arranged in the outer-layer protective frame. The top buffering assembly is composed of a plurality of elastic arch-shaped supporting plates, the arch-shaped supporting plates are formed by welding rectangular pipes, and the tops of the arch-shaped supporting plates are provided with arc-shaped aluminum plates for connection. The lateral buffer layer is composed of two layers of foam material plates, and a corrugated structure is arranged between the two layers of foam material plates and embedded in the inner side of the metal grid structure. The bottom shock absorption mechanism comprises composite structure shock absorption supports arranged at the four corners and deformable rib plates arranged in a radial shape and is used for enhancing the shock resistance and energy absorption capacity. The container barrel is reasonable in structure, the impact resistance of the container barrel in the transportation and carrying process is effectively improved, the inner container is prevented from being damaged or leaking, and transportation safety is guaranteed.

An ultrasonic vacuum oil injection system for a hydraulic electromagnetic valve for an automobile and a control method thereof relate to the technical field of hydraulic element testing. The system comprises a rack, an oil tank, an opening and closing cover mechanism, an oil injection assembly, a vacuum pumping assembly, an ultrasonic vibration assembly and a controller, which are arranged on the rack. The oil tank is used for containing oil and placing the hydraulic electromagnetic valve for the automobile. The opening and closing cover mechanism is used for sealing or opening the oil tank. The oil injection assembly is used for injecting oil into the oil tank. The vacuum pumping assembly is used for performing vacuum pumping on the inside of the sealed oil tank. The ultrasonic vibration assembly is used for generating ultrasonic vibration of the oil in the oil tank during the vacuum pumping. Through the cooperation of the ultrasonic vibration assembly and the vacuum pumping assembly, the cavitation effect of ultrasonic waves is combined with the vacuum negative pressure environment, so that the residual bubbles in the closed small cavity inside the electromagnetic valve can be effectively stripped and discharged, and the problem that the test data fluctuates and the product quality is uncontrollable due to the residual bubbles in the prior art is solved.

The present application relates to the technical field of metal material heat treatment, in particular to a heat treatment furnace device and method capable of controlling temperature and cooling speed, wherein the furnace body is internally constituted as a hearth, the output end of the air supply system is located at the lower region of the hearth through the furnace body; the flow equalizing system is arranged at the lower region of the hearth and is in communication with the output end of the air supply system; the workpiece is placed on the flow equalizing system; the circulation and exhaust system is arranged at the upper region of the hearth and is in communication with the interior of the hearth, the temperature monitoring system is arranged on the circulation and exhaust system and is directly above the workpiece; the control system is electrically connected with the air supply system, the circulation and exhaust system and the temperature monitoring system. The present application effectively solves the problems of insufficient cooling speed and poor cooling uniformity in the prior art.

A range hood has a recessed cavity at the bottom of its fixed housing to accommodate a lifting air intake. The lifting air intake has a smoke-collecting chamber. An oil guide plate is provided on the front side of the recessed cavity. The front side of the oil filter plate at the top of the smoke-collecting chamber has a forward-sloping surface extending downwards. An oil guide connecting plate extending upwards and backwards is installed on the oil guide plate. The rear part of the oil guide connecting plate has an extension extending below the forward-sloping surface. A first oil guide groove is formed between the oil guide connecting plate and the oil guide plate. Oil falling into the first oil guide groove enters the oil cup through oil guide channels on both sides of the fixed housing. The first oil guide groove of this range hood can smoothly guide the condensed oil on the front side. After setting the oil guide connecting plate, the height of the rear plate below the oil guide plate, which cannot hold oil, is reduced, and the length of the forward-sloping surface in the front-back direction is shortened. This helps to reduce the size of the air intake, making it less likely for the air intake to interfere with the solid housing. Sufficient installation space is left on the front side of the bottom of the housing for installing components such as lighting. The structural layout is more compact and reasonable.

The utility model discloses an infolding door structure with a buffering self-closing system, which comprises a door frame, a glass door, a pulley assembly and a connecting rod, a sliding rail is arranged below a top beam, the pulley assembly comprises a connecting seat and a pulley arranged on one side of the connecting seat, the bottom of the connecting seat is rotatably connected with the glass door, the pulley is arranged in the sliding rail to slide, and the connecting rod is connected with the sliding rail. One end of the connecting rod is rotationally connected with the top beam, the other end of the connecting rod is rotationally connected with the top of the glass door, a groove is formed in the top of the top beam, a buffer is installed in the groove, a sliding groove is formed in the top of the buffer, a slidable contact part is arranged in the sliding groove, and a connecting block is arranged on the top of the connecting base. When the pulley assembly drives the glass door to be closed, after the connecting block on the connecting base makes contact with the contact part of the buffer, the connecting block is clamped to the contact part, the contact part drives the connecting block to slide, the self-closing effect of the glass door is achieved, the buffering effect can be achieved through the buffer, the glass door is effectively prevented from being collided by large force, and the structural arrangement is reasonable.

The utility model discloses a kind of powder coating toning equipment, it is related to powder coating production technical field, including box, the box includes toning jar located upper and lower blanking box located lower, the top of blanking box is provided with connecting port, the toning jar with the blanking box is connected by the connecting port intercommunication, the top of blanking box is further rotatably installed with baffle, the baffle is used to open or close the connecting port, the bottom of blanking box is provided with diversion slope, toning jar is equipped with stirring assembly, the stirring assembly includes with the baffle and the toning jar's side wall the scraping plate of consistent with the flap of consistent, the flap with the scraping plate can rotatably be set in the toning jar. Not only significantly improve the toning effect and production efficiency of powder coating, and in reducing loss, preventing pollution and automation operation aspect, it is outstanding, with good industrial application value and economic benefits.

The utility model provides activated carbon adsorption equipment for catalytic combustion of waste gas. The activated carbon adsorption equipment comprises an adsorption box, an adsorption air inlet pipe, an adsorption air outlet pipe, an exhaust fan, a CO furnace, a desorption air inlet pipe, a desorption air return pipe and a desorption fan, a plurality of activated carbon chambers which are distributed left and right are arranged in the adsorption box; an activated carbon layer is mounted in the middle of the activated carbon chamber; the activated carbon chamber is connected with an adsorption air inlet pipe and an adsorption air outlet pipe, the position of the adsorption air inlet pipe is controlled through a first linear air cylinder valve, and the position of the adsorption air outlet pipe is controlled through a rotary air cylinder valve; a desorption air inlet equalizing plate and a desorption air inlet are mounted at the corners of the two sides of the upper part of the activated carbon chamber, a desorption backflow equalizing plate and a desorption air return opening are mounted at the corners of the two sides of the lower part of the activated carbon chamber, and a second linear cylinder valve is mounted at the position, corresponding to the desorption air inlet, in a desorption air inlet runner; a third linear air cylinder valve is installed at the position, corresponding to a desorption air return opening, in the desorption air return flow channel, and the CO furnace is connected with the desorption air inlet flow channel through a desorption air inlet pipe and connected with the desorption air return flow channel through a desorption air return pipe.

The application discloses an integrated aviation hybrid power oil cooling system and an aviation hybrid power aircraft, and belongs to the technical field of aviation hybrid power aircrafts. The integrated aviation hybrid power oil cooling system comprises a fan, a fan flow channel piece with an annular flow channel, an annular radiator, an oil supply and return pump set, a fan motor, a fan motor controller and an oil tank. The axial ends of the fan flow channel piece are connected with the fan and the annular radiator respectively, so that the annular flow channel is axially communicated with the fan and the annular radiator, and then the cooling airflow generated by the fan enters the annular radiator through the annular flow channel. The inner shaft hole of the fan flow channel piece further forms a hub installation space for installation. The fan motor and the oil supply and return pump set are arranged in the hub installation space respectively, two power output ends of the fan motor are connected with the fan and the oil supply and return pump set respectively, the oil tank is arranged in the shaft hole of the annular radiator, and the fan motor controller is connected with the fan flow channel piece. The overall structure of the application is compact and reasonable, the manufacturing and maintenance costs are low, the weight is small, and the utilization rate of the cooling airflow heat dissipation capacity is high.

The invention relates to the technical field of mosquito eradication, in particular to a mosquito eradication device which comprises a base, a net barrel, a power supply control assembly, a night lamp assembly, a double-waveband trapping lamp and a flow guide assembly. A power supply control assembly and a night lamp assembly are arranged in the base, and a power button and a lighting button are arranged outside the base; the net cylinder is vertically arranged above the base, the net cylinder is of a cylindrical three-dimensional structure, and the net cylinder is provided with a plurality of layers of curved electric shock net faces which are parallel to one another and distributed in the axial direction; the dual-band trapping lamp and the flow guide assembly are both installed in the net cylinder. The power supply control assembly is electrically connected with the electric shock net face, the dual-band trapping lamp, the flow guide assembly, the night lamp assembly, the power button and the lighting button, the power button controls the electric shock net face, the dual-band trapping lamp and the flow guide assembly to be turned on and turned off, and the lighting button controls the night lamp assembly to be turned on and turned off. The technical problems that a traditional mosquito killing lamp is low in trapping rate, poor in safety, troublesome to maintain, insufficient in endurance and the like can be solved.

This invention provides a modular high-voltage incoming line cabinet adapted for top-in, top-out wiring, including a cabinet body. The top surface of the cabinet body has an inlet and an outlet on its front and rear sides, respectively. Both the inlet and outlet are equipped with wiring components, each including a wiring board, a fixing plate, a sliding rod, and a bidirectional threaded rod. This invention offers flexible wiring adjustment and strong adaptability. The inlet uses a sliding wiring board design, which, combined with the driving structure in the limiting component, allows for flexible adjustment of the wiring board's lateral position according to the actual connection position of the electrical components. This ensures that the cable connection to the electrical components remains reasonably perpendicular, effectively reducing cable bending and minimizing signal interference and insulation wear risks. The outlet wiring board is fixedly installed, complementing the inlet. Combined with correspondingly distributed oblong grooves and round holes on the partition, this ensures precise correspondence between the inlet and outlet paths, meeting the needs of different wiring scenarios.

The utility model belongs to tobacco technical field, specifically disclose a kind of storage cabinet anti-mixing control device, the device includes shell, and the lower end surface of shell is equipped with the long hole being communicated with inner chamber, and the outer wall of front and back sides is equipped with fixed seat respectively, and shell front side wall right side is equipped with motor. In shell, the inner wall of front and back sides is rotatably connected with two rotating rods by bearing, and one rotating rod front end is fixedly connected with motor output end by coupling, and rotating rod outer wall is connected with gear by interference fit. Two baffle synchronous rotation are driven by motor driving rotating rod and gear, device is installed in the discharge end in stem and filament storage cabinet, can accurately accept the stem and filament falling at cabinet head, prevent its mixing into discharge conveyor belt, fundamentally avoid mixing phenomenon, ensure subsequent cigarette processing stem and filament quality pure, accurate specification, effectively guarantee the stable quality of cigarette product.

The utility model relates to an energy -saving locomotive fittings bending device of locomotive fittings machining technical field, including the workstation, the upper deck middle part of workstation is equipped with the biaxial hydraulic cylinder along the longitudinal arrangement, the both ends of workstation upper deck part are equipped with fixed mounting seat respectively, two telescopic shafts of biaxial hydraulic cylinder are connected with mobile mounting plate respectively, still including the replaceable module, the replaceable mould seat and replaceable die head of replaceable module are installed respectively in the opposite side of corresponding fixed mounting seat and mobile mounting plate, the utility model has adopted biaxial hydraulic cylinder as drive source and two sets of replaceable module, when one telescopic shaft extends and carries out bending operation, another telescopic shaft can be synchronous and withdrawn, contrarily, when the shaft backstroke, another shaft can synchronous and extend and carry out operation. This design makes hydraulic cylinder in the whole working cycle of extension and withdrawal, always has a direction in effective bending operation.

The utility model discloses a kind of fertilizing device based on grain and oil crop chemical fertilizer reduction synergism, belong to grain and oil crop technical field, the fertilizing device includes support plate, the support plate top end symmetrical fixed mounting solid-state fertilizer box and liquid fertilizer box, spiral feeder is installed in the solid-state fertilizer box, liquid outlet pipe is installed in one side of the liquid fertilizer box, first valve is installed on the liquid outlet pipe, the support plate bottom end fixed mounting mixing box, the mixing box top end and the support plate are provided with the communicating feed inlet, stirring assembly is installed in the mixing box, a plurality of spray heads are fixedly installed in the mixing box bottom end, flow valve is installed on the spray head, the device realizes solid-liquid fertilizer accurate proportioning, uniform mixing, accurate control, soil loosening absorption, reduce waste, improve efficiency, boost chemical fertilizer reduction synergism.

The utility model relates to agricultural harvesting equipment technical field especially discloses a sunflower harvester, including frame, the frame top front fixed positive pressure type cab, the frame top rear end is equipped with the power system of power supply, install between power system with the positive pressure type cab can overturn sunflower tray storage material box to frame one side, the frame rear end is equipped with the kernel collection box that can overturn frame one side, the frame front end is equipped with the cutting -off integrated header of adjustable cutting angle through detachable connection installation, one side of frame is provided with the sunflower tray conveying device that connects sunflower tray outlet of cutting -off integrated header sunflower tray and sunflower tray storage material box, the frame lower extreme is provided with the cleaning mechanism. Advantageous effect lies in: the unique cutting -off structure makes sunflower tray not to adopt the traditional broken, stirring, threshing mode, and the threshing mode of spiral rolling makes sunflower tray complete threshing under the intact condition, reduces the rate of skinning.

The utility model provides automatic coating equipment for aluminum profiles. The automatic coating equipment for the aluminum profile comprises a spraying box; the collecting hopper is fixedly installed in the spraying box, a buffering cushion is fixedly installed on the outer wall of the collecting hopper, and the buffering cushion is fixedly connected with the spraying box; the guiding hopper is fixedly mounted at the opening end, extending out of the spraying box, of the collecting hopper and used for collecting redundant coating powder; the processing table is fixedly mounted in the collecting hopper; the oscillation motor is fixedly mounted on the outer wall of the collecting hopper and used for driving the powder to move towards the guide hopper; and the coating barrel is fixedly mounted on the spraying box. The automatic aluminum profile coating equipment has the advantages that coating powder at the bottom of a workpiece can be collected, and the resource utilization rate is increased.

The invention relates to the technical field of cable processing, in particular to a liquid-cooled cable insulation layer stripping mechanism which comprises an input supporting mechanism, a stripping cylinder and a tightening mechanism which are sequentially and linearly distributed. The input supporting mechanism is used for supporting the end of a to-be-stripped cable, the tightening mechanism is used for clamping the stripped tail end of the cable, and a cut-off tool assembly is arranged on the side, facing the stripping cylinder, of the tightening mechanism. And a stripping knife assembly is arranged on the stripping cylinder. The stripping knife assembly can move axially, a stripping knife on the stripping knife assembly performs multi-position axial cutting on a cable insulation layer extending into the stripping cylinder, and when the stripping knife cuts to a preset position, the cut-off knife assembly is driven by the linkage device to rotate around the cable to cut off the cut insulation layer strip. According to the mechanism, automatic and accurate cutting and cutting of the insulating layer of the liquid-cooled cable are achieved, the mechanism is suitable for batch processing, and the working efficiency and quality are improved.

This application discloses a magnetically coupled collaborative pipeline inspection robot system, relating to the field of pipeline inspection equipment technology. The system includes an internal robot and an external robot. The internal robot is located inside the pipeline, while the external robot is located outside the pipeline at a corresponding position, and the two are magnetically coupled together. During the inspection process, angular velocity, acceleration, and distance to the pipeline wall are collected to control the movement of the external robot. A camera on the internal robot captures images of the pipeline interior, which are analyzed by a vision processor to determine defects inside the pipeline. By employing a magnetically coupled dual-drive system and a Halbach array design, this application achieves contactless power transmission between the external and internal robots, eliminating the risks of entanglement, wear, and leakage explosion that may occur in high-risk environments such as oil and gas and power plants caused by cable-driven power supply structures, thus improving the safety of inspection operations and the stability of system operation.

This invention discloses an automatic assembly and testing machine for finished products, including a machine base, a carrier tape picking and shifting CCD detection device, a precision indexing plate assembly device, a clamping and shifting CCD detection device, and a finished product loading sleeve device. The input side of the carrier tape picking and shifting CCD detection device is connected to a carrier tape feeding rack, and the output side of the carrier tape picking and shifting CCD detection device is connected to the input side of the precision indexing plate assembly device. The input side of the precision indexing plate assembly device is connected to a tail card vibrating plate and a base vibrating plate, and the input side of the clamping and shifting CCD detection device is connected to a protective end piece vibrating plate. This allows for the assembly, testing, and packaging of tail cards, bases, and protective end pieces, improving production efficiency, ensuring product yield, and achieving a rotary table structure, thereby shortening the overall length of the machine base and making the overall structural layout more reasonable. It also enables automatic detection of electrical testing, high voltage, and alignment of products, meeting product testing requirements.

This utility model discloses a rivet pressing device for a laparoscopic stapler assembly, comprising an upper fixing structure, a lower fixing structure, a base, and a pressing mechanism. The upper fixing structure includes a mounting positioning post, an upper fixing plate, and an upper panel. The pressing mechanism is axially symmetrical about the laparoscopic stapler assembly, including a symmetrically arranged shovel, a slider, a rivet insert, and a slider guide block. The base has the slider guide block embedded in it, and the slider is slidably disposed within the slider guide block. A rivet insert is embedded in the middle of the front end of the slider, and the back has an upwardly and backwardly inclined surface. The shovel is located behind the slider, and its bottom has a pushing inclined surface that cooperates with the inclined surface on the back of the slider. This device has a reasonable structure, facilitating stable pressing of rivets in the laparoscopic stapler assembly.

The utility model relates to heat pump equipment technical field especially, and it is a kind of outdoor unit and heat pump equipment, and the outdoor unit includes shell, baffle, fan, compressor, air refrigerant heat exchanger, water refrigerant heat exchanger and expansion tank;The baffle is arranged in the shell, and the internal space of the shell is divided into first cavity and second cavity;The fan and the air refrigerant heat exchanger are arranged in the first cavity;The compressor, the water refrigerant heat exchanger and the expansion tank are arranged in the second cavity along horizontal direction, and the expansion tank is close to the side wall of the shell, and the side wall of the shell is provided with access hole in the position corresponding to the expansion tank.The outdoor unit provided by the utility model is reasonable in layout, can improve the production assembling efficiency of outdoor unit, and simultaneously facilitates expansion tank maintenance.

The invention provides a fine fraction flotation machine with an inflation system and a using method of the fine fraction flotation machine. The fine fraction flotation machine comprises a groove body, a foam groove, a scraper component, an ore pulp annular pipe, an air annular pipe, a plurality of inflator assemblies and a tailing box. The ore pulp ring pipe and the air ring pipe are concentrically arranged at the top of the tank body, and the inflator assemblies are evenly arranged along the ore pulp ring pipe and used for fully mixing ore pulp and air in a pipeline and shearing the mixture to form fine bubbles, and then the fine bubbles are evenly sprayed into the cross section of the tank body through the branch pipes. No mechanical stirring exists in the tank body, turbulent flow is rapidly weakened after mixed fluid enters the tank body, and efficient static separation of mineralized bubbles and gangue minerals is achieved. The collision probability and the recovery rate of fine-grain minerals can be remarkably improved, gangue entrainment is effectively restrained, the concentrate grade is guaranteed, the inflation amount is adjustable, the structure is simple, operation is stable, and the flotation device is suitable for flotation operation of the high-concentration fine-grain minerals.

The utility model discloses a hydraulic oil circuit of a hybrid power gearbox, which belongs to the technical field of automobile parts and comprises an EM2 motor stator and an EM2 motor rotor, and a plurality of groups of throttling ports arranged in the gearbox can play a role in supplying oil through a lubricating oil supply port and a clutch oil supply port. Lubricating oil passes through a lubricating oil cooling opening, a first deep hook ball bearing, a rear cover, a transmission shell, an EM2 driving shaft, a front oil guide pipe, a rear oil guide pipe, an input shaft and an input flange, and a throttling opening is formed between the input shaft and the input flange. According to the hybrid gearbox, the lubricating oil way system is arranged, it is guaranteed that each lubricating point can obtain enough lubricating oil, through structural arrangement of parts, it is guaranteed that the lubricating oil way system can operate reliably, all cooling and lubricating points of the lubricating oil way are fully cooled and lubricated by setting reasonable pressure and utilizing the effect of centrifugal force, and the structural arrangement of the whole hybrid gearbox is more reasonable.

This invention discloses a crystal phase control device and its control method integrating grinding, polishing, and structured light detection, belonging to the field of high-precision component processing and inspection technology. The device integrates grinding and polishing components, monitoring components, detection components, operation components, drying components, and storage components. Each unit is fixed to a preset workstation on a base, resulting in a compact and stable layout. The grinding and polishing components achieve automatic grinding and polishing, sandpaper replacement, and debris cleaning; the monitoring components monitor and control start and stop in real time; the detection components perform surface shape detection through multi-angle structured light imaging; the operation components automatically complete workpiece loading, unloading, transfer, and detection positioning; the drying components quickly dry the workpiece; and the storage components classify and store finished products and parts to be processed. This invention achieves integrated operation of the entire process of grinding, polishing, cleaning, drying, structured light detection, and storage, significantly reducing transfer links, significantly improving processing and inspection efficiency and accuracy, and exhibiting strong stability and practicality. It is suitable for high-precision integrated processing and inspection of high-reflectivity surface components.