94results about How to "Reduce stuck" patented technology

The utility model relates to the technical field of dry grinding and dry separation of iron ore and similar processes, and particularly discloses a dry grinding and dry separation system which comprises an incoming material conveying system, a roller mill, a dynamic powder concentrator, a dry classification cabin and a fine powder collecting and conveying system. A discharging hole of the supplied material conveying system is communicated with a feeding hole of the roller mill; a discharging hole of the roller mill is communicated with a feeding hole of the dynamic powder concentrator; a coarse particle material outlet of the dynamic powder concentrator is communicated with a material inlet of the dry type grading cabin; an oversize coarse particle discharging opening of the dry type grading cabin is communicated with a feeding opening of the roller mill; and a fine powder discharge hole of the dynamic powder concentrator is communicated with the fine powder collecting and conveying system. Finished product materials with various particle sizes can be provided, and the requirements of customers for different finished product particle sizes are met; fine powder screened by the dynamic powder concentrator is collected by a dust collector and then is directly conveyed to a tailing discarding procedure, so that the handling capacity of the dry classification cabin is reduced; the use condition of the dry-type grading cabin is optimized, and the system flow is simplified.

The utility model belongs to the technical field of glasses supports, and discloses a limiting structure of a glasses support, which comprises a glasses frame connecting piece and glasses legs, and is characterized in that the glasses legs and the glasses frame connecting piece are connected through a hinging piece, the hinging piece comprises a clamping piece and a rotating shaft, the glasses frame connecting piece and the glasses legs are both connected with the rotating shaft, and the clamping piece is clamped on the rotating shaft; wherein gaskets are arranged between the glasses legs and the rotating shaft, and the gaskets are configured to be used for reducing friction; through the arrangement of the gaskets, the joints are smoother in the moving process, the friction coefficient between the glasses legs and the rotating shafts can be remarkably reduced, the clamping stagnation phenomenon at the joints of the glasses frame and the glasses legs is reduced, and meanwhile abrasion caused by repeated unfolding and folding is reduced. Therefore, the service lives of the spectacle frame connecting piece and the spectacle legs are prolonged, and the material damage caused by friction is reduced.

The invention relates to the technical field of robot sensors, in particular to a visual tactile sensor based on color block mark array optimization and a three-dimensional reconstruction method, and the method comprises the steps: enabling four colors with remarkable visual difference to correspond to two patterns with different sizes to form eight digital identifiers, a binocular vision camera is used for collecting a color block array on the surface of an elastomer, on the basis of completing three-dimensional calibration and image preprocessing, the color block characteristics of mark points and neighborhood distribution of the mark points are used as constraints, displacement distance screening, line positioning and inter-frame movement continuity are combined, rapid matching and dynamic tracking of the mark points are achieved, and the accuracy and the accuracy of three-dimensional calibration are improved. According to the method, the spiral search traversal frequency is remarkably reduced, the system processing time is shortened to about 270 ms from about 320 ms through array structure design, matching strategy optimization and sensor structure miniaturization cooperation, high-precision reconstruction is guaranteed, meanwhile, the real-time performance and robustness are improved, and the method is suitable for complex operation scenes such as industrial robot precision assembly and flexible grabbing.

The application relates to a quick dismounting structure and method for a heavy mold, and relates to the technical field of mold manufacturing. The quick dismounting structure comprises a mounting mold frame and a heavy mold arranged on the mounting mold frame. The mounting mold frame comprises a lower mold base for supporting the heavy mold, an upper mold frame, and a wedge block assembly wedged between the heavy mold and the mounting mold frame. The heavy mold is provided with an upper mounting portion and a lower mounting portion. The lower mounting portion is provided with a lower guide surface inclined towards both sides of the heavy mold from top to bottom. The upper mold frame is provided with an upper mounting groove matched with the upper mounting portion for locking. The lower mold base is provided with a lower mounting groove matched with the lower mounting portion for locking and a push assembly slidably arranged on both sides of the lower mounting groove. The push assembly comprises an ejection unit arranged on one side of the lower mounting portion and a push-in unit arranged on the other side. The ends of the ejection unit and the push-in unit are respectively parallel to the corresponding lower guide surfaces. The application can improve the quick dismounting effect of the heavy mold and the mold frame support.

The utility model belongs to the technical field of agricultural and sideline products, and particularly relates to portable agricultural and sideline product picking equipment which comprises an electric telescopic long rod, a mounting seat is fixedly connected to the top of the electric telescopic long rod, a scissor body is fixedly connected to the top of the mounting seat, and a mounting ring is fixedly connected to the circumferential surface of the electric telescopic long rod. A net barrel is fixedly connected to the bottom of the mounting ring, an anti-accumulation device for preventing the agricultural and sideline products from being accumulated in the bent net barrel is arranged on the circumferential face of the electric telescopic long rod, the anti-accumulation device comprises a first fixing plate, and the side face of the first fixing plate is fixedly connected to the circumferential face of the electric telescopic long rod. According to the agricultural and sideline product picking device, the problems that the picking efficiency is reduced, fruits are easily pressed or collided and damaged, and the product quality is influenced due to the fact that agricultural and sideline products are accumulated in the bent net cylinder in the device are solved, so that the smooth picking process is ensured, the picking efficiency is improved, and the overall working effect and the picking effect of the device are improved.

The invention relates to a load bearing plate for a high-voltage ceramic capacitor and a preparation method thereof, the load bearing plate for the high-voltage ceramic capacitor comprises a main body layer, and the surface of the main body layer is sequentially coated with a transition layer and an anti-sticking layer; the composition of the main body layer comprises Al2O3 and SiO2, the composition of the transition layer comprises Al2O3, SiO2, BaTiO3 and SrTiO3, and the composition of the anti-sticking layer comprises BaTiO3 and SrTiO3; and the high-voltage ceramic capacitor is composed of BaTiO3. According to the invention, the transition layer and the anti-sticking layer are sequentially coated on the main body layer, and the anti-sticking layer and the high-voltage ceramic capacitor are designed to have the same composition material, so that adhesion between the load bearing plate and the high-voltage ceramic capacitor can be prevented, the uniformity degree of the product is improved, and the breakdown voltage of the ceramic capacitor is improved.

This application relates to a lamp fixture, which falls within the field of lighting technology. The fixture includes a lamp body heat sink, a light-transmitting plate, and a side cover. The lamp body heat sink has a receiving groove, and the light-transmitting plate is installed within the receiving groove. The side cover is rotatably mounted on the lamp body heat sink via a rotating component. By flipping the side cover, it can move along the direction of movement of the light-transmitting plate, thereby sealing the opening of the receiving groove. The side cover is fixed to the lamp body heat sink by a snap-fit ​​limiting component. This application simplifies the lamp fixture structure and assembly process through the design of the rotating component and the snap-fit ​​limiting component, reducing manufacturing costs and making optical component replacement more convenient, thus improving maintenance efficiency. Simultaneously, the sealing design of the snap-fit ​​limiting component effectively seals the groove opening, preventing dust and insects from entering, enhancing dust and insect resistance, and ensuring stable operation of the optical components. This design not only solves traditional problems but also improves market competitiveness and user experience by simplifying the structure and reducing costs.

This application discloses a piston-type multi-way valve and a water softener, comprising: a housing having a cavity, a first guide hole, and a second guide hole, the first guide hole communicating with the cavity; a sealing piston movably disposed within the cavity; a drive mechanism disposed on the housing; and a movable component having a first connecting portion and a second connecting portion, the first connecting portion slidably passing through the first guide hole and connected to the sealing piston, the second connecting portion being connected to the output end of the drive mechanism and slidably inserted into the second guide hole. By providing the first and second guide holes on the housing, the first connecting portion of the movable component slides within the first guide hole, and the second connecting portion of the movable component slides within the second guide hole, forming a dual-point cooperative guiding structure. This effectively limits the radial sway of the movable component during long-distance reciprocating motion, ensuring the straightness and stability of its motion trajectory, and improving the motion stability of the movable component.

This invention relates to the field of raw material impurity removal in cellulose-to-ethanol production, and discloses a method for removing impurities from raw materials in cellulose-to-ethanol production. The method includes: (1) passing the cellulose raw material through a first sieve with a mesh size of 0.2-1 cm and then performing air separation; wherein the suction velocity of the air separation is 10-20 m / s; (2) separating the air-separated raw material by cyclone separation and then pulverizing it until the proportion of raw material with a particle size of 2 cm < ≤ 5 cm is not less than 60 wt%, wherein the conditions for cyclone separation include: the inlet velocity of the cyclone separator is 10-20 m / s, a filter screen with a mesh size of 0.2-0.4 cm is installed at the upper outlet of the cyclone separator, and the outlet velocity of the upper outlet is 2-3 m / s lower than the inlet velocity of the cyclone separator; (3) passing the pulverized raw material through a second sieve with a mesh size of 0.2-0.8 cm for impurity removal. The raw material impurity removal method of this invention has a high impurity removal rate, reduces equipment wear and processing difficulty in subsequent processes, and increases the raw material conversion rate in cellulose-to-ethanol production.

The utility model relates to the technical field of glove boxes, and provides a glove box built-in storage rack mounting structure which comprises a storage rack and a table top, and is characterized in that a pair of rail grooves which extend in the front-back direction and are through up and down are formed in the table top; the two side plates of the storage rack are supported on the sliding blocks and are driven by the horizontal pushing assembly to horizontally slide along the track grooves, and the sliding blocks are installed in the track grooves in a sliding mode; a blocking strip block is mounted in the track groove; a housing is arranged at the lower end of the track groove and is used for containing a blocking strip block which downwards retreats from the track groove; the plugging strip block is driven by the vertical pushing assembly to do vertical motion. Furthermore, the section of the sliding block is I-shaped, and the parts, located on the two sides of the rail groove, of the table board extend into groove bodies on the two sides of the I-shaped section of the sliding block respectively. The utility model overcomes the defects in the prior art, is reasonable in design, is safe and reliable, and solves the technical problems of article dumping risk and rail clamping stagnation caused by external arrangement of a sliding rail of a storage rack in an existing glove box.

The utility model discloses an escalator comb structure, the utility model discloses an escalator comb structure includes the pedal of fixed installation on the entrance and exit of escalator, one side of pedal is rotatably installed with the rotating plate, the rotating plate is rotatably installed with the comb tooth plate to the other side of connecting pedal, the comb tooth plate includes the second board body, one side department of second board body is rotatably installed with rotating plate, and the other side department of second board body is equipped with a plurality of groups interval arrangement's comb tooth. Through placing the rotating plate between the pedal and the comb tooth plate, and adopting two -stage rotatory installation design, the utility model realizes the greater rotation angle and more nimble displacement of comb tooth plate, effectively avoids the harm to the passenger, improves the containing capacity to the foreign matter, and simplifies the installation and the dismounting process, improves the security and the maintenance convenience of escalator.

The embodiment of the present application provides an odor isolation valve, a drain pipe and an air conditioner. The odor isolation valve comprises: a shell, the shell is provided with an inlet and an outlet oppositely, the inlet and the outlet are used for communicating with the drain pipe of the air conditioner; a partition plate, the partition plate is fixedly arranged in the shell, and the partition plate is located between the inlet and the outlet, a tapered communication groove is arranged on one side of the partition plate close to the inlet, the communication groove communicates with the inlet and the outlet; and a tapered floating element, the floating element is movably connected in the communication groove, so as to realize the switching of the communication groove between the open state and the closed state; wherein, in the closed state, the floating element and the communication groove have an included angle. In the embodiment of the present application, by making the floating element a tapered floating element, the communication groove a tapered communication groove, and making the floating element and the communication groove have an included angle in the closed state, the drainage of the odor isolation valve is simpler, and the user experience is improved.

This utility model discloses an automatic raw material dispensing mechanism, belonging to the technical field of electrode paste production equipment. It includes a frame, a spiral conveying component, a drive motor, and an operation controller. The inner wall of the spiral conveying component is provided with a gradient hydrophobic composite material layer, which is composed of 3-5 alternating layers of nano-silica hydrophobic coating and polyether ether ketone wear-resistant layer. The outer wall of the spiral conveying component is evenly distributed with dynamic airflow regulating components in a ring. A multimodal vibrator is also integrated on the outer wall of the spiral conveying component. The multimodal vibrator includes a piezoelectric ceramic high-frequency vibrator and an electromagnetic low-frequency vibrator. The piezoelectric ceramic high-frequency vibrator and the electromagnetic low-frequency vibrator are staggered along the axial direction of the spiral conveying component, and the vibration direction is set at a 30-60° angle to the axis of the spiral conveying component. This effectively solves the problem of severe material adhesion and reduced mixing quality after long-term operation of existing automatic dispensing mechanisms.

The application discloses a numerical control tool magazine structure with a protective door body, and relates to the technical field of numerical control machine tool magazine protection. The structure comprises a tool magazine body, a protective cover, a protective door body, a tool changing channel acquisition assembly and a control unit. The protective cover is arranged outside the tool magazine body and is provided with a tool changing window. The protective door body is movably arranged at the tool changing window. The protective door body is provided with a floating sealing detection edge, which is used for generating displacement representing the edge compression state of the door body when the protective door body is closed or pre-opened. The tool changing channel acquisition assembly acquires actual passing clearance, tool and tool handle contour information and position state information. The control unit determines a swept equivalent contour and a tool changing channel entity margin, and controls an entering standard tool changing permission, a degraded tool changing permission, a pollution recovery effectiveness confirmation or a safety locking state according to the same, so as to reduce the tool changing interference risk caused by chip clamping, deflection and channel shortage.

This invention relates to the field of waterproof material production technology; its title is "Anti-adhesive Waterproof Membrane Coiling Device and Waterproof Membrane Coiling Method." The anti-adhesive waterproof membrane coiling device includes a frame with a motor-driven roller at its front end. A fixed disc is mounted on the roller, and a fork is mounted on the fixed disc. Limit switches are mounted on the frame. The fork contacts and actuates two limit switches once each. These limit switches are connected to a control device. The fork actuates a first limit switch, which transmits a signal to the control device, causing the motor to run in the forward direction. This device offers advantages such as loosening between adjacent layers of the formed waterproof membrane, reducing adhesion, and ensuring optimal performance. A method for coiling the waterproof membrane is also provided.

This utility model relates to the field of processing equipment technology and discloses an adjustable diamond chamfering wheel mounting structure. It includes a base and a drive assembly. The drive assembly is disposed on one side of the base and includes a protective box fixedly connected to one side of the base. A first drive motor is fixedly connected to the inner wall of the protective box. A first gear is fixedly connected to the output end of the first drive motor, and a second gear meshes with the outer side of the first gear. This utility model, by setting up a drive assembly and an adjustment assembly, avoids the problem of traditional mounting structures relying on bolts or simple slide rails to adjust the chamfering wheel position, which makes the adjustment process susceptible to external factors. It also solves the problem of uneven force during adjustment, leading to deviations in chamfering depth or angle, reducing the influence of external factors, minimizing swaying or jamming, and reducing errors.

The utility model relates to a kind of vibration screening structure for polyethylene chemical crosslinking granule, comprising: base frame;Movable rack, pivotally connected to the base frame;Mounting frame, screen, vibration generator, screen is installed on mounting frame, mounting frame is connected with movable rack, mounting frame is located above movable rack;The vibration generator is installed on the mounting frame;First position adjusting part, second position adjusting part, one end of the first position adjusting part is installed on the movable rack, one end of the second position adjusting part is installed on the movable rack, first through hole of preset quantity is provided on the first position adjusting part, and the first through hole is through the first position adjusting part;Second through hole of preset quantity is provided on the second position adjusting part, and the second through hole is through the second position adjusting part;First bolt, second bolt, the first bolt and the second bolt are set on the movable rack.

The invention discloses a constant-temperature cyclic heating and efficient stir-frying integrated cooker structure, which aims to solve the problems of non-uniform heating and single stir-frying action of the existing cooker, and comprises a machine table, a stir-frying pan mounted in a groove of the machine table, and a thermal insulation layer covering the outer part of the bottom end of the stir-frying pan and forming a hot air channel with the outer wall of the stir-frying pan. A heating bin is arranged in the machine table, an electric heating plate is arranged in the heating bin, the electric heating plate and the hot air channel form a closed circulating air channel through an air inlet pipe and an air outlet pipe, and a stir-frying assembly is arranged over the stir-frying pan and comprises an elastic rubber column driven by a push rod motor to ascend and descend and driven by a rotating motor to rotate and a stir-frying frame fixed to the tail end of the elastic rubber column. Uniform constant-temperature heating is achieved through closed hot air circulation, meanwhile, the stir-frying frame which can be lifted and rotated and has the elastic tail end is used for simulating complex stir-frying actions, closed-loop cooperative control over the heating and stir-frying processes is achieved in combination with the temperature sensor and the controller, and the cooking uniformity, the finished dish quality and the automation degree are effectively improved.

The application relates to the technical field of foam mixers, and discloses a pipeline type foam mixer capable of realizing self-cleaning maintenance and a control method, which solves the problem that the existing pipeline type foam mixer cannot realize self-cleaning maintenance, and comprises a foam mixer body, wherein the foam mixer body is composed of a water inlet section, a converging section, a negative pressure section, a diffusion section and a foam liquid inlet section; the water inlet section is connected with a water supply pipe; the diffusion section is connected with a drain pipe; the foam liquid inlet section is connected with a foam tank through a foam suction pipe; the arc-shaped outer surface of the water inlet section is symmetrically provided with a flushing water inlet interface I and a flushing water inlet interface II; a clean water supply pipe is arranged on the flushing water inlet interface I; a clean water supply branch pipe I is arranged between the clean water supply pipe and the flushing water inlet interface II; and a clean water supply branch pipe II is arranged between the clean water supply pipe and the foam suction pipe; through the pipeline type foam mixer, self-cleaning maintenance can be realized.

This invention discloses an aluminum chip conveying device, relating to the field of aluminum chip conveying technology. It includes a machine body comprising a frame and a feeding platform mounted on the left side of the frame. The top wall of the feeding platform is inclined from front to back. A conveying mechanism for conveying from left to right is installed at the rear of the machine body, and an upward pushing mechanism is provided on the frame. The fixing components include multiple fixing plates distributed in a stepped manner along the height direction. Advantages include: online chip cleaning through the combination of a chip dropper and a chip sweeper significantly reduces wear and facilitates recycling, improving equipment durability and environmental friendliness. The stable and efficient stepped automatic lifting and sorting operation through the cooperation of movable push plates and fixed plates effectively prevents material rolling and breakage. Through the coordinated work of the sorting unit, pushing unit, and buffer unit during the conveying gap, the device actively identifies and adjusts two unstable postures (left-right axis and front-back axis) of the aluminum chips at the lower stage of material lifting, transforming them into a stable (up-down axis) state.

This utility model relates to the technical field of processing equipment for instant grain noodles, and discloses an anti-sticking twin-screw extrusion cutter device for instant grain noodles. It includes an extrusion cutter end, with an extrusion die holder engaged on one side of the inner wall of the extrusion cutter end. The extrusion cutter end includes a port frame, with threaded grooves formed around the inner wall of the port frame, and a connecting frame fixed to the top of the port frame. This utility model achieves the production process by connecting the port frame with the discharge port of a twin-screw extruder. In conjunction with the rotation of the rotary cutter on the port frame, the instant noodles formed by the extrusion die can be quickly rotary-cut and discharged. The surface of the rotary cutter is designed with an inclined surface, which forms an angled blade during the rotary cutting process, reducing the contact area with the noodles and thus reducing sticking. Simultaneously, with the assistance of high-pressure air blowing through an air pipe, intermittent air blowing can be used to prevent sticking when it occurs, thus avoiding the impact of subsequent rotary cutting and improving production efficiency.

This application relates to the field of fiber optic connector technology, and discloses a push-pull device for fiber optic connectors, comprising: a housing, which is drivenly connected to a ferrule; and a tail sleeve, which is connected to the housing via at least two cross-limiting structures, wherein the at least two cross-limiting structures are asymmetrically distributed in the vertical direction about the axis of the push-pull device; wherein, when the tail sleeve is pushed or pulled, the housing and the ferrule can move along the axis of the push-pull device. The asymmetrical cross-limiting structures can form staggered constraint forces in the radial and axial directions, effectively suppressing tilting or torsion of the housing and tail sleeve due to unilateral force. Furthermore, the asymmetrical distribution can disperse the push-pull force in different directions, avoiding stress concentration or local wear caused by symmetrical structures, reducing loosening or jamming caused by external forces or improper operation, and improving the stability and reliability of the connection between the tail sleeve and the housing. This application also discloses a fiber optic connector.

The application discloses a high-temperature gas safety valve with pressure relief protection and relates to the field of safety valves.The safety valve housing is provided with an inlet at the left side, and an outlet at the bottom; a pressure relief pipe is communicated with the right outer wall of the safety valve housing, a liquid cooling delivery box is fixedly installed at the lower end of the pressure relief pipe, a one-way gas outlet nozzle is installed at the right end of the pressure relief pipe, and is used for discharging gas. The high-temperature gas safety valve with pressure relief protection is provided with a pressure relief pipe and a multistage pressure relief mechanism, a one-way gas inlet assembly is used for guiding gas to enter step by step, a middle pressure relief assembly is used for buffering and decompressing, and a one-way gas outlet assembly is used for stably discharging, so that scalding hazards are further avoided; the heat-resistant sealing piece on the outer side of the disc, the synchronous linkage design of the opening mechanism and the elastic buffering effect of the buffering mechanism ensure that the valve is sensitive in action under high pressure, and the risk of jamming or failure is reduced.

The utility model is suitable for high -voltage switch cabinet technical field provides a kind of high-voltage switch cabinet grounding switch operating mechanism, including cabinet and the grounding switch working part in the cabinet of cabinet, the outside of cabinet is provided with sector recess, first limit rod, second limit rod are fixed in sector recess, the utility model adopts the gear rack structure of straight-toothed wheel and straight-toothed surface engagement, converts rotation movement into linear motion, then through first, second limit rod is positioned with auxiliary, while maintaining transmission efficiency, maintain force balance, avoid the local stress concentration problem of gear, and horizontal shift rod is slidably connected with the inner wall of cabinet by slide, provides stable guiding support, reduces the deviation or jam in transmission process, improves reliability, through the cooperation dispersion operating torque of gear rack and elastic component, reduce handle operating resistance, prolong component life, ensure that automatic locking after opening and closing brake is in place, avoid misoperation or loosening, improve operating safety.

This invention relates to the field of intelligent manufacturing equipment technology, specifically to a method for injection molding of anti-slip parts, comprising the following steps: collecting ejector pin trigger time and three-dimensional coordinates to construct a contact sequence; extracting wall thickness and elastic modulus from mold files to form stiffness data; analyzing ejector pin direction, offset relationship, and posture disturbance trend based on the centroid distribution of the three-dimensional model; dividing mass blocks and identifying demolding sensitive areas; determining corresponding driving parameters; implementing deviation compensation in conjunction with real-time displacement feedback; and generating injection molding processing instructions. In this invention, the demolding force relationship is constructed based on the ejector pin trigger sequence and spatial position; sensitive areas and offset risks are identified in conjunction with wall thickness, elastic modulus, centroid distribution, and ejector pin direction; the ejection output is adjusted according to the target block direction; and displacement feedback and deviation compensation are used to suppress posture fluctuations, improve demolding coordination, reduce extrusion misalignment and jamming risks, and ensure product surface quality and processing stability.

The application discloses a motor-driven closing and opening cover lock, characterized in that the motor-driven closing and opening cover lock comprises a shell assembly, a lock block assembly, a closing and opening mechanism and a driving assembly; the shell assembly comprises a shell and a mounting plate which are fixed to each other; the lock block assembly comprises a ratchet wheel and a pawl which are rotatably installed on the shell assembly, and an elastic member which provides a reset force for the ratchet wheel and the pawl; the closing and opening mechanism comprises a slider which is reciprocally slidably installed on the shell assembly, and a cam which is installed on the slider; and the driving assembly comprises a closing pull wire and an electric opening pull wire which are electrically connected with a door lock controller; wherein the closing pull wire and the electric opening pull wire are connected with the slider, and through bidirectional sliding of the slider on the shell assembly, the ratchet wheel or the pawl is driven to move, so that the motor-driven closing and opening cover lock realizes the functions of motor-driven closing and motor-driven opening. Through bidirectional movement of a single slider, the motor-driven closing and opening cover lock realizes two core functions of motor-driven closing and motor-driven opening in an integrated manner, and the structure is highly simplified.

The utility model relates to the technical field of automatic processing, in particular to a numerical control sizing frame for industrial automatic production. Comprising a support, a group of bearing beams are arranged on the top of the support in parallel, angle steel guide rails are arranged on the opposite sides of the bearing beams respectively, a control panel is arranged on the side of the support, a movable table is connected to the angle steel guide rails in a sliding mode, and a baffle is vertically arranged at the bottom, close to the feeding side, of the movable table and is in clearance fit with the angle steel guide rails; a driving mechanism connected with the control panel is arranged between the moving table and the bearing beam and drives the moving table to move in the axial direction of the angle steel guide rail. An integral guide rail structure and a numerical control adjusting mode are adopted, so that the working intensity of adjusting the position of the baffle by an operator is obviously reduced, and the efficiency of switching processing tasks of different sizes is improved; by optimizing the structural layout and the motion control mode, direct contact between personnel and moving parts in the operation process is reduced, and potential safety hazards such as clamping injury and collision injury are reduced.

The utility model belongs to powder modification auxiliary equipment technical field relates to a kind of powder surface modification equipment, including the installation of modification cylinder, atomization pressurizer and hot air machine on support ring, and feed tank is hung on support ring, detachable installation has hot flow catalytic device on modification cylinder, hot air machine is connected hot flow catalytic device by air pipe, and modification cylinder bottom surface is equipped with stirring cleaning device, and modification cylinder inner chamber side and hot flow catalytic device are all closely attached stirring cleaning device.The utility model through hot flow catalytic device, not only can provide suitable temperature environment for modification reaction, accelerate the performance of chemical reaction, but also can be synergized stirring with stirring cleaning device, promote the flow of powder and modifier, enhance the contact and collision frequency between them, to speed up the speed of modification reaction, shorten modification cycle;Through stirring cleaning device, stick powder is promptly removed in stirring process, reduce the jam and blockage phenomenon of powder in equipment interior.

The invention provides a cleaning head and cleaning equipment, and belongs to the field of cleaning equipment. The cleaning head comprises a main body part and a plurality of flexible pipes, and the main body part is used for being connected with a negative pressure source and forming a flow channel used for being communicated with the negative pressure source; the near end of the flexible pipe is connected with the main body part and is communicated with the flow channel, and a suction port for sucking particulate matters is formed in the far end of the flexible pipe. The transverse size of the suction port of any flexible pipe is smaller than the transverse size of an internal channel of the flexible pipe; the main body part is provided with a pressure relief hole communicated with the flow channel, and the pressure relief hole is closer to the negative pressure source relative to the flexible pipe in the airflow direction, pointing to the negative pressure source, of the suction opening. According to the cleaning head and the electric equipment, a narrow area can be touched, and the probability that small objects are sucked into an air path by mistake is reduced; and meanwhile, the pressure relief hole is formed, so that an air supply and pressure relief channel can be provided for the air path when the suction port is blocked or the through-flow is limited.