26results about How to "Avoid excessive wear" patented technology

The utility model provides a tricycle brake disc relates to brake disc technical field, including the support shell, the top fixedly connected with two support blocks of support shell, the top of support block is established with the axle hole, the bottom fixedly penetrates to the bottom of support shell of axle hole, the top of support shell is provided with the rotating lever, the top fixedly connected with the rotating plate of rotating lever, two the top of rotating plate is provided with the support plate, the inner wall rotationally connected with the axle of axle hole. The utility model, through fixedly connecting two support blocks in the top of support shell, and establishing the axle hole in the top of support block, makes rotating lever can drive rotating plate to carry out effective rotation control, the rotary connection of rotating plate and support plate makes whole brake system can realize more even brake force distribution, especially, in the design, the inner wall fixedly connected baffle of brake shell's one side, and fixedly connected through the spring, makes baffle can rebound quickly in the brake process, ensures that the contact of brake shoe and brake disc is more even.

This utility model discloses a pulse dust collector, belonging to the field of dust removal technology. It aims to solve the problem that in existing pulse dust collectors, the filter bags wear down when handling dust-containing gas. Furthermore, the different sizes of dust particles entering the dust collector cause the filter bags to wear down even faster when filtering large dust particles, ultimately affecting the dust removal efficiency of the pulse dust collector. The device includes a pulse dust collector body, with a high-pressure air pump installed at the upper end. A filter mechanism is installed at the air inlet at the lower end of the pulse dust collector body. The filter mechanism includes a connecting plate connected to the lower front side of the pulse dust collector body. A dustproof net is fixedly connected to the middle of the connecting plate. Mounting blocks are fixedly connected to the upper and lower ends of the left and right sides of the connecting plate. Support blocks are fixedly connected to the four corners of the left and right front sides of the pulse dust collector body at the air inlet.

This utility model relates to the field of soil research technology and discloses an equidistant sampling device suitable for the study of soil pollutants in agricultural land. It includes a support plate with a scale fixedly connected to its top. Two I-shaped grooves are formed at the top of the support plate, and two I-shaped sliders are slidably connected to the inner walls of the two grooves. Two pedals are fixedly connected to the tops of the two sliders. The operator first determines the sampling interval according to the research requirements. Then, the operating parameters of the bidirectional motor, such as speed and direction of rotation, are set via the control panel. After starting the bidirectional motor, its output drives a bidirectional screw to rotate. Due to the bidirectional thread characteristic of the bidirectional screw, the two moving sleeves connected to the surface of the bidirectional screw will move in opposite directions at equidistant intervals along the screw. The operator can then observe the position of the pointer on the scale.

The present invention discloses a control method and system for an out-of-furnace heat preservation roller table. The method includes: arranging a first heat detector beside the starting roller of the heat preservation roller table and a second heat detector beside the end roller of the heat preservation roller table. The first heat detector is close to the heating furnace, and the second heat detector is close to the rolling mill; when the first heat detector detects a billet, switching the roller speed in the heating furnace to keep it synchronized with the speed of the heat preservation roller table; when the current billet enters the rolling mill along the heat preservation roller table and receives a signal of steel biting, switching the speed of the heat preservation roller table to keep it synchronized with the rolling mill speed; when the second heat detector detects the arrival of the falling edge of the signal, increasing the speed of the heat preservation roller table to make the next billet move forward quickly along the heat preservation roller table until the arrival of the next steel biting signal. By specifically adjusting the speed of the heat preservation roller table, the present invention avoids roller wear and power loss, saves the cost of replacing rollers and spare parts, and reduces work delays and time delays.

This utility model discloses a cargo sorting conveyor belt diversion device, which includes a conveyor belt: an image size detector and a control box are fixedly mounted on the surface of the conveyor belt by bolts; a material-distributing plate is installed on the top of the conveyor belt; a material box is arranged on the outer side of the conveyor belt; a diversion hopper is rotatably connected to the surface of the conveyor belt via a rotating shaft; a horizontal plate is welded to the bottom of the conveyor belt; two symmetrically arranged vertical rods are welded to the bottom of the horizontal plate; a U-shaped locking block and a strip plate are arranged below the horizontal plate; and a force-bearing plate is welded to the bottom of the diversion hopper. This utility model uses a frame plate to drive the strip plate to move horizontally, causing the strip plate to push the force-bearing plate and drive the diversion hopper to rotate on the surface of the conveyor belt. Subsequently, the frame plate returns to its original position, and the diversion hopper swings back to its original position under gravity. This achieves the purpose of swinging the diversion hopper to improve the uniformity of cargo distribution when entering the material box, avoiding the need for subsequent shaking of the material box for even distribution.

The utility model discloses an adjustable multi -section turning tool for turning processing, the tool holder is provided with the tool bar in the inner wall, the outer wall of tool holder is fixedly connected with the rubber pad in the symmetry, the outer wall of tool holder far away from rubber pad one side is opened the sliding slot in the symmetry, the outer wall of tool holder is opened the horizontal groove, the inner wall screw thread connection of tool holder top has the fixed screw, the utility model relates to turning tool technical field, this tool holder, through the tool bar of multiple groups length from short to long arrangement constitutes multi -section turning structure, can complete to the layered removal of bulky excess in one sequence processing, replaces traditional multi -process tool changing processing mode, and the tool changing frequency and processing time are reduced greatly, through the sliding connection of sliding plate and sliding slot, can expose or shield fixed screw quickly, effectively block turning waste entering screw gap, and can also be removed easily when replacing tool bar, reduce the cumbersome step of cleaning waste.

This utility model discloses a double-bladed stamping die in the field of stamping die technology, comprising: an upper die assembly and a lower die assembly arranged vertically. Both the lower part of the upper die assembly and the upper part of the lower die assembly are detachably equipped with cutting strips. Two cutting strips are designated as an upper cutter and a lower cutter, each with a left-right extending blade. The upper and lower cutters are positioned front-to-back in the vertical direction, with their blades aligned vertically. In this double-bladed stamping die, the upper and lower cutters interlock, shearing and punching the material between the upper and lower die assemblies using their blades. This double-bladed shearing and punching method reduces the punching force requirement, prevents excessive blade wear, and improves the cross-sectional quality of the sheared material. Both the upper and lower cutters are detachable, allowing for timely removal and replacement after blade damage, facilitating maintenance and reducing maintenance costs.

The utility model relates to machine tool guide rail technical field discloses a numerical control machine tool guide rail subassembly, including the bottom plate, the bottom plate is fixedly connected with the guide rail, the guide rail is connected with the sliding block of sliding, the fixed plate is fixedly connected on the sliding block, the lower surface of fixed plate is equipped with the box, in the utility model, when the fixed plate drives the sliding block to slide on the guide rail, if the insufficient lubricating oil on the guide rail leads to the friction of sliding block and gyro wheel and increases, once the friction of gyro wheel exceeds the threshold value of torsion spring setting, gyro wheel will rotate on the fixed block and drive the valve ball to rotate in the conveying pipe, when the through hole on the valve ball communicates with the conveying pipe inner chamber, the pressure of air pump will press the lubricating oil in the box into the conveying pipe, and through the cavity and the through hole in the sliding block, and the lubricating oil flows out to the guide rail, this process realizes the instant replenishment of lubricating oil, effectively prevents the guide rail and the excessive wear of sliding block due to the excessive friction, thereby prolongs the service life significantly.

The utility model provides a kind of multi-station fine adjustment fixer structure, to hold multiple miniature workpieces to carry out processing, it includes: a first movable block, is equipped with a first bevel surface in its first body;A second movable block, is equipped with a first bevel surface in its second body;Two combined elastic components, are set between two first ear blocks and two second ear blocks, so that the first bevel surface and the second bevel surface form a forced slot;And a wedge, is placed in the forced slot, and the wedge is equipped with a combination hole to provide a combination bolt;By the combination bolt being combined on processing platform, and the combination bolt is rotated to let the wedge be displaced downward to force the forced slot, to facilitate the first movable block or / and the second movable block to hold and fix miniature workpiece.

This invention discloses a method and system for optimizing earthwork excavation paths, relating to the field of earthwork engineering technology. The method includes: constructing an initial digital twin model to generate an initial global excavation path; collecting real-time operation response data during the operation of the excavating equipment along the initial global excavation path; identifying the current actual soil characteristics based on the operation response data; when the deviation between the actual soil characteristics and the preset soil attributes at the corresponding location in the initial digital twin model exceeds a preset threshold, calculating the credibility of the current identification result, determining the search space constraint range based on the credibility, and generating a local correction path in real-time to update the initial global excavation path; and using the identified actual soil characteristics as new data samples to iteratively update the initial digital twin model. This invention achieves real-time soil inversion and adaptive path correction based on operation response data, reducing equipment wear and energy consumption, and improving the intelligence level of earthwork excavation operations.

This utility model discloses a wire cutting device for wire harness terminals, comprising a processing table: a horizontal plate is fixedly installed on the top of the processing table, a conveying roller group and a cutting assembly are installed on the top of the processing table, a carrier plate is fixedly connected to the bottom of the horizontal plate by bolts, an electric telescopic rod and a slide rail are fixedly connected to the bottom of the carrier plate by bolts, a slider is slidably connected to the surface of the slide rail, and a push-pull plate is fixedly connected to the output end of the electric telescopic rod by a flange. This utility model uses the electric telescopic rod to drive the push-pull plate to move the dial shaft, which in turn moves the connecting block and T-shaped block via the slider. The T-shaped block then drives the guide wheel to fit against the wire harness via the upright rod. This achieves the goal of driving the guide wheels on both sides of the wire harness to move relative to each other via the electric telescopic rod, thus guiding the wire harness and ensuring its straightness during transport, while also improving the efficiency of adjusting the fit between the guide wheel and the wire harness.

The application discloses a brake control method, an electronic device, a vehicle, a storage medium and a program product. The method comprises determining a tire wear amount of a wheel based on speed information of the vehicle, the tire wear amount being used to represent a proportion of a sliding component and a rolling component in a wheel braking process; and controlling the wheel to brake based on the tire wear amount. In the case that the ABS is easily triggered when the proportion of the sliding component is high, the brake force of the wheel can be adaptively adjusted more quickly, the anti-lock braking system is prevented from being frequently triggered, and thus the tire wear degree of the wheel is reduced.

This utility model discloses a pressure switch base mold for an air compressor that can maintain docking stability. It includes a moving mold and a fixed mold, which are sequentially placed in a left-right direction and injection molded to form the air compressor pressure switch base. Limiting rods are inserted into the four sides of the moving mold through pre-set insertion holes. One end of each limiting rod is fixed to the fixed mold. Multiple sets of T-shaped support plates are evenly fixed to the side of the fixed mold away from the moving mold. Both the moving and fixed molds are equipped with auxiliary stabilizing components. By setting these auxiliary stabilizing components, this utility model can employ multiple and varied buffering methods when the moving and fixed molds are closed, effectively and quickly buffering the impact force generated during docking. This effectively prevents excessive wear between the insertion holes and limiting rods on the moving mold due to impact force, thus avoiding affecting the stability and docking accuracy of the moving mold, and ultimately ensuring the docking stability of the moving and fixed molds.

This invention relates to the field of highway paving technology and discloses a convenient highway and bridge paving construction device, including a support frame. Support frames are slidably connected to both ends of the outer wall of the support frame, and a lead screw is meshed with the top of the support frame. This invention addresses the problem of excessive damage to the concrete surface caused by a large difference in the moving speed between the bidirectional auger and the support frame when the equipment needs to retract. The device includes a moving mechanism and a sliding mechanism. When the equipment needs to retract, a motor drives a gear to rotate clockwise. The clockwise rotating gear drives a rack to slide upwards along the outer wall of a fixed track. The rack drives the U-shaped frame to move upwards synchronously, and also drives the sliding block and the bidirectional auger to slide upwards. This allows the bidirectional auger to be lifted when the equipment retracts, moving it away from the outer surface of the concrete and effectively preventing excessive wear on the outer wall of the concrete surface during retraction.

This utility model discloses a pre-welding rust removal and grinding device for rails, belonging to the field of rail rust removal technology. It includes: a first grinding component, a connecting component, and an eddy current detection component. The first grinding component includes a first driving component and a grinding unit. The grinding unit includes a rotating part, a first grinding part for grinding the rail top, and a second grinding part for grinding the rail bottom. The first and second grinding parts are spaced apart on the rotating part for grinding the rail top and bottom respectively. The rotating part is rotatably connected to the first driving component. The connecting component includes a connecting seat and a force control device for providing flexible force control. The connecting seat is connected to the first driving component through the force control device to achieve force-position compensation for the rail. The eddy current detection component, connected to the connecting seat, is used to detect the grinding depth of the rail. This utility model can selectively grind the end face of the rail and control the force.

The utility model relates to building solid waste treatment technical field discloses a kind of waste concrete separation equipment for concrete processing, including support platform, the support platform top is fixedly connected with mainframe, the mainframe outer wall is provided with fixed component, the mainframe bottom is provided with screening component, the mainframe outer wall is rotatably connected with flywheel, the flywheel outer wall is slidably connected with belt, the support platform top is fixedly connected with motor, the belt inner wall is slidably connected in the motor output end outer wall.In the utility model, the baffle is slid downward, and the sliding block is loosened after the baffle is resisted, the sliding block is reset by the reaction force of spring, the effect of effectively intercepting splashing material during crushing is achieved, the problem that large block material is squeezed and splashed out of the crusher is solved, and the safety of the waste concrete separation equipment for concrete processing is improved.

This invention discloses a self-cleaning conveyor device for peanut processing, relating to the field of peanut production. It includes a support frame with a control panel mounted on one side. Drive rollers are rotatably mounted on the inner sides of both ends of the support frame. A vibrating contact rod contacts the inner side of the conveyor belt at multiple positions, creating a squeezing vibration. The squeezing mechanism drives the auxiliary roller frame, rotatably connected to both sides of the contact roller frame, to adjust its angle. During adjustment, the auxiliary roller frame folds the belt's bending area, achieving anti-splashing and conveyor belt tension adjustment. This self-cleaning conveyor device for peanut processing, in conjunction with an upper vacuum cleaner body, continuously absorbs dust, forming a dual dust removal closed loop of vibration shaking and negative pressure adsorption, completely solving the dust residue problem. Simultaneously, the vibration mechanism triggers the squeezing and driving mechanisms, forming a closed protective frame to prevent peanuts from splashing and scattering, while also ensuring continuous conveyor belt tension through folding tension.

The utility model relates to a kind of cleaning device for belt operation, it is related to the field of belt conveyor, it includes rack, main drive roller, auxiliary drive roller, belt and cleaning mechanism, main drive roller and auxiliary drive roller are rotatably installed on rack, belt is sleeved on main drive roller and auxiliary drive roller, and main drive roller drives belt to rotate;Cleaning mechanism includes tensioning roller barrel, and tensioning roller barrel includes fixed frame, first pivot, first auxiliary wheel and scraping roller, fixed frame is fixedly installed on rack, sliding slot is opened in fixed frame, first pivot both ends are slidably installed in the sliding slot of fixed frame, first auxiliary wheel is rotatably installed in the both ends of first pivot, and multiple scraping rollers are fixedly installed on first auxiliary wheel along the circumference of first auxiliary wheel, and first pivot is connected with first counterweight;Belt is sleeved on scraping roller, and tensioning roller barrel is pulled down tightly belt under the gravity of first counterweight.The utility model can improve the cleaning effect to belt.

This utility model provides a rotary winch-type integrated crushing, sand making, and shaping machine, including a main frame, an outer rotating cylinder, an inner rotary winch assembly, an outer rotating power mechanism, and an inner rotary winch power mechanism. The outer rotating cylinder is rotatably mounted on the main frame, and the outer rotating power mechanism is mounted on the main frame and used to drive the outer rotating cylinder to rotate. The inner rotary winch assembly is installed inside the outer rotating cylinder, and the inner rotary winch power mechanism is installed at the top of the main frame and used to drive the inner rotary winch assembly to rotate within the outer rotating cylinder. A cylinder liner is provided on the inner wall of the outer rotating cylinder, and several wear-resistant shafts are distributed circumferentially inside the outer rotating cylinder. The inner rotary winch assembly includes a main shaft, multi-layer spiral blades, and material liners. The multi-layer spiral blades are mounted on the main shaft, and the material liners are mounted on each spiral blade. This integrated machine has the advantage of integrating crushing, sand making, and shaping functions into one unit.

This invention relates to the field of waste heat recovery technology, and discloses a waste heat recovery system and method based on steam condensate. The method utilizes high-precision sensors to collect temperature distribution data and pressure fluctuation data of steam condensate during its flow in a pipeline, forming a dynamic thermodynamic parameter set. Multi-scale decomposition technology is applied to process the dynamic thermodynamic parameter set, extracting high-frequency and low-frequency components of the temperature distribution data, and separating the periodic and non-periodic characteristics of the pressure fluctuation data to generate a thermodynamic feature matrix. Based on the thermodynamic feature matrix, flow stability and waste heat transfer efficiency indices for steam condensate are constructed. Based on the dynamic relationship between these two indices, the heat recovery stages of steam condensate are divided, and the corresponding temperature and pressure thresholds for each stage are marked. Based on the marking results of the heat recovery stages, the heat exchange rate of the waste heat recovery device and the condensate flow path are adjusted to generate an optimized control command set.

The utility model provides a kind of positioning device of mould, belong to mould manufacturing technical field, the positioning device of this mould includes positioning seat body, positioning column, adjusting mechanism, locking mechanism and guiding mechanism;Positioning seat body is hollow cylinder, bottom is equipped with bottom surface, and circular through-hole is opened in the center of bottom surface;Stepped positioning column is composed of lower section cylinder and the upper section cylinder of greater diameter;Adjusting mechanism contains adjusting seat and adjusting screw rod, adjusting seat is fixed in seat body side wall, adjusting screw rod passes through adjusting seat and extends into seat body interior, and its end abuts on the side wall of upper section cylinder to adjust height;Locking mechanism is composed of locking bolt and locking block, locking block is placed in seat body, locking bolt is connected with locking block by thread in radial through seat body side wall, and locking block inner arc surface and upper section cylinder outer wall are pasted to realize lock solid;Guiding mechanism contains guide sleeve and guide rod, guide sleeve is fixed in seat body top end, guide rod passes through guide sleeve and is fixedly connected with the top end of upper section cylinder, and it is ensured that column lifting direction is accurate and unbiased.

The utility model discloses improve the tool cold working surface roughness auxiliary tool, and specifically related to machining technical field, including small -size extrusion tool, small -size extrusion tool includes with the tool holder or milling machine main shaft connection's tool concrete, the inside of tool concrete is provided with the placing groove, the inside of placing groove is equipped with the rolling pressure subassembly, is used for the metal surface after tool cutting to carry out rolling extrusion finishing treatment, rolling pressure subassembly includes the bearing of embedding in the placing groove. The utility model discloses by setting up by the tool concrete, high -hardness smooth ball, rolling pressure support ring, connecting shaft and bearing constitute small -size extrusion tool, when using, utilize extrusion principle, the metal surface after tool cutting carries out rolling extrusion finishing treatment, can improve the surface roughness to Ra0.4 and above, effectively breaks through the precision bottleneck of traditional tool cutting, and its use flexibility is strong, and the tool concrete handle part can adapt the tool holder of lathe and milling machine main shaft.

This application relates to a tree trunk support pole bottom support device, belonging to the field of tree trunk support. The device includes a carrier plate: an arc-shaped plate is welded to the top of the carrier plate, and an insert rod is welded to the bottom of the carrier plate. A threaded rod is threadedly connected to the surface of the arc-shaped plate. This utility model inserts the insert rod into the ground and firmly supports the carrier plate on the ground. Then, by rotating the threaded rod, the clamping block moves and squeezes and limits the bottom surface of the support pole, and is fixed to the left U-shaped block by a rope. Then, the other end of the rope passes through the right U-shaped block and is fixed to the hanging ring. Then, by rotating the bolt rod, the rope is tightened and fixed to the surface of the support pole. This achieves the goal of setting a support device on the ground and then fixing the support device to the bottom of the support pole, so that the ground can support the bottom of the support pole through the support device, thereby improving the stability of the bottom position of the tree trunk support pole.