95 results about "Gear manufacturing" patented technology

The utility model relates to gear milling equipment for an outer rotor of a lubricating oil pump, which is mainly used for high-precision gear milling of the outer rotor of the lubricating oil pump. The equipment comprises an indexing rotating table and a supporting stand column, a horizontal mechanical sliding table is arranged at the bottom of the supporting stand column, and the horizontal mechanical sliding table and the indexing rotating table are arranged in a matched mode. Two symmetrically-distributed gear manufacturing tools are arranged above the indexing rotary workbench and used for fixing a gear to be machined. A vertical mechanical sliding table is arranged above the supporting stand column, a gear milling supporting frame is arranged on the outer side of the vertical mechanical sliding table, and a milling head is installed on the gear milling supporting frame. The indexing rotating table can drive the planetary reducer through the servo motor to achieve accurate indexing. The gear manufacturing tool comprises an upper positioning block, a matching groove and a correction hole and is used for accurately positioning and fixing a gear. The equipment has the characteristics of high automation degree, high machining precision and high stability, and is suitable for machining the outer rotors of the lubricating oil pumps on a large scale.

The invention discloses a segmented combined type worm grinding wheel based on spiral surface structuring and a laser finishing method, and belongs to the technical field of precise gear grinding. The working surface of the inner side of a spiral tooth groove of the worm grinding wheel at least comprises a section of structured area and a section of unstructured area in the axial direction; the structured area is provided with a crescent groove used for forming a grinding fluid storage and abrasive dust discharge channel in the grinding process. And the unstructured area keeps a continuous grinding surface and is used for finishing the surface of the machined workpiece in the structured area. According to the method, the laser processing head is controlled through multi-axis linkage to accurately describe an arc-shaped processing track in a spiral expansion coordinate system, the morphology consistency and the space precision of grooves are guaranteed, and the manufactured worm grinding wheel has good cooling, chip removal and accurate grinding performance and is suitable for high-efficiency and high-precision gear manufacturing.

This invention provides a broach for gear machining and its finishing device, relating to the field of gear manufacturing technology. The broach and finishing device include a bed, a drive unit, a CNC system, a clamping device, a coolant storage tank, a high-pressure air supply device, a dust extraction device, and two sets of cooling pumps. When the coolant cooling effect is insufficient, the invention increases the coolant flow rate through an electrically controlled flow valve to improve the cooling effect. If necessary, forced cooling can be achieved by simultaneously activating two sets of cooling pumps, significantly enhancing the cooling effect. The high-pressure air supply device provides high-pressure air to the compressed air nozzle, which is then sprayed onto the surface of the CBN grinding wheel through the jet chamber outlet to clean the surface, effectively reducing clogging and the frequency of grinding wheel dressing. Simultaneously, the dust extraction device, dust extraction pipe, and dust extraction hood remove dust from inside the grinding wheel hood, reducing floating dust and preventing dust from adhering to the grinding wheel surface and entering the grinding area.

A method for manufacturing a wave gear device comprises: a hot forming step of hot forming an alloy steel composed of nickel, copper, molybdenum, and silicon into a first molded product having a silk hat-type housing shape at a first temperature of 950 to 1300°C; a normalizing step of isolating the first molded product at the first temperature for a predetermined time and, after the isolating time has elapsed, slowly cooling the first molded product to a second temperature of 750 to 900°C; an austempering step of isolating the first molded product at the second temperature and then cooling it to a third temperature of 250 to 400°C to form residual austenite in the first molded product; a heat treatment step of isolating the first molded product that has undergone the austempering step at the third temperature and then cooling it at room temperature to stabilize the microstructure of the first molded product; and a gear forming step of turning and toothing the first molded product that has undergone the heat treatment step to form a second molded product having a soluble external gear shape. The method comprises a step and a trip step of applying impact to the surface of the second molded product to induce a processing-induced transformation in some of the austenite remaining in the second molded product, thereby transforming the surface of the second molded product into martensite.

The present application relates to the field of gear manufacturing equipment, specifically is a kind of large gear heat treatment equipment, including fixture tooling, fixture tooling left side is provided with vertical, transverse moving load block by track drive assembly, load block right side lower part is fixedly installed with support plate, the processing equipment further includes the induction unit of different specifications gear slot by quick release replacement and adaptive compensation combined mode, and the decarburization unit for scraping off carbon, the present application adopts the way of quick release replacement induction block to adapt to different specifications gear slot heating, and two induction blocks are driven by connecting assembly to realize micro distance adjustment, so that the working surface of induction block always maintains constant spacing with gear slot side, guaranteeing quenching layer depth and uniformity, during the induction block movement heating process, the tooth slot side is cleaned in real time by scraping spring piece, effectively maintain the stability of working surface and gear slot gap, further improve the heat transfer performance.

The invention provides a differential lock on-line detection system, and relates to the technical field of differential mechanism production, the differential lock on-line detection system comprises a rack, two conveying chains, a bottom support, a clamping plate and a storage battery, each conveying chain comprises chain links which are rotatably connected in sequence and rollers which are rotatably connected to the middles of the chain links, and the bottom support and the clamping plate are located above and below the conveying chains respectively; a plurality of positioning guide rods are fixedly arranged on the bottom support, guide shaft sleeves matched with the positioning guide rods are fixedly arranged on the clamping plate, the positioning guide rods are inserted into the guide shaft sleeves, a driving mechanism capable of driving the bottom support and the clamping plate to be close to or away from each other is arranged between the bottom support and the clamping plate, and a roller located between the bottom plate and the clamping plate can be clamped when the bottom plate and the clamping plate are close to each other; the differential lock to be detected is detachably assembled on the bottom support, the storage battery is arranged on the bottom support or the clamping plate, and the storage battery is provided with a power connection jack matched with the power connection plug of the differential lock. The method has the advantages of high detection efficiency and the like.

The invention discloses a manufacturing method of a powder metallurgy high-speed gear. The manufacturing method comprises the following steps of raw material mixing, wherein raw materials of a gear body and raw materials of a copper shaft sleeve are mixed in proportion; compression molding: filling the gear main body die cavity with a raw material of the gear main body to form a gear main body die blank; filling a raw material of the copper shaft sleeve into the copper shaft sleeve die cavity to form a copper shaft sleeve die blank; follow-up treatment is conducted, specifically, the formed gear body mold base and the copper shaft sleeve mold base are sintered; the sintered gear body is subjected to heat treatment, and the sintered copper shaft sleeve is subjected to oil immersion; assembling: slowly pressing the copper shaft sleeve in the gear shaft sleeve hole, and aligning the bottom end of the copper shaft sleeve to the bottom surface of the gear main body after pressing; the production process can be greatly simplified, the production period is remarkably shortened, the manufacturing cost can be effectively reduced, and double optimization of performance and economical efficiency is achieved.

This utility model discloses a surface degreasing device for gear production, relating to the technical field of gear production equipment. The utility model includes a cleaning tank, and further includes: an degreasing section disposed on the cleaning tank for holding the gears to be degreased; a rotating section disposed inside the cleaning tank for driving the degreasing section to rotate; and a stirring section located inside the cleaning tank for stirring the mixture of cleaning fluid and oil. After the cleaning fluid is poured into the cleaning tank, the gears to be degreased are poured into the degreasing section, and then the rotating section drives the degreasing section to rotate, ensuring uniform contact between the gears and the cleaning fluid. This utility model, by incorporating a rotating section, solves the problem in existing degreasing devices where it is inconvenient to rotate the gears in the cleaning fluid, resulting in uneven contact between the surface of each gear and the degreasing agent, thus affecting the overall cleanliness of the gears.

This invention belongs to the field of metallurgical technology and relates to a production method for 22CrMoNbH heavy-duty niobium-containing gear steel. The method comprises three parts: chemical composition design, smelting production, and rolling production. The smelting process employs a four-stage process of "converter smelting – LF refining – RH vacuum degassing + continuous casting," precisely controlling impurity content and alloy uniformity. The rolling process utilizes "temperature-controlled rolling – slow cooling," optimizing microstructure and properties through dual electromagnetic stirring, temperature-controlled rolling, and slow cooling treatment. This invention, through niobium microalloying and synergistic process innovation, achieves a gear steel grain size ≥8 and a hardenability bandwidth ≤3HRC, significantly improving comprehensive mechanical properties and fatigue resistance. It can directly replace imported high-end heavy-duty gear steel, offering good production economics and is suitable for heavy-duty gear manufacturing in the automotive, heavy machinery, and other fields.

The utility model relates to the technical field of sun gear manufacturing, and discloses a sun gear hub gear welding detection device, which comprises a positioning feeding part, the detection assembly comprises a detection table, a transfer part, a clamping part, an ultrasonic probe and a positioning rotating part, the detection table is arranged on one side of the positioning feeding part, a detection groove is formed in the detection table, at least one part of the positioning rotating part is arranged in the detection groove, the transfer part is installed on the detection table, the clamping part is installed on the transfer part, and the ultrasonic probe is installed on the clamping part; the positioning discharging part is arranged on one side, far away from the positioning feeding part, of the detection table; the waste collecting box is arranged on the side, away from the detection table, of the positioning discharging part. According to the sun gear hub gear welding detection device, the transfer part controls the clamping part to clamp the to-be-detected welding piece on the positioning feeding part, the to-be-detected welding piece is transferred to the positioning rotating part to be detected under the control of the transfer part, the whole process is automatic, time and labor are saved, and the detection efficiency is greatly improved.

The invention discloses low-heat-treatment-deformation hafnium microalloyed gear steel and a preparation method thereof, and belongs to the technical field of high-temperature carburized gear steel. The gear steel comprises the following components in percentage by mass: 0.17%-0.23% of C, 0.15%-0.35% of Si, 0.80%-1.10% of Mn, 1.00%-1.30% of Cr, 0.01%-0.10% of Ti, 0.02%-0.10% of Hf, less than or equal to 0.020% of P, less than or equal to 0.015% of S and the balance of Fe and impurities, and the ratio of Hf to Ti is controlled to be 0.4-1.5. The preparation method comprises the steps of smelting, continuous casting, rolling, controlled cooling and low-deformation heat treatment. Through Hf microalloying, the high-temperature stability of HfN / C and the thermal expansion property matched with a matrix are utilized, after carburization is conducted at the temperature larger than or equal to 930 DEG C, ASTM 8-grade or above superfine grains can still be kept, the quenching stress is remarkably reduced, the tooth direction deviation of the gear is smaller than or equal to 0.05 mm, unification of high-temperature efficient carburization and extremely low deformation is achieved, and the high-precision gear is suitable for manufacturing of new energy automobiles and other high-precision gears.

This invention discloses a surface cleaning device for gear processing, relating to the field of gear manufacturing technology. The device includes a main frame with a mounting platform on it. A feed conveyor and a discharge conveyor for conveying the gear to be cleaned are fixedly mounted on the surface of the mounting platform. A clamping and cleaning mechanism includes multiple rubber blocks mounted on the mounting platform for fixing the gear to be cleaned. Each rubber block is fixedly mounted on an L-shaped extrusion plate. The device also includes multiple cleaning brush cylinders fixedly mounted on the mounting platform for cleaning the gear to be cleaned. The cleaning brush cylinders rotate, and the gear to be cleaned rotates on its own axis to clean the gaps between the teeth of the gear. Simultaneously, the opposing rotation between adjacent cleaning brush cylinders provides thorough tangential cleaning of the gaps between the teeth. By applying forces in different directions, the dirt adhering to the gaps between the teeth is thoroughly scraped away, thereby improving the cleanliness of the gear to be cleaned.

This application relates to the field of micro-mechanical component manufacturing technology, and discloses a manufacturing process for a worm gear in a humanoid robot's dexterous hand, comprising: S1, preparing a sacrificial layer template with a three-dimensional negative mold and a micro-anchoring structure using photolithography; S2, conformally depositing a functional surface shell using atomic layer deposition (ALD) and forming corresponding prefabricated physical interlocks thereon; S3, depositing an intermediate bonding layer with a material composition gradient; S4, melting a metal material using additive manufacturing to form a structural body, wherein in S4, the high-temperature molten metal undergoes atomic diffusion to form metallurgical bonds when in contact with the intermediate bonding layer, and simultaneously fills into the prefabricated physical interlocks and solidifies to form a micro-mechanical interlock; and S5, removing the sacrificial layer template. This invention achieves a strong bond between the metal substrate and the ceramic shell through the synergistic effect of metallurgical bonding and micro-mechanical interlocks, producing a heterogeneous composite worm gear that is hard on the outside and tough on the inside, and is precisely formed.

This invention discloses a wear-resistant EPS worm gear, its manufacturing process, and its applications, belonging to the field of EPS worm gear manufacturing technology. From the inside out, it comprises a metal mandrel, a skeleton layer, and a wear-resistant gear ring. The skeleton layer comprises the following raw materials: 15-30% inorganic reinforcing fiber, 5-20% reinforcing filler, 5-15% polyethylene oxide-polydimethylsiloxane-polyethylene oxide triblock copolymer, 0.5-2.5% cyclotriphosphazene-PMMH-6 polymer, 0.1-0.8% antioxidant, 0.05-0.5% EBS wax, and the balance nylon. The wear-resistant gear ring comprises the following raw materials: 3-12% nano-ceramic precursor, 5-20% wear-resistant filler, 7-20% polymer fiber, 0.1-1.5% antioxidant, and the balance polyphenylene sulfide. This wear-resistant EPS worm gear possesses wear resistance, stable friction performance, excellent damping, and high and low temperature stability, and can be widely used in automotive electric power steering systems.

The invention provides a worm grinding wheel grinding asymmetric gear allowance accurate distribution method considering residual stress and machining efficiency. The method comprises the steps of building a local three-dimensional model of the asymmetric gear and the worm grinding wheel, obtaining a residual stress function relation, building a grinding specific energy model, building a comprehensive optimization model, solving the optimization model and the like. According to the method, a theoretical model and a guidance basis are provided for precise distribution of the asymmetric gear grinding allowance considering the machining quality and the machining efficiency. The method is high in universality and wide in applicability, and can be subsequently popularized and applied to other gear manufacturing processes.

To provide a technique capable of measuring a gear shape error.SOLUTION: The machine tool includes a controller configured to execute an error measurement process. In the error measurement processing, an approach start point and an approach direction of a touch trigger probe held by a tool holding device are determined based on a posture of a gear-shaped workpiece held by a workpiece holding device, an actuator is controlled to move the touch trigger probe from the approach start point in the approach direction, and a center position of a tip ball of the touch trigger probe when the touch trigger probe is brought into contact with a surface of the workpiece by the movement is obtained, the method includes determining a candidate value of an error between a gear shape and a target shape of a gear product, generating a cross-sectional model representing a cross-sectional shape of a tooth surface based on the candidate value, the target shape, and a posture, obtaining a minimum distance between the cross-sectional model and a center position, changing the candidate value, and determining, as the error, a candidate value at which an absolute value of a difference between the minimum distance and a radius of a tip ball is equal to or less than an allowable value.SELECTED DRAWING: Figure 6

The utility model relates to the technical field of gearbox gear manufacturing, and discloses a special-shaped sliding sleeve internal tooth processing mistake proofing device which comprises a transition faceplate, a platform is arranged on the transition faceplate and used for placing a sliding sleeve, a detection part is arranged on the transition faceplate and comprises a plurality of detection units, each detection unit comprises an air inlet hole and an airtight hole, the air inlet holes are communicated with the airtight holes, and the airtight holes are communicated with the platform. The orifice of the airtight hole is positioned on the platform and is matched with the positioning surface of the sliding sleeve; the angular limiting part is used for carrying out angular limiting on the sliding sleeve; and the radial limiting part is used for radially limiting the sliding sleeve. Whether a product is in place and is in a forward direction or not is automatically detected through gas pressure, and after the position is completely accurate, subsequent machining operation is started as a precondition, so that deviation between the product and a cutter axis caused by steel chipping between a workpiece and a tool is avoided, the product quality and the machining efficiency are greatly improved, the service life of the cutter is greatly prolonged, and the production cost is reduced. And automatic production of a production line is realized.

The invention relates to the technical field of metallurgy, in particular to a production process for reducing oxide inclusions of 20CrMnTiH gear steel. The process sequentially comprises the steps of electric furnace primary smelting, LF refining, RH vacuum treatment, continuous casting and rolling. The core of the method is that through whole-process systematic cooperative control, key process parameters such as an electric furnace end point, LF white slag refining, RH calcium treatment and continuous casting electromagnetic stirring and pulling speed are accurately regulated and controlled, and a set of complete inclusion prevention and treatment system is formed. According to the method, the total oxygen content in the steel can be stably controlled to be smaller than or equal to 15 ppm, and the grades of B-class and D-class inclusions are both smaller than or equal to 1.5, so that the fatigue life and the mechanical property consistency of the steel are remarkably prolonged, and the harsh requirement of high-end gear manufacturing for the material cleanliness is met.

The invention provides a steering gear dual-drive running-in equipment intelligent synchronous control method and system, and relates to the technical field of automobile steering gear manufacturing, and the method comprises the steps: obtaining global adjustment parameters through vibration data analysis, sub-condition division, multi-target optimization and Gaussian mixture; and an active-disturbance-rejection controller is combined with a second-order reaching law to suppress mode switching synchronization precision deviation, and a synchronization control algorithm is used for compensation. According to the invention, accurate synchronous control of the dual-drive running-in equipment of the steering gear under complex working conditions is realized, and the running-in quality and the equipment operation stability are improved.

The utility model relates to the field of gear production, and discloses a quenching device for cast gear production, which comprises a quenching bath, a bearing table for bearing a gear and a lifting assembly for driving the bearing table to lift are arranged in the quenching bath, a support frame is arranged at the top of the quenching bath, and a rotating frame and an adjusting assembly for adjusting the angle of the rotating frame are arranged at the top of the support frame. A rotating assembly used for driving the bearing table to rotate is arranged on the rotating frame, a heating assembly is arranged on the side, away from the supporting frame, of the top of the quenching pool, the bearing table can penetrate through the heating assembly, and a connecting column capable of penetrating through the gear is arranged at the top of the bearing table. By arranging the bearing table with the connecting columns, the gear to be quenched can be firmly fixed, it can be ensured that the gear is always located at the correct position in the heating and cooling process, and even if the friction force is reduced after the gear makes contact with cooling liquid, the gear can still be firmly fixed to the bearing table; and the falling or deviation phenomenon caused by insufficient friction force is avoided.

The invention relates to the technical field of gear manufacturing, in particular to a gear machining tool for heavy truck gear manufacturing. The gear machining tool comprises a collecting box, a supporting assembly is arranged on the inner side of the collecting box, the collecting box is connected with an external recycling treatment structure through a pipeline, and an adjusting assembly and an extrusion assembly are arranged at the upper end of the supporting assembly; and one end of the extrusion assembly is connected with the upper surface of the adjusting assembly, detection assemblies are arranged on one side of the supporting assembly at intervals, and the supporting assembly comprises a rotating support fixedly arranged in the collecting box and a mounting disc fixedly connected to the upper end of the rotating support. Through the arrangement of the adjusting assembly and the extrusion assembly, the mounting strip can always extrude the inner side of the cutting area, elastic deformation of the overhanging part of the workpiece is reduced, the quality of gear shaping machining of a gear is improved, and therefore the safety of the gear workpiece used in a heavy truck transmission system is improved; and the device can adapt to gear shaping machining of tooth grooves in the inner side and the outer side of the gear workpiece, and the production cost is effectively reduced.

The invention discloses a numerical control gear shaping machine based on double-drive synchronous compensation, and belongs to the technical field of gear shaping machines. Comprising a lathe bed, a stand column vertically and fixedly connected to one side of the top of the lathe bed, a tool rest slidably connected to one side of the stand column, a slotting cutter detachably installed at the bottom of the tool rest, a radial sliding table slidably arranged on the other side of the top of the lathe bed and a sliding plate slidably arranged on the top of the radial sliding table. The workbench is rotationally arranged at the top of the sliding plate; and the rotating motor drives the workbench to rotate. The radial feeding system composed of the servo motor, the ball screw and the sliding block is symmetrically arranged at the top of the radial sliding table, driving force can be applied to a machining part in a balanced mode from the two sides, radial stress generated in the scene of large-load machining or large-diameter workpiece machining can be effectively offset, the deflection deformation amount of the ball screw is greatly reduced, and the machining precision is improved. Radial positioning precision fluctuation caused by lead screw deformation is avoided, the precision stability of key parameters such as the tooth pitch and the tooth shape in the gear machining process is finally ensured, and the precision gear manufacturing requirement is met.

The invention discloses a Vickers hardness detection device and method for a compound gear, and relates to the technical field of material hardness detection.The detection device comprises a base, a workbench with the position capable of being adjusted in a plane, a gear mounting base used for mounting a to-be-detected compound gear and a gear supporting base used for limiting rotation of the gear. The gear mounting base is provided with a gear mounting rod and a positioning rod fixedly connected with the gear mounting rod, and adjustable positioning of the elevation angle of the gear mounting rod is achieved through a positioning wheel at the end of the positioning rod. The supporting teeth on the gear supporting seat can be clamped into the tooth profile of the gear so as to stabilize the posture of the gear and prevent the gear from rotating. The device is compact in structure, fine in adjustment and reliable in positioning, can remarkably improve the accuracy, consistency and detection efficiency of tooth profile hardness detection, and is suitable for gear manufacturing and quality control of mechanical transmission parts.

The invention discloses full-automatic fishing rod guide ring winding and mounting equipment, and belongs to the technical field of fishing gear manufacturing automation. The equipment comprises a rack, a supporting mechanism, a winding mechanism, a fishing rod feeding and conveying mechanism, a guide ring grabbing mechanism, a guide ring positioning jig, a fishing rod discharging and conveying mechanism and a control system. The supporting mechanism is used for supporting a fishing rod; the winding mechanism is driven by the first transverse moving piece to move in the length direction of the fishing rod, and winding fixation at different positions is achieved. The fishing rod feeding and conveying mechanism automatically pushes fishing rods to the supporting mechanism. The guide ring grabbing mechanism is driven by the second transverse moving part to grab the guide ring from the guide ring positioning jig and place the guide ring at the designated position of the fishing rod; the discharging conveying mechanism moves out the installed fishing rod; and all mechanisms are coordinated and controlled by a control system. According to the automatic fishing rod winding device, whole-process automation of fishing rod feeding, guide ring grabbing and positioning, winding and fixing and finished product discharging is achieved, the production efficiency is remarkably improved, and the automatic fishing rod winding device is suitable for batch and large-scale production.

The invention relates to the technical field of gear machining surface topography analysis, in particular to a gear surface topography characteristic characterization method considering gear manufacturing deviation, which comprises the following steps: S1, setting description formula models of tooth profile deviation, helical line deviation and pitch deviation; s2, constructing a characterization model of the tooth surface morphology characteristics of the gear; and S3, determining a theoretical calculation model of tooth profile deviation, helical line deviation and pitch deviation considering the single error of the gear. According to the invention, the problem of inaccurate characterization caused by neglecting the influence of gear manufacturing deviation on the surface morphology in the prior art can be solved.

This utility model provides a gear chamfering cutter and tool holder, belonging to the field of gear processing technology. A gear chamfering cutter includes a cutting part and a mounting part, and the tool holder includes a wheel, a fixed base, and a tool mounting part. This utility model arranges the cutting part in a triangular pattern with cutting edges on both sides. After mounting the gear chamfering cutter on the tool mounting part on the fixed base of the wheel, and aligning the wheel's axis perpendicular to the tooth groove direction of the gear to be processed, the cutting part of the gear chamfering cutter passes through the tooth groove at the tooth end face when the wheel rotates. This allows the cutting edges on both sides of the cutting part to directly chamfer the connecting edges on the end faces of adjacent teeth from the tooth root to the tooth tip, achieving a one-time chamfering process. This improves efficiency, saves time and effort, and avoids the problem of frequent subsequent position adjustments due to easy tool wear. It is also more convenient to operate and meets the needs of large-scale gear manufacturing.

The invention discloses surface cleaning equipment for gear machining, and relates to the technical field of gear manufacturing. The equipment comprises a main body frame, a mounting table is arranged on the main body frame, and a feeding belt line and a discharging belt line for conveying to-be-cleaned gears are fixedly mounted on the surface of the mounting table; the clamping and cleaning mechanism comprises a plurality of rubber blocks which are mounted on the mounting table and used for fixing gears to be cleaned, each rubber block is fixedly mounted on the L-shaped extrusion plate, and the clamping and cleaning mechanism further comprises a plurality of cleaning brush cylinders which are fixedly mounted on the mounting table and used for cleaning the gears to be cleaned; through rotation of the cleaning brush cylinders and autorotation of the gear to be cleaned, tooth gaps of the gear to be cleaned are cleaned, meanwhile, under the action of reverse rotation between the adjacent cleaning brush cylinders, the tooth gaps of the gear to be cleaned are fully and tangentially washed, and stains adhering to the tooth gaps are fully scraped off through acting force in different directions; the purpose of improving the cleanliness of the gear to be cleaned is achieved.

This utility model relates to the technical field of grinding devices, and discloses a grinding device for gear production and processing, including an automatic grinding machine. A processing table is fixedly installed on the upper part of the machine platform of the automatic grinding machine. A fixing component is rotatably installed at the middle of the upper end of the processing table. An internally threaded cylinder is slidably installed in the middle of the interior of the fixing component. An adjusting screw is threadedly connected to the front end of the internally threaded cylinder. A top block is rotatably connected to the front end of the adjusting screw. A clamping component is installed at the front end of the top block. A threaded hole is provided in the middle of the interior of the clamping component, and a matching hexagonal socket bolt passes through the threaded hole. An arc-edged abutment is fixedly connected to the rear end of the internally threaded cylinder. This device drives the clamping component to engage with the keyway of the intermediate gear through the adjusting screw, and uses the gear meshing relationship to complete the positioning and fixing of the three sets of gears, keeping the gears stable during grinding, avoiding uneven grinding caused by positioning deviation, and improving grinding efficiency and surface quality consistency.

The utility model discloses a gear manufacturing tool clamp, and relates to the technical field of gear manufacturing. The device comprises a workbench, supporting legs are fixedly connected to the periphery of the bottom of the workbench, a fixing frame is fixedly connected to the rear side of the top of the workbench, a first hydraulic rod is arranged in the fixing frame, the output end of the first hydraulic rod is fixedly connected with a fixing plate, and clamping rods arranged in a mirror image mode are arranged at the top of the workbench; the output ends of the clamping rods are fixedly connected with placing blocks, the upper ends and the lower ends in the placing blocks are fixedly connected with compression springs, the output ends of the compression springs are fixedly connected with movable plates, and a clamping assembly is arranged at the top of the workbench. The clamping assembly drives the clamping rods to clamp the two sides of the gear, the gear cannot move in the manufacturing and machining process, the movable plate is driven by the tension of the compression spring to abut against the wall face of the gear, the movable plate can clamp the gears of different thicknesses, the clamping rods are driven by the rotating assembly to rotate, and the clamping rods are driven by the rotating assembly to rotate. And multi-angle machining of the gear is achieved.

The present invention provides a forging apparatus that can at least reduce the overall number of man-hours, and more preferably, allow for fine adjustment of the molded shape without replacing the apparatus. [Solution] The present invention comprises a punch 2 that presses a workpiece downward by moving downward, a counter punch 3 positioned below the punch 2 on which a workpiece W is placed, an annular molding die 5 with a molding groove 5a formed on its inner circumferential surface, and a collar member 74 positioned around the counter punch 3 or a moving member 721 which is an interlocking member that moves downward in conjunction with the downward movement of the counter punch 3, and which generates a frictional force against the downward movement of the moving member 721, wherein the frictional force of the moving member 721 and the collar member 74 is configured to change depending on the position of the moving member 721.