330results about "Gear wheels" patented technology

The invention discloses an automatic copper pipe tooth rolling production line, and belongs to the technical field of copper pipe tooth rolling machining. The gear rolling production line comprises a plurality of gear rolling machines, a feeding line and a feeding assembly. The feeding assembly comprises a feeding conveying mechanism, a jacking distributing mechanism, a feeding buffering mechanism and a longitudinal conveying mechanism. The feeding conveying mechanism comprises a feeding frame and a plurality of feeding conveying units, the feeding temporary storage mechanism comprises a feeding temporary storage frame, and a temporary storage part of the feeding temporary storage frame and a bearing surface of a discharging guide part are obliquely arranged; the jacking and distributing mechanism comprises a jacking and distributing unit, and the jacking and distributing unit comprises a first-stage jacking frame and a second-stage jacking frame. The position layout of the tooth rolling machines is reasonable, the space of a plant workshop is fully utilized, the feeding requirements of multiple tooth rolling machines can be met by arranging the feeding assembly on one layer and one feeding line in the workshop, the production rhythm of the multiple tooth rolling machines can be met, copper pipes are stable, reliable and high in conveying efficiency in the conveying process, the falling risk is avoided, and the production efficiency is improved. And the safety of equipment and personnel is ensured.

To provide an NC thread rolling machine that performs rough processing and finishing processing on a workpiece and that can be made compact.SOLUTION: An NC thread rolling machine 100 comprises: a pair of first flat dies 104a, 104b for rough processing; a pair of second flat dies 105a, 105b for finishing processing arranged adjacently to the first flat dies in parallel; rack driving mechanisms 106a, 106b which move one pair of first and second flat dies and the other pair of first and second dies mutually in parallel directions and also in opposite directions; respective mechanisms 110, 112, and 114 which rotate a workpiece, support both ends of the work rotatably, and also shift the workpiece between the first flat dies and second flat dies; and a numerical control part 148, wherein the numerical control part controls the respective mechanisms including the rack driving mechanism to support the workpiece between the first flat dies so as to perform rough processing on the workpiece with the first flat dies, shift the workpiece after the rough processing to between the second flat dies, and then perform finishing processing on the workpiece with the second flat dies.SELECTED DRAWING: Figure 2

The invention relates to the technical field of fire-fighting butterfly valve production, in particular to a fire-fighting butterfly valve assembly punch forming device which comprises a machine body, a lower supporting plate is fixedly installed on the upper end face of the machine body, limiting sliding columns are fixedly installed at the four corners of the upper end face of the lower supporting plate, and an upper supporting plate is jointly and fixedly installed at the upper ends of the limiting sliding columns. A driving mechanism used for providing power for the stamping fluted disc is arranged on the upper supporting plate. A positioning, flat pressing and stamping integrated operation model is adopted to complete three-stage punch forming operation of the fire-fighting butterfly valve handle fluted disc, in the three stages of punch forming operation, fitting supporting, expansion positioning, bearing plate fitting and rectangular limiting frame locking are provided correspondingly, the stamping force can be evenly dispersed, excessive deformation of materials is prevented, and the service life of the fire-fighting butterfly valve handle fluted disc is prolonged. The flatness and the overall shape of the fluted disc are improved, it is ensured that the fluted disc is kept at the correct position in the stamping process, the locking stability is further enhanced, the structural integrity and the anti-fatigue performance of the fluted disc are improved, and finally it is ensured that the stamping quality of each fluted disc meets the preset standard.

The invention belongs to the technical field of rotor internal gear stamping, and particularly discloses a rotor internal gear stamping device which comprises a cold stamping frame, a cold stamping mechanism, a self-adaptive speed regulating device, a multi-directional linkage cleaning and discharging device and a dovetail groove locking type die replacement part. According to the fact that when a gear is stamped, stamping force needs to be large (enough stamping force is generated to complete gear forming) and cannot be too large (too large impact force can cause brittle fracture of the gear), the technical effect of self-adaptive lossless stamping on the gear is achieved in the mode that rotation damping is generated through self-adaptive centrifugal external expansion friction. And multiple technical effects of gear discharging and pneumatic cleaning of the die are achieved by means of driving force during stamping and a multidirectional linkage mode.

The invention relates to the technical field of cold extrusion forming, and discloses cold extrusion forming equipment for gear production and machining. The extrusion seat is arranged above the operation table; the linear telescopic mechanism is fixed at the top of the operation table, and the telescopic end is fixed with the extrusion seat; and the forming mechanism is arranged at the top of the operation table and comprises an installation base detachably installed at the top of the operation table, a movable sleeve arranged at the top of the installation base, a forming mold formed by splicing a plurality of mold splicing single bodies and a contraction driving assembly. According to the forming mechanism provided by the invention, by adopting a splicing forming mold and a linkage structure, the mold monomers are driven to be unfolded outwards during demolding to realize complete separation of a gear and the inner wall of a mold cavity, so that the demolding friction resistance is greatly reduced, and the surface of the mold is prevented from being scratched and abraded; the modular mold design supports single replacement, the maintenance cost is remarkably reduced, and the overall service life of the mold is prolonged.

The invention discloses an automobile stamping device with a rotary feeding mechanism, and relates to the technical field of stamping, the automobile stamping device comprises a stamping frame unit, the stamping frame unit comprises a frame body, and the stamping device further comprises a stamping processing unit, and the stamping processing unit is rotatably arranged on the side portion of the frame body. The reciprocating lifting source is started to drive the treatment cavity and the first pressing strip at the bottom of the treatment cavity to move downwards, so that the first pressing strip makes contact with the plate firstly, the position, corresponding to the middle of the outer side of the inner concave cavity, of the plate is moved downwards by the first pressing strip to be pre-stamped to form a strip-shaped groove, and if the number of the inner concave cavities is larger than that of the first pressing strip, the treatment cavity can be rotated to enable the first pressing strip to be stamped; therefore, when the plate is stamped by the inner concave cavity subsequently, the stamping stress of the inner concave cavity of the stamping die on the plate can be partially concentrated towards the interior of the strip-shaped groove, so that the situation that the stress of a stamping area, namely a tooth groove area, of the inner concave cavity is excessively concentrated towards the stamping position of the inner concave cavity and the plate due to stamping of the stamping die is avoided; and the condition of tooth groove contour deformation is reduced.

The utility model relates to an automobile knob assembly injection mold which comprises a first color injection mold set and a second color injection mold set, the first color injection mold set comprises a first upper mold and a first lower mold which are oppositely arranged, the second color injection mold set comprises a second upper mold and a second lower mold which are oppositely arranged, and the first upper mold and the second upper mold can synchronously open / close the mold. The first lower mold and the second lower mold have the same structure and can realize position conversion, and the first upper mold and the first lower mold are matched to perform injection molding on the inner shell; and after the first lower mold with the injection molding inner shell and the vacant second lower mold are interchanged in position, the first lower mold is matched with the second upper mold to perform injection molding on the button ring. And the inner shell and the button ring can be directly injection-molded together.

The invention provides a plastic spiral bevel gear tooth surface working area deformation control method and system.The method comprises the steps that a manufacturing parameter model is established according to gear structure parameters and injection molding manufacturing environment parameters of an initial plastic spiral bevel gear mold; the method comprises the following steps: performing precision detection on gear teeth subjected to primary injection molding to obtain error detection data, and performing classification analysis on the error data to generate an error decomposition result; associating an error decomposition result with a manufacturing parameter model, and constructing an error traceability model; determining a target parameter item of each error source and a corresponding influence factor weight according to the error traceability model, and generating an error factor mapping table; according to the correction direction of the error factor mapping table, reverse geometric correction is carried out on the initial plastic spiral bevel gear mold, numerical interval adjustment is carried out on the injection molding process parameters, and a corrected mold structure model and a corrected process parameter set are generated. According to the scheme, the precision of the plastic spiral bevel gear in the injection molding process can be effectively improved.

The utility model relates to the technical field of fine blanking of gears, in particular to a die for fine blanking of gears, which comprises a bottom plate, two fixing plates are fixedly mounted at the top of the bottom plate, a rotating plate is movably connected to one side of the outer surface of each fixing plate, and a plurality of lower die grooves are formed in the top of the rotating plate. And one end of the rotating plate is fixedly connected with a disc. According to the fine blanking device, the push rod of the oil press starts to quickly push the upper die, the upper die extrudes fine blanking materials into the lower die groove, after a gear is formed, the rotating plate is prevented from overturning and shaking during stamping, the disc is driven to rotate, the rotating plate is driven to rotate while the disc rotates, and the cylinder drives the conveying belt to rotate and convey. And the formed gear is transmitted to the collecting box, and a worker can detach the bolt from the reinforcing block and take out the gear in the collecting box, so that the fine blanking die is more perfect, demolding can be performed in time after fine blanking is completed, the fine blanking efficiency is improved, and the gear production progress is accelerated.

A manufacturing method of a resin molded member includes: an insert member molding step of building an insert member by stacking layers of a base resin containing continuous fibers by using a 3D printer; an aligning step of aligning the insert member in a cavity of an injection molding mold; and a resin portion molding step of molding a resin portion integrated with the insert member by filling an injection molding resin into the cavity, wherein the insert member is arranged on a surface of a weld portion by the resin portion molding step, and the continuous fibers in the insert member are oriented in direction crossing over the weld portion, the weld portion being formed in the resin portion.

The invention relates to a transmission intermediate shaft gear, and provides a punching and trimming composite die of a transmission intermediate shaft gear and a using method of the punching and trimming composite die in order to solve the problems that an existing punching and trimming die is low in production efficiency, large in labor amount and the like. An annular female die seat and a female die are arranged on the lower surface; opening grooves are symmetrically formed in the two sides of the annular female die base, a transverse plate capable of sliding up and down along the opening grooves transversely penetrates through the position between the two opening grooves, an ejector is arranged on the lower surface of the transverse plate, one end of a punch assembly is connected with the lower surface of the upper die base, and the other end of the punch assembly sequentially penetrates through the transverse plate and the ejector to extend downwards. The lower die assembly comprises a lower die base and a male die. Restraining pull rods are arranged at the positions, corresponding to the two ends of the transverse plate, of the lower die base correspondingly, and the transverse plate can slide up and down along the restraining pull rods and limit the movement stroke of the transverse plate during workpiece retreating. When the upper die assembly and the lower die assembly are completely closed, the transverse plate, the ejector, the forge piece and the male die are in rigid contact.

To prevent welding burrs from blowing out even when a pulley body and a flange body are joined by ultrasonic welding.SOLUTION: A pulley body 2 includes: a first flange protruding radially outward RO at one end in an axial direction J; and a fitting protrusion 4 protruding in the axial direction J at the other end in the axial direction J. A flange body 3 includes: a second flange protruding radially outward RO; and a fitting concavity 5 fitted to the fitting protrusion 4. A radially inward RI portion of a deep surface 5C of the fitting concavity 5 is an inclined surface S1 that inclines so as to approach the one end in the axial direction J as it goes radially inward RI. The radially inward RI portion of a distal end surface 4A of the fitting protrusion 4 has an inclined surface S2 opposite to the inclined surface S1. An outer circumferential surface 6A of the flange body 3, which faces an inner circumferential surface 2C of the pulley body 2, has an endless protrusion A1 continuous in a circumferential direction. In a region including an annular range between the inclined surfaces S1 and S2, there is a junction E made of molten resin.SELECTED DRAWING: Figure 4

A power transmission resin gear 1 includes an annular resin part 3 having, on an outer peripheral surface thereof, teeth 10 of a gear. The annular resin part 3 includes an annular inner resin member 4 that covers an outer periphery of a core metal 2 and an annular outer resin member 5 that covers an outer periphery of the annular inner resin member 4. The annular inner resin member 4 has a plurality of axially downgauged portions 6 arranged at intervals in a circumferential direction. The annular outer resin member 5 has filling portions 8 respectively filling the axially downgauged portions 6 and an axial surface covering portion 9 that is located radially inward RI of a tooth side 10C of the teeth 10 and covers the filling portions 8. According to the power transmission resin gear 1, deformation of a molded product due to forcible removal can be reduced without preparing a special tooth shape.

The invention relates to the technical field of injection molds, and particularly discloses a hydraulic injection mold of a plastic gear, which comprises an upper mold plate and a lower mold plate, and further comprises a dynamic spraying mechanism for spraying the inner surface of a gear mold core, the dynamic spraying mechanism comprises an air cylinder, a reducing sleeve and a storage disc, the air storage cylinder, the reducing sleeve and the material storage disc are all located at the central axis position of the gear mold core; and the auxiliary follow-up mechanism is used for transferring the dynamic spraying mechanism. A dynamic spraying mechanism is arranged, a servo motor is used for driving a driving shaft to drive a driving gear to be in meshing transmission with a driving gear ring, a material storage disc rotates at the position of a center shaft of a gear mold core, meanwhile, a release agent is sprayed from multiple nozzles in multiple directions under the action of air pressure provided by an air storage cylinder, and all parts of the inner surface of the gear mold core are evenly covered; local accumulation or loss of the release agent is avoided, and the problem that the surface smoothness and quality stability of a finished product are affected by uneven spraying is solved.

A plurality of helical grooves (40) of a screw rotor (30) are each divided into a first portion (41) including an end portion on a first end (31) side of a workpiece (35) and a second portion (42) including an end portion on a second end (32) side of the workpiece (35). The first end (31) of the workpiece (35) is attached to a holder (61) of a machine tool (60), and the first portion (41) of each of the helical grooves (40) is finished by cutting. After that, the workpiece (35) is detached from the holder (61) once, and the second end (32) of the workpiece (35) is attached to the holder (61). In this state, the second portion (42) of each of the helical grooves (40) is finished by cutting.

The present invention relates to the technical field of cold extrusion molding, and discloses a cold extrusion molding device for gear production and processing, comprising: an operating table; an extrusion seat, arranged above the operating table; a linear telescopic mechanism, fixed to the top of the operating table, with its telescopic end fixed to the extrusion seat; a molding mechanism, arranged on the top of the operating table, comprising: a mounting base detachably mounted on the top of the operating table, a movable sleeve arranged on the top of the mounting base, a molding die composed of a plurality of mold splicing units, and a contraction drive assembly. The molding mechanism provided by the present invention, by adopting a splicable molding die and a linkage structure, drives the mold units to expand outward during demolding to achieve complete separation of the gear from the inner wall of the mold cavity, greatly reduces demolding friction resistance, and avoids scratches and wear on the mold surface; the modular mold design supports individual replacement of units, significantly reduces maintenance costs and extends the overall life of the mold.

The present application is to provide a method of molding a fiber reinforced resin impeller and a method of molding a fiber reinforced resin gear, which can monitor in real time.In the method of molding the fiber reinforced resin impeller in which fiber reinforced resin is injected from a plurality of gates of a metal mold to mold the fiber reinforced resin impeller which includes a drum and a plurality of blade portions arranged on the outer circumference of the drum, the temperatures of resin are measured by temperature sensors arranged near a plurality of gate portions of the metal mold which correspond to the blade portions; rise timings are measured per one time of temperature waveforms collected by the temperature sensor; and the respective rise timings of the temperature sensors are compared and monitored.

The application relates to the technical field of injection molding and discloses a rapid-forming automobile key precision injection mold and a processing method, which comprise a movable mold and a fixed mold, the upper portion of the movable mold is provided with a stirring device, the stirring device stirs and injects raw materials, and the raw materials are injected into the movable mold; the upper portion of the stirring device is provided with a top plate, a pushing motor is installed at the center position of the top plate, and the pushing motor is used for pushing the stirring device and the movable mold to move up and down; the bottom portion of the fixed mold is provided with a cooling tank, the fixed mold is placed on the cooling tank, and cooling liquid is injected into the cooling tank; the fixed mold is composed of two lower molds, two positioning plates and a supporting plate, the bottom portion of the supporting plate is fixedly installed with a stand column, the stand column is fixedly installed in the cooling tank and is used for supporting the supporting plate, the middle portion of the lower mold is designed as a convex block, the two convex blocks and the supporting plate form a convex structure, the bottom portion of the movable mold is designed as a concave structure, the convex structure and the concave structure form a mold cavity, and the mold cavity is used for automobile key precision injection molding.

The present invention belongs to the field of gear rolling technology, specifically a gear rolling machine for automobile shaft parts, including a bottom plate and an automobile shaft body, square plates are fixedly installed at both ends of the top of the bottom plate, and a top plate is fixedly installed on the top of the square plate, and also includes: a clamping assembly for fixing the automobile shaft body on the bottom plate, and the clamping assembly is arranged on the top of the bottom plate; a second annular plate, the second annular plate is located directly above the automobile shaft body; a first adjustment assembly for adjusting the position of the second annular plate, and the first adjustment assembly is arranged on the bottom of the top plate. The present invention arranges a plurality of rolling assemblies for rolling teeth on the automobile shaft body in an annular arrangement in the inner cavity of the second annular plate, and has the ability to realize the simultaneous processing of all teeth without rotating the automobile shaft body, thereby greatly improving the processing efficiency of the shaft gear. In addition, it can also avoid the phenomenon of tooth misalignment to a certain extent, thereby improving the accuracy.

This invention discloses a gear mold, an in-cavity sensing structure, a measurement system, and a measurement method. The gear mold includes at least one mold wall constituting the gear mold cavity. The in-cavity sensing structure includes a temperature sensing component and a pressure sensing component. The temperature sensing component includes at least a plurality of probes arranged in an array along key cavity positions. The key cavity positions include at least two of the gear's tooth tip forming area, tooth root forming area, and gate area. The pressure sensing component includes at least a plurality of ejector pins arranged in an array below the gear mold cavity. One end of each ejector pin abuts against a pressure sensing element. The probes are electrically connected via lead wires passing through the mold wall, and the pressure sensing element is electrically connected via a lead wire storage portion pre-embedded in the gear mold. Through an integrated sensing array layout deeply coupled with the gear mold structure, synchronous, direct, and in-situ monitoring of multi-point temperature and distributed pressure within the cavity during the precision gear injection molding process is achieved.

The utility model discloses a PEEK gear rubber coating rotation stopping structure which comprises a base, the upper end of the base is fixedly connected with a vertically-arranged supporting plate, the back face of the supporting plate is fixedly connected with a support arranged in a square shape, the inner bottom of the support is fixedly connected with a servo motor, and the servo motor is fixedly connected with a rotating shaft. The tail end of an output shaft of the servo motor is fixedly connected with a vertically-arranged worm, the upper end of the worm is rotationally connected with the inner top of the support, a worm wheel meshed with the worm is transversely arranged in the support, and a transversely-arranged rotating rod is fixedly inserted into one end of the worm wheel. One end of the rotating rod penetrates through the worm gear and is rotationally connected with the inner side wall of the support, the front face of the supporting plate is fixedly connected with a longitudinally-arranged supporting column, and a circular containing groove is formed in the supporting column. Through ingenious design of mechanisms such as the clamping blocks and the lead screws, effective clamping and rotation stopping of gears of different specifications are achieved, meanwhile, the self-locking anti-loosening characteristic is achieved, the practical performance is remarkably improved, and the application range is widened.

Provided is a lightweight gear (1), a manufacturing method thereof, a manufacturing method of a gear train, and a robot, capable of preventing a resin-made connecting body from generating excessive stress due to torque transmitted in a joint portion with a metal. The lightweight gear (1) includes a tooth portion (2) of a circular ring shape made of metal, a shaft (3) made of metal extending along a center axis (A) of the tooth portion, and a connecting body (4) made of resin connecting the shaft and the tooth portion. A joint portion of the shaft and the connecting body (4) and a joint portion of the tooth portion and the connecting body (4) are provided with a concave-convex (5, 6, 11, 12) engaged in a circumferential direction, and a corner portion of the concave-convex has a rounded corner for stress relaxation. In addition, the manufacturing method of the lightweight gear (1) includes the steps of arranging the tooth portion and the shaft in a molding mold, and simultaneously performing injection molding of the connecting body (4) and joining of the connecting body (4) and the tooth portion and the shaft by injecting molten resin into a cavity of the molding mold.

The present invention discloses a large-module gear cold rolling structure and method, which includes a frame, a feeding device, a first rolling device, and a second rolling device; the first rolling device includes a first flying disc, which is rotatably mounted on the frame, and at the edge of which one or more first wheels are evenly arranged along the circumferential direction, the longitudinal cross-section of the first wheels is rectangular and is used to extrude straight grooves on a workpiece when in use; the second rolling device includes a second flying disc, which is rotatably mounted on the frame, and at the edge of which one or more first wheels are evenly arranged along the circumferential direction, the second wheels are used to extrude straight grooves on the workpiece extruded by the first rolling device into gear grooves when in use. The present invention can effectively prevent the first and second wheels from being damaged by extrusion due to excessive resistance, thereby increasing the service life of the first and second wheels, and thus effectively reducing the processing cost of the gear.

The invention relates to a method for producing a profiled body having a profiling by cold-forming a workpiece (1), the workpiece having a longitudinal axis (Z) and an outer surface (11a), for example a cylindrical outer surface, which extends along the longitudinal axis (Z) in a working area (11), and to which the profiling (P) is applied. The workpiece (1) carries out a rotational movement (R1) about the longitudinal axis (Z) and is worked by a tool (2) in multiple forming actions, during each of which the tool (2) comes into contact with the working area (11). The tool (2) is held by a tool holder (5) and is rotatable about a tool axis (Q). The tool holder (5) - is rotatably mounted in a rotating member (8) about an axis of rotation (W) and is driven to perform a rotary movement (R5) about its axis of rotation (W), and - is driven by the rotating member (8) to perform a rotating movement (R8). The rotational movement (R1) of the workpiece (1) is synchronized with the rotating movement (R8) of the tool holder (5), and the rotary movement (R5) of the tool holder (5) is synchronized with the rotating movement (R8) of the tool holder (5). The tool axis (Q) is different from the axis of rotation (W). The invention also relates to a corresponding device.

The rolling apparatus (1) is configured to execute a control content for producing a test piece (61) by forming fixed-side streaks (62) and moving-side streaks (63) in a base material (60), and a control content for receiving an inputted positional deviation amount between groove center lines of the moving-side streaks (63) and virtual groove center lines (W) of the fixed-side streaks (62), and then for calculating and outputting a correction movement amount, based on the positional deviation amount, for use in correcting and adjusting the moving flat die (4) at a top dead center thereof. Further, the rolling apparatus (1) is configured to execute a control content for receiving and outputting an input of bite depths(T) of the fixed-side streaks (62) and moving-side streaks (63) in the test piece (61).

The high-precision plastic gear injection mold comprises a bottom plate, a female mold is fixedly installed on the outer wall of the top of the bottom plate, a discharging assembly is installed in the female mold, the discharging assembly comprises pushing rods inserted into the female mold in a sliding mode, the outer walls of the tops of the multiple pushing rods are coaxially and fixedly provided with ejecting blocks, and the ejecting blocks are arranged on the outer walls of the tops of the multiple pushing rods. The multiple material pushing rods are distributed in a groove of the female die at equal intervals, one ends of the bottoms of the multiple material pushing rods are fixedly connected with the same connecting plate, multiple springs are fixedly connected between the connecting plate and the female die, and the multiple material pushing rods are sleeved with the multiple springs correspondingly. An extension rod is fixedly connected to each of the two sides of the outer wall of the top of the connecting plate, a supporting frame is fixedly connected to the outer wall of the top of the bottom plate, the discharging assembly is arranged, when the male die is driven to move upwards, a gear finished product attached to the interior of the female die can be pushed out of the groove, and therefore it is guaranteed that the gear taking process is more convenient.

A method for producing a gear-tooth system (1) on a component (2) of a shaft / hub connection (3); wherein the component (2) has a first axis of rotation (4) and a gear-tooth system (1); where in the gear-tooth system (1) of the component (2) comprises a plurality of teeth (5),which are disposed next to one another along a circumference direction (6), wherein a tooth interstice (7) is disposed between two teeth (5), in each instance, and each tooth (5) has a head region (8) and a flank region (10), in each instance, between head region (8) and a foot region (9) disposed in the tooth interstice (7), where in the tooth interstice (7) has a tooth gap width (11, 12) in the flank region (10); where in the gear-tooth system (1) has at least a first region (14) and subsequently a second region (15) along an axial direction (13) parallel to the first axis of rotation (4); where in the first region (14) has a first tooth gap width (11)and the second region (15) has a second tooth gap width (12), which is less in comparison. A component of a shaft / hub connection.

The application discloses a kind of full-automatic forming equipment of gear for automobile seat slide rail, including stamping device main body, the tail side of the stamping device main body is fixedly installed with conveying material blocking component, the left side of the conveying material blocking component is fixedly installed with feeding assembly, the middle part of the conveying material blocking component is fixedly installed with workbench, the top of the workbench is fixedly installed with first conveying component, the middle part of the workbench is fixedly installed with point detection component, the right side of the workbench is fixedly installed with second conveying component, the right side of the stamping device main body is fixedly installed with turnover unloading assembly, the right side of the stamping device main body is provided with transfer belt component.The above scheme, in the process of processing gear, gear can be automatically conveyed to stamping device main body, can be automatically completed unloading, and gear is automatically conveyed to subsequent process, improve the degree of automation, and reach the effect of saving labor.

The utility model relates to worm shaft processing technical field, and disclose a kind of worm shaft cold extrusion processing device, including support frame, the top of support frame is fixed with operating box, first extrusion roller is rotatably arranged in operating box, second extrusion roller is movably arranged in operating box. First telescopic rod drives movable frame to move horizontally along sliding slot, realize the adjustment of the distance between first extrusion roller and second extrusion roller, satisfy the processing demand of different specifications worm shaft. In the adjustment process, first spiral bevel gear and spline shaft are slidably connected through the bar slot, to ensure that second extrusion roller can still receive power through gear meshing after displacement. The mechanism of cooperating second mounting rod directly driving first extrusion roller is realized, two rollers are synchronously counter-rotated, the influence of adjustment gap on transmission stability is eliminated, the combination of dynamic adjustment and continuous power transmission makes the device adapt to multi-specification workpieces while maintaining the stability of cold extrusion process.

The utility model relates to a gear injection molding demoulding mechanism in the technical field of demoulding devices. The lower mold comprises a fixed mold plate, a plurality of helical tooth shaping cavities are formed in the upper end of the fixed mold plate, and a demolding device is installed in the middle of the fixed mold plate. After injection molding of the bevel gear is completed, a motor is started to drive a reciprocating lead screw to rotate, and a spiral groove in the lower end of the reciprocating lead screw is matched with a first lead screw nut to drive a second fixing plate to move downwards, so that a shaft rod synchronously moves downwards, and the upper end of the shaft rod is conveniently separated from a middle hole of the bevel gear; a spiral groove in the upper end of a reciprocating lead screw is matched with a second lead screw nut to drive a third fixing plate to move upwards, a connecting plate is matched with a connecting ring to push a connecting block upwards, a sliding block synchronously slides in a groove cavity of an inclined groove to drive the connecting block to rotate, and a pushing block rotates while pushing a bevel gear upwards; and the bevel gear can be conveniently separated from a cavity body of the bevel gear shaping cavity, so that teeth of the bevel gear are protected, and the teeth are prevented from being damaged.