Integrated device for heat treatment and feeding of rocker arm blanks

Abstract

The invention discloses an integrated device for heat treatment and feeding of rocker arm blanks, comprising: a transport bracket, a concave cleaning box, a pair of handling structures, a grinding and polishing structure and a heat treatment structure. The invention relates to the field of rocker arm production technology, and uses a rotating cleaning roller brush and a grinding roller, combined with a magnetic transmission technology, to achieve high-speed rotating extrusion cleaning and grinding and polishing of the rocker arm blank, effectively removing dust, oil stains and rust on the surface; the heat treatment structure is used to accurately control the temperature of the rocker arm blank to ensure that it is heated and kept warm within a certain temperature range, thereby improving the performance of the material; a stirring cooling system and a rotating water flow in a vertical direction are used to achieve rapid and uniform cooling of the rocker arm blank, thereby avoiding quality problems caused by uneven cooling.

Description

Technical Field

[0001] The invention relates to the technical field of rocker arm production, in particular to a device integrating heat treatment and feeding of a rocker arm blank. Background Art

[0002] Heat treatment is a metal hot processing technology that changes the chemical composition and structure of the surface or inside of the material by heating, keeping warm and cooling the material in the solid state, so as to obtain the desired properties. With the large-scale development of heat treatment technology, the requirements for the modernization of heat treatment equipment for metal materials are also increasing. However, when processing larger-sized workpieces, it is very inconvenient to put them into the heat treatment furnace due to their heavy weight. At the same time, after the heat treatment, the workpiece needs to be taken out manually or by forklift and put into the coolant for cooling. The whole process relies on manual operation, which not only consumes a lot of labor and cannot be automated, but also greatly reduces work efficiency. In addition, the traditional heat treatment furnace also consumes a lot of energy when the workpiece is put in and taken out. Therefore, people began to design a new type of automated heat treatment equipment.

[0003] However, the prior art still has the following deficiencies: on the one hand, the existing automated heat treatment equipment has a complex internal structure and runs slowly, which is not only costly but also difficult to repair when a failure occurs, and has poor practicality; on the other hand, metal materials are prone to deformation during the heat treatment process, which makes it easy for them to slip out from between the clamping devices on the processing platform, further affecting the heat treatment effect and the reliability of the equipment. In view of the above problems, the present invention proposes an integrated heat treatment and feeding device for rocker arm blanks. Summary of the invention

[0004] The technical solution of the present invention to achieve the above-mentioned purpose is: an integrated device for heat treatment and feeding of rocker arm blanks, comprising: a transport bracket, a concave cleaning box, a pair of transport structures, a grinding and polishing structure and a heat treatment structure, wherein the transport bracket is installed on the concave cleaning box, and the pair of the transport structures, the grinding and polishing structure and the heat treatment structure are installed on the transport bracket;

[0005] The grinding and polishing structure comprises: two pairs of grinding and polishing screw modules, a pair of circular grinding support blocks, a plurality of cleaning roller brushes, a plurality of cleaning limit telescopic shafts, a plurality of cleaning limit bearing blocks, a plurality of cleaning limit set springs, a plurality of cleaning rotating discs, a plurality of cleaning drive shafts, a plurality of cleaning rotating drive discs, four pairs of cleaning drive gear sets, four pairs of cleaning drive machines, a plurality of cleaning conductive magnets and a rotating grinding assembly;

[0006] The two pairs of grinding and polishing screw modules are respectively installed in parallel on the inner side of the concave cleaning box, a pair of the circular grinding support blocks are respectively installed on the moving ends of the two pairs of grinding and polishing screw modules, a pair of the circular grinding support blocks are respectively provided with a plurality of telescopic limit bearing grooves, a plurality of cleaning limit bearing blocks are respectively movably inserted in the inner sides of a plurality of telescopic limit bearing grooves, a plurality of cleaning limit telescopic shafts are respectively movably inserted in the inner sides of a plurality of telescopic limit bearing grooves, and a plurality of cleaning limit telescopic shafts are respectively movably inserted in a plurality of cleaning limit bearing blocks, a plurality of cleaning roller brushes are respectively inserted in a plurality of cleaning limit bearing blocks, and a plurality of cleaning rotating circles are respectively The disks are respectively installed on several of the cleaning roller brushes, several of the cleaning drive shafts are respectively and evenly installed on a pair of the circular grinding support blocks, and several of the cleaning drive shafts are located between several of the telescopic limit bearing grooves, several of the cleaning rotating drive disks are respectively installed on several of the cleaning drive shafts, four pairs of the cleaning drive gear sets are respectively installed on several of the cleaning drive shafts, four pairs of the cleaning drive motor driving ends are respectively connected to the four pairs of the cleaning drive gear sets, several of the cleaning conduction magnets are respectively installed on several of the cleaning rotating drive disks and several of the cleaning rotating disks, and the rotary grinding assembly is installed on the inner side of a pair of the circular grinding support blocks.

[0007] Preferably, the rotary grinding assembly comprises: two pairs of concave annular stop blocks, two pairs of convex annular stop blocks, a pair of annular grinding support tubes, a pair of set annular racks, a pair of grinding angle drivers, a pair of grinding angle gears, a pair of convex inner expansion blocks, a pair of inner expansion magnets, a pair of inner expansion electromagnets, a pair of concave grinding blocks, a pair of grinding rollers and a pair of grinding drivers;

[0008] The two pairs of concave circular ring limit blocks are respectively installed on the inner sides of a pair of circular grinding support blocks, the two pairs of convex circular ring limit blocks are respectively installed on the outer sides of a pair of circular grinding support tubes, and the two pairs of convex circular ring limit blocks are respectively movably inserted on the inner sides of the two pairs of concave circular ring limit blocks, a pair of set circular ring racks are respectively installed on a pair of circular grinding support tubes, a pair of grinding angle driving machines are respectively installed on the inner sides of a pair of circular grinding support blocks, a pair of grinding angle gears are respectively installed on the driving ends of a pair of grinding angle driving machines, and a pair of grinding angle gears are respectively connected to a pair of The gears of the set annular racks are meshed, a pair of convex inner expansion grooves are respectively opened on a pair of the annular grinding support tubes, a pair of the convex inner expansion blocks are respectively movably inserted into the inner sides of the pair of convex inner expansion grooves, a pair of the inner expansion magnets are respectively installed on a pair of the convex inner expansion blocks, a pair of the inner expansion electromagnets are respectively installed on the inner sides of the pair of convex inner expansion grooves, a pair of the concave grinding blocks are respectively installed on a pair of the convex inner expansion blocks, a pair of the grinding rollers are respectively installed on a pair of the concave grinding blocks, and a pair of the grinding drive motor driving ends are respectively connected to the pair of the grinding rollers.

[0009] Preferably, the heat treatment structure comprises: a heat treatment box, a plurality of industrial hydraulic lifting sealing doors, a coiled inductive heater, a plurality of trumpet-shaped one-way limit blocks, a plurality of roller-type conveyors, an L-shaped heat drainage pipe, a pair of toothed heating drainage pipes, a toothed inflation pipe, an air pump, a U-shaped reflux pipe, a plurality of diverter plates, a plurality of arc drainage plates and a cooling assembly;

[0010] The heat treatment box is installed on the transport bracket, several industrial hydraulic lifting sealing doors are evenly installed on the inner side of the heat treatment box, the coiled inductive heater is installed on the inner side of the heat treatment box, several trumpet-shaped one-way limit blocks are respectively installed on several industrial hydraulic lifting sealing doors, several roller-type conveyors are evenly installed on the inner side of the heat treatment box, a pair of the toothed heating drainage pipes are respectively inserted on the inner side of several roller-type conveyors through bearings, the toothed inflation pipe is inserted on the heat treatment box, and the The toothed inflation tube is connected to the toothed heating drainage tube, the L-shaped heat drainage tube is connected to another toothed heating drainage tube, and the L-shaped heat drainage tube is connected to the heat treatment box, the vacuum pump is installed on the heat treatment box, and the vacuum pump is located between the coiled induction heaters, the U-shaped return pipe is inserted into the heat treatment box, a number of the diverter plates are evenly installed on the inner side of the heat treatment box, a number of the circular arc drainage plates are respectively installed on a number of the diverter plates, and the cooling assembly is installed on the inner side of the heat treatment box.

[0011] Preferably, the cooling assembly comprises: a concave cooling plug-in box, a plate cooler, a radiator, a plurality of L-shaped drainage pipes, a plurality of semicircular plates, a plurality of arc plates, a plurality of stirring cooling shafts, a plurality of stirring blades, a stirring cooling drive motor and a stirring cooling gear set;

[0012] The concave cooling plug-in box is inserted on the side wall of the heat treatment box, the plate cooler is evenly installed on the inner side of the heat treatment box, the radiator is installed on the transport bracket, a number of L-shaped drainage pipes are evenly installed on the inner side of the concave cooling plug-in box, a number of semicircular sheets are evenly installed on the inner side of the concave cooling plug-in box, a number of inner sides of the arc sheets are respectively installed on a number of the semicircular sheets, a number of stirring cooling shafts are respectively movably inserted on a number of the L-shaped drainage pipes and the concave cooling plug-in box, a number of the stirring blades are respectively installed on a number of the stirring cooling shafts, the stirring cooling gear set is sleeved on a number of the stirring cooling shafts, and the driving end of the stirring cooling driving motor is connected to the stirring cooling gear set.

[0013] Preferably, the transport structure comprises: a transport vertical and horizontal screw module, a vertical and horizontal moving plate, a lifting winch unit, a clamping lifting plate, two pairs of L-shaped clamping blocks, two pairs of bidirectional electric push rods, two pairs of arc extrusion rubber rings and an auxiliary adsorption component;

[0014] The transporting vertical and horizontal screw module is installed on the transport bracket, the vertical and horizontal movable plate is installed on the movable end of the transporting vertical and horizontal screw module, the lifting winch unit is installed on the vertical and horizontal movable plate, the clamping lifting plate is installed on the lifting winch unit, and a pair of horizontal telescopic clamping grooves are opened on the clamping lifting plate, and the two pairs of bidirectional electric push rods are respectively installed on the inner sides of a pair of horizontal telescopic clamping grooves, and the two pairs of L-shaped clamping blocks are respectively movably inserted in parallel on the inner sides of a pair of horizontal telescopic clamping grooves, and the two pairs of L-shaped clamping blocks are respectively connected to the pushing ends of the two pairs of bidirectional electric push rods, and the two pairs of arc extrusion rubber rings are respectively installed on the two pairs of L-shaped clamping blocks, and the auxiliary adsorption component is installed on the clamping lifting plate.

[0015] Preferably, the auxiliary adsorption assembly comprises: a plurality of concave negative pressure shaft tubes, a plurality of negative pressure threaded rods, a plurality of negative pressure threaded tubes, a plurality of negative pressure adsorption plates, arc vertical extrusion rubber rings, a plurality of set negative pressure gears, a plurality of negative pressure racks, a negative pressure slideway, a negative pressure slider, a negative pressure magnet and a negative pressure bidirectional electromagnet;

[0016] Several of the concave negative pressure shaft tubes are evenly inserted on the clamping lifting plate through bearings, several of the negative pressure threaded tubes are respectively inserted on the several of the concave negative pressure shaft tubes through bearings, the arc vertical extrusion rubber ring is installed on the clamping lifting plate, several of the set negative pressure gears are respectively set on several of the negative pressure threaded tubes, several of the negative pressure threaded rods are respectively movably inserted on the inner sides of several of the negative pressure threaded tubes, several of the negative pressure adsorption plates are respectively movably inserted on the inner sides of several of the concave negative pressure shaft tubes, and several of the negative pressure adsorption plates are respectively connected to several of the negative pressure threaded rods, the negative pressure slideway is installed on the clamping lifting plate, the negative pressure slider is movably inserted on the inner side of the negative pressure slideway, several of the negative pressure racks are installed on the negative pressure slider, and several of the negative pressure racks are meshed with several of the set negative pressure gears, the negative pressure magnet is installed on the negative pressure slider, and the negative pressure bidirectional electromagnet is installed on the inner side of the negative pressure slideway.

[0017] Preferably, a plurality of lifting and lowering adjustment hydraulic push rods are arranged inside the concave cleaning box and the concave cooling plug-in box, and a pair of gear-mounted lifting and lowering support blocks are arranged on the plurality of lifting and lowering adjustment hydraulic push rods.

[0018] Preferably, a filter box is provided on the outside of the concave cleaning box, a pair of drainage filter tubes are provided on the filter box, the pair of drainage filter tubes are inserted on the concave cleaning box, and a liquid pump is provided on the drainage filter tubes.

[0019] Preferably, the filter box is provided with an inner filter box, and the inner filter box is provided with filter cotton.

[0020] Preferably, a circular limiting block is provided on the inner side of the filter box.

[0021] Compared with the prior art, the integrated device for heat treatment and feeding of rocker arm blanks manufactured by the technical solution of the present invention uses a rotating cleaning roller brush and a grinding roller, combined with magnetic transmission technology, to achieve high-speed rotary extrusion cleaning and grinding and polishing of the rocker arm blank, effectively removing dust, oil stains and rust on the surface; the rocker arm blank is precisely temperature controlled by a heat treatment structure to ensure that it is heated and kept warm within a certain temperature range, thereby improving the performance of the material; the stirring cooling system and the rotating water flow in the vertical direction are used to achieve rapid and uniform cooling of the rocker arm blank, thereby avoiding cooling. Quality problems caused by unevenness; stable clamping of the rocker arm blank is achieved through the lifting winch unit and the two-way electric push rod, and the auxiliary adsorption component provides additional fixing effect, ensuring the accuracy of subsequent processing; advanced technologies such as magnetic gear transmission, induction heating, and gas circulation drainage are used to improve transmission efficiency, heating effect and energy utilization; the entire processing process is divided into multiple modules, each module is responsible for different processing steps, and this design improves the flexibility and maintainability of the production line; the entire processing process is highly automated, which reduces manual intervention and improves production efficiency and product quality. BRIEF DESCRIPTION OF THE DRAWINGS

[0022] Figure 1 It is a schematic front and cross-sectional view of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0023] Figure 2 It is a right side cross-sectional schematic diagram of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0024] Figure 3 It is a top view and a cross-sectional schematic diagram of the integrated device for heat treatment and feeding of the rocker arm blank of the present invention.

[0025] Figure 4 It is a left side cross-sectional schematic diagram of the integrated device for heat treatment and feeding of rocker arm blanks according to the present invention.

[0026] Figure 5 It is a left side cross-sectional schematic diagram of the heat treatment structure of the integrated device for heat treatment and feeding of rocker arm blanks according to the present invention.

[0027] Figure 6 It is a right side cross-sectional schematic diagram of the heat treatment structure of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0028] Figure 7 It is a schematic diagram of the front and cross-sectional view of the grinding and polishing structure of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0029] Figure 8It is a schematic diagram of the front and cross-section of the heat treatment structure of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0030] Fig. 9 It is a schematic diagram of the front and cross-section of the cooling assembly of the integrated device for heat treatment and feeding of the rocker arm blank described in the present invention.

[0031] Fig.10 It is a top view and cross-sectional schematic diagram of the grinding and polishing structure of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0032] Fig.11 It is a top view and a cross-sectional schematic diagram of the heat treatment structure of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0033] Fig.12 It is a top view and cross-sectional schematic diagram of the cooling assembly of the integrated device for heat treatment and feeding of the rocker arm blank according to the present invention.

[0034] Fig.13 for Figure 4 A partial enlarged view of “A” in the figure.

[0035] Fig.14 for Figure 7 A partial enlarged view of "B".

[0036] Fig.15 for Figure 7 A partial enlarged view of "C" in the figure.

[0037] Fig.16 for Figure 7 A partial enlarged view of "D" in the figure.

[0038] Fig.17 for Fig.10 A partial enlarged view of "E" in the figure.

[0039] In the figure: 1. Transport bracket; 2. Concave cleaning box; 3. Handling structure; 4. Grinding and polishing structure; 5. Heat treatment structure; 101. Grinding and polishing screw module; 102. Round grinding support block; 103. Cleaning roller brush; 104. Cleaning limit telescopic shaft; 105. Cleaning limit bearing block; 106. Cleaning limit set spring; 107. Cleaning rotating disc; 108. Cleaning drive shaft; 109. Cleaning rotating drive disc; 110. Cleaning drive gear set; 111. Cleaning drive machine; 112. Cleaning conductive magnet; 20 1. Concave ring stopper; 202. Convex ring stopper; 203. Ring grinding support tube; 204. Set ring rack; 205. Grinding angle driver; 206. Grinding angle gear; 207. Convex inner expansion block; 208. Inner expansion magnet; 209. Inner expansion electromagnet; 210. Concave grinding block; 211. Grinding roller; 212. Grinding driver; 301. Heat treatment box; 302. Industrial hydraulic lifting sealing door; 303. Coiled induction heater; 304. Trumpet-shaped one-way stopper; 305. Roller Cylinder conveyor; 306, L-shaped heat drainage pipe; 307, gear-mounted heating drainage pipe; 308, gear-mounted inflation pipe; 309, vacuum pump; 310, U-shaped return pipe; 311, diverter plate; 312, arc drainage plate; 401, concave cooling plug-in box; 402, plate cooler; 403, radiator; 404, L-shaped drainage pipe; 405, semicircular plate; 406, arc plate; 407, stirring cooling shaft; 408, stirring blade; 409, stirring cooling drive machine; 410, stirring cooling gear set; 501, transport vertically and horizontally Screw module; 502, vertical and horizontal moving plate; 503, lifting winch unit; 504, clamping lifting plate; 505, L-shaped clamping block; 506, bidirectional electric push rod; 507, arc extrusion rubber ring; 601, concave negative pressure shaft tube; 602, negative pressure threaded rod; 603, negative pressure threaded tube; 604, negative pressure adsorption plate; 605, arc vertical extrusion rubber ring; 606, set negative pressure gear; 607, negative pressure rack; 608, negative pressure slideway; 609, negative pressure slider; 610, negative pressure magnet; 611, negative pressure bidirectional electromagnet. DETAILED DESCRIPTION

[0040] Through the personnel in this field, all the electrical components in this case are connected to their corresponding power supplies through wires, and a suitable controller should be selected according to the actual situation to meet the control requirements. The specific connection and control sequence should refer to the following working principle, and the electrical connection between the electrical components is completed in the order of working in sequence. The detailed connection means are well-known technologies in this field. The following mainly introduces the working principle and process, and no longer explains the electrical control.

[0041] like Figure 1-17As shown, the transport bracket 1 is installed on the concave cleaning box 2, and a pair of the transport structures 3, the grinding and polishing structure 4 and the heat treatment structure 5 are installed on the transport bracket 1;

[0042] Specifically, the grinding and polishing structure 4 includes: two pairs of grinding and polishing screw modules 101, a pair of round grinding support blocks 102, a plurality of cleaning roller brushes 103, a plurality of cleaning limit telescopic shafts 104, a plurality of cleaning limit bearing blocks 105, a plurality of cleaning limit set springs 106, a plurality of cleaning rotating discs 107, a plurality of cleaning drive shafts 108, a plurality of cleaning rotating drive discs 109, four pairs of cleaning drive gear sets 110, four pairs of cleaning drive machines 111, a plurality of cleaning conductive magnets 112 and a rotating grinding component;

[0043] Specifically, the two pairs of grinding and polishing screw modules 101 are respectively installed in parallel on the inner sides of the concave cleaning box 2, a pair of the circular grinding support blocks 102 are respectively installed on the moving ends of the two pairs of grinding and polishing screw modules 101, a pair of the circular grinding support blocks 102 are respectively provided with a plurality of telescopic limit bearing grooves, a plurality of cleaning limit bearing blocks 105 are respectively movably inserted in the inner sides of the plurality of telescopic limit bearing grooves, a plurality of cleaning limit telescopic shafts 104 are respectively movably inserted in the inner sides of the plurality of telescopic limit bearing grooves, and a plurality of cleaning limit telescopic shafts 104 are respectively movably inserted in the plurality of cleaning limit bearing blocks 105, a plurality of cleaning roller brushes 103 are respectively inserted in the plurality of cleaning limit bearing blocks 105, and a plurality of cleaning rotating discs 107 are respectively The plurality of cleaning roller brushes 103 are respectively installed on the plurality of cleaning roller brushes 103, the plurality of cleaning drive shafts 108 are respectively and evenly installed on a pair of the circular grinding support blocks 102, and the plurality of cleaning drive shafts 108 are located between the plurality of telescopic limit bearing grooves, the plurality of cleaning rotating drive discs 109 are respectively installed on the plurality of cleaning drive shafts 108, the four pairs of cleaning drive gear sets 110 are respectively installed on the plurality of cleaning drive shafts 108, the driving ends of the four pairs of cleaning drive motors 111 are respectively connected to the four pairs of cleaning drive gear sets 110, the plurality of cleaning conductive magnets 112 are respectively installed on the plurality of cleaning rotating drive discs 109 and the plurality of cleaning rotating discs 107, and the rotary grinding assembly is installed on the inner side of a pair of the circular grinding support blocks 102;

[0044] It should be noted that, in the above, the rocker arm blank is stably and horizontally transported to the grinding and polishing structure 4 by the transport structure 3 on the transport bracket 1, and the rocker arm blank is polished and ground, and the cleaned rocker arm blank is transported to the heat treatment structure 5 by the transport structure 3, and the rocker arm blank is heat-treated by the heat treatment structure 5, and then quickly cooled and hardened by the cooling component in the heat treatment structure 5, and the gear-mounted lifting support block on the pushing end is driven to stably lift and lower by the operation of a plurality of lifting and lowering adjustment hydraulic push rods, and the gear-mounted lifting support block on the pushing end is driven to stably lift and lower by the gear-mounted lifting support block. The lifting support block supports the rocker arm blank, so as to achieve the stable lifting of the rocker arm blank, so as to achieve the rocker arm blank being lowered to the inner side of a pair of round-shaped grinding support blocks 102, and firstly, a plurality of cleaning roller brushes 103 are used to relatively squeeze and retract the rocker arm blank, and the cleaning roller brush 103 is subjected to the reaction force of the rocker arm blank, so that the cleaning roller brush 103 drives a pair of cleaning limit bearing blocks 105 thereon to retract along a pair of cleaning limit telescopic shafts 104 respectively, and at the same time, the cleaning limit set spring 106 is used to The cleaning limit bearing block 105 is squeezed, so that the cleaning limit bearing block 105 is telescoped along the cleaning limit telescopic shaft 104, and the rocker arm blank is squeezed by the cleaning roller brush 103 on the cleaning limit bearing block 105, and the cleaning driving machine 111 is operated to drive the cleaning driving gear set 110 thereon to rotate, and the cleaning driving gear set 110 drives the several cleaning driving shafts 108 therein to rotate, and the cleaning rotating driving discs 109 thereon are respectively driven to rotate by the several cleaning driving shafts 108, and the cleaning conduction magnets 112 on the several cleaning rotating driving discs 109 are respectively magnetically driven to rotate. Because it is magnetic conduction, the driving problem will not occur due to the movement of the cleaning rotating disc 107 by the cleaning roller brush 103. Through magnetic conduction, as long as the cleaning transmission magnets are partially relatively parallel, magnetic drive transmission rotation can be performed. The magnetic gear uses the attraction and repulsion between the magnetic poles as the driving force, and realizes the non-contact transmission of power through the action of the magnetic field. This transmission method avoids direct contact between traditional mechanical gears, thereby reducing friction, wear and noise, and improving transmission efficiency and reliability. When the inner rotor (active rotor) rotates, the permanent magnets on it generate an alternating magnetic field. This magnetic field passes through the air gap and acts on the permanent magnets on the outer rotor (driven rotor); the permanent magnets on the inner rotor and the outer rotor interact through the magnetic field to generate attractive and repulsive forces. These forces are transmitted through the air gap to drive the outer rotor to rotate, thereby realizing non-contact transmission of power; the modulator (such as a ferromagnetic segment or a modulation ring) is located between the inner rotor and the outer rotor. Its function is to adjust the magnetic field so that the magnetic field can be better transmitted between the inner and outer rotors, thereby improving transmission efficiency and torque density. The rotating cleaning rotating disc 107 drives the cleaning roller brush 103 on it to rotate, thereby achieving high-speed rotation and extrusion cleaning of the rocker arm blank.

[0045] like Figure 1-17 As shown, the rotary grinding assembly includes: two pairs of concave annular limit blocks 201, two pairs of convex annular limit blocks 202, a pair of annular grinding support tubes 203, a pair of set annular racks 204, a pair of grinding angle drivers 205, a pair of grinding angle gears 206, a pair of convex inner expansion blocks 207, a pair of inner expansion magnets 208, a pair of inner expansion electromagnets 209, a pair of concave grinding blocks 210, a pair of grinding rollers 211 and a pair of grinding drivers 212;

[0046] Specifically, the two pairs of concave circular limit blocks 201 are respectively installed on the inner sides of a pair of circular grinding support blocks 102, the two pairs of convex circular limit blocks 202 are respectively installed on the outer sides of a pair of circular grinding support tubes 203, and the two pairs of convex circular limit blocks 202 are respectively movably inserted into the inner sides of the two pairs of concave circular limit blocks 201, a pair of set circular racks 204 are respectively installed on a pair of circular grinding support tubes 203, a pair of grinding angle driving machines 205 are respectively installed on the inner sides of a pair of circular grinding support blocks 102, a pair of grinding angle gears 206 are respectively installed on the driving ends of a pair of grinding angle driving machines 205, and a pair of grinding angle gears 206 are respectively installed on the driving ends of a pair of grinding angle driving machines 205. The gears are meshed with the pair of set annular racks 204, a pair of annular grinding support tubes 203 are respectively provided with a pair of convex inner expansion grooves, a pair of convex inner expansion blocks 207 are respectively movably inserted into the inner sides of the pair of convex inner expansion grooves, a pair of inner expansion magnets 208 are respectively installed on the pair of convex inner expansion blocks 207, a pair of inner expansion electromagnets 209 are respectively installed on the inner sides of the pair of convex inner expansion grooves, a pair of concave grinding blocks 210 are respectively installed on the pair of convex inner expansion blocks 207, a pair of grinding rollers 211 are respectively installed on the pair of concave grinding blocks 210, and a pair of driving ends of grinding drivers 212 are respectively connected to the pair of grinding rollers 211;

[0047] It should be noted that, in the above, a pair of grinding angle driving machines 205 are operated to respectively drive the grinding angle gear 206 on the driving end to rotate, and the set annular rack 204 meshing with the gear is driven to rotate through the grinding angle magnet, and the annular grinding support tube 203 thereon is driven through the set annular rack 204, so that the annular grinding support tube 203 drives a pair of convex annular limit blocks 202 thereon, so that the pair of convex annular limit blocks 202 rotate stably along the inner side of the concave annular limit block 201, thereby driving the convex inner expansion block 207 on the inner side of the annular grinding support tube 203, and energizing the inner expansion electromagnet 209. The inner expansion electromagnet 209 magnetically repels the inner expansion magnet 208, and the inner expansion magnet 208 drives the convex inner expansion block 207 thereon, so that the convex inner expansion block 207 is extended and retracted along the inner side of the circular grinding support tube 203, and the convex inner expansion block 207 drives the concave grinding block 210 thereon, and the grinding drive motor 212 is operated to drive the grinding roller 211 on the concave grinding block 210 to rotate, and through the rotating grinding roller 211, vertical magnetic repulsion and extension, and high-speed rotation in the vertical direction, the rocker arm blank is polished, thereby cleaning the dust, oil stains, rust, etc. on the surface of the steel beam.

[0048] like Figure 1-17 As shown, the heat treatment structure 5 includes: a heat treatment box 301, a plurality of industrial hydraulic lifting sealing doors 302, a coiled inductive heater 303, a plurality of trumpet-shaped one-way limit blocks 304, a plurality of roller-type conveyors 305, an L-shaped heat drainage pipe 306, a pair of toothed heating drainage pipes 307, a toothed inflation pipe 308, an air pump 309, a U-shaped return pipe 310, a plurality of diverter plates 311, a plurality of arc drainage plates 312 and a cooling assembly;

[0049] Specifically, the heat treatment box 301 is installed on the transport bracket 1, a plurality of the industrial hydraulic lifting sealing doors 302 are evenly installed on the inner side of the heat treatment box 301, the coiled inductive heater 303 is installed on the inner side of the heat treatment box 301, a plurality of the trumpet-shaped one-way limit blocks 304 are respectively installed on a plurality of the industrial hydraulic lifting sealing doors 302, a plurality of the roller-type conveyors 305 are evenly installed on the inner side of the heat treatment box 301, a pair of the toothed heating drainage pipes 307 are respectively inserted on the inner sides of a plurality of the roller-type conveyors 305 through bearings, the toothed inflation pipe 308 is inserted on the heat treatment box 301, and the toothed inflation pipe 308 is inserted on the heat treatment box 301. The tube 308 is connected to the toothed heating and drainage tube 307, the L-shaped heat drainage tube 306 is connected to another toothed heating and drainage tube 307, and the L-shaped heat drainage tube 306 is connected to the heat treatment box 301, the air pump 309 is installed on the heat treatment box 301, and the air pump 309 is located between the coiled induction heaters 303, the U-shaped return pipe 310 is inserted into the heat treatment box 301, a plurality of the diverter sheets 311 are evenly installed on the inner side of the heat treatment box 301, a plurality of the arc drainage sheets 312 are respectively installed on a plurality of the diverter sheets 311, and the cooling assembly is installed on the inner side of the heat treatment box 301;

[0050] It should be noted that, in the above, the polished and cleaned rocker arm blank is transported to the inner side of the heat treatment box 301 by the conveying structure 3, and at the same time, a number of industrial hydraulic lifting and sealing doors 302 are operated to divide the heat treatment box 301 into a number of sealed spaces, and a number of roller conveyors 305 transport the rocker arm in a stable horizontal manner, and the rocker arm blank is inductively heated by the coiled inductive heater 303, and at the same time, the heat generated by the operation of the coiled inductive heater 303 between a pair of industrial hydraulic lifting and sealing doors 302 is drained to the inner side of the gear-mounted heating drainage pipe 307 by the gear-mounted heating drainage pipe 307, and the high-temperature gas is drained to the inner side of the number of roller conveyors 305 by another gear-mounted heating pipe 307. The heat drainage pipe 307 drains the high-temperature gas to the gear-mounted inflation pipe 308, and then drains it to the inner side of the heat treatment box 301 through the gear-mounted inflation pipe 308. The gas is drained through the gear-mounted inflation pipe 308 and separated and drained upward through a number of diverter plates 311. At the same time, the gas is pumped and rotated through a number of arc drainage plates 312 on the diverter plates 311, so as to generate a number of sections of high-temperature and high-speed airflow rotating in the vertical direction inside the heat treatment box 301, thereby achieving high-speed rotating airflow, and stably controlling the temperature of the rocker arm blank. At the same time, the air after heat dissipation is drained back to the inner side of the coiled induction heater 303 through the U-shaped return pipe 310, so as to achieve gas circulation drainage heating, thereby ensuring that the rocker arm is limited within a certain temperature range after heating.

[0051] like Figure 1-17 As shown, the cooling assembly includes: a concave cooling plug-in box 401, a plate cooler 402, a radiator 403, a plurality of L-shaped drainage pipes 404, a plurality of semicircular sheets 405, a plurality of arc sheets 406, a plurality of stirring cooling shafts 407, a plurality of stirring blades 408, a stirring cooling driving machine 409 and a stirring cooling gear set 410;

[0052] Specifically, the concave cooling plug box 401 is inserted into the side wall of the heat treatment box 301, the plate cooler 402 is evenly installed on the inner side of the heat treatment box 301, the radiator 403 is installed on the transport bracket 1, a plurality of L-shaped drainage pipes 404 are evenly installed on the inner side of the concave cooling plug box 401, a plurality of semicircular sheets 405 are evenly installed on the inner side of the concave cooling plug box 401, and a plurality of arc sheets 406 are evenly installed on the inner side of the concave cooling plug box 401. The sides are respectively installed on several of the semicircular sheets 405, several of the stirring cooling shafts 407 are respectively movably inserted on several of the L-shaped drainage pipes 404 and the concave cooling insertion box 401, several of the stirring blades 408 are respectively installed on several of the stirring cooling shafts 407, the stirring cooling gear set 410 is sleeved on several of the stirring cooling shafts 407, and the driving end of the stirring cooling driving machine 409 is connected to the stirring cooling gear set 410;

[0053] It should be noted that, in the above, similarly, by the cooperation of the lifting and adjusting hydraulic push rod and the gear-mounted lifting support block, the rocker arm blank that has been heated and kept warm for a certain period of time can be quickly cooled, the oil inside the concave cooling plug-in box 401 is cooled by the plate cooler 402, and the heat absorbed by the plate cooler 402 is quickly dissipated through the radiator 403, and the stirring cooling drive motor 409 is driven to drive the stirring cooling gear set 410 on the driving end of the stirring cooling drive motor 409 to operate, and drive the several stirring cooling shafts 407 inside the stirring cooling gear set 410 to rotate, and the stirring shafts 407 are respectively driven to drive the stirring The blades 408, through the rotation of a plurality of stirring blades 408, drain the liquid at the top of the L-shaped drainage tube 404 to the bottom of the L-shaped drainage tube 404 and discharge it, thereby producing a vertical downward drainage effect. Through the cooperation of a plurality of semicircular pieces 405 and a plurality of arc pieces 406, the water flow drained from the L-shaped drainage tube 404 is diverted and drained upward. At the same time, the upward water flow is rotated by a plurality of arc pieces 406, thereby producing a rotating water flow in a vertical direction, thereby achieving a rapid cooling effect and avoiding the phenomenon of uneven cooling. At the same time, the flowing liquid flows through the plate cooler 402, thereby achieving a rapid cooling effect.

[0054] like Figure 1-17 As shown, the transport structure 3 includes: a transport vertical and horizontal screw module 501, a vertical and horizontal moving plate 502, a lifting winch unit 503, a clamping lifting plate 504, two pairs of L-shaped clamping blocks 505, two pairs of bidirectional electric push rods 506, two pairs of arc extrusion rubber rings 507 and an auxiliary adsorption component;

[0055] Specifically, the conveying longitudinal and transverse screw module 501 is installed on the transport bracket 1, the longitudinal and transverse movable plate 502 is installed on the moving end of the conveying longitudinal and transverse screw module 501, the lifting and hoisting unit 503 is installed on the longitudinal and transverse movable plate 502, the clamping and lifting plate 504 is installed on the lifting and hoisting unit 503, a pair of horizontal telescopic clamping grooves are opened on the clamping and lifting plate 504, two pairs of the two-way electric push rods 506 are respectively installed on the inner sides of a pair of horizontal telescopic clamping grooves, two pairs of the L-shaped clamping blocks 505 are respectively movably inserted in parallel on the inner sides of a pair of horizontal telescopic clamping grooves, and the two pairs of the L-shaped clamping blocks 505 are respectively connected to the pushing ends of the two pairs of the two-way electric push rods 506, two pairs of the arc extrusion rubber rings 507 are respectively installed on the two pairs of the L-shaped clamping blocks 505, and the auxiliary adsorption component is installed on the clamping and lifting plate 504;

[0056] It should be noted that, in the above, the vertical and horizontal moving plate 502 thereon is driven to move in the vertical and horizontal directions by the vertical and horizontal moving plate 502, and the lifting and hoisting unit 503 thereon is driven by the vertical and horizontal moving plate 502, and the clamping and lifting plate 504 thereon is driven to be stably lifted and lowered by the lifting and hoisting unit 503, and the two pairs of bidirectional electric push rods 506 on the clamping and lifting plate 504 are operated to extend and retract the two pairs of L-shaped clamping blocks 505 along the inner side of the clamping and lifting blocks, so that the two pairs of L-shaped clamping blocks 505 are relatively contracted to clamp the rocker arm blank, and at the same time, the auxiliary adsorption component is used for secondary adsorption and fixation.

[0057] like Figure 1-17 As shown, the auxiliary adsorption assembly includes: a plurality of concave negative pressure shaft tubes 601, a plurality of negative pressure threaded rods 602, a plurality of negative pressure threaded tubes 603, a plurality of negative pressure adsorption plates 604, an arc vertical extrusion rubber ring 605, a plurality of set negative pressure gears 606, a plurality of negative pressure racks 607, a negative pressure slideway 608, a negative pressure slider 609, a negative pressure magnet 610 and a negative pressure bidirectional electromagnet 611;

[0058] Specifically, a plurality of the concave negative pressure shaft tubes 601 are evenly inserted on the clamping lifting plate 504 through bearings, a plurality of the negative pressure threaded tubes 603 are respectively inserted on the plurality of the concave negative pressure shaft tubes 601 through bearings, the arc vertical extrusion rubber ring 605 is installed on the clamping lifting plate 504, a plurality of the set negative pressure gears 606 are respectively set on the plurality of the negative pressure threaded tubes 603, a plurality of the negative pressure threaded rods 602 are respectively movably inserted on the inner sides of the plurality of the negative pressure threaded tubes 603, a plurality of the negative pressure adsorption plates 604 are respectively movably inserted on the plurality of the concave negative pressure The inner side of the shaft tube 601, and the plurality of negative pressure adsorption plates 604 are respectively connected to the plurality of negative pressure threaded rods 602, the negative pressure slideway 608 is installed on the clamping lifting plate 504, the negative pressure slider 609 is movably inserted on the inner side of the negative pressure slideway 608, the plurality of negative pressure racks 607 are installed on the negative pressure slider 609, and the plurality of negative pressure racks 607 are meshed with the plurality of negative pressure gears 606, the negative pressure magnet 610 is installed on the negative pressure slider 609, and the negative pressure bidirectional electromagnet 611 is installed on the inner side of the negative pressure slideway 608;

[0059] It should be noted that, in the above, the lifting and lowering of the clamping lifting plate 504 is achieved to vertically extrude the rocker arm blank (gravity extrusion), so that the circular arc on the clamping lifting plate 504 vertically extrude the rocker arm blank of the rubber ring 605, and the negative pressure bidirectional electromagnet 611 on the inner side of the negative pressure slide 608 is energized, and the negative pressure magnet 610 is magnetically adsorbed by the negative pressure bidirectional electromagnet 611, and the negative pressure slider 609 on it is driven by the negative pressure magnet 610, so that the negative pressure slider 609 is extended and retracted along the inner side of the negative pressure slide 608, and different magnetic fields are generated by the different current flows on the negative pressure bidirectional electromagnet 611. At the same time, the negative pressure slider 609 drives several negative pressure racks 607 thereon to extend and retract, and several negative pressure racks 607 respectively drive the set negative pressure gears 606 meshing with the gears thereon to rotate, and several set negative pressure gears 606 respectively drive the negative pressure threaded tube 603 thereon to rotate, so that the negative pressure threaded tube 603 rotates along the inner side of the concave negative pressure shaft tube 601, and at the same time, the negative pressure threaded tube 603 drives the negative pressure threaded rod 602 thereon, and the negative pressure adsorption plate 604 thereon is driven to rotate and rise and fall through the negative pressure threaded rod 602, thereby changing the pressure on the inner side of the concave negative pressure shaft tube 601, thereby achieving negative pressure adsorption or high-pressure disassembly.

[0060] As a preferred solution, further, a plurality of lifting and lowering adjustment hydraulic push rods are arranged inside the concave cleaning box 2 and the concave cooling plug-in box 401, and a pair of gear-mounted lifting support blocks are arranged on the plurality of lifting and lowering adjustment hydraulic push rods.

[0061] As a preferred solution, further, a filter box is provided on the outside of the concave cleaning box 2, a pair of drainage filter tubes are provided on the filter box, the pair of drainage filter tubes are inserted on the concave cleaning box 2, and a liquid pump is provided on the drainage filter tubes.

[0062] As a preferred solution, further, the filter box is provided with an inner filter box, and the inner filter box is provided with filter cotton.

[0063] As a preferred solution, further, a circular limiting block is provided on the inner side of the filter box.

[0064] The above technical solutions only reflect the preferred technical solutions of the technical solutions of the present invention. Some changes that may be made to certain parts thereof by technicians in this technical field all reflect the principles of the present invention and fall within the protection scope of the present invention.

Claims

1. The integrated device for heat treatment and feeding of rocker arm blanks includes: A transport bracket (1), a concave cleaning box (2), a pair of transport structures (3), a grinding and polishing structure (4) and a heat treatment structure (5), characterized in that the transport bracket (1) is mounted on the concave cleaning box (2), and the pair of transport structures (3), the grinding and polishing structure (4) and the heat treatment structure (5) are mounted on the transport bracket (1); The grinding and polishing structure (4) comprises: two pairs of grinding and polishing screw modules (101), a pair of circular grinding support blocks (102), a plurality of cleaning roller brushes (103), a plurality of cleaning limit telescopic shafts (104), a plurality of cleaning limit bearing blocks (105), a plurality of cleaning limit sleeve springs (106), a plurality of cleaning rotating discs (107), a plurality of cleaning drive shafts (108), a plurality of cleaning rotating drive discs (109), four pairs of cleaning drive gear sets (110), four pairs of cleaning drive machines (111), a plurality of cleaning conductive magnets (112) and a rotary grinding component; Two pairs of grinding and polishing screw modules (101) are respectively installed in parallel on the inner side of the concave cleaning box (2); a pair of circular grinding support blocks (102) are respectively installed on the movable ends of the two pairs of grinding and polishing screw modules (101); a pair of circular grinding support blocks (102) are respectively provided with a plurality of telescopic limit bearing grooves; a plurality of cleaning limit bearing blocks (105) are respectively movably inserted on the inner side of the plurality of telescopic limit bearing grooves; a plurality of cleaning limit telescopic shafts (104) are respectively movably inserted on the inner side of the plurality of telescopic limit bearing grooves; and a plurality of cleaning limit telescopic shafts (104) are respectively movably inserted on the plurality of cleaning limit bearing blocks (105); a plurality of cleaning roller brushes (103) are respectively inserted on the plurality of cleaning limit bearing blocks (105); and a plurality of cleaning rotating discs (107) are respectively installed on the plurality of cleaning roller brushes (103). On a plurality of the cleaning roller brushes (103), a plurality of the cleaning drive shafts (108) are evenly mounted on a pair of the circular grinding support blocks (102), and the plurality of the cleaning drive shafts (108) are located between a plurality of the telescopic limit bearing grooves, a plurality of the cleaning rotating drive discs (109) are mounted on a plurality of the cleaning drive shafts (108), four pairs of the cleaning drive gear sets (110) are mounted on a plurality of the cleaning drive shafts (108), the driving ends of the four pairs of the cleaning drive motors (111) are connected to the four pairs of the cleaning drive gear sets (110), a plurality of the cleaning conductive magnets (112) are mounted on a plurality of the cleaning rotating drive discs (109) and a plurality of the cleaning rotating discs (107), and the rotating grinding assembly is mounted on the inner side of a pair of the circular grinding support blocks (102); The rotary grinding assembly comprises: two pairs of concave annular limit blocks (201), two pairs of convex annular limit blocks (202), a pair of annular grinding support tubes (203), a pair of set annular racks (204), a pair of grinding angle driving machines (205), a pair of grinding angle gears (206), a pair of convex inner expansion blocks (207), a pair of inner expansion magnets (208), a pair of inner expansion electromagnets (209), a pair of concave grinding blocks (210), a pair of grinding rollers (211) and a pair of grinding driving machines (212); The two pairs of concave circular stop blocks (201) are respectively mounted on the inner sides of the pair of circular grinding support blocks (102); the two pairs of convex circular stop blocks (202) are respectively mounted on the outer sides of the pair of circular grinding support tubes (203); and the two pairs of convex circular stop blocks (202) are respectively movably inserted on the inner sides of the two pairs of concave circular stop blocks (201); a pair of set circular racks (204) are respectively mounted on the pair of circular grinding support tubes (203); a pair of grinding angle driving machines (205) are respectively mounted on the inner sides of the pair of circular grinding support blocks (102); a pair of grinding angle gears (206) are respectively mounted on the driving ends of the pair of grinding angle driving machines (205); and the pair of grinding angle gears (206) are respectively connected to the driving ends of the pair of grinding angle driving machines (205). A pair of the set annular racks (204) are gear-engaged with each other, a pair of the annular grinding support tubes (203) are respectively provided with a pair of convex inner expansion grooves, a pair of the convex inner expansion blocks (207) are respectively movably inserted into the inner sides of the pair of the convex inner expansion grooves, a pair of the inner expansion magnets (208) are respectively mounted on the pair of the convex inner expansion blocks (207), a pair of the inner expansion electromagnets (209) are respectively mounted on the inner sides of the pair of the convex inner expansion grooves, a pair of the concave grinding blocks (210) are respectively mounted on the pair of the convex inner expansion blocks (207), a pair of the grinding rollers (211) are respectively mounted on the pair of the concave grinding blocks (210), and a pair of the driving ends of the grinding drive motors (212) are respectively connected to the pair of the grinding rollers (211).

2. The integrated device for heat treatment and feeding of rocker arm blank according to claim 1, characterized in that: The heat treatment structure (5) comprises: a heat treatment box (301), a plurality of industrial hydraulic lifting sealing doors (302), a coiled inductive heater (303), a plurality of trumpet-shaped one-way limit blocks (304), a plurality of roller-type conveyors (305), an L-shaped heat drainage pipe (306), a pair of toothed heating drainage pipes (307), a toothed inflation pipe (308), an air pump (309), a U-shaped return pipe (310), a plurality of diverter plates (311), a plurality of arc drainage plates (312), and a cooling component; The heat treatment box (301) is installed on the transport support (1), a plurality of the industrial hydraulic lifting sealed doors (302) are evenly installed on the inner side of the heat treatment box (301), the coiled inductive heater (303) is installed on the inner side of the heat treatment box (301), a plurality of the trumpet-shaped one-way limit blocks (304) are respectively installed on the plurality of the industrial hydraulic lifting sealed doors (302), a plurality of the roller-type conveyors (305) are evenly installed on the inner side of the heat treatment box (301), a pair of the toothed heating drainage pipes (307) are respectively inserted on the inner sides of the plurality of the roller-type conveyors (305) through bearings, the toothed inflation pipe (308) is inserted on the heat treatment box (301), and the toothed inflation pipe (308) is inserted on the heat treatment box (301), and the toothed inflation pipe (308) is inserted on the heat treatment box (301). ) is connected to the toothed heating drainage tube (307), the L-shaped heat drainage tube (306) is connected to another toothed heating drainage tube (307), and the L-shaped heat drainage tube (306) is connected to the heat treatment box (301), the vacuum pump (309) is installed on the heat treatment box (301), and the vacuum pump (309) is located between the coiled induction heaters (303), the U-shaped return pipe (310) is inserted into the heat treatment box (301), a plurality of the diverter plates (311) are evenly installed on the inner side of the heat treatment box (301), a plurality of the arc drainage plates (312) are respectively installed on a plurality of the diverter plates (311), and the cooling assembly is installed on the inner side of the heat treatment box (301).

3. The integrated device for heat treatment and feeding of rocker arm blank according to claim 2, characterized in that: The cooling assembly comprises: a concave cooling plug-in box (401), a plate cooler (402), a radiator (403), a plurality of L-shaped drainage pipes (404), a plurality of semicircular plates (405), a plurality of arc plates (406), a plurality of stirring cooling shafts (407), a plurality of stirring blades (408), a stirring cooling driving machine (409), and a stirring cooling gear set (410); The concave cooling plug-in box (401) is inserted into the side wall of the heat treatment box (301), the plate cooler (402) is evenly installed on the inner side of the heat treatment box (301), the radiator (403) is installed on the transport bracket (1), a plurality of L-shaped drainage pipes (404) are evenly installed on the inner side of the concave cooling plug-in box (401), a plurality of semicircular sheets (405) are evenly installed on the inner side of the concave cooling plug-in box (401), and a plurality of arc sheets (406) are evenly installed on the inner side of the concave cooling plug-in box (401). They are respectively installed on a number of the semicircular sheets (405), a number of the stirring and cooling shafts (407) are respectively movably inserted on a number of the L-shaped drainage tubes (404) and the concave cooling insertion box (401), a number of the stirring blades (408) are respectively installed on a number of the stirring and cooling shafts (407), the stirring and cooling gear set (410) is sleeved on a number of the stirring and cooling shafts (407), and the driving end of the stirring and cooling driving motor (409) is connected to the stirring and cooling gear set (410).

4. The integrated device for heat treatment and feeding of rocker arm blank according to claim 3, characterized in that: The transport structure (3) comprises: a transport longitudinal and transverse lead screw module (501), a longitudinal and transverse movable plate (502), a lifting winch unit (503), a clamping lifting plate (504), two pairs of L-shaped clamping blocks (505), two pairs of bidirectional electric push rods (506), two pairs of arc extrusion rubber rings (507) and an auxiliary adsorption component; The conveying longitudinal and transverse screw module (501) is installed on the transport bracket (1), the longitudinal and transverse movable plate (502) is installed on the movable end of the conveying longitudinal and transverse screw module (501), the lifting and hoisting unit (503) is installed on the longitudinal and transverse movable plate (502), the clamping and lifting plate (504) is installed on the lifting and hoisting unit (503), and a pair of horizontal telescopic clamping grooves are opened on the clamping and lifting plate (504), and two pairs of the bidirectional electric push rods are installed on the lifting and hoisting unit (503). (506) are respectively installed on the inner side of a pair of the horizontal telescopic clamping grooves, the two pairs of L-shaped clamping blocks (505) are respectively movably inserted in parallel on the inner side of a pair of the horizontal telescopic clamping grooves, and the two pairs of L-shaped clamping blocks (505) are respectively connected to the pushing ends of the two pairs of bidirectional electric push rods (506), the two pairs of arc extrusion rubber rings (507) are respectively installed on the two pairs of L-shaped clamping blocks (505), and the auxiliary adsorption assembly is installed on the clamping lifting plate (504).

5. The integrated device for heat treatment and feeding of rocker arm blank according to claim 4, characterized in that: The auxiliary adsorption assembly comprises: a plurality of concave negative pressure shaft tubes (601), a plurality of negative pressure threaded rods (602), a plurality of negative pressure threaded tubes (603), a plurality of negative pressure adsorption plates (604), an arc vertical extrusion rubber ring (605), a plurality of set negative pressure gears (606), a plurality of negative pressure racks (607), a negative pressure slideway (608), a negative pressure slider (609), a negative pressure magnet (610) and a negative pressure bidirectional electromagnet (611); A plurality of the concave negative pressure shaft tubes (601) are evenly inserted on the clamping lifting plate (504) through bearings, a plurality of the negative pressure threaded tubes (603) are respectively inserted on the plurality of the concave negative pressure shaft tubes (601) through bearings, the arc vertical extrusion rubber ring (605) is installed on the clamping lifting plate (504), a plurality of the set negative pressure gears (606) are respectively set on the plurality of the negative pressure threaded tubes (603), a plurality of the negative pressure threaded rods (602) are respectively movably inserted on the inner sides of the plurality of the negative pressure threaded tubes (603), and a plurality of the negative pressure adsorption plates (604) are respectively movably inserted on the plurality of the concave negative pressure shaft tubes (601 ), and several of the negative pressure adsorption plates (604) are respectively connected to several of the negative pressure threaded rods (602), the negative pressure slideway (608) is installed on the clamping lifting plate (504), the negative pressure slider (609) is movably inserted on the inner side of the negative pressure slideway (608), several of the negative pressure racks (607) are installed on the negative pressure slider (609), and several of the negative pressure racks (607) are meshed with several of the set negative pressure gears (606), the negative pressure magnet (610) is installed on the negative pressure slider (609), and the negative pressure bidirectional electromagnet (611) is installed on the inner side of the negative pressure slideway (608).

6. The integrated device for heat treatment and feeding of rocker arm blank according to claim 5, characterized in that: A plurality of lifting and lowering adjustment hydraulic push rods are arranged on the inner sides of the concave cleaning box (2) and the concave cooling plug box (401), and a pair of toothed lifting and lowering support blocks are arranged on the plurality of lifting and lowering adjustment hydraulic push rods.

7. The integrated device for heat treatment and feeding of rocker arm blank according to claim 6, characterized in that: A filter box is arranged outside the concave cleaning box (2), a pair of drainage filter tubes are arranged on the filter box, the pair of drainage filter tubes are inserted into the concave cleaning box (2), and a liquid pump is arranged on the drainage filter tubes.

8. The integrated device for heat treatment and feeding of rocker arm blank according to claim 7, characterized in that: The filter box is provided with a filter inner box, and the filter inner box is provided with filter cotton.

9. The integrated device for heat treatment and feeding of rocker arm blank according to claim 8, characterized in that: A circular limiting block is arranged on the inner side of the filter box.

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