CN110014300A - A kind of complex machining device for monkey wrench - Google Patents

A kind of complex machining device for monkey wrench Download PDF

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Publication number
CN110014300A
CN110014300A CN201910367658.9A CN201910367658A CN110014300A CN 110014300 A CN110014300 A CN 110014300A CN 201910367658 A CN201910367658 A CN 201910367658A CN 110014300 A CN110014300 A CN 110014300A
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CN
China
Prior art keywords
processing
curved
medial launder
milling
organisation
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Application number
CN201910367658.9A
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Chinese (zh)
Inventor
王志刚
周胜强
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Hunan Sharp Robot Technology Co Ltd
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Hunan Sharp Robot Technology Co Ltd
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Priority to CN201910367658.9A priority Critical patent/CN110014300A/en
Publication of CN110014300A publication Critical patent/CN110014300A/en
Withdrawn legal-status Critical Current

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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B23MACHINE TOOLS; METAL-WORKING NOT OTHERWISE PROVIDED FOR
    • B23PMETAL-WORKING NOT OTHERWISE PROVIDED FOR; COMBINED OPERATIONS; UNIVERSAL MACHINE TOOLS
    • B23P23/00Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass
    • B23P23/04Machines or arrangements of machines for performing specified combinations of different metal-working operations not covered by a single other subclass for both machining and other metal-working operations

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  • Physics & Mathematics (AREA)
  • Optics & Photonics (AREA)
  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Drilling And Boring (AREA)

Abstract

The invention discloses a kind of complex machining devices for monkey wrench, including equipment lathe bed, rotating disk mechanism, location hole organisation of working, three curved organisation of workings, drill milling mechanism and medial launder organisation of working, the rotating disk mechanism is mounted on equipment lathe bed center, and the location hole organisation of working, the three curved organisation of working, the drill milling mechanism and the medial launder organisation of working are mounted on the equipment lathe bed and around the rotating disk mechanism distributing installations.High degree of automation of the present invention, linking is all made of automatic operation completion between each process operations and each process.Realize that clamped one time is completed at the same time multiple working procedure, substantially increasing production efficiency reduces cost of labor, and improves machining accuracy, improves the quality of product.Rotating disk mechanism is cleverly arranged in the present invention, realizes each process quick joining and precise positioning in process, realizes that each process is connected automatically, further improving production efficiency.

Description

A kind of complex machining device for monkey wrench
Technical field
The present invention relates to technical field of mechanical processing more particularly to a kind of complex machining devices for monkey wrench.
Background technique
Currently, the processing method of monkey wrench is worker's hand-held processing equipment after fixing monkey wrench in the prior art The processing of processes such as drill to monkey wrench, slotted, and every procedure generally separately carries out, and every procedure worker requires Manual replacement operation equipment, labor intensity is very big, and processing flow length is cumbersome, has seriously affected production and processing efficiency, worker The low precision of manual processing causes the monkey wrench processed to be unable to satisfy high-precision requirement, while needing to expend a large amount of artificial Cost.
Summary of the invention
The present invention addresses the above problem, provides a kind of complex machining device for monkey wrench, realizes Flexible spanner Hand clamped one time is continuously finished the processing of multiple working procedure, and can also realize multiple monkey wrenches while carry out adding for different processes Work plugs between different processes automatically, greatly improves production efficiency and machining accuracy, improve the quality of product.
In order to achieve the above technical purposes, reach above-mentioned technical effect, the invention is realized by the following technical scheme:
A kind of complex machining device for monkey wrench, including equipment lathe bed, rotating disk mechanism, location hole organisation of working, Three curved organisation of workings, drill milling mechanism and medial launder organisation of working, the rotating disk mechanism are mounted on equipment lathe bed center, The location hole organisation of working, the three curved organisation of working, the drill milling mechanism and the medial launder organisation of working are mounted on The equipment lathe bed and the circular rotating disk mechanism distributing installation;
Rotating disk mechanism include eight stations etc. divide turntable, be mounted on eight station etc. eight clamping devices divided on turntable, It is mounted on the rotation braking mechanism that described eight station etc. divides disk lower surface, described eight station etc., which divides on the center of turntable, to be arranged There is hydraulic gyration flow divider, the rotation braking mechanism includes being mounted on described eight station etc. to divide disk lower surface center Eight station dividers are mounted on eight station etc. and divide the brake disk at disk lower surface edge, engage with the brake disk Brake fixture block, for the brake oil cylinder of driving brake fixture block;
The location hole organisation of working includes being mounted on first servo motor that described eight station etc. divides on turntable, being mounted on Ball screw is gone up and down in the first servo motor, the lifting bottom on the lifting ball screw is mounted on by feed screw nut Seat, is mounted on the positioning hole machined sliding plate at the positioning hole machined sliding plate being slidably mounted on the lifting pedestal On the first speed reducer, be mounted on first speed reducer the first installation shaft, be mounted in the first installation shaft Drill bit capable of machining hole is positioned, first motor is connected on first speed reducer, the second servo is installed on the lifting pedestal Motor, translation ball screw is equipped on second servo motor, and the translation ball screw passes through feed screw nut and positioning The connection of hole machined sliding plate;
Three curved organisation of workings include three gulfs processing fixed station, be slidably mounted in described three curved machine tables gantry base, Above and below the curved processing rack of three be fixed in the gantry base, three curved processing being slidably mounted in described three curved processing racks Regulating device, the three curved processing left and right adjusting devices and fixed peace being slidably mounted on described three curved processing up and down adjustment devices The three curved processing dynamics systems in described three curved processing left and right adjusting devices;
Drill milling mechanism includes boring milling platform, being slidably mounted on the brill milling sliding seat bored on milling platform, be mounted on brill milling sliding Brill on seat mills level(l)ing device, is mounted on the brill milling dynamical system bored on milling level(l)ing device;
Medial launder organisation of working includes that medial launder machine table, the medial launder being slidably mounted in the medial launder machine table add Work sliding seat, is mounted on the medial launder processing tune at the medial launder processing regulating device being mounted on medial launder processing sliding seat Medial launder processing dynamics system on regulating device.
Further, it is provided with connection frame on the hydraulic gyration flow divider, the top of the connection frame is equipped with fixation Column is set with cooling water shunt head on the vertical columns, multiple cooling water pipes is connected on the cooling water shunt head, cold But water pipe alignment activity spanner.
Further, the medial launder processing regulating device includes being installed in parallel on the medial launder processing sliding seat Two the 6th linear guides, are fixedly mounted on the medial launder being slidably mounted in the 6th linear guide processing sliding plate The medial launder processes the 5th servo motor on sliding seat, is equipped with ball screw, the rolling on the 5th servo motor Ballscrew is processed sliding plate with the medial launder by feed screw nut and is connect, and the medial launder processing dynamics system includes installation The 4th motor, the transmission case being connect with the 4th motor, the medial launder being mounted on the transmission case processing shaft, The circular milling knife being mounted in the medial launder processing shaft, the medial launder is processed on sliding plate and is provided with mounting blocks, described One end of medial launder processing shaft is mounted on the mounting blocks by bearing.
Further, the milling level(l)ing device that bores includes being installed in parallel in the 5th straight line bored on milling sliding seat Guide rail, is fixedly mounted on the 5th bored on milling sliding seat at the brill milling sliding plate being slidably mounted in the 5th linear guide Servo motor, ball screw is provided on the 5th servo motor, and the ball screw passes through feed screw nut and the brill Sliding plate connection is milled, the milling dynamical system of boring includes being fixed on the third speed reducer bored on milling sliding plate and institute The third motor of third speed reducer connection is stated, the second installation shaft is installed on the third speed reducer, second installation turns Drilling and milling head is installed on axis.
Further, the clamping device include driving hydraulic cylinder, the cylinder rack gear being mounted in the driving hydraulic cylinder, With the cylinder rack gear meshed gears, the sliding rack engaged with the gear, the dynamic folder being mounted on the sliding rack Pawl, the clamp pawl for being mounted on eight station etc. and dividing the mounting box on turntable, being arranged on the mounting box, the sliding rack It is slidably mounted on the mounting box, the clamp pawl and the dynamic clamping jaw or so are opposite to be arranged in parallel, the driving hydraulic cylinder It is connect with the hydraulic gyration flow divider.
Further, fixing seat is installed in the first servo motor, is arranged in parallel with two on the fixing seat inner wall Root first straight line guide rail, the lifting pedestal are slidably mounted on the first straight line guide rail, set in parallel on the lifting pedestal Two second straight line guide rails are equipped with, the positioning hole machined sliding plate is slidably mounted on the second straight line guide rail.
Further, described three curved processing up and down adjustment devices include being installed in parallel in described three curved processing racks vertically Two the 4th linear guides, be slidably mounted in the 4th linear guide three it is curved processing slide up and down plate, be mounted on Lifting driving hydraulic cylinder in the gantry base, the piston rod of the lifting driving hydraulic cylinder withstand three curved processing and slide up and down Plate, the three curved processing left and right adjusting device include being mounted on described three curved processing to slide up and down third servo electricity on plate Machine, be mounted on third servo motor move horizontally ball screw, be installed in parallel in described three it is curved processing slide up and down plate On third linear guide, the three curved processing that are slidably mounted in the third linear guide horizontally slip plate, the level Mobile ball screw is fixedly connected by feed screw nut with the described three curved plates that horizontally slip of processing, the three curved processing dynamics system System include be fixed on described three curved processing horizontally slip the second speed reducer on plate, connect with second speed reducer second Motor is equipped with three curved milling cutters on second speed reducer.
The beneficial effect is that:
1, design structure of the present invention is compact, high degree of automation, and linking is all made of between each process operations and each process Automatic operation is completed, and is reduced labor intensity of workers, is enhanced mechanization, automated production.
2, the present invention integrates location hole organisation of working, three curved organisation of workings, drill milling mechanism and medial launder organisation of working It onto an equipment lathe bed, realizes that clamped one time is completed at the same time multiple working procedure, reduces cost of labor, and improve processing essence Degree, substantially increases production efficiency.
3, rotating disk mechanism is cleverly arranged in the present invention, realizes each process quick joining and precise positioning in process, mentions The high fluency of each process linking, improves machining accuracy, improves the quality of product;Eight stations etc., which divide on turntable, to be set Multiple clamping devices are set, realize the multiple working procedure processing simultaneously of multiple monkey wrenches, further improving production efficiency greatly improves Production efficiency.
Detailed description of the invention
Fig. 1 is top view of the invention;
Fig. 2 is perspective view of the invention;
Fig. 3 is the main view of the rotating disk mechanism in the present invention;
Fig. 4 is the bottom view of the rotating disk mechanism in the present invention;
Fig. 5 is the explosive view of the clamping device in the present invention;
Fig. 6 is the structural schematic diagram of the location hole organisation of working in the present invention;
Fig. 7 is the structural schematic diagram of three curved organisation of workings in the present invention;
Fig. 8 is the structural schematic diagram of the drill milling mechanism in the present invention;
Fig. 9 is the structural schematic diagram of the medial launder organisation of working in the present invention;
Appended drawing reference therein are as follows: 1-equipment lathe bed;2-location hole organisation of workings;3-three curved organisation of workings;4-bore Milling mechanism;5-medial launder organisation of workings;6-monkey wrenches;7-control cabinet mounting rods;8-control cabinets;9-rotating seats;10— Eight stations etc. divide turntable;11-connection frames;12-hydraulic gyration flow dividers;13-cooling water pipes;14-cooling water shunt heads; 15-vertical columns;16-mounting boxs;17-clamp pawls;18-dynamic clamping jaws;19-sliding racks;20-gears;21-cylinders Rack gear;22-driving hydraulic cylinders;23-eight station dividers;24-brake disks;25-brake fixture blocks;26-brake oil cylinders; 201-first servo motors;202-lifting ball screws;203-first straight line guide rails;204-second straight line guide rails;205— First speed reducer;206-the second servo motor;207-first motors;208-positioning drill bit capable of machining hole;209-the first installation Shaft;210-positioning hole machined sliding plates;211-lifting pedestals;212-fixing seats;213-translation ball screws; 301-lifting driving hydraulic cylinders;302-third servo motors;303-third linear guides;304-the four linear guide; 305-three curved processing slide up and down plate;306-move horizontally ball screw;307-the second speed reducer;308-the second electricity Machine;309-three curved milling cutters;310-three curved processing horizontally slip plate;311-fixed blocks;312-front and back adjusting rods;313— Three curved machine tables;314-three curved processing racks;315-gantry bases;401-bore milling platform;402-bore milling sliding seat;403— 5th linear guide;404-the five servo motor;405-third motors;406-third speed reducers;407-the second installation turns Axis;408-Drilling and milling heads;409-bore milling sliding plate;501-medial launder machine tables;502-medial launders process sliding seat; 503-the six linear guide;504-medial launders process sliding plate;505-the five servo motor;506-the four motor; 507-transmission cases;508-medial launders process shaft;509-circular milling knives;510-mounting blocks.
Specific embodiment
Below in conjunction with drawings and examples, the technical solution of the present invention is further explained, but content below is not For limiting the scope of protection of the present invention.
The present embodiment provides a kind of complex machining devices for monkey wrench, as shown in Figure 1, 2, including equipment lathe bed 1, Rotating disk mechanism, location hole organisation of working 2, three curved organisation of workings 3, drill milling mechanism 4 and medial launder organisation of working 5, rotating disk mechanism It is mounted on 1 center of equipment lathe bed, location hole organisation of working 2, three curved organisation of workings 3, drill milling mechanism 4 and medial launder processing machine Structure 5 is mounted on equipment lathe bed 1 and around rotating disk mechanism distributing installation;
Three curved organisation of workings 3 there are two being wherein left and right symmetrically arranged on equipment lathe bed 1, while three are installed on equipment lathe bed 1 A drill milling mechanism 4, three drill milling mechanisms 4 are located between two three curved organisation of workings 3 and are equidistantly installed together, equipment lathe bed 1 is also equipped with a hole machined mechanism 2 and a medial launder organisation of working 5, and 2 medial launder organisation of working 5 of hole machined mechanism is located at Two three curved organisation of workings 3 and equidistant installation.
As shown in Figure 3,4, rotating disk mechanism includes that eight stations etc. such as divide turntable 10, are mounted on eight stations at eight divided on turntable 10 A clamping device, the rotation braking mechanism for being mounted on eight stations etc. and dividing 10 lower surface of turntable, eight stations etc. divide the center of turntable 10 It is provided with hydraulic gyration flow divider 12 in the heart, rotation braking mechanism includes being mounted on eight stations etc. to divide turntable 10 lower surface center Eight station dividers 23, be mounted on eight stations etc. and divide 23 lower surface edge of turntable brake disk 24, with brake disk 24 The brake fixture block 25, the brake oil cylinder 26 for driving brake fixture block 25 of engaging.Eight station dividers 23 are for driving eight stations Equal part turntable 10 rotates, and eight station dividers 23 can drive eight stations etc. that turntable 10 is divided to rotate clockwise 45 degree every time, realizes The angle that eight stations etc. divide turntable 10 to rotate every time is identical, achievees the purpose that accurately controlling eight stations etc. divides turntable 10 to rotate.When When carrying out process operation, fixation of braking is needed, 26 driving brake fixture block 25 of brake oil cylinder clamps brake disk 24 at this time, has realized The purpose braked entirely avoids driving eight stations etc. to divide turntable 10 that can rotate when carrying out process operation, and then influences processing Accuracy, if driving eight stations etc. divide turntable 10, not exclusively brake is fixed, eight stations etc. when carrying out process operation The decline for dividing the subtle rotation of turntable 10 to will lead to machining accuracy, the precision for even resulting in processing is completely undesirable, may be used also It can cause eight stations etc. that turntable 10 and eight station dividers 23 is divided to be damaged.
Connection frame 11 is provided in the present embodiment on hydraulic gyration flow divider 12, the top of connection frame 11 is equipped with fixed vertical Column 15 is set with cooling water shunt head 14 on vertical columns 15, multiple cooling water pipes 13 is connected on cooling water shunt head 14, cold But 13 alignment activity spanner 6 of water pipe, when monkey wrench 6 is in machining state, the water that cooling water pipe 13 sprays is to monkey wrench 6 It is cooled down at processing.
Control cabinet mounting rod 7 is provided on vertical columns 15, one end is equipped with control cabinet 8 on control cabinet mounting rod 7, control Case 8 is used to control the starting and closing of each process motor, servo motor and hydraulic gyration flow divider 12.
Rotating seat 9 is provided on equipment lathe bed 1 in this facility example, eight station dividers 23 are mounted on equipment lathe bed 1 Center and it is located in rotating seat 9, while the output shaft of eight station dividers 23 is fixed on the center that eight stations etc. divide turntable 10 The heart divides turntable 10 to rotate with eight stations etc. are driven.
As shown in figure 5, in the present embodiment clamping device include driving hydraulic cylinder 22, the gas that is mounted in driving hydraulic cylinder 22 Cylinder rack gear 21, with 21 meshed gears 20 of cylinder rack gear, the sliding rack 19 engaged with gear 20, be mounted on sliding rack 19 Dynamic clamping jaw 18, the mounting box 16 for being mounted on eight stations etc. and dividing on turntable 10, the clamp pawl 17 that is arranged on mounting box 16, sliding Rack gear 19 is slidably mounted on mounting box 16, and clamp pawl 17 is opposite with dynamic clamping jaw 18 or so to be arranged in parallel, and driving hydraulic cylinder 22 is pacified Mounted in mounting box side, cylinder rack gear 21, gear 20 are located in mounting box 16, driving hydraulic cylinder 22 and hydraulic gyration flow divider 12 Connection, hydraulic by hydraulic power transmission to driving hydraulic cylinder 22, the drive cylinder rack gear of driving hydraulic cylinder 22 of hydraulic gyration flow divider 12 21 side-to-side movements, cylinder rack gear 21 drives the left and right on mounting box 16 of sliding rack 19 to reciprocatingly slide by gear 20, thus band Dynamic clamping jaw 18 on dynamic sliding rack 19 is moved left and right to be cooperated with clamp pawl 17, is realized and is clamped and unclamp monkey wrench 6.
As shown in fig. 6, location hole organisation of working 2 includes being mounted on the first servo motor that eight stations etc. divide on turntable 10 201, the lifting ball screw 202 that is mounted in first servo motor 201 is mounted on lifting ball screw by feed screw nut Lifting pedestal 211 on 202, is mounted on positioning at the positioning hole machined sliding plate 210 being slidably mounted on lifting pedestal 211 The first speed reducer 205 on hole machined sliding plate 210 is mounted on the first installation shaft 209, installation on the first speed reducer 205 The positioning drill bit capable of machining hole 208 in shaft 209 is installed first, is connected with first motor 207 on the first speed reducer 205, goes up and down Second servo motor 206 is installed on pedestal 211, translation ball screw 213, translation rolling are installed on the second servo motor 206 Ballscrew 213 is connect by feed screw nut with positioning hole machined sliding plate 210.First motor 207 drives first by belt Speed reducer 205 operates, and the first speed reducer 205 drives the first installation shaft 209 to rotate, and the first installation shaft 209 drives location hole 208 high speed rotation of processing drill carries out location hole process operation to monkey wrench 6.
Fixing seat 212 is installed in the first servo motor 201 in the present embodiment, is arranged in parallel on 212 inner wall of fixing seat There are two first straight line guide rails 203, lifting pedestal 211 is slidably mounted on first straight line guide rail 203, is put down on lifting pedestal 211 Row is provided with two second straight line guide rails 204, and positioning hole machined sliding plate 210 is slidably mounted on second straight line guide rail 204. When work, first servo motor 201 drives lifting pedestal 211 to hang down on first straight line guide rail 203 by lifting ball screw 202 Straight sliding, and then realize the vertical lift to positioning drill bit capable of machining hole 208, the second servo motor 206 passes through translation ball screw 213 push positioning hole machined sliding plate 210 in the horizontal sliding of second straight line guide rail 204, to realize to positioning hole-machining drilling First 208 horizontal slidings.
As shown in fig. 7, three curved organisation of workings 3 include three gulfs processing fixed station 313 in the present embodiment, to be slidably mounted on three curved Gantry base 315 in machine table 313, three curved processing racks 314 being fixed in gantry base 315, to be slidably mounted on three curved Processing rack 314 on three it is curved processing up and down adjustment devices, be slidably mounted on three it is curved processing up and down adjustment devices on three it is curved plus Work left and right adjusting device and three curved processing dynamics systems being fixedly mounted in three curved processing left and right adjusting devices.The processing of three gulfs Fixed station 313 is fixedly mounted on equipment lathe bed 1 by rivet.
Three curved processing up and down adjustment devices include two be installed in parallel in three curved processing racks 314 vertically in the present embodiment The 4th linear guide 304 of root, the curved processing of three be slidably mounted in the 4th linear guide 304 slide up and down plate 305, are mounted on Lifting driving hydraulic cylinder 301 in gantry base 315, the piston rod of lifting driving hydraulic cylinder 301 is withstood to glide in three curved processing Dynamic plate 305, three curved processing left and right adjusting devices include being mounted on three curved processing to slide up and down third servo electricity on plate 305 Machine 302, be mounted on third servo motor 302 move horizontally ball screw 306, be installed in parallel in three it is curved processing slide up and down Two third linear guides 303 on plate 305, the curved processing of three be slidably mounted in third linear guide 303 horizontally slip Plate 310 moves horizontally ball screw 306 and is fixedly connected by feed screw nut with the three curved plates 310 that horizontally slip of processing, and three is curved Processing dynamics system includes the second speed reducer 307 and the second speed reducer for being fixed on three curved processing and horizontally slipping on plate 310 Second motors 308 of 307 connections, are equipped with three curved milling cutters 309 on the second speed reducer 307.
Dovetail groove is offered in gantry base 315 in the present embodiment, is provided with dovetail tangs in three curved machine tables 313, Dovetail tangs are slidably connected with dovetail groove, realize that three curved machine tables 313 opposite can be slided with gantry base 315, while in machine It is provided with front and back adjusting rod 312 on frame pedestal 315, is provided with fixed block 311 in three curved machine tables 313, adjusting rod 312 can be with It is fixed on fixed block 311 by nut, after adjusting the relative position of three curved machine tables 313 and gantry base 315, will be adjusted Bar 312 is fixed with fixed block 311 by nut, thus the relative position of locking three curved machine table 313 and gantry base 315.
As shown in figure 8, drill milling mechanism 4 includes boring milling platform 401, being slidably mounted on the brill milling sliding seat bored on milling platform 401 402, the brill milling for being mounted on and boring the milling of the brill on milling sliding seat 402 level(l)ing device, be mounted on brill milling level(l)ing device is dynamic Force system.
Further, boring milling level(l)ing device includes being installed in parallel in the 5th linear guide bored on milling sliding seat 402 403, the brill being slidably mounted in the 5th linear guide 403 mills sliding plate 409, is fixedly mounted on brill milling sliding seat 402 5th servo motor 404, is provided with ball screw on the 5th servo motor 404, and ball screw is milled by feed screw nut and boring Sliding plate 409 connects, and boring milling dynamical system includes being fixed on the third speed reducer 406 and third bored on milling sliding plate 409 The third motor 405 that speed reducer 406 connects is equipped with the second installation shaft 407, the second installation shaft on third speed reducer 406 Drilling and milling head 408 is installed on 407.5th servo motor 404 is driven by ball screw and feed screw nut and bores milling sliding plate 409 Horizontal sliding, third motor 405 are connect by belt with third speed reducer 406 in the 5th linear guide 403, and brill is driven to mill First 408 pairs of monkey wrenches 6 are drilled or are polished.
Milling platform 401 is bored in the present embodiment and is fixedly mounted on equipment lathe bed 1, and Drilling and milling head 408 is drill bit or reamer, and drill bit is used for Drilling, milling cutter is for cutting polishing.
As shown in figure 9, medial launder organisation of working 5 includes medial launder machine table 501, is slidably mounted on medial launder machine table Medial launder processing regulating device, the peace that medial launder on 501 is processed sliding seat 502, is mounted on medial launder processing sliding seat 502 Medial launder processing dynamics system in medial launder processing regulating device.
The medial launder processing regulating device of the present embodiment includes two be installed in parallel on medial launder processing sliding seat 502 6th linear guide 503, is fixedly mounted on the medial launder being slidably mounted in the 6th linear guide 503 processing sliding plate 504 Medial launder processes the 5th servo motor 505 on sliding seat 502, is equipped with ball screw on the 5th servo motor 505, the 5th watches The ball screw taken on motor 505 is connect by feed screw nut with medial launder processing sliding plate 504, medial launder processing dynamics system System includes the transmission case 507 for being mounted on the 4th motor 506, connecting with the 4th motor 506, the centre being mounted on transmission case 507 Slot processing shaft 508, the circular milling knife 509 being mounted in medial launder processing shaft 508, medial launder are processed on sliding plate 504 and are set Mounting blocks 510 are equipped with, one end of medial launder processing shaft 508 is mounted on mounting blocks 510 by bearing.
Above-mentioned, although the foregoing specific embodiments of the present invention is described with reference to the accompanying drawings, not protects model to the present invention The limitation enclosed, those skilled in the art should understand that, based on the technical solutions of the present invention, those skilled in the art are not It is still within the scope of the present invention to need to make the creative labor the various modifications or changes that can be made.

Claims (7)

1. a kind of complex machining device for monkey wrench, which is characterized in that including equipment lathe bed, rotating disk mechanism, location hole Organisation of working, three curved organisation of workings, drill milling mechanism and medial launder organisation of working, the rotating disk mechanism are mounted on the equipment bed Body center, the location hole organisation of working, the three curved organisation of working, the drill milling mechanism and the medial launder processing machine Structure is mounted on the equipment lathe bed and around the rotating disk mechanism distributing installation;
Rotating disk mechanism includes that eight stations etc. such as divide turntable, are mounted on eight station at eight clamping devices divided on turntable, installation Divide the rotation braking mechanism of disk lower surface in described eight station etc., described eight station etc., which divides, is provided with liquid on the center of turntable It pushes back and turns flow divider, the rotation braking mechanism includes eight works for being mounted on described eight station etc. and dividing disk lower surface center Position divider is mounted on eight station etc. and divides the brake disk at disk lower surface edge, the brake engaged with the disk that brakes Vehicle fixture block, for the brake oil cylinder of driving brake fixture block;
The location hole organisation of working include be mounted on first servo motor that described eight station etc. divides on turntable, be mounted on it is described Ball screw is gone up and down in first servo motor, the lifting pedestal gone up and down on ball screw, cunning are mounted on by feed screw nut The dynamic positioning hole machined sliding plate being mounted on the lifting pedestal is mounted on the positioned on hole machined sliding plate One speed reducer is mounted on the first installation shaft on first speed reducer, the location hole being mounted in the first installation shaft Processing drill is connected with first motor on first speed reducer, the second servo motor, institute is equipped on the lifting pedestal It states and translation ball screw is installed on the second servo motor, the translation ball screw is sliding by feed screw nut and positioning hole machined Dynamic plate connection;
Three curved organisation of workings include three gulfs processing fixed station, the gantry base being slidably mounted in described three curved machine tables, fixation The three curved three curved processing up and down adjustments processing racks, being slidably mounted in described three curved processing racks in the gantry base Device is slidably mounted on the described three curved three curved processing left and right adjusting devices processed on up and down adjustment devices and is fixedly mounted on Three curved processing dynamics systems in the three curved processing left and right adjusting device;
Drill milling mechanism includes boring milling platform, being slidably mounted on the brill milling sliding seat bored on milling platform, be mounted on brill milling sliding seat Brill milling level(l)ing device, be mounted on it is described bore milling level(l)ing device on brill milling dynamical system;
Medial launder organisation of working includes medial launder machine table, the medial launder being slidably mounted in medial launder machine table processing cunning Dynamic seat, is mounted on the medial launder processing adjusting dress at the medial launder processing regulating device being mounted on medial launder processing sliding seat The medial launder processing dynamics system set.
2. the complex machining device according to claim 1 for monkey wrench, which is characterized in that the hydraulic gyration point It is provided with connection frame on stream valve, the top of the connection frame is equipped with vertical columns, is set with cooling water on the vertical columns Shunt head is connected with multiple cooling water pipes, cooling water pipe alignment activity spanner on the cooling water shunt head.
3. the complex machining device according to claim 1 for monkey wrench, which is characterized in that the medial launder processing Regulating device include two the 6th linear guides being installed in parallel on medial launder processing sliding seat, be slidably mounted on it is described The 5th servo that medial launder in 6th linear guide is processed sliding plate, is fixedly mounted on the medial launder processing sliding seat Motor is equipped with ball screw on the 5th servo motor, and the ball screw is added by feed screw nut and the medial launder The connection of work sliding plate, the medial launder processing dynamics system include being mounted on the 4th motor, connecting with the 4th motor The circle that the transmission case connect, the medial launder being mounted on the transmission case are processed shaft, are mounted in the medial launder processing shaft Milling cutter, the medial launder, which is processed on sliding plate, is provided with mounting blocks, and one end of the medial launder processing shaft passes through bearing and pacifies On the mounting blocks.
4. the complex machining device according to claim 1 for monkey wrench, which is characterized in that the brill milling is horizontal to adjust Regulating device includes being installed in parallel in the 5th linear guide bored on milling sliding seat, being slidably mounted on the 5th linear guide On brill milling sliding plate, be fixedly mounted on the 5th servo motor bored on milling sliding seat, set on the 5th servo motor It is equipped with ball screw, the ball screw mills sliding plate with the brill by feed screw nut and connect, and the brill mills dynamical system It is described including being fixed on the third speed reducer bored on milling sliding plate, the third motor connecting with the third speed reducer Second installation shaft is installed on third speed reducer, Drilling and milling head is installed in the second installation shaft.
5. the complex machining device according to claim 1 for monkey wrench, which is characterized in that the clamping device packet Include driving hydraulic cylinder, the cylinder rack gear that is mounted in the driving hydraulic cylinder, with the cylinder rack gear meshed gears, with it is described The sliding rack of gear engagement, the dynamic clamping jaw being mounted on the sliding rack are mounted on eight station etc. and divide on turntable Mounting box, the clamp pawl being arranged on the mounting box, the sliding rack are slidably mounted on the mounting box, the clamp Pawl and the dynamic clamping jaw or so are opposite to be arranged in parallel, and the driving hydraulic cylinder is connect with the hydraulic gyration flow divider.
6. the complex machining device according to claim 1 for monkey wrench, which is characterized in that the first servo electricity Fixing seat is installed on machine, two first straight line guide rails, the lifting pedestal sliding are arranged in parallel on the fixing seat inner wall It is mounted on the first straight line guide rail, two second straight line guide rails, the location hole is arranged in parallel on the lifting pedestal Processing sliding plate is slidably mounted on the second straight line guide rail.
7. the complex machining device according to claim 1 for monkey wrench, which is characterized in that in the three curved processing Lower regulating device includes two the 4th linear guides being installed in parallel in described three curved processing racks vertically, is slidably mounted on institute The lifting driving hydraulic cylinder that three in the 4th linear guide curved processing slide up and down plate, are mounted in the gantry base is stated, The piston rod of the lifting driving hydraulic cylinder withstands three curved processing and slides up and down plate, the three curved processing left and right adjusting device packet It includes and is mounted on the described three curved horizontal shiftings processing the third servo motor slided up and down on plate, being mounted on third servo motor Dynamic ball screw, be installed in parallel in described three curved processing slide up and down third linear guide on plate, be slidably mounted on it is described Three curved processing in third linear guide horizontally slip plate, and the ball screw that moves horizontally passes through feed screw nut and described three The curved plate that horizontally slips of processing is fixedly connected, and the three curved processing dynamics system includes being fixed on described three curved processing to horizontally slip It is curved to be equipped with three on second speed reducer for the second speed reducer on plate, the second motor connecting with second speed reducer Milling cutter.
CN201910367658.9A 2019-05-05 2019-05-05 A kind of complex machining device for monkey wrench Withdrawn CN110014300A (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112338479A (en) * 2020-10-29 2021-02-09 威海志航机电科技有限公司 Automatic assembling method for movable jaw of wrench
CN112338480A (en) * 2020-10-29 2021-02-09 威海志航机电科技有限公司 Automatic assembling device for movable jaw of wrench
CN112975409A (en) * 2021-02-26 2021-06-18 重庆远博机械有限公司 Rotary table boring machine for producing diesel engine filter pump valve seat
CN113103009A (en) * 2021-04-20 2021-07-13 安徽淮光智能科技有限公司 Tabletting equipment for processing lightning arrester and working method thereof
CN114523312A (en) * 2022-03-11 2022-05-24 沧州德安防爆特种工具制造有限公司 Multi-station machining equipment for explosion-proof self-locking borrowing wrench
CN115055968A (en) * 2022-07-26 2022-09-16 邵东智能制造技术研究院有限公司 Multi-station composite processing equipment for adjustable wrench

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN112338479A (en) * 2020-10-29 2021-02-09 威海志航机电科技有限公司 Automatic assembling method for movable jaw of wrench
CN112338480A (en) * 2020-10-29 2021-02-09 威海志航机电科技有限公司 Automatic assembling device for movable jaw of wrench
CN112975409A (en) * 2021-02-26 2021-06-18 重庆远博机械有限公司 Rotary table boring machine for producing diesel engine filter pump valve seat
CN113103009A (en) * 2021-04-20 2021-07-13 安徽淮光智能科技有限公司 Tabletting equipment for processing lightning arrester and working method thereof
CN114523312A (en) * 2022-03-11 2022-05-24 沧州德安防爆特种工具制造有限公司 Multi-station machining equipment for explosion-proof self-locking borrowing wrench
CN115055968A (en) * 2022-07-26 2022-09-16 邵东智能制造技术研究院有限公司 Multi-station composite processing equipment for adjustable wrench

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