CN108724576A

CN108724576A - A kind of quick mode locking rapping machine structure

Info

Publication number: CN108724576A
Application number: CN201810667639.3A
Authority: CN
Inventors: 周潇
Original assignee: Yiwu Zhixin Technology Co Ltd
Current assignee: Yiwu Zhixin Technology Co Ltd
Priority date: 2018-06-26
Filing date: 2018-06-26
Publication date: 2018-11-02

Abstract

A kind of quick mode locking rapping machine structure of the present invention, including apparatus main body, the clamping apparatus being set in described device main body and the molding device being set on the upside of described device main body, the clamping apparatus include be set to that described device main body or so end is symmetrical and opening back to the first groove, being provided in first groove can horizontally slip and have one end to extend the first sliding block at first slot opening, the upper and lower sides inner wall of first groove is symmetrically arranged with the second opposite groove that is open, the upper and lower side of first sliding block is symmetrical and is fixedly connected with the first guide pad for extending and being passed through and in second groove and can horizontally slipping；The present apparatus can be rapidly performed by mode locking and rapping when intelligent automation progress die work, reduce the service time of manpower makes the efficiency of die work accelerate to operate, also reducing the risky operation of personnel simultaneously makes security performance improve, additionally it is possible to reuse and multi-functional switching mold requires to meet to make.

Description

A kind of quick mode locking rapping machine structure

Technical field

The present invention relates to technology of die manufacturing field, specifically a kind of quick mode locking rapping machine structure.

Background technology

The present development in China is become better and better, and needs the lock for using to produce fixing mould in the mold manufacturing process Mould loosen the mold mechanism, need thus in previous mechanism can intelligent automation carry out die work when be rapidly performed by mode locking and Rapping, reduce the service time of manpower makes the efficiency of die work accelerate to operate, while the risky operation for also reducing personnel makes Security performance improves, additionally it is possible to reuse and multi-functional switching mold requires to meet to make, so needing to design a kind of A kind of quick mode locking rapping machine structure of multifunction automatic it is really necessary to.

Invention content

Technical problem to be solved by the invention is to provide a kind of quick mode locking rapping machine structures, can solve above-mentioned present The problems in technology.

The present invention is achieved through the following technical solutions：A kind of quick mode locking rapping machine structure of the present invention, including dress Set main body, the clamping apparatus being set in described device main body and the molding device being set on the upside of described device main body, institute State clamping apparatus include be set to that described device main body or so end is symmetrical and opening back to the first groove, in first groove Being provided with can horizontally slip and have one end to extend the first sliding block at first slot opening, first groove up and down Side inner wall is symmetrically arranged with opposite the second groove of being open, and the upper and lower side of first sliding block is symmetrical and to be fixedly connected with extension logical Enter the first guide pad that in second groove and can be horizontally slipped, the left end of first guide pad on right side is fixedly connected with Other end is fixedly connected on the resetting spring in the second groove inner left wall, and the right end of first sliding block in left side is solid Surely be connected with other end and be fixedly connected on the first spring on the right side of first groove on inner wall, first groove inner wall it Between be provided with the first drive cavity, it is logical that first is provided with and communicated between the inner left wall of first drive cavity and first groove Hole is provided with the second sliding block that can be horizontally slipped in first drive cavity, is set on the front and back side inner wall of first drive cavity Be equipped with the opposite third groove of being open, the front and back end of second sliding block be fixedly connected with extension be passed through in the third groove and The slider guide that can be horizontally slipped, the left end of second sliding block be fixedly connected with other end extend through the first through hole and The lead being fixedly connected on the first sliding block right end, the right end of second sliding block are fixedly connected with right end and are fixedly connected on Second spring on the right side of first drive cavity on inner wall is provided with the work of opening upwards in the first drive cavity upper inside walls Make slot, the second through-hole, second through-hole are provided with and communicated between the downside inner wall of the work nest and first drive cavity Inside being provided with can slide up and down and third that lower end and second slide block pairing and upper end may extend into the work nest is slided The left and right sides inner wall of block, second through-hole is provided with the 4th opposite groove that is open, and the left and right end of the third sliding block is symmetrical And be fixedly connected with extension and be passed through in the 4th groove and second guide pad that can slide up and down, second guide pad it is upper It holds and is fixedly connected with the third spring that upper end is fixedly connected in the 4th groove upper inside walls, in the downside of the work nest Wall is fixedly connected with bottom plate block, and the third through-hole for running through and being aligned with second through-hole up and down is provided in the bottom plate block, The upper end of the third sliding block is fixedly connected with the supporting block that can be slided up and down in the third through-hole, when die work described in Supporting block upper surface is flushed with bottom plate block upper surface, and bayonet unit is provided on the upside of first groove.

As a preferred technical solution, the bayonet unit include be set in the first groove upper inside walls be open to Under the 5th groove, first upper end of slide block is provided with the 6th groove of opening upwards, and being provided in the 5th groove can It slides up and down and lower end may extend into the 6th groove and match slidable Four-slider with the 6th groove, it is described The left and right sides inner wall of 5th groove is symmetrically arranged with opposite the 7th groove of being open, the left and right end of the Four-slider it is symmetrical and It is fixedly connected with and extends into the 7th groove and the third guide pad that can slide up and down, the upper end of the third guide pad are solid Surely it is connected with the 4th spring that upper end is fixedly connected in the 7th groove upper inside walls, the 5th groove is back to side inner wall It is provided with the perforative third through-hole in left and right, being provided in the third through-hole can horizontally slip and can stretch into the 5th groove The pairing of one end and Four-slider upper end the 5th sliding block, the upper and lower sides inner wall of the third through-hole is symmetrically arranged with opening The 8th opposite groove, the upper and lower side of the 5th sliding block is symmetrical and is fixedly connected with and extends into the 8th groove and can a left side 4th guide pad of right sliding, the 4th guide pad is fixedly connected with other end and fixes far from described 5th groove one end to be connected The 5th spring being connected on the inner wall of the 8th groove side is provided with pre-and post perforative button block hole, institute in the 5th sliding block It states button block hole and is provided with runner slot of the opening towards the button block hole, the runner slot on the inner wall of the 5th groove side Rear side inner wall in be fixedly installed first motor, the front end power of the first motor, which is connected with front end and passes through bearing, to be turned It is dynamic to be connected in being fixedly connected with rotatable the in the first rotating shaft on the runner slot front inner wall, the first rotating shaft One reel, in the button block hole it is front and back be symmetrically arranged with upper and lower side and be rotatably assorted respectively by bearing be connected to the button block hole The second shaft on upper and lower sides inner wall, is fixedly connected with the second reel in second shaft, front and back right in the button block hole Title is provided with buckle block capable of sliding back and forth, and other end winding excessively described the is fixedly connected on the opposite end of the buckle block Two reels and the fixed bracing wire being set around on first reel, the front and back side in the button block hole is respectively in left and right sides inner wall On be symmetrically arranged with opposite the 9th groove of being open, the left and right end of the buckle block it is symmetrical and be fixedly connected with extension be passed through it is described In 9th groove and the 5th guide pad capable of sliding back and forth, the 5th guide pad are fixedly connected close to one end of the runner slot There is other end to be fixedly connected on the 6th spring on the 9th groove inner wall, work is provided on the upside of described device main body Block, the lower end of the operation block are provided with that Open Side Down and can slide up and down the tenth groove with the pairing of described device main body, institute The opening for stating the tenth groove left and right sides inner wall is set as extending one at first slot opening with first sliding block End is matched, and is symmetrically arranged with and is open with respect to and with the buckle of the 5th slide block pairing on the left and right sides inner wall of the tenth groove Slot, be symmetrically arranged at the upper side position of side inner wall before and after the buckle slot opening it is opposite and with the lock of the buckle block pairing Slot.

The molding device includes the driving for being set to the operation block upper end and being fixedly connected as a preferred technical solution, Block is provided with elevator on rear side of the drive block, and the front end of the elevator is provided with lifting groove for opening forward, the liter Rotatable and lower end power is provided in drop slot to be connected in being fixedly installed on the downside of the lifting groove in inner wall on motor Third shaft, screw-thread fit is connected with and can slide up and down and front end is fixedly connected on the drive block rear end in the third shaft Link block, fourth hole, the lower end setting of the drive block are provided through in the upper inside walls of the tenth groove up and down There is telescopic chute of the opening towards the fourth hole, hydraulic cylinder, the hydraulic pressure are fixedly installed in the telescopic chute upper inside walls The lower end power of cylinder is connected with the telescopic rod that can be slided up and down in the telescopic chute, and the lower end of the telescopic rod is provided with The thread groove that Open Side Down, be provided in the fourth hole can slide up and down and upper end extend into the thread groove and with institute The mold block for stating the mating connection of thread groove inner thread, when needing to make different molds can by replace the mold block come Work.

The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, when carrying out die work by the present apparatus, Raw material is put into work nest by personnel, while the rotation of unlatching third shaft drives drive block to move down after completing, under operation block It moves and the first sliding block is pushed to enter in the first groove, the elastic deformation of second spring recovery at this time, which drives the second sliding block to move to right, makes third slide While block moves down drive supporting block move down with third through-hole register, simultaneously the first sliding block also push on Four-slider It moves, the upper end of Four-slider pushes the 5th sliding block to be displaced outwardly and stretches into sliding in buckle slot, when buckle block slides into and locked groove pair Six springs of Qi Shi restore elastic deformation and card master in locked groove are stretched into buckle block release, and simultaneously operation block stopping moves down, Hydraulic cylinder, which is opened, in the case of this moves up into work in work nest under driven mold block while driving telescopic rod elongation, after completion Original state is returned to, first motor, which is opened, at this time drives the rotation of the first reel to pull buckle block to return to button block hole by bracing wire It is interior, it is again turned on third shaft and drive block and operation block is driven to return to original state, the first sliding block returns to original state and makes at this time 5th sliding block returns to original state, while pulling the second sliding block to move to left by lead makes supporting block return to original state by mold top Going out a part allows personnel to take mold away, mold block removed when mold needs replacing change into it is another, again It repeats the above steps and completes die work, the present apparatus can be rapidly performed by mode locking and pine when intelligent automation progress die work Mould, reduce the service time of manpower makes the efficiency of die work accelerate to operate, while the risky operation for also reducing personnel makes peace Full performance improves, additionally it is possible to reuse and multi-functional switching mold requires to meet to make.

Description of the drawings

The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.

Fig. 1 is a kind of internal structure schematic diagram of quick mode locking rapping machine structure of the present invention；

Fig. 2 is the vertical view in direction " A-A " in Fig. 1；

Fig. 3 is the enlarged diagram of " B " in Fig. 1.

Specific implementation mode

As shown in Figure 1-Figure 3, a kind of quick mode locking rapping machine structure of the invention, including apparatus main body 10, be set to it is described Clamping apparatus in apparatus main body 10 and the molding device for being set to 10 upside of described device main body, the clamping apparatus include Be set to that the end of described device main body 10 or so is symmetrical and opening back to the first groove 11, being provided in first groove 11 can The first sliding block 12 for horizontally slipping and thering is one end to extend 11 opening of the first groove, the upper and lower sides of first groove 11 Inner wall is symmetrically arranged with the second opposite groove 13 that is open, and the upper and lower side of first sliding block 12 is symmetrical and is fixedly connected with extension It is passed through the first guide pad 14 that in second groove 13 and can be horizontally slipped, the left end of first guide pad 14 on right side is solid Surely it is connected with the resetting spring 30 that other end is fixedly connected in 13 inner left wall of the second groove, described the first of left side The right end of sliding block 12 is fixedly connected with the first spring 15 that other end is fixedly connected on first groove, 11 right side inner wall, The first drive cavity 16, the inner left wall of first drive cavity 16 and described first are provided between first groove, 11 inner wall It is provided with and communicated with first through hole 17 between groove 11, the second sliding block that can be horizontally slipped is provided in first drive cavity 16 18, the opposite third groove 19 that is open is provided on the front and back side inner wall of first drive cavity 16, second sliding block 18 Front and back end is fixedly connected with the slider guide for extending and being passed through and in the third groove 19 and can horizontally slipping, second sliding block 18 Left end is fixedly connected with other end and extends through the first through hole 17 and be fixedly connected on 12 right end of the first sliding block Lead 32, the right end of second sliding block 18 is fixedly connected with right end and is fixedly connected on first drive cavity, 16 right side inner wall On second spring 20, the work nest 21 of opening upwards, the work nest are provided in 16 upper inside walls of the first drive cavity It is provided with and communicated with the second through-hole 22 between 21 downside inner wall and first drive cavity 16, is provided in second through-hole 22 It can slide up and down and the pairing of lower end and second sliding block 18 and upper end may extend into third sliding block 23 in the work nest 21, The left and right sides inner wall of second through-hole 22 is provided with the 4th opposite groove 24 that is open, the left and right end pair of the third sliding block 23 Claim and be fixedly connected with extension to be passed through in the 4th groove 24 and second guide pad 25 that can slide up and down, described second is oriented to The upper end of block 25 is fixedly connected with the third spring 26 that upper end is fixedly connected in 24 upper inside walls of the 4th groove, the work The downside inner wall for making slot 21 is fixedly connected with bottom plate block 27, is provided in the bottom plate block 27 and runs through up and down and lead to described second The third through-hole 28 that hole 22 is aligned, the upper end of the third sliding block 23, which is fixedly connected with, upper in the third through-hole 28 to glide Dynamic supporting block 29, when die work, 29 upper surface of supporting block was flushed with 27 upper surface of bottom plate block, and described first is recessed 11 upside of slot is provided with bayonet unit.

Valuably, the bayonet unit includes be set in 11 upper inside walls of the first groove that Open Side Down the 5th recessed Slot 31,12 upper end of the first sliding block are provided with the 6th groove 33 of opening upwards, be provided in the 5th groove 31 can on Lower slider and lower end may extend into the 6th groove 33 and match slidable Four-slider 34 with the 6th groove 33, The left and right sides inner wall of 5th groove 31 is symmetrically arranged with the 7th opposite groove 35 that is open, a left side for the Four-slider 34 Right end is symmetrical and is fixedly connected with and extends into the 7th groove 35 and the third guide pad 36 that can slide up and down, the third The upper end of guide pad 36 is fixedly connected with the 4th spring 37 that upper end is fixedly connected in 35 upper inside walls of the 7th groove, institute It states the 5th groove 31 and side inner wall is provided with the perforative third through-hole 38 in left and right, being provided in the third through-hole 38 can control Sliding and the 5th sliding block 39 that the pairing of one end in the 5th groove 31 and 34 upper end of Four-slider can be stretched into, described the The upper and lower sides inner wall of three through-holes 38 is symmetrically arranged with the 8th opposite groove 40 that is open, and the upper and lower side of the 5th sliding block 39 is symmetrical And it is fixedly connected with the 4th guide pad 41 that extends into and in the 8th groove 40 and can horizontally slip, the 4th guide pad 41 Other end is fixedly connected with far from described 5th groove, 31 one end to be fixedly connected on 40 side inner wall of the 8th groove 5th spring 42 is provided with pre-and post perforative button block hole 43 in the 5th sliding block 39, and the button block hole 43 is close to the described 5th Runner slot 44 of the opening towards the button block hole 43 is provided on 31 side inner wall of groove, in the rear side inner wall of the runner slot 44 It is fixedly installed first motor 45, the front end power of the first motor 45 is connected with front end and is rotatably assorted company by bearing The first rotating shaft 46 being connected on 44 front inner wall of runner slot is fixedly connected with rotatable first in the first rotating shaft 46 Reel 47, in the button block hole 43 it is front and back be symmetrically arranged with upper and lower side and be rotatably assorted respectively by bearing be connected to the button block The second shaft 48 on 43 upper and lower sides inner wall of hole is fixedly connected with the second reel 49, the button block in second shaft 48 It is front and back in hole 43 to be symmetrically arranged with buckle block 50 capable of sliding back and forth, it is fixedly connected in addition on the opposite end of the buckle block 50 Excessively described second reel 49 of one end winding and the fixed bracing wire 51 being set around on first reel 47, the button block hole 43 Front and back side opposite the 9th groove 52 of being open, the left and right end of the buckle block 50 are symmetrically arranged on left and right sides inner wall respectively Symmetrical and be fixedly connected with extension and be passed through in the 9th groove 52 and the 5th guide pad 53 capable of sliding back and forth, the described 5th leads Other end is fixedly connected with to block 53 close to one end of the runner slot 44 to be fixedly connected on 52 inner wall of the 9th groove The 6th spring 54, the upside of described device main body 10 is provided with operation block 55, the lower end of the operation block 55 be provided with opening to Match the tenth groove 56 that can slide up and down, the opening of 56 left and right sides inner wall of the tenth groove down and with described device main body 10 One end that place is set as extending with first sliding block 12 first groove, 11 opening is matched, the tenth groove 56 The buckle slot 57 that opening is opposite and is matched with the 5th sliding block 39 is symmetrically arranged on left and right sides inner wall, before the buckle slot 57 The locked groove 58 that opening is opposite and is matched with the buckle block 50 is symmetrically arranged at the upper side position of rear side inner wall.

Valuably, the molding device includes the drive block 59 for being set to the operation block upper end and being fixedly connected, the drive The rear side of motion block 59 is provided with elevator 60, and the front end of the elevator 60 is provided with lifting groove 61 for opening forward, the liter Rotatable and lower end power is provided in drop slot 61 to be connected in being fixedly installed on motor in 61 downside inner wall of the lifting groove On third shaft 62, screw-thread fit is connected with and can slide up and down and front end is fixedly connected on the drive in the third shaft 62 The link block of 59 rear end of motion block is provided through fourth hole 63, the drive in the upper inside walls of the tenth groove 56 up and down The lower end of motion block 59 is provided with telescopic chute 64 of the opening towards the fourth hole 63, is fixed in 64 upper inside walls of the telescopic chute It is provided with hydraulic cylinder 65, the lower end power of the hydraulic cylinder 65 is connected with stretching of being slided up and down in the telescopic chute 64 Contracting bar 66, the lower end of the telescopic rod 66 are provided with the thread groove 67 that Open Side Down, be provided in the fourth hole 63 can on Lower slider and upper end extend into the mold block 68 being connected in the thread groove 67 and with 67 inner thread of the thread groove, when It can be worked by replacing the mold block 68 when needing to make different molds.

When original state, telescopic rod 66 and mold block 68 bounce back to greatest extent and 68 lower end of mold block and fourth hole 63 Register, drive block 59, which is at the position of top side, drives operation block 55 to be in top side, and the 5th sliding block 39 does not extend out device In main body 10 and 50 retraction button block hole 43 of buckle block, while apparatus main body 10, supporting block 29 are extended in one end of the first sliding block 12 At the position of top side.

When carrying out die work by the present apparatus, raw material is put into work nest 21 by personnel, and opening third after completing turns While the rotation of axis 62 drives drive block 59 to move down, operation block 55, which moves down, pushes the first sliding block 12 to enter in the first groove 11, this When second spring 20 restore elastic deformation the second sliding block 18 driven to move to right while so that third sliding block 23 is moved down drive supporting block 29 Move down with 28 register of third through-hole, simultaneously the first sliding block 12 also Four-slider 34 is pushed to move up, Four-slider 34 Upper end pushes the 5th sliding block 39 to be displaced outwardly and stretches into sliding in buckle slot 57, when buckle block 50 slide into be aligned with locked groove 58 when the Six springs 54 restore elastic deformation and card master in locked groove 58 are stretched into the buckle release of block 50, and simultaneously operation block 55 stops moving down, Hydraulic cylinder 65 is opened and moves up into work in work nest 21 under driven mold block 68 while driving telescopic rod 66 to extend in the case Make, original state is returned to after completing, first motor 45, which is opened, at this time drives the rotation of the first reel 47 to be pulled by bracing wire 51 Buckle block 50 returns in button block hole 43, is again turned on third shaft 62 and drive block 59 and operation block 55 is driven to return to original state, The first sliding block 12, which returns to original state, at this time makes the 5th sliding block 39 return to original state, while pulling the second sliding block by lead 32 18 move to left and allow supporting block 29 to return to original state to make personnel take mold away a mould ejection part, when mold needs more Mold block 68 removed when changing and changes into another, repeats the above steps complete die work again.

The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention Protection domain should be determined by the scope of protection defined in the claims.

Claims

1. the present invention a kind of quick mode locking rapping machine structure, including apparatus main body, be set in described device main body mode locking dress Set and be set to the molding device on the upside of described device main body, it is characterised in that：The clamping apparatus is described including being set to Apparatus main body or so end is symmetrical and opening back to the first groove, being provided in first groove can horizontally slip and have one end Extend the first sliding block at first slot opening, the upper and lower sides inner wall of first groove is symmetrically arranged with opening relatively The second groove, the upper and lower side of first sliding block is symmetrical and is fixedly connected with extension and is passed through in second groove and can control First guide pad of sliding, the left end of first guide pad on right side are fixedly connected with other end and are fixedly connected on described the Resetting spring in two groove inner left walls, the right end of first sliding block in left side are fixedly connected with other end and are fixedly connected The first spring on the right side of first groove on inner wall is provided with the first drive cavity between first groove inner wall, described It is provided with and communicated with first through hole between the inner left wall of first drive cavity and first groove, is arranged in first drive cavity There is the second sliding block that can be horizontally slipped, the opposite third groove that is open be provided on the front and back side inner wall of first drive cavity, The front and back end of second sliding block is fixedly connected with the slider guide for extending and being passed through and in the third groove and can horizontally slipping, described The left end of second sliding block is fixedly connected with other end and extends through the first through hole and be fixedly connected on first sliding block Lead on right end, the right end of second sliding block are fixedly connected with right end and are fixedly connected on inner wall on the right side of first drive cavity On second spring, the work nest of opening upwards, the downside of the work nest are provided in the first drive cavity upper inside walls The second through-hole is provided with and communicated between inner wall and first drive cavity, be provided in second through-hole can slide up and down and under End simultaneously may extend into the third sliding block in the work nest, the left and right sides of second through-hole in upper end with second slide block pairing Inner wall is provided with opposite the 4th groove of being open, the left and right end of the third sliding block it is symmetrical and be fixedly connected with extension be passed through it is described In 4th groove and second guide pad that can slide up and down, the upper end of second guide pad are fixedly connected with upper end and are fixedly connected The downside inner wall of third spring in the 4th groove upper inside walls, the work nest is fixedly connected with bottom plate block, described The third through-hole for running through and being aligned with second through-hole up and down is provided in bottom plate block, the upper end of the third sliding block, which is fixed, to be connected Be connected to the supporting block that can be slided up and down in the third through-hole, when die work the supporting block upper surface with the bottom plate block Upper surface flushes, and bayonet unit is provided on the upside of first groove.

2. a kind of quick mode locking rapping machine structure according to claim 1, it is characterised in that：The bayonet unit includes setting In the 5th groove that Open Side Down in the first groove upper inside walls, first upper end of slide block is provided with the of opening upwards Six grooves, being provided in the 5th groove can slide up and down and lower end may extend into the 6th groove and with the described 6th Groove matches slidable Four-slider, and it is recessed that the left and right sides inner wall of the 5th groove is symmetrically arranged with opposite the 7th that be open Slot, the left and right end of the Four-slider is symmetrical and is fixedly connected with and extends into the 7th groove and the third that can slide up and down The upper end of guide pad, the third guide pad is fixedly connected with upper end is fixedly connected in the 7th groove upper inside walls Four springs, the 5th groove are provided with the perforative third through-hole in left and right back to side inner wall, and being provided in the third through-hole can Horizontally slip and can stretch into the 5th sliding block of one end in the 5th groove and the pairing of Four-slider upper end, the third The upper and lower sides inner wall of through-hole is symmetrically arranged with the 8th opposite groove that is open, and the upper and lower side of the 5th sliding block is symmetrical and fixation connects It is connected to the 4th guide pad that extends into and in the 8th groove and can horizontally slip, the 4th guide pad is recessed far from the described 5th Slot one end is fixedly connected with the 5th spring that other end is fixedly connected on the inner wall of the 8th groove side, and the described 5th slides Pre-and post perforative button block hole is provided in block, the button block hole is provided with opening direction on the inner wall of the 5th groove side The runner slot in the button block hole, is fixedly installed first motor in the rear side inner wall of the runner slot, before the first motor End power is connected with front end and is rotatably assorted by bearing the first rotating shaft being connected on the runner slot front inner wall, described It is fixedly connected with rotatable first reel in first rotating shaft, it is front and back in the button block hole to be symmetrically arranged with upper and lower side and lead to respectively It crosses bearing to be rotatably assorted the second shaft being connected on the button block hole upper and lower sides inner wall, be fixedly connected in second shaft Second reel, it is front and back in the button block hole to be symmetrically arranged with buckle block capable of sliding back and forth, on the opposite end of the buckle block It is fixedly connected with excessively described second reel of other end winding and the fixed bracing wire being set around on first reel, it is described The front and back side in button block hole is symmetrically arranged with the 9th opposite groove that is open, the left and right of the buckle block on left and right sides inner wall respectively End is symmetrical and is fixedly connected with extension and is passed through in the 9th groove and the 5th guide pad capable of sliding back and forth, and the described 5th is oriented to Block is fixedly connected with the 6th bullet that other end is fixedly connected on the 9th groove inner wall close to one end of the runner slot Spring, is provided with operation block on the upside of described device main body, the lower end of the operation block be provided with that Open Side Down and with described device master Body matches the tenth groove that can slide up and down, and the opening of the tenth groove left and right sides inner wall is set as and first sliding block Extend one end pairing at first slot opening, opening phase is symmetrically arranged on the left and right sides inner wall of the tenth groove Pair and with the buckle slot of the 5th slide block pairing, be symmetrically arranged with opening at the upper side position of side inner wall before and after the buckle slot Locked groove that is opposite and being matched with the buckle block.

3. a kind of quick mode locking rapping machine structure according to claim 1, it is characterised in that：The molding device includes setting Elevator is provided on rear side of the drive block that the operation block upper end is fixedly connected, the drive block, before the elevator End is provided with lifting groove for opening forward, and rotatable and lower end power is provided in the lifting groove and is connected in fixed setting It is connected with and can slide up and down in screw-thread fit in the third shaft in the inner wall of lifting groove downside on motor, the third shaft And front end is fixedly connected on the link block of the drive block rear end, is provided through up and down in the upper inside walls of the tenth groove Fourth hole, the lower end of the drive block are provided with telescopic chute of the opening towards the fourth hole, on the upside of the telescopic chute in It is fixedly installed hydraulic cylinder in wall, the lower end power of the hydraulic cylinder is connected with and can be slided up and down in the telescopic chute Telescopic rod, the lower end of the telescopic rod are provided with the thread groove that Open Side Down, and being provided in the fourth hole can slide up and down And upper end extends into the mold block being connected in the thread groove and with the thread groove inner thread, it is different when needing to make It can be by replacing the mold block come work when mold.