阅读说明：本技术 多发导线芯片同步铆压扣合机构 (Multiple conducting wire chip synchronization riveting engaging support mechanism ) 是由 熊祥凯 邓善仁 陈继承 杨献华 浦显伟 于 2019-08-09 设计创作，主要内容包括：本发明公开了一种多发导线芯片同步铆压扣合机构,包括机构上固定板、机构下固定板和机构侧板,机构上固定板和机构下固定板之间设有铆压上、下模具模组,铆压上、下模具模组分别通过线轨组件上下滑动固定于机构侧板上,机构上固定板上固定有气液增压缸,气液增压缸能够带动铆压上模具模组沿竖直方向上下往返运动；机构下固定板上设有推顶升气缸和下模具顶升模组,推顶升气缸通过该下模具顶升模组带动铆压下模具模组沿竖直方向上下运动。该多发导线芯片同步铆压扣合机构不仅结构简介,布置合理,全程自动化,而且生产效率极高,产品铆压质量有保证。(The invention discloses a kind of multiple conducting wire chip synchronization riveting engaging support mechanisms, including mechanism upper mounted plate, mechanism bottom plate and mechanism side plate, the upper and lower mold mould group of riveting is equipped between mechanism upper mounted plate and mechanism bottom plate, the upper and lower mold Mo Zu of riveting, which passes through line rail assembly respectively and slides up and down, to be fixed on mechanism side plate, pneumohydraulic pressure-cylinder is fixed on mechanism upper mounted plate, pneumohydraulic pressure-cylinder is able to drive riveting upper mold mould group and moves up and down along the vertical direction；Mechanism bottom plate, which is equipped with, pushes away jacking cylinder and lower mold jacking mould group, pushes away jacking cylinder and drives mold mould group under riveting to move up and down along the vertical direction by lower mold jacking mould group.The multiple conducting wire chip synchronization riveting engaging support mechanism not only structure brief introduction, connection and reasonable arrangement, whole-course automation, and also production efficiency is high, and product riveting quality is guaranteed.)

1. a kind of multiple conducting wire chip synchronization riveting engaging support mechanism, including mechanism upper mounted plate (1), mechanism bottom plate (2) and Mechanism side plate (3), the mechanism upper mounted plate and mechanism bottom plate are setting up and down in the horizontal direction, and are individually fixed in along perpendicular Mechanism side plate from histogram to setting top and bottom, it is characterised in that: the mechanism upper mounted plate and mechanism bottom plate it Between be equipped with mold mould group (5) under riveting upper mold mould group (4) and riveting, mold mould under the riveting upper mold mould group (4) and riveting Group (5) is slided up and down by line rail assembly respectively to be fixed on the mechanism side plate, is fixed on the mechanism upper mounted plate (1) Pneumohydraulic pressure-cylinder (6), the pneumohydraulic pressure-cylinder are able to drive the riveting upper mold mould group (4) and transport up and down along the vertical direction It is dynamic；The mechanism bottom plate (2), which is equipped with, pushes away jacking cylinder (7) and lower mold jacking mould group (8), this pushes away jacking cylinder (7) Mold mould group (5) under the riveting is driven to move up and down along the vertical direction by lower mold jacking mould group (8).

2. multiple conducting wire chip synchronization riveting engaging support mechanism according to claim 1, it is characterised in that: the riveting upper mold Having mould group (4) includes upper mold fixed plate (41), riveting upper mold (42), riveting limited block (43), the first linear track (44) With slidable fit in the first line rail sliding block (45) on first linear track, first linear track is installed along the vertical direction In the top of the medial surface of the mechanism side plate (3), the medial surface and the First Line rail of the upper mold fixed plate (41) are sliding Block (45) is fixedly connected, and the upper side of the upper mold fixed plate (41) and the piston rod of the pneumohydraulic pressure-cylinder (6) are by floating Dynamic connector connection；The riveting upper mold (42) is fixed on the downside of the upper mold fixed plate (41), two riveting limits Position block (43) is set to the two sides of the upper mold fixed plate (41).

3. multiple conducting wire chip synchronization riveting engaging support mechanism according to claim 1, it is characterised in that: the riveting lower die Have mould group include mold (52) under lower mold fixed plate (51) and riveting, under the riveting mold include lower mold fixed block (53) and Lower mold riveting block (54), lower mold riveting block (54) are installed on lower mold fixed block (53), and lower mold fixed block (53) is solid Due on lower mold fixed plate (51).

4. multiple conducting wire chip synchronization riveting engaging support mechanism according to claim 3, it is characterised in that: the lower mold is solid It is separately installed at left and right sides of fixed board (51) positioning pin (57), 4 excellent power blob of viscoses is fixed on the lower mold fixed block.

5. multiple conducting wire chip synchronization riveting engaging support mechanism according to claim 3, it is characterised in that: the lower mold top Rising mould group (8) includes that ejection rises mold fixed plate (81), left and right sliding block (82) and upper lower push-rod (83), and the ejection rising mould group is solid Fixed board is equipped with left and right limit sliding chutes (811), and the basal sliding of the left and right sliding block (82) is limited in the left and right limit sliding chutes (811) in, one end of the left and right sliding block (82) is fixedly connected with the piston rod for pushing away jacking cylinder (7), and the left and right is slided Block (82) is equipped with the oblique chute (821) that height gradually changes from one end to the other end, the lower end of the upper lower push-rod (83) It is limited in the oblique chute by cam bawl (84) sliding, the upper end of the upper lower push-rod (83) and the lower mold fixed plate It is fixedly connected.

6. multiple conducting wire chip synchronization riveting engaging support mechanism according to claim 5, it is characterised in that: the lower mold is solid It is fixed on the inside of fixed board (51) on the second line rail sliding block (55), which is assemblied in the second linear track (56) On, which is installed on the lower part of the medial surface of the mechanism side plate (3) along the vertical direction.

Technical field

The invention belongs to automatically processing device technical fields, particularly relate to a kind of multiple conducting wire chip synchronization riveting Press engaging support mechanism.

Background technique

Electric detonator in process, is needed conducting wire chip and lead carrying out riveting, be done for subsequent welding sequence It is good to prepare.But there is presently no special automation riveting engaging support mechanism, need to be unfavorable for industry by existing riveting press equipment Automation processing, and processing cost is higher.

Summary of the invention

In order to overcome drawbacks described above, the present invention provides a kind of multiple conducting wire chip synchronization riveting engaging support mechanism, Neng Goushi The synchronization riveting of existing multiple conducting wire chip fastens, and not only efficiency greatly promotes, but also product processing quality is guaranteed.

The present invention is to solve technical solution used by its technical problem: a kind of multiple conducting wire chip synchronization riveting is buckled Close mechanism, including mechanism upper mounted plate, mechanism bottom plate and mechanism side plate, the mechanism upper mounted plate and mechanism bottom plate It is setting up and down in the horizontal direction, and it is individually fixed in the top and bottom for the mechanism side plate being arranged along the vertical direction, the mechanism Mold mould group under riveting upper mold mould group and riveting, the riveting upper mold mould group are equipped between upper mounted plate and mechanism bottom plate Pass through line rail assembly respectively with mold Mo Zu under riveting and slide up and down and is fixed on the mechanism side plate, the mechanism upper mounted plate On be fixed with pneumohydraulic pressure-cylinder, which is able to drive the riveting upper mold mould group and transports up and down along the vertical direction It is dynamic；The mechanism bottom plate, which is equipped with, pushes away jacking cylinder and lower mold jacking mould group, this pushes away jacking cylinder and passes through the lower mold Jacking mould group drives mold mould group under the riveting to move up and down along the vertical direction.

As a further improvement of the present invention, the riveting upper mold mould group include upper mold fixed plate, riveting upper mold, Riveting limited block, the first linear track and slidable fit are in the first line rail sliding block on first linear track, the First Line Property track is installed on the top of the medial surface of the mechanism side plate, the medial surface of the upper mold fixed plate and institute along the vertical direction It states the first line rail sliding block to be fixedly connected, the upper side of the upper mold fixed plate and the piston rod of the pneumohydraulic pressure-cylinder are by floating Dynamic connector connection；The riveting upper mold is fixed on the downside of the upper mold fixed plate, and two riveting limited blocks are set to The two sides of the upper mold fixed plate.

As a further improvement of the present invention, mold mould group includes lower mold fixed plate and riveting lower die under the riveting Have, mold includes lower mold fixed block and lower mold riveting block under the riveting, and lower mold riveting block is installed on lower mold fixed block On, lower mold fixed block is fixed on lower mold fixed plate.

As a further improvement of the present invention, it is separately installed with a positioning pin at left and right sides of the lower mold fixed plate, When carrier is reached above lower mold fixed plate, the ejection under riveting below mold rises cylinder moving, and mold under riveting is pushed to rise, To carry out precise positioning to carrier by positioning pin.4 excellent power blob of viscoses, excellent power blob of viscose are fixed on the lower mold fixed block Be it is elastic, play the role of holding mold.

As a further improvement of the present invention, the lower mold jacking mould group includes that ejection rises mold fixed plate, left and right is slided Block and upper lower push-rod, the ejection rising mould group fixed plate are equipped with left and right limit sliding chutes, and the basal sliding of the left and right sliding block limits In the left and right limit sliding chutes, one end of the left and right sliding block is fixedly connected with the piston rod for pushing away jacking cylinder, described Left and right sliding block is equipped with the oblique chute that height gradually changes from one end to the other end, and the lower end of the upper lower push-rod passes through cam Roller slip is limited in the oblique chute, and the upper end of the upper lower push-rod is fixedly connected with the lower mold fixed plate.

As a further improvement of the present invention, it is fixed in the second line rail sliding block on the inside of the lower mold fixed plate, it should Second line rail sliding block is assemblied on the second linear track, which is installed on the mechanism side plate along the vertical direction The lower part of medial surface.

The beneficial effects of the present invention are: the multiple conducting wire chip synchronization riveting engaging support mechanism is upper and lower in carrier arrival riveting Between mold mould group, the cooperation by pushing away jacking cylinder and ejection rising mould group drives mold under riveting to rise, and carrier is positioned, The decline of riveting upper mold is driven by pneumohydraulic pressure-cylinder again, realizes the riveting of conducting wire and chip lead, not only structure brief introduction, arrangement Rationally, whole-course automation, and production efficiency is high, and product riveting quality is guaranteed.

Detailed description of the invention

Fig. 1 is schematic structural view of the invention；

Fig. 2 is riveting upper mold modular structure schematic diagram of the present invention；

Fig. 3 is mold modular structure schematic diagram under riveting of the present invention.

In conjunction with attached drawing, make the following instructions:

1 --- mechanism upper mounted plate；2 --- mechanism bottom plate；

3 --- mechanism side plate；4 --- riveting upper mold mould group；

5 --- mold mould group under riveting；6 --- pneumohydraulic pressure-cylinder；

7 --- push away jacking cylinder；8 --- lower mold jacks mould group；

41 --- upper mold fixed plate；42 --- riveting upper mold；

43 --- riveting limited block；44 --- the first linear track；

45 --- the first line rail sliding block；57 --- positioning pin；

51 --- lower mold fixed plate；52 --- mold under riveting；

53 --- lower mold fixed block；54 --- lower mold riveting block；

55 --- the second line rail sliding block；56 --- the second linear track；

81 --- ejection rises mold fixed plate；82 --- left and right sliding block；

83 --- upper lower push-rod；84 --- cam bawl；

811 --- left and right limit sliding chutes；821 --- oblique chute.

Specific embodiment

Below in conjunction with attached drawing, elaborate to a preferred embodiment of the invention.But protection scope of the present invention is not Be limited to following embodiments, i.e., in every case with simple equivalence changes made by scope of the present invention patent and description with repair Decorations, all still belong within the invention patent covering scope.

It refering to fig. 1-3, is a kind of multiple conducting wire chip synchronization riveting engaging support mechanism of the present invention, including in mechanism admittedly Fixed board 1, mechanism bottom plate 2 and mechanism side plate 3, the mechanism upper mounted plate and mechanism bottom plate in the horizontal direction on divide into It sets, and is individually fixed in the top and bottom for the mechanism side plate being arranged along the vertical direction, under the mechanism upper mounted plate and mechanism Mold mould group 5 under riveting upper mold mould group 4 and riveting, mold under the riveting upper mold mould group 4 and riveting are equipped between fixed plate Mould group 5 is slided up and down by line rail assembly respectively to be fixed on the mechanism side plate, is fixed with gas on the mechanism upper mounted plate 1 Liquid pressurized cylinder 6, the pneumohydraulic pressure-cylinder are able to drive the riveting upper mold mould group 4 and move up and down along the vertical direction；It is described Mechanism bottom plate 2, which is equipped with, pushes away jacking cylinder 7 and lower mold jacking mould group 8, this pushes away jacking cylinder 7 and passes through the lower mold jacking Mould group 8 drives mold mould group 5 under the riveting to move up and down along the vertical direction.

When work, carrier is transported to the riveting upper mold mould group 4 and riveting of the riveting engaging support mechanism by horizontal run Between lower mold mould group 5, mold mould group 5 is pushed away jacking cylinder 7 and is driven by lower mold jacking mould group 8 under subsequent riveting, so that Mold mould group 5 moves upwards under riveting, under riveting the movement of mold mould group 5 in place afterwards by the positioning pin that is arranged thereon to carrier into Row positioning, while carrier lower surface is held, prevent carrier from tilting in riveting process.Then, pneumohydraulic pressure-cylinder 6 moves, and drives Riveting upper mold mould group 4 moves downward, and the riveting block in riveting upper mold mould group 4 carries out riveting to conducting wire and chip lead.

The riveting upper mold mould group 4 includes upper mold fixed plate 41, riveting upper mold 42, riveting limited block 43, first Linear track 44 and slidable fit are in the first line rail sliding block 45 on first linear track, and first linear track is along vertical Direction is installed on the top of the medial surface of the mechanism side plate 3, the medial surface and the First Line of the upper mold fixed plate 41 Rail sliding block 45 is fixedly connected, and the piston rod of the upper side of the upper mold fixed plate 41 and the pneumohydraulic pressure-cylinder 6 passes through floating Connector connection；The riveting upper mold 42 is fixed on the downside of the upper mold fixed plate 41, two riveting limited blocks 43 Set on the two sides of the upper mold fixed plate 41.

When riveting, pneumohydraulic pressure-cylinder 6 drives upper mold fixed plate 41 opposite along the first linear track 41 by floating junction Mechanism side plate 3 moves downward, and realizes that the riveting of riveting upper mold mould group acts and executes, wherein riveting limited block is two groups, respectively The up and down motion limit for controlling upper mold fixed plate, when limes superiors riveting limited block can slow down gas-liquid pressure-boosting cylinder piston rod backhaul Excessive velocities damage pressurized cylinder, reduce the service life.Limit inferior riveting limited block limits the extreme position of riveting, precisely Riveting range is controlled, guarantees the consistency of product after riveting.

Mold mould group includes mold 52 under lower mold fixed plate 51 and riveting under the riveting, under mold includes under the riveting Mold fixed block 53 and lower mold riveting block 54, lower mold riveting block 54 are installed on lower mold fixed block 53, and lower mold is fixed Block 53 is fixed on lower mold fixed plate 51.

The left and right sides of the lower mold fixed plate 51 is separately installed with a positioning pin 57, and carrier reaches lower mold fixed plate When top, the ejection under riveting below mold rises cylinder moving, and mold under riveting is pushed to rise, thus by positioning pin to carrier Carry out precise positioning.Be fixed with 4 excellent power blob of viscoses on the lower mold fixed block, excellent power blob of viscose be it is elastic, play and hold mould The effect of tool.Instantly when carrier bottom surface is with mold fixed block inclined bottom surface, excellent power blob of viscose can play preferable buffer function.Lower die 10 riveting blocks are fixed on tool fixed block, when mechanism kinematic, lower mold riveting block and the block relative motion of upper mold riveting, thus Conducting wire pin riveting is formed.

The lower mold jacking mould group 8 includes that ejection rises mold fixed plate 81, left and right sliding block 82 and upper lower push-rod 83, described Ejection rising mould group fixed plate is equipped with left and right limit sliding chutes 811, and the basal sliding of the left and right sliding block 82 is limited in left and right limit In the sliding slot 811 of position, one end of the left and right sliding block 82 is fixedly connected with the piston rod for pushing away jacking cylinder 7, and the left and right is slided Block 82 is equipped with the oblique chute 821 that height gradually changes from one end to the other end, and the lower end of the upper lower push-rod 83 passes through convex The wheel sliding of roller 84 is limited in the oblique chute, and the upper end of the upper lower push-rod 83 is fixedly connected with the lower mold fixed plate.

In riveting work, the movement of jacking cylinder 7 is pushed away, left and right sliding block 82 is driven to rise the left and right of mold fixed plate 81 in ejection It is moved in limit sliding chutes 811, and the lower end of upper lower push-rod 83 limits the oblique chute 821 in left and right sliding block 82 by cam bawl 84 Interior and upper end is connected with lower mold fixed plate, and lower mold fixed plate is slided up and down again to be fixed on mechanism side plate 3, therefore when a left side Right sliding block 82 will drive upper lower push-rod 83 to move up and down along oblique chute 821, thus under with when pushing away jacking cylinder 7 and moving left and right Carrier is held when mold riveting.

The inside of the lower mold fixed plate 51 is fixed in the second line rail sliding block 55, which is assemblied in On bilinear track 56, which is installed on the lower part of the medial surface of the mechanism side plate 3 along the vertical direction.Pass through The setting of second line rail sliding block and the second linear track, it is ensured that the vertically moving precision of upper mold fixed plate.

It can be seen that the multiple conducting wire chip synchronization riveting engaging support mechanism carrier reach the upper and lower mold mould group of riveting it Between, the cooperation by pushing away jacking cylinder and ejection rising mould group drives mold under riveting to rise, and carrier is positioned, then pass through gas-liquid Pressurized cylinder drives the decline of riveting upper mold, realizes the riveting of conducting wire and chip lead, not only structure brief introduction, connection and reasonable arrangement, whole process Automation, and production efficiency is high, and product riveting quality is guaranteed.