CN207343618U - Riveting set - Google Patents

Abstract

The utility model provides a kind of riveting set.The riveting set includes upper die component, and upper die component includes upper mold seat and first and presses component, and first component that presses is inclined on upper mold seat, and first one end of remote upper mold seat for pressing component is first to press end；Lower mold assemblies, lower mold assemblies include die holder and second and press component, second presses component with the working face for being used to place workpiece to be riveted, working face relative level has angle, second component that presses presses end with second, first press end and second press end be correspondingly arranged respectively with working face, first press end and second press end cooperation riveted with treating riveting workpiece.By technical solution provided by the utility model, solve in the prior art that production efficiency is relatively low and the higher technical problem of production cost when inclined-plane rivets.

Description

Riveting set

Technical field

Die device field is the utility model is related to, in particular to a kind of riveting set.

Background technology

At present, the riveting of sheet metal part round dot uses riveting die set, and riveting die set of the prior art includes upper and lower mould, and Upper and lower mould is movable material-removing structure, to ensure to rivet the smooth demoulding of part after the completion of riveting.

Riveting face of the prior art is generally horizontal plane, therefore, when sheet metal part shape is special, especially when metal plate zero When the riveting face of part is in an inclined-plane or vertical plane position, staff must overturn the riveting face of the sheet metal part to water Prosposition, which puts place, could complete staking process.In actual production, if, it is necessary to manually when part to be riveted is stage die Or manipulator automatically overturns in riveting face to horizontal plane, if part to be riveted is the progressive die, since the progressive die can not complete mould Interior fitting turnover action, thus need the secondary dedicated riveting die of increase by one to complete staking process.Therefore, using in the prior art To be riveted part of the riveting die set riveting with inclined-plane or vertical plane when, the waste of human and material resources can be caused, and can reduce Production efficiency, increase production cost.

Utility model content

The utility model provides a kind of riveting set, with solve in the prior art when inclined-plane rivet production efficiency it is relatively low with The higher technical problem of production cost.

The utility model provides a kind of riveting set, and riveting set includes：Upper die component, upper die component include upper mold seat Press component with first, first component that presses is inclined on upper mold seat, first press component remote upper mold seat one end Press end for first；Lower mold assemblies, lower mold assemblies include die holder and second and press component, and second component that presses has and is used to put Put the working face of workpiece to be riveted, working face relative level has an angle, and second component that presses presses end with second, and first Press end and second press end be correspondingly arranged respectively with working face, first press end and second press end cooperation with to work to be riveted Part is riveted.

Further, upper mold seat can in the vertical direction movement, riveting set further includes guidance set, and guidance set has The guide surface being obliquely installed, first component that presses include：First sliding block, is slidably disposed on upper mold seat, when upper mold seat court When being moved to die holder, the first sliding block is moved along guide surface, so that first presses end along being moved perpendicular to the direction of working face；On Press component, is arranged on the first sliding block, and the component that above presses has first to press end.

Further, the component that presses includes：Upper clamp plate, is arranged on the first sliding block；Upper de- plate, with the movable company of upper clamp plate Connect, upper de- plate is located at the side away from the first sliding block of upper clamp plate, upper de- plate have the operating position that is bonded with upper clamp plate and Separation point position separated with upper clamp plate, is provided with first through hole on upper de- plate；Press punch-pin, the first end for the punch-pin that presses and upper folder Plate is fixedly connected, and the second end for the punch-pin that presses is arranged in the first through hole of de- plate, when upper de- plate is located at operating position, pressure The second end of riveting punch-pin is pierced by out of upper de- plate, and when upper de- plate is located at separation point position, the second end for the punch-pin that presses is positioned at upper de- In plate.

Further, guidance set includes：Fixed seat, is arranged on die holder；Guide pad, is arranged in fixed seat, leads There is guide surface on to block, there is the inclined plane coordinated with guide surface on the first sliding block.

Further, the component that presses further includes：First return unit, is arranged between upper clamp plate and upper de- plate.

Further, first component that presses further includes：Take-up housing, is arranged on upper mold seat, and the first sliding block is slideably set Put on take-up housing；Second return unit, is arranged between take-up housing and the first sliding block.

Further, second component that presses includes：Lower template, is arranged on die holder, and working face is provided with lower template, Corresponded in lower template and the second through hole is provided with working face；Under press component, be movably disposed in the second through hole, under press Component has second to press end；Second sliding block, is slidably disposed on die holder, and the second sliding block is used under driving the component that presses Second press end towards working face move.

Further, riveting set further includes drive block, and drive block is used to driving the movement of the second sliding block, and drive block is positioned at the One end of the component that presses away under of two sliding blocks.

Further, drive block is arranged on upper mold seat, and drive block is provided with driving tiltedly close to one end of the second sliding block Face, one end of the close drive block of the second sliding block are correspondingly arranged on cooperation inclined-plane, when upper mold seat is moved towards die holder, drive block By driving inclined-plane with coordinate contact of incline plane with drive the second sliding block move.

Further, second component that presses further includes：3rd return unit, is arranged between the second sliding block and die holder.

Further, the component that presses under includes：Lower template enters son, is movably disposed in the second through hole；Press cavity plate, Lower template is arranged on to enter in son；First lower clamp plate, is arranged on the side that lower template enters the remote working face of son, and the second sliding block is used for The first lower clamp plate and lower template is driven to enter son and moved in the second through hole, lower template enters son and working for fixing workpiece to be riveted Position on face；Press interior top, and the interior top that presses presses end with the fixing end that is oppositely arranged and second, and second, which presses, holds and wear successively It is located at the first lower clamp plate and lower template enters in son, and enters in son to be pierced by from lower template.

Further, second component that presses further includes：4th return unit, is arranged between the first lower clamp plate and die holder.

Further, the component that presses under further includes：Baffle plate, is arranged on die holder, and under the first lower clamp plate Side；Second lower clamp plate, is arranged on the side of the close working face of baffle plate；One end of 4th return unit is fixed on die holder, The other end of 4th return unit sequentially passes through baffle plate and the second lower clamp plate and is connected with the first lower clamp plate.

Using the technical solution of the utility model, which includes：Upper die component and lower mold assemblies, upper die component bag Include upper mold seat and first to press component, first component that presses is inclined on upper mold seat, the first remote upper mold for pressing component One end of seat presses end for first.Lower mold assemblies include die holder and second and press component, and second component that presses has and is used to put Put the working face of workpiece to be riveted, working face relative level has an angle, and second component that presses presses end with second, and first Press end and second press end be correspondingly arranged respectively with working face, first press end and second press end cooperation with to work to be riveted Part is riveted.During using the riveting set, the face to be riveted of workpiece to be riveted need to be only positioned on working face, pass through inclination First set presses component and second component that presses is treated riveting workpiece and riveted, you can the oblique of riveting workpiece is treated in completion The staking process in face.Using the riveting set, the inclined-plane of the workpiece to be riveted need not be both overturn to horizontal plane, while also not Need to increase riveting die in the progressive die, solve in the prior art when inclined-plane rivets production efficiency is relatively low and production cost compared with High technical problem.

Brief description of the drawings

The accompanying drawings which form a part of this application are used to provide a further understanding of the present invention, this practicality New schematic description and description is used to explain the utility model, does not form the improper restriction to the utility model. In the accompanying drawings：

Fig. 1 shows the structure diagram of riveting set provided by the utility model；

Fig. 2 shows the operating position schematic diagram of riveting set provided by the utility model.

Wherein, above-mentioned attached drawing is marked including the following drawings：

10th, upper die component；11st, upper mold seat；12nd, first press component；121st, the first sliding block；122nd, press component on； 122a, upper clamp plate；122b, upper de- plate；122c, press punch-pin；122d, the first return unit；123rd, take-up housing；124th, second resets Part；20th, lower mold assemblies；21st, die holder；22nd, second press component；221st, lower template；222nd, press component under；222a, lower die Plate enters son；222b, press cavity plate；222c, the first lower clamp plate；222d, press interior top；222e, baffle plate；222f, second time folder Plate；223rd, the second sliding block；224th, the 3rd return unit；225th, the 4th return unit；30th, guidance set；31st, fixed seat；32nd, it is oriented to Block；40th, drive block.

Embodiment

The following is a combination of the drawings in the embodiments of the present utility model, and the technical scheme in the embodiment of the utility model is carried out Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.The description only actually at least one exemplary embodiment is illustrative to be never used as to this practicality below New and its application or any restrictions used.Based on the embodiment in the utility model, those of ordinary skill in the art are not having All other embodiments obtained under the premise of creative work are made, shall fall within the protection scope of the present invention.

As shown in Figure 1 to Figure 2, the utility model embodiment provides a kind of riveting set, which includes：Upper module Part 10 and lower mold assemblies 20.Wherein, which includes upper mold seat 11 and first and presses component 12, and first presses component 12 It is inclined on upper mold seat 11, so that first component 12 that presses can transmit more rivet forces to riveting direction.First presses One end of the remote upper mold seat 11 of component 12 presses end for first.Lower mold assemblies 20 include die holder 21 and second and press component 22, second component 22 that presses has and is used to placing the working face of workpiece to be riveted, and working face relative level has an angle, and second The component 22 that presses has second to press end, and first end and second that presses presses to hold and is correspondingly arranged respectively with working face, and first presses End presses to hold to coordinate with second and is riveted with treating riveting workpiece.

During using the riveting set, first the inclined-plane of workpiece to be riveted is positioned on working face, then makes first to press group Part 12 and the second direction for pressing component 22 to the close working face are moved, to complete the riveting to the inclined-plane of the workpiece to be riveted Connect, then, first component 12 and second that presses can be made to press component 22 to move away from working face direction, completion stripping process. Using the riveting set in the present embodiment, the inclined-plane of the workpiece to be riveted need not be both overturn to horizontal plane, while be also not required to To increase riveting die in the progressive die, reach effect that is time saving and energy saving and reducing production cost, solved and exist in the prior art Production efficiency is relatively low when inclined-plane rivets and the higher technical problem of production cost.

Specifically, first component 12 that presses treats the riveting and the demoulding of riveting workpiece for convenience, upper mold seat 11 is set Into can in the vertical direction movement, using such setting, can cause the device rivet and knockout course in, first presses Component 12 can be moved towards the direction closer or far from working face.The riveting set further includes guidance set, and guidance set, which has, to incline The guide surface tiltedly set, the guidance set can ensure that first component 12 that presses is moved up in default side.First presses group Part 12 includes the first sliding block 121 and the component 122 that above presses.Wherein, the first sliding block 121 is slidably disposed on upper mold seat 11, When upper mold seat 11 is moved towards die holder 21, the first sliding block 121 is contacted with guidance set, meanwhile, the first sliding block 121 will be along leading Moved to face, so that first presses end along being moved perpendicular to the direction of working face.In the present embodiment, the component 122 that presses by is set Put on the first sliding block 121, and the component 122 that presses on this presses end with first.

The component 122 that presses on specifically, includes：Upper clamp plate 122a, upper de- plate 122b and the punch-pin 122c that presses.Wherein, should Upper clamp plate 122a is arranged on the first sliding block 121.Upper de- plate 122b is located at the movable connections of upper clamp plate 122a, upper de- plate 122b The side away from the first sliding block 121 of upper clamp plate 122a, upper de- plate 122b have the operating position that is bonded with upper clamp plate 122a with And separation point position separated with upper clamp plate 122a, first through hole is provided with upper de- plate 122b.Press the first end of punch-pin 122c It is fixedly connected with upper clamp plate 122a, the second end for the punch-pin 122c that presses is arranged in the first through hole of de- plate 122b, when upper de- When plate 122b is located at operating position, the second end for the punch-pin 122c that presses is pierced by out of upper de- plate 122b, when upper de- plate 122b is located at During separation point position, the second end for the punch-pin 122c that presses is located in upper de- plate 122b.

In the present embodiment, when 11 in the vertical direction of upper mold seat moves down, by the fortune of component 122 that presses in drive Dynamic, when moving to upper de- plate 122b and being contacted with working face, upper mold seat 11 is moved down in the vertical direction is continued, up to upper De- plate 122b and upper clamp plate 122a is changed into bonding position from separation point position, and at this time, upper de- plate 122b and upper clamp plate 122a is in work Make position.Meanwhile the second end for the punch-pin 122c that presses being arranged in first through hole is pierced by out of upper de- plate 122b, to treat riveting Workpiece is connect to be riveted.

Wherein, upper clamp plate 122a and upper de- plate 122b can use contour sleeve connection mode, one end of contour sleeve with Upper clamp plate 122a is using being threadedly coupled, and the other end of contour sleeve is arranged in de- plate 122b, and the contour sleeve is another End can be moved in upper de- plate 122b.By contour sleeve is set so that upper de- plate 122b contour sleeve extending direction Upper movement.

Specifically, guidance set 30 includes：Fixed seat 31 and guide pad 32.Wherein, fixed seat 31 is arranged on die holder 21 On.Guide pad 32 is arranged in fixed seat 31, has guide surface on guide pad 32, has on the first sliding block 121 and match somebody with somebody with guide surface The inclined plane of conjunction.Using such setting, when 11 in the vertical direction of upper mold seat moves down, drive is arranged on upper mold seat The first sliding block 121 on 11 moves downward, when the first sliding block 121, which is moved to, to be contacted with guide pad 32, subsequent first sliding block 121 It will be moved along the guide surface of guide pad 32, so that the first sliding block 121 can move on predetermined trajectory, in the present embodiment The first sliding block 121 is set, so that the component 122 that presses on ensureing moves on riveting direction, to reach good towards direction movement obliquely Good riveting effect.

In the present embodiment, the component that presses further includes the first return unit 122d, the first return unit 122d and is arranged on upper clamp plate Between 122a and upper de- plate 122b.After the completion of riveting, upper mold seat 11 moves up in the vertical direction, upper clamp plate 122a With moving up, simultaneously as there is the presence of the first return unit 122d so that upper clamp plate 122a and upper de- plate 122b is by working Position enters separation point position, smoothly completes knockout course.In the present embodiment, the first return unit 122d is arranged to resetting spring.

Specifically, first component 12 that presses further includes：123 and second return unit 124 of take-up housing.Wherein, take-up housing 123 is set Put on upper mold seat 11, the first sliding block 121 is slidably disposed on take-up housing 123.Second return unit 124 is arranged on take-up housing 123 and first between sliding block 121.When 11 in the vertical direction of upper mold seat moves up, the first sliding block 121 will be with being oriented to emaciated face From, meanwhile, the second return unit 124 can be that the first sliding block 121 provides the pulling force for resetting and sliding, to smoothly complete the demoulding of device Process.In the present embodiment, the second return unit 124 is also configured as resetting spring.

Wherein, the first sliding block 121 is inclined on take-up housing 123.Using such set-up mode, it can cause Two return units 124 can be the riveting more pressure of Directional Decomposition in compression process.

Specifically, second component 22 that presses includes：Lower template 221, under press 222 and second sliding block 223 of component.Wherein, Lower template 221 is arranged on die holder 21, and working face is provided with lower template 221, is corresponded in lower template 221 and is set at working face There is the second through hole.Under the component 222 that presses be movably disposed in the second through hole, under the component 222 that presses press end with second. Second sliding block 223 is slidably disposed on die holder 21, second pressure of second sliding block 223 for the component 222 that presses under driving Moved towards working face at riveting end.The working face of lower template 221 is inclined-plane, and the angle on the inclined-plane can be set according to actual needs Put.In the present embodiment, which is 45 degree.

Specifically, riveting set further includes drive block 40, drive block 40 is used to drive the second sliding block 223 to move, drive block 40 positioned at one end of the component 222 that presses away under of the second sliding block 223.

Specifically, drive block 40 is arranged on upper mold seat 11, drive block 40 is provided with close to one end of the second sliding block 223 Driving inclined-plane, one end of the close drive block 40 of the second sliding block 223 are correspondingly arranged on cooperation inclined-plane, when upper mold seat 11 is towards die holder During 21 movement, drive block 40 is by driving inclined-plane with coordinating contact of incline plane to drive the second sliding block 223 to move.

Wherein, second component 22 that presses further includes the 3rd return unit 224, and the 3rd return unit 224 is arranged on the second sliding block 223 Between die holder 21.3rd return unit 224 is used for the reset force for providing the second sliding block 223, so that the second sliding block 223 recovers just Beginning position.In the present embodiment, the 3rd return unit 224 is arranged to resetting spring.

The component 222 that presses under specifically, includes：Lower template enter sub- 222a, the cavity plate 222b that presses, the first lower clamp plate 222c and Press interior top 222d.Wherein, lower template enters sub- 222a and is movably disposed in the second through hole.The cavity plate 222b that presses is arranged on down Template enters in sub- 222a.First lower clamp plate 222c is arranged on the side that lower template 221 enters the remote working face of son, the second sliding block 223 are used to drive the first lower clamp plate 222c and lower template to enter sub- 222a and move in the second through hole, and lower template enters sub- 222a and is used for Position of the fixed workpiece to be riveted on working face.There is the interior top 222d that presses the fixing end that is oppositely arranged and second to press end, Second end that presses is threaded through the first lower clamp plate 222c and lower template enters in sub- 222a successively, and enters in sub- 222a to wear from lower template Go out.

Specifically, second component 22 that presses further includes the 4th return unit 225, the 4th return unit 225 is arranged on first time folder Between plate 222c and die holder 21.4th return unit 225 is used for the reset force for providing the first lower clamp plate 222c, so that first time folder Plate 222c recovers to initial position.In the present embodiment, the 4th return unit 225 is arranged to resetting spring.

In the present embodiment, the component 222 that presses under further includes：Baffle plate 222e and the second lower clamp plate 222f, second time folder Plate 222f is used to be equipped with the first lower clamp plate 222c.Wherein, baffle plate 222e is arranged on die holder 21, and positioned at first The lower section of lower clamp plate 222c, baffle plate 222e are used for the position for limiting the first lower clamp plate 222c.Second lower clamp plate 222f is arranged on The side of the close working face of baffle plate 222e, one end of the 4th return unit 225 are fixed on die holder 21, the 4th return unit 225 other end sequentially passes through baffle plate 222e and the second lower clamp plate 222f and is connected with the first lower clamp plate 222c.In this implementation In example, the 4th return unit 225 is arranged to resetting spring.The side of the second lower clamp plate of direction 222f of first lower clamp plate 222c is set Have a limiting slot, and the width of the limiting slot with the width of the second lower clamp plate 222f to being adapted to, with the first lower clamp plate 222c and When two lower clamp plate 222f fit, the relative position of the two is limited by limiting slot.

It is as follows using the riveting set in the present embodiment, its specific course of work：

First, workpiece to be riveted is positioned in lower template 221, while makes the inclined-plane and work face paste of the workpiece to be riveted Close.Stamping equipment downlink, to drive 11 in the vertical direction of upper mold seat to move down, be arranged on upper mold seat 11 on press group Part 122 and drive block 40 also move downward.Drive block 40 drives the second sliding block 223 court on die holder 21 to lean on by driving inclined-plane The direction movement of nearly working face, meanwhile, the component 222 that presses under the driving of the second sliding block 223 is moved to working face, until lower template enters Sub- 222a is slided to the state concordant with the working face of lower template 221.

Then, stamping equipment continues traveling downwardly, and the first sliding block 121 is contacted with guide pad 32, and the first sliding block 121 is in guide pad 32 On slided along guide surface, de- plate 122b is contacted workpiece to be riveted and compressed.

Then, stamping equipment continues traveling downwardly, and upper clamp plate 122a is contacted with upper de- plate 122b, in the dragging of upper clamp plate 122a Under press punch-pin 122c along workpiece slope to be riveted normal orientation slide, when coming downwards to bottom dead centre, press punch-pin 122c Complete riveting action.

Then, stamping equipment sliding block starts uplink, and the first sliding block 121 outwards resets under the pulling of the second return unit 124, Upper clamp plate 122a is separated under the pulling of the first return unit 122d with upper de- plate 122b at the same time, and the punch-pin 122c that makes to press starts and treats The riveting point of riveting workpiece departs from.

Then, stamping equipment sliding block continues uplink, and upper de- plate 122b is separated with workpiece to be riveted, and the first sliding block 121 is with leading Separated to the guide surface of block 32, the second sliding block 223 under the pulling of the 3rd return unit 224 to away from sliding reset at working face, First lower clamp plate 222c starts to slide reset under the pulling of the 4th return unit 225, makes press cavity plate 222b and workpiece to be riveted Riveting point depart from, sliding block goes upward to top dead-centre, to complete stripping action.

Using riveting set provided in this embodiment, by increasing the first sliding block 121, guide pad 32, drive block 40 and the Two sliding blocks 223, realize the realization on the premise of it need not overturn part and increase riveting die set and treat riveting workpiece inclined-plane Riveting, solves in the prior art that production efficiency is relatively low with the higher technical problem of production cost when inclined-plane rivet.

It should be noted that term used herein above is merely to describe embodiment, and be not intended to restricted root According to the illustrative embodiments of the application.As used herein, unless the context clearly indicates otherwise, otherwise singulative It is also intended to include plural form, additionally, it should be understood that, when in the present specification using term "comprising" and/or " bag Include " when, it indicates existing characteristics, step, operation, device, component and/or combinations thereof.

Unless specifically stated otherwise, the component and positioned opposite, the digital table of step otherwise illustrated in these embodiments Up to the unlimited the scope of the utility model processed of formula and numerical value.At the same time, it should be appreciated that each shown in attached drawing for the ease of description The size of a part is not to be drawn according to actual proportionate relationship.For skill known to person of ordinary skill in the relevant Art, method and apparatus may be not discussed in detail, but in the appropriate case, the technology, method and apparatus should be considered as awarding Weigh part for specification.In shown here and discussion all examples, any occurrence should be construed as merely example Property, not as limitation.Therefore, the other examples of exemplary embodiment can have different values.It should be noted that：It is similar Label and letter similar terms is represented in following attached drawing, therefore, once be defined in a certain Xiang Yi attached drawing, then with It need not be further discussed in attached drawing afterwards.

In the description of the utility model, it is to be understood that the noun of locality such as " forward and backward, upper and lower, left and right ", " horizontal, Vertically, vertically, it is horizontal " and " pushing up, bottom " etc. indicated by orientation or position relationship be normally based on orientation or position shown in the drawings Relation is put, description the utility model is for only for ease of and simplifies description, in the case where not making conversely explanation, these nouns of locality Do not indicate that and imply that the device of meaning or element there must be specific orientation or with specific azimuth configuration and operation, because This is it is not intended that limitation to scope of protection of the utility model；The noun of locality " inside and outside " refers to the wheel relative to each component in itself Wide is inside and outside.

For the ease of description, spatially relative term can be used herein, as " ... on ", " ... top ", " ... upper surface ", " above " etc., for describing such as a device shown in the figure or feature and other devices or spy The spatial relation of sign.It should be appreciated that spatially relative term is intended to comprising the orientation except device described in figure Outside different azimuth in use or operation.For example, if the device in attached drawing is squeezed, it is described as " in other devices It will be positioned as " under other devices or construction after the device of part or construction top " or " on other devices or construction " Side " or " under other devices or construction ".Thus, exemplary term " ... top " can include " ... top " and " in ... lower section " two kinds of orientation.The device can also other different modes positioning (being rotated by 90 ° or in other orientation), and And respective explanations are made to the opposite description in space used herein above.

Furthermore, it is necessary to explanation, limits parts, it is only for be easy to using the word such as " first ", " second " Corresponding parts to be distinguished, do not have Stated otherwise such as, above-mentioned word does not have particular meaning, therefore it is not intended that to this The limitation of utility model protection scope.

The above descriptions are merely preferred embodiments of the present invention, is not intended to limit the present invention, for this For the technical staff in field, various modifications and changes may be made to the present invention.It is all in the spirit and principles of the utility model Within, any modification, equivalent replacement, improvement and so on, should be included within the scope of protection of this utility model.

Claims (13)

1. a kind of riveting set, it is characterised in that the riveting set includes：

Upper die component (10), the upper die component (10) include upper mold seat (11) and first and press component (12), and described first presses Riveting component (12) is inclined on the upper mold seat (11), the described first remote upper mold seat (11) for pressing component (12) One end press end for first；

Lower mold assemblies (20), the lower mold assemblies (20) include die holder (21) and second and press component (22), and described second presses Riveting component (22), which has, is used to placing the working face of workpiece to be riveted, and the working face relative level has an angle, and described the Two components (22) that press press end with second, described first press end and described second press hold respectively with the working face pair It should set, described first presses end and described second end that presses coordinates to be riveted to the workpiece to be riveted.

2. riveting set according to claim 1, it is characterised in that the upper mold seat (11) can in the vertical direction shifting Dynamic, the riveting set further includes guidance set (30), and the guidance set (30) has a guide surface being obliquely installed, and described the One component (12) that presses includes：

First sliding block (121), is slidably disposed on the upper mold seat (11), when the upper mold seat (11) is towards the lower die When seat (21) is mobile, first sliding block (121) is moved along the guide surface, so that described first presses end along perpendicular to described The direction movement of working face；

On press component (122), be arranged on first sliding block (121), it is described on press component (122) with described first Press end.

3. riveting set according to claim 2, it is characterised in that the component (122) that presses on described includes：

Upper clamp plate (122a), is arranged on first sliding block (121)；

Upper de- plate (122b), with the upper clamp plate (122a) movable connection, the upper de- plate (122b) is located at the upper clamp plate The side of remote first sliding block (121) of (122a), the upper de- plate (122b) has pastes with the upper clamp plate (122a) The operating position of conjunction and separation point position separated with the upper clamp plate (122a), are provided with first on the upper de- plate (122b) Through hole；

Press punch-pin (122c), and the first end of the punch-pin that presses (122c) is fixedly connected with the upper clamp plate (122a), described The second end of punch-pin (122c) of pressing is arranged in the first through hole of the upper de- plate (122b), when upper de- plate (122b) position When the operating position, the second end of the punch-pin that presses (122c) is pierced by out of described de- plate (122b), on described When de- plate (122b) is located at the separation point position, the second end of the punch-pin that presses (122c) is located at the upper de- plate (122b) It is interior.

4. riveting set according to claim 2, it is characterised in that the guidance set (30) includes：

Fixed seat (31), is arranged on the die holder (21)；

Guide pad (32), is arranged in the fixed seat (31), has the guide surface on the guide pad (32), and described first There is the inclined plane coordinated with the guide surface on sliding block (121).

5. riveting set according to claim 3, it is characterised in that the component that presses further includes：

First return unit (122d), is arranged between the upper clamp plate (122a) and the upper de- plate (122b).

6. riveting set according to claim 2, it is characterised in that described first component (12) that presses further includes：

Take-up housing (123), is arranged on the upper mold seat (11), and first sliding block (121) is slidably disposed on the cunning On block (123)；

Second return unit (124), is arranged between the take-up housing (123) and first sliding block (121).

7. riveting set according to claim 1, it is characterised in that described second component (22) that presses includes：

Lower template (221), is arranged on the die holder (21), and the working face is provided with the lower template (221), described Corresponded in lower template (221) and the second through hole is provided with the working face；

Under press component (222), be movably disposed in second through hole, the component (222) that presses under described has described Second presses end；

Second sliding block (223), is slidably disposed on the die holder (21), and second sliding block (223) is used to drive institute State down the second of the component that presses (222) press end towards the working face move.

8. riveting set according to claim 7, it is characterised in that the riveting set further includes drive block (40), institute State drive block (40) to be used to drive second sliding block (223) mobile, the drive block (40) is located at second sliding block (223) It is remote it is described under press one end of component (222).

9. riveting set according to claim 8, it is characterised in that the drive block (40) is arranged on the upper mold seat (11) on, one end of close second sliding block (223) of the drive block (40) is provided with driving inclined-plane, second sliding block (223) one end of the close drive block (40) is correspondingly arranged on cooperation inclined-plane, when the upper mold seat (11) is towards the lower die When seat (21) is mobile, the drive block (40) is by the driving inclined-plane with the cooperation contact of incline plane to drive described second to slide Block (223) is mobile.

10. riveting set according to claim 7, it is characterised in that described second component (22) that presses further includes：

3rd return unit (224), is arranged between second sliding block (223) and the die holder (21).

11. riveting set according to claim 7, it is characterised in that the component (222) that presses under described includes：

Lower template enters sub (222a), is movably disposed in second through hole；

Press cavity plate (222b), is arranged on the lower template and enters in sub (222a)；

First lower clamp plate (222c), is arranged on the side that the lower template enters the remote working face of sub (222a), and described the Two sliding blocks (223) are used to drive first lower clamp plate (222c) and lower template to enter sub (222a) and move in second through hole Dynamic, the lower template enters sub (222a) and is used to fix position of the workpiece to be riveted on the working face；

Press interior top (222d), and there is the interior top (222d) that presses the fixing end that is oppositely arranged and described second to press end, institute State second press end be threaded through first lower clamp plate (222c) successively and the lower template enter sub (222a) it is interior, and under described Template enters to be pierced by sub (222a).

12. riveting set according to claim 11, it is characterised in that described second component (22) that presses further includes：

4th return unit (225), is arranged between first lower clamp plate (222c) and the die holder (21).

13. riveting set according to claim 12, it is characterised in that the component (222) that presses under described further includes：

Baffle plate (222e), is arranged on the die holder (21), and positioned at the lower section of first lower clamp plate (222c)；

Second lower clamp plate (222f), is arranged on the side of the close working face of the baffle plate (222e)；Described 4th is multiple One end of position part (225) is fixed on the die holder (21), and the other end of the 4th return unit (225) sequentially passes through described Baffle plate (222e) and second lower clamp plate (222f) are simultaneously connected with first lower clamp plate (222c).