CN205464145U - Riveting machine - Google Patents
Riveting machine Download PDFInfo
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- CN205464145U CN205464145U CN201620163211.1U CN201620163211U CN205464145U CN 205464145 U CN205464145 U CN 205464145U CN 201620163211 U CN201620163211 U CN 201620163211U CN 205464145 U CN205464145 U CN 205464145U
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Abstract
The utility model discloses a riveting machine, construct including rack -mounted workpiece positioning table and work piece riveting machine. Work piece riveting machine constructs the riveted joint drive assembly who rivets joint Assembly, removes piston's lift sport conversion about for who stops the mechanism including blockking at the rivet of rivet left end, is located the rivet right -hand member. Through the technical solution, the utility model discloses it installs in the car seat bottom, is used for stimulateeing seat gliding handlebar assembly on the slide rail can be automatically and fast to rivet into one kind with handle base, U -shaped handle, left connecting piece and right connecting piece.
Description
Technical field:
This utility model relates to Trend of Auto Manufacturing Technologies field, in particular it relates to one is arranged on bottom automotive seat, uses
Riveting machine in the handle assembly pulling seat to slide on slide rail.
Background technology:
As it is shown in figure 1, one is arranged on bottom automotive seat, for the handle assembly pulling seat to slide on slide rail
10.Described handle assembly 10 include handle base 11, the left connector 12 being riveted on handle base left side wall 111,
The right connector 13 being riveted on handle base right side wall 112 and the U-shaped handle 14 of handle base riveting.Described U
The left arm 141 of shape handle 14 and left connector by same group of rivet on the left side wall of handle base, described U
The right arm 142 of shape handle and right connector by same group of rivet on the right side wall of handle base.Described left company
Limited bayonet 120 is all offered in the end of fitting 12 and the end of right connector 13.
Utility model content:
This utility model is solved the technical problem that: how by the handle base shown in Fig. 1, U-shaped handle, left connection
Part rivets into one with right connector rapidly by automatization's means and is arranged on bottom automotive seat, is used for pulling seat
The handle assembly slided on slide rail.
For solving above-mentioned technical problem, this utility model following technical scheme of offer:
A kind of riveting machine, including rack-mounted workpiece positioning table and workpiece riveting mechanism；
Described workpiece positioning table includes handle base positioning component, is positioned at the connector location group in handle base assembly front
Part, it is positioned at the U-shaped handle positioning component at handle base assembly rear, to the handle base on handle base positioning component
Be fixed rotatably compresses cylinder；
Described handle base positioning component includes handle base positioning body, is arranged on handle base positioning body left and right sides use
Elastic telescopic part, activity in fixed handle pedestal are plugged in handle base positioning body and horizontally disposed first riveting
Head assembly and the second riveted joint assembly；Described first riveted joint assembly includes that activity is plugged on the left of handle base positioning body
The first riveted joint in wall and the first riveted joint fix connect and with handle base positioning body bottom surface be slidably matched first
Riveting slide block, described first riveting slide block is provided with the first inclined-plane towards obliquely downward；Described second riveted joint assembly includes
Activity is plugged in the second riveted joint in handle base positioning body right side wall and the fixing connection of the second riveted joint and and handle
The second riveting slide block that base stand location body bottom surface is slidably matched, described second riveting slide block is provided with second towards obliquely downward
Inclined-plane；Described first riveting slide block and the second riveting slide block are oppositely arranged and are symmetrical set；
Described workpiece riveting mechanism includes that being positioned at the first rivet other on the left of handle base positioning body stops mechanism, is positioned at handle
The second rivet other on the right side of hands base stand location body is stopped mechanism, is arranged on by coil tension spring bottom handle base positioning body
And the first riveted joint being vertically arranged drives assembly and the second riveted joint to drive assembly, be arranged on bottom frame for driving
First riveted joint driving assembly and the second riveted joint drive the cylinder component that assembly is up；
In above-mentioned workpiece riveting mechanism, described first rivet stops mechanism and includes rack-mounted first stand, consolidates
The second cylinder being scheduled on the first stand top, the first obstruction block being fixed on the second cylinder piston rod；Described second riveting
Nail stops mechanism and includes rack-mounted second stand, the 3rd cylinder being fixed on the second stand top, is fixed on
The second obstruction block on 3rd cylinder piston rod；Described first obstruction block and second stops block and in opposite directions and is symmetrical set；
In above-mentioned workpiece riveting mechanism, described first riveted joint drives assembly to include that top is provided with the first of the 3rd inclined-plane and drives
Motion block, the second riveted joint drives assembly to include that top is provided with second drive block on the 4th inclined-plane, and described 3rd inclined-plane is against
On first inclined-plane, the 4th inclined-plane is against on the second inclined-plane, and the gradient on the 3rd inclined-plane is same as the gradient on the first inclined-plane,
The gradient on the 4th inclined-plane is same as the gradient on the second inclined-plane；
In above-mentioned workpiece riveting mechanism, described cylinder component includes being fixed on the first slide rail bottom frame, is slidably matched
The first slide plate, the oil cylinder being arranged on the first slide plate on the first slide rail, it is fixed on bottom frame and piston rod and
The first cylinder that one slide plate connects；Described oil cylinder is vertically arranged, and described first cylinder is horizontally disposed with, the piston position of oil cylinder
Driving assembly and the second riveted joint to drive the lower section of assembly in the first riveted joint, the first cylinder can be by driving the first slide plate
And make the piston of oil cylinder drive between the underface of assembly and the underface of the second riveted joint driving assembly at the first riveted joint
Translation.
By technique scheme, the operation principle of a kind of riveting machine described in the utility model is as follows:
First, handle base is positioned on handle base positioning component, and U-shaped handle is positioned on U-shaped handle positioning component,
Left connector and right connector are positioned on connector positioning component, and left connector is close to the left side wall of handle base
Outside, right connector is close to the outside of the right side wall of handle base, and the left arm of U-shaped handle is close to a left side for handle base
The inner side of sidewall, the right arm of U-shaped handle is close to the inner side of the right side wall of handle base；First rivet is by U-shaped handle
Left arm and left connector and handle base left side wall concatenation, the second rivet is by the right arm of U-shaped handle and right connector and handle
Hands pedestal right side wall concatenates.
The second, the second air cylinder driven first stops block right lateral, and first stops block is against the left end of the first rivet, and oil cylinder drives
Dynamic first drive block is up, and under the cooperation on the 3rd inclined-plane and the first inclined-plane, the ascending motion of the first drive block is converted into
The horizontal left motion of the first riveting slide block, first riveting slider-actuated the first riveted joint moves to left, the first riveting crown pressure
The right-hand member of the first rivet, is riveted on left arm and the left connector of U-shaped handle on the left side wall of handle base.
3rd, first air cylinder driven the first slide plate moves to right, first slide plate drive oil cylinder move to right to the second drive block just under
Side, afterwards, the 3rd air cylinder driven second stops block left lateral, and second stops block is against the right-hand member of the second rivet, and oil cylinder drives
Dynamic second drive block is up, and under the cooperation on the 4th inclined-plane and the second inclined-plane, the ascending motion of the second drive block is converted into
The level of the second riveting slide block moves to right motion, and second riveting slider-actuated the second riveted joint moves to right, the second riveting crown pressure
The left end of the second rivet, is riveted on right arm and the right connector of U-shaped handle on the right side wall of handle base.
By technique scheme, a kind of riveting machine described in the utility model can be automatically and rapidly by shown in Fig. 1
Handle base, U-shaped handle, left connector rivet into one and are arranged on bottom automotive seat, for pulling with right connector
The handle assembly that seat slides on slide rail.
As this utility model a kind of explanation to technique scheme, described elastic telescopic part can include that activity plugs
Polished rod in handle base positioning body, the spring being set on polished rod, the end of polished rod sets flange, one end of spring
Being against on flange, the other end is against on handle base positioning body.
As this utility model a kind of explanation to workpiece positioning table, described connector positioning component includes being fixed on frame
On the second slide rail, the connector location-plate being slidably mounted on the second slide rail, be fixed in frame and piston rod and company
The 4th cylinder that fitting location-plate connects, it is fixed on the first connector fixed block of connector location-plate left end, is fixed on
Second connector fixed block of connector location-plate right-hand member；Described 4th air cylinder driven connector location-plate moves horizontally,
With away from or close to handle base positioning component；Described first connector fixed block is provided with and the locator card of left connector
First pin of mouth engaging, described second connector fixed block is provided with the second pin that the limited bayonet with right connector engages,
Described first pin and the second pin are oppositely arranged, and for the left connector of clamping is offered in the left side of described connector location-plate
One notch, the second notch for the right connector of clamping is offered on the right side of described connector location-plate.
As described above, the middle part of left connector is positioned in the first notch, left connector end limited bayonet and first
Pin card is closed, and so, left connector to be riveted is positioned；The middle part of right connector is positioned in the second notch, right company
Fitting end limited bayonet and the second pin card are closed, and so, right connector to be riveted is positioned；Afterwards, the 4th cylinder
Drive connection part location-plate translates close to handle base positioning component, makes the other end of left connector be close to handle base
On the lateral wall of seat left side wall, the other end of right connector is close on the lateral wall of handle base right side wall, in case
Riveting.
As a kind of improvement of the present utility model, a kind of riveting machine described in the utility model also includes lifting mechanism, described
Lifting mechanism includes being fixed in frame and being positioned at the 5th cylinder on side on the left of handle base positioning body, pass through coil tension spring
It is arranged on the first lifting assembly on the 5th cylinder piston rod, is fixed in frame and is positioned on the right side of handle base positioning body
Other the 6th cylinder, the second lifting assembly being arranged on by coil tension spring on the 6th cylinder piston rod；Described first liter
Part of coming down to a lower group stops between mechanism at handle base positioning body and the first rivet, and it is fixed that the second lifting assembly is positioned at handle base
Position body and the second rivet stop between mechanism.
By above-mentioned improvement, after handle assembly riveting terminates, the 5th cylinder and the action simultaneously of the 6th cylinder, drive first
Lifting assembly and the second lifting assembly are up, and the top of the first lifting assembly and the second lifting assembly acts on handle assembly
Both sides and by whole handle assembly lifting, make the end of left most rivet efficiently separate with the first riveted joint, make right side riveting
The end of nail efficiently separates with the second riveted joint, and meanwhile, handle assembly is lifted, and is also convenient for staff or other dresses
Put acquisition handle assembly.
Based on above-mentioned improvement, as further improvement of the utility model, a kind of riveting machine described in the utility model also wraps
Including transfer mechanism, described transfer mechanism includes the 7th cylinder being fixed in frame, is fixed on the 7th cylinder piston
Connect seat, be fixed on the 8th cylinder connected on seat, the jaw cylinder being fixed on the 8th cylinder piston rod；Described
Seven cylinders are Rodless cylinder, and the 7th air cylinder driven connects seat and moves horizontally, and the 8th air cylinder driven jaw cylinder vertically moves；
The jaw of described jaw cylinder is for gripping the handle assembly on workpiece positioning table.By above-mentioned improvement, handle assembly is lifted
After Shenging, jaw cylinder gripping handle assembly, transfer mechanism is transferred to predetermined station.
As a kind of improvement of the present utility model, a kind of riveting machine described in the utility model also includes handle base transfer machine
Structure, described handle base transfer mechanism includes being fixed in frame and being positioned at the fixed plate of workpiece positioning table side, consolidate
The left pillar being scheduled on fixed plate, the right pillar being fixed on fixed plate, it is fixed on the left placement of left post top portion
Seat, it is fixed on the right placement rack of right post top portion；Described left placement rack offers the left card snapped in for handle base left side wall
Groove, described right placement rack offers the right draw-in groove snapped in for handle base right side wall, on described left placement rack and right placement rack
It is mounted on detecting sensing element with presence or absence of handle base.
Accompanying drawing illustrates:
Below in conjunction with the accompanying drawings this utility model is described further:
Fig. 1 is that one is arranged on bottom automotive seat, is used for the knot of the handle assembly 10 pulling seat to slide on slide rail
Structure schematic diagram；
Fig. 2 is the structural representation of a kind of riveting machine of this utility model；
Fig. 3 is the structural representation of workpiece positioning table in Fig. 2, and described workpiece positioning table includes handle base positioning component
21, connector positioning component 22, U-shaped handle positioning component 23；
Fig. 4 is the structural representation positioning assembly 10 with handles in Fig. 3 on workpiece positioning table；
Fig. 5 is the structural representation observing the workpiece positioning table positioning assembly 10 with handles in Fig. 4 from right back；
Fig. 6 is the structural representation of handle base positioning component 21 in Fig. 3；
Fig. 7 is the planar structure schematic diagram observing handle base positioning component 21 gained in Fig. 6 from lower right；
Fig. 8 is the structural representation of workpiece riveting mechanism involved by this utility model；
Fig. 9 is the planar structure schematic diagram observing workpiece riveting mechanism gained in Fig. 8 from lower left；
Figure 10 is the planar structure schematic diagram observing workpiece riveting mechanism gained in Fig. 9 from right side；
Figure 11 is the structural representation of transfer mechanism 50 in Fig. 2；
Figure 12 is the structural representation of handle base transfer mechanism 60 in Fig. 2.
Symbol description in figure:
10, handle assembly；11, handle base；111, handle base left side wall；112, handle base right side wall；
12, left connector；120, limited bayonet；13, right connector；14, U-shaped handle；141, the left arm of U-shaped handle；
142, the right arm of U-shaped handle；15, rivet；
21, handle base positioning component；211, handle base positioning body；212, elastic telescopic part；213, the first riveting
Adapter assembly；214, the second riveted joint assembly；215, the first riveted joint；216, the first riveting slide block；217,
One inclined-plane；22, connector positioning component；221, the second slide rail；222, connector location-plate；223, the 4th cylinder；
224, the first connector fixed block；225, the second connector fixed block；226, the first pin；227, the first notch；
23, U-shaped handle positioning component；24, cylinder is rotatably compressed；
31, the first rivet stops mechanism；311, the first stand；312, the second cylinder；313, first block is stopped；32、
Second rivet stops mechanism；33, the first riveted joint drives assembly；331, the first drive block；34, the second riveted joint drives
Dynamic assembly；35, cylinder component；351, the first slide rail；352, the first slide plate；353, oil cylinder；354, the first gas
Cylinder；
40, lifting mechanism；41, the 5th cylinder；42, the first lifting assembly；
50, transfer mechanism；51, the 7th cylinder；52, the 8th cylinder；53, jaw cylinder；
60, handle base transfer mechanism；61, fixed plate；62, left placement rack；620, left draw-in groove；63, the right side is put
Put seat；64, sensing element.
Detailed description of the invention:
A kind of riveting machine, including rack-mounted workpiece positioning table, workpiece riveting mechanism, lifting mechanism 40, moves
Send mechanism 50, handle base transfer mechanism 60.
In conjunction with Fig. 2 to Fig. 6, described workpiece positioning table includes handle base positioning component 21, is positioned at handle base assembly
The connector positioning component 22 in front, it is positioned at the U-shaped handle positioning component 23 at handle base assembly rear, to handle base
What the handle base on seat positioning component was fixed rotatably compresses cylinder 24.
In above-mentioned workpiece positioning table, described handle base positioning component 21 includes handle base positioning body 211, is arranged on
The handle base positioning body left and right sides is plugged in handle base determines for the elastic telescopic part 212 of fixed handle pedestal, activity
Position body in and horizontally disposed first riveted joint assembly 213 and the second riveted joint assembly 214；Described first riveted joint assembly
The first riveted joint 215 being plugged in handle base positioning body left side wall including activity and the first riveted joint be fixing be connected and
The the first riveting slide block 216 being slidably matched with handle base positioning body bottom surface, described first riveting slide block is provided with towards under tiltedly
First inclined-plane 217 of side；Described second riveted joint assembly includes that activity is plugged in handle base positioning body right side wall
Two riveted joints and the second riveted joint fix the second riveting slide block connecting and being slidably matched with handle base positioning body bottom surface,
Described second riveting slide block is provided with the second inclined-plane towards obliquely downward；Described first riveting slide block and the second riveting slide block phase
To arranging and being symmetrical set.
In above-mentioned workpiece positioning table, the second slide rail 221 that described connector positioning component 22 includes being fixed in frame,
The connector location-plate 222 that is slidably mounted on the second slide rail, be fixed in frame and piston rod with connector location-plate even
The 4th cylinder 223, the first connector fixed block 224 being fixed on connector location-plate left end that connect, it is fixed on connector
Second connector fixed block 225 of location-plate right-hand member；Described 4th air cylinder driven connector location-plate moves horizontally, with far
From or close to handle base positioning component 21；Described first connector fixed block is provided with and the limited bayonet of left connector
First pin of engaging, described second connector fixed block is provided with the second pin that the limited bayonet with right connector engages
226, described first pin and the second pin are oppositely arranged, and the left side of described connector location-plate is offered for the left connector of clamping
The first notch 227, the second notch for the right connector of clamping is offered on the right side of described connector location-plate.
In conjunction with Fig. 8 to Figure 10, described workpiece riveting mechanism includes being positioned at the first rivet other on the left of handle base positioning body
Stop mechanism 31, be positioned on the right side of handle base positioning body the second other rivet and stop mechanism 32, installed by coil tension spring
Bottom handle base positioning body and the first riveted joint of being vertically arranged drives assembly 33 and the second riveted joint to drive assembly
34, it is arranged on bottom frame for driving the first riveted joint to drive assembly and the second riveted joint to drive the up oil cylinder of assembly
Assembly 35.
In above-mentioned workpiece riveting mechanism, described first rivet stops mechanism 31 and includes rack-mounted first stand
311, the second cylinder 312 being fixed on the first stand top, the first obstruction block 313 being fixed on the second cylinder piston rod；
Described second rivet stops mechanism and includes rack-mounted second stand, is fixed on the 3rd gas at the second stand top
Cylinder, second be fixed on the 3rd cylinder piston rod stop block；Described first stops block and second stops block in opposite directions and left
The right side is symmetrical arranged.
In above-mentioned workpiece riveting mechanism, described first riveted joint drives assembly 33 to include that top is provided with the 3rd inclined-plane
The first drive block 331, the second riveted joint drive assembly to include top is provided with second drive block on the 4th inclined-plane, described the
Three inclined-planes are against on the first inclined-plane, and the 4th inclined-plane is against on the second inclined-plane, and it is oblique that the gradient on the 3rd inclined-plane is same as first
The gradient in face, the gradient on the 4th inclined-plane is same as the gradient on the second inclined-plane.
In above-mentioned workpiece riveting mechanism, described cylinder component 35 includes being fixed on the first slide rail 351 bottom frame, sliding
Move the first slide plate 352, the oil cylinder 353 being arranged on the first slide plate coordinated on the first slide rail, be fixed on bottom frame
And the first cylinder 354 that piston rod and the first slide plate connect；Described oil cylinder is vertically arranged, and described first cylinder is horizontally disposed with,
The piston of oil cylinder is positioned at the first riveted joint and drives assembly and the second riveted joint to drive the lower section of assembly, and the first cylinder can pass through
The first slide plate is driven to make the piston of oil cylinder drive the underface of assembly and the second riveted joint to drive assembly at the first riveted joint
Underface between translate.
In conjunction with Fig. 3, Fig. 5, described lifting mechanism 40 includes being fixed in frame and is positioned at handle base positioning body 211
Other the 5th cylinder 41 in left side, the first lifting assembly 42 being arranged on by coil tension spring on the 5th cylinder piston rod, solid
It is scheduled in frame and is positioned at the 6th cylinder on side on the right side of handle base positioning body, be arranged on the 6th cylinder by coil tension spring
The second lifting assembly on piston rod；Described first lifting assembly is positioned at handle base positioning body and the first rivet arresting engine
Between structure 31, the second lifting assembly stops between mechanism at handle base positioning body and the second rivet.
Such as Figure 11, described transfer mechanism 50 includes the 7th cylinder 51 being fixed in frame, is fixed on the 7th cylinder work
Connecting seat, be fixed on the 8th cylinder 52 connected on seat, the jaw cylinder being fixed on the 8th cylinder piston rod beyond the Great Wall
53；Described 7th cylinder is Rodless cylinder, and the 7th air cylinder driven connects seat and moves horizontally, the 8th air cylinder driven jaw gas
Cylinder vertically moves；The jaw of described jaw cylinder is for gripping the handle assembly on workpiece positioning table.
Such as Figure 12, described handle base transfer mechanism 60 includes being fixed in frame and be positioned at consolidating of workpiece positioning table side
The left pillar determine plate 61, being fixed on fixed plate, the right pillar being fixed on fixed plate,
It is fixed on the left placement rack 62 of left post top portion, is fixed on the right placement rack 63 of right post top portion；Described left placement rack is opened
If the left draw-in groove 620 snapped in for handle base left side wall, described right placement rack offers the right side snapped in for handle base right side wall
Draw-in groove, described left placement rack and right placement rack is mounted on detect sensing element 64 with presence or absence of handle base.
In practical operation, the workflow of a kind of riveting machine described in the utility model is as follows:
First, handle base 11 is positioned on handle base positioning component 21, and U-shaped handle 14 is positioned at U-shaped handle
On positioning component 23, left connector 12 and right connector 13 are positioned on connector positioning component 22, left connector
Being close to the outside of the left side wall of handle base, right connector is close to the outside of the right side wall of handle base, U-shaped handle
Left arm be close to the inner side of left side wall of handle base, the right arm of U-shaped handle is close to the interior of the right side wall of handle base
Side；First rivet is by the left arm of U-shaped handle and left connector and handle base left side wall concatenation, and the second rivet is by U-shaped
The right arm of handle and right connector and handle base right side wall concatenate.
The second, the second cylinder 312 drives the first obstruction block 313 right lateral, and first stops block is against the left end of the first rivet,
Oil cylinder 353 drives the first drive block 331 up, under the cooperation on the 3rd inclined-plane and the first inclined-plane, the first drive block
Ascending motion is converted into the horizontal left motion of the first riveting slide block 216, first riveting slider-actuated the first riveted joint 215
Moving to left, the right-hand member of the first rivet is pressed on the first riveting crown, and left arm and the left connector of U-shaped handle are riveted on handle base
On the left side wall of seat.
3rd, the first cylinder 354 drives the first slide plate 352 to move to right, and the first slide plate drives oil cylinder 353 to move to right to second
The underface of drive block, afterwards, the 3rd air cylinder driven second stops block left lateral, and second stops block is against the second rivet
Right-hand member, hydraulic oil cylinder driving the second drive block is up, under the cooperation on the 4th inclined-plane and the second inclined-plane, the second drive block upper
Liter motion is converted into the level of the second riveting slide block and moves to right motion, and second riveting slider-actuated the second riveted joint moves to right, the
The left end of the second rivet is pressed on the two riveting crowns, and the right arm of U-shaped handle and right connector are riveted on the right side of handle base
On wall.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to this
The thought of utility model, the most all will change, and this specification content should not
It is interpreted as restriction of the present utility model.
Claims (5)
1. a riveting machine, including rack-mounted workpiece positioning table and workpiece riveting mechanism；
Described workpiece positioning table includes handle base positioning component (21), is positioned at the connector in handle base assembly front calmly
Hyte part (22), it is positioned at U-shaped handle positioning component (23) at handle base assembly rear, to handle base location group
What the handle base on part was fixed rotatably compresses cylinder (24)；It is characterized in that:
Described handle base positioning component (21) includes handle base positioning body (211), is arranged on handle base location
The body left and right sides be plugged in handle base positioning body for the elastic telescopic part (212) of fixed handle pedestal, activity and
Horizontally disposed first riveted joint assembly (213) and the second riveted joint assembly (214)；Described first riveted joint assembly bag
The first riveted joint (215) that the activity of including is plugged in handle base positioning body left side wall is fixing with the first riveted joint to be connected
And with handle base positioning body bottom surface be slidably matched first riveting slide block (216), described first riveting slide block is provided with face
The first inclined-plane (217) oliquely downward；It is right that described second riveted joint assembly includes that activity is plugged in handle base positioning body
The second riveted joint in sidewall and the second riveted joint fix connect and with handle base positioning body bottom surface be slidably matched the
Two riveting slide blocks, described second riveting slide block is provided with the second inclined-plane towards obliquely downward；Described first riveting slide block and the
Two riveting slide blocks are oppositely arranged and are symmetrical set；
Described workpiece riveting mechanism includes that being positioned at the first rivet other on the left of handle base positioning body stops mechanism (31), position
The second rivet by the right side of handle base positioning body is stopped mechanism (32), is arranged on handle base by coil tension spring calmly
Position body bottom and be vertically arranged first riveted joint drive assembly (33) and the second riveted joint drive assembly (34), installation
For driving the first riveted joint to drive assembly and the second riveted joint to drive the up cylinder component of assembly bottom frame
(35)；
In above-mentioned workpiece riveting mechanism, described first rivet stops mechanism (31) and includes that rack-mounted first stands
Seat (311), be fixed on the first stand top the second cylinder (312), be fixed on the second cylinder piston rod first
Stop block (313)；Described second rivet stop mechanism include rack-mounted second stand, be fixed on second stand
Seat top the 3rd cylinder, be fixed on the 3rd cylinder piston rod second obstruction block；Described first stops block and second
Stop block in opposite directions and to be symmetrical set；
In above-mentioned workpiece riveting mechanism, described first riveted joint drives assembly (33) to include that top is provided with the 3rd inclined-plane
First drive block (331), the second riveted joint drives assembly to include that top is provided with second drive block on the 4th inclined-plane, described
3rd inclined-plane is against on the first inclined-plane, and the 4th inclined-plane is against on the second inclined-plane, and the gradient on the 3rd inclined-plane is same as first
The gradient on inclined-plane, the gradient on the 4th inclined-plane is same as the gradient on the second inclined-plane；
In above-mentioned workpiece riveting mechanism, described cylinder component (35) include being fixed on the first slide rail (351) bottom frame,
The first slide plate (352), the oil cylinder (353) being arranged on the first slide plate that are slidably fitted on the first slide rail, it is fixed on
Bottom frame and the first cylinder (354) of connecting of piston rod and the first slide plate；Described oil cylinder is vertically arranged, and described first
Cylinder is horizontally disposed with, and the piston of oil cylinder is positioned at the first riveted joint and drives assembly and the second riveted joint to drive the lower section of assembly,
First cylinder can make the piston of oil cylinder in the underface and second of the first riveted joint driving assembly by driving the first slide plate
Translate between the underface of riveted joint driving assembly.
2. a kind of riveting machine as claimed in claim 1, it is characterised in that: described connector positioning component (22) is wrapped
The connector location-plate (222) that include the second slide rail (221) being fixed in frame, is slidably mounted on the second slide rail,
It is fixed in frame and the 4th cylinder (223) that piston rod is connected with connector location-plate, is fixed on connector location-plate
First connector fixed block (224) of left end, it is fixed on the second connector fixed block (225) of connector location-plate right-hand member；
Described 4th air cylinder driven connector location-plate moves horizontally, with away from or close to handle base positioning component (21)；Institute
Stating the first connector fixed block and be provided with the first pin that the limited bayonet with left connector engages, described second connector is solid
Determining block and be provided with the second pin (226) that the limited bayonet with right connector engages, described first pin and the second pin set in opposite directions
Putting, the first notch (227) for the left connector of clamping, described connector are offered in the left side of described connector location-plate
The second notch for the right connector of clamping is offered on the right side of location-plate.
3. a kind of riveting machine as claimed in claim 1, it is characterised in that: also include lifting mechanism (40), described
Lifting mechanism include being fixed in frame and be positioned at the 5th other cylinder (41) of handle base positioning body (211) left side,
The first lifting assembly (42) of being arranged on the 5th cylinder piston rod by coil tension spring, it is fixed in frame and is positioned at handle
The 6th cylinder other on the right side of hands base stand location body, the second lifting being arranged on by coil tension spring on the 6th cylinder piston rod
Assembly；Described first lifting assembly is positioned at handle base positioning body and the first rivet stops between mechanism (31), and second
Lifting assembly stops between mechanism at handle base positioning body and the second rivet.
4. a kind of riveting machine as claimed in claim 3, it is characterised in that: also include transfer mechanism (50), described
Transfer mechanism includes the 7th cylinder (51) being fixed in frame, the connection seat being fixed on the 7th cylinder piston, fixes
At the 8th cylinder (52) connected on seat, the jaw cylinder (53) being fixed on the 8th cylinder piston rod；Described 7th
Cylinder is Rodless cylinder, and the 7th air cylinder driven connects seat and moves horizontally, and the 8th air cylinder driven jaw cylinder vertically moves；
The jaw of described jaw cylinder is for gripping the handle assembly on workpiece positioning table.
5. a kind of riveting machine as claimed in claim 1, it is characterised in that: also include handle base transfer mechanism (60),
Described handle base transfer mechanism includes being fixed in frame and being positioned at the fixed plate (61) of workpiece positioning table side, consolidate
The left pillar being scheduled on fixed plate, the right pillar being fixed on fixed plate, it is fixed on the left placement of left post top portion
Seat (62), it is fixed on the right placement rack (63) of right post top portion；Described left placement rack is offered for handle base left side wall
The left draw-in groove (620) snapped in, described right placement rack offers the right draw-in groove snapped in for handle base right side wall, and a described left side is put
Put and be mounted on seat and right placement rack detecting sensing element (64) with presence or absence of handle base.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620163211.1U CN205464145U (en) | 2016-03-03 | 2016-03-03 | Riveting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620163211.1U CN205464145U (en) | 2016-03-03 | 2016-03-03 | Riveting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205464145U true CN205464145U (en) | 2016-08-17 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620163211.1U Expired - Fee Related CN205464145U (en) | 2016-03-03 | 2016-03-03 | Riveting machine |
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| Country | Link |
|---|---|
| CN (1) | CN205464145U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105562579A (en) * | 2016-03-03 | 2016-05-11 | 雄华机械(苏州)有限公司 | Riveting machine |
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2016
- 2016-03-03 CN CN201620163211.1U patent/CN205464145U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105562579A (en) * | 2016-03-03 | 2016-05-11 | 雄华机械(苏州)有限公司 | Riveting machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160817 Termination date: 20170303 |