CN205869946U - Automatic assemblage special plane of tail door facings strip - Google Patents
Automatic assemblage special plane of tail door facings strip Download PDFInfo
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- CN205869946U CN205869946U CN201620693663.0U CN201620693663U CN205869946U CN 205869946 U CN205869946 U CN 205869946U CN 201620693663 U CN201620693663 U CN 201620693663U CN 205869946 U CN205869946 U CN 205869946U
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- buckle
- ferrum
- screw
- cylinder
- plastic
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Abstract
The utility model discloses an automatic assemblage special plane of tail door facings strip, including the frame, trim profile modeling positioning fixture has been arranged to the up end of frame, and six feeding systems are installed to one side of trim profile modeling positioning fixture, and trim profile modeling positioning fixture top crossbearer has the crossbeam, and the side -mounting of crossbeam has the movable block, installs first plastics buckle installation tool, first screwdriver, second screwdriver, third screwdriver, fourth screwdriver, first indisputable buckle installation tool, second iron buckle installation tool and second plastics buckle installation tool on the movable block in proper order. Realize automatic screw, the buckle assembled of product, the production beat is high, rises to 120PCSH1 people by 60PCSH2 people, in addition, only needs an operator put into trim profile modeling positioning fixture with tail door facings strip body, accomplishes the installation back, and this operator takes out tail door facings strip body from trim profile modeling positioning fixture, reduce operator operation intensity, reduces the error rate of operator, provides the yields of product.
Description
Technical field
This utility model relates to the vertical special plane of a kind of group in auto parts and components PRODUCTION TRAITS field, particularly a kind of tail-gate decorations
Bar automatic assembling special plane.
Background technology
The component of tail-gate panel includes tail-gate panel body, four screws, two plastic buckles, two ferrum buckles and
Individual ox head mark.Four screws, two plastic buckles and two ferrum buckles are arranged on an end face of tail-gate panel body, and ox head
Mark is arranged on another end face of tail-gate panel body.Four screw arrangement middle parts of this end face in tail-gate panel body, and
Two plastic buckles are respectively distributed to the two ends of this side in tail-gate panel body, two ferrum buckles be positioned at screw and one of them
Between plastic buckle, the position not conllinear of four additional screw, two plastic buckles and two ferrum buckles.Existing tail-gate panel
The mode of production be usually point four operations, the most manual ox head mark, two ferrum buckles, two plastic buckles and four are installed
Individual screw, causes productive temp low, general 60PCS/H, and manually installed buckle is especially difficult, needs very great strength, operating personnel
Labor intensity is big, and human cost is high.
Utility model content
The purpose of this utility model, is to provide a kind of tail-gate panel automatic assembling special plane.
This utility model solves the solution of its technical problem: a kind of tail-gate panel automatic assembling special plane, including machine
Frame, the upper surface of described frame is disposed with panel profiling positioning fixture, and the side of described panel profiling positioning fixture is provided with six
Individual feeding system, two feeding systems are respectively two plastic buckle feeding systems, two ferrum buckle feeding systems and two spiral shells
Nail feeding system, above panel profiling positioning fixture, crossbearer has and back and forth can move between feeding system and panel profiling positioning fixture
Dynamic crossbeam, the side of described crossbeam is provided with the movable block moved back and forth along crossbeam, and described movable block is sequentially installed with the
One plastic buckle assembling fixture, the first screwdriver, the second screwdriver, the 3rd screwdriver, the 4th screwdriver, the first ferrum buckle are installed
Tool, the second ferrum buckle assembling fixture and the second plastic buckle assembling fixture.
As the further improvement of technique scheme, two described plastic buckle feeding systems lay respectively at frame upper end
The both sides in face, two described Screw feeding systems are respectively the first Screw feeding system and the second Screw feeding system, two institutes
State ferrum buckle feeding system be respectively the first ferrum buckle feeding system of mating with the first ferrum buckle assembling fixture and with the second ferrum
Buckle assembling fixture coupling the second ferrum buckle feeding system, described first Screw feeding system, the first ferrum buckle feeding system,
Second Screw feeding system and the second ferrum buckle feeding system are sequentially distributed between two plastic buckle feeding systems.
As the further improvement of technique scheme, described first Screw feeding system include the first screw vibrating disk with
And the first screw conveyor track being connected with the first screw vibrating disk, the end on described first screw conveyor track is provided with the first spiral shell
Nail pushes cylinder, and the propelling movement end that described first screw pushes cylinder is provided with the first screw and pushes block, and described first screw promotes
It is disposed with the first screw mated with the first screwdriver on block and pushes chamber and the second screw propelling movement chamber mated with the second screwdriver；
Described second Screw feeding system includes the second screw vibrating disk and the second screw conveying being connected with the second screw vibrating disk
Rail, the end on described second screw conveyor track is provided with the second screw and pushes cylinder, and described second screw pushes pushing away of cylinder
Sending end is provided with the second screw and pushes block, and described second screw pushing block is disposed with the 3rd screw mated with the 3rd screwdriver
Push chamber and the 4th screw mated with the 4th screwdriver pushes chamber；Described first ferrum buckle feeding system includes being positioned at the first spiral shell
The first ferrum buckle vibrating disk between nail vibrating disk and the second screw vibrating disk and be connected with the first ferrum buckle vibrating disk the
One ferrum buckle conveyor track, the end of described first ferrum buckle conveyor track is disposed with the first ferrum buckle and pushes cylinder, described first ferrum
Buckle pushes the propelling movement end of cylinder and is provided with the first ferrum buckle propelling movement block, and described first ferrum buckle pushes and is disposed with the first card on block
Button pushes chamber；Described second ferrum buckle feeding system includes between the second screw vibrating disk and plastic buckle feeding system
Second ferrum buckle vibrating disk and the second ferrum buckle conveyor track being connected with the second ferrum buckle vibrating disk, described second ferrum buckle is defeated
The end sending rail is disposed with the second ferrum buckle and pushes cylinder, and the propelling movement end that described second ferrum buckle pushes cylinder is provided with the second ferrum
Buckle pushes block, and described second ferrum buckle pushes and is disposed with the second buckle propelling movement chamber on block；During feeding, the second screw pushes block and wears
Make the 3rd screw push chamber and the 4th screw after crossing below the first ferrum buckle conveyor track to push the screw on chamber and lay respectively at the
Three screwdrivers and the underface of the 4th screwdriver, the first ferrum buckle pushes will after block crosses the space on front side of the second screw conveyor track
First ferrum buckle is delivered to below the first ferrum buckle assembling fixture.
As the further improvement of technique scheme, described plastic buckle feeding system include plastic buckle vibrating disk with
And the plastic buckle conveyor track being connected with plastic buckle vibrating disk, the end on described plastic buckle conveyor track is provided with plastic clip
Button pushes cylinder, and described plastic buckle pushes the propelling movement end of cylinder and is provided with plastic buckle propelling movement block, and described plastic buckle promotes
It is disposed with the plastic buckle matched with the first plastic buckle assembling fixture or the second plastic buckle assembling fixture on block and pushes chamber.
As the further improvement of technique scheme, the upper surface of described frame is provided with control system and chain of command
Plate, described control system controls crossbeam, two plastic buckle feeding systems, two ferrum buckle feeding systems, two Screw feedings
System, the first plastic buckle assembling fixture, the first screwdriver, the second screwdriver, the 3rd screwdriver, the 4th screwdriver, the first ferrum
Buckle assembling fixture, the second ferrum buckle assembling fixture and the action of the second plastic buckle assembling fixture.
As the further improvement of technique scheme, described crossbeam crossbearer is on two moving rails, wherein described in one
Being provided with by moving rail and order about the crossbeam driving motor that crossbeam moves back and forth, the upper surface of described crossbeam is provided with orders about movable block
The driving source moved back and forth along crossbeam.
As the further improvement of technique scheme, described first plastic buckle assembling fixture includes being arranged on movable block
On the first plastic buckle cylinder is installed and is arranged on the first plastic buckle the first plastic buckle mounting blocks on cylinder is installed,
The lower surface of described first plastic buckle mounting blocks is disposed with the first plastic buckle clamping chamber clamped by plastic buckle, and described the
One screwdriver and the second screwdriver are arranged on the first screw and install on the propelling movement end of cylinder, and described first screw is installed cylinder and installed
On movable block, described 3rd screwdriver is arranged on the second screw and installs on the propelling movement end of cylinder, and gas installed by described second screw
Cylinder is arranged on movable block, and the 4th screwdriver is arranged on the 3rd screw and installs on the propelling movement end of cylinder, and described 3rd screw is installed
Cylinder is arranged on movable block, and described first ferrum buckle assembling fixture includes that the first ferrum buckle being arranged on movable block installs gas
Cylinder and be arranged on the first ferrum buckle and install the first ferrum buckle mounting blocks on cylinder, the lower end of described first ferrum buckle mounting blocks
Face is disposed with the first ferrum buckle clamping chamber of the first ferrum buckle clamping, and described second ferrum buckle assembling fixture includes being arranged on shifting
The second ferrum buckle on motion block is installed cylinder and is arranged on the second ferrum buckle mounting blocks on the second ferrum buckle installation cylinder, institute
The lower surface stating the second ferrum buckle mounting blocks is disposed with the second ferrum buckle clamping chamber of the second ferrum buckle clamping, and described second moulds
Material buckle assembling fixture includes that the second plastic buckle being arranged on movable block is installed cylinder and is arranged on the second plastic buckle
Installing the second plastic buckle mounting blocks on cylinder, the lower surface of described second plastic buckle mounting blocks is disposed with plastic buckle
Second plastic buckle clamping chamber of clamping.
As the further improvement of technique scheme, described first plastic buckle installs cylinder, gas installed by the first screw
Cylinder, second screw install cylinder, the 3rd screw install cylinder, first ferrum buckle install cylinder, second ferrum buckle install cylinder and
Second plastic buckle is installed cylinder and is sequentially distributed on movable block.
As the further improvement of technique scheme, ox head mark is installed below described panel profiling positioning fixture and installs
Cylinder, the external part of described ox head mark installation cylinder stretches in described panel profiling positioning fixture straight up, and ox head mark is installed
The upper surface of cylinder external part is disposed with cattle header location chamber.
The beneficial effects of the utility model are: required material is delivered to by six feeding systems by this utility model
One plastic buckle assembling fixture, the first screwdriver, the second screwdriver, the 3rd screwdriver, the 4th screwdriver, the first ferrum buckle are installed
Tool, the second ferrum buckle assembling fixture and the second plastic buckle assembling fixture, by corresponding assembling fixture by four screws, two
Individual plastic buckle and two ferrum buckles are simultaneously attached on tail-gate panel body, it is achieved product assembles screw, buckle automatically；Produce
Beat is high, 60PCS/H/2 people rise to 120PCS/H/1 people, it addition, only need an operator to be put into by tail-gate panel body
In panel profiling positioning fixture, after completing to install, tail-gate panel body is taken from panel profiling positioning fixture by this operator
Go out, reduce operator operation intensity, reduce the error rate of operator, it is provided that the yields of product.
Accompanying drawing explanation
In order to be illustrated more clearly that the technical scheme in this utility model embodiment, required in embodiment being described below
Accompanying drawing to be used is briefly described.Obviously, described accompanying drawing is a part of embodiment of the present utility model rather than complete
Portion's embodiment, those skilled in the art is not on the premise of paying creative work, it is also possible to obtain it according to these accompanying drawings
His design and accompanying drawing.
Fig. 1 is the structural representation removing shell of the present utility model；
Fig. 2 is the front view that this utility model removes shell；
Fig. 3 is the top view that this utility model removes shell；
Top view when Fig. 4 is to retain feeding system in this utility model.
Detailed description of the invention
Below with reference to embodiment and accompanying drawing, the technique effect of design of the present utility model, concrete structure and generation is carried out
Clearly and completely describe, to be completely understood by the purpose of this utility model, feature and effect.Obviously, described embodiment is only
It is a part of embodiment of the present utility model rather than whole embodiment, based on embodiment of the present utility model, the skill of this area
Other embodiments that art personnel are obtained on the premise of not paying creative work, belong to the model of this utility model protection
Enclose.It addition, all connection/annexations being previously mentioned in literary composition, the most singly refer to that component directly connects, and refer to can be according to concrete real
Execute situation, couple auxiliary by adding or reducing, form more excellent draw bail.
With reference to Fig. 1～Fig. 4, a kind of tail-gate panel automatic assembling special plane, including frame 100, the upper surface of described frame 100
Being disposed with panel profiling positioning fixture 101, the side of described panel profiling positioning fixture 101 is provided with six feeding systems, and two
Individual feeding system is respectively two plastic buckle feeding systems, two ferrum buckle feeding systems and two Screw feeding systems, decorations
Above bar profiling positioning fixture 101, crossbearer has the horizontal stroke that can move back and forth between feeding system and panel profiling positioning fixture 101
Beam 9, the side of described crossbeam 9 is provided with the movable block 103 moved back and forth along crossbeam 9, described movable block 103 is sequentially installed with
First plastic buckle assembling fixture the 1, first screwdriver the 2, second screwdriver the 3, the 3rd screwdriver the 4, the 4th screwdriver the 5, first ferrum
Buckle assembling fixture the 6, second ferrum buckle assembling fixture 7 and the second plastic buckle assembling fixture 8.
By six feeding systems required material is delivered to first plastic buckle assembling fixture the 1, first screwdriver 2,
Second screwdriver the 3, the 3rd screwdriver the 4, the 4th screwdriver the 5, first ferrum buckle assembling fixture the 6, second ferrum buckle assembling fixture 7 and
Second plastic buckle assembling fixture 8, by corresponding assembling fixture by same to four screws, two plastic buckles and two ferrum buckles
Time be arranged on tail-gate panel body, it is achieved product assembles screw, buckle automatically；Productive temp is high, 60PCS/H/2 people promote
To 120PCS/H/1 people, it addition, only need an operator to put in panel profiling positioning fixture 101 by tail-gate panel body, complete
Becoming after installing, tail-gate panel body is taken out from panel profiling positioning fixture 101 by this operator, reduces operator operation strong
Degree, reduces the error rate of operator, it is provided that the yields of product.
Being further used as preferred embodiment, two described plastic buckle feeding systems lay respectively at frame 100 upper end
The both sides in face, two described Screw feeding systems are respectively the first Screw feeding system and the second Screw feeding system, two institutes
State ferrum buckle feeding system be respectively the first ferrum buckle feeding system of mating with the first ferrum buckle assembling fixture 6 and with the second ferrum
Second ferrum buckle feeding system of buckle assembling fixture 7 coupling, described first Screw feeding system, the first ferrum buckle feeding system
System, the second Screw feeding system and the second ferrum buckle feeding system are sequentially distributed between two plastic buckle feeding systems.
Be further used as preferred embodiment, described first Screw feeding system include the first screw vibrating disk 31 and
The the first screw conveyor track 32 being connected with the first screw vibrating disk 31, the end on described first screw conveyor track 32 is provided with
One screw push cylinder 33, described first screw push cylinder 33 propelling movement end be provided with first screw push block, described first
It is disposed with the first screw mated with the first screwdriver 2 on screw pushing block and pushes chamber 34 and mate with the second screwdriver 3 the
Two screws push chamber 35；Described second Screw feeding system include the second screw vibrating disk 51 and with the second screw vibrating disk 51
The the second screw conveyor track 52 connected, the end on described second screw conveyor track 52 is provided with the second screw and pushes cylinder 53,
The propelling movement end that described second screw pushes cylinder 53 is provided with the second screw and pushes block, and described second screw pushing block is disposed with
The 3rd screw mated with the 3rd screwdriver 4 pushes chamber 54 and the 4th screw mated with the 4th screwdriver 5 pushes chamber 55；Described
First ferrum buckle feeding system includes the first ferrum buckle between the first screw vibrating disk 31 and the second screw vibrating disk 51
Vibrating disk 41 and the first ferrum buckle conveyor track 42 being connected with the first ferrum buckle vibrating disk 41, described first ferrum buckle conveyor track
The end of 42 is disposed with the first ferrum buckle and pushes cylinder 43, and the propelling movement end that described first ferrum buckle pushes cylinder 43 is provided with first
Ferrum buckle pushes block, and described first ferrum buckle pushes and is disposed with the first buckle propelling movement chamber on block；Described second ferrum buckle feeding system
System includes the second ferrum buckle vibrating disk 61 between the second screw vibrating disk 51 and plastic buckle feeding system and with the
The second ferrum buckle conveyor track 62 that two ferrum buckle vibrating disks 61 connect, the end of described second ferrum buckle conveyor track 62 is disposed with the
Two ferrum buckles push cylinder 63, and the propelling movement end that described second ferrum buckle pushes cylinder 63 is provided with the second ferrum buckle and pushes block, institute
State and on the second ferrum buckle propelling movement block, be disposed with the second buckle propelling movement chamber；During feeding, the second screw pushes block through the first ferrum buckle
The screw making the 3rd screw push on chamber 54 and the 4th screw propelling movement chamber 55 after below conveyor track 42 lays respectively at the 3rd screw
Batches 4 and the 4th underface of screwdriver 5, the first ferrum buckle pushes block and crosses the behind the space on front side of the second screw conveyor track 52
One ferrum buckle is delivered to below the first ferrum buckle assembling fixture 6, and such dislocation is arranged, reduces the floor space of vibrating disk, fully
Make use of solid space, optimize structure and arrange so that floor space of the present utility model and occupation of land space minimize, and heighten this
The suitability of utility model.
Be further used as preferred embodiment, described plastic buckle feeding system include plastic buckle vibrating disk 21 and
The plastic buckle conveyor track 22 being connected with plastic buckle vibrating disk 21, the end on described plastic buckle conveyor track 22 is provided with to be moulded
Material buckle pushes cylinder 23, and described plastic buckle pushes the propelling movement end of cylinder 23 and is provided with plastic buckle propelling movement block, described plastics
The plastics matched with the first plastic buckle assembling fixture 1 or the second plastic buckle assembling fixture 8 it are disposed with on buckle pushing block
Buckle pushes chamber.
Before being put on panel profiling positioning fixture 101 by tail-gate panel body, plastic buckle, ferrum buckle and screw divide
Under the common effect of its corresponding vibrating disk and conveyor track, it is not transported to corresponding conveyor track end, and in its respective rail
Material effect under pushed successively in propelling movement chamber and be fixed up, the corresponding propelling movement end pushing cylinder stretches out or regains
After, material is delivered to the position specified, waiting corresponding installation fixture or screwdriver are taken away, are installed or are stuck in
On tail-gate panel body.And for the first Screw feeding system, the first screw pushes cylinder 33 and first screw is pushed 34, chamber
After the first screw conveyor track 32 end, it is positioned at the screw of end under the promotion of vibrating disk and other screw gravity, enters first
Screw pushes in chamber 34, and the first screw pushes cylinder 33 and second screw propelling movement chamber 35 is positioned at the first screw conveyor track 32 end,
The screw being positioned at end is entered in the second screw propelling movement chamber 35 under the promotion of vibrating disk and other screw gravity, and the first screw pushes away
Cylinder 33 of supplying gas stretches out or retracts, and the first screw pushes chamber 34 and the second screw pushes the position that the screw in chamber 35 is delivered to specify
Putting and await orders, after the first screwdriver 2 and the second screwdriver 3 grip screw, the first screw pushes cylinder 33 and resets, and repeats above-mentioned dynamic
Screw is taken as dress.For the second Screw feeding system, the second screw pushes cylinder 53 and the 3rd screw propelling movement chamber 54 is positioned at second
After screw conveyor track 52 end, it is positioned at the screw of end the 3rd screw of entering under the promotion of vibrating disk and other screw gravity and pushes away
Sending in chamber 54, the second screw pushes cylinder 53 and the 4th screw propelling movement chamber 55 is positioned at the second screw conveyor track 52 end, is positioned at end
The screw of end is entered in the 4th screw propelling movement chamber 55 under the promotion of vibrating disk and other screw gravity, and the second screw pushes cylinder
53 stretch out or retract, and the second screw pushes and makes the 3rd screw push chamber 54 after block passes below the first ferrum buckle conveyor track 42
The screw pushed on chamber 55 with the 4th screw lays respectively at the 3rd screwdriver 4 and the underface of the 4th screwdriver 5, treats the 3rd screw
Batches 4 and the 4th after screwdriver 5 grips screw, and the second screw pushes cylinder 53 and resets, and repeats above-mentioned action dress and takes screw.
After material to be installed prepares, tail-gate panel body is put on panel profiling positioning fixture 101 by operator, and panel is imitated
After clamping cylinder 102 action of shape positioning fixture 101 surrounding, tail-gate panel body is fixed on panel profiling positioning fixture 101
In, crossbeam 9 moves, with first plastic buckle assembling fixture the 1, first screwdriver the 2, second screwdriver 3, the 3rd screwdriver 4,
Four screwdriver the 5, first ferrum buckle assembling fixture the 6, second ferrum buckle assembling fixtures 7 and the second plastic buckle assembling fixture 8 are respectively
Being positioned at above interdependent material, the first plastic buckle installs cylinder, cylinder installed by the first screw, cylinder installed by the second screw, the
Cylinder installed by three screws, the first ferrum buckle installs cylinder, the second ferrum buckle installs cylinder and the first plastic buckle installation cylinder is same
Time work, the working end of corresponding assembling fixture is by after interdependent material gripping, and the first plastic buckle installs cylinder, the first screw peace
Cylinder installed by dress cylinder, the second screw, cylinder installed by the 3rd screw, the first ferrum buckle installs cylinder, the second ferrum buckle installs gas
Cylinder and the first plastic buckle are installed cylinder and are resetted, and crossbeam 9 resets, the first plastic buckle installs cylinder, cylinder installed by the first screw,
Cylinder installed by second screw, cylinder installed by the 3rd screw, the first ferrum buckle installs cylinder, the second ferrum buckle installs cylinder and first
Plastic buckle installs cylinder action, the working end action of corresponding assembling fixture, is rotated by corresponding material and installs or pass through pressure
It is press fit on tail-gate panel body.
Being further used as preferred embodiment, the upper surface of described frame 100 is provided with control system and control panel,
Described control system controls 9, two plastic buckle feeding systems of crossbeam, two ferrum buckle feeding systems, two Screw feeding systems
System, first plastic buckle assembling fixture the 1, first screwdriver the 2, second screwdriver the 3, the 3rd screwdriver the 4, the 4th screwdriver 5, first
Ferrum buckle assembling fixture the 6, second ferrum buckle assembling fixture 7 and the action of the second plastic buckle assembling fixture 8.
Be further used as preferred embodiment, described crossbeam 9 crossbearer on two moving rails, a wherein described movement
Trackside is provided with orders about the crossbeam driving motor that crossbeam 9 moves back and forth, and the upper surface of described crossbeam 9 is provided with orders about movable block
The 103 driving sources 104 moved back and forth along crossbeam 9.
Being further used as preferred embodiment, described first plastic buckle assembling fixture 1 includes being arranged on movable block 103
On the first plastic buckle cylinder is installed and is arranged on the first plastic buckle the first plastic buckle mounting blocks on cylinder is installed,
The lower surface of described first plastic buckle mounting blocks is disposed with the first plastic buckle clamping chamber clamped by plastic buckle, and described the
One screwdriver 2 and the second screwdriver 3 are arranged on the first screw and install on the propelling movement end of cylinder, and cylinder peace installed by described first screw
Being contained on movable block 103, described 3rd screwdriver 4 is arranged on the second screw and installs on the propelling movement end of cylinder, described second screw
Installing cylinder to be arranged on movable block 103, the 4th screwdriver 5 is arranged on the 3rd screw and installs on the propelling movement end of cylinder, and described the
Three screws are installed cylinder and are arranged on movable block 103, and described first ferrum buckle assembling fixture 6 includes being arranged on movable block 103
The first ferrum buckle cylinder is installed and is arranged on the first ferrum buckle the first ferrum buckle mounting blocks on cylinder is installed, described first
The lower surface of ferrum buckle mounting blocks is disposed with the first ferrum buckle clamping chamber of the first ferrum buckle clamping, described second ferrum buckle peace
Dress tool 7 includes that the second ferrum buckle being arranged on movable block 103 is installed cylinder and is arranged on the second ferrum buckle installation cylinder
On the second ferrum buckle mounting blocks, the lower surface of described second ferrum buckle mounting blocks be disposed with by second ferrum buckle clamping second
Ferrum buckle clamping chamber, described second plastic buckle assembling fixture 8 includes that the second plastic buckle being arranged on movable block 103 is installed
Cylinder and be arranged on the second plastic buckle and install the second plastic buckle mounting blocks on cylinder, described second plastic buckle is installed
The lower surface of block is disposed with the second plastic buckle clamping chamber clamped by plastic buckle.
Being further used as preferred embodiment, described first plastic buckle installs cylinder, cylinder installed by the first screw, the
Two-screw installs cylinder, cylinder installed by the 3rd screw, the first ferrum buckle installs cylinder, the second ferrum buckle is installed cylinder and second and moulded
Material buckle is installed cylinder and is sequentially distributed on movable block 103.
It is further used as preferred embodiment, ox head mark is installed below described panel profiling positioning fixture 101 and installs
Cylinder, the external part of described ox head mark installation cylinder stretches in described panel profiling positioning fixture 101 straight up, and ox head mark is pacified
The upper surface of dress cylinder external part is disposed with cattle header location chamber.
After material to be installed prepares, after ox head mark is put in cattle header location chamber by operator, operator is by tail-gate panel
Body is put on panel profiling positioning fixture 101, by tail after clamping cylinder 102 action of panel profiling positioning fixture 101 surrounding
Door panel body is fixed in panel profiling positioning fixture 101, and crossbeam 9 moves, with the first plastic buckle assembling fixture 1, the
One screwdriver the 2, second screwdriver the 3, the 3rd screwdriver the 4, the 4th screwdriver the 5, first ferrum buckle assembling fixture the 6, second ferrum buckle
Assembling fixture 7 and the second plastic buckle assembling fixture 8 lay respectively at above interdependent material, the first plastic buckle installation cylinder,
Cylinder installed by first screw, cylinder installed by the second screw, cylinder installed by the 3rd screw, the first ferrum buckle installs cylinder, the second ferrum
Buckle installs cylinder and the first plastic buckle is installed cylinder and worked simultaneously, and the working end of corresponding assembling fixture is by interdependent material clamp
After taking, the first plastic buckle installs cylinder, cylinder installed by the first screw, cylinder installed by the second screw, cylinder installed by the 3rd screw,
First ferrum buckle installs cylinder, the second ferrum buckle installs cylinder and the first plastic buckle is installed cylinder and resetted, and crossbeam 9 resets, the
One plastic buckle installs cylinder, cylinder installed by the first screw, cylinder installed by the second screw, the 3rd screw installs cylinder, the first ferrum
Buckle installs cylinder, the second ferrum buckle installs cylinder and the first plastic buckle installs cylinder action, the work of corresponding assembling fixture
End action, is rotated corresponding material and installs or be press fit on tail-gate panel body by pressure, and meanwhile, ox head mark is installed
The external part of cylinder protrudes upward, and ox head mark snaps into the relevant position of tail-gate panel body.
It is above better embodiment of the present utility model is illustrated, but this utility model is created and do not limited
In described embodiment, those of ordinary skill in the art also can make on the premise of this utility model spirit all
Equivalent modifications or replacement, modification or the replacement of these equivalents are all contained in the application claim limited range.
Claims (9)
1. a tail-gate panel automatic assembling special plane, it is characterised in that: include that frame, the upper surface of described frame are disposed with panel
Profiling positioning fixture, the side of described panel profiling positioning fixture is provided with six feeding systems, and two feeding systems are respectively
Two plastic buckle feeding systems, two ferrum buckle feeding systems and two Screw feeding systems, on panel profiling positioning fixture
Side's crossbearer has the crossbeam that can move back and forth between feeding system and panel profiling positioning fixture, and the side of described crossbeam is provided with
The movable block moved back and forth along crossbeam, described movable block is sequentially installed with the first plastic buckle assembling fixture, the first screwdriver,
Second screwdriver, the 3rd screwdriver, the 4th screwdriver, the first ferrum buckle assembling fixture, the second ferrum buckle assembling fixture and second
Plastic buckle assembling fixture.
Tail-gate panel automatic assembling special plane the most according to claim 1, it is characterised in that: two described plastic buckle feedings
System lays respectively at the both sides of frame upper surface, and two described Screw feeding systems are respectively the first Screw feeding system and second
Screw feeding system, two described ferrum buckle feeding systems are respectively the first ferrum buckle mated with the first ferrum buckle assembling fixture
Feeding system and the second ferrum buckle feeding system mated with the second ferrum buckle assembling fixture, described first Screw feeding system,
First ferrum buckle feeding system, the second Screw feeding system and the second ferrum buckle feeding system are sequentially distributed at two plastic buckles
Between feeding system.
Tail-gate panel automatic assembling special plane the most according to claim 2, it is characterised in that: described first Screw feeding system
Including the first screw vibrating disk and the first screw conveyor track of being connected with the first screw vibrating disk, described first screw conveyor track
On end be provided with first screw push cylinder, described first screw push cylinder propelling movement end be provided with first screw push
Block, described first screw pushing block is disposed with mate with the first screwdriver first screw push chamber and with the second screwdriver
The second screw joined pushes chamber；Described second Screw feeding system include the second screw vibrating disk and with the second screw vibrating disk
The the second screw conveyor track connected, the end on described second screw conveyor track is provided with the second screw and pushes cylinder, and described the
Two screws push the propelling movement end of cylinder and are provided with the second screw propelling movement block, and described second screw pushing block is disposed with and the 3rd spiral shell
3rd screw of silk batch coupling pushes chamber and the 4th screw mated with the 4th screwdriver pushes chamber；Described first ferrum buckle feeding
System include the first ferrum buckle vibrating disk between the first screw vibrating disk and the second screw vibrating disk and with the first ferrum
The first ferrum buckle conveyor track that buckle vibrating disk connects, the end of described first ferrum buckle conveyor track is disposed with the first ferrum buckle and pushes away
Supplying gas cylinder, the propelling movement end that described first ferrum buckle pushes cylinder is provided with the first ferrum buckle and pushes block, and described first ferrum buckle pushes away
Send and on block, be disposed with the first buckle propelling movement chamber；Described second ferrum buckle feeding system includes being positioned at the second screw vibrating disk and plastics
The second ferrum buckle vibrating disk between buckle feeding system and the second ferrum buckle conveying being connected with the second ferrum buckle vibrating disk
Rail, the end of described second ferrum buckle conveyor track is disposed with the second ferrum buckle and pushes cylinder, and described second ferrum buckle pushes cylinder
Propelling movement end the second ferrum buckle be installed push block, described second ferrum buckle pushes and is disposed with the second buckle on block and pushes chamber；On
During material, the second screw pushes and makes the 3rd screw push chamber and the propelling movement of the 4th screw after block passes below the first ferrum buckle conveyor track
Screw on chamber lays respectively at the 3rd screwdriver and the underface of the 4th screwdriver, and the first ferrum buckle pushes block and crosses the second screw
Behind space on front side of conveyor track, the first ferrum buckle is delivered to below the first ferrum buckle assembling fixture.
4. according to the tail-gate panel automatic assembling special plane described in Claims 2 or 3, it is characterised in that: described plastic buckle feeding
System includes plastic buckle vibrating disk and the plastic buckle conveyor track being connected with plastic buckle vibrating disk, and described plastic buckle is defeated
Sending the end on rail to be provided with plastic buckle and push cylinder, described plastic buckle pushes the propelling movement end of cylinder and is provided with plastic buckle
Push block, described plastic buckle pushing block is disposed with and the first plastic buckle assembling fixture or the second plastic buckle assembling fixture
The plastic buckle matched pushes chamber.
5. according to the tail-gate panel automatic assembling special plane described in claim 1 or 2 or 3, it is characterised in that: the upper end of described frame
Face is provided with control system and control panel, and described control system controls crossbeam, two plastic buckle feeding systems, two ferrum cards
Button feeding system, two Screw feeding systems, the first plastic buckle assembling fixture, the first screwdriver, the second screwdriver, the 3rd spiral shells
Silk batch, the 4th screwdriver, the first ferrum buckle assembling fixture, the second ferrum buckle assembling fixture and the second plastic buckle assembling fixture
Action.
6. according to the tail-gate panel automatic assembling special plane described in claim 1 or 2 or 3, it is characterised in that: described crossbeam crossbearer exists
Article two, on moving rail, wherein it is provided with by a described moving rail and orders about the crossbeam driving motor that crossbeam moves back and forth, described horizontal stroke
The upper surface of beam is provided with orders about the driving source that movable block moves back and forth along crossbeam.
7. according to the tail-gate panel automatic assembling special plane described in claim 1 or 2 or 3, it is characterised in that: described first plastic clip
Button assembling fixture includes that the first plastic buckle being arranged on movable block is installed cylinder and is arranged on the first plastic buckle installation
The first plastic buckle mounting blocks on cylinder, the lower surface of described first plastic buckle mounting blocks is disposed with and is clamped by plastic buckle
First plastic buckle clamping chamber, described first screwdriver and the second screwdriver be arranged on first screw install cylinder propelling movement end
On, described first screw is installed cylinder and is arranged on movable block, and described 3rd screwdriver is arranged on the second screw and installs cylinder
Pushing on end, described second screw is installed cylinder and is arranged on movable block, and the 4th screwdriver is arranged on the 3rd screw and installs cylinder
Propelling movement end on, described 3rd screw install cylinder be arranged on movable block, described first ferrum buckle assembling fixture include install
The first ferrum buckle on movable block is installed cylinder and is arranged on the first ferrum buckle installation that the first ferrum buckle is installed on cylinder
Block, the lower surface of described first ferrum buckle mounting blocks is disposed with the first ferrum buckle clamping chamber of the first ferrum buckle clamping, described
Second ferrum buckle assembling fixture includes that the second ferrum buckle being arranged on movable block is installed cylinder and is arranged on the second ferrum buckle
Installing the second ferrum buckle mounting blocks on cylinder, the lower surface of described second ferrum buckle mounting blocks is disposed with the second ferrum card clip
The second tight ferrum buckle clamping chamber, described second plastic buckle assembling fixture includes the second plastic buckle being arranged on movable block
Cylinder is installed and is arranged on the second plastic buckle mounting blocks on the second plastic buckle installation cylinder, described second plastic buckle
The lower surface of mounting blocks is disposed with the second plastic buckle clamping chamber clamped by plastic buckle.
Tail-gate panel automatic assembling special plane the most according to claim 7, it is characterised in that: described first plastic buckle is installed
Cylinder installed by cylinder, the first screw, cylinder installed by the second screw, cylinder installed by the 3rd screw, the first ferrum buckle installs cylinder, the
Two ferrum buckles install cylinder and the second plastic buckle is installed cylinder and is sequentially distributed on movable block.
9. according to the tail-gate panel automatic assembling special plane described in claim 1 or 2 or 3, it is characterised in that: described panel profiling is fixed
Being provided with ox head mark below position fixture and install cylinder, described ox head mark is installed the external part of cylinder and is stretched into described panel straight up
In profiling positioning fixture, ox head mark is installed the upper surface of cylinder external part and is disposed with cattle header location chamber.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620693663.0U CN205869946U (en) | 2016-07-04 | 2016-07-04 | Automatic assemblage special plane of tail door facings strip |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620693663.0U CN205869946U (en) | 2016-07-04 | 2016-07-04 | Automatic assemblage special plane of tail door facings strip |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205869946U true CN205869946U (en) | 2017-01-11 |
Family
ID=57693657
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620693663.0U Expired - Fee Related CN205869946U (en) | 2016-07-04 | 2016-07-04 | Automatic assemblage special plane of tail door facings strip |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205869946U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106002249A (en) * | 2016-07-04 | 2016-10-12 | 清远敏惠汽车零部件有限公司 | Automatic special assembly machine for tail door trims |
-
2016
- 2016-07-04 CN CN201620693663.0U patent/CN205869946U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106002249A (en) * | 2016-07-04 | 2016-10-12 | 清远敏惠汽车零部件有限公司 | Automatic special assembly machine for tail door trims |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| 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: 20170111 Termination date: 20210704 |