CN206455950U - A kind of tool that foam is pasted for FPC - Google Patents
A kind of tool that foam is pasted for FPC Download PDFInfo
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- CN206455950U CN206455950U CN201720013247.6U CN201720013247U CN206455950U CN 206455950 U CN206455950 U CN 206455950U CN 201720013247 U CN201720013247 U CN 201720013247U CN 206455950 U CN206455950 U CN 206455950U
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- fpc
- foam
- travel mechanism
- positioning seat
- pasted
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Abstract
The utility model discloses a kind of tool that foam is pasted for FPC, it is mainly manual attaching to solve FPC in the prior art and paste foam, and operating speed is slow and technical problem of easy off normal.The tool includes bottom plate, the axle travel mechanism of X, Y, Z tri- is installed on bottom plate, Y-axis moving mechanism is arranged on plate top surface, plate top surface is additionally provided with portal frame, the crossbeam of portal frame extends along X-direction, X-axis travel mechanism is arranged on the crossbeam, and Z axis travel mechanism is arranged in X-axis travel mechanism；It is provided with to be provided with foam positioning seat, Z axis travel mechanism in FPC positioning seats and FPC framework locations seat, Z axis travel mechanism in Y-axis moving mechanism and is additionally provided with rotating mechanism, for drives foam positioning seat to be rotated around X-direction.Foam, FPC and FPC skeletons are transported stickup by the utility model successively using three axle travel mechanisms, and most foam, FPC and FPC skeletons three attach and combined at last.
Description
Technical field
The utility model is related to a kind of completed knocked down products tool, and in particular to a kind of tool that foam is pasted for FPC, for that will steep
Cotton, FPC and FPC skeleton threes are pasted together.
Background technology
FPC (flexible PCB) pastes foam as a kind of packaging technology for manufacturing industry, is widely used in electronics, electrical equipment
Manufacturing.Need to use three kinds of parts in FPC patch foam operations, be foam, FPC and FPC skeletons respectively.FPC skeletons are
In order to which assembling product FPC is convenient, FPC skeletons can be discarded after being completed.
Current FPC patches foam is largely attaching by hand, and not only operating speed is slow and easy off normal.In order that FPC is pasted
Foam and the speeds match of other techniques, urgent need design is a kind of can be increased substantially labeling rates and paste controlling for the degree of accuracy
Tool.
Utility model content
In view of the above problems, the utility model provides a kind of tool that foam is pasted for FPC, is pacified by three axle travel mechanisms
Equipped with three material plates, foam, FPC and FPC skeletons are positioned respectively, using three axle travel mechanisms by foam, FPC and FPC skeletons
Transhipment is pasted successively, and most foam, FPC and FPC skeletons three attach and combined at last, significantly improves FPC patch foams
Sticking efficiency and sticking Quality.
To reach above-mentioned purpose, what the technical solution of the utility model was realized in：
A kind of tool that foam is pasted for FPC that the utility model is provided, including bottom plate, are provided with three axles on the bottom plate
Travel mechanism, respectively X-axis, Y-axis and Z axis travel mechanism, the Y-axis moving mechanism is arranged on the plate top surface, described
Plate top surface is additionally provided with portal frame, and the crossbeam of the portal frame extends along X-direction, and the X-axis travel mechanism is arranged on institute
State on crossbeam, the Z axis travel mechanism is arranged in the X-axis travel mechanism；FPC is provided with the Y-axis moving mechanism to determine
It is provided with foam positioning seat, the Z axis travel mechanism and also sets up in position seat and FPC framework locations seat, the Z axis travel mechanism
There is rotating mechanism, for driving the foam positioning seat to be rotated around X-direction.
Further, the Y-axis moving mechanism includes being arranged on slide rail on the plate top surface, and the slide rail is along Y-axis side
To extension, it is arranged with parallel with the slide rail on the first Rodless cylinder, first Rodless cylinder and is provided with slide, by described
Slide and the slide rail are provided with sliding floor, and first Rodless cylinder drives the sliding floor to be moved along the slide rail
It is dynamic, FPC positioning seats and FPC framework locations seat have been laid side by side on the sliding floor.
Further, the FPC positioning seats include being provided with vacuum chamber in body, the body, and the vacuum chamber leads to
Tracheae connection external vacuum generator is crossed, the body upper surface is provided with locating slot, the shape of the locating slot and pending
FPC shape is adapted, and the bottom land of the locating slot is provided with some stomatas, and the stomata connects the vacuum chamber.
Further, the FPC framework locations seat includes being provided with vacuum chamber, the vacuum chamber in body, the body
Room connects external vacuum generator by tracheae, and the body upper surface is provided with some alignment pins, and the body upper surface is also
Some stomatas are provided with, the stomata connects the vacuum chamber.
Further, the Z axis travel mechanism includes Pneumatic slid platform, and the slide of the Pneumatic slid platform is slided along Z-direction, institute
Stating rotating mechanism includes being provided with rotating shaft, described turn in the U-shaped turnover bracket installed in the slide lower end, the turnover bracket
Axle is arranged along X-direction, supporting plate is provided with the rotating shaft, the foam positioning seat is arranged in the supporting plate, described
What the slide of Pneumatic slid platform moved down that distance determines the foam positioning seat moves down distance.
Further, the foam positioning seat includes being provided with vacuum chamber in body, the body, and the vacuum chamber leads to
Tracheae connection external vacuum generator is crossed, the body upper surface is provided with some alignment pins, and the body upper surface is also set up
There are some stomatas, the stomata connects the vacuum chamber.
Further, the turnover bracket is supporting the position of the rotating shaft to be provided with bearing, the turnover bracket side peace
The rotating shaft rotation is driven equipped with rotary cylinder, the turnover bracket opposite side correspondence foam positioning seat is provided with rotation and connect
Head, the swivel joint internally connects the vacuum chamber of the foam positioning seat, externally connects external vacuum by tracheae
Device.
Further, limited block is provided with rear side of the turnover bracket, limits the anglec of rotation of the foam positioning seat, it is described
Foam positioning seat is horizontal when being stopped by the limited block, and upper table is down, and the foam positioning seat is by level
Position is through being flipped up angular range for 120 degree on front side of the turnover bracket.
Further, the X-axis travel mechanism includes the second Rodless cylinder, and second Rodless cylinder is arranged along X-direction,
The Z axis travel mechanism is arranged on the slide of second Rodless cylinder.
Further, cable support, the cross rail top of the portal frame are additionally provided with the slide of second Rodless cylinder
Cable protection chain is equipped with, the movable end of the cable protection chain is fixed on the cable support, the Z axis moving machine
Structure along X-direction move when the cable protection chain be servo-actuated.
The tool for FPC patch foams for using said structure to set has advantages below：
Tool operation in the utility model is light, than improving nearly 3-5 times of operating speed, and FPC and foam positioning by hand
Accurately, the sticking efficiency and sticking Quality of FPC patch foams are significantly improved.
The FPC handled by the utility model, is installed to accurate positioning when on other electronic products, also improves final production
The quality of product.
Jig structure in the utility model is simple, and easy to assembly, manufacturing cost is relatively low.
Brief description of the drawings
Fig. 1 is the stereogram for the tool that the utility model pastes foam for FPC, is watched shown in figure from front side；
Fig. 2 is the stereogram for the tool that the utility model pastes foam for FPC, is watched shown in figure from rear side；
Fig. 3 is the exploded view for the tool that the utility model pastes foam for FPC；
Fig. 4 is the stereogram that the utility model uses foam positioning seat；
Fig. 5 is the stereogram that the utility model uses FPC positioning seats；
Fig. 6 is the stereogram that the utility model uses FPC framework locations seat；
Fig. 7 is the front view for the tool that the utility model pastes foam for FPC；
Fig. 8 is the right view for the tool that the utility model pastes foam for FPC；
Fig. 9 is the rearview for the tool that the utility model pastes foam for FPC；
Figure 10 is the top view for the tool that the utility model pastes foam for FPC；
Figure 11 is the stereogram that the utility model uses electric appliance control box；
Figure 12 a are the operation process charts for the tool that the utility model pastes foam for FPC, are tool preparation shape shown in figure
State, places foam, FPC and FPC skeletons on three positioning seats respectively；
Figure 12 b are the operation process chart for the tool that the utility model pastes foam for FPC, the rotation of foam positioning seat shown in figure
To direction down, FPC positioning seats and FPC framework locations seat are translated to foam positioning seat lower section；
Figure 12 c are the utility model pasted for FPC foam tool operation process chart, under foam positioning seat shown in figure
Move, foam is affixed on FPC；
Figure 12 d are on the operation process chart for the tool that the utility model pastes foam for FPC, foam positioning seat shown in figure
Move, foam and FPC combination are transferred to FPC framework locations seat top；
Figure 12 e are the utility model pasted for FPC foam tool operation process chart, under foam positioning seat shown in figure
Move, foam and FPC combination are affixed on FPC skeletons；
Figure 12 f are the operation process charts for the tool that the utility model pastes foam for FPC, are to be controlled after the completion of pasting shown in figure
Tool recovers readiness, can carry out work cycle next time.
In figure：1. bottom plate；2. slide rail；3. sliding floor；4. portal frame；5. Rodless cylinder；6. cable protection chain；7. cable
Support；8. Pneumatic slid platform；9. turnover bracket；10. foam positioning seat；10-1. bodies；10-2. stomatas；10-3. alignment pins；11.
Rotary cylinder；12.FPC positioning seats；12-1. bodies；12-2. locating slots；12-3. stomatas；12-4. avoid hole；13. without bar gas
Cylinder；14.FPC framework locations seat；14-1. cover board bodies；14-2. stomatas；14-3. alignment pins；14-4. avoid hole；15. rami tracheales
Fagging；16. swivel joint；17. limited block；18th, rotating shaft；19. supporting plate；20. electric appliance control box；20-1. left start button；
20-2. right start button.
Embodiment
Design concept of the present utility model is：
It is mainly manual attaching for the patch foams of FPC in the prior art, operating speed is slow and technical problem of easy off normal,
The utility model provides a kind of tool that foam is pasted for FPC, and three material plates are provided with by three axle travel mechanisms, fixed respectively
Position foam, FPC and FPC skeletons, transport stickup by foam, FPC and FPC skeletons using three axle travel mechanisms, most steep at last successively
Cotton, FPC and FPC skeletons three attach and combined, and significantly improve the sticking efficiency and sticking Quality of FPC patch foams.
It is new to this practicality below in conjunction with accompanying drawing to make the purpose of this utility model, technical scheme and advantage clearer
Type embodiment is described in further detail.
It is as shown in Figure 1, Figure 2, Figure 3 shows one of the utility model embodiment, it is a kind of to paste foam for FPC in embodiment
Tool, including bottom plate 1, are provided with three axle travel mechanisms on bottom plate 1, respectively X-axis, Y-axis and Z axis travel mechanism, in Fig. 1
There is a reference coordinate, the present embodiment is using the structure of X-axis, Y-axis and Z axis this tool merely for convenience of description, these three moving machines
The relation of structure is not limited by name.
Y-axis moving mechanism is arranged on the top surface of bottom plate 1, and the top surface of bottom plate 1 is additionally provided with portal frame 4, the crossbeam edge of portal frame 4
X-direction extends, and X-axis travel mechanism is set on crossbeam, and Z axis travel mechanism is arranged in X-axis travel mechanism；Y-axis moving mechanism
On be provided with FPC positioning seats 12 and FPC framework locations seat 14, Z axis travel mechanism and be provided with foam positioning seat 10, Z axis movement
Rotating mechanism is additionally provided with mechanism, for driving foam positioning seat 10 to be rotated around X-direction.
As shown in Fig. 1, Fig. 3, Fig. 7, Y-axis moving mechanism includes being arranged on slide rail 2 on the top surface of bottom plate 1, and slide rail 2 is along Y-axis
Direction extends, and is arranged with parallel with slide rail 2 on Rodless cylinder 13, Rodless cylinder 13 and is provided with slide, passes through Rodless cylinder 13
Slide and slide rail 2 are provided with sliding floor 3, and the driving sliding floor 3 of Rodless cylinder 13 is moved along slide rail 2, on sliding floor 3 simultaneously
Row is equipped with FPC positioning seats 12 and FPC framework locations seat 14.FPC positioning seats 12 and FPC framework locations seat 14 are arranged on same
Therebetween highly consistent can be ensured on block sliding floor 3, to coordinate with Z axis travel mechanism.
FPC positioning seats 12 and FPC framework locations seat 14 are moved back and forth along Y-direction axle, stop position by Rodless cylinder 13 or
The structures shape of person's slide rail 2 is spacing, needs to guarantee and the consistency from top to bottom of foam positioning seat 10 when being moved to 1 rear side of bottom plate.
In this embodiment, slide rail 2 only sets one, according to actual needs, and slide rail 2 can also set two, phase
Ground Rodless cylinder 13 is answered to be arranged between two one slide rails 2.
As shown in Fig. 3, Fig. 5, FPC positioning seats 12 include being provided with vacuum chamber, vacuum chamber in body 12-1, body 12-1
Room connects external vacuum generator (not shown) by tracheae, and body 12-1 upper surfaces are provided with locating slot 12-2, locating slot 12-
2 shape and pending FPC shape are adapted, and locating slot 12-2 bottom land is provided with some stomata 12-3, and stomata 12-3 connects
Vacuum chamber in logical body 12-1.After pending FPC is placed in locating slot 12-2, vacuum generator starts, in vacuum
Negative pressure is formed in chamber, FPC is fixed using stomata 12-3 absorption.
Stomata 12-3 on FPC positioning seats 12, which can also be played, blows role, after foam and FPC bondings, now Z
Axle travel mechanism needs to raise up the two, in order to prevent weight increase to be difficult to be lifted, now the stomata on FPC positioning seats 12
12-3 is changed to blow, and vacuum generator changes working condition and is inflated to the vacuum chamber of FPC positioning seats 12.
As shown in Fig. 3, Fig. 6, FPC framework locations seat 14 includes being provided with vacuum chamber in body 14-1, body 14-1, very
Plenum chamber connects external vacuum generator (not shown) by tracheae, and body 14-1 upper surfaces are provided with some alignment pin 14-3,
Body 14-1 upper surfaces are additionally provided with the vacuum chamber in some stomata 14-2, stomata 14-2 connection bodies 14-1.FPC skeletons are put
Put after body 14-1 upper surfaces, spacing by alignment pin 14-3, vacuum generator starts, form negative in vacuum chamber
Pressure, FPC skeletons are fixed using stomata 14-2 absorption.
As shown in Figure 1, Figure 3, Z axis travel mechanism includes Pneumatic slid platform 8, and the slide of Pneumatic slid platform 8 is slided along Z-direction,
Aforementioned rotating mechanism includes being provided with rotating shaft in the U-shaped turnover bracket 9 installed in the slide lower end of Pneumatic slid platform 8, turnover bracket 9
18, rotating shaft 18 is arranged along X-direction, and supporting plate 19 is provided with rotating shaft 18, and foam positioning seat 10 is arranged in supporting plate 19, gas
What the slide of dynamic slide unit 8 moved down that distance determines foam positioning seat 10 moves down distance.
As shown in Figure 3, Figure 4, foam positioning seat 10 includes being provided with vacuum chamber, vacuum in body 10-1, body 10-1
Chamber connects external vacuum generator (not shown) by tracheae, and body 10-1 upper surfaces are provided with some alignment pin 10-3, this
Body 10-1 upper surfaces are additionally provided with some stomata 10-2, and stomata 10-2 connects the vacuum chamber.Foam is placed on body 10-1
Spacing by alignment pin 10-3 after upper surface, vacuum generator starts, and negative pressure is formed in vacuum chamber, stomata 10- is utilized
Foam is fixed in 2 absorption.
Because the upper surface of foam positioning seat 10 is provided with some alignment pin 10-3,14 upper surfaces of FPC framework locations seat are set
There are some alignment pin 14-3, so again equal in foam positioning seat 10, FPC positioning seats 12,14 three upper surfaces of FPC framework locations seat
Avoidance hole is provided with, to improve the crimping effect to foam, FPC, FPC skeleton three.
As shown in Figure 1, Figure 3, turnover bracket 9 is provided with bearing in the position of support rotating shaft 18, and the side of turnover bracket 9 is installed
There is the drive shaft 18 of rotary cylinder 11 to rotate, the opposite side of turnover bracket 9 correspondence foam positioning seat 10 is provided with swivel joint 16, revolves
The vacuum chamber of foam positioning seat 10 is connected in 16 pairs of adapter, external vacuum generator (not shown) is connected by tracheae.
The rear side of turnover bracket 9 is provided with limited block 17, the anglec of rotation of limitation foam positioning seat 10, the quilt of foam positioning seat 10
Limited block 17 is horizontal when stopping, and upper table is down, and foam positioning seat 10 is before the inverted support 9 of horizontal level
Flip angle scope is 120 degree on the side.
As shown in Figure 1, Figure 3, X-axis travel mechanism includes Rodless cylinder 5, and Rodless cylinder 5 is arranged along X-direction, Z axis movement
Mechanism is arranged on the slide of Rodless cylinder 5.
Cable support 7 is additionally provided with the slide of Rodless cylinder 5, the cross rail top of portal frame 4 is equipped with cable protection chain
6, the movable end of cable protection chain 6 is fixed on cable support 7, Z axis travel mechanism along X-direction move when cable protection
Chain 6 is servo-actuated.
Foam positioning seat 10 can both be moved up and down along Z-direction, and stop position is spacing by the structures shape of Pneumatic slid platform 8,
It can be moved left and right again along X-direction, stop position is spacing by the structures shape of Rodless cylinder 5, when foam positioning seat 10 is moved down
Need to guarantee and FPC positioning seats 12 and the effective fastening that aligns of FPC framework locations seat 14.
As shown in Figure 1, Figure 3, rearward position is provided with tracheae supporting plate 15 on the top surface of bottom plate 1, determines for fixing FPC
The spiral tracheae of position seat 12 and FPC framework locations seat 14, prevents the two from occurring to fold and winding.
In the present embodiment electric appliance control box 20, as shown in figure 11, electrical equipment control are also configured with for the FPC tools for pasting foam
Left start button 20-1 and right start button 20-2 are provided with box 20, because needing the travel mechanism of control more on tool,
Controlled simultaneously so electric appliance control box 20 is left and right both hands.
The tool job step for pasting foam for FPC is as described below, may be referred to shown in Figure 12 a-f：
Shown in Figure 12 a, the initial position of foam positioning seat 10 is in left end；FPC positioning seats 12 and FPC framework locations seat 14 just
Beginning, position was in front end.Foam positioning seat 10 is flipped up 120 degree, is 30 degree with horizontal plane angle.The angle is at 20 degree to 60 degree
Between can also；Operator is facilitated to place foam.
When operation starts, left start button 20-1 and right start button 20-2 on electric appliance control box 20 are pressed first to open
Dynamic external vacuum generator, foam positioning seat 10, FPC positioning seats 12, FPC framework locations seat 14 are connected with vacuum air-channel respectively,
Operator starts to place three kinds of materials.
Foam is placed on foam positioning seat 10 by operator, and foam is overall, is set by the top surface of foam positioning seat 10
Alignment pin 10-3 positioned；Foam positioning seat 10 holds foam under the suction of negative pressure.
FPC is placed on FPC positioning seats 12 by operator, fixed to FPC by the locating slot 12-2 with FPC external shape fits
Position；FPC positioning seats 12 hold FPC under the suction of negative pressure.
FPC skeletons are placed on FPC framework locations seat 14 by operator, by alignment pin 14-3 to FPC framework locations；
FPC framework locations seat 14 holds FPC skeletons under the suction of negative pressure.
Press the left start button 20-1 and right start button 20-2 on electric appliance control box 20 again, three axle travel mechanisms by
Electrical equipment control starts action, as shown in Figure 12b, the drive of FPC positioning seats 12 and FPC framework locations seat 14 in Y-axis moving mechanism
Under move backward to specified location；Rotary cylinder 11 rotates, and the top surface of foam positioning seat 10 is parallel with FPC positioning seats 12 downwards, etc.
FPC positioning seats 12 in place after, Z axis travel mechanism drive under, foam positioning seat 10 is moved down, and is fastened with FPC positioning seats 12,
Foam is pasted onto on FPC, as shown in fig. 12 c.
Now, FPC positioning seats 12 are changed to connect with compressed air gas circuit by connecting with vacuum air-channel, discharge FPC；Z axis is moved
Motivation structure drives foam positioning seat 10 and FPC to move upwards, then moves right and is alignd with the FPC framework locations seat 14 on right side,
As shown in figure 12d.
As shown in Figure 12 e, FPC positioning seats 12 are moved downward in the case where Z axis travel mechanism drives, with FPC framework locations seat 14
Fasten, now FPC framework locations seat 14 disconnects the connection with vacuum air-channel, and release foam, FPC and FPC skeletons complete three's group
Dress, and three is still adsorbed by foam positioning seat 10, rise in the case where Z axis travel mechanism drives, then by X-axis travel mechanism
Initial position is returned under drive, rotary cylinder 11, which rotates, overturns foam positioning seat 10, assembling finished product is placed upward, now foam
Positioning seat 10 disconnects the connection with vacuum air-channel.
Operator takes assembling finished product away, and tool can carry out next assembling circulation, as shown in Figure 12 f.
The operation of this tool is light, than improving nearly 3-5 times of operating speed, and FPC and foam accurate positioning by hand.
Preferred embodiment of the present utility model is these are only, protection domain of the present utility model is not intended to limit.
All any modification, equivalent substitution and improvements made within spirit of the present utility model and principle etc., are all contained in this practicality new
In the protection domain of type.
Claims (10)
1. a kind of tool that foam is pasted for FPC, including bottom plate, are provided with three axle travel mechanisms, respectively X on the bottom plate
Axle, Y-axis and Z axis travel mechanism, it is characterised in that the Y-axis moving mechanism is arranged on the plate top surface, the base top
Face is additionally provided with portal frame, and the crossbeam of the portal frame extends along X-direction, and the X-axis travel mechanism is arranged on the crossbeam
On, the Z axis travel mechanism is arranged in the X-axis travel mechanism；Be provided with the Y-axis moving mechanism FPC positioning seats and
It is provided with FPC framework locations seat, the Z axis travel mechanism in foam positioning seat, the Z axis travel mechanism and is additionally provided with rotation
Mechanism, for driving the foam positioning seat to be rotated around X-direction.
2. the tool according to claim 1 that foam is pasted for FPC, it is characterised in that the Y-axis moving mechanism includes setting
Slide rail on the plate top surface, the slide rail extends along Y direction, and first is arranged with parallel without bar gas with the slide rail
Slide is provided with cylinder, first Rodless cylinder, sliding floor, described first are provided with by the slide and the slide rail
Rodless cylinder drives the sliding floor to be moved along the slide rail, be laid side by side on the sliding floor FPC positioning seats and
FPC framework locations seat.
3. the tool according to claim 2 that foam is pasted for FPC, it is characterised in that the FPC positioning seats include body,
Vacuum chamber is provided with the body, the vacuum chamber connects external vacuum generator, the body upper table by tracheae
Face is provided with locating slot, and the shape of the locating slot and pending FPC shape are adapted, and the bottom land of the locating slot is provided with
Some stomatas, the stomata connects the vacuum chamber.
4. the tool according to claim 2 that foam is pasted for FPC, it is characterised in that the FPC framework locations seat includes this
Vacuum chamber is provided with body, the body, the vacuum chamber is connected on external vacuum generator, the body by tracheae
Surface is provided with some alignment pins, and the body upper surface is additionally provided with some stomatas, and the stomata connects the vacuum chamber.
5. the tool according to claim 1 that foam is pasted for FPC, it is characterised in that the Z axis travel mechanism includes pneumatic
Slide unit, the slide of the Pneumatic slid platform is slided along Z-direction, and the rotating mechanism includes the U-shaped installed in the slide lower end
Rotating shaft is installed, the rotating shaft is arranged along X-direction, and support is provided with the rotating shaft in turnover bracket, the turnover bracket
Plate, the foam positioning seat is arranged in the supporting plate, and the slide of the Pneumatic slid platform moves down distance and determines the foam
Positioning seat moves down distance.
6. the tool according to claim 5 that foam is pasted for FPC, it is characterised in that the foam positioning seat includes body,
Vacuum chamber is provided with the body, the vacuum chamber connects external vacuum generator, the body upper table by tracheae
Face is provided with some alignment pins, and the body upper surface is additionally provided with some stomatas, and the stomata connects the vacuum chamber.
7. the tool according to claim 6 that foam is pasted for FPC, it is characterised in that the turnover bracket is described in support
The position of rotating shaft is provided with bearing, and the turnover bracket side is provided with rotary cylinder and drives the rotating shaft rotation, the upset
The support opposite side correspondence foam positioning seat is provided with swivel joint, and the swivel joint internally connects the foam positioning seat
Vacuum chamber, externally pass through tracheae connect external vacuum generator.
8. the tool according to claim 5 that foam is pasted for FPC, it is characterised in that be provided with rear side of the turnover bracket
Limited block, limits the anglec of rotation of the foam positioning seat, and level is in when the foam positioning seat is stopped by the limited block
Position, and upper table is down, and the foam positioning seat is by horizontal level through being flipped up angle model on front side of the turnover bracket
Enclose for 120 degree.
9. the tool according to claim 1 that foam is pasted for FPC, it is characterised in that the X-axis travel mechanism includes second
Rodless cylinder, second Rodless cylinder arranges that the Z axis travel mechanism is arranged on second Rodless cylinder along X-direction
Slide on.
10. the tool according to claim 9 that foam is pasted for FPC, it is characterised in that the slide of second Rodless cylinder
On be additionally provided with cable support, the cross rail top of the portal frame is equipped with cable protection chain, the activity of the cable protection chain
End be fixed on the cable support, the Z axis travel mechanism along X-direction move when the cable protection chain be servo-actuated.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720013247.6U CN206455950U (en) | 2017-01-05 | 2017-01-05 | A kind of tool that foam is pasted for FPC |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720013247.6U CN206455950U (en) | 2017-01-05 | 2017-01-05 | A kind of tool that foam is pasted for FPC |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206455950U true CN206455950U (en) | 2017-09-01 |
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ID=59695433
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720013247.6U Active CN206455950U (en) | 2017-01-05 | 2017-01-05 | A kind of tool that foam is pasted for FPC |
Country Status (1)
| Country | Link |
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| CN (1) | CN206455950U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109571977A (en) * | 2018-12-31 | 2019-04-05 | 苏州腾茂电子科技有限公司 | A kind of automation jig and foam method of attaching that foam is pasted |
-
2017
- 2017-01-05 CN CN201720013247.6U patent/CN206455950U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109571977A (en) * | 2018-12-31 | 2019-04-05 | 苏州腾茂电子科技有限公司 | A kind of automation jig and foam method of attaching that foam is pasted |
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