CN206585839U - Gradual flexible printed wiring board press fit device - Google Patents
Gradual flexible printed wiring board press fit device Download PDFInfo
- Publication number
- CN206585839U CN206585839U CN201720299168.6U CN201720299168U CN206585839U CN 206585839 U CN206585839 U CN 206585839U CN 201720299168 U CN201720299168 U CN 201720299168U CN 206585839 U CN206585839 U CN 206585839U
- Authority
- CN
- China
- Prior art keywords
- wiring board
- printed wiring
- flexible printed
- briquetting
- framework
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The application provides a kind of gradual flexible printed wiring board press fit device, and its structure includes platform base, longitudinal sliding motion component and pressing assembly.Platform base has loading end, to assemble the carrying flexible printed wiring board and support plate to be pressed.Longitudinal sliding motion component is arranged on platform base.Pressing assembly connects longitudinal sliding motion component, with a briquetting, it includes stitching surface relative to each other and support surface, and first side and second side relative to each other, and first side is configured to a longitudinal difference in height with second side in longitudinal sliding motion component restocking, wherein when longitudinal sliding motion component drives pressing assembly to slide to loading end, first side is first pressed against on flexible printed wiring board and support plate；And stitching surface progressively presses the flexible printed wiring board and support plate on loading end from the direction of first side to second side.
Description
Technical field
The application is related to a kind of flexible printed wiring board press fit device, espespecially a kind of gradual flexible printed wiring board pressing
Device.
Background technology
Flexible printed wiring board (Flexible Print Circuit, FPC) is also known as soft board or soft board flat cable, tool
The features such as having high, lightweight Distribution density, thickness of thin, has been widely used in many electronic products now.
But in soft board process, need to often be conformed to soft board on support plate using manually-operated mode.Due to people
The mode of work laminating need to expend substantial amounts of human resources, and operating efficiency is low, and laminating effect is poor, it is easier to cause the life of defective products
Into, and then improve the production cost of soft board.
On the other hand, with the exquisite microminiaturization of electronic product, the assembling of soft board and pressing specification demands are also constantly carried
It is high.When assembling soft board is fitted in the surface of bonnet or miscellaneous part, any small deformation and folding can cause soft board
Flat cable disabler, is more easily caused the problem of soft board flat cable connector comes off.But existing soft board flat cable
Pressing mode only adopts the pressing of single plane formula, and flat cable connector position often makes soft also without corresponding fixed cell
Plate is deformed or folded because of tolerance issues after pressing, in turn result in follow-up function failure and need to scrap, and yield without
The problem of method is lifted.
In view of this, this area is necessary to provide a kind of gradual flexible printed wiring board press fit device in fact, existing to solve
There is the insurmountable problem of technology.
Utility model content
The purpose of the application is to provide a kind of gradual flexible printed wiring board press fit device.Utilize the difference of height of briquetting
And the gradual flexible printed wiring board press fit device of transverse-roller framework formation presses flexible printed wiring board and support plate, makes
Flexible printed wiring board uniform stressed conforms to support plate, effectively solves flexible printed wiring board deformation or folding in bonding processes
The problem of, while avoiding the flat cable connector of flexible printed wiring board from producing the phenomenon come off.
The another object of the application is to provide a kind of gradual flexible printed wiring board press fit device.Pass through gradual rolling
Wheel pressing flexible printed wiring board and support plate, make the tension force suffered by flexible printed wiring board squeeze to same direction, it is to avoid soft
Bubble is produced in the middle of the binding face of printed circuit board (PCB) and support plate or elsewhere because pressing unbalance stress, deformation, folding is pasted
Or flat cable connector such as comes off at the phenomenon, the problem of flexible printed wiring board and support plate can not be brought into close contact is solved.
For up to object defined above, the application provides a kind of gradual flexible printed wiring board press fit device, it is adaptable to press one
Flexible printed wiring board and a support plate, its structure include platform base, longitudinal sliding motion component and pressing assembly.Platform base has
One loading end, to assemble the carrying flexible printed wiring board and support plate to be pressed.Longitudinal sliding motion component is arranged on platform base.
Pressing assembly connects longitudinal sliding motion component, is carried on framework relative to platform base longitudinal sliding motion, and pressing on loading end
Flexible printed wiring board and support plate, wherein pressing assembly include a briquetting, and briquetting includes a stitching surface and one relative to each other
Support surface, stitching surface has a first side and a second side, and first side is relative to each other with second side, and first side
A longitudinal difference in height is configured in longitudinal sliding motion component restocking with second side, wherein driving pressing assembly in longitudinal sliding motion component
When sliding to the flexible printed wiring board and support plate to be pressed on loading end, first side is first pressed against flexible printed wiring board and load
On plate；And stitching surface from the direction of first side to second side progressively press flexible printed wiring board on loading end with
Support plate.
In one embodiment of the present utility model, pressing assembly also includes：One framework, a runner assembly, an elastic group
Part and one slide laterally component.Framework framework is on longitudinal sliding motion component.Runner assembly is connected between framework and briquetting, and
It is adjacent to the first side of briquetting.Elastic parts is connected between framework and briquetting, is adjacent to the second side of briquetting, and provide
One multiple elastic force, so that runner assembly assembles the longitudinal direction height of the first side to form briquetting and second side with elastic parts jointly
Difference.Component architecture is slid laterally in framework, and with a roller, between first side and second side and supported
Face, wherein when longitudinal sliding motion component drives pressing assembly to slide to the flexible printed wiring board and support plate to be pressed on loading end,
The first side of briquetting first compresses flexible printed wiring board and support plate；In sliding laterally the roller of component from first side to second
When side rolls and pushes against support surface, briquetting is rotated by runner assembly, so that second side is longitudinally moved to and first side
Identical longitudinal direction height, and stitching surface progressively presses the soft printing on loading end from the direction of first side to second side
Circuit board and support plate, wherein in after flexible printed wiring board and support plate pressing, slide laterally the roller of component from second side to
First side is rolled and during pushing and pressing support surface, and briquetting is rotated by runner assembly, so that second side vertically moves recovery and the
Longitudinal difference in height of one side.
In one embodiment of the present utility model, pressing assembly also includes a limited post, be arranged at framework and briquetting it
Between, and elastic parts is adjacent to, during so that roller not pushing against support surface, support briquetting and maintain the first side and second of briquetting
Longitudinal difference in height of side.
In one embodiment of the present utility model, it is high that runner assembly forms one first interval between framework and briquetting
Degree, limited post forms one second interval height between framework and briquetting, wherein the first interval height is more than the second interval height.
In one embodiment of the present utility model, sliding laterally component also includes a transverse axis cylinder, framework in framework,
And it is connected to roller, rolled between first side and second side to assemble roller and push against support surface.
In one embodiment of the present utility model, transverse axis cylinder includes a sliding block and a slide rail, and slide rail is arranged at framework
On, sliding block framework is connected to roller on slide rail, rolls and pushes against between first side and second side to assemble roller
Support surface.
In one embodiment of the present utility model, sliding laterally component also includes a rolling wheel support, framework on sliding block,
And roller is articulated in rolling wheel support, when the sliding block of transverse axis cylinder is moved along slide rail, rolling wheel support is driven, so that roller is along first
The direction of side toward second side rolls and persistently pushes against the support surface of briquetting.
In one embodiment of the present utility model, briquetting also includes a modularization pressure head, and stitching surface phase is provided to assemble
A shape contour assigned in flexible printed wiring board.
In one embodiment of the present utility model, modularization pressure head includes a thickness, thickness and the ratio of longitudinal difference in height
Value is between 1:0.1 to 1:Between 0.3.
In one embodiment of the present utility model, pressing assembly also includes a compensating squeeze head, is adjacent to second side, in
When pressing assembly presses flexible printed wiring board with support plate, compensating squeeze head compresses the flat cable connection of flexible printed wiring board
Head.
In one embodiment of the present utility model, platform base also includes a modularization bed die, is removable installed in
Platform base, the shape contour that loading end is compatible with support plate is provided to assemble.
Brief description of the drawings
Fig. 1 is the three-dimensional structure diagram for the gradual flexible printed wiring board press fit device that the application first is preferably implemented.
Fig. 2 is the gradual flexible printed wiring board press fit device preferably implemented of the application first in the solid at another visual angle
Structure chart.
Fig. 3 is the front view for the gradual flexible printed wiring board press fit device that the application first is preferably implemented.
Fig. 4 to Fig. 9 is respectively the gradual flexible printed wiring board press fit device of the preferred embodiment of the application first in not
Structural representation in biconditional operation program.
Figure 10 shows for the partial structure of the gradual flexible printed wiring board press fit device of the preferred embodiment of the application second
It is intended to.
Figure 11 is the modularization pressure head of gradual flexible printed wiring board press fit device.
Figure 12 is briquetting and the graph of a relation of first side and second side in the application pressing assembly.
Wherein, description of reference numerals is as follows：
1：Press fit device
10：Platform base
11：Loading end
21：Longitudinal sliding motion component
22：Longitudinal cylinder
30：Pressing assembly
31：Framework
32：Transverse axis cylinder
33：Sliding block
34：Slide rail
41：Runner assembly
50：Slide laterally component
51：Roller
52：Rolling wheel support
61：Elastic parts
62：Limited post
71：Briquetting
72：Support surface
73：Stitching surface
74：First side
75：Second side
76：Compensating squeeze head
8：Flexible printed wiring board
81：Flat cable connector
9：Support plate
H1：First longitudinal direction height value
H2：Second longitudinal direction height value
T：Thickness
Embodiment
Embodying some exemplary embodiments of the application feature and advantage will in detail describe in the explanation of back segment.It should be understood that
It is that the application can have various changes in different aspects, it is all without departing from scope of the present application, and explanation therein
And diagram is illustrated as being used in itself, not for limitation the application.
Fig. 1 and Fig. 2 are respectively the gradual flexible printed wiring board press fit device preferably implemented of the application first in difference
The three-dimensional structure diagram at visual angle.Fig. 3 is facing for the gradual flexible printed wiring board press fit device that the application first is preferably implemented
Figure.As illustrated, gradual flexible printed wiring board press fit device 1 (in rear abbreviation press fit device 1), be, for example, for pressing but
It is not limited to a flexible printed wiring board 8 and a support plate 9.The structure of press fit device 1 includes platform base 10, longitudinal sliding motion component 21
And pressing assembly 30.It is laterally sliding that pressing assembly 30 also includes framework 31, briquetting 71, runner assembly 41, elastic parts 61 and one
Dynamic component 50.Platform base 10 has a loading end 11, to assemble the carrying flexible printed wiring board 8 to be pressed and support plate 9.It is vertical
To slide assemblies 21, framework is arranged on platform base 10.The connection of pressing assembly 30 longitudinal sliding motion component 21, with framework relative to
The longitudinal sliding motion of platform base 10, i.e., the Z-direction movement in schema, and to press the soft printing being carried on loading end 11
Circuit board 8 and support plate 9.In the present embodiment, longitudinal sliding motion component 21 includes a longitudinal cylinder 22, is controlled by motor switch
Mode, you can longitudinal sliding motion of the control pressing assembly 30 relative to platform base 10.Certainly, longitudinal sliding motion component 21 can also hand
Flowing mode is carried out, and the necessary condition of this unrestricted present techniques feature is repeated no more in this.On the other hand, pressing assembly 30
With a briquetting 71, briquetting 71 includes a stitching surface 73 toward each other and a support surface 72, and stitching surface has one first side
The second side 75 of side 74 and one, first side 74 and second side 75 toward each other, and first side 74 and second side 75 in
The restocking of longitudinal sliding motion component 21 is configured to a longitudinal difference in height, is held wherein driving pressing assembly 30 to slide in longitudinal sliding motion component 21
When preset flexible printed wiring board 8 is with support plate 9 on section 11, first side 74 is first pressed against flexible printed wiring board 8 and load
On plate 9；And when second side 75 is longitudinally moved to the identical of first side 74 longitudinal height, stitching surface 73 is from the first side
The direction of side 74 to second side 75 progressively presses flexible printed wiring board 8 and support plate 9 on loading end 11.In an embodiment
In, with more a bonding glue (not shown) between flexible printed wiring board 8 and support plate 9, so that flexible printed wiring board 8 and support plate
After 9 are progressively pressed by the stitching surface 73 of press fit device 1, bind closely to each other, precisely because unrestricted present techniques feature
Necessary condition, is just repeated no more in this.
In the present embodiment, the framework of framework 31 of pressing assembly 30 is on longitudinal sliding motion component 21.Briquetting 71 has pressing
The support surface 72 of face 73 and one, wherein stitching surface 73 and support surface 72 is relative to each other.Runner assembly 41 be connected to 31 with briquetting 71 it
Between, and it is adjacent to the first side 74 of briquetting 71.Elastic parts 61 is connected between framework 31 and briquetting 71, is adjacent to briquetting 71
Second side 75, and a multiple elastic force is provided, so that runner assembly 41 assembles to form the of briquetting 71 jointly with elastic parts 61
Longitudinal difference in height of one side 74 and second side 75.In addition, sliding laterally the framework of component 50 in framework 31 and can be relative to
Framework 31 slides laterally, i.e., the Y direction movement in schema, and with a roller 51, positioned at first side 74 and second side
Between 75 and pushing and pressing support surface 72, is pre-placed wherein driving pressing assembly 30 to slide in longitudinal sliding motion component 21 on loading end 11
Flexible printed wiring board 8 and support plate 9 when, the first side 74 of briquetting 71 first compress flexible printed wiring board 8 and support plate 9 it
On；When the roller 51 for sliding laterally component 50 is rolled from first side 74 to second side 75 and pushes against support surface 72, briquetting
71 are rotated by runner assembly 41, so that second side 75 is longitudinally moved to and the identical of first side 74 longitudinal direction height and pressing
Face 73 progressively presses flexible printed wiring board 8 and support plate on loading end 11 from the direction of first side 74 to second side 75
9, and after flexible printed wiring board 8 and support plate 9 are pressed, the roller 51 of component 50 is slid laterally from second side to first side
74 roll and pushing and pressing support surface 72 when, briquetting 71 is rotated by runner assembly 41 so that second side 75 vertically move recovery with
Longitudinal difference in height of first side 74, and stitching surface 73 progressively departs from holding from the direction of second side 75 to first side 74
Flexible printed wiring board 8 and support plate 9 on section 11.
In the present embodiment, pressing assembly 30 also includes a limited post 62, is arranged between framework 31 and briquetting 71, and adjacent
Located at elastic parts 61, during so that roller 51 failing pushing and pressing support surface 72, support briquetting 71 and maintain the first side of briquetting 71
74 with longitudinal difference in height of second side 75.On the other hand, sliding laterally component 50 also includes a transverse axis cylinder 32, and framework is in frame
On body 31, and it is connected to roller 51, rolls and support between first side 74 and second side 75 to assemble roller 51
Face 72.Transverse axis cylinder 32 includes a sliding block 33 and a slide rail 34, and slide rail 34 is arranged in framework 31, and the framework of sliding block 33 is in slide rail 34
On, and it is connected to roller 51, is rolled between first side 74 and second side 75 to assemble roller 51 and push against support surface 72.
Sliding laterally component 50 also includes a rolling wheel support 52, and framework is on sliding block 33, and roller 51 is articulated in rolling wheel support 52, Yu Heng
The sliding block 33 of axle cylinder 32 along slide rail 34 move when, rolling wheel support 52 is driven, so that roller 51 is along first side 74 toward the second side
The direction on side 75 rolls and persistently pushes against the support surface 72 of briquetting 71.
Fig. 4 to Fig. 9 shows for the operation of the gradual flexible printed wiring board press fit device of the preferred embodiment of the application first
It is intended to.First, in before pressing flexible printed wiring board 8 and support plate 9, the pressing assembly 30 of press fit device 1 is away from loading end 11, such as
Shown in Fig. 4.Then as shown in figure 5, the flexible printed wiring board 8 and support plate 9 that are intended to pressing are positioned on loading end 11.Thereafter,
Longitudinal sliding motion component 21 (referring to Fig. 1) drive pressing assembly 30 press close to downwards the flexible printed wiring board 8 to be pressed and support plate 9 it
On, as shown in Figure 6.Now, the first side 74 of the briquetting 71 of pressing assembly 30 is first pressed against flexible printed wiring board 8 and support plate
On 9, as shown in Figure 7.Pressing assembly 30 is in gradual stitching operation, and the sliding block 33 of transverse axis cylinder 32 is along slide rail 34 in Y-axis
Direction is moved, and drives rolling wheel support 52, so that direction of the roller 51 along first side 74 toward second side 75 rolls and persistently pushed away
The support surface 72 of press block 71, as shown in Figure 8.When sliding laterally the roller 51 of component 50 from first side 74 to second side 75
When rolling and pushing against support surface 72, briquetting 71 is rotated by runner assembly 41, so that second side 75 is longitudinally moved to and first
Flexible printed wiring board 8 and support plate 9 in the identical longitudinal direction height of side 74 and the pressing loading end 11 of stitching surface 73.Stitching surface 73
The flexible printed wiring board 8 on uniform pressing loading end 11 is maintained with after the several seconds of support plate 9, treating flexible printed wiring board 8 and support plate 9
Complete after pressing, the sliding block 33 of transverse axis cylinder 32 is moved along slide rail 34 in Y-axis other direction, drive rolling wheel support 52, so that rolling
Wheel 51 rolls from second side to first side 74 and pushes against support surface 72.Now, briquetting 71 is rotated by runner assembly 41, the
Dual side-edge 75 vertically moves the longitudinal difference in height recovered with first side 74, i.e., as shown in Figure 9.Last longitudinal sliding motion component 21
(referring to Fig. 1) drives pressing assembly 30 to be upwardly separated from the flexible printed wiring board 8 and support plate 9 pressed, that is, completes gradual pressure
Closing operation flow.
Figure 10 shows for the partial structure of the gradual flexible printed wiring board press fit device of the preferred embodiment of the application second
It is intended to.In the present embodiment, press fit device 1 is similar to the press fit device 1 shown in Fig. 1 to Fig. 9, and identical reference numerals are represented
Identical component, structure and function, are repeated no more in this.Different from the press fit device 1 shown in Fig. 1 to Fig. 9, in the present embodiment
Pressing assembly 30 also includes a compensating squeeze head 76, is adjacent to second side 75, when flexible printed wiring board 8 is pressed with support plate 9,
A flat cable connector 81 of flexible printed wiring board 8 is compressed, the stitching surface except can ensure that the upper holder block 71 of pressing assembly 30
73 can be gradual compress flexible printed wiring board 8 and support plate 9, and with uniform pressure pressing flexible printed wiring board 8 with carrying
Outside plate 9, it can more avoid flat cable connector 81 from being tilted in bonding processes and influence pressing or damaged because pressing start.
It is worth noting that, in previous embodiment, briquetting 71 can be more a modularization pressure head, be removable installed in pressure
In seaming element 30, shape contour of the stitching surface 73 relative to flexible printed wiring board 8 is provided to assemble.Figure 11 is gradual soft
The modularization pressure head of property printed circuit board (PCB) press fit device.Similarly, platform base 10 also may include a modularization bed die 12, removable
It is arranged at platform base 10 with unloading, provides shape contour of the loading end 11 relative to support plate 9 to assemble, only this this unrestricted Shen
Essential features please.The briquetting 71 of the application and the visual actual demand of loading end 11 and modulation.On the other hand, to make pressure
The first side 74 of seaming element 30 can be configured to a longitudinal difference in height with second side 75 in the restocking of longitudinal sliding motion component 21, can lead to
Cross and adjust the depth of parallelism between framework 31 and briquetting 71 to realize.Wherein runner assembly 41 is arranged between framework 31 and briquetting 71,
And the first side 74 of briquetting 71 is adjacent to, so as to form one first interval height between framework 31 and briquetting 71.Limited post 62
It is arranged between framework 31 and briquetting 71, and is adjacent to the second side 75 of briquetting 71, so that shape between framework 31 and briquetting 71
Into one second interval height, wherein the first interval height is more than the second interval height, so that longitudinal sliding motion component 21 (referring to Fig. 1)
When drive pressing assembly 30 presses close to the flexible printed wiring board 8 to be pressed with support plate 9 downwards, first side 74 first compresses soft
Property printed circuit board (PCB) 8 and support plate 9 on.Briquetting and first side and the pass of second side in Figure 12 more the application pressing assemblies
System's figure.As illustrated, on same level benchmark, when first side 74 and second side 75 have first longitudinal direction height respectively
During value H1 and second longitudinal direction height value H2, longitudinal difference in height Δ H=H1-H2 of first side 74 and second side 75.Yu Benshi
Apply in example, if the part of the modularization pressure head of briquetting 71 has a thickness T, thickness T and longitudinal difference in height Δ H ratio more can be between
1:0.1 to 1:Between 0.3, so that the stitching surface 73 of briquetting 71 more can firmly press flexible printed wiring board 8 and support plate 9.
Only it is emphasized that in previous embodiment, longitudinal difference in height and the modularization pressure of briquetting 71 of first side 74 and second side 75
The thickness of head only belong to framework 31 in illustration, the application pressing assembly 30, briquetting 71, runner assembly 41, elastic parts 61 and
Slide laterally component 50 the visual actual demand of size and respective distances and modulation, just repeated no more in this.
In summary, the application provides a kind of gradual flexible printed wiring board press fit device.Utilize the difference of height of briquetting
And the gradual flexible printed wiring board press fit device of transverse-roller framework formation presses flexible printed wiring board and support plate, makes
Flexible printed wiring board uniform stressed conforms to support plate, effectively solves flexible printed wiring board deformation or folding in bonding processes
The problem of, while avoiding the flat cable connector of flexible printed wiring board from producing the phenomenon come off.On the other hand, by progressive
Formula roller pressing flexible printed wiring board and support plate, make the tension force suffered by flexible printed wiring board squeeze to same direction, it is to avoid
It is with producing bubble in the middle of the binding face of support plate or elsewhere because pressing unbalance stress, pasting deformation, folding or flat electricity
Cable connector such as comes off at the phenomenon, solves the problem of flexible printed wiring board and support plate can not be brought into close contact.
The application as those skilled in the art appoint apply craftsman think and be it is all as modify, so not take off such as attached claims institute
The scope to be protected.
Claims (11)
1. a kind of gradual flexible printed wiring board press fit device, for pressing a flexible printed wiring board and a support plate, it is special
Levy and be, the gradual flexible printed wiring board press fit device is included：
One platform base, with a loading end, to assemble the carrying flexible printed wiring board to be pressed and the support plate；
One longitudinal sliding motion component, is arranged on the platform base；And
One pressing assembly, connects the longitudinal sliding motion component, is held with framework relative to the platform base longitudinal sliding motion, and pressing
The flexible printed wiring board and the support plate on loading end are loaded in, wherein the pressing assembly includes a briquetting, the pressure
Block has a stitching surface toward each other and a support surface, and the stitching surface has a first side and a second side, described
First side is relative to each other with the second side, and the first side and the second side are in the longitudinal sliding motion component
Restocking is configured to a longitudinal difference in height, wherein driving the pressing assembly to slide on the loading end in the longitudinal sliding motion component
When the flexible printed wiring board to be pressed and the support plate, the first side first compress the flexible printed wiring board with
The support plate, and the stitching surface progressively pressed on the loading end from the first side to the direction of the second side
The flexible printed wiring board and the support plate.
2. gradual flexible printed wiring board press fit device as claimed in claim 1, it is characterised in that the pressing assembly is also
Including：
One framework, framework is on the longitudinal sliding motion component；
One runner assembly, is connected between the framework and the briquetting, and is adjacent to the first side of the briquetting；
One elastic parts, is connected between the framework and the briquetting, is adjacent to the second side of the briquetting, and carries
For a multiple elastic force so that the runner assembly assembled jointly with the elastic parts to be formed the first side of the briquetting with
Longitudinal difference in height of the second side；And
One slides laterally component, and framework is in the framework, and with a roller, positioned at the first side and second side
Between the side and pushing and pressing support surface, wherein driving the pressing assembly to slide on the loading end in the longitudinal sliding motion component
When the flexible printed wiring board to be pressed is with the support plate, the first side of the briquetting first compresses the soft print
Printed circuit board and the support plate；Rolled in the roller for sliding laterally component from the first side to the second side
When moving and pushing against the support surface, the briquetting is rotated by the runner assembly, so that the second side is longitudinally moved to
With the first side identical longitudinal direction height, and the stitching surface from the first side to the direction of the second side gradually
Press the flexible printed wiring board on the loading end and the support plate with entering, wherein in the flexible printed wiring board with
After the support plate pressing, the roller for sliding laterally component is rolled and pushed away from the second side to the first side
During to the support surface, the briquetting is rotated by the runner assembly, so that the second side vertically moves recovery and institute
State longitudinal difference in height of first side.
3. gradual flexible printed wiring board press fit device as claimed in claim 2, it is characterised in that the pressing assembly is also
Including a limited post, it is arranged between the framework and the briquetting, and is adjacent to the elastic parts, so that the roller is not
When pushing against the support surface, support the briquetting and maintain the described of the first side of the briquetting and the second side
Longitudinal difference in height.
4. gradual flexible printed wiring board press fit device as claimed in claim 3, it is characterised in that the runner assembly in
One first interval height, limited post shape between the framework and the briquetting are formed between the framework and the briquetting
Into one second interval height, wherein first interval height is more than second interval height.
5. gradual flexible printed wiring board press fit device as claimed in claim 2, it is characterised in that described to slide laterally group
Part also includes a transverse axis cylinder, and framework is connected to the roller in the framework, to assemble the roller in described first
Rolled between side and the second side and push against the support surface.
6. gradual flexible printed wiring board press fit device as claimed in claim 5, it is characterised in that the transverse axis cylinder bag
A sliding block and a slide rail are included, the slide rail is arranged in the framework, the sliding block framework is connected to institute on the slide rail
Roller is stated, is rolled between the first side and the second side to assemble the roller and pushes against the support surface.
7. gradual flexible printed wiring board press fit device as claimed in claim 6, it is characterised in that described to slide laterally group
Part also includes a rolling wheel support, and framework is on the sliding block, and the roller is articulated in the rolling wheel support, in the transverse axis gas
The sliding block of cylinder along the slide rail move when, the rolling wheel support is driven, so that the roller is along the first side toward institute
The direction for stating second side rolls and persistently pushes against the support surface of the briquetting.
8. gradual flexible printed wiring board press fit device as claimed in claim 1, it is characterised in that the briquetting also includes
One modularization pressure head, the shape contour that the stitching surface is compatible with the flexible printed wiring board is provided to assemble.
9. gradual flexible printed wiring board press fit device as claimed in claim 8, it is characterised in that the modularization pressure head
Including a thickness, the ratio of the thickness and longitudinal difference in height is between 1:0.1 to 1:Between 0.3.
10. gradual flexible printed wiring board press fit device as claimed in claim 1, it is characterised in that the pressing assembly
Also include a compensating squeeze head, be adjacent to the second side, the flexible printed wiring board and institute are pressed in the pressing assembly
When stating support plate, the compensating squeeze head compresses a flat cable connector of the flexible printed wiring board.
11. gradual flexible printed wiring board press fit device as claimed in claim 1, it is characterised in that the platform base
Also include a modularization bed die, be removable installed in the platform base, with assemble provide the loading end be compatible with it is described
One shape contour of support plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720299168.6U CN206585839U (en) | 2017-03-24 | 2017-03-24 | Gradual flexible printed wiring board press fit device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720299168.6U CN206585839U (en) | 2017-03-24 | 2017-03-24 | Gradual flexible printed wiring board press fit device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206585839U true CN206585839U (en) | 2017-10-24 |
Family
ID=60114954
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720299168.6U Expired - Fee Related CN206585839U (en) | 2017-03-24 | 2017-03-24 | Gradual flexible printed wiring board press fit device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206585839U (en) |
-
2017
- 2017-03-24 CN CN201720299168.6U patent/CN206585839U/en not_active Expired - Fee Related
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Granted publication date: 20171024 |