CN207382798U - A kind of phone housing FPC sticking machines - Google Patents
A kind of phone housing FPC sticking machines Download PDFInfo
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- CN207382798U CN207382798U CN201721417633.8U CN201721417633U CN207382798U CN 207382798 U CN207382798 U CN 207382798U CN 201721417633 U CN201721417633 U CN 201721417633U CN 207382798 U CN207382798 U CN 207382798U
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- fpc
- negative pressure
- phone housing
- positioning mould
- positioning
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Abstract
The utility model discloses a kind of phone housing FPC sticking machines, for N number of FPC to be attached at the corresponding N number of attaching position of phone housing, it includes rack, N+1 feeding device being sequentially arranged in rack, N+1 negative pressure mounting device being sequentially arranged in rack, N+1 shell positioning mould is further included, which is respectively 1 integrated casing positioning mould and N number of sectional casing positioning mould, further includes the shell blanking device by NFPC feeding devices side.This phone housing FPC attaches function under human assistance, N number of FPC is mounted on the corresponding sticking position of phone housing inner wall in a manner of semi-automatic, production efficiency is substantially increased than pure artificial attaching, and it utilizes the positioning of corresponding shell positioning mould and FPC negative pressure positioning moulds, so that every FPC is accurately mounted on the correspondence mounting position on phone housing, the quality of FPC attachments is substantially increased.
Description
Technical field
The utility model is related to Cellphone Accessories to assemble production equipment manufacturing field, and in particular to a kind of phone housing FPC patches
Random.
Background technology
Antenna FPC (i.e. flexible PCB) general size being installed on phone housing is smaller, and more softness is not easy to determine
Position, FPC is attached on phone housing just cumbersome, and to attach N number of FPC, the prior art on phone housing sometimes
It is general to be attached using artificial, but manual operation inefficiency, manually-operated quality are also not easy to ensure, influence phone housing
The quality of production and efficiency for the product that FPC is attached.
Utility model content
The utility model provides a kind of phone housing FPC sticking machines, to solve the above problems.
To solve the above-mentioned problems, the phone housing FPC sticking machines of the present embodiment, for N number of FPC to be attached at outside mobile phone
On the corresponding N number of attaching position of shell inner wall, the phone housing FPC sticking machines are included equipped with horizontal table and vertical workbench
Rack, the N+1 feeding device that is sequentially arranged on the horizontal table and can drive phone housing to be moved along Y-direction, the N+1
A feeding device is respectively shell feeding device, the first FPC feeding devices, the 2nd FPC feeding devices, the 3rd FPC feedings dress
Put ..., NFPC feeding devices；The phone housing FPC sticking machines, which further include, to be sequentially arranged on vertical workbench and can band
Along X to the N+1 negative pressure mounting device moved with Z-direction, which is respectively dynamic phone housing：Shell is born
Overlay assembling device, the first FPC negative pressure mounting device, the 2nd FPC negative pressure mounting device, the 3rd FPC negative pressure mounting device ...,
NFPC negative pressure mounting devices；The phone housing FPC sticking machines further include N+1 shell positioning mould, the N+1 shell positioning
Mould is respectively 1 integrated casing positioning mould and N number of sectional casing positioning mould, and the integrated casing positioning mould is arranged on described
On shell feeding device, N number of sectional casing positioning mould is by N number of combination bit shell positioning mould with combination bit and N number of FPC
Negative pressure positioning mould corresponds composition, and N number of combination bit positioning mould is respectively：On the first FPC feeding devices and
The first combination bit shell positioning mould with the first combination bit, on the 2nd FPC feeding devices and the second combination bit of band
Second combination bit shell positioning mould, on the 3rd FPC feeding devices and the 3rd combination bit shell of the 3rd combination bit of band
Cover half ... and on the NFPC feeding devices and the N combination bit shell positioning moulds of band N combination bits；The N
A FPC negative pressure positioning mould is respectively：The first FPC negative pressure positioning mould at first combination bit, arranged on described second group
Close the 2nd FPC negative pressure positioning mould at position, the 3rd FPC negative pressure positioning mould at the 3rd combination bit ... and be arranged on
NFPC negative pressure positioning moulds at the N combination bits, the phone housing FPC sticking machines have been further included arranged on NFPC feedings
Shell blanking device by device side.
The feeding device includes elastic slipway mechanism, the elasticity slipway mechanism including slide unit bottom plate, elastic parts and
For installing the positioning mould seat board of the fixed shell positioning mould, positioning mould seat board is connected with elastic parts and liftable movement
And it is flexibly arranged on slide unit bottom plate.
Further, the elastic parts includes the linear bearing being installed in slide unit bottom plate and the mating peace of linear bearing
Dress and the slide-bar of flexible connection, positioning mould seat board utilize slide-bar to be movably arranged on slide unit with the liftable that is flexibly connected of linear bearing
It is equipped with to carry out pinpoint positioning pin and use to the position of positioning mould on bottom plate, between slide unit bottom plate and positioning mould seat board
In make positioning mould seat board be pressurized move down when into row buffering and can elastic reset elastic component.
Further, each feeding device has further included slide assemblies and feeding driving mechanism, each elasticity
Slipway mechanism is installed on its corresponding slide assemblies, and each slide assemblies include Y-axis sliding block and the Y-axis slide mating with it,
The Y-axis sliding block is driven by corresponding feeding driving mechanism.
Further, each feeding device further includes a slider connecting plate, and the elasticity slipway mechanism is first installed on
On slider connecting plate slider connecting plate is recycled to be installed on the Y-axis sliding block, be equipped on the outside end wall of slider connecting plate
Bumper.
Further, the phone housing FPC sticking machines further include N number of FPC accurate adjusting mechanisms for accurate respectively
The displacement of N number of FPC negative pressure positioning mould is adjusted, N number of FPC accurate adjusting mechanisms include：Determine with the first FPC negative pressure
Position mould connection and the first FPC accurate adjusting mechanisms on the first FPC feeding devices and the 2nd FPC negative pressure positioning moulds
Connection and the 2nd FPC accurate adjusting mechanisms on the 2nd FPC feeding devices are connected with the 3rd FPC negative pressure positioning moulds
And accurate adjustment structures of the 3rd FPC on the 3rd FPC feeding devices ..., be connected with the NFPC negative pressure positioning moulds and
NFPC accurate adjusting mechanisms on NFPC feeding devices.
Further, between the first FPC accurate adjusting mechanisms and the first FPC negative pressure positioning moulds be equipped with the first rubber cushion,
The second rubber cushion, the 3rd FPC precision adjustment machines are equipped between 2nd FPC accurate adjusting mechanisms and the 2nd FPC negative pressure positioning moulds
Be equipped between structure and the 3rd FPC negative pressure positioning moulds the 3rd rubber cushion ..., NFPC accurate adjusting mechanisms and the NFPC
N rubber cushions are equipped between negative pressure positioning mould.
Further, every FPC negative pressure positioning mould is equipped at least two positioning for being positioned to corresponding FPC
Pin is additionally provided with negative pressure component for adsorbing and positioning FPC.
Further, each negative pressure mounting device includes Mounted Device, which includes can be past along Z-direction
The lifting seat that moves again, the gas nozzle fishplate bar being fixed on lifting seat, are fixed on lifting at several gas nozzles being arranged on gas nozzle fishplate bar
Seat bottom is used for the mounting board contacted with phone housing；The gas nozzle fishplate bar is connected solid with the mounting board using a connection piece
It is fixed.
Further, the lifting seat is arranged on a Z axis slide assemblies, which includes several Z axis cunning
Block and mating Z axis slide rail further include to fix the Z axis slide rail pedestal of Z axis slide rail, and the lifting seat is slided with several Z axis
Block is fixedly connected and is slidedly arranged in the Z axis slide rail, and Z axis slide rail pedestal is then connected and fixed on an X-axis slide assemblies；The X
Axis slide assemblies include X-axis slide block and the X-axis slide rail mating with it, and Z axis slide rail pedestal is connected with X-axis slide block and slides arranged on X
On axis slide.
The utility model phone housing FPC sticking machines compared with prior art, have the following advantages and beneficial effect：
1st, the phone housing FPC sticking machines of the utility model, to need the semi-automatic production equipment that hand fit operates,
Phone housing is positioned using integral type or sectional casing positioning mould, the combination bit shell positioning mould of sectional casing positioning mould
It is also accurate contraposition between FPC negative pressure positioning moulds, FPC is total to using the pilot pin and negative pressure component of FPC negative pressure positioning moulds
With positioning, so as to ensure that FPC on the shell to attach position accurate.Compared with pure manually-operated attaching mode, carry significantly
High production efficiency, and attach quality and have very big guarantee and raising.
2nd, the phone housing FPC sticking machines of the utility model, a set of equipment are equipped with 2 sets of attaching production lines, can be preferably
Improve production efficiency.
Description of the drawings
It in order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment
Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only
It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor
Under, it can also be obtained according to these attached drawings other attached drawings.
Fig. 1 is the schematic diagram of the utility model phone housing and N number of FPC.
Fig. 2 is the stereogram of the utility model phone housing FPC sticking machines.
Fig. 3 is enlarged drawing at A in Fig. 2.
Fig. 4 is enlarged drawing at B in Fig. 2.
Fig. 5 is the top view of the utility model phone housing FPC sticking machines.
Fig. 6 is enlarged drawing at C in Fig. 2.
Fig. 7 is enlarged drawing at D in Fig. 2.
Fig. 8 is the stereogram of the utility model shell feeding device.
Fig. 9 is the explosive view of the utility model shell feeding device.
Figure 10 is the explosive view of the utility model elasticity slipway mechanism.
Figure 11 is the stereogram of the first FPC feeding devices of the utility model.
Figure 12 is the explosive view of the first FPC feeding devices of the utility model.
Figure 13 is the stereogram of the utility model negative pressure mounting device.
Figure 14 is the explosive view of the utility model negative pressure mounting device.
Figure 15 is the schematic diagram of the 3rd combination bit shell positioning mould of the utility model and the 3rd FPC negative pressure positioning moulds.
Figure 16 is the utility model feeding station and attachment station schematic diagram.
Specific embodiment
Below in conjunction with the attached drawing 1 to 16 of the utility model, the technical scheme in the embodiment of the utility model is carried out clear
Chu is fully described by, it is clear that the described embodiments are only a part of the embodiments of the utility model rather than whole realities
Apply example.Based on the embodiment in the utility model, those of ordinary skill in the art institute without creative efforts
The all other embodiment obtained, shall fall within the protection scope of the present invention.
As shown in Fig. 1 to Figure 16, the phone housing FPC sticking machines of the utility model, for by N number of FPC (figure labels
91st, 92,93 and 9N is respectively the first FPC, the 2nd FPC, the 3rd FPC, NFPC) it is attached at the corresponding N number of attaching of phone housing 9
On position (on phone housing inner wall), the phone housing FPC sticking machines are included equipped with horizontal table 11,12 and of vertical workbench
It is a to be sequentially arranged in the N+1 that on the horizontal table 11 and equal cocoa drives phone housing to be moved along Y-direction for the rack 1 of outer cover 13
Feeding device, the N+1 feeding device are respectively：Shell feeding device 20, the first FPC feeding devices 21, the 2nd FPC feedings dress
Put the 22, the 3rd FPC feeding devices 23 ... and NFPC feeding devices 2N.
The phone housing FPC sticking machines, which further include, to be sequentially arranged on vertical workbench 12 and can drive phone housing along X
To the N+1 negative pressure mounting device moved with Z-direction, which is respectively：Shell negative pressure mounting device 30,
First FPC negative pressure mounting device 31, the 2nd FPC negative pressure mounting device 32, the 3rd FPC negative pressure mounting device 33 ... and
NFPC negative pressure mounting devices 3N.
The phone housing FPC sticking machines further include N+1 shell positioning mould, i.e. respectively 1 integrated casing positioning
Mould 40 and N number of sectional casing positioning mould.The integrated casing positioning mould 40 is arranged on the shell feeding device 20, described
N number of sectional casing positioning mould includes N number of combination bit shell positioning mould with combination bit and N number of FPC negative pressure positioning mould, N number of FPC
Negative pressure positioning mould with N number of combination bit shell positioning mould corresponds and is combined into N number of sectional casing positioning mould respectively, described N number of
Combination bit positioning mould is respectively：On the first FPC feeding devices 21 and outside the first combination bit of the first combination bit of band 411
Shell positioning mould 41, on the 2nd FPC feeding devices 22 and the second combination bit shell positioning mould of the second combination bit of band 421
42nd, on the 3rd FPC feeding devices 23 and the 3rd combination bit shell positioning mould 43 of the 3rd combination bit 431 of band ...,
And on the NFPC feeding devices 2N and the N combination bit shell positioning moulds 4N of band N combination bits 4N1.It is described N number of
FPC negative pressure positioning moulds are respectively：The first FPC negative pressure positioning mould 51 at first combination bit 411, arranged on described second
The 2nd FPC negative pressure positioning mould 52, the 3rd FPC negative pressure positioning moulds at the 3rd combination bit 431 at combination bit 421
And the NFPC negative pressure positioning moulds 5N at the N combination bits 4N1 53 ....N number of sectional casing positioning mould
Combination bit shell positioning mould and FPC negative pressure positioning moulds between be accurate contraposition to ensure to the accurate fixed of phone housing
Position.
At least two pilot pins for being positioned to corresponding FPC are equipped in each FPC negative pressure positioning mould,
During in order to work, FPV is accurately positioned in corresponding FPC negative pressure positioning mould by manual operation.Meanwhile every FPC is born
Corresponding negative pressure component, each negative pressure component and other external device (ED) (such as pneumatic negative pressure device) phases are additionally provided in pressure positioning mould
It connects and holding FPC with required suction makes its absorption be close in FPC negative pressure positioning moulds.Utilize being total to for pilot pin and negative pressure component
Same-action causes FPC to be positioned in FPC negative pressure positioning moulds.
The phone housing FPC sticking machines further include N number of FPC accurate adjusting mechanisms for accurately adjusting the N respectively
The displacement of a FPC negative pressure positioning mould, N number of FPC accurate adjusting mechanisms include：Connect with the first FPC negative pressure positioning mould 51
Connect and the first FPC accurate adjusting mechanisms 61 on the first FPC feeding devices 21, with the 2nd FPC negative pressure positioning mould 52
Connection and the 2nd FPC accurate adjusting mechanisms 62 on the 2nd FPC feeding devices 22 and the 3rd FPC negative pressure positioning moulds
53 connections and 63 (not shown) of the accurate adjustment structures of the 3rd FPC on the 3rd FPC feeding devices 23 ..., with described the
NFPC negative pressure positioning mould 5N connections and the NFPC accurate adjusting mechanisms 6N on NFPC feeding devices 2N.
Between the first FPC accurate adjusting mechanisms 61 and the first FPC negative pressure positioning moulds be equipped with the first rubber cushion 619,
It is accurate that the second rubber cushion 629, the 3rd FPC are equipped between 2nd FPC accurate adjusting mechanisms 62 and the 2nd FPC negative pressure positioning mould 52
Be equipped between adjustment mechanism and the 3rd FPC negative pressure positioning moulds the 3rd rubber cushion (not shown) ..., the accurate adjustment of NFPC
N rubber cushions 6N9 is equipped between mechanism 6N and the NFPC negative pressure positioning moulds 5N.
Further, it is additionally provided with first between the first FPC negative pressure positioning mould 51 and the first FPC accurate adjusting mechanisms 61
FPC negative pressure positioning moulds seat board 618, and the first rubber cushion 619 is located at the first FPC negative pressure positioning mould 51 and the first FPC negative pressure positioning moulds
Between seat board 618, it is additionally provided with the 2nd FPC between the 2nd FPC negative pressure positioning mould 52 and the 2nd FPC accurate adjusting mechanisms 62 and bears
Positioning mould seat board 628 is pressed, and the second rubber cushion 628 is located at the 2nd FPC negative pressure positioning mould 52 and the 2nd FPC negative pressure positioning mould seat boards
The 3rd is additionally provided between 628, between the 3rd FPC negative pressure positioning mould 53 and the 3rd FPC accurate adjusting mechanism (not shown)
FPC negative pressure positioning mould seat board (not shown), and the 3rd rubber cushion (not shown) is located at the 3rd FPC negative pressure positioning mould 53 and the 3rd
Between FPC negative pressure positioning mould seat boards ..., between the NFPC negative pressure positioning mould 5N and NFPC accurate adjusting mechanisms 6N also
Equipped with NFPC negative pressure positioning mould seat board 6N8, and N rubber cushions 6N9 is located at NFPC negative pressure positioning mould 6N and determines with NFPC negative pressure
Between the die holder plate 6N8 of position.
As shown in Fig. 8 to Figure 10, each feeding device 2 includes elastic slipway mechanism 29, the elasticity slipway mechanism
29 include slide unit bottom plate 291, elastic parts 292 and the positioning mould seat board 293 for installing fixed corresponding positioning mould, positioning mould
Seat board 293 is connected with elastic parts 292 and liftable movably and is flexibly arranged on slide unit bottom plate 291.Further, institute
Stating elastic parts 292 includes the linear bearing 2921 being installed in slide unit bottom plate, matches with linear bearing 2921 and activity company
Slide-bar 2922, the positioning mould seat board 293 connect is movably set using slide-bar 2922 with the liftable that is flexibly connected of linear bearing 2921
Be equipped on slide unit bottom plate 291, between slide unit bottom plate 291 and positioning mould seat board 293 for the position to positioning mould seat board 293 into
The pinpoint positioning pin 2923 of row and for make positioning mould seat board 293 when compression is moved down into row buffering and can elasticity it is multiple
The elastic component 2924 of position.
Each feeding device has further included slide assemblies 28 and feeding driving mechanism (not shown), slide assemblies 28
It is oriented to for being moved to phone housing along Y-axis, feeding driving mechanism is used to that phone housing to be driven to move back and forth along Y-direction.Institute
It states elastic slipway mechanism 29 to be installed on slide assemblies 28, which includes Y-axis sliding block 281 and with the Y-axis sliding block match somebody with somebody
The Y-axis slide 282 of set, the Y-axis sliding block 281 are driven by the feeding driving mechanism.In the present embodiment, the feeding device also wraps
A slider connecting plate 283 is included, the elasticity slipway mechanism 29, which is first installed on slider connecting plate 283, recycles slider connecting plate
283 are installed on the Y-axis sliding block 281, bumper 284 are equipped on the outside end wall of slider connecting plate 283, for preventing
Expect to hit when device resets and generate greater impact power, play anticollision cushioning effect.
As shown in Figure 13,14, each negative pressure mounting device includes Mounted Device, which includes can be along Z
Direction move back and forth lifting seat 301, be fixed on lifting seat 301 gas nozzle fishplate bar 302, several be arranged on gas nozzle fishplate bar 302
On gas nozzle 303, be fixed on 301 bottom of lifting seat for the mounting board 304 that is contacted with phone housing 9；The gas nozzle fishplate bar 302
With the mounting board 304 fixation is connected using a connection piece 3011；The lifting seat 301 is arranged on Z axis slide assemblies 305, the Z
Axis slide assemblies 305 include several Z axis sliding blocks 3051 and mating Z axis slide rail 3052, further include to fix Z axis slide rail
3052 Z axis slide rail pedestal 3053, the lifting seat 301 are fixedly connected with several Z axis sliding blocks 3051 and are slidedly arranged on the Z axis
On slide 3052, and Z axis slide rail pedestal 3053 is then connected and fixed on an X-axis slide assemblies 306.The X-axis slide assemblies 306 wrap
It includes X-axis slide block (not shown) and the X-axis slide rail 3061 mating with X-axis slide block, Z axis slide rail pedestal 3053 is connected with X-axis slide block
And it slides and is arranged in X-axis slide rail 3061.
Further, the gas nozzle fishplate bar 302 equipped with several upper gas nozzles be slidably installed hole 3021 and upper gas nozzle fixed point peace
Hole 3022 is filled, several lower gas nozzles also is provided on mounting board 304 on correspondence position and is slidably installed hole 3041 and the fixed point installation of lower gas nozzle
Hole 3042, the upper gas nozzle are slidably installed hole as 4, form X fonts and are laid on gas nozzle fishplate bar 304, accordingly, the lower gas
Mouth is slidably installed hole as 4, forms X fonts and is laid on mounting board 304, and X fonts, which are laid, can be convenient between adjusting gas nozzle 303
Distance adapts to the absorption of the phone housing of different model.Several described gas nozzles 303 are driven by a gas nozzle drive component 307, should
Gas nozzle drive component includes gas nozzle driving cylinder 3071, for fixing, and gas nozzle drives cylinder block 3072, the connector of cylinder 3071
3073rd, block 3074, gas separating seat 3075 are connect, cylinder block 3072 is arranged on Z axis slide rail pedestal 3053, and connector 3073 is used to connect gas nozzle
Driving and connects block 3074 at cylinder 3071, connects block 3074 and is connected with gas separating seat 3075 with tracheae, and gas separating seat 3075 with it is described several
A gas nozzle 303 connects respectively.
The phone housing FPC sticking machines further include the FPC blanking devices 8 by NFPC feeding devices side.
As shown in figure 16, in addition, the horizontal table 11 is equipped with shell feeding station S0 and shell positional stations T0,
Be additionally provided with first FPC feeding station S1 corresponding with N number of FPC and the first FPC attachments station T1, the 2nd FPC feeding stations S2 and
2nd FPC attachments station T2, the 3rd FPC feeding stations S3 and the 3rd FPC attachment stations T3 ... and NFPC feeding stations
SN and NFPC attachment stations TN.
The operation principle and the course of work of the utility model are as follows：
The shell feeding device 20 on horizontal table 11 along Y-axis move with by phone housing from shell feeding station
S0 is delivered to shell positional stations T0, then draws phone housing by shell negative pressure mounting device 30 and moves along the x-axis transfer
First FPC91 to be mounted such as above to the first FPC attachment stations, treats the first FPC feeding devices 21 on horizontal table 11 along Y
The first FPC91 being positioned in advance in the first FPC negative pressure positioning moulds is delivered to the by axis movement from the first FPC feeding stations S1
On one attachment station T1, shell negative pressure mounting device 30 drives phone housing to be moved along Z axis, and phone housing is combined with described first
Position shell positioning mould 41 closely presses so that shell is accurately positioned, meanwhile, the first FPC negative pressure positioning mould 51 is also tight with phone housing
Close pressing is so that the first FPC91 is mounted on corresponding mounting position on phone housing.
Then, shell negative pressure mounting device 30 unloads phone housing and returns to original position, at the same time, the attachment of the first shell negative pressure
Device 31 moves on to above the first FPC attachment stations and holds phone housing, then moves along the x-axis phone housing and is transferred to the
2nd FPC92 to be mounted such as above two FPC attachment stations T2, treats the 2nd FPC feeding devices 22 on horizontal table 11 along Y-axis
The 2nd FPC being positioned in advance in the 2nd FPC negative pressure positioning moulds is delivered to the second patch by movement from the 2nd FPC feeding stations S2
It fills on station T2, the first FPC negative pressure mounting device 31 drives phone housing to be moved along Z axis, and phone housing is combined with described second
Position shell positioning mould 42 closely presses so that shell is accurately positioned, meanwhile, the 2nd FPC negative pressure positioning mould 52 is also tight with phone housing
Close pressing is so that the 2nd FPC is mounted on corresponding mounting position on phone housing.
Then, the first negative pressure mounting device 31 unloads phone housing and returns to original position, at the same time, the attachment of second housing negative pressure
Device 32, which moves along the x-axis, to be moved on to above the 2nd FPC attachment stations T2 and holds phone housing, is then transferred to phone housing
3rd FPC to be mounted such as above the 3rd FPC attachment stations T3, treats the 3rd FPC feeding devices 23 on horizontal table 11 along Y-axis
The 3rd FPC being positioned in advance in the 3rd FPC negative pressure positioning mould 53 is delivered to the 3rd by movement from the 3rd FPC feeding stations S3
Mount on station T3, the 2nd FPC negative pressure mounting device 32 drives phone housing to be moved along Z axis, phone housing with described 3rd group
Position shell positioning mould 43 is closed closely to press so that shell is accurately positioned, meanwhile, the 3rd FPC negative pressure positioning mould 53 and phone housing
Close pressing is so that the 3rd FPC is mounted on corresponding mounting position on phone housing.
..., and so on,
Until NFPC negative pressure mounting devices 3N is moved along the x-axis to above (N-1) FPC attachments station T (N-1) and by hand
Machine shell is held, and is then transferred to phone housing (N-1) to be mounted such as (N-1) FPC attachment station T (N-1) tops
FPC, NFPC negative pressure positioning moulds will be positioned in advance by treating that NFPC feeding devices 2N is moved on horizontal table 11 along Y-axis
On NFPC be delivered to from NFPC feeding stations SN on N attachments station TN, NFPC negative pressure mounting devices 3N drives outer
Shell is moved along Z axis, and phone housing and the N combination bits shell positioning mould 4N are closely pressed so that shell is accurately positioned, meanwhile,
Also closely pressing causes NFPC to be mounted on corresponding attachment position on phone housing to NFPC negative pressure positioning mould 5N with phone housing
It puts, just completes the attachment of all N number of FPV.
N number of FPC is mounted on after corresponding to sticking position on phone housing inner wall, by the shell blanking device 8 and
NFPC negative pressure devices 3N docks to unload phone housing and phone housing is output to subsequent processing from FPC sticking machines.
In the course of work, after the shell on shell feeding device 20 is removed, meeting auto-returned is in situ to be conveyed with accepting
Next shell, and cycle and next shell is transported on shell positional stations T0.Similarly, on the first FPC feeding devices 21
After first FPC is removed, meeting auto-returned is in situ to accept next first FPC of conveying, and cycles next first FPC
It is transported on the first FPC positional stations T1；It, can auto-returned original after the 2nd FPC on 2nd FPC feeding devices 22 is removed
It cycles and next 2nd FPC is transported on the 2nd FPC positional stations T2 to accept next 2nd FPC of conveying in position.3rd
After the 3rd FPC on FPC feeding devices 23 is removed, meeting auto-returned is in situ to accept next 3rd FPC of conveying, and follows
Next 3rd FPC is transported on the 3rd FPC positional stations T3 by ring...., and so on, on NFPC feeding devices 2N
After NFPC is removed, meeting auto-returned is in situ to accept the next NFPC of conveying, and cycles next NFPC is defeated
It is sent on NFPC positional stations TN.
Similarly, each negative pressure device is completed from upper station accumulated shells, transfer shell to next station, in next work
After on position shell being made to be bonded with FPC negative pressure, phone housing can be unloaded on next station and automatically return in situ draw outside next
Shell, and circulating repetition works, and is no longer described in detail herein.
In practical application, user can be set and be controlled as needed required working method and step using control system.
In the present embodiment, to accelerate efficiency, feeding device 20 described in 2 sets, the first FPC feeding devices 21, the are employed
Two FPC feeding devices 22, the 3rd FPC feeding devices 23 ... and NFPC feeding devices 2N；Accordingly, 2 sets of institutes also are provided with
The first FPC negative pressure mounting device 21 stated, the 2nd FPC negative pressure mounting device 22, the 3rd FPC negative pressure mounting device 23 ... and
NFPC negative pressure mounting devices 2N；It is additionally provided with integrated casing positioning mould described in 2 sets, the first combination bit shell positioning mould,
Two combination bit shell positioning moulds, the 3rd combination bit shell positioning mould ... and N combination bit shell positioning moulds；It is additionally provided with 2 sets
The first FPC negative pressure positioning mould, the 2nd FPC negative pressure positioning mould, the 3rd FPC negative pressure positioning mould ... and NFPC negative pressure
Positioning mould.
In the present embodiment, the N is 4.
The utility model embodiment is described in detail above, specific case used herein is to the utility model
Principle and embodiment be set forth, the explanation of above example is only intended to help understand the utility model core think of
Think；Meanwhile for those of ordinary skill in the art, according to the thought and method of the utility model, in specific embodiment and
There will be changes in application range, in conclusion this specification content should not be construed as the limitation to the utility model.
Claims (10)
1. a kind of phone housing FPC sticking machines, for N number of FPC to be attached at the corresponding N number of attaching position of phone housing inner wall,
It is characterized in that：The phone housing FPC sticking machines include the rack equipped with horizontal table and vertical workbench, are sequentially arranged in
The N+1 feeding device that phone housing on the horizontal table and can be driven to be moved along Y-direction, the N+1 feeding device point
Not Wei shell feeding device, the first FPC feeding devices, the 2nd FPC feeding devices, the 3rd FPC feeding devices ..., NFPC
Feeding device；The phone housing FPC sticking machines further include be sequentially arranged on vertical workbench and can drive phone housing along X to
With N+1 negative pressure mounting device of Z-direction movement, which is respectively：Shell negative pressure mounting device, first
FPC negative pressure mounting device, the 2nd FPC negative pressure mounting device, the 3rd FPC negative pressure mounting device ..., NFPC negative pressure attachment dress
It puts；The phone housing FPC sticking machines further include N+1 shell positioning mould, which is respectively 1 one
Formula shell positioning mould and N number of sectional casing positioning mould, the integrated casing positioning mould are arranged on the shell feeding device,
N number of sectional casing positioning mould by N number of combination bit shell positioning mould with combination bit and N number of FPC negative pressure positioning mould one by one
Corresponding composition, N number of combination bit positioning mould are respectively：On the first FPC feeding devices and the first combination bit of band
First combination bit shell positioning mould, on the 2nd FPC feeding devices and the second combination bit shell of the second combination bit of band
Positioning mould, on the 3rd FPC feeding devices and the 3rd combination bit shell cover half of the 3rd combination bit of band ... and set
In on the NFPC feeding devices and the N combination bit shell positioning moulds of band N combination bits；N number of FPC negative pressure positioning mould
Respectively：The first FPC negative pressure positioning mould at first combination bit, the 2nd FPC at second combination bit
Negative pressure positioning mould, the 3rd FPC negative pressure positioning mould at the 3rd combination bit ... and at the N combination bits
NFPC negative pressure positioning moulds, the phone housing FPC sticking machines further include the shell by NFPC feeding devices side
Blanking device.
2. phone housing FPC sticking machines as described in claim 1, it is characterised in that：It is sliding that the feeding device includes elasticity
Platform mechanism, the elasticity slipway mechanism include slide unit bottom plate, elastic parts and the positioning for installing the fixed shell positioning mould
Die holder plate, positioning mould seat board is connected with elastic parts and liftable is mobile and is flexibly arranged on slide unit bottom plate.
3. phone housing FPC sticking machines as claimed in claim 2, it is characterised in that：The elastic parts includes being installed on cunning
Linear bearing, installation mating with linear bearing and the slide-bar being flexibly connected, positioning mould seat board in platform bottom plate is using slide-bar and directly
The flexible connection liftable that spool is held movably be arranged on slide unit bottom plate on, between slide unit bottom plate and positioning mould seat board be equipped with for pair
The position of positioning mould carry out pinpoint positioning pin and for making positioning mould seat board when compression is moved down into row buffering and
The elastic component of energy elastic reset.
4. phone housing FPC sticking machines as claimed in claim 2, it is characterised in that：Each feeding device has further included
Slide assemblies and feeding driving mechanism, each elastic slipway mechanism are installed on its corresponding slide assemblies, each slip
Component includes Y-axis sliding block and the Y-axis slide mating with it, which is driven by corresponding feeding driving mechanism.
5. phone housing FPC sticking machines as claimed in claim 4, it is characterised in that：Each feeding device further includes one
Slider connecting plate, the elasticity slipway mechanism, which is first installed on slider connecting plate, recycles slider connecting plate to be installed on the Y-axis
On sliding block, bumper is installed on the outside end wall of slider connecting plate.
6. phone housing FPC sticking machines as described in claim 1, it is characterised in that：The phone housing FPC sticking machines also wrap
N number of FPC accurate adjusting mechanisms are included for accurately adjusting the displacement of N number of FPC negative pressure positioning mould, N number of FPC essences respectively
Close adjustment mechanism includes：It is connected with the first FPC negative pressure positioning moulds and the first FPC on the first FPC feeding devices is smart
Close adjustment mechanism, the accurate tune of the 2nd FPC for being connected and being arranged on the 2nd FPC feeding devices with the 2nd FPC negative pressure positioning moulds
Complete machine structure, the accurate adjustment of the 3rd FPC for being connected and being arranged on the 3rd FPC feeding devices with the 3rd FPC negative pressure positioning moulds
Structure ..., be connected with the N FPC negative pressure positioning moulds and the N FPC precision adjustment machines on NFPC feeding devices
Structure.
7. phone housing FPC sticking machines as claimed in claim 6, it is characterised in that：First FPC accurate adjusting mechanisms with it is described
The first rubber cushion, the 2nd FPC accurate adjusting mechanisms and the 2nd FPC negative pressure positioning moulds are equipped between first FPC negative pressure positioning moulds
Between be equipped between the second rubber cushion, the 3rd FPC accurate adjusting mechanisms and the 3rd FPC negative pressure positioning moulds be equipped with the 3rd glue
Pad ..., N rubber cushions are equipped between NFPC accurate adjusting mechanisms and the NFPC negative pressure positioning moulds.
8. phone housing FPC sticking machines as described in claim 1, it is characterised in that：Every FPC negative pressure positioning mould is equipped with extremely
Few two pilot pins for being positioned to corresponding FPC are additionally provided with negative pressure component for adsorbing and positioning FPC.
9. phone housing FPC sticking machines as described in claim 1, it is characterised in that：Each negative pressure mounting device wraps
Include Mounted Device, the Mounted Device include can along Z-direction move back and forth lifting seat, be fixed on lifting seat gas nozzle fishplate bar,
Several gas nozzles being arranged on gas nozzle fishplate bar are fixed on lifting seat bottom for the mounting board that is contacted with phone housing；The gas
Mouth fishplate bar is connected fixation with the mounting board using a connection piece.
10. phone housing FPC sticking machines as claimed in claim 9, it is characterised in that：The lifting seat is slided arranged on a Z axis
On component, which includes several Z axis sliding blocks and mating Z axis slide rail, further includes to fix Z axis slide rail
Z axis slide rail pedestal, the lifting seat is fixedly connected with several Z axis sliding blocks and is slidedly arranged in the Z axis slide rail, and Z axis is slided
Flange of rail seat is then connected and fixed on an X-axis slide assemblies；The X-axis slide assemblies include X-axis slide block and the X-axis mating with it is slided
Rail, Z axis slide rail pedestal are connected with X-axis slide block and slide in X-axis slide rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721417633.8U CN207382798U (en) | 2017-10-27 | 2017-10-27 | A kind of phone housing FPC sticking machines |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721417633.8U CN207382798U (en) | 2017-10-27 | 2017-10-27 | A kind of phone housing FPC sticking machines |
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| Publication Number | Publication Date |
|---|---|
| CN207382798U true CN207382798U (en) | 2018-05-18 |
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ID=62336989
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| Application Number | Title | Priority Date | Filing Date |
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| CN201721417633.8U Active CN207382798U (en) | 2017-10-27 | 2017-10-27 | A kind of phone housing FPC sticking machines |
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|---|---|
| CN (1) | CN207382798U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110213957A (en) * | 2019-05-14 | 2019-09-06 | 合刃科技（深圳）有限公司 | A kind of FPC takes film folder automatically |
-
2017
- 2017-10-27 CN CN201721417633.8U patent/CN207382798U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110213957A (en) * | 2019-05-14 | 2019-09-06 | 合刃科技（深圳）有限公司 | A kind of FPC takes film folder automatically |
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