CN209289745U - The automatic bending device of product - Google Patents
The automatic bending device of product Download PDFInfo
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- CN209289745U CN209289745U CN201822058070.9U CN201822058070U CN209289745U CN 209289745 U CN209289745 U CN 209289745U CN 201822058070 U CN201822058070 U CN 201822058070U CN 209289745 U CN209289745 U CN 209289745U
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Abstract
The utility model discloses a kind of automatic bending devices of product comprising: bed frame, disengaging platform mechanism, precompressed Fang Qiao mechanism, bending executing agency and cold and hot switching mechanism；Disengaging platform mechanism is provided on bed frame, bending executing agency is erected on disengaging platform mechanism, precompressed Fang Qiao mechanism is mounted on the two sides of bending executing agency and is located at the top of disengaging platform mechanism, and cold and hot switching mechanism is mounted on the lower section of disengaging platform mechanism and is located at bending executing agency directly vertically below.In operation, artificial to be only responsible for product loading and unloading, remaining movement is all automatically performed by equipment the automatic bending device of the utility model product, is facilitated employee to operate, is reduced staff labor intensity.
Description
Technical field
The utility model relates to the manufacturing field of equipment of flexible circuit board, particularly relate to a kind of product of flexible circuit board certainly
Dynamic bending device.
Background technique
With an urgent demand of environmental protection and the high speed development of new energy cause, new energy resource power battery, as core component
The power supply of power resources is provided, electric car, electric train, electric bicycle, golf cart is designated as more and power is provided
Battery, the mature development of flexible circuit board, new energy resource power battery also turns to the electricity for using flexible circuit board as battery
Power transport vehicle, there are several places protrusions for new energy resource power battery shape, it is desirable that flexible circuit board can be with according to battery appearance protrusion
It coincide and is mounted on battery.Normal flexible wiring board has pliability, but new energy flexible circuitry back large area posts thickness
The reinforcement of 0.2mm or so is spent, the relatively common product of product is thick, and what can not be coincide is mounted on battery.Existing product bending side
Formula is to make a set of jig model, and product is put into model, manually repeatedly bending sizing, and it is curved that crooked place manually operates each road
It is different to roll over convex shape, has certain unstable factor, and consume disabled person's power, does not have production, therefore, is badly in need of development
To realize, bending operates automatic bending device automatically.
In view of this, the designer designs the side such as upper and manual operation inconvenience for the structure of bending jig model by hand
Face does not attain many missings caused by improving and inconvenient deeply design, and actively research improvement have a fling at and develop design it is practical
It is novel.
Utility model content
The purpose of the utility model is to overcome the deficiencies in the prior art, and provide a kind of automatic bending device of product, from
And employee is facilitated to operate, reduce staff labor intensity.
In order to achieve the above objectives, the solution of the utility model is:
A kind of automatic bending device of product, including bed frame, disengaging platform mechanism, precompressed Fang Qiao mechanism, bending execution
Mechanism and cold and hot switching mechanism；Disengaging platform mechanism is provided on bed frame, bending executing agency is erected at disengaging platform
In mechanism, precompressed Fang Qiao mechanism is mounted on the two sides of bending executing agency and is located at the top of disengaging platform mechanism, cold and hot switching
Mechanism is mounted on the lower section of disengaging platform mechanism and is located at bending executing agency directly vertically below；The disengaging platform mechanism tool
The disengaging platform for having Y-axis mould group and interlocking with Y-axis mould group, for the setting of product carrier on disengaging platform, product carrier and disengaging are flat
Hollow slots are respectively equipped on platform, there are two lower air cylinder and the cores being arranged in below two lower air cylinders for bending executing agency tool
Sub- A and fuse B, two lower air cylinders drive fuse A, fuse B to move up and down in vertical direction respectively, the cold and hot switching machine
Structure has two jacking cylinders, all ventilation cylinder, fuse C and fuse D, is separately connected fuse C and fuse above two jacking cylinders
D, two jacking cylinders drive fuse C, fuse D to move up and down in vertical direction respectively, and the setting of switching cylinder is in two jackings
The lower section of cylinder, switching cylinder drive fuse C, fuse D to do horizontal handoff movement in the X-axis direction.
Further, the disengaging platform mechanism include bottom plate, disengaging platform, linear bearing, bearing slider, Y-axis mould group and
Mould group sliding block；Linear bearing is provided on the left of bottom plate, activity is equipped with bearing slider, the right side setting of bottom plate on linear bearing
There is Y-axis mould group, activity is equipped with mould group sliding block in Y-axis mould group, passes in and out stage+module in the bearing slider in left side and the mould on right side
On group sliding block, the intermediate region for passing in and out platform offers longitudinal hollow slots, and Y-axis mould group drives disengaging platform to do in the Y-axis direction
It moves forward and backward.
Further, the outside lower half portion on bottom plate positioned at Y-axis mould group is additionally provided with double bond start button.
Further, precompressed Fang Qiao mechanism is symmetricly set on the both ends of bending executing agency, each precompressed Fang Qiao mechanism packet
Include air cylinder supporting structure, pre- air cylinder, fixed block and pre- pinch roller；Pre- air cylinder, pre- air cylinder are provided with below air cylinder supporting structure
Motion bar below be provided with fixed block, pre- pinch roller is provided with below fixed block, pre- air cylinder drives pre- pinch roller in vertical direction
It moves up and down.
Further, bending executing agency includes portal frame, air cylinder supporting structure, two lower air cylinders, fuse A, fuse B and two
A module；Air cylinder supporting structure is installed in the two sides of portal frame, front and back two pushings arranged side by side are provided in air cylinder supporting structure
The motion bar lower section of cylinder, each lower air cylinder is provided with module, and the lower end corresponding matching of two modules is connected with fuse A and fuse B,
Two lower air cylinders drive fuse A, fuse B to move up and down in vertical direction respectively.
Further, two modules are work shape structure, and the fuse A and fuse B are equipped with the work cooperated with the work shape structure of module
Shape slot.
Further, cold and hot switching mechanism includes bottom plate, linear bearing, bearing slider, cylinder bottom plate, jacking cylinder, fuse
C, fuse D, module, switching cylinder, movable block, pillar and fuse guide rail bracket, are each provided with linear bearing in bottom plate two sides, each
Activity is equipped with bearing slider on linear bearing, and cylinder bottom plate is mounted on bearing slider, and being arranged side by side on cylinder bottom plate has two
A jacking cylinder is provided with module on the motion bar of each jacking cylinder, and each module is connected separately with fuse C and fuse D, in bottom plate
Lower section is provided with switching cylinder, switches and is provided with movable block on the motion bar of cylinder, and movable block is fixed one end simultaneously across bottom plate
It is connected to the lower section of cylinder bottom plate, pillar is provided with above bottom plate, is fixedly mounted on cold and hot switching mechanism by pillar
It passes in and out below the bottom plate of platform mechanism and is located at bending executing agency directly vertically below, fuse C, the fuse of cold and hot switching mechanism
D through disengaging platform mechanism bottom plate and can in bottom plate left and right it is up and down, fuse guide rail bracket setting disengaging platform machine
The top of the bottom plate of structure and be located at bending executing agency directly vertically below, fuse guide rail bracket intermediate lateral direction offers fuse
Guide-track groove, fuse C and fuse D activity are nested in fuse guide-track groove, and fuse guide rail bracket annular offers water composite cooling pipe road.
Further, it is provided with guide post plate above two jacking cylinder, is located at each jacking cylinder or so two on guide post plate
Each activity in side is equipped with fuse guide post, and every two fuse guide posts are separately mounted to lower section at left and right sides of fuse C and fuse D；Bottom plate
Top and cylinder bottom plate corresponding position be additionally provided with buffer A, be additionally provided in lower section and the movable block corresponding position of bottom plate
Buffer B.
Further, the fuse C is heating fuse, and fuse D is cooling core, heating pipe is provided in fuse C, in core
The water composite cooling pipe road that sub- guide rail bracket annular opens up.
Further, fuse A and fuse B is rested against together side by side, and intermediate region offers fuse groove, the shape of fuse groove
The bending convex shape of shape corresponding product；Fuse C punch-pin and fuse D punch-pin, fuse C are respectively arranged with above fuse C and fuse D
The bending convex shape of punch-pin and fuse D punch-pin corresponding product.
Further, fuse A recessing groove, fuse B recessing groove are opened up on fuse A, fuse B respectively.
The job description of the automatic bending device of the utility model product is as follows:
After adopting the above scheme, the automatic bending device of the utility model product is in use, be mounted on disengaging for product carrier
On platform, product is installed on product carrier, and the drive of Y-axis mould group is temporary after passing in and out platform at first of position that need to be bent of product
Stop, precompressed Fang Qiao mechanism pushes down the two sides of product, and the lower air cylinder for bending executing agency drives fuse A to push down product one
The jacking cylinder of side, cold and hot switching mechanism drives fuse C to jack up product upwards, and another lower air cylinder for bending executing agency drives
Fuse B pushes down the product other side, heats after a certain period of time in the fuse C of cold and hot switching mechanism to product, first of product
Bending protrusion heating deformation, the jacking cylinder of cold and hot switching mechanism drive fuse C decline, and lower air cylinder drives fuse B to rise, this
When fuse A keep pressed status, cold and hot switching mechanism switching cylinder drive fuse D be switched to the lower section of fuse A and fuse B simultaneously
Product is jacked up upwards, and another lower air cylinder drives fuse B to push down the product other side again, certain in the cooling product of fuse D
After time, raised cooling and shaping are bent for first of product, two lower air cylinders drive fuse A, fuse B to rise respectively, jack gas
Cylinder drives fuse D decline, completes first of product and bends protrusion, switching cylinder drives fuse C to switch back to fuse A and fuse B
Lower section, Y-axis mould group suspends after driving disengaging platform to move under product at the position that need to be bent together again, and substep is successively complete
If bending protrusion at arterial highway on product.
Compared to existing manual bending mode, the automatic bending device of the utility model product is in operation, artificial only to bear
Product loading and unloading are blamed, remaining movement is all automatically performed by equipment, and employee is facilitated to operate, and reduces staff labor intensity；Fuse A and core
The fuse punch-pin of fuse groove, fuse C and fuse D that sub- B is formed are according to the bending lobe shape design of product, and such as each product is curved
It is consistent to roll over convex shape, can be general fuse model, the product bending convex shape after bending meets design requirement；Using Y
Axle mould group drives product movement and the pre- die pressing product of precompressed Fang Qiao mechanism, and product bends region registration；Using fuse C heating and
Fuse D is cooling to keep product easy to form under cold and hot switching effect；When product item number is replaced, product carrier is only needed to change, four
Fuse module can share, and product, which executes operation program and updates, is arranged the automatic bending operation that can carry out other products, and the whole series are set
Standby simple to operate, the good product consistency after bending, can be greatly lowered the fraction defective of product, improve bending efficiency, more
Has the market competitiveness.
Detailed description of the invention
Fig. 1 is the front perspective view of the automatic bending device of the utility model product.
Fig. 2 is the rear perspective view of the automatic bending device of the utility model product；
Fig. 3 is the top view of the automatic bending device of the utility model product；
Fig. 4 is the front view of the automatic bending device of the utility model product；
Fig. 5 is the right side view of the automatic bending device of the utility model product；
Fig. 6 is the perspective view that the utility model passes in and out platform mechanism；
Fig. 7 is the top view that the utility model passes in and out platform mechanism；
Fig. 8 is the front view that the utility model passes in and out platform mechanism；
Fig. 9 is the left side view that the utility model passes in and out platform mechanism；
Figure 10 is the perspective view of the utility model precompressed Fang Qiao mechanism；
Figure 11 is the front view of the utility model precompressed Fang Qiao mechanism；
Figure 12 is the perspective view that the utility model bends executing agency；
Figure 13 is the front view that the utility model bends executing agency；
Figure 14 is the left side view that the utility model bends executing agency；
Figure 15 is the perspective view of the cold and hot switching mechanism of the utility model；
Figure 16 is the top view of the cold and hot switching mechanism of the utility model；
Figure 17 is the front view of the cold and hot switching mechanism of the utility model；
Figure 18 is the left side view of the cold and hot switching mechanism of the utility model；
Figure 19 A is the side status figure of the utility model or more fuse matching structure；
Figure 19 B is the working state figure of the utility model fuse A, B and fuse C；
Figure 19 C is the working state figure of the utility model fuse A, B and fuse D；
Figure 20 A is the perspective view before the bending of the utility model product；
Figure 20 B is the perspective view after the bending of the utility model product.
Specific embodiment
In order to which the technical solution of the utility model is explained further, below by specific embodiment come to the utility model into
Row elaborates.In the description of the present invention, it should be understood that term " center ", " longitudinal direction ", " transverse direction ", "upper",
The indicating positions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" or position are closed
System is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, rather than
The device or element of indication or suggestion meaning must have a particular orientation, be constructed and operated in a specific orientation, therefore cannot
It is construed as a limitation of the present invention.In the description of the present invention, unless otherwise indicated, the meaning of " plurality " is two
Or it is more than two.
As shown in Figures 1 to 5, the utility model discloses a kind of automatic bending device of product, including bed frame 1, into
Platform mechanism 2, precompressed Fang Qiao mechanism 3, bending executing agency 4 and cold and hot switching mechanism 5 out.Installation is set on bed frame 1
There is disengaging platform mechanism 2, bending executing agency 4 sets up the left and right sides being mounted on disengaging platform mechanism 2 and is located at middle area
Above domain, precompressed Fang Qiao mechanism 3 is mounted on the intermediate region front and rear sides of bending executing agency 4 and is located at disengaging platform mechanism 2
Top, cold and hot switching mechanism 5 be mounted on disengaging platform mechanism 2 lower section and be located at bending executing agency 4 directly vertically below.
As shown in Figures 6 to 9, disengaging platform mechanism 2 includes bottom plate 21, disengaging platform 22, linear bearing 23, bearing slider
24, Y-axis mould group 25 and mould group sliding block 26.The left side of bottom plate 21 is provided with linear bearing 23, the movable sleeve on linear bearing 23
It is equipped with bearing slider 24, the right side of bottom plate 21 is provided with Y-axis mould group 25, activity is equipped with mould group sliding block 26 in Y-axis mould group 25,
Disengaging platform 22, which is installed, to be erected on the bearing slider 24 in left side and the mould group sliding block 26 on right side, and the intermediate region of platform 22 is passed in and out
Longitudinal hollow slots (not shown) is offered, Y-axis mould group 25 drives disengaging platform 22 to move forward and backward in the Y-axis direction,
Outside lower half portion on bottom plate 21 positioned at Y-axis mould group 25 is also provided with double bond start button 27.Product carrier 7 it is mountable into
The intermediate region of platform 22 out can be nested with product 6 to be bent on product carrier 7.
As shown in Figures 10 and 11, precompressed Fang Qiao mechanism 3 is fixed including two air cylinder supporting structures 31, two pre- air cylinders 32, two
Block 33 and two pre- pinch rollers 34.It is provided with pre- air cylinder 32 below air cylinder supporting structure 31, is set below the motion bar of pre- air cylinder 32
It is equipped with fixed block 33, pre- pinch roller 34 is provided with below fixed block 33, so far, side precompressed is formed and prevents sticking up structure, two sides precompressed is anti-
Stick up that mechanism 3 is symmetrical or mirror to the air cylinder supporting structure 42 that bending executing agency 4 is set on front and rear sides.32 band of pre- air cylinder
Pre- pinch roller 34 is moved to move up and down in vertical direction.
As shown in Figure 12 to Figure 14, bending executing agency 4 includes 42, two portal frame 41, air cylinder supporting structure lower air cylinders
43, fuse A44, fuse B45 and two modules 46.In the intermediate region front and rear sides of portal frame 41, erection is equipped with cylinder and fixes
Frame 42 is provided with front and back two lower air cylinders 43 arranged side by side, the motion bar lower section of each lower air cylinder 43 in air cylinder supporting structure 42
It is provided with module 46, the lower end of each module 46, which is respectively cooperating with, is connected with fuse A44, fuse B45.Module 46 can be further designed to
Work shape structure simultaneously cuts off production with line, corresponding fuse A44, fuse B45 link slot do Aided design and cut off production with line,
Reduce the connection error of module 46 and fuse A44, fuse B45.Two lower air cylinders 43 drive fuse A44, fuse B45 to exist respectively
Vertical direction moves up and down.
As shown in Figure 15 to Figure 19 C, cold and hot switching mechanism 5 includes bottom plate 51, linear bearing 52, bearing slider 53, cylinder
Bottom plate 54, jacking cylinder 55, fuse C56, fuse D57, module 58, switching cylinder 59, movable block 510, pillar 511 and fuse are led
Rail gantry 512.Front and rear sides are each provided with linear bearing 52 on bottom plate 51, and it is sliding to be equipped with bearing for activity on each linear bearing 52
Block 53, cylinder bottom plate 54 are mounted on the bearing slider 53 of front and rear sides, and the left and right sides, which is arranged side by side, on cylinder bottom plate 54 two
A jacking cylinder 55 is provided with module 58 on the motion bar of each jacking cylinder 55, be connected separately in each module 58 fuse C56,
Fuse D57 is provided with switching cylinder 59 in 51 lower right of bottom plate, switches and be provided with movable block 510 on the motion bar of cylinder 59,
One end passes through the left side lower section that bottom plate 51 is fixedly connected on cylinder bottom plate 54 to movable block 510 simultaneously, respectively sets in the quadrangle of bottom plate 51
It is equipped with pillar 511, cold and hot switching mechanism 5 is fixedly mounted under the bottom plate 21 of disengaging platform mechanism 2 by four pillars 511
Side and it is located at bending executing agency 4 directly vertically below, fuse C56, the fuse D57 of cold and hot switching mechanism 5 are flat through disengaging
The bottom plate 21 of platform mechanism 2 and can left and right is up and down in bottom plate 21, disengaging platform mechanism 2 is arranged in fuse guide rail bracket 512
The top of bottom plate 21 and be located at bending executing agency 4 directly vertically below, 512 intermediate lateral direction of fuse guide rail bracket offers core
Sub- guide-track groove 5121, fuse C56 and fuse D57 is movable is nested in fuse guide-track groove 5121,512 annular of fuse guide rail bracket
Offer water composite cooling pipe road 5122.
Further, it can be provided with guide post plate 513 above two jacking cylinders 55, each top is located on guide post plate 513
Rising cylinder 55, each side activity is equipped with fuse guide post 514, and every two fuse guide posts 514 are separately mounted to fuse C56, core
Lower section at left and right sides of sub- D57, it is ensured that fuse C56, fuse D57 are in equilibrium state when being jacked up and being declined by jacking cylinder 55；
Module 58 can further be designed as work shape structure and cut off production with line, corresponding fuse C56, fuse D57 link slot do
Aided design simultaneously cuts off production with line, reduces the connection error of module 58 and fuse C56, fuse D57；On the right side of bottom plate 51
Side is also provided with buffer A515 with 54 corresponding position of cylinder bottom plate, corresponding with movable block 510 below the left side of bottom plate 51
Position is also provided with buffer B516, when switching cylinder 59 and fuse C56, fuse D57 being driven to do left and right horizontal switching two
Play buffer function in side.
Fuse C56 as heating fuse, fuse D57 as cooling core, be provided in fuse C56 hot water heating pipeline or
Water heating or electric heating mode can be used, in the water composite cooling pipe road that 512 annular of fuse guide rail bracket opens up in electrical heated pipings
It is passed through cold water in 5122, fuse C56 can be made to cool while heating to proper temperature is substantially remained in, fuse D57 can be made
It is cooled to and substantially remains in proper temperature.
Two jacking cylinders 55 can drive fuse C56, fuse D57 to move up and down in vertical direction respectively, switch gas
Cylinder 59 drives cylinder bottom plate 54 that fuse C56, fuse D57 is made to do horizontal handoff movement in the X-axis direction.
As shown in Figure 19 A, Figure 19 B and Figure 19 C, fuse A44, fuse B45 are rested against together side by side, and intermediate region offers
Fuse groove 46, the shape of fuse groove 46 according to product bending lobe shape design；It is set respectively above fuse C56, fuse D57
It is equipped with fuse C punch-pin 561, fuse D punch-pin 571, fuse C punch-pin 561, fuse D punch-pin 571 are set according to the bending convex shape of product
Meter；Further, fuse A recessing groove 441, fuse B recessing groove 451 can be opened up, respectively on fuse A44, fuse B45 to prevent
Weigh such as pad windowed regions on corresponding position product wounded.
The job description of the automatic bending device of the utility model product is as follows:
As shown in Fig. 1 to Figure 20 B, first product carrier 7 is mounted on disengaging platform 22, product carrier 7 is that product is dedicated
Product carrier 7 when exceeding 7 specification size of product carrier, can be divide into upper part and lower part carrier if product 6 is long by carrier,
The position that 7 corresponding product of product carrier need to be bent offers hollow slots, and it is fixed that the product 6 (as shown in FIG. 20 A) before bending is nested with
On product carrier 7, double bond presses start button 27 for position, and Y-axis mould group 25 drives disengaging platform 22 to need to bend to first of product 6
Position at after suspend, pre- air cylinder 32 drives pre- pinch roller 34 to decline and first pushes down the two sides of product in advance, then a lower air cylinder 43
Fuse A44 is driven to push down product side, a jacking cylinder 55 drives top on fuse C56 to jack up product, another lower air cylinder
43 drive fuse B45 push down the product other side, heat after a certain period of time in fuse C56 to product 6, first of product 6 curved
Folding protrusion heating deformation, then jacking cylinder 55 drives fuse C56 decline, and lower air cylinder 43 drives fuse B45 to rise, at this time core
Sub- A44 keeps pressed status, and the switching drive of cylinder 59 fuse D57 is switched to the lower section of fuse A44 and fuse B45 and upper Xiang Dingqi
Product, another lower air cylinder 43 drive fuse B45 to push down the product other side again, in cooling one timing of product of fuse D57
Between after, product 6 first of bending protrusion is cooled and shaped, and two lower air cylinders 43 drive fuse A44, fuse B45 to rise respectively, is pushed up
It rises cylinder 55 and drives fuse D57 decline, complete first of the bending of product 6 protrusion 61, switching cylinder 59 drives fuse C56 to switch back into
To the lower section of fuse A44 and fuse B45, Y-axis mould group 25 drives disengaging platform 22 to move to product 6 under again and need to bend for one
Suspend after at position, if being sequentially completed bending protrusion in arterial highway on product step by step, the product example after bending is as shown in fig. 20b.
The utility model is the automatic bending device of product, artificial to be only responsible for product loading and unloading, remaining movement is all by equipment
It is automatically performed, employee is facilitated to operate, reduce staff labor intensity；Fuse groove, fuse C and the fuse that fuse A and fuse B is formed
For the fuse punch-pin of D according to the bending lobe shape design of product, it can be general fuse that the bending convex shape of such as each product is consistent
Model, the product bending convex shape after bending meet design requirement；Product movement and precompressed is driven to prevent sticking up machine using Y-axis mould group
The pre- die pressing product of structure, product bend region registration, and product contact uses idler wheel mode in pre-compaction process, prevent friction damage from producing
Product；Keep product easy to form under cold and hot switching effect using fuse C heating and fuse D are cooling；When product item number is replaced, only need
Product carrier is replaced, four fuse modules can share (the raised specification of special bending is replaced again), and product executes operation program and updates
The automatic bending operation that can carry out other products is set, and the automatic bending device of the utility model product is simple to operate.
The product form and style of above-described embodiment and schema and non-limiting the utility model, any technical field
The appropriate changes or modifications that those of ordinary skill does it all should be regarded as the patent category for not departing from the utility model.
Claims (10)
1. a kind of automatic bending device of product characterized by comprising bed frame, disengaging platform mechanism, precompressed are prevented sticking up machine
Structure, bending executing agency and cold and hot switching mechanism；Disengaging platform mechanism is provided on bed frame, bending executing agency sets up
On disengaging platform mechanism, precompressed Fang Qiao mechanism is mounted on the two sides of bending executing agency and is located at the upper of disengaging platform mechanism
Side, cold and hot switching mechanism are mounted on the lower section of disengaging platform mechanism and are located at bending executing agency directly vertically below；It is described into
The disengaging platform that platform mechanism has Y-axis mould group and interlocks with Y-axis mould group out, the setting of product carrier is on disengaging platform, product
Hollow slots are respectively equipped on carrier and disengaging platform, there are two lower air cylinders and setting in two pushings for the bending executing agency tool
Fuse A and fuse B, two lower air cylinders below cylinder drive fuse A, fuse B to move up and down in vertical direction respectively, institute
Cold and hot switching mechanism is stated with two jacking cylinders, all take a breath cylinder, fuse C and fuse D, is separately connected above two jacking cylinders
Fuse C and fuse D, two jacking cylinders drive fuse C, fuse D to move up and down in vertical direction respectively, and switching cylinder is set
It sets in the lower section of two jacking cylinders, switches cylinder and fuse C, fuse D is driven to do horizontal handoff movement in the X-axis direction.
2. the automatic bending device of product as described in claim 1, it is characterised in that: the disengaging platform mechanism include bottom plate,
Pass in and out platform, linear bearing, bearing slider, Y-axis mould group and mould group sliding block；Linear bearing, linear axis are provided on the left of bottom plate
The activity of holding is equipped with bearing slider, and Y-axis mould group is provided on the right side of bottom plate, and activity is equipped with mould group sliding block in Y-axis mould group, into
For stage+module on the bearing slider in left side and the mould group sliding block on right side, the intermediate region for passing in and out platform offers longitudinal hollow out out
Slot, Y-axis mould group drive disengaging platform to move forward and backward in the Y-axis direction.
3. the automatic bending device of product as claimed in claim 2, it is characterised in that: on bottom plate under the outside of Y-axis mould group
Half part is additionally provided with double bond start button.
4. the automatic bending device of product as described in claim 1, it is characterised in that: precompressed Fang Qiao mechanism is symmetricly set on
The both ends of executing agency are bent, each precompressed Fang Qiao mechanism includes air cylinder supporting structure, pre- air cylinder, fixed block and pre- pinch roller；In gas
It is provided with pre- air cylinder below cylinder fixed frame, fixed block is provided with below the motion bar of pre- air cylinder, is provided with below fixed block
Pre- pinch roller, pre- air cylinder drive pre- pinch roller to move up and down in vertical direction.
5. the automatic bending device of product as described in claim 1, it is characterised in that: bending executing agency includes portal frame, gas
Cylinder fixed frame, two lower air cylinders, fuse A, fuse B and two modules；Air cylinder supporting structure is installed in the two sides of portal frame,
It is provided with two arranged side by side lower air cylinders of front and back in air cylinder supporting structure, is provided with module below the motion bar of each lower air cylinder, two
The lower end corresponding matching of module is connected with fuse A and fuse B.
6. the automatic bending device of product as claimed in claim 5, it is characterised in that: the module of the bending executing agency is work
Shape structure, the fuse A and fuse B are equipped with the work shape slot cooperated with the work shape structure of module.
7. the automatic bending device of product as described in claim 1, it is characterised in that: cold and hot switching mechanism includes bottom plate, straight line
Bearing, bearing slider, cylinder bottom plate, jacking cylinder, fuse C, fuse D, module, switching cylinder, movable block, pillar and fuse are led
Rail gantry is each provided with linear bearing in bottom plate two sides, and activity is equipped with bearing slider, the installation of cylinder bottom plate on each linear bearing
It is arranged side by side on bearing slider, on cylinder bottom plate there are two jacking cylinder, is provided with module on the motion bar of each jacking cylinder,
Each module is connected separately with fuse C and fuse D, and switching cylinder is provided with below bottom plate, switches and is arranged on the motion bar of cylinder
There is movable block, one end passes through the lower section that bottom plate is fixedly connected on cylinder bottom plate to movable block simultaneously, and branch is provided with above bottom plate
Cold and hot switching mechanism is fixedly mounted below the bottom plate of disengaging platform mechanism by pillar and is located at bending executing agency by column
Directly vertically below, fuse guide rail bracket the top of the bottom plate of disengaging platform mechanism is set and be located at bending executing agency it is vertical just
Lower section, fuse C, the fuse D of cold and hot switching mechanism can live through the bottom plate for passing in and out platform mechanism and up and down left and right in bottom plate
Dynamic, fuse guide rail bracket intermediate lateral direction offers fuse guide-track groove, and fuse C and fuse D activity are nested in fuse guide-track groove,
Fuse guide rail bracket annular offers water composite cooling pipe road.
8. the automatic bending device of product as claimed in claim 7, it is characterised in that: be provided with above two jacking cylinder
Guide post plate, each jacking cylinder is located on guide post plate, and each side activity is equipped with fuse guide post, every two fuse guide posts difference
It is mounted on lower section at left and right sides of fuse C and fuse D；The top of bottom plate and cylinder bottom plate corresponding position are additionally provided with buffer A,
The lower section of bottom plate and movable block corresponding position are additionally provided with buffer B.
9. the automatic bending device of product as claimed in claim 7 or 8, it is characterised in that: the fuse C is heating fuse, core
Sub- D is cooling core, heating pipe is provided in fuse C, in the water composite cooling pipe road that fuse guide rail bracket annular opens up.
10. the automatic bending device of product as claimed in claim 7 or 8, it is characterised in that: fuse A and fuse B are rested on side by side
Together, intermediate region offers fuse groove, the bending convex shape of the shape corresponding product of fuse groove；Fuse C and fuse D
Top is respectively arranged with fuse C punch-pin and fuse D punch-pin, the bending convex shaped of fuse C punch-pin and fuse D punch-pin corresponding product
Shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822058070.9U CN209289745U (en) | 2018-12-07 | 2018-12-07 | The automatic bending device of product |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822058070.9U CN209289745U (en) | 2018-12-07 | 2018-12-07 | The automatic bending device of product |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209289745U true CN209289745U (en) | 2019-08-23 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201822058070.9U Active CN209289745U (en) | 2018-12-07 | 2018-12-07 | The automatic bending device of product |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117921988A (en) * | 2024-03-21 | 2024-04-26 | 珠海新立电子科技有限公司 | FPC bending and forming device |
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2018
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117921988A (en) * | 2024-03-21 | 2024-04-26 | 珠海新立电子科技有限公司 | FPC bending and forming device |
| CN117921988B (en) * | 2024-03-21 | 2024-05-24 | 珠海新立电子科技有限公司 | FPC bending and forming device |
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Address after: 361000 2nd floor, No.19, Xianghai Road, industrial zone (Xiang'an), torch high tech Zone, Xiamen City, Fujian Province Patentee after: Xiamen Hongxin Electronic Technology Group Co., Ltd Address before: 361000 3rd floor, no.19-2, Xianghai Road, industrial zone, Xiamen Torch High tech Zone (Xiang'an), Xiamen City, Fujian Province Patentee before: XIAMEN HONGXIN ELECTRON-TECH Co.,Ltd. |
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