CN209208062U - A kind of semi-automatic crimper for FFC - Google Patents
A kind of semi-automatic crimper for FFC Download PDFInfo
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- CN209208062U CN209208062U CN201821910477.3U CN201821910477U CN209208062U CN 209208062 U CN209208062 U CN 209208062U CN 201821910477 U CN201821910477 U CN 201821910477U CN 209208062 U CN209208062 U CN 209208062U
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Abstract
The utility model relates to bending equipment technical field, especially a kind of semi-automatic crimper for FFC.It includes rack, loading assemblies, conveying assembly, foldable component and transfer component；Conveying assembly includes delivery platform, compresses platform and compression cylinder, and conveyor belt is provided on delivery platform, compresses and is provided with compression belt on platform.The utility model is driven by compression cylinder compresses platform towards the progress elevating movement of delivery platform direction, the compression belt being arranged on platform to enable the FFC conveyed in conveyor belt to be compacted compresses, prevent FFC from generating excessive offset during conveying, it can guarantee that FFC is accurately transported on foldable component and carry out bending operation, and then can guarantee yield rate of the FFC in bending process.The apparatus structure is simple, can effectively improve the yield rate of FFC bending, be convenient for industrialized production, and has very strong practical value and market popularization value.
Description
Technical field
The utility model relates to bending equipment technical field, especially a kind of semi-automatic crimper for FFC.
Background technique
FFC (Flexible Flat Cable), also known as FFC flexible flat cable are a kind of PET insulating materials and pole
Thin tin plating flat copper wire.The connection being now widely used between various printer port of printer and mainboard, plotter, scanning
The signal of the products such as instrument, duplicator, sound equipment, liquid crystal electric appliance, facsimile machine, various video disc players transmits and the connection of plate plate.
For the demand for adapting to product, FFC usually requires to use by bending.Needed before to FFC bending to FFC into
Row positioning, and can be only achieved requirement since existing FFC generally requires bending twice, thus during FFC bending,
Need to fully ensure that the accuracy of FFC transfer position；Existing FFC bending machine, during FFC bending often by
Upper and lower two pressing rollers convey FFC, and are easy to make FFC defeated by the FFC after the conveying positioning of upper and lower two pressing rollers
Scheduled position is deviated during sending, and then leads to the position of FFC bending there is a certain error, will have a direct impact on when serious
To the use of FFC.
Therefore, it is necessary to propose that improvement project is mentioned to guarantee the accuracy of FFC bending position to existing FFC bending machine
Yield rate of the high FFC in bending process.
Utility model content
In view of the deficiency of the prior art, the purpose of this utility model is to provide it is a kind of for FFC half from
Dynamic crimper.
To achieve the goals above, the utility model adopts the following technical solution:
A kind of semi-automatic crimper for FFC, it includes rack, is set in rack for loading the feeding group of FFC
Part is placed in after loading assemblies for being used for after conveying the conveying assembly of FFC, being placed in conveying assembly by the foldable component of FFC bending
And it is set to the transfer group between loading assemblies and conveying assembly for being transferred to the FFC on loading assemblies on conveying assembly
Part；
The conveying assembly include the delivery platform being fixed in rack, the compression platform being set to above delivery platform and
For driving the compression cylinder for compressing platform and carrying out elevating movement, the conveying for conveying FFC is provided on the delivery platform
Belt, it is described to compress the compression belt being provided on platform for compressing FFC in conveyor belt.
Preferably, the loading assemblies include being set to the bearing seat above rack, the magazine for placing FFC and setting
In the clamp system for being used to clamp magazine on bearing seat；The clamp system includes being fixed on bearing seat along FFC conveying direction
Two bearing supports arranged in parallel, be set between two bearing supports and be parallel to each other with two bearing supports
Two clamping plates, axis turn to be connected on two bearing supports for controlling two clamping plates towards and away from at least one of movement
Bidirectional-screw and the more fixing axles for being fixed on two bearing supports and running through two clamping plates, one end of the Bidirectional-screw
It is provided with the knob for rotating Bidirectional-screw, the middle part of two clamping plates and the top for being located at Bidirectional-screw and fixing axle
It is in the loading plate being dislocatedly distributed that opposite work is formed with after extending respectively, is offered on each clamping plate for another clamping plate
On the vacant notch that passes through of loading plate, the magazine is placed on loading plate.
Preferably, the bottom of the one end of the magazine far from conveying assembly is provided with strip limiting through hole, the magazine
It is inside provided with the postive stop baffle that can be slided in strip limiting through hole, is provided on the lower end surface of the magazine and postive stop baffle
The width of the limit clamping plate of threaded connection, the limit clamping plate is greater than the width of strip limiting through hole.
Preferably, the bearing seat is made to be formed with the reinforcement supporting rib for being used to support magazine, the reinforcement after extending upward
The sliding slot with the contraposition cooperation of strip limiting through hole is offered on supporting rib, the limit clamping plate is set in sliding slot.
Preferably, the lower end surface of the postive stop baffle is formed with lug boss after extending towards work in strip limiting through hole, institute
Boss is stated in the profile of strip limiting through hole, the postive stop baffle and limit clamping plate pass through the first adjusting screw rod
It is threadedly coupled.
Preferably, the foldable component includes the first support frame for being set to conveying assembly exit side, is set to first
Clamping device on support for being gripped to FFC and it is set to clamping device exit side and in two groups be distributed up and down
Bending mechanism；The clamping device includes upper clamp plate, lower clamp plate, top shoe, sliding block, the first cylinder and the second cylinder, described
Upper clamp plate and lower clamp plate are in symmetrical up and down, and the upper clamp plate is fixedly connected on the lower end surface of top shoe, the lower clamp plate
It is fixedly connected on the upper surface of sliding block, first cylinder is set as two both ends for driving top shoe and makees synchronous rise
Drop movement, second cylinder are set as two both ends for driving sliding block and make the synchronization lifting fortune opposite with top shoe
It is dynamic；The bending mechanism includes being slidably connected on the first support frame and being located at the bending bracket of clamping device exit side, axis turn
It is set on bending bracket and turns to be set at least two guiding on bending bracket for guiding for the compression bar of bending FFC, axis
Bar and for drive bending bracket make up and down straight reciprocating motion third cylinder, the compression bar and guide rod are parallel to each other and set
It sets, the every guide rod runs through bending bracket and extends distribution, the left and right of first support frame to the first support frame direction
The guide chute matched with the both ends of guide rod is offered on two sidewalls respectively, each guide chute is in vertical straight
Line distribution, each guide chute are provided with close to one end of compression bar to the curved arc groove of feed side.
Preferably, the foldable component further includes rotating mechanism, and the rotating mechanism includes the driving being fixed in rack
It motor, the rotary drive plate that is fixed in driving motor shaft and is set in rack for controlling driving motor rotation angle
Multiple position sensors, first support frame are fixed on rotary drive plate.
Preferably, the transfer component includes the transfer bracket for being set to loading assemblies side, sets along the conveying direction of FFC
It is placed in the sliding rail transferred on bracket, the slide plate being set on sliding rail, the 4th cylinder being vertically fixedly connected on slide plate, is set to
Transverse plate on the piston rod of 4th cylinder is set on transverse plate for drawing the sucker of FFC and for driving sliding block in water
Square the 5th cylinder moved back and forth upwards.
Preferably, the loading assemblies further include the lifting air being fixed in rack for driving bearing seat to move up and down
Cylinder, the bearing seat lower end are provided at least two guiding axis along the vertical direction, and the every guiding axis runs through rack and can
Opposite housing slide, end wall of the magazine close to conveying assembly one end are set as being open.
Preferably, the second support frame is additionally provided between the loading assemblies and conveying assembly, on second support frame
The height of end face and conveyor belt the conveying height of plane of FFC are identical, the top of second support frame and perpendicular to FFC's
Limited block is provided on conveying direction, the both ends of the limited block are connected by two second adjusting screw rods and the second support frame screw thread
It connects, the gap between the limited block and the second support frame passes through for FFC.
As the above scheme is adopted, the utility model by compression cylinder drive compress platform towards delivery platform direction into
Row elevating movement is compressed so that the FFC conveyed in conveyor belt be enable to be compacted the compression belt being arranged on platform, is prevented
FFC generates excessive offset during conveying, can guarantee that FFC is accurately transported to progress bending behaviour on foldable component
Make, and then can guarantee yield rate of the FFC in bending process.The apparatus structure is simple, can effectively improve FFC bending
Yield rate is convenient for industrialized production, and has very strong practical value and market popularization value.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model embodiment；
Fig. 2 is the structural schematic diagram (one) of the conveying assembly of the utility model embodiment；
Fig. 3 is the structural schematic diagram (two) of the conveying assembly of the utility model embodiment；
Fig. 4 is the structural schematic diagram of the loading assemblies of the utility model embodiment；
Fig. 5 is the sectional view of the loading assemblies of the utility model embodiment；
Fig. 6 is the partial enlarged view in Fig. 5 at A；
Fig. 7 is the structural schematic diagram of the clamp system of the utility model embodiment；
Fig. 8 is the decomposition diagram of Fig. 7；
Fig. 9 is the structural schematic diagram (one) of the foldable component of the utility model embodiment；
Figure 10 is the structural schematic diagram (two) of the foldable component of the utility model embodiment；
Figure 11 is the structural schematic diagram of the clamping device of the utility model embodiment；
Figure 12 is the structural schematic diagram of the bending mechanism of the utility model embodiment；
Figure 13 is the structural schematic diagram of the transfer component of the utility model embodiment；
In figure: 10, rack；11, the second support frame；12, limited block；13, the second adjusting screw rod；
20, loading assemblies；21, bearing seat；211, reinforce supporting rib；22, magazine；221, postive stop baffle；222, position limiting clamp
Plate；223, lug boss；224, the first adjusting screw rod；23, clamp system；231, bearing support；232, clamping plate；233, two-way
Screw rod；234, fixing axle；235, knob；236, loading plate；24, lifting cylinder；25, guiding axis；
30, conveying assembly；31, delivery platform；32, platform is compressed；33, compression cylinder；34, conveyor belt；35, skin is compressed
Band；
40, foldable component；41, the first support frame；42, clamping device；421, upper clamp plate；422, lower clamp plate；423, upper cunning
Block；424, sliding block；425, the first cylinder；426, the second cylinder；43, bending mechanism；431, bending bracket；432, compression bar；
433, guide rod；434, third cylinder；44, rotating mechanism；441, driving motor；442, rotary drive plate；443, position sensing
Device；
50, component is transferred；51, bracket is transferred；52, sliding rail；53, slide plate；54, the 4th cylinder；55, transverse plate；56, it inhales
Disk；57, the 5th cylinder；
A, vacant notch；B, strip limiting through hole；C, sliding slot；D, guide chute.
Specific embodiment
The embodiments of the present invention are described in detail below in conjunction with attached drawing, but the utility model can be by right
It is required that the multitude of different ways for limiting and covering is implemented.
As shown in figure 1 to figure 13, a kind of semi-automatic crimper for FFC provided by the embodiment of the utility model, it is wrapped
Including rack 10 is set in rack 10 for being used to convey FFC's after loading the loading assemblies 20 of FFC, being placed in loading assemblies 20
Conveying assembly 30 is used for the foldable component 40 of FFC bending after being placed in conveying assembly 30 and is set to loading assemblies 20 and conveying
Transfer component 50 between component 30 for being transferred to the FFC on loading assemblies 20 on conveying assembly 30；Conveying assembly 30 wraps
The delivery platform 31 being fixed in rack 10 is included, the compression platform 32 of 31 top of delivery platform is set to and is put down for driving to compress
Platform 32 carries out the compression cylinder 33 of elevating movement, and the conveyor belt 34 for conveying FFC is provided on delivery platform 31, compresses
The compression belt 35 for compressing FFC in conveyor belt 34 is provided on platform 32.Based on the above structure setting, the work of the present apparatus
It is as follows to make principle: the FFC loaded on loading assemblies 20 is transferred on conveying assembly 30 by transfer component 50, and conveying assembly 30 is again
FFC is delivered on foldable component 40 and carries out bending operation；It is controlled using compression cylinder 33 and compresses platform 32 towards delivery platform 31
Direction decline makes FFC to allow the compression belt 35 on compression platform 32 during conveyor belt 34 conveys FFC
It is tightly attached in conveyor belt 34, prevents FFC from deviating predetermined position during conveying, to ensure that defeated by conveying assembly 30
The accuracy of position when carrying out bending operation to foldable component 40 is sent, and then can be improved the yield rate of FFC bending；When FFC exists
(the FFC bending on foldable component 40 is delivered to by conveyor belt 34 to complete), recycle after the completion of conveying in conveyor belt 34
The control of compression cylinder 33 compresses platform 32 far from delivery platform 31 (i.e. the control of compression cylinder 33 compresses platform 32 and rises), thus
The FFC loaded on loading assemblies 20 will be transferred on conveying assembly 30 convenient for transfer component 50.Based on this, the apparatus structure is simple
Single, bending position is accurate, can effectively improve the yield rate of FFC bending, be convenient for industrialized production, and has very strong practical valence
Value and market popularization value.
For the ease of the installation and fixation of magazine 22, preferably, the loading assemblies 20 of the present embodiment include being set to machine
It the bearing seat 21 of the top of frame 10, the magazine 22 for placing FFC and is set on bearing seat 21 for clamping the clamping of magazine 22
Mechanism 23；Clamp system 23 includes two carrying branch arranged in parallel being fixed on bearing seat 21 along FFC conveying direction
Frame 231, two clamping plates 232, the axis for being set between two bearing supports 231 and being parallel to each other with two bearing supports 231
Turn to be connected to the two-way silk of at least one on two bearing supports 231 for controlling two clamping plates 232 towards and away from movement
Bar 233 and the more fixing axles 234 for being fixed on two bearing supports 231 and running through two clamping plates 232, Bidirectional-screw 233
One end be provided with the knob 235 for rotating Bidirectional-screw 233, the middle part of two clamping plates 232 and be located at Bidirectional-screw 233
Making to be formed with after extending respectively in opposite directions with the top of fixing axle 234 is in the loading plate 236 being dislocatedly distributed, on each clamping plate 232
The vacant notch a passed through for the loading plate 236 on another clamping plate 232 is offered, magazine 22 is placed on loading plate 236.
As a result, when needing to carry out bending operation to FFC, it is necessary first to which the magazine 22 for being mounted with FFC is placed on loading plate 236；
First turning knob 235 is needed to make Bidirectional-screw 233 that two 232 back movements of clamping plate be driven to press from both sides until two before placing magazine 22
The distance between tight plate 232 can feed box 22 be put into；After magazine 22 is placed on loading plate 236, then rotate backward knob 235
Bidirectional-screw 233 is set to drive two clamping plates 232 to move toward one another until magazine 22 is clamped between two magazines 22；Two carryings
Plate 236 is made to be formed after extending in opposite directions and in being dislocatedly distributed by the middle part of two clamping plates 232 respectively, on each clamping plate 232
Offer the vacant notch a passed through for the loading plate 236 on another clamping plate 232, thus two loading plates 236 may pass through with
Its corresponding vacant notch a, when Bidirectional-screw 233 being made to control two clamping plates 232 towards and away from movement, two loading plates
The 236 also opposite slidings in vacant notch a therewith；Drive two clamping plates 232 towards and away from fortune by Bidirectional-screw 233
It is dynamic, it is ensured that symmetrical centre is constant always in the process of movement for two clamping plates 232, so that it is guaranteed that magazine 22 is when clamping
Position be in the middle positions of two bearing supports 231 always, and then transfer FFC from magazine 22 convenient for transfer component 50.
For the ease of being limited to the FFC loaded in magazine 22, preferably, the magazine 22 of the present embodiment is far from defeated
The bottom of one end of sending component 30 is provided with strip limiting through hole b, and being provided in magazine 22 can be in strip limiting through hole b
The postive stop baffle 221 of sliding is provided with the limit clamping plate 222 being threadedly coupled with postive stop baffle 221 on the lower end surface of magazine 22, limits
The width of position clamping plate 222 is greater than the width of strip limiting through hole b.Since the length of FFC changes with demand, for maximum limit
The versatility of the raising magazine 22 of degree needs the length setting long enough magazine 22 to adapt to for the FFC of same width
The FFC of different length；Thus, it is desirable to which postive stop baffle 221 is arranged in magazine 22, magazine 22 is limited by postive stop baffle 221
The position of interior FFC；By unscrewing or tightening postive stop baffle 221 and limit the threaded connection between clamping plate 222, so as to non-
Postive stop baffle 221 is often easily set to slide or be fixed on the somewhere of strip limiting through hole b on strip limiting through hole b,
To play the role of limit to the FFC being loaded into magazine 22.
For the ease of supporting magazine 22, preferably, the bearing seat 21 of the present embodiment is made to be formed with after extending upward
It is used to support the reinforcement supporting rib 211 of magazine 22, reinforces offering on supporting rib 211 and strip limiting through hole b contraposition cooperation
Sliding slot c, limit clamping plate 222 be set in sliding slot c.Since the length of magazine 22 is typically designed long, it is significantly longer than folder
The length of tight plate 232, thus only by two clamping plates 232 clamp magazine 22 and not can guarantee magazine 22 and be steadily clamped in
Between two clamping plates 232；Make to be formed with the reinforcement branch for being used to support magazine 22 after extending upward by bearing seat 21 as a result,
Muscle 211 is supportted, can be played a supporting role to magazine 22, limit clamping plate 222 is set in sliding slot c, to guarantee that magazine 22 can
It is horizontally placed in and reinforces on supporting rib 211.
It is slided in strip limiting through hole b for the ease of postive stop baffle 221, preferably, the limiting block of the present embodiment
The lower end surface of plate 221 is formed with lug boss 223 after extending towards work in strip limiting through hole b, and lug boss 223 is located at strip
In the profile of limiting through hole b, postive stop baffle 221 and limit clamping plate 222 are threadedly coupled by the first adjusting screw rod 224.By
This, there is lug boss 223 in the lower end of postive stop baffle 221 towards elongation moulding in strip limiting through hole b, and lug boss 223 is located at strip
In the profile of shape limiting through hole b, consequently facilitating postive stop baffle 221 slides in strip limiting through hole b；Pass through first
Adjusting screw rod 224 can very easily make postive stop baffle 221 mutually unscrew or tighten with limit clamping plate 222, consequently facilitating limit
Position baffle 221 is slided or is fixed in strip limiting through hole b.
In order to make FFC carry out bending on foldable component 40, preferably, the foldable component 40 of the present embodiment includes setting
It is placed in the first support frame 41 of 30 exit side of conveying assembly, is set on the first support frame 41 for being gripped to FFC
Clamping device 42 and be set to 42 exit side of clamping device and in two groups of bending mechanisms 43 being distributed up and down；Clamping device 42 wraps
Include upper clamp plate 421, lower clamp plate 422, top shoe 423, sliding block 424, the first cylinder 425 and the second cylinder 426, upper clamp plate 421
With lower clamp plate 422 in up and down it is symmetrical, upper clamp plate 421 is fixedly connected on the lower end surface of top shoe 423, lower clamp plate 422
It is fixedly connected on the upper surface of sliding block 424, the first cylinder 425 is set as two for driving the both ends of top shoe 423 to make
Synchronization lifting movement, it is opposite with top shoe 423 that the second cylinder 426 is set as two both ends works for driving sliding block 424
Synchronization lifting movement；Bending mechanism 43 includes the folding for being slidably connected on the first support frame 41 and being located at 42 exit side of clamping device
Curved bracket 431, axis turn to be set to and turn to be set to bending bracket 431 for the compression bar 432 of bending FFC, axis on bending bracket 431
For at least two guide rods 433 of guiding and for driving bending bracket 431 to make the third cylinder of upper and lower straight reciprocating motion
434, compression bar 432 and guide rod 433 are arranged in parallel, and every guide rod 433 is supported through bending bracket 431 to first
41 direction of frame extends distribution, offers on the left and right sides wall of the first support frame 41 and matches with the both ends of guide rod 433 respectively
The guide chute d, each guide chute d of conjunction are in vertical lines distribution, and each guide chute d is set close to one end of compression bar 432
It is equipped with to the curved arc groove of feed side.The first cylinder 425 and the second cylinder 426 control upper clamp plate 421 and lower folder are utilized as a result,
The opposite release of plate 422 and clamping, in order to FFC be fixed on 421 He of upper clamp plate when FFC is delivered to clamping device 42
Between lower clamp plate 422, in order to carry out bending to FFC；Recycle two groups of bending mechanisms 43 respectively with upper clamp plate 421 and lower clamp plate
422 cooperation completion bends FFC upward or downward；For being installed in the bending mechanism 43 of 42 downside of clamping device, utilize
Third cylinder 434 drives guide rod 433 to move upwards, the guide chute d for being distributed every guide rod 433 each along vertical lines
The top until guide chute d is moved upwards, compression bar 432 is just at 422 clamping position of upper clamp plate 421 and lower clamp plate at this time
Place；When third cylinder 434 continues that guide rod 433 is driven to move upwards, the guide rod 433 being located above can be along guide chute d
It sideling moves upwards and (is slided close to what one end of compression bar 432 was arranged to the curved arc groove of feed side along guide chute d),
So that compression bar 432 is towards certain pressure is applied to FFC on the direction of feed side, consequently facilitating by FFC bending forming.Similarly, it fills
The mutual cooperation of bending mechanism 43 on the upside of the exit side of clamping device 42 and clamping device 42, can complete to FFC to
Lower bending.
For convenient for determine angle bending to FFC, preferably, the foldable component 40 of the present embodiment further includes rotating mechanism
44, rotating mechanism 44 includes the driving motor 441 being fixed in rack 10, the rotation being fixed in 441 shaft of driving motor biography
Movable plate 442 and be set in rack 10 for control driving motor 441 rotate angle multiple position sensors 443, first
Support 41 is fixed on rotary drive plate 442.It, can be very square as a result, by adjusting the positional relationship between position sensor 443
Just the angle that control driving motor 441 drives rotary drive plate 442 to rotate, consequently facilitating carrying out determining angle bending to FFC.
To make FFC accurately be transferred to the feed end of conveying assembly 30, preferably, the transfer component 50 of the present embodiment wraps
Include be set to 20 side of loading assemblies transfer bracket 51, along FFC conveying direction be set to transfer bracket 51 on sliding rail 52,
The slide plate 53 that is set on sliding rail 52, is set to the 4th cylinder 54 at the 4th cylinder 54 being vertically fixedly connected on slide plate 53
Transverse plate 55 on piston rod is set on transverse plate 55 for drawing the sucker 56 of FFC and for driving slide plate 53 in level
The 5th cylinder 57 moved back and forth on direction.It is moved downward as a result, using the 4th cylinder 54 driving transverse plate 55, to make to be arranged
FFC can be drawn out of magazine 22 in the sucker 56 on transverse plate 55, sucker 56 is connected with external tracheae (not to be shown in figure
Out), FFC or it is detached from FFC from sucker 56 so as to control sucker 56 by tracheae and adsorb；5th cylinder 57 is for driving
Dynamic slide plate 53 moves back and forth in the horizontal direction, so as to so that the FFC being adsorbed on sucker 56 is transported to specified position (i.e.
The feed end of conveying assembly 30).
FFC is drawn from loading assemblies 20 for the ease of sucker 56, preferably, the loading assemblies 20 of the present embodiment also wrap
The lifting cylinder 24 being fixed in rack 10 for driving bearing seat 21 to move up and down is included, 21 lower end of bearing seat is along the vertical direction
At least two guiding axis 25 are provided with, every guiding axis 25 can be slided through rack 10 and with respect to rack 10, and magazine 22 is close
The end wall of 30 one end of conveying assembly is set as being open.As a result, when the FFC arrival in the transfer transfer magazine 22 of component 50 is a certain amount of
Afterwards, the sucker 56 on transfer component 50, which needs to extend into certain depth, to draw FFC out of magazine 22, in rack 10
It is provided with the lifting cylinder 24 for driving bearing seat 21 to move up and down, so as to make magazine 22 be lifted certain height,
And then FFC is drawn from loading assemblies 20 convenient for sucker 56；Magazine 22 is set as being open close to one end of conveying assembly 30, thus
Magazine 22 lifting after height be higher than conveying assembly 30 feed inlet when, transfer component 50 can directly in magazine 22 incite somebody to action
FFC is transferred to the feed inlet of conveying assembly 30 from the opening from conveying assembly 30.
In order to which the FFC for being transferred to 30 feed end of conveying assembly to transfer component 50 carries out preliminary positioning, preferably, this
The second support frame 11,11 upper surface of the second support frame are additionally provided between the loading assemblies 20 and conveying assembly 30 of embodiment
It is identical that height and conveyor belt 34 convey the height of plane of FFC, the top of the second support frame 11 and perpendicular to the conveying side of FFC
Limited block 12 is set up, the both ends of limited block 12 are connected by two second adjusting screw rods 13 and 11 screw thread of the second support frame
It connects, the gap between limited block 12 and the second support frame 11 passes through for FFC.Pass through the second support frame 11 and limited block as a result,
The FFC that gap between 12 can be transferred to 30 feed end of conveying assembly to transfer component 50 carries out Primary Location, can pass through
Adjust two second adjusting screw rods 13 come adjust the gap between the second support frame 11 and limited block 12 in order to make FFC from
Pass through at gap.
The above is only the preferred embodiment of the present invention, and therefore it does not limit the scope of the patent of the utility model,
Equivalent structure or equivalent flow shift made by using the description of the utility model and the drawings, is directly or indirectly transported
Used in other related technical areas, it is also included in the patent protection scope of the utility model.
Claims (10)
1. a kind of semi-automatic crimper for FFC, it is characterised in that: it includes rack, is set in rack for loading FFC
Loading assemblies, be placed in after loading assemblies for after conveying the conveying assembly of FFC, being placed in conveying assembly for by FFC bending
It foldable component and is set between loading assemblies and conveying assembly for the FFC on loading assemblies to be transferred on conveying assembly
Transfer component；
The conveying assembly includes the delivery platform being fixed in rack, the compression platform being set to above delivery platform and is used for
Driving compresses the compression cylinder that platform carries out elevating movement, and the conveyor belt for conveying FFC is provided on the delivery platform,
The compression belt for compressing FFC in conveyor belt is provided on the compression platform.
2. a kind of semi-automatic crimper for FFC as described in claim 1, it is characterised in that: the loading assemblies include
It is set to the bearing seat above rack, the magazine for placing FFC and is set on bearing seat for clamping the clamping machine of magazine
Structure；The clamp system includes two bearing supports arranged in parallel being fixed on bearing seat along FFC conveying direction, sets
It is placed between two bearing supports and two clamping plates, the axis being parallel to each other with two bearing supports turns to be connected to two carrying branch
For controlling two clamping plates towards and away from at least one Bidirectional-screw of movement and being fixed on two bearing supports on frame
And run through more fixing axles of two clamping plates, one end of the Bidirectional-screw is provided with the knob for rotating Bidirectional-screw,
The middle part of two clamping plates and the top for being located at Bidirectional-screw and fixing axle are made to be formed with after extending in dislocation respectively in opposite directions
The loading plate of distribution offers the vacant notch passed through for the loading plate on another clamping plate, institute on each clamping plate
Magazine is stated to be placed on loading plate.
3. a kind of semi-automatic crimper for FFC as claimed in claim 2, it is characterised in that: the magazine is far from conveying
The bottom of one end of component is provided with strip limiting through hole, and being provided in the magazine can slide in strip limiting through hole
Postive stop baffle, be provided with the limit clamping plate being threadedly coupled with postive stop baffle, the limit clamping plate on the lower end surface of the magazine
Width be greater than strip limiting through hole width.
4. a kind of semi-automatic crimper for FFC as claimed in claim 3, it is characterised in that: the bearing seat is made upward
It is formed with the reinforcement supporting rib for being used to support magazine after extension, is offered and strip limiting through hole pair on the reinforcement supporting rib
The sliding slot of position cooperation, the limit clamping plate are set in sliding slot.
5. a kind of semi-automatic crimper for FFC as claimed in claim 4, it is characterised in that: under the postive stop baffle
End face is formed with lug boss after extending towards work in strip limiting through hole, and the boss is in the profile of strip limiting through hole
In range, the postive stop baffle and limit clamping plate are threadedly coupled by the first adjusting screw rod.
6. a kind of semi-automatic crimper for FFC as described in claim 1, it is characterised in that: the foldable component includes
It is set to the first support frame of conveying assembly exit side, is set to the folder on the first support frame for being gripped to FFC
It holds mechanism and is set to clamping device exit side and is in two groups of bending mechanisms being distributed up and down；
The clamping device includes upper clamp plate, lower clamp plate, top shoe, sliding block, the first cylinder and the second cylinder, the upper clamp plate
With lower clamp plate in symmetrical up and down, the upper clamp plate is fixedly connected on the lower end surface of top shoe, and the lower clamp plate is fixed to be connected
It is connected on the upper surface of sliding block, first cylinder is set as two for driving the both ends of top shoe to make synchronization lifting fortune
Dynamic, second cylinder is set as two both ends for driving sliding block and makees the synchronization lifting movement opposite with top shoe；
The bending mechanism includes being slidably connected on the first support frame and being located at the bending bracket of clamping device exit side, axis turn
It is set on bending bracket and turns to be set at least two guiding on bending bracket for guiding for the compression bar of bending FFC, axis
Bar and for drive bending bracket make up and down straight reciprocating motion third cylinder, the compression bar and guide rod are parallel to each other and set
It sets, the every guide rod runs through bending bracket and extends distribution, the left and right of first support frame to the first support frame direction
The guide chute matched with the both ends of guide rod is offered on two sidewalls respectively, each guide chute is in vertical straight
Line distribution, each guide chute are provided with close to one end of compression bar to the curved arc groove of feed side.
7. a kind of semi-automatic crimper for FFC as claimed in claim 6, it is characterised in that: the foldable component also wraps
Rotating mechanism is included, the rotating mechanism includes the rotation being fixed on the driving motor in rack, being fixed in driving motor shaft
Driver plate rotates multiple position sensors of angle with being set to for controlling driving motor in rack, first support frame is solid
Due to rotary drive plate.
8. a kind of semi-automatic crimper for FFC as claimed in claim 2, it is characterised in that: the transfer component includes
Be set to loading assemblies side transfer bracket, along FFC conveying direction be set to transfer bracket on sliding rail, be set to sliding rail
On slide plate, vertically be fixedly connected on slide plate the 4th cylinder, be set on the piston rod of the 4th cylinder transverse plate, setting
In the 5th cylinder on transverse plate for drawing the sucker of FFC and for driving sliding block to move back and forth in the horizontal direction.
9. a kind of semi-automatic crimper for FFC as claimed in claim 8, it is characterised in that: the loading assemblies also wrap
The lifting cylinder being fixed in rack for driving bearing seat to move up and down is included, the bearing seat lower end is arranged along the vertical direction
There are at least two guiding axis, the every guiding axis runs through rack and can be with respect to housing slide, and the magazine is close to conveying group
The end wall of part one end is set as being open.
10. a kind of semi-automatic crimper for FFC as described in claim 1, it is characterised in that: loading assemblies and defeated
The flat of the second support frame, the height of second support frame upper surface and conveyor belt conveying FFC is additionally provided between sending component
The height in face is identical, the top of second support frame and perpendicular to being provided with limited block, the limit on the conveying direction of FFC
The both ends of block are threadedly coupled by two second adjusting screw rods with the second support frame, between the limited block and the second support frame
Gap passes through for FFC.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821910477.3U CN209208062U (en) | 2018-11-19 | 2018-11-19 | A kind of semi-automatic crimper for FFC |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821910477.3U CN209208062U (en) | 2018-11-19 | 2018-11-19 | A kind of semi-automatic crimper for FFC |
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| Publication Number | Publication Date |
|---|---|
| CN209208062U true CN209208062U (en) | 2019-08-06 |
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| CN201821910477.3U Active CN209208062U (en) | 2018-11-19 | 2018-11-19 | A kind of semi-automatic crimper for FFC |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110696337A (en) * | 2019-09-23 | 2020-01-17 | 江州 | Intelligent pipe bending machine for plastic building pipeline |
| CN116037730A (en) * | 2023-03-30 | 2023-05-02 | 河北利达金属制品集团有限公司 | Cold bending forming equipment for automobile seat pipe fitting |
| CN117549541A (en) * | 2024-01-11 | 2024-02-13 | 金言实业集团有限公司 | Bending device and bending method for aluminum plastic plate |
| CN114725751B (en) * | 2022-04-19 | 2024-04-05 | 成都天创精密模具有限公司 | Bending machine |
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2018
- 2018-11-19 CN CN201821910477.3U patent/CN209208062U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110696337A (en) * | 2019-09-23 | 2020-01-17 | 江州 | Intelligent pipe bending machine for plastic building pipeline |
| CN114725751B (en) * | 2022-04-19 | 2024-04-05 | 成都天创精密模具有限公司 | Bending machine |
| CN116037730A (en) * | 2023-03-30 | 2023-05-02 | 河北利达金属制品集团有限公司 | Cold bending forming equipment for automobile seat pipe fitting |
| CN116037730B (en) * | 2023-03-30 | 2023-06-23 | 河北利达金属制品集团有限公司 | Cold bending forming equipment for automobile seat pipe fitting |
| CN117549541A (en) * | 2024-01-11 | 2024-02-13 | 金言实业集团有限公司 | Bending device and bending method for aluminum plastic plate |
| CN117549541B (en) * | 2024-01-11 | 2024-03-19 | 金言实业集团有限公司 | Bending device and bending method for aluminum plastic plate |
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