CN209625925U - Two-sided FFC wire crimp molding machine - Google Patents

Abstract

The utility model discloses two-sided FFC wire crimp molding machines, including rack, the first film feeding mechanism, the second film feeding mechanism, third film feeding mechanism, upper conductor feeding mechanism, lower conductor feeding mechanism, the first hot-press arrangement, the second hot-press arrangement, the first hole punched device, the second hole punched device, reinforcing panel assembly, rack includes top layer frame, upper middle layer frame, lower middle layer frame, bottom frame；Third film feeding mechanism is installed on top layer frame, upper conductor feeding mechanism and lower conductor feeding mechanism are installed on middle layer frame, first film feeding mechanism and the second film feeding mechanism are divided into the both ends of lower middle layer frame, first hot-press arrangement is installed on lower middle layer frame, first hole punched device, the second hole punched device are installed on lower middle layer frame, and reinforcing panel assembly, the second hot-press arrangement are installed on bottom frame.Two-sided FFC wire crimp molding machine provided by the utility model is two-way into conducting wire into epithelium mode by originally unidirectionally into conducting wire into epithelium mode, being changed to, and producible five layers of two-sided FFC line product meets the market demand.

Description

Two-sided FFC wire crimp molding machine

Technical field

The utility model relates to the manufacturing equipment field of cable more particularly to two-sided FFC wire crimp molding machines.

Background technique

FFC flexible flat cable (Flexible Flat Cable, FFC) is a kind of PET insulating materials and very thin plating Tin flat copper wire produces new types of data cable made of pressing by automation equipment.

Existing FFC crimps molding machine, using primary hot-forming, generates that fitting is insecure, stiffening plate has bubble Phenomenon；Punching and reinforcing plate can generate vibration in same plane, simultaneously operation, punching, cause stiffening plate paste position not It is good；And have belt transmission, it is inaccurate to will cause punching position；Slitting mechanism correction be to manually adjust, cause back gauge cutting it is bad and Waste.In addition, existing FFC crimping molding machine is the two-sided FFC that originally can not unidirectionally produce five layers into conducting wire into epithelium mode Line.

Summary of the invention

For overcome the deficiencies in the prior art, one of the purpose of this utility model is to provide a kind of two-sided FFC wire crimp Molding machine can solve the problem of original FFC crimping molding machine can not produce five layers of two-sided FFC line.

One of the purpose of this utility model adopts the following technical scheme that realization:

Two-sided FFC wire crimp molding machine, including rack further include the first film feeding mechanism, the second film feeding mechanism, third film feeding Mechanism, upper conductor feeding mechanism, lower conductor feeding mechanism, the first hot-press arrangement, the second hot-press arrangement, the first hole punched device, Two hole punched devices, reinforcing panel assembly；First film feeding mechanism is for transporting upper layer epithelium, and the second film feeding mechanism is for transporting lower layer Epithelium, third film feeding mechanism are for transporting Intermediate Gray rubber film, and upper conductor feeding mechanism is for transporting metallic conductor, lower conductor Feeding mechanism is for transporting lower metallic conductor；The rack includes top layer frame, upper middle layer frame, lower middle layer frame, bottom frame；Described Three film feeding mechanisms are installed on the top layer frame, and the upper conductor feeding mechanism and lower conductor feeding mechanism flushly mount on described Middle layer frame, first film feeding mechanism and the second film feeding mechanism are divided into the both ends of lower middle layer frame, and the first hot-press arrangement is installed on Layer frame and between the first film feeding mechanism and the second film feeding mechanism in lower, the first hole punched device is installed on lower middle layer frame and is located at The outlet end of first film feeding mechanism, the second hole punched device are installed on lower middle layer frame and are located at the outlet end of the second film feeding mechanism, patch Reinforcement panel assembly, the second hot-press arrangement are installed on bottom frame.

Further, the two-sided FFC wire crimp molding machine further includes third hole punched device, and third hole punched device is installed on Top layer frame and the outlet end for being located at third film feeding mechanism, first hole punched device, the second hole punched device and third hole punched device Structure is identical.

Further, the two-sided FFC wire crimp molding machine further includes tape divider, and the tape divider is installed on described Bottom frame, and it is located at the outlet end of the second hot-press arrangement.

Further, first hot-press arrangement and the second hot-press arrangement structure are identical, and first hot-press arrangement includes Two spaced wheel seats and the crimping wheel for being respectively pivoted to two wheel seats, two crimping wheel pivot in be equipped with heat-generating pipe.

Further, first film feeding mechanism, the second film feeding mechanism, the structure of third film feeding mechanism are identical, are roll-type Conveying mechanism.

Further, the structure of first hole punched device and the second hole punched device is identical, the first hole punched device packet Include pedestal, movable plate, bracket, straight line driving mechanism, first servo motor, punching concave die, piercing punch；The movable plate sliding It is matched with pedestal, pedestal described in first servo-drive is slided along the transporting direction of upper layer epithelium, the punching concave die and branch Frame is both secured to movable plate, and piercing punch is fixed on the top of the bracket, and punching concave die is formed with piercing punch bracket for upper The interval that layer epithelium is transported through, the straight line driving mechanism are installed on cradle top and are connected with piercing punch driving.

Further, first hole punched device further includes first ball screw, the output shaft of the first servo motor It is docked with the first ball screw, first ball screw is spirally connected with the movable plate.

Further, compartment of terrain is fixed there are two supporting table on the pedestal, is equipped with bearing, the first ball in supporting table For the both ends difference support of lead screw in two bearings, the bottom of movable plate is downwardly convex equipped with nut, first ball screw and nut spiral shell Line cooperation.

Further, there are two the reinforcing panel assemblies, the structure of two reinforcing panel assemblies is identical, uses respectively In reinforcement two-sided FFC semi-finished product upper surface and reinforcement two-sided FFC semi-finished product lower surface, two reinforcing panel assembly intervals are divided into bottom Layer frame.

Further, the two-sided FFC wire crimp molding machine further includes traction device, and traction device is fixed on bottom frame simultaneously Positioned at the end of two-sided FFC semi-finished product conveying direction.

Compared with prior art, the utility model has the beneficial effects that: two-sided FFC wire crimp provided by the utility model at Type machine can produce five layers of two-sided FFC line product, equipment by originally unidirectionally into conducting wire into epithelium mode, be changed to it is two-way into conducting wire into Epithelium mode, equipment are four layers of design, and upper layer Intermediate Gray rubber film before this not will receive the influence that reinforcing plate generates vibration. Two layers are bidirectional metal conducting wire, and three layers are two-way epithelium, and through first time hot pressing precompressed, then bottom is to stick lower stiffening plate, Vibration will not be generated by punching is influenced, and is reinforced through second of hot pressing, last slitting.Reasonable integral structure, each layer is mutually indepedent, It will not influence each other, producible five layers of two-sided FFC line product meets the market demand.

The above description is merely an outline of the technical solution of the present invention, in order to better understand the skill of the utility model Art means, and being implemented in accordance with the contents of the specification, and in order to allow the above and other purpose, feature of the utility model It can be more clearly understood with advantage, it is special below to lift preferred embodiment, and cooperate attached drawing, detailed description are as follows.

Detailed description of the invention

Fig. 1 is two-sided one structural schematic diagram of FFC wire crimp molding machine of the utility model；

Fig. 2 is the structural schematic diagram of the first hot-press arrangement in the utility model；

Fig. 3 is the structural schematic diagram of the first hole punched device in the utility model；

Fig. 4 is the structural schematic diagram of reinforcing panel assembly in the utility model；

Fig. 5 is the structural schematic diagram of tape divider in the utility model.

In figure: 1, upper layer epithelium；2, lower layer's epithelium；3, Intermediate Gray rubber film；4, upper metallic conductor；5, lower metallic conductor； 6, two-sided FFC semi-finished product；100, rack；101, top layer frame；102, upper middle layer frame；103, lower middle layer frame；104, bottom frame；200, First film feeding mechanism；300, the second film feeding mechanism；400, third film feeding mechanism；500, upper conductor feeding mechanism；600, lower conductor Feeding mechanism；700, the first hot-press arrangement；701, wheel seat；702, crimping wheel；703, heat-generating pipe；800, the second hot-press arrangement； 900, the first hole punched device；91, pedestal；92, movable plate；93, bracket；94, straight line driving mechanism；95, first ball screw； 96, first servo motor；97, punching concave die；98, piercing punch；910, supporting table；911, bearing；912, nut；913, support Plate；914, support rod；1000, the second hole punched device；1100, reinforcing panel assembly；111, conveying mechanism；112, cutting mechanism； 1121, cylinder is cut；1122, blade；113, clamping plate mechanism；1131, gripper cylinder；114, mounting rack；1141, limit plate； 115, bottom plate；1151, through slot is limited；116, first straight line slipping mechanism；1161, the second servo motor；1162, the second ball wire Thick stick；1163, sliding rail；117, top-pressure mechanism；1171, cylinder is pressed；1200, tape divider；121, chassis is transmitted；1211, it transmits Roller；122, divide knife rest；1221, frame body；1222, cutter；123, CCD camera；124, fixing seat；125, the first guide rail；126, Third ball-screw；127, stepper motor；128, slide plate；129, supporting back board；1210, the second guide rail；1300, traction device.

Specific embodiment

In the following, being described further in conjunction with attached drawing and specific embodiment to the utility model, it should be noted that Under the premise of not colliding, it can be formed in any combination between various embodiments described below or between each technical characteristic new Embodiment.

It should be noted that it can be directly on another component when component is referred to as " being fixed on " another component Or there may also be components placed in the middle.When a component is considered as " connection " another component, it, which can be, is directly connected to To another component or it may be simultaneously present component placed in the middle.When a component is considered as " being set to " another component, it It can be and be set up directly on another component or may be simultaneously present component placed in the middle.Term as used herein is " vertical ", " horizontal ", "left", "right" and similar statement for illustrative purposes only.

Unless otherwise defined, all technical and scientific terms used herein are led with the technology for belonging to the utility model The normally understood meaning of the technical staff in domain is identical.Terminology used in the description of the utility model herein only be The purpose of description specific embodiment, it is not intended that in limitation the utility model.Term " and or " used herein includes Any and all combinations of one or more related listed items.

Fig. 1-5 is please referred to, two-sided FFC crimps molding machine, including rack 100, the first film feeding for conveying upper layer epithelium 1 Mechanism 200, the second film feeding mechanism 300 for conveying lower layer's epithelium 2, the third film transmitting machine for conveying Intermediate Gray rubber film 3 Structure 400, the upper conductor feeding mechanism 500 for conveying upper metallic conductor 4, the lower conductor feeding for conveying lower metallic conductor 5 Mechanism 600, the second hot-press arrangement 800, the first hole punched device 900, the second hole punched device 1000, is subsidized first hot-press arrangement 700 Strong panel assembly 1100 and tape divider 1200.

Rack 100 is divided for top layer frame 101, upper middle layer frame 102, lower middle layer frame 103, bottom frame 104.Third film feeding mechanism 400 are installed on top layer frame 101.Upper conductor feeding mechanism 500, lower conductor feeding mechanism 600 are installed on middle layer frame 102, above lead Body feeding mechanism 500 is concordant with lower conductor feeding mechanism 600.First film feeding mechanism 200 and the second film feeding mechanism 300 are divided into down The both ends of middle layer frame 103.First hot-press arrangement 700 is installed on lower middle layer frame 103 and is located at the first film feeding mechanism 200 and second and send Between film mechanism 300.First hole punched device 900 is installed on lower middle layer frame 103 and is located at the outlet end of the first film feeding mechanism 200, Second hole punched device 1000 is installed on lower middle layer frame 103 and is located at the outlet end of the second film feeding mechanism 300.Reinforcing panel assembly 1100, the second hot-press arrangement 800 and tape divider 1200 are successively installed on bottom frame along the conveying direction of two-sided FFC semi-finished product 6 104.First film feeding mechanism 200 outlet and the second film feeding mechanism 300 outlet with the horizontal face of the first hot-press arrangement 700, The outlet of upper conductor feeding mechanism 500, the outlet of lower conductor feeding mechanism 600 and the vertical face of the first hot-press arrangement 700, above lead There is upper metallic conductor 4, Intermediate Gray rubber film 3, lower metallic conductor 5 between body feeding mechanism 500 and lower conductor feeding mechanism 600 The gap passed through, the first hot-press arrangement 700 have upper layer epithelium 1, upper metallic conductor 4, Intermediate Gray rubber film 3, lower metallic conductor 5, the first hot pressing gap that lower layer's epithelium 2 passes through, the second hot-press arrangement 800 have the second heat passed through for two-sided FFC semi-finished product 6 Press gap.

Roller conveyor structure can be used in first film feeding mechanism 200, the second film feeding mechanism 300, third film feeding mechanism 400.

It is two that reinforcing panel assembly 1100, which is divided to, is respectively used to two-sided 6 upper surface of FFC semi-finished product of reinforcement and reinforcement is two-sided 6 lower surface of FFC semi-finished product, two reinforcing panel assemblies 1100 interval are divided into bottom frame 104, so as to reinforce two-sided FFC half The intensity of 6 joint of finished product.

In conjunction with the output power of the first film feeding mechanism 200, the second film feeding mechanism 300, third film feeding mechanism 400, Ke Yifu The two-sided FFC semi-finished product 6 of conveying are helped to export, to enable the more smooth output of two-sided FFC semi-finished product 6, two-sided FFC provided by the invention Crimping molding machine further includes the traction device 1300 for drawing two-sided FFC semi-finished product 6, which is fixed on bottom Frame 104 and the end for being located at two-sided 6 conveying direction of FFC semi-finished product.

First hot-press arrangement 700 is identical with 800 structure of the second hot-press arrangement, but direction is different, as shown in Fig. 2, the first heat Pressure device 700 includes two spaced wheel seats 701 and the crimping wheel 702 for being respectively pivoted to two wheel seats 701, two crimping wheels Heat-generating pipe 703 is equipped in 702 pivot.First hot-press arrangement 700 is by upper layer epithelium 1, upper metallic conductor 4, Intermediate Gray rubber Film 3, lower metallic conductor 5,2 hot pressing of lower layer's epithelium fitting pass through the pressure of certain temperature after generating heat particular by heat-generating pipe 703 Cock wheel 702 carrys out hot pressing.

In the present embodiment, the first hole punched device 900 is installed on lower middle layer frame 103 and is located at the first film feeding mechanism 200 Outlet end, the second hole punched device 1000 are installed on lower middle layer frame 103 and are located at the outlet end of the second film feeding mechanism 300.At other In embodiment, also mountable third hole punched device, third hole punched device is installed on top layer frame 101 and is located at third film feeding mechanism 400 outlet end.First hole punched device 900 and the second hole punched device 1000 are identical with third hole punched device structure.

As shown in figure 3, first hole punched device 900 of this example includes pedestal 91, movable plate 92, bracket 93, straight line driving Structure 94, first ball screw 95, first servo motor 96, punching concave die 97 and piercing punch 98, movable plate 92 is along upper layer epithelium 1 Transporting direction be snug fit at pedestal 91, first servo motor 96 is fixed on pedestal 91, the output of the first servo motor 96 Axis is docked with first ball screw 95, and first ball screw 95 is spirally connected with movable plate 92, and punching concave die 97 and bracket 93 are fixed In movable plate 92, and bracket 93 is upwardly extended by punching concave die 97, and piercing punch 98 is fixed on the top of the bracket 93, and punching is recessed Mould 97 and 98 bracket 93 of piercing punch form the interval being transported through for upper layer epithelium 1, extension of the piercing punch 98 along bracket 93 Direction is slidably matched with bracket 93, and straight line driving mechanism 94 is installed on 93 top of bracket and is connected with the driving of piercing punch 98.By In serving layer epithelium 1 or lower layer's epithelium 2 at the uniform velocity transports, in order to avoid 98 short time of moment piercing punch in punching is stuck in In punching concave die 97, piercing punch 98, punching concave die 97 is needed to move at a same speed, just avoid making a mess of upper layer epithelium 1 or Lower layer's epithelium 2 causes precision not high.First ball screw 95 is driven to rotate by first servo motor 96, to make to move Plate 92 can be precisely mobile relative to pedestal 91, and then can synchronize and upper layer epithelium 1 or 2 travelling speed of lower layer's epithelium is followed to carry out It is accurate mobile, to be punched out punch-pin 98 and punching concave die 97 in the case where following upper layer epithelium 1 or lower layer's epithelium 2 is mobile Mold punching, punching precision can be greatly improved, upper layer epithelium 1 or lower layer's epithelium 2 is avoided to damage, moreover, because punch process by Straight line driving mechanism 94, first servo motor 96 are completed to drive, therefore its high degree of automation, high-efficient, and it is raw to be easy to batch It produces.Wherein, motor-driven reciprocating device can be used to realize in straight line driving mechanism 94, can also using stamping cylinder or Oil cylinder.This example preferably uses straight line driving mechanism 94 for stamping cylinder, and piercing punch 98 is fixed on the piston rod of the stamping cylinder, It drives piercing punch 98 to move up and down by the piston rod of the stamping cylinder, carries out completing division and modulus.Movable plate 92 and pedestal Rectilinear orbit realization can be used in 91 sliding, and corresponding settable rectilinear orbit is two, with the sliding of balanced support movable plate 92. Further to promote punching precision, need to promote the mobile precision of movable plate 92, this example compartment of terrain on pedestal 91 It is fixed there are two supporting table 910, bearing 911 is installed in supporting table 910, the both ends difference support of first ball screw 95 is in two In bearing 911, the bottom of movable plate 92 is downwardly convex to be equipped with nut 912, and first ball screw 95 is threadedly engaged with nut 912.It is logical The setting of supporting table 910, bearing 911 and nut 912 is crossed, the accurate rotation of first ball screw 95, and accurate band can be promoted Dynamic movable plate 92 follows upper layer epithelium 1 or 2 finished product of lower layer's epithelium mobile.Further to promote punching precision, upper layer skin is prevented 2 sideslip of film 1 or lower layer's epithelium, the two sides of punching concave die 97 each extend over out two supporting plates 913 flushed, and supporting plate 913 is logical Cross the support of support rod 914 and be fixed on movable plate 92, supporting plate 913 when piercing punch 98 molds, have support upper layer epithelium 1 or The stable position and supporting role of lower layer's epithelium 2 shake sideslip to avoid upper layer epithelium 1 or lower layer's epithelium 2, are conducive to molding punching When be precisely aligned to punching position.

As shown in figure 4, two 1100 structures of reinforcing panel assembly are identical, it all include the conveying mechanism for conveying stiffening plate 111, for cutting the cutting mechanism 112 of stiffening plate, the clamping plate mechanism 113 for clamping stiffening plate, mounting rack 114, bottom plate 115, first straight line slipping mechanism 116 and the top-pressure mechanism 117 for reinforcing plate, mounting rack 114 are slid by first straight line Mechanism 116 is slidably matched along the conveying direction of two-sided FFC semi-finished product 6 with bottom plate 115, and the side of mounting rack 114 is defeated for being sent into The stiffening plate for sending mechanism 111 to export, cutting mechanism 112 are installed on the side of the mounting rack 114, clamping plate mechanism 113 be installed on Opposite 114 other side of mounting rack of cutting mechanism 112, top-pressure mechanism 117 be installed on mounting rack 114 and for drive stiffening plate to Close to two-sided FFC semi-finished product 6 direction press fitting movement.Stiffening plate is sent to mounting rack 114 by conveying mechanism 111 It is interior, and clamped by clamping plate mechanism 113, when needing reinforcing plate, top-pressure mechanism 117 by stiffening plate topstick to two-sided FFC half at Product 6, then cutting mechanism 112 cuts stiffening plate, completes the reinforcement of two-sided FFC semi-finished product 6, more it is crucial that due to two-sided FFC The conveying movement in real time of semi-finished product 6, therefore, drive of the present invention combination first straight line slipping mechanism 116 to mounting rack 114 makes to mend Strong whole process is completed in the continual transmission process of two-sided FFC semi-finished product 6, it is only necessary to by the movement speed of mounting rack 114 Speed as the conveying motion match of two-sided FFC semi-finished product 6 is achieved that high-precision reinforcing plate, and it is automated Pasting board is high-efficient.Cutting mechanism 112 includes cutting cylinder 1121 and blade 1122, and blade 1122, which is connected to, cuts cylinder 1121 Piston rod.Under the impetus for cutting cylinder 1121, blade 1122 can divide on demand stiffening plate.Clamping plate mechanism 113 is folder Cylinder 1131 is held, with fast clamp stiffening plate.Top-pressure mechanism 117 includes spaced multiple press cylinders 1171.This example First straight line slipping mechanism 116 includes the second servo motor 1161, the second ball-screw 1162 and sliding rail 1163,1163 edge of sliding rail The conveying direction of two-sided FFC semi-finished product 6 is fixed on bottom plate 115, and mounting rack 114 is slidably matched with sliding rail 1163, the second servo electricity Machine 1161 is docked with the second ball-screw 1162, and the second ball-screw 1162 is spirally connected with mounting rack 114.Second servo motor 1161 After starting, the rotation of the second ball-screw 1162 is driven, and then keep mounting rack 114 opposite along the conveying direction of two-sided FFC semi-finished product 6 It is slid in bottom plate 115, to follow two-sided FFC semi-finished product 6 mobile, so that pasting board movement is more accurate.Further to promote pasting board Accuracy, the limit through slot 1151 of the conveying direction extension along two-sided FFC semi-finished product 6, mounting rack 114 are provided on bottom plate 115 It is extended with a limit plate 1141 being connected in limit through slot 1151, the second ball-screw 1162 is spirally connected with the limit plate 1141. By limiting the cooperation of through slot 1151 and limit plate 1141, so that the sliding of mounting rack 114 is more steady secured, shake is avoided It is dynamic, keep pasting board more acurrate.

As shown in figure 5, tape divider 1200 include transmission chassis 121, segmentation knife rest 122, second straight line slipping mechanism and CCD camera 123, transmission chassis 121 are equipped with the transfer roller 1211 for conveying two-sided FFC semi-finished product 6, second straight line sliding plane Structure is installed on transmission chassis 121 and is connected with the segmentation driving of knife rest 122, for driving the segmentation knife rest 122 along transfer roller 1211 Axial sliding, CCD camera 123 is fixed on transmission chassis 121 and is located at 1211 top of transfer roller, the CCD camera 123 and second Mechanism electrical connection is slid straightly, by 123 feedback signal of CCD camera to second straight line slipping mechanism, to drive second straight line sliding Telephone-moving structure is corresponding to drive segmentation knife rest 122 along the axial direction sliding along transfer roller 1211, wherein second straight line slipping mechanism includes solid Reservation 124, the first guide rail 125, third ball-screw 126, stepper motor 127 and slide plate 128, fixing seat 124 are fixed on transmission Chassis 121, the first guide rail 125 are fixed on 124 top of fixing seat, axial direction and first guide rail 125 of the slide plate 128 along transfer roller 1211 It is slidably matched, stepper motor 127 is fixed on fixing seat 124, and the output shaft and third ball-screw 126 of the stepper motor 127 are right It connects, third ball-screw 126 is articulated in fixing seat 124 and is spirally connected with slide plate 128, and segmentation knife rest 122 is fixed on slide plate 128；CCD Camera 123 is electrically connected with stepper motor 127.Be admitted to transmission chassis 121 two-sided FFC semi-finished product 6 by CCD camera 123 come Pictorial information is acquired, information is then transmitted to second straight line slipping mechanism and is used for the axial direction for driving segmentation knife rest 122 along live-roller Sliding carries out automatic deviation correction for the position to segmentation knife rest 122, segmentation knife rest 122 is enable to be directed at two-sided FFC semi-finished product in real time 6 cutting position, the yields after improving slitting cutting, and its high production efficiency.Wherein, CCD camera 123 is mainly by controlling Device, ccd sensor and camera lens composition, the two-sided FFC semi-finished product 6 that alignment lens are disposed below, for obtaining its image information, And be compared with the pictorial information being stored in controller, to feed back accurate signal to second straight line slipping mechanism, make to divide Knife rest 122 is able to real-time linkage correction.Illustratively, the segmentation knife rest 122 of this example including frame body 1221 and is installed on frame body Multiple cutters 1222 of 1221 bottoms, each 1222 spaced apart arrangement of cutter.Second straight line slipping mechanism includes fixing seat 124, first Guide rail 125, third ball-screw 126, stepper motor 127 and slide plate 128, fixing seat 124, which is fixed on, transmits chassis 121, and first Guide rail 125 is fixed on 124 top of fixing seat, and slide plate 128 is slidably matched with the first guide rail 125 along the axial direction of transfer roller 1211, walks It is fixed on fixing seat 124 into motor 127, the output shaft of the stepper motor 127 is docked with third ball-screw 126, third ball Lead screw 126 is articulated in fixing seat 124 and is spirally connected with slide plate 128, and segmentation knife rest 122 is fixed on slide plate 128；CCD camera 123 and step It is electrically connected into motor 127.After stepper motor 127 obtains signal, third ball-screw 126 is driven to rotate rotation, thus It slides slide plate 128 on the first guide rail 125, and then drives the segmentation linkage adjustment of knife rest 122.It is strong for improving stability and support Degree, the second straight line slipping mechanism of this example further include a supporting back board 129, the supporting back board 129 by transfer roller 1211 lower section It is pierced by the top of transfer roller 1211, segmentation knife rest 122 is vertically snug fit at supporting back board by one second guide rail 1210 129。

The utility model is for the two-sided FFC wire crimp molding machine of five layers of two-sided FFC line product offer, and equipment is by original Unidirectionally into conducting wire into epithelium mode, it is changed to two-way into conducting wire into epithelium mode, equipment is four layers of design, upper layer Intermediate Gray glue before this Epithelium 3 not will receive the influence that reinforcing plate generates vibration.Two layers are bidirectional metal conducting wire, and three layers are two-way epithelium, through first Secondary hot pressing precompressed, then bottom is to stick lower stiffening plate, and will not be generated vibration by punching is influenced, and is added through second of hot pressing Gu last slitting.Reasonable integral structure, each layer is mutually indepedent, will not influence each other, and producible five layers of two-sided FFC line produces Product meet the market demand.

Above embodiment is only preferred embodiments of the present invention, cannot be protected with this to limit the utility model Range, the variation of any unsubstantiality that those skilled in the art is done on the basis of the utility model and replacement belong to In the utility model range claimed.

Claims (10)

1. two-sided FFC wire crimp molding machine, including rack, it is characterised in that: further include the first film feeding mechanism, the second film transmitting machine Structure, third film feeding mechanism, upper conductor feeding mechanism, lower conductor feeding mechanism, the first hot-press arrangement, the second hot-press arrangement, first Hole punched device, the second hole punched device, reinforcing panel assembly；First film feeding mechanism is for transporting upper layer epithelium, the second film feeding mechanism For transporting lower layer's epithelium, third film feeding mechanism for transporting Intermediate Gray rubber film, upper conductor feeding mechanism is for transporting gold Belong to conductor, lower conductor feeding mechanism is for transporting lower metallic conductor；The rack include top layer frame, upper middle layer frame, lower middle layer frame, Bottom frame；The third film feeding mechanism is installed on the top layer frame, and the upper conductor feeding mechanism and lower conductor feeding mechanism are flat It is installed on the upper middle layer frame together, first film feeding mechanism and the second film feeding mechanism are divided into the both ends of lower middle layer frame, and first Hot-press arrangement is installed on lower middle layer frame and between the first film feeding mechanism and the second film feeding mechanism, and the first hole punched device is installed on Layer frame and the outlet end positioned at the first film feeding mechanism in lower, the second hole punched device are installed on lower middle layer frame and are located at the second film transmitting machine The outlet end of structure, reinforcing panel assembly, the second hot-press arrangement are installed on bottom frame.

2. two-sided FFC wire crimp molding machine as described in claim 1, it is characterised in that: the two-sided FFC wire crimp molding machine It further include third hole punched device, third hole punched device is installed on top layer frame and is located at the outlet end of third film feeding mechanism, and described the One hole punched device, the second hole punched device are identical with third hole punched device structure.

3. two-sided FFC wire crimp molding machine as described in claim 1, it is characterised in that: the two-sided FFC wire crimp molding machine It further include tape divider, the tape divider is installed on the bottom frame, and is located at the outlet end of the second hot-press arrangement.

4. two-sided FFC wire crimp molding machine as claimed in claim 3, it is characterised in that: first hot-press arrangement and second Hot-press arrangement structure is identical, and first hot-press arrangement includes two spaced wheel seats and the pressure for being respectively pivoted to two wheel seats Cock wheel, two described crimp in the pivots taken turns are equipped with heat-generating pipe.

5. two-sided FFC wire crimp molding machine as claimed in claim 4, it is characterised in that: first film feeding mechanism, second are sent Film mechanism, the structure of third film feeding mechanism are identical, are roller conveyor structure.

6. two-sided FFC wire crimp molding machine as claimed in claim 5, it is characterised in that: first hole punched device and second The structure of hole punched device is identical, and first hole punched device includes pedestal, movable plate, bracket, straight line driving mechanism, the first servo Motor, punching concave die, piercing punch；The movable plate is snug fit at pedestal, and the first servo motor drives the pedestal Transporting direction along upper layer epithelium slides, and the punching concave die and bracket are both secured to movable plate, and piercing punch is fixed on described The top of bracket, punching concave die and piercing punch bracket form the interval being transported through for upper layer epithelium, the straight line driving Structure is installed on cradle top and is connected with piercing punch driving.

7. two-sided FFC wire crimp molding machine as claimed in claim 6, it is characterised in that: first hole punched device further includes First ball screw, the output shaft of the first servo motor are docked with the first ball screw, first ball screw and institute Movable plate is stated to be spirally connected.

8. two-sided FFC wire crimp molding machine as claimed in claim 7, it is characterised in that: compartment of terrain is fixed on the pedestal Two supporting tables, bearing is equipped in the supporting table, and the both ends difference support of the first ball screw is moved in two bearings The bottom of movable plate is downwardly convex to be equipped with nut, and first ball screw and nut thread cooperate.

9. two-sided FFC wire crimp molding machine as described in claim 1, it is characterised in that: there are two the reinforcing panel assemblies, The structure of two reinforcing panel assemblies is identical, is respectively used to upper surface and the two-sided FFC of reinforcement of the two-sided FFC semi-finished product of reinforcement The lower surface of semi-finished product, two reinforcing panel assembly intervals are divided into bottom frame.

10. two-sided FFC wire crimp molding machine as described in claim 1, it is characterised in that: the two-sided FFC wire crimp molding Machine further includes traction device, and the traction device is fixed on bottom frame and is located at the end of two-sided FFC semi-finished product conveying direction.