CN205086356U - Automatic FFC crimping make -up machine - Google Patents
Automatic FFC crimping make -up machine Download PDFInfo
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- CN205086356U CN205086356U CN201520912212.7U CN201520912212U CN205086356U CN 205086356 U CN205086356 U CN 205086356U CN 201520912212 U CN201520912212 U CN 201520912212U CN 205086356 U CN205086356 U CN 205086356U
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Abstract
The utility model discloses an automatic FFC crimping make -up machine, which comprises a frame, a film feeding mechanism, the 2nd film feeding mechanism, conductor feeding mechanism, a hot press unit, the 2nd hot press unit, a punching device, the 2nd punching device, paste stiffening plate device and slitting device, the frame divide into the top layer frame, middle level frame and bottom frame, conductor feeding mechanism installs in the top layer frame, a film feeding mechanism and the 2nd film feeding mechanism divide the both ends of locating the middle level frame, a hot press unit installs in the middle level frame and lies in between a film feeding mechanism and the 2nd film feeding mechanism, paste the stiffening plate device, the 2nd hot press unit and slitting device install in the bottom frame along the half -finished direction of delivery of FFC in proper order, a film feeding mechanism's export and the 2nd film feeding mechanism's export are all just right with a hot press unit level, conductor feeding mechanism's an export and a hot press unit are vertical just right. The utility model discloses it is firm to enable the laminating of FFC semi -manufactured goods, and the stiffening plate laminating is accurate, firm, reaches and improves product quality and yield.
Description
Technical field
The utility model relates to the manufacturing equipment of cable, particularly relates to automatic FFC and crimps forming machine.
Background technology
FFC flexible flat cable (FlexibleFlatCable, FFC) is a kind of PET insulating materials and very thin zinc-plated flat copper wire, by the new types of data cable of automation equipment production line pressing.
Existing FFC crimps forming machine, employing be once hot-forming, punching and reinforcing plate are in same plane, action simultaneously and have belt transmission, and it is manual adjustments that itemize mechanism rectifies a deviation.This FFC crimps forming machine and easily causes following problem:
1., because only have hot pressing once, can produce that laminating is insecure, stiffening plate has bubble phenomenon.
2. punching and reinforcing plate are at same plane, can produce vibration during punching, cause stiffening plate paste position bad.
3. punching and the transmission of reinforcing plate are belt transmission, because belt can extend to some extent, punching position can be caused to be forbidden.
4. itemize mechanism correction operation can only lean on manual adjustments, can cause back gauge cutting bad and waste.
Utility model content
In order to overcome the deficiencies in the prior art, the purpose of this utility model is to provide automatic FFC to crimp forming machine, and FFC semi-finished product can be made to fit firmly, and stiffening plate is fitted precisely, firmly, reached and improve the quality of products and yield rate.
The purpose of this utility model realizes by the following technical solutions:
Automatic FFC crimps forming machine, comprise frame, for carrying the first film feeding mechanism of upper strata epithelium, for carrying the second film feeding mechanism of lower floor's epithelium, for the conductor feed mechanism of transferring metal conductor, first hot-press arrangement, second hot-press arrangement, first hole punched device, second hole punched device, reinforcing panel assembly and tape divider, frame is divided into top layer frame, middle level frame and bottom frame, conductor feed mechanism is installed on top layer frame, first film feeding mechanism and the second film feeding mechanism are divided into the two ends of middle level frame, first hot-press arrangement is installed on middle level frame and between the first film feeding mechanism and the second film feeding mechanism, first hole punched device is installed on middle level frame and is positioned at the port of export of the first film feeding mechanism, second hole punched device is installed on middle level frame and is positioned at the port of export of the second film feeding mechanism, reinforcing panel assembly, second hot-press arrangement and tape divider are installed on bottom frame successively along the half-finished throughput direction of FFC, the outlet of the first film feeding mechanism and the outlet of the second film feeding mechanism are all just right with the first hot-press arrangement level, the outlet of conductor feed mechanism and the first hot-press arrangement are vertical just right, first hot-press arrangement has upper strata epithelium, the first hot pressing gap that metallic conductor and lower floor's epithelium pass, second hot-press arrangement has the second hot pressing gap passed for FFC semi-finished product.
Preferably, reinforcing panel assembly is divided into two, and be respectively used to reinforcement FFC semi-finished product upper surface and reinforcement FFC semi-finished product lower surface, two reinforcing panel assembly intervals are divided into bottom frame.
Preferably, also comprise for drawing the half-finished draw-gear of FFC, this draw-gear is fixed on bottom frame and is positioned at the end of FFC semi-finished product throughput direction.
Preferably, the first hot-press arrangement is identical with the second hot-press arrangement, and the first hot-press arrangement comprises two spaced wheel seats and is articulated in the crimping wheel of two wheel seats respectively, is equipped with heat-generating pipe in the pivot of two crimping wheels.
Preferably, first hole punched device is identical with the second hole punched device, first hole punched device comprises base, movable plate, support, straight line driving mechanism, first ball-screw, first servomotor, punching concave die and piercing punch, movable plate is snug fit at base along the transporting direction of upper strata epithelium, first servomotor is fixed on base, the output shaft of this first servomotor docks with the first ball-screw, first ball-screw and movable plate are spirally connected, punching concave die and support are all fixed on movable plate, and support is upwards extended by punching concave die, piercing punch is fixed on the top of this support, punching concave die and piercing punch support formed for upper strata epithelium transport through interval, piercing punch coordinates along the bearing of trend of support with bracket slide, straight line driving mechanism is installed on cradle top and drives with piercing punch and is connected.
Preferably, on base, compartment of terrain is fixed with two brace tables, and brace table is provided with bearing, and support is in two bearings respectively at the two ends of the first ball-screw, and the bottom of movable plate is convexly equipped with nut downwards, and the first ball-screw coordinates with nut thread.
Preferably, the both sides of punching concave die extend two supporting plates having and flush respectively, and supporting plate is fixed on movable plate by they sup-port.
Preferably, reinforcing panel assembly comprises the conveying mechanism for carrying stiffening plate, for cutting the cutting mechanism of stiffening plate, for clamping the clamping plate mechanism of stiffening plate, installing rack, base plate, first straight line slipping mechanism and the top-pressure mechanism for reinforcing plate, installing rack is slidably matched along the half-finished throughput direction of FFC and base plate by the first straight line slipping mechanism, the side of installing rack is for sending into the stiffening plate of conveying mechanism output, cutting mechanism is installed on the side of this installing rack, clamping plate mechanism is installed on the installing rack opposite side relative with cutting mechanism, top-pressure mechanism is installed on installing rack and overlays resultant motion for ordering about stiffening plate towards near top, FFC half-finished direction.
Preferably, first straight line slipping mechanism comprises the second servomotor, the second ball-screw and slide rail, and slide rail is fixed on base plate along the half-finished throughput direction of FFC, and installing rack and slide rail are slidably matched, second servomotor docks with the second ball-screw, and the second ball-screw and installing rack are spirally connected.
Preferably, tape divider comprises transmission underframe, segmentation knife rest, second straight line slipping mechanism and CCD camera, transmitting underframe is provided with for carrying the half-finished transfer roller of FFC, second straight line slipping mechanism is installed on to transmit underframe and drive with segmentation knife rest and is connected, for driving this segmentation knife rest along the axial slip of transfer roller, CCD camera is fixed on and transmits underframe and be positioned at above transfer roller, this CCD camera is electrically connected with the second straight line slipping mechanism, by CCD camera feedback signal to the second straight line slipping mechanism, drive segmentation knife rest along the axial slip of transfer roller to order about the second straight line slipping mechanism correspondence, wherein, second straight line slipping mechanism comprises holder, guide rail, 3rd ball-screw, stepper motor and slide plate, holder is fixed on transmission underframe, guide rail is fixed on holder top, slide plate coordinates along the axis of transfer roller with slide, stepper motor is fixed on holder, the output shaft of this stepper motor docks with the 3rd ball-screw, 3rd ball-screw is articulated in holder and is spirally connected with slide plate, segmentation knife rest is fixed on slide plate, CCD camera is electrically connected with stepper motor.
Compared to existing technology, the beneficial effects of the utility model are:
(1) the utility model is by the first film feeding mechanism, second film feeding mechanism and conductor feed mechanism, respectively by upper strata epithelium, metallic conductor, lower floor's epithelium delivers to the first hot-press arrangement hot pressing, form FFC semi-finished product, then after reinforcing panel assembly, accept the second hot-press arrangement hot pressing again, the firmness of energy second consolidation stiffening plate docile on FFC semi-finished product, more crucially be, due to the punching of upper strata epithelium and lower floor's epithelium and the position of reinforcing plate not at same plane, therefore, reinforcing plate is by the vibration influence not by punching, thus greatly improve the attaching precision of stiffening plate, firmness is also able to further reinforcement, namely the laminating of FFC semi-finished product firmly, stiffening plate laminating precisely, firmly, reach and improve the quality of products and yield rate,
(2) the first hole punched device of the present utility model, second hole punched device drives the first ball screw turns by the first servomotor, thus make movable plate can precisely movement, and then the travelling speed can following upper strata epithelium or lower floor's epithelium accurately moves, to carry out the matched moulds punching of piercing punch and punching concave die when following upper strata epithelium or lower floor's epithelium moves, can greatly improve punching precision, upper strata epithelium or lower floor's epithelium is avoided to damage, and, because punch process is by straight line driving mechanism, first servomotor has driven, therefore its automaticity is high, efficiency is high, be easy to batch production,
(3) stiffening plate is delivered in installing rack by conveying mechanism by reinforcing panel assembly of the present utility model, and clamped by clamping plate mechanism, when needs reinforcing plate, stiffening plate top is labelled to FFC semi-finished product by top-pressure mechanism, then stiffening plate is cut by cutting mechanism, complete the half-finished reinforcement of FFC, more crucially be, because FFC semi-finished product carry movement in real time, therefore, the utility model in conjunction with the first straight line slipping mechanism to the drive of installing rack, the whole process of reinforcement is made to be complete in the continual course of conveying of FFC semi-finished product, only need the translational speed of the installing rack speed the same with FFC half-finished conveying motion match, just achieve high-precision reinforcing plate, and its automation pasting board efficiency is high,
(4) tape divider of the present utility model gathers pictorial information to sending into the FFC semi-finished product transmitting underframe by CCD camera, then information is passed to the axial slip that the second straight line slipping mechanism is used for driving segmentation knife rest along live-roller, for carrying out automatic deviation correction to the position of segmentation knife rest, make segmentation knife rest can aim at the half-finished cutting position of FFC in real time, improve the yields after itemize cutting, and its production efficiency is high.
Accompanying drawing explanation
Fig. 1 is the structural representation that the automatic FFC of the utility model crimps forming machine;
Fig. 2 is the structural representation of the utility model first hot-press arrangement;
Fig. 3 is the structural representation of the utility model first hole punched device;
Fig. 4 is the structural representation of the utility model reinforcing panel assembly;
Fig. 5 is the structural representation of the utility model tape divider.
In figure: 1, upper strata epithelium; 2, lower floor's epithelium; 3, metallic conductor; 4, FFC semi-finished product; 100, frame; 101, top layer frame; 102, middle level frame; 103, bottom frame; 200, the first film feeding mechanism; 300, the second film feeding mechanism; 400, conductor feed mechanism; 500, the first hot-press arrangement; 501, wheel seat; 502, crimping wheel; 503, heat-generating pipe; 600, the second hot-press arrangement; 700, the first hole punched device; 71, base; 72, movable plate; 73, support; 74, straight line driving mechanism; 75, the first ball-screw; 76, the first servomotor; 77, punching concave die; 78, piercing punch; 79, line slide rail; 710, brace table; 711, bearing; 712, nut; 713, supporting plate; 714, support bar; 800, tape divider; 81, underframe is transmitted; 811, transfer roller; 82, knife rest is split; 821, support body; 822, cutting knife; 83, CCD camera; 84, holder; 85, the first guide rail; 86, the 3rd ball-screw; 87, stepper motor; 88, slide plate; 89, supporting back board; 810, the second guide rail; 900, reinforcing panel assembly; 91, conveying mechanism; 92, cutting mechanism; 921, cylinder is cut; 922, blade; 93, clamping plate mechanism; 931, gripper cylinder; 94, installing rack; 941, limiting plate; 95, base plate; 951, spacing groove; 96, the first straight line slipping mechanism; 961, the second servomotor; 962, the second ball-screw; 963, slide rail; 97, top-pressure mechanism; 971, air cylinder is pushed up; 1000, the second hole punched device; 1100, draw-gear.
Detailed description of the invention
Below, by reference to the accompanying drawings and detailed description of the invention, the utility model is described further:
Automatic FFC as shown in Figure 1 crimps forming machine, comprise frame 100, for carrying the first film feeding mechanism 200 of upper strata epithelium 1, for carrying the second film feeding mechanism 300 of lower floor's epithelium 2, for the conductor feed mechanism 400 of transferring metal conductor 3, first hot-press arrangement 500, second hot-press arrangement 600, first hole punched device 700, second hole punched device 1000, reinforcing panel assembly 900 and tape divider 800, frame 100 is divided into top layer frame 101, middle level frame 102 and bottom frame 103, conductor feed mechanism 400 is installed on top layer frame 101, first film feeding mechanism 200 and the second film feeding mechanism 300 are divided into the two ends of middle level frame 102, first hot-press arrangement 500 is installed on middle level frame 102 and between the first film feeding mechanism 200 and the second film feeding mechanism 300, first hole punched device 700 is installed on middle level frame 102 and is positioned at the port of export of the first film feeding mechanism 200, second hole punched device 1000 is installed on middle level frame 102 and is positioned at the port of export of the second film feeding mechanism 300, reinforcing panel assembly 900, second hot-press arrangement 600 and tape divider 800 are installed on bottom frame 103 successively along the throughput direction of FFC semi-finished product 4, the outlet of the first film feeding mechanism 200 and the outlet of the second film feeding mechanism 300 are all just right with the first hot-press arrangement 500 level, the outlet of conductor feed mechanism 400 and the first hot-press arrangement 500 are vertical just right, first hot-press arrangement 500 has upper strata epithelium 1, the first hot pressing gap that metallic conductor 3 and lower floor's epithelium 2 pass, second hot-press arrangement 600 has the second hot pressing gap passed for FFC semi-finished product 4.
By the first film feeding mechanism 200, second film feeding mechanism 300 and conductor feed mechanism 400, respectively by upper strata epithelium 1, metallic conductor 3, lower floor's epithelium 2 delivers to the first hot-press arrangement 500 hot pressing, form FFC semi-finished product 4, then after reinforcing panel assembly 900, accept the second hot-press arrangement 600 hot pressing again, the firmness of energy second consolidation stiffening plate docile on FFC semi-finished product 4, more crucially be, due to the punching of upper strata epithelium 1 and lower floor's epithelium 2 and the position of reinforcing plate not at same plane, therefore, reinforcing plate is by the vibration influence not by punching, thus greatly improve the attaching precision of stiffening plate, firmness is also able to further reinforcement.Wherein, different operation is isolated by top layer frame 101, middle level frame 102 and bottom frame 103, thus avoids impact each other.Tape divider 800 exports after FFC semi-finished product 4 are cut grouping again.
First film feeding mechanism 200 and the second film feeding mechanism 300 can adopt roller path structure.
Preferably, the reinforcing panel assembly 900 of this example is divided into two, be respectively used to reinforcement FFC semi-finished product 4 upper surface and reinforcement FFC semi-finished product 4 lower surface, two reinforcing panel assembly 900 intervals are divided into bottom frame 103, thus can reinforce the intensity of FFC semi-finished product 4 joint.
In conjunction with the outputting power of the first film feeding mechanism 200 and the second film feeding mechanism 300, conveying FFC semi-finished product 4 can be assisted to export, for making FFC semi-finished product 4 can more smooth and easy output, the automatic FFC crimping forming machine of this example also comprises the draw-gear 1100 for drawing FFC semi-finished product 4, and this draw-gear 1100 is fixed on bottom frame 103 and is positioned at the end of FFC semi-finished product 4 throughput direction.
Exemplarily, first hot-press arrangement 500 is identical with the second hot-press arrangement 600, as shown in Figure 2, first hot-press arrangement 500 of this example comprise two spaced wheel seats 501 and be articulated in respectively two wheel seats 501 crimping wheel 502, two crimping wheels 502 pivot in be equipped with heat-generating pipe 503.First hot-press arrangement 500, by upper strata epithelium 1, metallic conductor 3, lower floor's epithelium 2 hot pressing laminating, after generating heat, carrys out hot pressing by the crimping wheel 502 of uniform temperature particular by heat-generating pipe 503.
Exemplarily, for promoting punching precision, first hole punched device 700 is identical with the second hole punched device 1000, as shown in Figure 3, first hole punched device 700 of this example comprises base 71, movable plate 72, support 73, straight line driving mechanism 74, first ball-screw 75, first servomotor 76, punching concave die 77 and piercing punch 78, movable plate 72 is snug fit at base 71 along the transporting direction of upper strata epithelium 1, first servomotor 76 is fixed on base 71, the output shaft of this first servomotor 76 docks with the first ball-screw 75, first ball-screw 75 is spirally connected with movable plate 72, punching concave die 77 and support 73 are all fixed on movable plate 72, and support 73 is upwards extended by punching concave die 77, piercing punch 78 is fixed on the top of this support 73, punching concave die 77 and piercing punch 78 support 73 formed for upper strata epithelium 1 transport through interval, piercing punch 78 is slidably matched along the bearing of trend of support 73 and support 73, straight line driving mechanism 74 is installed on support 73 top and drives with piercing punch 78 and is connected.
Owing to serving layer epithelium 1 or lower floor's epithelium 2 at the uniform velocity transports, so in the moment of punching, piercing punch 78 can be stuck in punching concave die 77 short time, needs piercing punch 78, punching concave die 77 moves with same speed, just can not make a mess of upper strata epithelium 1 or lower floor's epithelium 2, cause precision not high.The first ball-screw 75 is driven to rotate by the first servomotor 76, thus make movable plate 72 can relative to base 71 precisely movement, and then synchronously can follow upper strata epithelium 1 or lower floor's epithelium 2 travelling speed accurately moves, to carry out the matched moulds punching of piercing punch 78 and punching concave die 77 when following upper strata epithelium 1 or lower floor's epithelium 2 moves, can greatly improve punching precision, upper strata epithelium 1 or lower floor's epithelium 2 is avoided to damage, and, because punch process is by straight line driving mechanism 74, first servomotor 76 has driven, therefore its automaticity is high, efficiency is high, be easy to batch production.
Wherein, straight line driving mechanism 74 can adopt the reciprocating device of driven by motor to realize, and also can adopt stamping cylinder or oil cylinder.This example preferably adopts straight line driving mechanism 74 to be stamping cylinder, and piercing punch 78 is fixed on the piston rod of this stamping cylinder, drives piercing punch 78 to move up and down, carried out division and modulus by the piston rod of this stamping cylinder.The slippage of movable plate 72 and base 71 can adopt rectilinear orbit to realize, and it is two that correspondence can arrange rectilinear orbit, with the slippage of balanced support movable plate 72.
For promoting punching precision further, need to promote the mobile precision of movable plate 72, this example compartment of terrain on base 71 is fixed with two brace tables 710, brace table 710 is provided with bearing 711, the two ends difference support of the first ball-screw 75 is in two bearings 711, the bottom of movable plate 72 is convexly equipped with nut 712 downwards, the first ball-screw 75 and nut 712 threaded engagement.By the setting of brace table 710, bearing 711 and nut 712, the accurate rotation of the first ball-screw 75 can be promoted, and accurate drive movable plate 72 follows upper strata epithelium 1 or lower floor's epithelium 2 finished product moves.
For further promoting punching precision, prevent upper strata epithelium 1 or lower floor's epithelium 2 sideslip, the both sides of punching concave die 77 extend two supporting plates 713 having and flush respectively, supporting plate 713 is supported by support bar 714 and is fixed on movable plate 72, supporting plate 713 is when piercing punch 78 matched moulds, possess stable position and the supporting role of support upper strata epithelium 1 or lower floor's epithelium 2, to avoid upper strata epithelium 1 or lower floor's epithelium 2 to shake sideslip, precisely aim at when being beneficial to matched moulds punching and treat punching position.
Exemplarily, as shown in Figure 4, the reinforcing panel assembly 900 of this example comprises the conveying mechanism 91 for carrying stiffening plate, for cutting the cutting mechanism 92 of stiffening plate, for clamping the clamping plate mechanism 93 of stiffening plate, installing rack 94, base plate 95, first straight line slipping mechanism 96 and the top-pressure mechanism 97 for reinforcing plate, installing rack 94 is slidably matched along the throughput direction of FFC semi-finished product 4 and base plate 95 by the first straight line slipping mechanism 96, the side of installing rack 94 is for sending into the stiffening plate of conveying mechanism 91 output, cutting mechanism 92 is installed on the side of this installing rack 94, clamping plate mechanism 93 is installed on installing rack 94 opposite side relative with cutting mechanism 92, top-pressure mechanism 97 is installed on installing rack 94 and overlays resultant motion for ordering about stiffening plate towards near top, the direction of FFC semi-finished product 4.
By conveying mechanism 91, stiffening plate is delivered in installing rack 94, and clamped by clamping plate mechanism 93, when needs reinforcing plate, stiffening plate top is labelled to FFC semi-finished product 4 by top-pressure mechanism 97, then stiffening plate is cut by cutting mechanism 92, complete the reinforcement of FFC semi-finished product 4, more crucially be, because FFC semi-finished product 4 carry movement in real time, therefore, the utility model is in conjunction with the drive of the first straight line slipping mechanism 96 pairs of installing racks 94, the whole process of reinforcement is made to be complete in the continual course of conveying of FFC semi-finished product 4, only need the translational speed of installing rack 94 speed the same with the conveying motion match of FFC semi-finished product 4, just achieve high-precision reinforcing plate, and its automation pasting board efficiency is high.
Exemplarily, the cutting mechanism 92 of this example comprises and cuts cylinder 921 and blade 922, and blade 922 is connected to the piston rod cutting cylinder 921.Under the impetus cutting cylinder 921, stiffening plate can be split by blade 922 as required.Clamping plate mechanism 93 is gripper cylinder 931, with fast clamp stiffening plate.Top-pressure mechanism 97 comprises spaced multiple tops air cylinder 971.
Exemplarily, the first straight line slipping mechanism 96 of this example comprises the second servomotor 961, second ball-screw 962 and slide rail 963, slide rail 963 is fixed on base plate 95 along the throughput direction of FFC semi-finished product 4, installing rack 94 and slide rail 963 are slidably matched, second servomotor 961 docks with the second ball-screw 962, and the second ball-screw 962 is spirally connected with installing rack 94.Second servomotor 961 drives the second ball-screw 962 to rotate, and then makes installing rack 94 along the throughput direction of FFC semi-finished product 4 relative to base plate 95 slippage after starting, thus follows FFC semi-finished product 4 and move, to make pasting board action more accurate.
For promoting the accuracy of pasting board further, base plate 95 has the spacing groove 951 that the throughput direction along FFC semi-finished product 4 extends, installing rack 94 is extended with limiting plate 941, second ball-screw 962 be connected in spacing groove 951 and is spirally connected with this limiting plate 941.By the cooperation of spacing groove 951 and limiting plate 941, make the slippage of installing rack 94 more steady firmly, avoid vibrations, make pasting board more accurate.
Exemplarily, as shown in Figure 5, the tape divider 800 of this example comprises transmission underframe 81, segmentation knife rest 82, second straight line slipping mechanism and CCD camera 83, transmission underframe 81 is provided with the transfer roller 811 for carrying FFC semi-finished product 4, second straight line slipping mechanism is installed on to transmit underframe 81 and drive with segmentation knife rest 82 and is connected, for driving this segmentation knife rest 82 along the axial slip of transfer roller 811, CCD camera 83 is fixed on and transmits underframe 81 and be positioned at above transfer roller 811, this CCD camera 83 is electrically connected with the second straight line slipping mechanism, by CCD camera 83 feedback signal to the second straight line slipping mechanism, drive segmentation knife rest 82 along the axial slip of transfer roller 811 to order about the second straight line slipping mechanism correspondence, wherein, second straight line slipping mechanism comprises holder 84, first guide rail 85, 3rd ball-screw 86, stepper motor 87 and slide plate 88, holder 84 is fixed on and transmits underframe 81, first guide rail 85 is fixed on holder 84 top, slide plate 88 is slidably matched along the axis of transfer roller 811 and the first guide rail 85, stepper motor 87 is fixed on holder 84, the output shaft of this stepper motor 87 docks with the 3rd ball-screw 86, 3rd ball-screw 86 is articulated in holder 84 and is spirally connected with slide plate 88, segmentation knife rest 82 is fixed on slide plate 88, CCD camera 83 is electrically connected with stepper motor 87.
Be admitted to the FFC semi-finished product 4 transmitting underframe 81 and gather pictorial information by CCD camera 83, then information is passed to the axial slip that the second straight line slipping mechanism is used for driving segmentation knife rest 82 along live-roller, for carrying out automatic deviation correction to the position of segmentation knife rest 82, make segmentation knife rest 82 can aim at the cutting position of FFC semi-finished product 4 in real time, improve the yields after itemize cutting, and its production efficiency is high.
Wherein, CCD camera 83 forms primarily of controller, ccd sensor and camera lens, alignment lens is positioned at the FFC semi-finished product 4 below it, for obtaining its image information, and compare with the pictorial information be stored in controller, to feed back accurate signal to the second straight line slipping mechanism, segmentation knife rest 82 is made to be able to real-time linkage correction.Exemplarily, the segmentation knife rest 82 of this example comprises support body 821 and is installed on the multiple cutting knifes 822 bottom support body 821, each cutting knife 822 spaced apart arrangement.
Exemplarily, the second straight line slipping mechanism of this example comprises holder 84, first guide rail 85, the 3rd ball-screw 86, stepper motor 87 and slide plate 88, holder 84 is fixed on and transmits underframe 81, first guide rail 85 is fixed on holder 84 top, slide plate 88 is slidably matched along the axis of transfer roller 811 and the first guide rail 85, stepper motor 87 is fixed on holder 84, the output shaft of this stepper motor 87 docks with the 3rd ball-screw 86,3rd ball-screw 86 is articulated in holder 84 and is spirally connected with slide plate 88, and segmentation knife rest 82 is fixed on slide plate 88; CCD camera 83 is electrically connected with stepper motor 87.After stepper motor 87 obtains signal, it will rotarily drive the 3rd ball-screw 86 and rotate, thus make slide plate 88 slippage on the first guide rail 85, and then drive segmentation knife rest 82 interlock adjustment.
For improving stability and support strength, the second straight line slipping mechanism of this example also comprises a supporting back board 89, this supporting back board 89 is passed by the top of the lower direction transfer roller 811 of transfer roller 811, and segmentation knife rest 82 is vertically snug fit at supporting back board 89 by one second guide rail 810.
To one skilled in the art, according to technical scheme described above and design, other various corresponding change and deformation can be made, and all these change and deformation all should belong within the protection domain of the utility model claim.
Claims (10)
1. FFC crimps forming machine automatically, it is characterized in that, comprise frame, for carrying the first film feeding mechanism of upper strata epithelium, for carrying the second film feeding mechanism of lower floor's epithelium, for the conductor feed mechanism of transferring metal conductor, first hot-press arrangement, second hot-press arrangement, first hole punched device, second hole punched device, reinforcing panel assembly and tape divider, frame is divided into top layer frame, middle level frame and bottom frame, conductor feed mechanism is installed on top layer frame, first film feeding mechanism and the second film feeding mechanism are divided into the two ends of middle level frame, first hot-press arrangement is installed on middle level frame and between the first film feeding mechanism and the second film feeding mechanism, first hole punched device is installed on middle level frame and is positioned at the port of export of the first film feeding mechanism, second hole punched device is installed on middle level frame and is positioned at the port of export of the second film feeding mechanism, reinforcing panel assembly, second hot-press arrangement and tape divider are installed on bottom frame successively along the half-finished throughput direction of FFC, the outlet of the first film feeding mechanism and the outlet of the second film feeding mechanism are all just right with the first hot-press arrangement level, the outlet of conductor feed mechanism and the first hot-press arrangement are vertical just right, first hot-press arrangement has upper strata epithelium, the first hot pressing gap that metallic conductor and lower floor's epithelium pass, second hot-press arrangement has the second hot pressing gap passed for FFC semi-finished product.
2. automatic FFC according to claim 1 crimps forming machine, and it is characterized in that, reinforcing panel assembly is divided into two, and be respectively used to reinforcement FFC semi-finished product upper surface and reinforcement FFC semi-finished product lower surface, two reinforcing panel assembly intervals are divided into bottom frame.
3. automatic FFC according to claim 1 crimps forming machine, and it is characterized in that, also comprise for drawing the half-finished draw-gear of FFC, this draw-gear is fixed on bottom frame and is positioned at the end of FFC semi-finished product throughput direction.
4. automatic FFC according to claim 1 crimps forming machine, it is characterized in that, first hot-press arrangement is identical with the second hot-press arrangement, and the first hot-press arrangement comprises two spaced wheel seats and is articulated in the crimping wheel of two wheel seats respectively, is equipped with heat-generating pipe in the pivot of two crimping wheels.
5. the automatic FFC according to any one of claim 1-4 crimps forming machine, it is characterized in that, first hole punched device is identical with the second hole punched device, first hole punched device comprises base, movable plate, support, straight line driving mechanism, first ball-screw, first servomotor, punching concave die and piercing punch, movable plate is snug fit at base along the transporting direction of upper strata epithelium, first servomotor is fixed on base, the output shaft of this first servomotor docks with the first ball-screw, first ball-screw and movable plate are spirally connected, punching concave die and support are all fixed on movable plate, and support is upwards extended by punching concave die, piercing punch is fixed on the top of this support, punching concave die and piercing punch support formed for upper strata epithelium transport through interval, piercing punch coordinates along the bearing of trend of support with bracket slide, straight line driving mechanism is installed on cradle top and drives with piercing punch and is connected.
6. automatic FFC according to claim 5 crimps forming machine, it is characterized in that, on base, compartment of terrain is fixed with two brace tables, brace table is provided with bearing, the two ends difference support of the first ball-screw is in two bearings, the bottom of movable plate is convexly equipped with nut downwards, and the first ball-screw coordinates with nut thread.
7. automatic FFC according to claim 6 crimps forming machine, and it is characterized in that, the both sides of punching concave die extend two supporting plates having and flush respectively, and supporting plate is fixed on movable plate by they sup-port.
8. the automatic FFC according to any one of claim 1-4 crimps forming machine, it is characterized in that, reinforcing panel assembly comprises the conveying mechanism for carrying stiffening plate, for cutting the cutting mechanism of stiffening plate, for clamping the clamping plate mechanism of stiffening plate, installing rack, base plate, first straight line slipping mechanism and the top-pressure mechanism for reinforcing plate, installing rack is slidably matched along the half-finished throughput direction of FFC and base plate by the first straight line slipping mechanism, the side of installing rack is for sending into the stiffening plate of conveying mechanism output, cutting mechanism is installed on the side of this installing rack, clamping plate mechanism is installed on the installing rack opposite side relative with cutting mechanism, top-pressure mechanism is installed on installing rack and overlays resultant motion for ordering about stiffening plate towards near top, FFC half-finished direction.
9. automatic FFC according to claim 8 crimps forming machine, it is characterized in that, first straight line slipping mechanism comprises the second servomotor, the second ball-screw and slide rail, slide rail is fixed on base plate along the half-finished throughput direction of FFC, installing rack and slide rail are slidably matched, second servomotor docks with the second ball-screw, and the second ball-screw and installing rack are spirally connected.
10. the automatic FFC according to any one of claim 1-4 crimps forming machine, it is characterized in that, tape divider comprises transmission underframe, segmentation knife rest, second straight line slipping mechanism and CCD camera, transmitting underframe is provided with for carrying the half-finished transfer roller of FFC, second straight line slipping mechanism is installed on to transmit underframe and drive with segmentation knife rest and is connected, for driving this segmentation knife rest along the axial slip of transfer roller, CCD camera is fixed on and transmits underframe and be positioned at above transfer roller, this CCD camera is electrically connected with the second straight line slipping mechanism, by CCD camera feedback signal to the second straight line slipping mechanism, drive segmentation knife rest along the axial slip of transfer roller to order about the second straight line slipping mechanism correspondence, wherein, second straight line slipping mechanism comprises holder, guide rail, 3rd ball-screw, stepper motor and slide plate, holder is fixed on transmission underframe, guide rail is fixed on holder top, slide plate coordinates along the axis of transfer roller with slide, stepper motor is fixed on holder, the output shaft of this stepper motor docks with the 3rd ball-screw, 3rd ball-screw is articulated in holder and is spirally connected with slide plate, segmentation knife rest is fixed on slide plate, CCD camera is electrically connected with stepper motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520912212.7U CN205086356U (en) | 2015-11-13 | 2015-11-13 | Automatic FFC crimping make -up machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520912212.7U CN205086356U (en) | 2015-11-13 | 2015-11-13 | Automatic FFC crimping make -up machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205086356U true CN205086356U (en) | 2016-03-16 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520912212.7U Withdrawn - After Issue CN205086356U (en) | 2015-11-13 | 2015-11-13 | Automatic FFC crimping make -up machine |
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| Country | Link |
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| CN (1) | CN205086356U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105269809A (en) * | 2015-11-13 | 2016-01-27 | 佛山市顺德区禾惠电子有限公司 | Automatic FFC pressure connecting forming machine |
-
2015
- 2015-11-13 CN CN201520912212.7U patent/CN205086356U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105269809A (en) * | 2015-11-13 | 2016-01-27 | 佛山市顺德区禾惠电子有限公司 | Automatic FFC pressure connecting forming machine |
| CN105269809B (en) * | 2015-11-13 | 2018-11-06 | 佛山市顺德区禾惠电子有限公司 | Automatic FFC crimps molding machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160316 Effective date of abandoning: 20181106 |
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| AV01 | Patent right actively abandoned |