CN206244143U - A kind of horizontal volume to volume automatic deploying and retracting trigger - Google Patents

A kind of horizontal volume to volume automatic deploying and retracting trigger Download PDF

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Publication number
CN206244143U
CN206244143U CN201620882241.8U CN201620882241U CN206244143U CN 206244143 U CN206244143 U CN 206244143U CN 201620882241 U CN201620882241 U CN 201620882241U CN 206244143 U CN206244143 U CN 206244143U
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China
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winding
volume
rotating shaft
unreel
pcb board
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CN201620882241.8U
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Chinese (zh)
Inventor
邓高荣
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MINGYI ELECTRONIC MACHINERY CO Ltd GUANGZHOU
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MINGYI ELECTRONIC MACHINERY CO Ltd GUANGZHOU
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Priority to CN201620882241.8U priority Critical patent/CN206244143U/en
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Abstract

The utility model discloses a kind of horizontal volume to volume automatic deploying and retracting trigger, be provided with unreeling machine, unreel side buffering board cutting device, winding side buffering board cutting device and winder, the installing space for installing volume to volume horizontal plants is left between unreeling machine and winder, unreeling machine will can in rolls be arranged on its internal pcb board and roll out, the pcb board that winder will can be unwrapped is wound into a roll again, volume to volume horizontal plants can to horizontal through pcb board process, unreel side buffering board cutting device be arranged between unreeling machine and the installing space of volume to volume horizontal plants;Winding side buffering board cutting device is arranged between the installing space of volume to volume horizontal plants and winder.The utility model can realize new filling and exchange the normal operation that material does not affect equipment for, equipment needs this significant problem that volume to volume equipment is suspended when reloading with rewinding, feeding before solving, the lifting of the efficiency and quality of production is drastically increased, and its is convenient and simple for operation.

Description

A kind of horizontal volume to volume automatic deploying and retracting trigger
Technical field
The utility model is related to a kind of horizontal volume to volume automatic deploying and retracting trigger, is applied in horizontal PCB wet process.
Background technology
Existing PCB continuous processing apparatus include horizontal volume to volume and vertical volume to volume processing equipment, but horizontal plants The horizontal plate putting machine of traditional type volume to volume and unloader of use.Because be volume to volume equipment and the need for technique, must not user of service Receive plate and put plate operation, realize receiving plate and put plate full-automation, so as to realize the full-automation of the horizontal volume to volume equipment of whole piece, subtract Damage and pollution during few artificial folding and unfolding plate to product quality, scrape and injure the generation of gauffer phenomenon, while also reduce quality wasting.With Machine treats people, reduces cost and human resources.
Fig. 1 is illustrated that traditional type horizontal volume to volume equipment retractable volume machine, and its function is the PCB that need to be processed when a roll, PCB is released by unreeling machine A is transported on winder C by volume to volume equipment B transmission belts, PCB is received again by winder C Next flow processing is flow into an entire volume.
Fig. 2-1 and Fig. 2-2 is illustrated that the horizontal unreeling machine A of traditional type, when PCB needs to be processed by volume to volume equipment B, first PCB is positioned on the unreeling shaft A1 of unreeling machine A, rolling out to be transitioned on volume to volume equipment B by transition axis A2 carries out technique Treatment.Tension detector A3 is mainly elasticities of the detection PCB during releasing, and unreeling shaft is adjusted by elastic signal Speed speed;A4 is film-receiving axis in figure.
Fig. 3-1 and Fig. 3-2 is illustrated that the horizontal winder C of traditional type, when volume to volume equipment B has processed PCB, it is necessary to When coiled, PCB is conveyed on PCB to the Scroll C1 of winder by transition axis C2, and Scroll C1 passes through gear band with motor It is dynamic, PCB is involved in Scroll, PCB rolls up on Scroll.EPC corrections detector C 3 is mainly used in PCB and was winding Whether offset in journey, the edge of the PCB on Scroll just receives irregular when an offset occurs, the letter of detector of being rectified a deviation by EPC Number adjustable winder moves left and right position, and PCB is maintained at fixed position, does not allow it to deviate EPC centers, makes PCB edge receives neat and consistent.Tension detector C4 is mainly elasticities of the detection PCB during winding, by detection Elastic signal adjust Scroll speed speed, can tightly draw very much bad during winding to reach PCB, too it is loose receive it is irregular Effect;C5 is to put film axle in figure.
Volume to volume radio and tape player above is mainly the conveying for being discarded to volume to volume equipment by unreeling machine and passes through winder again Winding, allows unreeling shaft and Scroll to rotate the transfer and winding processing procedure for realizing PCB.
But above-mentioned traditional horizontal volume to volume retractable volume machine also has weak point, and shortcoming is as follows:
First, volume design in side is excessive, and floor space is excessive, in design without effectively using it is empty-.Existing science and technology is all Small and exquisite exquisiteness are being stressed, environmental protection is utilized, and is impractical in modern science and technology.
Second, the PCB windings when the PCB used-up on unreeling shaft or on Scroll have reached limitation number and have needed more change of lap When axle and addition virgin material, need personnel that the PCB in transport is cut off, then discharging roll will be removed from dispensing shaft, put new PCB materials Material, PCB of cut-out is connected together with new PCB could continue conveying, at this moment must set whole piece volume to volume Standby stalling can just carry out reel change.Because of unreeling machine, volume to volume equipment, PCB is close to integral at winder three, and centre does not have There is breeze way, make the space that PCB does not loosen (see Fig. 1).It is inconvenient during connection, the efficiency of production has been had a strong impact on, waste Valuable time, while also having an impact to the PCB qualities in volume to volume equipment, causes quality bad.If do not shut down when unreeling Place PCB has one section of plate very long and can drop on board when cutting off, and when PCB at winding will be cut off, because of middle part volume to volume Equipment also in output PCB, at this moment has one section of plate very long and drops on board on board, have PCB and scratch and gauffer phenomenon Produce, the quality of PCB can be influenceed.
Utility model content
Technical problem to be solved in the utility model is:A kind of horizontal volume to volume automatic deploying and retracting trigger is provided.
Above-mentioned technical problem is solved, the technical scheme that the utility model is used is as follows:
A kind of horizontal volume to volume automatic deploying and retracting trigger, is provided with unreeling machine and winder, between the unreeling machine and winder The installing space for installing volume to volume horizontal plants is left, wherein, the unreeling machine will can in rolls be arranged on its inside Pcb board is rolled out, and the pcb board that the winder will can be unwrapped is wound into a roll again, and the volume to volume horizontal plants can To horizontal through pcb board process, it is characterised in that:Described horizontal volume to volume automatic deploying and retracting trigger is additionally provided with and unreels side Buffering board cutting device, it is described to unreel the installing space that side buffering board cutting device is arranged on the unreeling machine and volume to volume horizontal plants Between;
It is described unreel side buffering board cutting device be provided with unreel side frame and installed in this unreel on side frame unreel side before Transition rotating shaft, unreel side guide rotating shaft, unreel the rotating shaft of side buffering, unreel Slideslip mechanism, unreel side after transition rotating shaft and unreel Side guide mechanism, it is described unreel transition rotating shaft before side, unreel side guide rotating shaft, unreel side buffering rotating shaft and unreel side after transition turn Axle in the horizontal direction along the volume to volume horizontal plants be sequentially arranged through direction and their shaft axis are parallel and hang down It is straight in described through direction, it is described to unreel the top of transition rotating shaft before side, unreel the top of side guide rotating shaft and unreel mistake behind side Cross rotating shaft top and the pcb board pass through the volume to volume horizontal plants when where horizontal plane it is coplanar, it is described unreel side delay Red switch axle is unreeled in Slideslip mechanism vertically slidably by installed in described, the pcb board that the unreeling machine is rolled out Successively from it is described unreel the top of transition rotating shaft before side, unreel side guide rotating shaft top, unreel side buffering rotating shaft bottom and Unreel transition rotating shaft behind side top pass through after enter the volume to volume horizontal plants;The side guide mechanism that unreels is positioned at described Unreel the surface of side guide rotating shaft and controlled described unreeling can will be pressed on by the pcb board for unreeling side guide rotating shaft In side guide rotating shaft.
For the ease of realizing the Automated condtrol of horizontal volume to volume automatic deploying and retracting trigger, change as one kind of the present utility model Enter:It is described unreel side buffering board cutting device and be additionally provided with unreel side inductor and unreel side sensor block;It is described to unreel side sensor block With it is described unreel side buffering rotating shaft be relatively fixed, it is described unreel side inductor can it is described unreel side buffering rotating shaft slide into institute Side sensor block triggering is unreeled by described when stating the lower position for unreeling Slideslip mechanism, and expression can be sent when being triggered and asked Ask the unreeling machine to roll out the transducing signal of pcb board by the volume to volume horizontal plants same speed with pcb board, not The expression request unreeling machine is sent when being triggered PCB is rolled out by the speed of the volume to volume horizontal plants to be faster than pcb board The transducing signal of plate.
As improvement implementation method of the present utility model:Described horizontal volume to volume automatic deploying and retracting trigger is additionally provided with winding side Buffering board cutting device;The winding side buffering board cutting device is arranged on the installing space and winder of the volume to volume horizontal plants Between;
The winding side buffering board cutting device is provided with winding side frame and before the winding side on the winding side frame Transition rotating shaft, winding side buffer transition rotating shaft and winding behind rotating shaft, winding Slideslip mechanism, the rotating shaft of winding side guide, winding side Side guide mechanism, transition rotating shaft, winding side buffer rotating shaft, winding side guide rotating shaft and transition turn behind winding side before the winding side Axle in the horizontal direction along the volume to volume horizontal plants be sequentially arranged through direction and their shaft axis are parallel and hang down Directly in described through direction, the top of transition rotating shaft, the top of winding side guide rotating shaft and mistake behind winding side before the winding side Cross rotating shaft top and the pcb board pass through the volume to volume horizontal plants when where horizontal plane it is coplanar, the winding side delay Red switch axle by the winding Slideslip mechanism vertically slidably, through the volume to volume horizontal plants Pcb board afterwards is successively from the top of transition rotating shaft, the bottom of winding side buffering rotating shaft, winding side guide rotating shaft before the winding side Top and winding side after transition rotating shaft top pass through after enter the winder;The winding side guide mechanism is located at described Wind the surface of side guide rotating shaft and controlled the winding can will be pressed on by the pcb board of the winding side guide rotating shaft In side guide rotating shaft.
For the ease of realizing the Automated condtrol of horizontal volume to volume automatic deploying and retracting trigger, change as one kind of the present utility model Enter:Described winding side buffering board cutting device is additionally provided with winding side inductor and winding side sensor block;Winding side sensor block It is relatively fixed with winding side buffering rotating shaft, winding side inductor can slide into institute in winding side buffering rotating shaft Triggered by the winding side sensor block during upper position for stating winding Slideslip mechanism, and expression can be sent when being triggered and asked Ask the winder with pcb board by the volume to volume horizontal plants same speed wind pcb board transducing signal, not Sent when being triggered and represent that the request winder winds PCB to be faster than pcb board by the speed of the volume to volume horizontal plants The transducing signal of plate.
As preferred embodiment of the present utility model:Slideslip mechanism and the winding Slideslip mechanism of unreeling is equipped with Two one slide rail guide rods, two slipper bearings, one piece of installing plate and an exacerbation counterweights;The two one slide rails guide rod vertically sets Put, described two slipper bearings are set on two one slide rail guide rods and can vertically slidably, the installing plate It is fixed between the top of described two slipper bearings, the exacerbation counterweight is placed on the installing plate;Delay the side that unreels The two ends of red switch axle are unreeled on two slipper bearings of Slideslip mechanism described in being separately mounted to, the winding side buffering rotating shaft Two ends are separately mounted on two slipper bearings of the winding Slideslip mechanism.
As preferred embodiment of the present utility model:Slideslip mechanism and the winding Slideslip mechanism of unreeling also sets There are two buffer springs, upper limit position switch, lower position switch and two buffers;Described two buffer springs are set in institute The bottom of two one slide rail guide rods is stated, described two buffers are respectively positioned at the underface of described two slipper bearings, and described two Top position of the top position of individual buffer less than described two buffer springs;
The upper limit position switch for unreeling Slideslip mechanism can unreel side buffering rotating shaft and slide into described unreeling described It is triggered during the tip position of Slideslip mechanism, lower position switch can unreel side buffering rotating shaft and slide into described unreeling described The position of Slideslip mechanism is triggered when being less than the bottom position of the lower position;The upper limit of the winding Slideslip mechanism Switch can slide into the position of the winding Slideslip mechanism higher than the upper position in winding side buffering rotating shaft It is triggered during tip position, lower position switch can slide into the winding Slideslip mechanism in winding side buffering rotating shaft It is triggered during bottom position;The Slideslip mechanism that unreels is equal with the upper limit position switch and lower position switch of winding Slideslip mechanism The transducing signal for representing that the request unreeling machine, volume to volume horizontal plants and winder are shut down can be sent when being triggered.
As preferred embodiment of the present utility model:It is described unreel side buffering board cutting device and be additionally provided with unreel lateral incision plate Mechanism;Described winding side buffering board cutting device is additionally provided with winding lateral incision trigger structure;It is described to unreel lateral incision trigger structure and winding side Cutting plate mechanism is equipped with cutting plate platform, and the cutting plate platform is provided with the grooving extended along the vertical direction through direction; The cutting plate platform for unreeling lateral incision trigger structure is located to move to and unreels before side transition rotating shaft and unreel between side guide rotating shaft The lower section of pcb board, cutting plate platform top surface it is parallel and be close to move to unreel before side transition rotating shaft with unreel side guide rotating shaft it Between pcb board;The cutting plate platform of the winding lateral incision trigger structure is located at and moves to transition behind winding side guide rotating shaft and winding side The lower section of the pcb board between rotating shaft, cutting plate platform top surface are parallel and after being close to and moving to winding side guide rotating shaft and winding side Pcb board between transition rotating shaft.
In order to ensure the edges of boards for being cut through are straight, smooth, no concavo-convex, as preferred embodiment of the present utility model:Institute Stating grooving has the narrow isosceles trapezoid cross section in top margin base wide.
As preferred embodiment of the present utility model:Described unreeling side guide mechanism and wind side guide mechanism is all provided with There are pressing plate cylinder and plate press device, and the telescopic shaft of the pressing plate cylinder is set down, the plate press device is fixed on the pressing plate gas The telescopic shaft lower end of cylinder is simultaneously set perpendicular to described through direction;The pressing plate cylinder for unreeling side guide mechanism is fixed on described Unreel on side frame, the pressing plate Telescopic-cylinder axle for unreeling side guide mechanism is controlled when stretching out, described to unreel side guide mechanism Plate press device can pass through the pcb board that unreel side guide rotating shaft and be pressed on described unreeling in side guide rotating shaft;The receipts The pressing plate cylinder of volume side guide mechanism is fixed on the winding side frame, the pressing plate Telescopic-cylinder of the winding side guide mechanism Axle is controlled when stretching out, and the plate press device of the winding side guide mechanism can be by by the pcb board pressure of the winding side guide rotating shaft It is tight to be wound in side guide rotating shaft described.
As preferred embodiment of the present utility model:Described unreeling machine is provided with unreeling machine frame and is put installed in described Film-receiving axis in volume machine frame, unreel motor and two unreeling shafts;The film-receiving axis, two unreeling shafts and described unreel mistake before side The axis for crossing rotating shaft is parallel, and wherein on a unreeling shaft, the motor that unreels drives the coiled pcb board suit The unreeling shaft is rotated forward so that the pcb board is unwrapped when being rotated with the unreeling shaft, the pcb board being unwrapped Barrier film head end be fixed on the film-receiving axis, the motor that unreels drives the film-receiving axis to rotate backward so that the quilt The barrier film of the pcb board for rolling out is on the film-receiving axis;
The winder is provided with winder frame and the paper feeding shaft in the winder frame, winding motor and two Root Scroll;The paper feeding shaft, two Scrolls and behind the winding side transition rotating shaft axis it is parallel, it is described to be wound Pcb board head end is fixed therein on a Scroll, and the winding motor drives the Scroll to rotate forward so that institute State pcb board when being rotated with the Scroll on the Scroll to be wound into a roll again, on the paper feeding shaft cover Equipped with a roll every paper, the volume connects the pcb board on the Scroll every the head end of paper, and the winding motor drives the paper feeding shaft Rotate backward so that it is described every paper with the pcb board on the Scroll.
Compared with prior art, the utility model has the advantages that:
First, the utility model buffers what board cutting device can not shut down in volume to volume horizontal plants by unreeling side In the case of complete unreeling machine in pcb board replacing.
Second, the utility model buffers what board cutting device can not shut down in volume to volume horizontal plants by winding side In the case of complete winder in pcb board taking-up.
3rd, the utility model is provided with and unreels lateral incision trigger structure and winding lateral incision trigger structure, it is possible to increase staff cuts The convenience of plate.
4th, the space miniaturization in use of this horizontal volume to volume automatic deploying and retracting trigger of the present utility model becomes fuselage Narrow, putting position diminishes, and saves space.
In sum, the utility model can realize new filling and exchange material for not affecting the normal operation of equipment, solve Before equipment need when reloading with rewinding, feeding this significant problem that volume to volume equipment suspends, greatly save production Time, the lifting of the efficiency and quality that improve production, and its is convenient and simple for operation.
Brief description of the drawings
The utility model is described in further detail with specific embodiment below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of traditional type horizontal volume to volume equipment retractable volume machine;
Fig. 2-1 is the main structure diagram of the horizontal unreeling machine of traditional type;
Fig. 2-2 is the dimensional structure diagram of the horizontal unreeling machine of traditional type;
Fig. 3-1 is the main structure diagram of the horizontal winder of traditional type;
Fig. 3-2 is the side structure schematic view of the horizontal winder of traditional type;
Fig. 4 is the main structure diagram of horizontal volume to volume automatic deploying and retracting trigger of the present utility model;
Fig. 5 is the top view of Fig. 4;
Fig. 6 is the left view of Fig. 4;
Fig. 7-1 is one of unreeling machine 1 in the utility model and the dimensional structure diagram for unreeling side buffering board cutting device 2;
Fig. 7-2 is unreeling machine 1 and the two of the dimensional structure diagram for unreeling side buffering board cutting device 2 in the utility model;
Fig. 8-1 is one of dimensional structure diagram of winder 5 and winding side buffering board cutting device 4 in the utility model;
Fig. 8-2 is the two of the dimensional structure diagram of winder 5 and winding side buffering board cutting device 4 in the utility model;
Fig. 9-1 is the dimensional structure diagram for side guide mechanism 27 being unreeled in the utility model with wind side guide mechanism 47 One of;
Fig. 9-2 is the dimensional structure diagram for side guide mechanism 27 being unreeled in the utility model with wind side guide mechanism 47 Two;
Figure 10-1 illustrates to unreel the stereochemical structure of lateral incision trigger structure 28 and winding lateral incision trigger structure 48 in the utility model One of figure;
Figure 10-2 illustrates to unreel the stereochemical structure of lateral incision trigger structure 28 and winding lateral incision trigger structure 48 in the utility model The two of figure;
Figure 11 is the cross-sectional view of cutting plate platform Q1 in the utility model;
Figure 12-1 is the structural representation for Slideslip mechanism 25 being unreeled in the utility model with wind Slideslip mechanism 44;
Figure 12-2 is the right view of Figure 12-1;
Figure 13-1 be the utility model in unreel side buffer board cutting device 2 main structure diagram;
Figure 13-2 be the utility model in unreel side buffer board cutting device 2 dimensional structure diagram;
Figure 14-1 is the main structure diagram of winding side buffering board cutting device 4 in the utility model;
Figure 14-2 is the dimensional structure diagram of winding side buffering board cutting device 4 in the utility model;
Figure 15 is unreeling machine 1 and the structural representation for unreeling side buffering board cutting device 2 in the utility model;
Figure 16 is the structural representation of winder 5 and winding side buffering board cutting device 4 in the utility model.
Specific embodiment
As shown in Fig. 4 to Figure 16, horizontal volume to volume automatic deploying and retracting trigger of the present utility model is provided with unreeling machine 1 and winding Machine 5, leaves the installing space for installing volume to volume horizontal plants 3 between unreeling machine 1 and winder 5, wherein, the energy of unreeling machine 1 Enough its internal pcb boards that will be arranged in rolls are rolled out, and the pcb board that winder 5 will can be unwrapped is wound into a roll again, and it is right to roll up Volume horizontal plants 3 can to horizontal through pcb board process, it is characterised in that:Horizontal volume to volume automatic deploying and retracting trigger is also It is provided with and unreels side buffering board cutting device 2, unreels the peace that side buffering board cutting device 2 is arranged on unreeling machine 1 and volume to volume horizontal plants 3 Between dress space.
The above-mentioned side buffering board cutting device 2 that unreels is provided with and unreels side frame 21 and unreel unreeling on side frame 21 installed in this Transition rotating shaft 22 before side, side guide rotating shaft 23 is unreeled, the rotating shaft 24 of side buffering is unreeled, is unreeled Slideslip mechanism 25, unreels mistake behind side Cross and rotating shaft 26 and unreel side guide mechanism 27, unreel transition rotating shaft 22 before side, unreel side guide rotating shaft 23, unreel side buffering rotating shaft 24 and transition rotating shaft 26 is sequentially arranged and they along volume to volume horizontal plants 3 through direction V in the horizontal direction after unreeling side Shaft axis are parallel and top of the transition rotating shaft 22 before side through direction V, is unreeled, unreel the top of side guide rotating shaft 23 The horizontal plane held and unreel where when the top of transition rotating shaft 26 and pcb board behind side pass through volume to volume horizontal plants 3 is coplanar, unreels Side buffering rotating shaft 24 is unreeled in Slideslip mechanism 25 vertically slidably by being arranged on, the pcb board that unreeling machine 1 is rolled out Successively from before unreeling side the top of transition rotating shaft 22, unreel side guide rotating shaft 23 top, unreel side buffer rotating shaft 24 bottom Enter volume to volume horizontal plants 3 after passing through with the top for unreeling transition rotating shaft 26 behind side so that move to transition before unreeling side and turn Axle 22 and unreel pcb board between side guide rotating shaft 23, move to unreel behind side transition rotating shaft 26 and volume to volume horizontal plants 3 it Between pcb board, the pcb board during volume to volume horizontal plants 3 is located in same level, and causes to move to unreel side pressure Plate rotating shaft 23 and pcb board between the buffering rotating shaft 24 of side is unreeled, is moved to unreel side buffering rotating shaft 24 and unreel transition behind side and is turned Pcb board between axle 26 forms V-shaped;Side guide mechanism 27 is unreeled positioned at the surface for unreeling side guide rotating shaft 23 and can be received Control will be pressed on by unreeling the pcb board of side guide rotating shaft 23 and be unreeled in side guide rotating shaft 23.
For the ease of realizing the Automated condtrol of horizontal volume to volume automatic deploying and retracting trigger, change as one kind of the present utility model Enter:It is above-mentioned unreel side buffering board cutting device 2 and be additionally provided with to unreel side inductor 291 and unreel side sensor block 292;Unreel side sensor block 292 are relatively fixed with side buffering rotating shaft 24 is unreeled, and unreeling side inductor 291 can slide into and unreel side buffering rotating shaft 24 is unreeled Side sensor block 292 is unreeled during the lower position of Slideslip mechanism 25 to trigger, and expression request can be sent when being triggered put Volume machine 1 rolls out the transducing signal of pcb board, the hair when not being triggered with pcb board by the same speed of volume to volume horizontal plants 3 Go out to represent request unreeling machine 1 to be faster than the transducing signal that pcb board rolls out pcb board by the speed of volume to volume horizontal plants 3, to pass It is defeated by peripheral control unit so that this horizontal volume to volume automatic deploying and retracting trigger can be automatically controlled by peripheral control unit.
Horizontal volume to volume automatic deploying and retracting trigger of the present utility model is additionally provided with winding side buffering board cutting device 4;Delay winding side Punching panel assembly 4 is arranged between the installing space of volume to volume horizontal plants 3 and winder 5.Winding side buffering board cutting device 4 sets Have winding side frame 41 and before the winding side on the winding side frame 41 transition rotating shaft 42, winding side buffering rotating shaft 43, Transition rotating shaft 46 and winding side guide mechanism 47, wind side behind winding Slideslip mechanism 44, winding side guide rotating shaft 45, winding side Preceding transition rotating shaft 42, the rotating shaft 43 of winding side buffering, winding side guide rotating shaft 45 and transition rotating shaft 46 is in the horizontal direction behind winding side On along volume to volume horizontal plants 3 be sequentially arranged through direction V and their shaft axis are parallel and perpendicular to through direction V, Before winding side the top of transition rotating shaft 42, the top of winding side guide rotating shaft 45 and behind winding side the top of transition rotating shaft 46 with Horizontal plane of the pcb board through where during volume to volume horizontal plants 3 is coplanar, and the buffering rotating shaft 43 of winding side is breakked away by being arranged on to wind On motivation structure 44 vertically slidably, turn from transition before winding side successively through the pcb board after volume to volume horizontal plants 3 The top of axle 42, winding side buffer the bottom of rotating shaft 43, the top of winding side guide rotating shaft 45 and transition rotating shaft 46 behind winding side Top pass through after enter winder 5 so that through the pcb board during volume to volume horizontal plants 3, move to volume to volume level and set Standby 3 and winding side before pcb board between transition rotating shaft 42, move to transition rotating shaft 46 behind winding side guide rotating shaft 45 and winding side Between pcb board be located at same level on, and cause move to winding side before transition rotating shaft 42 with winding side buffering rotating shaft 43 Between pcb board, the pcb board that moves between the buffering rotating shaft 43 of winding side and winding side guide rotating shaft 45 form V-shaped;Winding Side guide mechanism 47 is located at the surface of winding side guide rotating shaft 45 and being capable of the controlled PCB by by winding side guide rotating shaft 45 Plate is pressed in winding side guide rotating shaft 45.
For the ease of realizing the Automated condtrol of horizontal volume to volume automatic deploying and retracting trigger, change as one kind of the present utility model Enter:Above-mentioned winding side buffering board cutting device 4 is additionally provided with winding side inductor 491 and winding side sensor block 492;Winding side sensor block 492 are relatively fixed with the buffering rotating shaft 43 of winding side, and winding side inductor 491 can slide into winding in the buffering rotating shaft 43 of winding side Triggered by winding side sensor block 492 during the upper position of Slideslip mechanism 44, and expression request can be sent when being triggered and received Volume machine 5 winds the transducing signal of pcb board, the hair when not being triggered with pcb board by the same speed of volume to volume horizontal plants 3 Go out to represent request winder 5 to be faster than the transducing signal that pcb board winds pcb board by the speed of volume to volume horizontal plants 3, to pass It is defeated by peripheral control unit so that this horizontal volume to volume automatic deploying and retracting trigger can be automatically controlled by peripheral control unit.
Above-mentioned Slideslip mechanism 25 and the winding Slideslip mechanism 44 of unreeling is equipped with two one slide rail guide rod H1, two sliding block axles Hold H2, one piece of installing plate H3 and an exacerbation counterweight H4;Two one slide rail guide rod H1 are vertically arranged, two slipper bearing H2 difference It is sleeved on two one slide rail guide rod H1 and can vertically slidably, installing plate H3 is fixed on two tops of slipper bearing H2 Between portion, aggravate counterweight H4 and be placed on installing plate H3;The two ends for unreeling side buffering rotating shaft 24 are separately mounted to unreel Slideslip On two slipper bearing H2 of mechanism 25, the two ends of winding side buffering rotating shaft 43 are separately mounted to wind the two of Slideslip mechanism 44 On individual slipper bearing H2.
It is above-mentioned to unreel Slideslip mechanism 25 and winding Slideslip mechanism 44 is additionally provided with two buffer spring H5, upper limits and opens Close H6, lower position switch H7 and two buffer H8;Two buffer spring H5 are set in the bottom of two one slide rail guide rod H1, Two buffer H8 are located at two underfaces of slipper bearing H2 respectively, and two top positions of buffer H8 are less than two The top position of individual buffer spring H5;The upper limit position switch H6 for unreeling Slideslip mechanism 25 can unreel side buffering rotating shaft 24 are triggered when sliding into the tip position for unreeling Slideslip mechanism 25, lower position switch H7 can unreel side buffering rotating shaft 24 Slide into unreel the position of Slideslip mechanism 25 less than lower position bottom position when be triggered;Winding Slideslip mechanism 44 Upper limit position switch H6 can slide into the position of winding Slideslip mechanism 44 higher than upper position in the buffering rotating shaft 43 of winding side It is triggered during tip position, lower position switch H7 can buffer the bottom that rotating shaft 43 slide into winding Slideslip mechanism 44 in winding side It is triggered during portion position;Unreel the upper limit position switch H6 and lower position switch H7 of Slideslip mechanism 25 and winding Slideslip mechanism 44 The transducing signal for representing that request unreeling machine 1, volume to volume horizontal plants 3 and winder 5 are shut down can be sent when being triggered.
The above-mentioned side buffering board cutting device 2 that unreels is additionally provided with and unreels lateral incision trigger structure 28;Winding side buffering board cutting device 4 also sets There is winding lateral incision trigger structure 48;Unreel lateral incision trigger structure 28 and winding lateral incision trigger structure 48 is equipped with cutting plate platform Q1, and cutting plate Platform Q1 is provided with the grooving Q1a extended along the vertical direction through direction V;The cutting plate platform Q1 for unreeling lateral incision trigger structure 28 is located at Move to unreel transition rotating shaft 22 before side and unreel the lower section of pcb board between side guide rotating shaft 23, cutting plate platform Q1 top surfaces and put down Go and be close to move to and unreel before side transition rotating shaft 22 and unreel the pcb board between side guide rotating shaft 23;Winding lateral incision trigger The cutting plate platform Q1 of structure 48 is under the pcb board after winding side guide rotating shaft 45 and winding side between transition rotating shaft 46 is moved to Side, cutting plate platform Q1 top surfaces are parallel and be close to and move to behind winding side guide rotating shaft 45 and winding side between transition rotating shaft 46 Pcb board.Wherein, in order to ensure the edges of boards for being cut through are straight, smooth, no concavo-convex, grooving Q1a preferably has top margin base wide narrow Isosceles trapezoid cross section, top margin is preferably between 1.2mm to 2mm, base preferably between 0.2mm to 1mm, grooving Q1a depth It is preferred that between 2.5mm to 4mm, enabling to cutting plate more accurate, quick and easy.
Above-mentioned side guide mechanism 27 and the winding side guide mechanism 47 of unreeling is equipped with pressing plate cylinder Y1 and plate press device Y2, and pressure The telescopic shaft of plate cylinder Y1 is set down, and plate press device Y2 is fixed on the telescopic shaft lower end of pressing plate cylinder Y1 and perpendicular to through direction V is set;The pressing plate cylinder Y1 for unreeling side guide mechanism 27 is fixed on and unreels on side frame 21, unreels the pressing plate of side guide mechanism 27 Cylinder Y1 telescopic shafts are controlled when stretching out, and the plate press device Y2 for unreeling side guide mechanism 27 can be by by unreeling side guide rotating shaft 23 Pcb board is pressed on and unreels in side guide rotating shaft 23;The pressing plate cylinder Y1 of winding side guide mechanism 47 is fixed on winding side frame 41 On, the pressing plate cylinder Y1 telescopic shafts of winding side guide mechanism 47 are controlled when stretching out, the plate press device Y2 energy of winding side guide mechanism 47 It is enough to be pressed in winding side guide rotating shaft 45 by winding the pcb board of side guide rotating shaft 45.
Above-mentioned unreeling machine 1 is provided with unreeling machine frame 14 and the film-receiving axis in unreeling machine frame 14 11, unreels motor 12 and two unreeling shafts 13;11, two unreeling shafts 13 of film-receiving axis and unreel transition rotating shaft 22 before side axis it is parallel, it is coiled Pcb board suit on a unreeling shaft 13, unreels motor 12 and drives unreeling shaft 13 to rotate forward wherein so that pcb board is with putting Spool 13 is unwrapped when rotating, and the barrier film head end of the pcb board being unwrapped is fixed on film-receiving axis 11, is unreeled motor 12 and is driven receipts Film axle 11 is rotated backward so that the barrier film of the pcb board being unwrapped is on film-receiving axis 11.
Above-mentioned winder 5 is provided with winder frame 54 and the paper feeding shaft in winder frame 54 51, winding motor 52 and two Scrolls 53;The axis of transition rotating shaft 46 is parallel after 51, two Scrolls 53 of paper feeding shaft and winding side, is wound Pcb board head end be fixed therein on a Scroll 53, winding motor 52 drive Scroll 53 rotate forward so that pcb board A roll is set with paper feeding shaft 51 every paper to be wound into a roll again on Scroll 53 when being rotated with Scroll 53, The volume connects the pcb board on Scroll 53 every the head end of paper, winding motor 52 drives paper feeding shaft 51 to rotate backward so that every paper With pcb board on Scroll 53.
The operation principle of horizontal volume to volume automatic deploying and retracting trigger of the present utility model is as follows:
When this horizontal volume to volume automatic deploying and retracting trigger runs well, the coiled pcb board inside unreeling machine 1 is put Volume machine 1 is rolled out, sequentially pass through unreel side buffering board cutting device 2, volume to volume horizontal plants 3, winding side buffering board cutting device 4 enter Winder 5 is wound into a roll again so that pcb board continual can be produced.
The coiled pcb board length in the inside of unreeling machine 1 is limited (typically in 50~200m), when coiled in unreeling machine 1 When pcb board exhausts and needs the pcb board for more renewing, first, stop unreeling machine 1 and with unreeling side guide mechanism 27 by pcb board pressure Tight now volume to volume horizontal plants 3 are remained on side guide rotating shaft 23 is unreeled, and are unreeled side and are buffered rotating shaft 24 in pcb board Along the slide rail guide rod slow upward slidings of H1 under active force so that buffer rotating shaft 24 to putting to side is unreeled by unreeling side guide rotating shaft 23 The pcb board into V-shaped of transition rotating shaft 26 carries out electroplating processes in being persistently conveyed into volume to volume horizontal plants 3 behind volume side;Then, Before the foregoing pcb board into V-shaped is all transported in volume to volume horizontal plants 3 (typically at 2 minutes or so), staff should Complete " to be cut off pcb board, changed in unreeling machine 1 coiled pcb board and by new PCB with the auxiliary blade of lateral incision trigger structure 28 is unreeled Plate is connected with original pcb board fracture " operation of reloading;Finally, compression of the side guide mechanism 27 to pcb board is unreeled, and Start unreeling machine 1 and it is rolled out pcb board by the speed of volume to volume horizontal plants 3 to be faster than pcb board so that unreel side buffering Rotating shaft 24 under gravity along slide rail guide rod H1 slide downwards, until unreel side buffering rotating shaft 24 slip down to certain position (with The reserved time for changing pcb board enough) after, then the speed for controlling unreeling machine 1 to pass through volume to volume horizontal plants 3 equivalent to pcb board Degree rolls out pcb board.So as to the utility model can complete unreeling machine 1 in the case where volume to volume horizontal plants 3 do not shut down The replacing of interior pcb board.
Pcb board weight of the winding that winder 5 can be carried in it is also limited, when the pcb board of the winding of winder 5 When reaching certain length (50~200m) and needing to remove pcb board, first, stop winder 5 and with winding side guide mechanism 47 are pressed in winding side guide rotating shaft 45 pcb board, and now volume to volume horizontal plants 3 are remained on, volume to volume horizontal plants 3 Pcb board after the completion electroplating processes of output is lasting to be exported to transition rotating shaft 42 before winding side so that the buffering rotating shaft of winding side 43 under gravity along the slide rail guide rod slow slide downwards of H1, and pcb board is temporarily stored in by transition before winding side into V-shaped Rotating shaft 42 to winding side is buffered in rotating shaft 43 to the position of winding side guide rotating shaft 45;Then, rotating shaft is buffered in foregoing winding side (typically at 2 minutes or so) before 43 bottoms for dropping to slide rail guide rod H1, staff should be completed " with winding lateral incision trigger structure 48 Auxiliary blade is cut off pcb board, takes out the pcb board in winder 5 and pcb board fracture is connected the Scroll of winder 5 again 53 " material extracting operation;Finally, compression of the winding side guide mechanism 47 to pcb board is decontroled, and is started winder 5 and is made it with fast Pcb board is wound by the speed of volume to volume horizontal plants 3 in pcb board so that active force of the winding side buffering rotating shaft 43 in pcb board It is lower along slide rail guide rod H1 upward slidings, until the buffering rotating shaft 43 of winding side slips down to certain position (with the reserved pcb board of taking-up enough Time) after, then control winder 5 to wind pcb board by the speed of volume to volume horizontal plants 3 with equivalent to pcb board.So as to, The utility model can complete the taking-up of pcb board in winder 5 in the case where volume to volume horizontal plants 3 do not shut down.
In addition, can set up EPC rectification detection devices between above-mentioned winder frame 54 and winding side frame 41 includes peace Dress support, detection head are electronic eyes, and detection head is provided with induced signal transmitter and induced signal receiver, and detection head is arranged on It is involved on the framework of machine, treats that PCB is passed through between told induced signal transmitter and induced signal receiver, when PCB gears are in institute EPC detection means sends signal when telling between induced signal transmitter and induced signal receiver.If the position of PCB is inclined Move, EPC detection means just sends a signal for adjusting to the left or to the right to deviation-rectifying servo motor, at the same base it is overall along Track is slided, and until PCB returns to the position of the central point of detection head, deviation-rectifying servo motor is stopping action.EPC is detected and correction Device can ensure PCB edge deviation precision on rewinding reel within ± 0.2mm.During PCB is wound, when PCB warps When crossing 16EPC detection means in figure, when EPC detects PCB not to be moved in the center position of EPC, EPC can be signaled to 18 correction drive device servo in figure, makes drive device to promote 11 board steel constructions in figure, and board steel construction is by figure 17 correction slide rails realize moving left and right that 17 correction slide rails are installed on board underframe in figure, by sliding block and slide rail itself Frictional Slipping function, to reach the function of PCB winding corrections.
The utility model is not limited to above-mentioned specific embodiment, according to the above, according to the ordinary skill of this area Knowledge and customary means, under the premise of the above-mentioned basic fundamental thought of the utility model is not departed from, the utility model can also be made The equivalent modifications of other diversified forms, replace or change, all fall among protection domain of the present utility model.

Claims (10)

1. a kind of horizontal volume to volume automatic deploying and retracting trigger, is provided with unreeling machine (1) and winder (5), the unreeling machine (1) and winding The installing space for installing volume to volume horizontal plants (3) is left between machine (5), wherein, the unreeling machine (1) can in rolls Rolled out installed in its internal pcb board, the pcb board that the winder (5) will can be unwrapped is wound into a roll, the volume again To volume horizontal plants (3) can to horizontal through pcb board process, it is characterised in that:Described horizontal volume to volume is automatic Retraction plate machine is additionally provided with and unreels side buffering board cutting device (2), and the side that unreels buffers board cutting device (2) installed in the unreeling machine (1) and the installing space of volume to volume horizontal plants (3) between;
It is described unreel side and buffer board cutting device (2) be provided with and unreel side frame (21) and unreel putting on side frame (21) installed in this Volume side before transition rotating shaft (22), unreel side guide rotating shaft (23), unreel side buffer rotating shaft (24), unreel Slideslip mechanism (25), Unreel behind side transition rotating shaft (26) and unreel side guide mechanism (27), it is described to unreel transition rotating shaft (22) before side, unreel side guide Rotating shaft (23), unreel side buffer rotating shaft (24) and after unreeling side transition rotating shaft (26) in the horizontal direction along the volume to volume level Equipment (3) be sequentially arranged through direction (V) and their shaft axis it is parallel and perpendicular to described through direction (V), it is described The top of transition rotating shaft (22) before side is unreeled, the top of side guide rotating shaft (23) is unreeled and is unreeled the top of transition rotating shaft (26) behind side Hold the horizontal plane with the pcb board through where during volume to volume horizontal plants (3) coplanar, it is described to unreel side buffering rotating shaft (24) unreeled in Slideslip mechanism (25) vertically slidably by installed in described, what the unreeling machine (1) rolled out Pcb board unreels the top of transition rotating shaft (22) before side, unreels the top of side guide rotating shaft (23), unreels side buffering from described successively The bottom of rotating shaft (24) and unreel transition rotating shaft (26) behind side top pass through after enter the volume to volume horizontal plants (3);Institute State and unreel side guide mechanism (27) positioned at the surface for unreeling side guide rotating shaft (23) and controlled will can be put by described The pcb board of volume side guide rotating shaft (23) is pressed on described unreeling in side guide rotating shaft (23).
2. horizontal volume to volume automatic deploying and retracting trigger according to claim 1, it is characterised in that:The described side buffering that unreels is cut Panel assembly (2) is additionally provided with and unreels side inductor (291) and unreel side sensor block (292);It is described to unreel side sensor block (292) and institute State unreel side buffer rotating shaft (24) be relatively fixed, it is described unreel side inductor (291) can it is described unreel side buffering rotating shaft (24) side sensor block (292) triggering, and energy are unreeled by described when unreeling the lower position of Slideslip mechanism (25) described in sliding into It is enough sent when being triggered the expression request unreeling machine (1) with pcb board by volume to volume horizontal plants (3) identical Speed rolls out the transducing signal of pcb board, send when not being triggered the expression request unreeling machine (1) is passed through with being faster than pcb board The speed of the volume to volume horizontal plants (3) rolls out the transducing signal of pcb board.
3. horizontal volume to volume automatic deploying and retracting trigger according to claim 1 and 2, it is characterised in that:Described horizontal roll pair Volume automatic deploying and retracting trigger is additionally provided with winding side and buffers board cutting device (4);The winding side buffers board cutting device (4) installed in described Between the installing space and winder (5) of volume to volume horizontal plants (3);
The winding side buffers board cutting device (4) and is provided with winding side frame (41) and the receipts on the winding side frame (41) Volume side before transition rotating shaft (42), winding side buffer rotating shaft (43), winding Slideslip mechanism (44), winding side guide rotating shaft (45), Transition rotating shaft (46) and winding side guide mechanism (47) behind winding side, transition rotating shaft (42), winding side buffering before the winding side Rotating shaft (43), winding side guide rotating shaft (45) and wind side after transition rotating shaft (46) in the horizontal direction along the volume to volume level Equipment (3) be sequentially arranged through direction (V) and their shaft axis it is parallel and perpendicular to described through direction (V), it is described Winding side before transition rotating shaft (42) top, winding side guide rotating shaft (45) top and winding side after transition rotating shaft (46) top Hold the horizontal plane with the pcb board through where during volume to volume horizontal plants (3) coplanar, the winding side buffering rotating shaft (43) vertically slidably, set through the volume to volume level by winding Slideslip mechanism (44) Pcb board after standby (3) successively from the top of transition rotating shaft (42) before the winding side, the bottom of winding side buffering rotating shaft (43), The top of transition rotating shaft (46) enters the winder (5) after passing through behind the top and winding side of winding side guide rotating shaft (45); It is described winding side guide mechanism (47) positioned at it is described winding side guide rotating shaft (45) surface and can it is controlled will be by described The pcb board of winding side guide rotating shaft (45) is pressed on winding side guide rotating shaft (45).
4. horizontal volume to volume automatic deploying and retracting trigger according to claim 3, it is characterised in that:Described winding side buffering is cut Panel assembly (4) is additionally provided with winding side inductor (491) and winding side sensor block (492);Winding side sensor block (492) and institute State winding side buffering rotating shaft (43) to be relatively fixed, winding side inductor (491) can buffer rotating shaft in the winding side (43) triggered by winding side sensor block (492) during the upper position for sliding into winding Slideslip mechanism (44), and energy It is enough sent when being triggered the expression request winder (5) with pcb board by volume to volume horizontal plants (3) identical The transducing signal of speed winding pcb board, send when not being triggered the expression request winder (5) and passed through with being faster than pcb board The speed of the volume to volume horizontal plants (3) winds the transducing signal of pcb board.
5. horizontal volume to volume automatic deploying and retracting trigger according to claim 3, it is characterised in that:It is described to unreel Slideslip mechanism (25) and winding Slideslip mechanism (44) be equipped with two one slide rail guide rods (H1), two slipper bearings (H2), one piece of installing plate And an exacerbation counterweight (H4) (H3);The two one slide rails guide rod (H1) is vertically arranged, described two slipper bearings (H2) point It is not sleeved on two one slide rail guide rods (H1) and can vertically slidably, the installing plate (H3) is fixed on described two Between the top of slipper bearing (H2), exacerbation counterweight (H4) is placed on the installing plate (H3);It is described to unreel side buffering The two ends of rotating shaft (24) are unreeled on two slipper bearings (H2) of Slideslip mechanism (25) described in being separately mounted to, the winding side The two ends of buffering rotating shaft (43) are separately mounted on two slipper bearings (H2) of winding Slideslip mechanism (44).
6. horizontal volume to volume automatic deploying and retracting trigger according to claim 5, it is characterised in that:It is described to unreel Slideslip mechanism (25) and winding Slideslip mechanism (44) be additionally provided with two buffer springs (H5), upper limit position switch (H6), lower position switch And two buffers (H8) (H7);Described two buffer springs (H5) are set in the bottom of the two one slide rails guide rod (H1) Portion, described two buffers (H8) are respectively positioned at the underface of described two slipper bearings (H2), and described two buffers (H8) top position of the top position less than described two buffer springs (H5);
The upper limit position switch (H6) for unreeling Slideslip mechanism (25) can slide into side buffering rotating shaft (24) that unreels It is described unreel Slideslip mechanism (25) tip position when be triggered, lower position switch (H7) can it is described unreel side buffering turn Axle (24) slide into it is described be triggered when unreeling the bottom position of Slideslip mechanism (25), the Slideslip mechanism (25) that unreels Bottom position is less than the lower position for unreeling Slideslip mechanism (25);The upper limit of winding Slideslip mechanism (44) is opened Closing (H6) can buffer quilt when rotating shaft (43) slides into the tip position of winding Slideslip mechanism (44) in the winding side Triggering, lower position switch (H7) can buffer rotating shaft (43) and slide into winding Slideslip mechanism (44) in the winding side It is triggered during bottom position, the tip position of winding Slideslip mechanism (44) is higher than winding Slideslip mechanism (44) Upper position;It is described unreel Slideslip mechanism (25) and winding Slideslip mechanism (44) upper limit position switch (H6) and lower limit open Closing (H7) can send the expression request unreeling machine (1), volume to volume horizontal plants (3) and winder (5) when being triggered The transducing signal of shutdown.
7. horizontal volume to volume automatic deploying and retracting trigger according to claim 3, it is characterised in that:The described side buffering that unreels is cut Panel assembly (2) is additionally provided with and unreels lateral incision trigger structure (28);Described winding side buffers board cutting device (4) and is additionally provided with winding lateral incision plate Mechanism (48);It is described to unreel lateral incision trigger structure (28) and winding lateral incision trigger structure (48) is equipped with cutting plate platform (Q1), it is and described Cutting plate platform (Q1) is provided with the grooving (Q1a) extended along the vertical direction through direction (V);It is described to unreel lateral incision trigger structure (28) cutting plate platform (Q1) is located to move to and unreels before side transition rotating shaft (22) and unreel the PCB between side guide rotating shaft (23) The lower section of plate, cutting plate platform (Q1) top surface it is parallel and be close to move to unreel side before transition rotating shaft (22) turn with side guide is unreeled Pcb board between axle (23);The cutting plate platform (Q1) of winding lateral incision trigger structure (48) is located at and moves to winding side guide turn The lower section of the pcb board after axle (45) and winding side between transition rotating shaft (46), cutting plate platform (Q1) top surface is parallel and is close to shifting Move winding side guide rotating shaft (45) and wind the pcb board behind side between transition rotating shaft (46).
8. horizontal volume to volume automatic deploying and retracting trigger according to claim 7, it is characterised in that:The grooving (Q1a) has The narrow isosceles trapezoid cross section in top margin base wide.
9. horizontal volume to volume automatic deploying and retracting trigger according to claim 3, it is characterised in that:Described unreels side pressure trigger Structure (27) and winding side guide mechanism (47) are equipped with pressing plate cylinder (Y1) and plate press device (Y2), and the pressing plate cylinder (Y1) Telescopic shaft is set down, and the plate press device (Y2) is fixed on the telescopic shaft lower end of the pressing plate cylinder (Y1) and is worn perpendicular to described Cross direction (V) setting;The pressing plate cylinder (Y1) for unreeling side guide mechanism (27) is unreeled on side frame (21) described in being fixed on, Described pressing plate cylinder (Y1) telescopic shaft for unreeling side guide mechanism (27) is controlled when stretching out, the side guide mechanism (27) that unreels Plate press device (Y2) unreels side guide rotating shaft (23) described in being pressed on by the pcb board for unreeling side guide rotating shaft (23) On;The pressing plate cylinder (Y1) of winding side guide mechanism (47) is fixed on winding side frame (41), the winding side Pressing plate cylinder (Y1) telescopic shaft of press plate mechanism (47) is controlled when stretching out, the plate press device (Y2) of the winding side guide mechanism (47) To can be pressed on winding side guide rotating shaft (45) by the pcb board of winding side guide rotating shaft (45).
10. horizontal volume to volume automatic deploying and retracting trigger according to claim 3, it is characterised in that:Described unreeling machine (1) sets There are unreeling machine frame (14) and the film-receiving axis (11) in the unreeling machine frame (14), unreel motor (12) and two put Spool (13);The film-receiving axis (11), two unreeling shafts (13) and the axis for unreeling transition rotating shaft (22) before side are parallel, Wherein on a unreeling shaft (13), the motor (12) that unreels drives the unreeling shaft to the coiled pcb board suit (13) rotate forward so that the pcb board is unwrapped when being rotated with the unreeling shaft (13), the pcb board being unwrapped Barrier film head end is fixed on the film-receiving axis (11), and the motor (12) that unreels drives the film-receiving axis (11) to rotate backward, So that the barrier film of the pcb board being unwrapped is on the film-receiving axis (11);
The winder (5) be provided with winder frame (54) and the paper feeding shaft (51) in the winder frame (54), Winding motor (52) and two Scrolls (53);The paper feeding shaft (51), two Scrolls (53) and transition behind the winding side The axis of rotating shaft (46) is parallel, and the pcb board head end for being wound is fixed therein on a Scroll (53), described Winding motor (52) drives the Scroll (53) to rotate forward so that the pcb board with the Scroll (53) when rotating Being wound into a roll again on the Scroll (53), a roll is set with the paper feeding shaft (51) every paper, the volume every The head end of paper connects the pcb board on the Scroll (53), and the winding motor (52) drives the paper feeding shaft (51) reversely to turn It is dynamic so that it is described every paper with the pcb board on the Scroll (53).
CN201620882241.8U 2016-08-15 2016-08-15 A kind of horizontal volume to volume automatic deploying and retracting trigger Active CN206244143U (en)

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CN201620882241.8U CN206244143U (en) 2016-08-15 2016-08-15 A kind of horizontal volume to volume automatic deploying and retracting trigger

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Application Number Priority Date Filing Date Title
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI706905B (en) * 2019-10-01 2020-10-11 迅得機械股份有限公司 Vertical process device

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
TWI706905B (en) * 2019-10-01 2020-10-11 迅得機械股份有限公司 Vertical process device

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