CN204356427U - Electroplating device feeding device - Google Patents
Electroplating device feeding device Download PDFInfo
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- CN204356427U CN204356427U CN201420779026.6U CN201420779026U CN204356427U CN 204356427 U CN204356427 U CN 204356427U CN 201420779026 U CN201420779026 U CN 201420779026U CN 204356427 U CN204356427 U CN 204356427U
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Abstract
The utility model discloses a kind of electroplating device feeding device, this device comprises base; At least one sheet stock transporting mechanism, is arranged on base, for transmitting sheet stock; At least one sheet stock holding structure, each sheet stock transporting mechanism correspondence is provided with at least one sheet stock holding structure, and sheet stock holding structure is arranged on base, for interval and deposits sheet stock and the isolation scraps of paper; At least one sheet stock carrying mechanism, each sheet stock carrying mechanism is corresponding with sheet stock holding structure to be arranged, for sheet stock is carried to sheet stock transporting mechanism from sheet stock holding structure; The separate control of at least one sheet stock carrying mechanism.This feeding device adopts the sheet stock carrying mechanism of separate control to be carried on sheet stock transporting mechanism by the sheet stock on the sheet stock holding structure corresponding with it, to realize full-automatic transmission sheet stock, transmission efficiency is high and effectively can save cost, at least one sheet stock can be transmitted simultaneously, sheet stock transmission efficiency can be improved.
Description
Technical field
The utility model relates to Electroplating Production field, particularly relates to a kind of electroplating device feeding device.
Background technology
Plating utilizes electrolysis principle to plate the process of other metal or alloy of skim on the surface at some metal sheet stock, in order to strengthen the characteristic such as erosion resistance, intensity, electroconductibility, thermotolerance of metal sheet stock.In practice, by the isolation of the isolation scraps of paper between electroplated metal sheet stock, too tight to avoid between metal sheet stock, be unfavorable for picking and placeing.In current electroplating technology, adopt artificial or semi-automatic means to be sent to by sheet stock on the sheet stock transporting mechanism of electroplating device, to carry out subsequent handling, this process needs at substantial human and material resources, and sheet stock transmission efficiency is low.
The feeding device of current electroplating device is general only for storing and transmit the metal sheet stock of specific size specification, and its production application scope is less, easily causes the wasting of resources.
Utility model content
The technical problems to be solved in the utility model is, for the defect of prior art, provides a kind of novel electroplating device feeding device.
The utility model solves the technical scheme that its technical problem adopts: a kind of electroplating device feeding device, comprises
Base;
At least one sheet stock transporting mechanism, is arranged on described base, for transmitting described sheet stock;
At least one sheet stock holding structure, described in each, sheet stock transporting mechanism correspondence is provided with sheet stock holding structure described at least one, and described sheet stock holding structure is arranged on described base, for interval and deposits sheet stock and the isolation scraps of paper;
At least one sheet stock carrying mechanism, sheet stock carrying mechanism described in each is corresponding with described sheet stock holding structure to be arranged, for described sheet stock is carried to described sheet stock transporting mechanism from described sheet stock holding structure; The separate control of at least one sheet stock carrying mechanism described.
Preferably, described sheet stock transporting mechanism comprises and is arranged on a pair mounting block, the two ends that are oppositely arranged along X-direction and is separately fixed at rotating at least two rolling posts on described a pair mounting block and for driving described rolling post to rotate with the first driven unit transmitting described sheet stock.
Preferably, also comprise the scraps of paper holding structure for depositing the described isolation scraps of paper be arranged on described base, the described isolation scraps of paper are carried to described scraps of paper holding structure by described sheet stock carrying mechanism.
Preferably, described sheet stock holding structure comprises:
A pair first limit assemblies, are arranged on described base, and can along X-direction close to each other or away from;
A pair second limit assemblies, are arranged on described base, and can along Y direction close to each other or away from, described a pair first limit assemblies define one for holding the accommodation space of described sheet stock together with described a pair second limit assemblies; And
Pallet, is arranged in described accommodation space, and can along Z-direction to-and-fro movement.
Preferably, first limit assembly described in each comprises and is arranged on the pedestal on described base, at least two the X limited posts be disposed on described pedestal along Y direction, described sheet stock holding structure also comprise for control described two pedestals along X-direction close to each other or away from first direction adjusting part;
Described first direction adjusting part comprise along X-direction arrange for connect described two pedestals the first screw mandrel, be separately positioned on described two pedestals for the first through hole of passing through for described first screw mandrel and the second through hole, be respectively equipped with the forward screw thread and reverse thread that coordinate with described first screw mandrel in described first through hole and the second through hole.
Preferably, described a pair second limit assemblies comprise and are oppositely arranged on the first positioning seat on described base and the second positioning seat, the Y limited post be separately positioned on described first positioning seat and the second positioning seat along X-direction, described sheet stock holding structure also comprise for control described first positioning seat and described second positioning seat along Y direction close to each other or away from second direction adjusting part;
Described second direction adjusting part comprises the first guide rail be arranged on along Y direction on described base, and described first positioning seat and/or the second positioning seat are arranged on described first guide rail.
Preferably, described base is provided with perforate, and described sheet stock holding structure also comprises for driving described pallet along the reciprocating third direction adjusting part of Z-direction;
Described third direction adjusting part comprise be connected with described pallet through described perforate catch bar, be connected with described catch bar for driving along reciprocating first driven unit of Z-direction and the detection components for controlling described first driven unit work.
Preferably, described sheet stock carrying mechanism comprises:
Supporting component, comprises bracing frame and is arranged on the crossbeam on bracing frame;
Absorbent module, for adsorbing described sheet stock and the isolation scraps of paper;
Carrying assembly, to be arranged on described crossbeam and to be connected with described absorbent module, for carrying the sheet stock and the isolation scraps of paper that described absorbent module adsorbs;
Detection element, is connected with described absorbent module, for distinguishing the described sheet stock of absorption and the described isolation scraps of paper;
Carrying control unit, be connected with described detection element with described absorbent module, described carrying assembly respectively, the sheet stock described absorbent module adsorbed for carrying assembly according to the detecting output control of described detection element is carried to sheet stock transporting mechanism and scraps of paper holding structure respectively with the isolation scraps of paper.
Preferably, described absorbent module comprises:
The bearing unit be connected with described carrying assembly;
To be arranged on described bearing unit, can along X-direction close to each other or away from a pair first web members;
First web member described in each is arranged at least one second web member to moving back and forth along described first web member;
Be arranged on the sucker on web member described in each; And
Width adjusting part, for control described first web member be connected near or away from.
Preferably, described carrying assembly comprise be connected with described bearing unit for control described absorbent module along Z-direction movement the first handling unit, be connected with described first handling unit for controlling second handling unit of described absorbent module along the movement of crossbeam direction; Described detection element comprises conducting channel, and the positive pole of described conducting channel is connected with the sucker be arranged on a pair first web members respectively with negative pole.
The utility model compared with prior art tool has the following advantages: implement the utility model, the sheet stock carrying mechanism of separate control is adopted to be carried on sheet stock transporting mechanism by the sheet stock on the sheet stock holding structure corresponding with it, to realize full-automatic transmitting sheet stock, transmission efficiency is high and effectively can save cost.And, a base can arrange at least one sheet stock transporting mechanism, sheet stock holding structure and sheet stock carrying mechanism simultaneously, at least one sheet stock can be transmitted simultaneously, sheet stock transmission efficiency can be improved.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is described in further detail, in accompanying drawing:
Fig. 1 is a structural representation of electroplating device feeding device in the utility model one embodiment.
Fig. 2 is another structural representation of electroplating device feeding device in the utility model one embodiment.
Fig. 3 is a structural representation of sheet stock transporting mechanism in the utility model one embodiment.
Fig. 4 is a structural representation of sheet stock holding structure in the utility model one embodiment.
Fig. 5 is another structural representation of sheet stock holding structure in the utility model one embodiment.
Fig. 6 is a structural representation of sheet stock carrying mechanism in the utility model one embodiment.
Fig. 7 is a structural representation of absorbent module in the utility model one embodiment.
Fig. 8 is a structural representation of the second web member in the utility model one embodiment.
In figure: 10, base; 20, sheet stock holding structure; 21, the first limit assembly; 211, pedestal; 212, X limited post; 213, first direction adjusting part; 2131, the first screw mandrel; 2132, the first through hole; 2133, the second through hole; 214, Direction Control Unit; 2141, the first twisted spur gear; 2142, the second twisted spur gear; 2143, the second screw mandrel; 2144, the first operation handle arm; 22, the second limit assembly; 221, the first positioning seat; 222, the second positioning seat; 223, Y limited post; 224, second direction adjusting part; 2241, the first guide rail; 23, pallet; 231, loose slot; 24, third direction adjusting part; 241, catch bar; 242, the first driven unit; 243, detection components; 2431, detector; 2432, locating dowel; 30, sheet stock carrying mechanism; 31, supporting component; 311, bracing frame 311; 312, crossbeam; 32, absorbent module; 321, bearing unit; 322, the first web member; 323, the second web member; 3231, first component; 3232, second component; 3233, locking part; 3234, connecting hole; 324, sucker; 325, width adjusting part; 3251, movable support; 3252, the first movable screw mandrel; 326, control unit is operated; 3261, the 3rd twisted spur gear; 3262, the 4th twisted spur gear; 3263, the second movable screw mandrel; 3264, the second operation handle arm; 33, assembly is carried; 331, the first handling unit; 3311, bar is carried; 3312, the second driven unit; 332, the second handling unit; 3321, the second guide rail; 3322, sliding shoe; 40, sheet stock transporting mechanism; 41, mounting block; 42, rolling post; 43, the 3rd driven unit; 50, scraps of paper holding structure; 60, display screen; 70, combined aural and visual alarm.
Embodiment
In order to there be understanding clearly to technical characteristic of the present utility model, object and effect, now contrast accompanying drawing and describe embodiment of the present utility model in detail.
Fig. 1, Fig. 2 illustrate the electroplating device feeding device in the utility model one embodiment.At least one sheet stock carrying mechanism 30 that this electroplating device feeding device comprises base 10, at least one the sheet stock transporting mechanism 40 be arranged on base 10, each sheet stock transporting mechanism 40 correspondence are provided with at least one sheet stock holding structure 20 and separate control, each sheet stock carrying mechanism 30 is corresponding with sheet stock holding structure 20 to be arranged.During the work of this feeding device, the sheet stock carrying mechanism 30 of separate control is adopted to be carried on sheet stock transporting mechanism 40 by the sheet stock on the sheet stock holding structure 20 corresponding with it, to realize the full-automatic sheet stock that transmits to sheet stock transporting mechanism 40, transmission efficiency is high and effectively can save cost.
As shown in Figure 2 and Figure 3, sheet stock transporting mechanism 40 is arranged on base 10, for transmitting the subsequent processing of sheet stock to electroplating technology.Particularly, sheet stock transporting mechanism 40 comprises a pair mounting block 41, the two ends that are oppositely arranged along X-direction and is separately fixed at rotating at least two the rolling posts 42 on a pair mounting block 41 and transmits the first driven unit 242 of sheet stock for driving rolling post 42 to rotate.Understandably, at least two rolling post 42 intervals are rotatably fixed on a pair mounting block 41, distance between two adjacent rolling posts 42 is greater than length or the width of sheet stock, to avoid sheet stock to drop between two adjacent rolling posts 42 in transport process, cannot transmit sheet stock smoothly.
In the present embodiment, on same base 10, be provided with two sheet stock transporting mechanisms 40, effectively can shorten the distance of the rolling post 42 on sheet stock transporting mechanism 40, be conducive to avoiding its rolling post 42 to bend or damage.
As shown in Figure 1 and Figure 2, sheet stock holding structure 20 is arranged on base 10, deposits sheet stock and the isolation scraps of paper for interval.Each sheet stock transporting mechanism 40 correspondence is provided with at least one sheet stock holding structure 20.
At least one sheet stock carrying mechanism 30, each sheet stock carrying mechanism 30 is corresponding with each sheet stock holding structure 20 to be arranged on crossbeam 312, for sheet stock is carried to sheet stock transporting mechanism 40 from sheet stock holding structure 20; The separate control of at least one sheet stock carrying mechanism 30, when any sheet stock carrying mechanism 30 can be made to break down, does not affect the normal work of other sheet stock carrying mechanisms 30.
In the present embodiment, each sheet stock transporting mechanism 40 correspondence is provided with 3 sheet stock holding structures 20 and 3 sheet stock carrying mechanisms 30, makes each sheet stock transporting mechanism 40 can transmit at least 3 sheet stocks simultaneously, ensures that its high-level efficiency transmits sheet stock.
Particularly, this electroplating device feeding device also comprises the scraps of paper holding structure 50 for depositing the isolation scraps of paper be arranged on base 10, the isolation scraps of paper are carried to scraps of paper holding structure 50 by sheet stock carrying mechanism 30, for reclaiming the isolation scraps of paper, avoid the scraps of paper to waste, and can effectively avoid the scraps of paper to affect workshop hygiene environment.
Understandably, this base 10 can also arrange monitoring display screen 60 and combined aural and visual alarm 70.
As shown in Figure 4, Figure 5, sheet stock holding structure 20 comprises a pair first limit assemblies 21, a pair second limit assemblies 22 and pallets 23.These a pair first limit assemblies 21, are arranged on base 10, and can along X-direction close to each other or away from; A pair second limit assemblies 22, are arranged on base 10, and can along Y direction close to each other or away from.Understandably, a pair first limit assemblies 21 define one for holding the accommodation space of sheet stock together with a pair second limit assemblies 22, and pallet 23 is arranged in accommodation space, and can along Z-direction to-and-fro movement.
Understandably, a pair first limit assemblies 21 and a pair second limit assemblies 22 all can close to each other or away from, the size adjustable of the accommodation space for holding sheet stock that it is defined, can be used for the electroplating device sheet stock depositing plurality of specifications size, make its range of application wider, avoid adopting the sheet stock holding structure 20 of fixing specification size to cause it can only be applied on certain electric coating apparatus feeding device.This accommodation space is provided with can along the reciprocating pallet 23 of Z-direction, for adjusting sheet stock height along Z-direction above base 10, so that sheet stock is sent to sheet stock transporting mechanism 40 by sheet stock carrying mechanism 30, to carry out lower one electroplating work procedure.
As shown in Figure 4, each first limit assembly 21 comprises and is arranged on the pedestal 211 on base 10, at least two the X limited posts 212 be disposed on pedestal 211 along Y direction, sheet stock holding structure 20 also comprise for control two pedestals 211 along X-direction close to each other or away from first direction adjusting part 213.Understandably, first direction adjusting part 213 can regulate at the width of X-direction according to the electroplating device sheet stock that need be placed in idle space.
Particularly, first direction adjusting part 213 comprise along X-direction arrange for connect two pedestals 211 the first screw mandrel 2131, be separately positioned on two pedestals 211 for being respectively equipped with the forward screw thread and reverse thread that coordinate with the first screw mandrel 2131 in the first through hole 2132 of passing through for the first screw mandrel 2131 and the second through hole 2133, first through hole 2132 and the second through hole 2133.When first direction adjusting part 213 works, rotated forward or backwards by the first screw mandrel 2131 of control linkage two pedestals 211, drive two pedestals 211 close to each other or away from.
As shown in Figure 4, there is mechanism and also comprise the Direction Control Unit 214 worked for controlling first direction adjusting part 213 in sheet stock, understandably, Direction Control Unit 214 is for controlling the rotation forward or backwards of the first screw mandrel 2131.Further, Direction Control Unit 214 comprises the first twisted spur gear 2141 be set on the first screw mandrel 2131, the second twisted spur gear 2142 engaged with the first twisted spur gear 2141, the second screw mandrel 2143 be arranged in the second twisted spur gear 2142, is arranged on second screw mandrel 2143 one end and rotates for controlling the second screw mandrel 2143 the first operation handle arm 2144 carrying out drive first screw mandrel 2131 and rotate.In the present embodiment, the first operation handle arm 2144 of the first direction adjusting part 213 of at least one sheet stock holding structure 20 is arranged on same direction, so that red-tape operati by direction of passage control unit 214.
As shown in Figure 4, Figure 5, a pair second limit assemblies 22 comprise and are oppositely arranged on the first positioning seat 221 on base 10 and the second positioning seat 222, the Y limited post 223 be separately positioned on the first positioning seat 221 and the second positioning seat 222 along X-direction.
Sheet stock holding structure 20 also comprise for control the first positioning seat 221 and the second positioning seat 222 along Y direction close to each other or away from second direction adjusting part 224.Further, second direction adjusting part 224 comprises and is arranged on the first guide rail 2241, first positioning seat 221 on base 10 along Y direction and/or the second positioning seat 222 is arranged on the first guide rail 2241.Understandably, first positioning seat 221 and the second positioning seat 222 can be selected one and be arranged on the first guide rail 2241, the Y limited post 223 it arranged to realize unidirectional drive slides along the first guide rail 2241, also can be arranged on the first guide rail 2241 simultaneously, drive the Y limited post 223 that it is arranged to slide along the first guide rail 2241 to realize double-direction control.
Y limited post 223 is driven to slide along the first guide rail 2241 for ease of the first positioning seat 221 and/or the second positioning seat 222, in the present embodiment, pallet 23 is arranged on above the first guide rail 2241, and pallet 23 is provided with the loose slot 231 for moving back and forth for Y limited post 223.
As shown in Figure 4, Figure 5, sheet stock holding structure 20 also comprises for driving pallet 23 along the reciprocating third direction adjusting part 24 of Z-direction.Understandably, base 10 is provided with perforate, third direction adjusting part 24 comprise be connected with pallet 23 through perforate catch bar (241), be connected with catch bar (241) for driving along reciprocating first driven unit 242 of Z-direction and for controlling the detection components 243 that the first driven unit 242 works.Detection components 243 comprises the detector 2431 for detecting the position of metal sheet stock on accommodation space and is arranged on the locating dowel 2432 for placing detector 2431 on base 10.
During work, detected by detector 2431 and be placed on the height of the electroplating device sheet stock on idle space in Z-direction, control detected result to control the first driven unit 242 and promote pallet 23 along Z axis to-and-fro movement, sheet stock can be placed on be convenient to the position that sheet stock carrying mechanism 30 is carried.
As shown in Figure 6, sheet stock carrying mechanism 30 comprises supporting component 31, absorbent module 32, carrying assembly 33, detection element (not shown) and carrying control unit (not shown).Further, supporting component 31 comprises two bracing frames 311 be oppositely arranged on base 10 and the crossbeam 312 be arranged between two bracing frames 311.Absorbent module 32 is for adsorbing sheet stock and the isolation scraps of paper.Carrying assembly 33 to be arranged on crossbeam 312 and to be connected with absorbent module 32, for carrying sheet stock that absorbent module 32 adsorbs and isolating the scraps of paper.Detection element is connected with absorbent module 32, for distinguishing sheet stock and the isolation scraps of paper of absorption.Carrying control unit respectively with absorbent module 32, carry assembly 33 and is connected with detection element, for the sheet stock that absorbent module 32 adsorbed according to the detecting output control carrying assembly 33 of detection element with isolate the scraps of paper and be carried to first location and the second position respectively.Understandably, this first location is sheet stock transporting mechanism 40, and the second position is scraps of paper holding structure 50.
During work, carrying control unit drives absorbent module 32 to move to above sheet stock holding structure 20 by controlling carrying assembly 33, control absorbent module 32 again and adsorb sheet stock or the isolation scraps of paper, then the sheet stock adsorbed by detection element detecting absorbent module 32 still isolates the scraps of paper, if sheet stock, be then carried to sheet stock transporting mechanism 40 by controlling carrying assembly 33; If the isolation scraps of paper, be then carried to scraps of paper holding structure 50 by controlling carrying assembly 33.
As shown in Figure 6, Figure 7, absorbent module 32 comprises the sucker 324 that the bearing unit 321 be connected with carrying assembly 33, a pair first web members 322 be arranged on bearing unit 321, each first web member 322 do not have at least one second web member 323 and be arranged on each second web member 323.
Understandably, a pair first web members 322 can along X-direction close to each other or away from, during use, can according to the sheet stock that will adsorb its relative distance in X-direction of width adjustment in X-direction, to avoid cannot adsorbing sheet stock apart from excessive causing, not good apart from too small adsorption effect, hold caducous problem.
As shown in Figure 6, Figure 7, absorbent module 32 also comprise for control the first web member 322 be connected near or away from width adjusting part 325.Further, width adjusting part 325 comprises a pair movable support 3251, the first movable screw mandrel 3252 for connecting a pair movable support 3251, and a pair movable support 3251 and the first movable screw mandrel 3252 junction are respectively equipped with forward screw thread and reverse thread.More specifically, a pair movable support 3251 is arranged on bearing unit 321, respectively and is connected with a pair first web members 322.When width adjusting part 325 works, rotated forward or backwards by the first movable screw mandrel 3252 of control linkage a pair movable support 3251, drive a pair movable support 3251 be connected near or away from.
As shown in Figure 6, Figure 7, sheet stock carrying mechanism 30 also comprises the operation control unit 326 worked for controlling width adjusting part 325, and understandably, operation control unit 326 rotates forward or backwards for controlling the first movable screw mandrel 3252.Further, operation control unit 326 comprises the 3rd twisted spur gear 3261 be set on the first movable screw mandrel 3252, the 4th twisted spur gear 3262 engaged with the 3rd twisted spur gear 3261, the second movable screw mandrel 3263 be arranged in the 4th twisted spur gear 3262, is arranged on second operation handle arm 3264 of second movable screw mandrel 3263 one end.In the present embodiment, each sheet stock carrying mechanism 30 is provided with operation control unit 326 to change the setting position of the second operation handle arm 3264, and make it be arranged on the same direction of base 10, convenient operation controls.
As shown in Fig. 6, Fig. 7 and Fig. 8, second web member 323 can move back and forth along the first web member 322, during use, must according to the sheet stock that will adsorb its relative distance in Y direction of length adjustment in Y direction, to avoid cannot adsorbing sheet stock apart from excessive causing, not good apart from too small adsorption effect, hold caducous problem.Second web member 323 comprise U-shaped first component 3231, second component 3232 in L-type, for connecting the locking part 3233 of locking first component 3231 and second component 3232, first component 3231 and second component 3232 coordinate formation for holding the connecting hole 3234 that the first web member 322 passes through, and sucker 324 is arranged on second component 3232.When needs adjust sucker 324 in Y direction relative distance, locking part 3233 can be opened, adjust the relative distance between the second web member 323.
As shown in Figure 6, carry assembly 33 comprise be connected with bearing unit 321 for control absorbent module 32 along Z-direction movement the first handling unit 331, be connected with the first handling unit 331 for controlling second handling unit 332 of absorbent module 32 along crossbeam 312 direction movement.In the present embodiment, crossbeam 312 is arranged along Y direction.Understandably, the first handling unit 331 is for realizing the function adsorbing or transfer sheet stock or the isolation scraps of paper, and the second handling unit 332 is for implementing process sheet stock and the isolation scraps of paper being carried to respectively sheet stock transporting mechanism 40 and scraps of paper holding structure 50.
Particularly, the first handling unit 331 comprise be connected with bearing unit 321 carrying bar 3311, with carrying bar 3311 be connected for the second driven unit 3312.Understandably, the first driven unit 242, second driven unit 3312 and the 3rd driven unit 43 can be all cylinders.Second handling unit 332 comprises the second guide rail 3321 of being arranged on crossbeam 312 and is arranged on the sliding shoe 3322 that the second guide rail 3321 can slide along the second guide rail 3321, and understandably, sliding shoe 3322 can work under the actuating units such as cylinder control.
Particularly, detection element (not shown) comprises conducting channel, and the positive pole of conducting channel is connected with the sucker 324 be arranged on a pair first web members 322 respectively with negative pole.Can sucker 324 when being adsorbed onto sheet stock, conducting channel is energized, if when sucker 324 is adsorbed onto the isolation scraps of paper, therefore conducting channel open circuit, can be sheet stock or the isolation scraps of paper by what identify that sucker 324 adsorbs according to conducting channel.
The utility model is described by a specific embodiment, it will be appreciated by those skilled in the art that, when not departing from the utility model scope, can also carry out various conversion and be equal to substituting to the utility model.In addition, for particular condition or particular case, various amendment can be made to the utility model, and not depart from scope of the present utility model.Therefore, the utility model is not limited to disclosed specific embodiment, and should comprise the whole embodiments fallen in the utility model right.
Claims (10)
1. an electroplating device feeding device, is characterized in that: comprise
Base (10):
At least one sheet stock transporting mechanism (40), is arranged on described base (10), for transmitting described sheet stock;
At least one sheet stock holding structure (20), sheet stock transporting mechanism (40) correspondence described in each is provided with sheet stock holding structure (20) described at least one, and described sheet stock holding structure (20) is arranged on described base (10) and above, for interval deposits sheet stock and the isolation scraps of paper;
At least one sheet stock carrying mechanism (30), sheet stock carrying mechanism (30) described in each is corresponding with described sheet stock holding structure (20) to be arranged, for described sheet stock is carried to described sheet stock transporting mechanism (40) from described sheet stock holding structure (20); At least one sheet stock carrying mechanism (30) separate control described.
2. electroplating device feeding device according to claim 1, is characterized in that: described sheet stock transporting mechanism (40) comprises and is arranged on a pair mounting block (41), the two ends that are oppositely arranged along X-direction and is separately fixed at rotating at least two rolling posts (42) on described a pair mounting block (41) and for driving described rolling post (42) to rotate with the first driven unit (242) transmitting described sheet stock.
3. electroplating device feeding device according to claim 1, it is characterized in that: also comprise the scraps of paper holding structure (50) for depositing the described isolation scraps of paper be arranged on described base (10), the described isolation scraps of paper are carried to described scraps of paper holding structure (50) by described sheet stock carrying mechanism (30).
4. electroplating device feeding device according to claim 1, is characterized in that: described sheet stock holding structure (20) comprising:
A pair first limit assemblies (21), are arranged on described base (10), and can along X-direction close to each other or away from;
A pair second limit assemblies (22), be arranged on described base (10), and can along Y direction close to each other or away from, described a pair first limit assemblies (21) and described a pair second limit assemblies (22) define one together for holding the accommodation space of described sheet stock; And
Pallet (23), is arranged in described accommodation space, and can along Z-direction to-and-fro movement.
5. electroplating device feeding device according to claim 4, it is characterized in that: the first limit assembly (21) described in each comprises and is arranged on the pedestal (211) on described base (10), at least two the X limited posts (212) be disposed on described pedestal (211) along Y direction, described sheet stock holding structure (20) also comprise for control described two pedestals (211) along X-direction close to each other or away from first direction adjusting part (213);
Described first direction adjusting part (213) comprise along X-direction arrange for connect described two pedestals (211) the first screw mandrel (2131), be separately positioned on described two pedestals (211) for the first through hole (2132) of passing through for described first screw mandrel (2131) and the second through hole (2133), be respectively equipped with the forward screw thread and reverse thread that coordinate with described first screw mandrel (2131) in described first through hole (2132) and the second through hole (2133).
6. electroplating device feeding device according to claim 5, it is characterized in that: described a pair second limit assemblies (22) comprise and are oppositely arranged on the first positioning seat (221) on described base (10) and the second positioning seat (222) along X-direction, be separately positioned on the Y limited post (223) on described first positioning seat (221) and the second positioning seat (222), described sheet stock holding structure (20) also comprise for control described first positioning seat (221) and described second positioning seat (222) along Y direction close to each other or away from second direction adjusting part (224),
Described second direction adjusting part (224) comprises the first guide rail (2241) be arranged on along Y direction on described base (10), and described first positioning seat (221) and/or the second positioning seat (222) are arranged on described first guide rail (2241).
7. electroplating device feeding device according to claim 4, it is characterized in that: described base (10) is provided with perforate, described sheet stock holding structure (20) also comprises for driving described pallet (23) along the reciprocating third direction adjusting part (24) of Z-direction;
Described third direction adjusting part (24) comprise be connected with described pallet (23) through described perforate catch bar, be connected with described catch bar for driving along reciprocating first driven unit of Z-direction (242) and for controlling the detection components (243) that described first driven unit (242) works.
8. the electroplating device feeding device according to any one of claim 1 ~ 7, is characterized in that: described sheet stock carrying mechanism (30) comprising:
Supporting component (31), comprises bracing frame (311) and is arranged on the crossbeam (312) on bracing frame (311);
Absorbent module (32), for adsorbing described sheet stock and the isolation scraps of paper;
Carrying assembly (33), is arranged on described crossbeam (312) upper and be connected with described absorbent module (32), for carrying sheet stock that described absorbent module (32) adsorbs and isolating the scraps of paper;
Detection element, is connected with described absorbent module (32), for distinguishing the described sheet stock of absorption and the described isolation scraps of paper;
Carrying control unit, be connected with described detection element with described absorbent module (32), described carrying assembly (33) respectively, the sheet stock described absorbent module (32) adsorbed for carrying assembly (33) according to the detecting output control of described detection element is carried to sheet stock transporting mechanism (40) and scraps of paper holding structure (50) respectively with the isolation scraps of paper.
9. the electroplating device feeding device according to Claim 8 described in any one, is characterized in that: described absorbent module (32) comprising:
The bearing unit (321) be connected with described carrying assembly (33);
Be arranged on described bearing unit (321) upper, can along X-direction close to each other or away from a pair first web members (322);
Upper at least one second web member (323) arranged to moving back and forth along described first web member (322) of first web member (322) described in each;
Be arranged on the sucker (324) on web member described in each; And
Width adjusting part (325), for control described first web member (322) be connected near or away from.
10. electroplating device feeding device according to claim 9, is characterized in that: described carrying assembly (33) comprise be connected with described bearing unit (321) for control described absorbent module (32) along Z-direction movement the first handling unit (331), be connected with described first handling unit (331) for controlling second handling unit (332) of described absorbent module (32) along crossbeam (312) direction movement; Described detection element comprises conducting channel, and the positive pole of described conducting channel is connected with the sucker (324) be arranged on a pair first web members (322) respectively with negative pole.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420779026.6U CN204356427U (en) | 2014-12-10 | 2014-12-10 | Electroplating device feeding device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420779026.6U CN204356427U (en) | 2014-12-10 | 2014-12-10 | Electroplating device feeding device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204356427U true CN204356427U (en) | 2015-05-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420779026.6U Expired - Fee Related CN204356427U (en) | 2014-12-10 | 2014-12-10 | Electroplating device feeding device |
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| CN (1) | CN204356427U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104532326B (en) * | 2014-12-10 | 2017-08-18 | 深圳市奥美特科技有限公司 | Electroplating device feeding device |
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2014
- 2014-12-10 CN CN201420779026.6U patent/CN204356427U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104532326B (en) * | 2014-12-10 | 2017-08-18 | 深圳市奥美特科技有限公司 | Electroplating device feeding device |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150527 Termination date: 20181210 |