CN204661852U - Automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device - Google Patents
Automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device Download PDFInfo
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- CN204661852U CN204661852U CN201520017292.XU CN201520017292U CN204661852U CN 204661852 U CN204661852 U CN 204661852U CN 201520017292 U CN201520017292 U CN 201520017292U CN 204661852 U CN204661852 U CN 204661852U
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Abstract
The utility model discloses a kind of automatic intermediate plate of chip integrated circuit material electroplating device, transmit and hold down gag, comprise horizontal guide rail mechanism, clip assemblies, hold down assembly, the first horizontal drive mechanism and the second horizontal drive mechanism, clip assemblies can be arranged in horizontal guide rail mechanism horizontally slidingly with holding down assembly, the first horizontal drive mechanism is connected in clip assemblies and the spacing with adjustable clamp chip module and between holding down assembly between holding down assembly, the second horizontal drive mechanism is arranged in horizontal guide rail mechanism and is connected with clip assemblies or hold down assembly, clip assemblies comprises two first holders for clamping sheet material, hold down assembly and comprise two second holders for clamping sheet material and for compressing member sheet material being pressed on electroplate jig, two second holders are positioned at the relative both sides of compressing member. this automatic intermediate plate, transmission and hold down gag, can realize automatic material clamping, binder and the blanking of sheet material in electroplating process, effectively improves the overall electroplating efficiency of sheet material.
Description
Technical field
The utility model relates to technical field of plating equipment, relates in particular to a kind of automatic intermediate plate, transmission and hold down gag of chip integrated circuit material electroplating device, can be used for electroplating device intermediate plate and sheeting operation are carried out to the sheet material in electroplating process.
Background technology
At present, the sheet material such as such as circuit lead frame (is for example being electroplated, silver-plated) process in, conventionally need to arrange a clip device by the sheet material of electroplated always material level put and be sent to electroplating site, then clip device is removed, sheet material is compressed to electroplate again by a preforming device, after plating completes, preforming device need be removed, again clip device is moved to electroplating site to carry out blanking and deliver to blanking position, blanking rear jaw device need to be back to from blanking position again supplied materials position, re-start feeding, this process complexity and feeding and blanking are very consuming time, it is longer that plating arranges the idle stand-by period of plating, make the overall electroplating efficiency of sheet material low.
Utility model content
Main purpose of the present utility model is to provide a kind of automatic intermediate plate, transmission and hold down gag of chip integrated circuit material electroplating device, is intended to realize automatic material clamping, binder and the blanking of sheet material in electroplating process, to improve the overall electroplating efficiency of sheet material.
To achieve these goals, the utility model provides a kind of automatic intermediate plate of chip integrated circuit material electroplating device, transmit and hold down gag, the automatic intermediate plate of described chip integrated circuit material electroplating device, transmission and hold down gag comprise horizontal guide rail mechanism, clip assemblies, hold down assembly, the first horizontal drive mechanism and the second horizontal drive mechanism, described clip assemblies and holding down assembly can be arranged in described horizontal guide rail mechanism and being longitudinally distributed in distance along described horizontal guide rail mechanism horizontally slidingly, described the first horizontal drive mechanism be connected in described clip assemblies and between holding down assembly to regulate described clip assemblies and spacing between holding down assembly, described the second horizontal drive mechanism is arranged in described horizontal guide rail mechanism, and be connected with described clip assemblies or hold down assembly, the described clip assemblies or the horizontal slip that holds down assembly that connect is attached thereto to drive, described clip assemblies comprises two first holders for clamping sheet material, described two first holders are in the relative both sides of the edge that are oppositely arranged to clamp sheet material, described holding down assembly comprises two second holders for clamping sheet material and for compressing member sheet material being pressed on electroplate jig, described two second holders are positioned at the relative both sides of described compressing member.
Preferably, the crossbeam that described horizontal guide rail mechanism comprises longitudinal and the first line slideway auxiliary that is arranged on described crossbeam bottom, the first slide block and the second slide block that described the first line slideway auxiliary comprises the first guide rail and is slidably disposed on described the first guide rail, described clip assemblies is slidably mounted on described the first guide rail by described the first slide block, described in hold down assembly and be slidably mounted on described the first guide rail by described the second slide block.
Preferably, described clip assemblies also comprises the first installing rack, the first elevating mechanism, the second installing rack and the first governor motion, described the first installing rack is slidably mounted in described horizontal guide rail mechanism, described the first elevating mechanism is arranged on the downside of described the first installing rack and can slides in described horizontal guide rail mechanism with described the first installing rack, described the second installing rack is arranged on the lower end of described the first elevating mechanism to move up and down under the driving effect of described the first elevating mechanism, described two first holders are arranged on the downside of described the second installing rack, the lower end of described two first holders is extended with the first chuck for clamping sheet material in opposite directions, described the first governor motion is arranged on described the second installing rack and acts on the spacing to regulate between described two first holders on described two first holders.
Preferably, described the first installing rack is hollow frame and is set in described horizontal guide rail mechanism, and described the first installing rack is connected with the basal sliding of described horizontal guide rail mechanism, described the second horizontal drive mechanism comprises guide rail bracket, sliding shoe, screw mandrel and motor, described guide rail bracket is fixed in described horizontal guide rail mechanism and along longitudinal setting of described horizontal guide rail mechanism, described guide rail bracket is provided with chute, described sliding shoe is located in described guide rail bracket, and the both sides of described sliding shoe are extended with respectively two mounting lugs that stretch out described chute, the described sliding shoe formation feed screw nut pair that matches with screw mandrel, described motor is installed on described guide rail bracket side and is connected with described screw mandrel, described the first installing rack also fixes to do horizontal slip under the driving effect of described the second horizontal drive mechanism with the mounting lug of described sliding shoe, described the first horizontal drive mechanism comprises executive component and Connection Element, described executive component be arranged on described the first installing rack and by described Connection Element with described in hold down assembly and be connected, described holding down assembly done horizontal slip with respect to clip assemblies under the driving effect of described executive component.
Preferably, described the first elevating mechanism comprises the first fixed head, the first executive component and the first base, the upper end of described the first executive component is arranged on the lower end of described the first installing rack by described the first fixed head, described the first floor installation in the lower end of described the first executive component to be moved up and down by the first base described in described the first executive component control.
Preferably, described the first governor motion comprises the second guide rail, 3rd guide rail, two the 3rd slide blocks, two Four-sliders, the first adjustable plate, the first Connection Block, 4th guide rail, 5th slide block, 6th slide block, the first regulon and the second regulon, described the second guide rail and the 3rd guide rail are in the downside that is arranged on described the second installing rack side by side, one of them of described two first holders is connected with described the second guide rail and the 3rd slide respectively by two the 3rd slide blocks, wherein another of described two first holders is connected with described the second guide rail and the 3rd slide respectively by described two Four-sliders, described 4th guide rails assembling is at the upside of described the second installing rack and be vertical setting with described the second guide rail and the 3rd guide rail, described the first Connection Block is connected with described 4th slide by described 5th slide block, described the first adjustable plate is connected with described 4th slide by described 6th slide block, described the first regulon is arranged on and on described the second installing rack and with described the first Connection Block, is connected to regulate the position of described 5th slide block on described 4th guide rail, described the second regulon is connected to the distance to regulate between described the first Connection Block and described the first adjustable plate between described the first Connection Block and described the first adjustable plate, described the first adjustable plate is provided with two first guide grooves that arrange in "eight" shape, and the spacing between described two first guide grooves increases to the other end gradually from one end of described the first adjustable plate moving direction, described two first holders are fixed with respectively two first travellers, described the first adjustable plate is the cooperation by described two first guide grooves and two first travellers when mobile, described two first holders are driven on described the second guide rail and the 3rd guide rail, to move the distance to regulate between described two first holders in opposite directions or dorsad together with described two the 3rd slide blocks and two Four-sliders.
Preferably, described holding down assembly also comprises the 3rd installing rack, the second elevating mechanism, 3rd elevating mechanism, 4th installing rack and the second governor motion, described 3rd installing rack is slidably mounted in described horizontal guide rail mechanism, described the second elevating mechanism is arranged on the downside of described 3rd installing rack and can slides in described horizontal guide rail mechanism with described 3rd installing rack, described 4th installing rack is arranged on the lower end of described the second elevating mechanism to move up and down under the driving effect of described the second elevating mechanism, described two second holders are arranged on the downside of described 4th installing rack, the lower end of described two second holders is extended with the second chuck for clamping sheet material in opposite directions, described the second governor motion is arranged on described 4th installing rack and acts on the spacing to regulate between described two second holders on described two second holders, described 3rd elevating mechanism is arranged on described 4th installing rack, described compressing member be located at described 4th installing rack downside and between described two second holders, the lower end that described compressing member is arranged on described 3rd elevating mechanism moves up and down under with the driving effect at described 3rd elevating mechanism.
Preferably, described 3rd installing rack is hollow frame and is set in described horizontal guide rail mechanism, and described 3rd installing rack is connected with the basal sliding of described horizontal guide rail mechanism, described the second elevating mechanism comprises the second executive component and the first guide pillar, described the second executive component is arranged on the lower end of described 3rd installing rack, described 4th installing rack comprises upper mounted plate, bottom plate, and the joint pin being connected between fixed plate and bottom plate, fixed plate is provided with the first guide pin bushing matching with described the first guide pillar, fixed plate is arranged on the lower end of described the second executive component to be moved up and down by the 4th installing rack described in described the second executive component control, described 3rd elevating mechanism comprises the 3rd executive component and the second base, described 3rd executive component is arranged on the downside of fixed plate, described the second floor installation in the lower end of described 3rd executive component to be moved up and down by the second base described in described 3rd executive component control, described the second Its lower side is fixed with the second guide pillar, described bottom plate is provided with the second guide pin bushing matching with described the second guide pillar, described compressing member is connected with the second base described in the second guide pillar by described.
Preferably, described the second governor motion comprises the 5th guide rail, 6th guide rail, two the 7th slide blocks, two the 8th slide blocks, the second adjustable plate, the second Connection Block, 7th guide rail, 9th slide block, tenth slide block, 3rd regulon and the 4th regulon, described 5th guide rail and the 6th guide rail are in the downside that is arranged on described bottom plate side by side, one of them of described two second holders is connected with described 5th guide rail and the 6th slide respectively by two the 7th slide blocks, wherein another of described two second holders is connected with described 5th guide rail and the 6th slide respectively by described two the 8th slide blocks, described 7th guide rails assembling is at the upside of described bottom plate and be vertical setting with described 5th guide rail and the 6th guide rail, described the second Connection Block is connected with described 7th slide by described 9th slide block, described the second adjustable plate is connected with described 7th slide by described tenth slide block, described 3rd regulon is arranged on and on described bottom plate and with described the second Connection Block, is connected to regulate the position of described 9th slide block on described 7th guide rail, described 4th regulon is connected to the distance to regulate between described the second Connection Block and described the second adjustable plate between described the second Connection Block and described the second adjustable plate, described the second adjustable plate is provided with two second guide grooves that arrange in "eight" shape, and the spacing between described two second guide grooves increases to the other end gradually from one end of described the second adjustable plate moving direction, described two second holders are fixed with respectively two second travellers, described the second adjustable plate is the cooperation by described two second guide grooves and two second travellers when mobile, described two second holders are driven on described 5th guide rail and the 6th guide rail, to move the distance to regulate between described two second holders in opposite directions or dorsad together with described two the 7th slide blocks and two the 8th slide blocks
Preferably, described compressing member comprises briquetting, briquetting seat and snap fastener, and described briquetting is removably mounted on the downside of described briquetting seat by described snap fastener.
In automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device of the present utility model, by clip assemblies being set and holding down assembly, and arrange and be connected in clip assemblies and the first horizontal drive mechanism between holding down assembly, and setting and clip assemblies or the second horizontal drive mechanism being connected that holds down assembly, in electroplating process, can realize and in material folding, realize blanking, effectively save the stand-by period of material folding and blanking, greatly have submitted the overall electroplating efficiency of sheet material. Further, the first horizontal drive mechanism can adjustable clamp chip module and spacing between holding down assembly, to be suitable for the plating requirement of the sheet material of different size size, has good versatility.
Accompanying drawing explanation
Fig. 1 is the assembling schematic diagram of automatic intermediate plate, transmission and hold down gag one embodiment of the utility model chip integrated circuit material electroplating device.
Fig. 2 is the decomposed figure of automatic intermediate plate, transmission and the hold down gag of the shown chip integrated circuit material electroplating device of Fig. 1.
Fig. 3 is the inverted view of horizontal guide rail mechanism and the second horizontal drive mechanism in automatic intermediate plate, transmission and the hold down gag of the shown chip integrated circuit material electroplating device of Fig. 2.
Fig. 4 is the enlarged drawing of the second horizontal drive mechanism in automatic intermediate plate, transmission and the hold down gag of the shown chip integrated circuit material electroplating device of Fig. 2.
Fig. 5 is the decomposed figure of clip assemblies in automatic intermediate plate, transmission and the hold down gag of the shown chip integrated circuit material electroplating device of Fig. 2.
Fig. 6 is the further exploded view of the shown clip assemblies of Fig. 5.
Fig. 7 is the inverted view of the shown clip assemblies of Fig. 6.
Fig. 8 is the further exploded view of the shown clip assemblies of Fig. 6.
Fig. 9 is the decomposed figure holding down assembly in automatic intermediate plate, transmission and the hold down gag of the shown chip integrated circuit material electroplating device of Fig. 2.
Figure 10 is the further exploded view holding down assembly shown in Fig. 9.
Figure 11 is the inverted view holding down assembly shown in Figure 10.
Figure 12 is the further exploded view holding down assembly shown in Figure 10.
Figure 13 is the decomposed figure of middle compressing member of holding down assembly shown in Figure 10.
Realization, functional characteristics and the advantage of the utility model object, in connection with embodiment, are described further with reference to accompanying drawing.
Detailed description of the invention
Should be appreciated that detailed description of the invention described herein only in order to explain the utility model, and be not used in restriction the utility model.
The utility model provides a kind of automatic intermediate plate, transmission and hold down gag of chip integrated circuit material electroplating device, automatic intermediate plate, transmission and the hold down gag of described chip integrated circuit material electroplating device are used in electroplating device, for intermediate plate and sheeting operation are carried out to the sheet material such as such as circuit lead frame in electroplating process. see Fig. 1 to Figure 13, at the automatic intermediate plate of the utility model chip integrated circuit material electroplating device, in one embodiment of transmission and hold down gag, the automatic intermediate plate of chip integrated circuit material electroplating device, transmission and hold down gag 100 comprise horizontal guide rail mechanism 1, clip assemblies 2, hold down assembly 3, the first horizontal drive mechanism 4 and the second horizontal drive mechanism 5, described clip assemblies 2 and holding down assembly 3 can be arranged in described horizontal guide rail mechanism 1 and being longitudinally distributed in distance along described horizontal guide rail mechanism 1 horizontally slidingly, described the first horizontal drive mechanism 4 is connected in described clip assemblies 2 and holds down assembly the spacing to regulate described clip assemblies 2 and to hold down assembly between 3 between 3, described the second horizontal drive mechanism 5 is arranged in described horizontal guide rail mechanism 1, and 3 be connected with described clip assemblies 2 or hold down assembly, the described clip assemblies 2 or 3 horizontal slips that hold down assembly that connect are attached thereto to drive, described clip assemblies 2 comprises two first holders 21 for clamping sheet material, described two first holders 21 are in the relative both sides of the edge that are oppositely arranged for clamping sheet material, described holding down assembly 3 comprises two second holders 31 for clamping sheet material and for the compressing member 32 sheet material being pressed on electroplate jig, described two second holders 31 are positioned at the relative both sides of described compressing member 32.
The automatic intermediate plate of described chip integrated circuit material electroplating device, when transmission and hold down gag 100 are worked, namely the automatic intermediate plate of described chip integrated circuit material electroplating device is adopted, when transmission and hold down gag 100 carry out electroplating operations to sheet material, by the sheet material of clip assemblies 2 from predetermined feeding position gripping one electroplated, then described clip assemblies 2 and the motion together with 3 that holds down assembly is driven by the second horizontal drive mechanism 5, wherein clip assemblies 2 slides into electroplating site by predetermined feeding position, hold down assembly simultaneously and 3 slide into blanking position by described electroplating site, clip assemblies 2 unclamps sheet material, sheet material is placed on electroplate jig, then the second horizontal drive mechanism 5 drives clip assemblies 2 and the motion together with 3 that holds down assembly again, wherein clip assemblies 2 is back to feeding position by electroplating site and is carried out the gripping of next electroplated sheet material, hold down assembly simultaneously and 3 be then back to electroplating site by blanking position, sheet material on electroplate jig is compressed to electroplate by compressing member. in electroplating process, the sheet material of next electroplated of clip assemblies 2 gripping in advance also waits electroplated to complete, after the last sheet material of electroplated position has been electroplated, by holding down assembly 3 by the sheet material gripping of having electroplated, then clip assemblies 2 and the motion together with 3 that holds down assembly is driven by the second horizontal drive mechanism 5, the sheet material of next electroplated is delivered to electroplating site by clip assemblies 2 and be placed on electroplate jig, simultaneously 3 by holding down assembly the sheet material of having electroplated is delivered to blanking position and carried out blanking, then clip assemblies 2 is driven together with 3, to return with holding down assembly by the second horizontal drive mechanism 5, carry out the feeding of next sheet material and electroplate compression operation, so repeatedly, realize the continuous electroplating of plurality of sheets.
In automatic intermediate plate, transmission and the hold down gag 100 of above-mentioned chip integrated circuit material electroplating device, by clip assemblies 2 being set and holding down assembly 3, and the first horizontal drive mechanism 4 of being connected in clip assemblies 2 and holding down assembly between 3 is set, and arrange and clip assemblies 2 or 3 the second horizontal drive mechanisms 5 that are connected that hold down assembly, in electroplating process, can realize and in material folding, realize blanking, effectively save the stand-by period of material folding and blanking, greatly have submitted the overall electroplating efficiency of sheet material. Further, the first horizontal drive mechanism 4 can adjustable clamp chip module 2 and the spacing that holds down assembly between 3, to be suitable for the plating requirement of the sheet material of different size size, has good versatility.
With reference to Fig. 3 and Fig. 4, the crossbeam 11 that described horizontal guide rail mechanism 1 comprises longitudinal and the first line slideway auxiliary 12 that is arranged on described crossbeam 11 bottom, the first slide block 122 and the second slide block 123 that described the first line slideway auxiliary 12 comprises the first guide rail 121 and is slidably disposed on described the first guide rail 121, described clip assemblies 2 is slidably mounted on described the first guide rail 121 by described the first slide block 122, described in hold down assembly and 3 be slidably mounted on described the first guide rail 121 by described the second slide block 123.
With reference to Fig. 5 to Fig. 8, described clip assemblies 2 also comprises the first installing rack 22, the first elevating mechanism 23, the second installing rack 24 and the first governor motion 25, described the first installing rack 22 is slidably mounted in described horizontal guide rail mechanism 1 by described the first line slideway auxiliary 12, described the first elevating mechanism 23 is arranged on the downside of described the first installing rack 22 and can slides in described horizontal guide rail mechanism 1 with described the first installing rack 22, the lower end that described the second installing rack 24 is arranged on described the first elevating mechanism 23 moves up and down under with the driving effect at described the first elevating mechanism 23, described two first holders 21 are arranged on the downside of described the second installing rack 24, the lower end of described two first holders 21 is extended with the first chuck 211 for clamping sheet material in opposite directions, described the first governor motion 25 is arranged on described the second installing rack 24 and acts on the spacing to regulate between described two first holders 21 on described two first holders 21. first chuck 211 of each first holder 21 is provided with the edge of fluting 2111 with clamping sheet material towards the side of another the first holder 21.
Described the first installing rack 22 is for hollow frame and be set in described horizontal guide rail mechanism 1, and described the first installing rack 22 is connected with the basal sliding of described horizontal guide rail mechanism 1. as shown in Figure 4, described the second horizontal drive mechanism 5 comprises guide rail bracket 51, sliding shoe 52, screw mandrel (not shown in Fig. 4) and motor (not shown in Fig. 4), described guide rail bracket 51 is fixed in described horizontal guide rail mechanism 1 and along longitudinal setting of described horizontal guide rail mechanism 1, described guide rail bracket 51 is provided with chute 511, described sliding shoe 52 is located in described guide rail bracket 51, and the both sides of described sliding shoe 52 are extended with respectively two mounting lugs 521 that stretch out described chute 511, the described sliding shoe 52 formation feed screw nut pair that matches with screw mandrel, described motor is installed on described guide rail bracket 51 side and is connected with described screw mandrel, described the first installing rack 22 also fixes to do horizontal slip under the driving effect at described the second horizontal drive mechanism 5 with the mounting lug 521 of described sliding shoe 52. as shown in Figure 5, described the first horizontal drive mechanism 4 comprises executive component 41 and Connection Element 42, described executive component 41 be arranged on described the first installing rack 22 and by described Connection Element 42 with described in hold down assembly and 3 be connected, described in hold down assembly and 3 under the driving effect of described executive component 41, do horizontal slip with respect to clip assemblies 2.
Described the first elevating mechanism 23 comprises the first fixed head 231, the first executive component 232 and the first base 233, the upper end of described the first executive component 232 is arranged on the lower end of described the first installing rack 22 by described the first fixed head 231, the lower end that described the first base 233 is arranged on described the first executive component 232 moves up and down to be controlled described the first base 233 by described the first executive component 232.
Described the first executive component 232 can be electric execution element, pneumatic actuator or hydraulic actuator. In the present embodiment, described the first executive component 232 is selected pneumatic actuator, the piston rod 2322 that comprises cylinder 2321 and be inserted in described cylinder 2321, described the first base 233 is connected with the outer end of described piston rod 2322, described the first base 233 is also fixed with two guide rods 2331, corresponding two guide holes that match with described two guide rods 2331 that are provided with on described cylinder 2321. By coordinating of guide rod 2331 and guide hole, under the effect of the first executive component 232, more stably can move up and down with the first base 233.
Described the first governor motion 25 comprises the second guide rail 251, 3rd guide rail 252, two the 3rd slide blocks 253, two Four-sliders 254, the first adjustable plate 255, the first Connection Block 256, 4th guide rail 257, 5th slide block 258, 6th slide block 259, the first regulon 260 and the second regulon 261, described the second guide rail 251 and the 3rd guide rail 252 are in the downside that is arranged on described the second installing rack 24 side by side, one of them of described two first holders 21 is slidably connected with described the second guide rail 251 and the 3rd guide rail 252 respectively by two the 3rd slide blocks 253, wherein another of described two first holders 21 is slidably connected with described the second guide rail 251 and the 3rd guide rail 252 respectively by described two Four-sliders 254, described 4th guide rail 257 is arranged on the upside of described the second installing rack 24 and is vertical setting with described the second guide rail 251 and the 3rd guide rail 252, described the first Connection Block 256 is slidably connected with described 4th guide rail 257 by described 5th slide block 258, described the first adjustable plate 255 is slidably connected with described 4th guide rail 257 by described 6th slide block 259, described the first regulon 260 is arranged on and on described the second installing rack 24 and with described the first Connection Block 256, is connected to regulate the position of described 5th slide block 258 on described 4th guide rail 257, described the second regulon 261 is connected to the distance to regulate between described the first Connection Block 256 and described the first adjustable plate 255 between described the first Connection Block 256 and described the first adjustable plate 255.
By the adjusting of described the first regulon 260, interval two first holders 21 between can be regulated in a big way, and set adjustable extreme position between two first holders 21, to adapt to the clamping of the sheet material to different size, and by the adjusting of described the second regulon 261, interval two first holders 21 between then can be regulated in more among a small circle, to realize the clamping to sheet material fast and to unclamp action.
In the present embodiment, described the first regulon 260 adopts feed screw nut pair, the nut 2601 of described feed screw nut pair is fixed on the second installing rack 24, one end of the screw mandrel 2602 of described feed screw nut pair is flexibly connected with described the first Connection Block 256, and the other end of the screw mandrel 2602 of described feed screw nut pair reaches outside described the second installing rack 24. Described the second regulon 261 comprises executive component 2611 and connecting rod 2612, and described executive component 2611 is arranged on described the first Connection Block 256 and by described connecting rod 2612 and is connected with described the first adjustable plate 255. Described executive component 2611 can be electric execution element, pneumatic actuator or hydraulic actuator. Particularly, described executive component 2611 is selected pneumatic actuator in the present embodiment.
Described the first adjustable plate 255 is provided with two first guide grooves 2551 that arrange in "eight" shape, and the spacing between described two first guide grooves 2551 increases to the other end gradually from one end of described the first adjustable plate 255 moving direction, described two first holders 21 are fixed with respectively two first travellers 212, described the first adjustable plate 255 is the cooperation by described two first guide grooves 2551 and two first travellers 212 when mobile, drive described two first holders 21 together with described two the 3rd slide blocks 253 and the two Four-sliders 254 mobile distance to regulate between described two first holders 21 in opposite directions or dorsad on described the second guide rail 251 and the 3rd guide rail 252.
When the screw mandrel 2602 of the first regulon 260 rotates under manual action; the first Connection Block 256 can be driven to move together with the first adjustable plate 255; and drive two first travellers 212 in the interior slip of two first guide grooves 2551 by the first adjustable plate 255; make two first holders 21 mutually draw close or away from; realize the adjusting to interval between two first holders 21, to set adjustable extreme position between two first holders 21. When the executive component 2611 of the second regulon 261 drives the connecting rod 2612 being attached thereto to drive described the first adjustable plate 255 to move; drive two first travellers 212 in the interior slip of two first guide grooves 2551 by the first adjustable plate 255; make two first holders 21 mutually draw close or away from; realize the adjusting to interval between two first holders 21, to realize the clamping to sheet material fast and to unclamp action.
Each first holder 21 comprises goes back fixed mount 213 and multiple supporting rod 214, and described multiple supporting rods 214 are removably mounted on described fixed mount 213 and are distributed in distance, and the bottom of each supporting rod 214 is formed with described the first chuck 211. For the sheet material of different size, can by the interval between adjusting supporting rod 214 to adapt with it.
With reference to Fig. 9 to Figure 12, described holding down assembly 3 also comprises the 3rd installing rack 33, the second elevating mechanism 34, 3rd elevating mechanism 35, 4th installing rack 36 and the second governor motion 37, described 3rd installing rack 33 is slidably mounted in described horizontal guide rail mechanism 1 by described the first line slideway auxiliary 12, described the second elevating mechanism 34 is arranged on the downside of described 3rd installing rack 33 and can slides in described horizontal guide rail mechanism 1 with described 3rd installing rack 33, the lower end that described 4th installing rack 36 is arranged on described the second elevating mechanism 34 moves up and down under with the driving effect at described the second elevating mechanism 34, described two second holders 31 are arranged on the downside of described 4th installing rack 36, the lower end of described two second holders 31 is extended with the second chuck 311 for clamping sheet material in opposite directions, described the second governor motion 37 is arranged on described 4th installing rack 36 and acts on the spacing to regulate between described two second holders 31 on described two second holders 31, described 3rd elevating mechanism 35 is arranged on described 4th installing rack 36, described compressing member 32 be located at described 4th installing rack 36 downside and between described two second holders 31, the lower end that described compressing member 32 is arranged on described 3rd elevating mechanism 35 moves up and down under with the driving effect at described 3rd elevating mechanism 35.
Described 3rd installing rack 33 is for hollow frame and be set in described horizontal guide rail mechanism 1, and described 3rd installing rack 33 is connected with the basal sliding of described horizontal guide rail mechanism 1, described the second elevating mechanism 34 comprises the second executive component 341 and the first guide pillar 342, described the second executive component 341 is arranged on the lower end of described 3rd installing rack 33, described 4th installing rack 36 comprises upper mounted plate 361, bottom plate 362, and the joint pin 363 being connected between fixed plate 361 and bottom plate 362, fixed plate 361 is provided with the first guide pin bushing 3611 matching with described the first guide pillar 342, the lower end that fixed plate 361 is arranged on described the second executive component 341 moves up and down to be controlled described 4th installing rack 36 by described the second executive component 341, described 3rd elevating mechanism 35 comprises the 3rd executive component 351 and the second base 352, described 3rd executive component 351 is arranged on the downside of fixed plate 361, the lower end that described the second base 352 is arranged on described 3rd executive component 351 moves up and down to be controlled described the second base 352 by described 3rd executive component 351, described the second base 352 downside is fixed with the second guide pillar 3521, described bottom plate 362 is provided with the second guide pin bushing 3621 matching with described the second guide pillar 3521, described compressing member 32 is connected with described the second base 352 by described the second guide pillar 3521. second chuck 311 of each second holder 31 is provided with the edge of fluting 3111 with clamping sheet material towards the side of another the second holder 31.
Described the second executive component 341 and the 3rd executive component 351 can be electric execution element, pneumatic actuator or hydraulic actuator. In the present embodiment, described the second executive component 341 and the 3rd executive component 351 are all selected pneumatic actuator, the piston rod that comprises cylinder and be inserted in described cylinder.
Described the second governor motion 37 comprises the 5th guide rail 371, 6th guide rail 372, two the 7th slide blocks 373, two the 8th slide blocks 374, the second adjustable plate 375, the second Connection Block 376, 7th guide rail 377, 9th slide block 378, tenth slide block 379, 3rd regulon 380 and the 4th regulon 381, described 5th guide rail 371 and the 6th guide rail 372 are in the downside that is arranged on described bottom plate 362 side by side, one of them of described two second holders 31 is slidably connected with described 5th guide rail 371 and the 6th guide rail 372 respectively by two the 7th slide blocks 373, wherein another of described two second holders 31 is slidably connected with described 5th guide rail 371 and the 6th guide rail 372 respectively by described two the 8th slide blocks 374, described 7th guide rail 377 is arranged on the upside of described bottom plate 362 and is vertical setting with described 5th guide rail 371 and the 6th guide rail 372, described the second Connection Block 376 is slidably connected with described 7th guide rail 377 by described 9th slide block 378, described the second adjustable plate 375 is slidably connected with described 7th guide rail 377 by described tenth slide block 379, described 3rd regulon 380 is arranged on and on described bottom plate 362 and with described the second Connection Block 376, is connected to regulate the position of described 9th slide block 378 on described 7th guide rail 377, described 4th regulon 381 is connected to the distance to regulate between described the second Connection Block 376 and described the second adjustable plate 375 between described the second Connection Block 376 and described the second adjustable plate 375.
By the adjusting of described 3rd regulon 380, interval two second holders 31 between can be regulated in a big way, and set adjustable extreme position between two second holders 31, to adapt to the clamping of the sheet material to different size, and by the adjusting of described 4th regulon 381, interval two second holders 31 between then can be regulated in more among a small circle, to realize the clamping to sheet material fast and to unclamp action.
In the present embodiment, described 3rd regulon 380 adopts feed screw nut pair, the nut 3801 of described feed screw nut pair is fixed on described bottom plate 362, one end of the screw mandrel 3802 of described feed screw nut pair is flexibly connected with described the second Connection Block 376, and the other end of the screw mandrel 3802 of described feed screw nut pair reaches outside described 4th installing rack 36. Described 4th regulon 381 comprises executive component 3811 and connecting rod 3812, and described executive component 3811 is arranged on described the second Connection Block 376 and by described connecting rod 3812 and is connected with described the second adjustable plate 375. Described executive component 3811 can be electric execution element, pneumatic actuator or hydraulic actuator. Particularly, described executive component 3811 is selected pneumatic actuator in the present embodiment.
Described the second adjustable plate 375 is provided with two second guide grooves 3751 that arrange in "eight" shape, and the spacing between described two second guide grooves 3751 increases to the other end gradually from one end of described the second adjustable plate 375 moving direction, described two second holders 31 are fixed with respectively two second travellers 312, described the second adjustable plate 375 is the cooperation by described two second guide grooves 3751 and two second travellers 312 when mobile, drive described two second holders 31 together with described two the 7th slide blocks 373 and two the 8th slide blocks 374 mobile distance to regulate between described two second holders 31 in opposite directions or dorsad on described 5th guide rail 371 and the 6th guide rail 372.
When the screw mandrel 3801 of the 3rd regulon 380 rotates under manual action; the second Connection Block 376 can be driven to move together with the second adjustable plate 375; and drive two second travellers 312 in the interior slip of two second guide grooves 3751 by the second adjustable plate 375; make two second holders 31 mutually draw close or away from; realize the adjusting to interval between two second holders 31, to set adjustable extreme position between two second holders 31. When the executive component 3811 of the 4th regulon 381 drives the connecting rod 3812 being attached thereto to drive described the second adjustable plate 375 to move; drive two second travellers 312 in the interior slip of two second guide grooves 3751 by the second adjustable plate 375; make two second holders 31 mutually draw close or away from; realize the adjusting to interval between two second holders 31, to realize the clamping to sheet material fast and to unclamp action.
Each second holder 31 comprises goes back fixed mount 313 and multiple supporting rod 314, and described multiple supporting rods 314 are removably mounted on described fixed mount 313 and are distributed in distance, and the bottom of each supporting rod 314 is formed with described the second chuck 311. For the sheet material of different size, can by the interval between adjusting supporting rod 314 to adapt with it.
With reference to Figure 13, described compressing member 32 comprises briquetting 321, briquetting seat 322 and snap fastener 323, described briquetting 321 is removably mounted on the downside of described briquetting seat 322 by described snap fastener 323, briquetting 321 can be convenient for changing like this, the compression requirement to sheet material when electroplating to be suitable for the sheet material of different size.
The utility model is not limited to above embodiment, under the disclosed technology contents of above-mentioned embodiment, various variations can also be carried out. Every utilize the utility model description and accompanying drawing content to do equivalent structure transformation, or be directly or indirectly used in the technical field that other are relevant, be all in like manner included in scope of patent protection of the present utility model.
Claims (10)
1. the automatic intermediate plate of a chip integrated circuit material electroplating device, transmit and hold down gag, it is characterized in that, the automatic intermediate plate of described chip integrated circuit material electroplating device, transmission and hold down gag comprise horizontal guide rail mechanism, clip assemblies, hold down assembly, the first horizontal drive mechanism and the second horizontal drive mechanism, described clip assemblies and holding down assembly can be arranged in described horizontal guide rail mechanism and being longitudinally distributed in distance along described horizontal guide rail mechanism horizontally slidingly, described the first horizontal drive mechanism be connected in described clip assemblies and between holding down assembly to regulate described clip assemblies and spacing between holding down assembly, described the second horizontal drive mechanism is arranged in described horizontal guide rail mechanism, and be connected with described clip assemblies or hold down assembly, the described clip assemblies or the horizontal slip that holds down assembly that connect is attached thereto to drive, described clip assemblies comprises two first holders for clamping sheet material, described two first holders are in the relative both sides of the edge that are oppositely arranged to clamp sheet material, described holding down assembly comprises two second holders for clamping sheet material and for compressing member sheet material being pressed on electroplate jig, described two second holders are positioned at the relative both sides of described compressing member.
2. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 1, transmit and hold down gag, it is characterized in that, the crossbeam that described horizontal guide rail mechanism comprises longitudinal and the first line slideway auxiliary that is arranged on described crossbeam bottom, the first slide block and the second slide block that described the first line slideway auxiliary comprises the first guide rail and is slidably disposed on described the first guide rail, described clip assemblies is slidably mounted on described the first guide rail by described the first slide block, described holding down assembly is slidably mounted on described the first guide rail by described the second slide block.
3. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 1, transmit and hold down gag, it is characterized in that, described clip assemblies also comprises the first installing rack, the first elevating mechanism, the second installing rack and the first governor motion, described the first installing rack is slidably mounted in described horizontal guide rail mechanism, described the first elevating mechanism is arranged on the downside of described the first installing rack and can slides in described horizontal guide rail mechanism with described the first installing rack, described the second installing rack is arranged on the lower end of described the first elevating mechanism to move up and down under the driving effect of described the first elevating mechanism, described two first holders are arranged on the downside of described the second installing rack, the lower end of described two first holders is extended with the first chuck for clamping sheet material in opposite directions, described the first governor motion is arranged on described the second installing rack and acts on the spacing to regulate between described two first holders on described two first holders.
4. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 3, transmit and hold down gag, it is characterized in that, described the first installing rack is hollow frame and is set in described horizontal guide rail mechanism, and described the first installing rack is connected with the basal sliding of described horizontal guide rail mechanism, described the second horizontal drive mechanism comprises guide rail bracket, sliding shoe, screw mandrel and motor, described guide rail bracket is fixed in described horizontal guide rail mechanism and along longitudinal setting of described horizontal guide rail mechanism, described guide rail bracket is provided with chute, described sliding shoe is located in described guide rail bracket, and the both sides of described sliding shoe are extended with respectively two mounting lugs that stretch out described chute, the described sliding shoe formation feed screw nut pair that matches with screw mandrel, described motor is installed on described guide rail bracket side and is connected with described screw mandrel, described the first installing rack also fixes to do horizontal slip under the driving effect of described the second horizontal drive mechanism with the mounting lug of described sliding shoe, described the first horizontal drive mechanism comprises executive component and Connection Element, described executive component be arranged on described the first installing rack and by described Connection Element with described in hold down assembly and be connected, described holding down assembly done horizontal slip with respect to clip assemblies under the driving effect of described executive component.
5. automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device as claimed in claim 3, it is characterized in that, described the first elevating mechanism comprises the first fixed head, the first executive component and the first base, the upper end of described the first executive component is arranged on the lower end of described the first installing rack by described the first fixed head, described the first floor installation in the lower end of described the first executive component to be moved up and down by the first base described in described the first executive component control.
6. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 3, transmit and hold down gag, it is characterized in that, described the first governor motion comprises the second guide rail, 3rd guide rail, two the 3rd slide blocks, two Four-sliders, the first adjustable plate, the first Connection Block, 4th guide rail, 5th slide block, 6th slide block, the first regulon and the second regulon, described the second guide rail and the 3rd guide rail are in the downside that is arranged on described the second installing rack side by side, one of them of described two first holders is connected with described the second guide rail and the 3rd slide respectively by two the 3rd slide blocks, wherein another of described two first holders is connected with described the second guide rail and the 3rd slide respectively by described two Four-sliders, described 4th guide rails assembling is at the upside of described the second installing rack and be vertical setting with described the second guide rail and the 3rd guide rail, described the first Connection Block is connected with described 4th slide by described 5th slide block, described the first adjustable plate is connected with described 4th slide by described 6th slide block, described the first regulon is arranged on and on described the second installing rack and with described the first Connection Block, is connected to regulate the position of described 5th slide block on described 4th guide rail, described the second regulon is connected to the distance to regulate between described the first Connection Block and described the first adjustable plate between described the first Connection Block and described the first adjustable plate, described the first adjustable plate is provided with two first guide grooves that arrange in "eight" shape, and the spacing between described two first guide grooves increases to the other end gradually from one end of described the first adjustable plate moving direction, described two first holders are fixed with respectively two first travellers, described the first adjustable plate is the cooperation by described two first guide grooves and two first travellers when mobile, described two first holders are driven on described the second guide rail and the 3rd guide rail, to move the distance to regulate between described two first holders in opposite directions or dorsad together with described two the 3rd slide blocks and two Four-sliders.
7. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 1, transmit and hold down gag, it is characterized in that, described holding down assembly also comprises the 3rd installing rack, the second elevating mechanism, 3rd elevating mechanism, 4th installing rack and the second governor motion, described 3rd installing rack is slidably mounted in described horizontal guide rail mechanism, described the second elevating mechanism is arranged on the downside of described 3rd installing rack and can slides in described horizontal guide rail mechanism with described 3rd installing rack, described 4th installing rack is arranged on the lower end of described the second elevating mechanism to move up and down under the driving effect of described the second elevating mechanism, described two second holders are arranged on the downside of described 4th installing rack, the lower end of described two second holders is extended with the second chuck for clamping sheet material in opposite directions, described the second governor motion is arranged on described 4th installing rack and acts on the spacing to regulate between described two second holders on described two second holders, described 3rd elevating mechanism is arranged on described 4th installing rack, described compressing member be located at described 4th installing rack downside and between described two second holders, the lower end that described compressing member is arranged on described 3rd elevating mechanism moves up and down under with the driving effect at described 3rd elevating mechanism.
8. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 7, transmit and hold down gag, it is characterized in that, described 3rd installing rack is hollow frame and is set in described horizontal guide rail mechanism, and described 3rd installing rack is connected with the basal sliding of described horizontal guide rail mechanism, described the second elevating mechanism comprises the second executive component and the first guide pillar, described the second executive component is arranged on the lower end of described 3rd installing rack, described 4th installing rack comprises upper mounted plate, bottom plate, and the joint pin being connected between fixed plate and bottom plate, fixed plate is provided with the first guide pin bushing matching with described the first guide pillar, fixed plate is arranged on the lower end of described the second executive component to be moved up and down by the 4th installing rack described in described the second executive component control, described 3rd elevating mechanism comprises the 3rd executive component and the second base, described 3rd executive component is arranged on the downside of fixed plate, described the second floor installation in the lower end of described 3rd executive component to be moved up and down by the second base described in described 3rd executive component control, described the second Its lower side is fixed with the second guide pillar, described bottom plate is provided with the second guide pin bushing matching with described the second guide pillar, described compressing member is connected with described the second base by described the second guide pillar.
9. the automatic intermediate plate of chip integrated circuit material electroplating device as claimed in claim 8, transmit and hold down gag, it is characterized in that, described the second governor motion comprises the 5th guide rail, 6th guide rail, two the 7th slide blocks, two the 8th slide blocks, the second adjustable plate, the second Connection Block, 7th guide rail, 9th slide block, tenth slide block, 3rd regulon and the 4th regulon, described 5th guide rail and the 6th guide rail are in the downside that is arranged on described bottom plate side by side, one of them of described two second holders is connected with described 5th guide rail and the 6th slide respectively by two the 7th slide blocks, wherein another of described two second holders is connected with described 5th guide rail and the 6th slide respectively by described two the 8th slide blocks, described 7th guide rails assembling is at the upside of described bottom plate and be vertical setting with described 5th guide rail and the 6th guide rail, described the second Connection Block is connected with described 7th slide by described 9th slide block, described the second adjustable plate is connected with described 7th slide by described tenth slide block, described 3rd regulon is arranged on and on described bottom plate and with described the second Connection Block, is connected to regulate the position of described 9th slide block on described 7th guide rail, described 4th regulon is connected to the distance to regulate between described the second Connection Block and described the second adjustable plate between described the second Connection Block and described the second adjustable plate, described the second adjustable plate is provided with two second guide grooves that arrange in "eight" shape, and the spacing between described two second guide grooves increases to the other end gradually from one end of described the second adjustable plate moving direction, described two second holders are fixed with respectively two second travellers, described the second adjustable plate is the cooperation by described two second guide grooves and two second travellers when mobile, described two second holders are driven on described 5th guide rail and the 6th guide rail, to move the distance to regulate between described two second holders in opposite directions or dorsad together with described two the 7th slide blocks and two the 8th slide blocks.
10. automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device as claimed in claim 1, it is characterized in that, described compressing member comprises briquetting, briquetting seat and snap fastener, and described briquetting is removably mounted on the downside of described briquetting seat by described snap fastener.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520017292.XU CN204661852U (en) | 2015-01-09 | 2015-01-09 | Automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520017292.XU CN204661852U (en) | 2015-01-09 | 2015-01-09 | Automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device |
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| CN204661852U true CN204661852U (en) | 2015-09-23 |
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| CN201520017292.XU Active CN204661852U (en) | 2015-01-09 | 2015-01-09 | Automatic intermediate plate, transmission and the hold down gag of chip integrated circuit material electroplating device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105420797A (en) * | 2015-11-26 | 2016-03-23 | 扬中市宏飞镀业有限公司 | Novel electroplating bath |
| CN105692229A (en) * | 2016-04-01 | 2016-06-22 | 昆山巨闳机械科技有限公司 | Aluminum substrate stacking line of double-suction machine |
| CN109878980A (en) * | 2019-03-28 | 2019-06-14 | 东莞宇宙电路板设备有限公司 | Production automation equipment is electroplated |
| CN111441076A (en) * | 2020-04-14 | 2020-07-24 | 昆山东威科技股份有限公司 | Adjustable fixed plate and hanger |
| CN112323120A (en) * | 2020-10-30 | 2021-02-05 | 昆山首佳智能科技有限公司 | Semiconductor lead frame piece formula clamp plate electroplating device |
-
2015
- 2015-01-09 CN CN201520017292.XU patent/CN204661852U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105420797A (en) * | 2015-11-26 | 2016-03-23 | 扬中市宏飞镀业有限公司 | Novel electroplating bath |
| CN105692229A (en) * | 2016-04-01 | 2016-06-22 | 昆山巨闳机械科技有限公司 | Aluminum substrate stacking line of double-suction machine |
| CN109878980A (en) * | 2019-03-28 | 2019-06-14 | 东莞宇宙电路板设备有限公司 | Production automation equipment is electroplated |
| CN111441076A (en) * | 2020-04-14 | 2020-07-24 | 昆山东威科技股份有限公司 | Adjustable fixed plate and hanger |
| CN112323120A (en) * | 2020-10-30 | 2021-02-05 | 昆山首佳智能科技有限公司 | Semiconductor lead frame piece formula clamp plate electroplating device |
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Effective date of registration: 20190926 Address after: 523000 Building A of Omet Intelligent Industrial Park, No. 2 Shaping Road, Keyuan City Information Industry Park, Tangxia Town, Dongguan City, Guangdong Province Patentee after: Dongguan Omeite Technology Co., Ltd. Address before: 518000 Guangdong city of Shenzhen province Nanshan District Pearl Road No. 1 building A-8A Mizuki Vista Patentee before: Shenzhen Allmerit Technology Co., Ltd. |
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