CN205529108U

CN205529108U - Electroplating machine platform

Info

Publication number: CN205529108U
Application number: CN201620158892.2U
Authority: CN
Inventors: 萧朋
Original assignee: JINGMING MACHINERY CO Ltd
Current assignee: JINGMING MACHINERY CO Ltd
Priority date: 2016-03-02
Filing date: 2016-03-02
Publication date: 2016-08-31
Anticipated expiration: 2026-03-02

Abstract

The utility model relates to an electroplating machine platform has transmission and assembles in transmission's clamping device, and clamping device is for clamping electroplate and present the clamping state, and transmission and clamping device both remove along the action route through drive arrangement, wherein, the utility model discloses characteristics lie in that electroplating machine platform additionally has a release, and when each other relative position of clamping device and both changes of release, clamping device can both contradict each other with the release, cause clamping device to be changed into the state of opening that separates in the electroplate by the clamping state. By this, after the operation accomplish to be electroplated to the electroplate, the release can actuate in clamping device, made clamping device change the state of opening by the clamping state, and then made the electroplate drop from clamping device, used and improved production efficiency.

Description

Electroplating machine

Technical field

This utility model relates to a kind of electroplating machine for electroplating activity, particularly relates to a kind of by clamping device It is changed into opening device by clamping state, makes electroplate can be located away from the electroplating machine of clamping device.

Background technology

General plating processing is main by electrolytic process, after anode with negative electrode input current, attracts electroplate liquid In metal ion swim to negative electrode, and reduce after plate on the plated body that negative electrode is continued, anode simultaneously The metal re-dissolved continued, it is provided that the more metal ion of electroplate liquid, makes electroplating process persistently carry out, directly To depositing enough coating on plated body.

But, general plating processing is to be entered by the clamping plated body of existing clamp structure for electroplating activity Row plating, refers to shown in Fig. 1, and described existing clamp structure 1 is mainly by one first clamping piece 10,1 the Two clamping pieces 11 and a pushing and pressing spring 12 are constituted, described first clamping piece 10 have a pivot joint block 101, Described in one the first clamping arm 102 and being positioned at described pivot joint block 101 side, pivot joint block 101 is relative to institute State the first compression arm 103 of the first clamping arm 102 side, and described second clamping piece 11 has two and is hubbed at The driving arm 111 of described pivot joint block 101, described two driving arm 111 sides have one second clamping arm 112, Another opposite side has one second compression arm 113, and described pushing and pressing spring 12 one end is installed in described first clamping First compression arm 103 of part 10, the other end is installed in the second compression arm 113 of described second clamping piece 11, And towards described first compression arm 103 and the force pushing and pressing of the second compression arm 113, make described first clamping arm 102 Can mutually be touched by the pivot joint mutual with driving arm 111 of described pivot joint block 101 with the second clamping arm 112, make Described existing clamp structure 1 persistently presents clamping state.

Described existing clamp structure 1 in time specifically applying, the first clamping arm 102 of described existing clamp structure 1 It is clamped on plated body with second clamping both arms 112, and after plated body completes electroplating activity, the most all needs In the way of artificial, described first compression arm 103 and the second compression arm 113 applied external force, to make described One clamping arm 102 and the second clamping arm 112 are separated from each other and make described existing clamp structure 1 present expansion State, and then the plated body made can be located away from described existing clamp structure 1.

But, the most described existing clamp structure 1 presents deployed condition, described pushing and pressing spring 12 can push against in Described first compression arm 103 and the second compression arm 113, forces described first clamping arm 102 and the second clamping arm 112 contact with each other, therefore, when described existing clamp structure 1 is changed into opening by clamping state, and behaviour Author is required for described first compression arm 103 and the second compression arm 113 are applied bigger external force, the most relatively It is difficult to plated body is located away from described existing clamp structure 1, thereby, causes operator's inconvenience on using.

In view of this, existing clamp structure still has weak point when dismantling electroplate, has necessity of improvement in fact, By createing a kind of electroplating machine, and this kind of electroplating machine can be in unartificial mode by existing clamp structure energy It is changed into opening easily so that electroplate is readily susceptible to separate existing clamp structure, mat by clamping state To improve production efficiency.

Utility model content

Main purpose of the present utility model is that clamping device is readily susceptible to by the clamping state transformation of clamping electroplate For being located away from the opening of electroplate so that after electroplate completes electroplating activity, can fill with clamping rapidly Put separation, and then improve production efficiency.

For reaching described purpose, this utility model one electroplating machine, including: there is a driving means, an energy The actuating device moved along a path of motion and one is installed in the clamping device of described actuating device, Described driving means drives described actuating device to move along described path of motion so that described clamping dress Put synchronization to move along described path of motion, and described clamping device presents in order to a clamping electroplate Clamping state, it is characterised in that: described electroplating machine has one further for contacting at described clamping device Release, when described clamping device changes relative position each other with release, institute State clamping device mutually to conflict with release, cause described clamping device to be changed into point by clamping state From in the opening of described electroplate.

Described electroplating machine, wherein: described release has two and lays respectively at described path of motion phase Both sides compress mechanism, and said two compresses and forms a movement passed through for described clamping device between mechanism Passage, and described movable passageway has one for compressing the section that compresses of described clamping device, makes described clamping Device along described path of motion move to described movable passageway time, described clamping device rely on described in compress district Section and by clamping State Transferring opening.

Described electroplating machine, wherein: described release has two and lays respectively at described path of motion phase Both sides compress mechanism, and said two compresses and forms a movement passed through for described clamping device between mechanism Passage, and said two compresses the relative position that mechanism can change each other and is increased or decreased with selectivity The width of described movable passageway, causes said two to compress mechanism and can contact at described clamping device simultaneously, make Described clamping device is switched to opening by clamping state.

Described electroplating machine, wherein: said two compresses mechanism, and one of them is fixed on described electroplating machine, Wherein another driven by a driving source and close to or away from being compressed mechanism in presenting stationary state, Jin Ergai Become the width of described movable passageway.

Described electroplating machine, wherein: described release has two driving sources, said two further Driving source drives said two to compress one of mechanism to carry out relative motion, to change described movable passageway respectively Width.

Described electroplating machine, wherein: described release have further one be assembled in described in compress mechanism Lazy-tongs, described in compress mechanism and be provided with a thrust assemblies in the pressure section of described clamping device, and described Lazy-tongs compress the thrust assemblies of device and carry out start described in driving, and make described thrust assemblies and transmission Both devices carry out equidirectional uniform motion simultaneously.

Described electroplating machine, wherein: described lazy-tongs have two transmission components, said two transmission Assembly can be assembled in simultaneously described driving means or be assembled in respectively a start speed be same as described drive dress The driving assembly put.

Described electroplating machine, wherein: when said two transmission component assembles described driving means simultaneously, Described lazy-tongs have one further and are installed in one of them changeover module of said two transmission component, institute Stating changeover module and the rotation direction of described driving means can be changed into other direction, so, described driving fills Putting and carry out clockwise with when counterclockwise wherein a direction rotates, said two transmission component can be towards difference Direction rotates.

Described electroplating machine, wherein: described transmission component has two universal joints that can be rotated, One of them group of said two universal joint connects an accommodation seat, and another group connects a connecting rod, described connecting rod Partial section be arranged in described accommodation seat, and the part that described connecting rod is not arranged in described accommodation seat is formed One exposes section, when said two compress mechanism change described movable passageway width time, described accommodation seat with Both connecting rods can change relative position each other simultaneously, and then exposes the length of section described in change.

Described electroplating machine, wherein: described in compress the thrust assemblies of device and have one and define around space Driving chain, described have around interior volume multiple be fitting to connection in the travelling gear of described driving chain, And described driving chain assembles multiple press blocks for compressing described clamping device, the plurality of travelling gear One of them is connected to described lazy-tongs, makes described lazy-tongs drive the plurality of travelling gear to carry out turning Move, and then described driving chain synchronizes to move, and other travelling gears are moved by described driving chain Move and rotate so that the plurality of travelling gear all carries out equidirectional rotation.

From preceding description, after this utility model feature is that electroplate completes electroplating activity, electroplating machine Driving means drive clamping device to move so that electroplate moves release, and release energy Start, in clamping device, makes clamping device be changed into opening by clamping state, and then makes electroplate from folder Hold and come off on device, use raising production efficiency.

Accompanying drawing explanation

Fig. 1 is the schematic diagram of existing electroplating clamp；

Fig. 2 is the schematic diagram that release the first preferred embodiment is installed in electroplating machine；

Fig. 3 is the schematic diagram that clamping device moves along path of motion；

Fig. 4 is the schematic diagram of release the first preferred embodiment；

Fig. 5 is the schematic diagram that release the first preferred embodiment is specifically applied；

Fig. 6 is the schematic diagram of this utility model release the second preferred embodiment；

Fig. 7 is that the drive of driving source compresses the schematic diagram that mechanism moves；

Fig. 8 is the schematic diagram that release the 3rd preferred embodiment is installed in electroplating machine；

Fig. 9 is the schematic diagram of release the 3rd preferred embodiment；

Figure 10 is that the drive of driving source compresses the schematic diagram that mechanism moves；

Figure 11 is the schematic diagram that release the 3rd preferred embodiment is specifically applied.

The existing clamp structure of description of reference numerals: 1-；10-the first clamping piece；101-pivot joint block；102-first presss from both sides Gu arm；103-the first compression arm；11-the second clamping piece；111-driving arm；The clamping arm of 112-second；113- Second compression arm；12-pushes against spring；2-electroplating machine；20-fixes seat；30-driving means；40-action road Footpath；50-actuating device；60-clamping device；61-fixture；70-release；71-compresses mechanism；711-moves Dynamic assembly；712-thrust assemblies；712a-travelling gear；712b-driving chain；712c-compresses block；712d- Around space；72-movable passageway；721-compresses section；73-drives source；74-lazy-tongs；741-transmission group Part；741a-universal joint；741b-accommodation seat；741c-connecting rod；741d-exposes section；742-switch groups Part；742a-the first external gear；742b-the second external gear；80-electroplate.

Detailed description of the invention

This utility model, advantage of the present utility model is further described below in conjunction with specific embodiments and the drawings With feature will be with describe and apparent.

Refer to shown in Fig. 2 and Fig. 3, this utility model electroplating machine 2 have one contact with ground fixing The driving means 30, one that seat 20, is assembled in described fixing seat 20 can be moved along a path of motion 40 Dynamic actuating device 50, is installed in the clamping device 60 and of actuating device 50 can contact at described folder Hold the release 70 of device 60.Described driving means 30 is assembled in described actuating device 50, and can carry out Rotary motion clockwise or counterclockwise, when described driving means 30 rotates clockwise or counterclockwise, Described driving means 30 can drive described actuating device 50 to move along described path of motion 40 so that Described clamping device 60 can synchronize to carry out start along described path of motion 40.

Described clamping device 60 has and multiple can be changed into opening by clamping state pressed from both sides by external force pushing and pressing Tool 61, the plurality of fixture 61 in order to a clamping electroplate 80 (shown in Fig. 7), and, when described fixture 61 when presenting clamping state, and described electroplate 80 is clamped in described fixture 61, and when described fixture 61 in During existing opening, described electroplate 80 can be located away from described fixture 61, wherein, when described release 70 starts are when described clamping device 60, and described clamping device 60 is changed into opening by clamping state, And then make described electroplate 80 (shown in Fig. 7) be located away from described clamping device 60.

Refer to shown in Fig. 3 and Fig. 4, described release 70 in the first preferred embodiment, described in get loose Device 70 is fixed on described fixing seat 20, and has two and lay respectively at described path of motion 40 opposite sides Compress mechanism 71, said two compresses and forms a shifting passed through for described clamping device 60 between mechanism 71 Dynamic passage 72, and described movable passageway 72 has one and compresses section 721 for compress described clamping device 60.

Refer to shown in Fig. 5, when the first preferred embodiment is specifically applied, the fixture of described clamping device 60 61 clamping described electroplates 80, make described fixture 61 present clamping state, and, described driving means 30 Described clamping device 60 is driven to move along described path of motion 40 so that described electroplate 80 moves Have inside the electroplating bath (not shown) of electroplate liquid to one and carry out electroplating activity, and described electroplate 80 completes electricity After plating operation, the driving means 30 of described electroplating machine 2 may proceed to drive described clamping device 60 to move Dynamic, make described electroplate 80 move the movable passageway 72 to described release 70, and described clamping device 60 enter described movable passageways 72 compress section 721, make the fixture 61 of described clamping device 60 sequentially be subject to Compress compressing of section 721 described in and be opening by clamping State Transferring, and then make described plating Plate 80 can be departed from by described fixture 61.

Refer to shown in Fig. 6, in the second preferred embodiment, be described with the first preferred embodiment difference Two of release 70 compress mechanism 71 can change relative position each other increase with selectivity or Reduce the width of described movable passageway 72 and described movable passageway 72 do not have described in compress section 721. It is installed in said two compresses one of them drive of mechanism 71 as it can be seen, described release 70 has one Dynamic source 73, and said two compresses mechanism 71, and one of them is fixed on described fixing seat 20 to present fixing shape State, another is compressed machine by described driving source 73 kinetic energy close to or away from the described stationary state that presents Structure 71, and then the width of described path of motion 40 can be changed.In this embodiment, described driving source 73 sets It it is a pneumatic cylinder.

Refer to shown in Fig. 7, when the second preferred embodiment is specifically applied, when upper electroplate 80 completes plating After operation, described driving means 30 can drive described clamping device 60 along described path of motion 40 move to The movable passageway 72 of described release 70, makes described electroplate 80 move to said two and compresses mechanism 71 Between, now, described driving source 73 drive described in compress mechanism 71 and compress mechanism 71 towards another and carry out Rectilinear movement, to reduce the width of described movable passageway 72, making said two compress mechanism 71 can support simultaneously It is pressed on described fixture 61, and then makes described fixture 61 be changed into opening by clamping state, cause described electricity Plating plate 80 can be located away from the fixture 61 of described clamping device 60.

In the first preferred embodiment, when said two compress mechanism 71 press on described fixture 61 simultaneously time, Although described fixture 61 can be changed into opening by clamping state so that described electroplate 80 separates In described fixture 61, but, when two compress mechanism 71 press on described fixture 61 simultaneously time, described in drive Dynamic device 30 still can drive described clamping device 60 to move along described path of motion 40, thus, When said two compress mechanism 71 compress simultaneously the pushing and pressing strength of described fixture 61 excessive time, described clamping fills Put 60 possibly to be moved by the drive of described driving means 30, and then described driving means 30 In the case of persistently driving described clamping device 60 to move, it is likely to result in described electroplating machine 2 Damaging, thereby, in order to avoid the situation of aforementioned disappearance occurs, it is preferable that release 70 of the present invention has another Embodiment.

Referring to shown in Fig. 8 and Fig. 9, described release 70 is in the 3rd preferred embodiment, with second relatively Good embodiment difference is that two of release 70 compress mechanism 71 and connect and assemble described driving source 73 respectively, Further, described release 70 has one further and is assembled in said two and compresses the lazy-tongs of mechanism 71 74, thereby, in the 3rd preferred embodiment, described release 70 mainly by said two compress mechanism 71, Two driving sources 73 and lazy-tongs 74 are constituted.

Said two compresses mechanism 71 and lays respectively at relative two surveys of described path of motion 40, and is subject to respectively Said two drives source 73 to drive and reduce or widen the width of described path of motion 40, and said two pressure Structure pattern to mechanism 71 connects identical, thus, illustrate only for the single mechanism 71 that compresses below, Compress mechanism 71 described in as it can be seen, to have one and driven by described driving source 73 and can move along a straight line Moving assembly 711 and be connected to the thrust assemblies 712 of described moving assembly 711, wherein, described shifting Dynamic assembly 711 driven by described driving source 73 can make described thrust assemblies 712 selectivity close to or away from Fixture 61 in described clamping device 60.

Described lazy-tongs 74 are mainly made up of with a changeover module 742 two transmission components 741, described Two transmission components 741 are assembled in said two respectively and compress the thrust assemblies 712 of mechanism 71, wherein, institute One of them is directly connected in described driving means 30 to state two transmission components 741, another pass through described in cut Change assembly 742 and be indirectly coupled to described driving means 30, and described changeover module 742 can drive dress by described The rotation direction putting 30 is changed into other direction, and thereby, described driving means 30 is carried out clockwise and the inverse time Pin is time wherein a direction rotates, and said two transmission component 741 can rotate towards different directions, Further, described driving means 30 drives described folder by described actuating device 50 and lazy-tongs 74 simultaneously Hold device 60 and two thrust assemblies 712 carry out start, and then make the translational speed phase of described clamping device 60 It is same as the translational speed of described thrust assemblies 712.But, said two transmission component 741 is assembled in simultaneously Described driving means 30 only facilitates purposes of discussion, that is said two transmission component 741 assembles a start respectively Speed is same as the driving assembly of described driving means 30, thereby, described driving means 30 and driving assembly When driving clamping device 60 and thrust assemblies 712 to carry out start respectively, described clamping device 60 and pushing group The start speed of both parts 712 is identical.

In this preferred embodiment, described in compress the thrust assemblies 712 of mechanism 71 there are two travelling gears 712a, a driving chain 712b and multiple block 712c that compresses, said two travelling gear 712a all pivots It is connected to described moving assembly 711, and both spaced arrangements, and described driving chain 712b is chimeric even Be connected to said two travelling gear 712a, and have one be placed in said two travelling gear 712a around sky Between 712d, be all assembled in described driving chain 712b as the plurality of block 712c that compresses, wherein, described Both two travelling gear 712a one of them be connected to the transmission component 741 of described lazy-tongs 74, thereby, The driving means 30 of described electroplating machine 2 drives said two travelling gear 712a, and one of them rotates, And can synchronize to drive described driving chain 712b to move, and another travelling gear 712a is by described The movement of driving chain 712b is also rotated simultaneously, in this embodiment, and said two travelling gear 712a all rotates towards same direction, additionally makes the plurality of movement compressing block 712c a portion Direction can be parallel to described path of motion 40.

Referring to shown in Figure 10, the changeover module 742 of described lazy-tongs 74 has one first external gear 742a And one be fitting to connection in the second external gear 742b of described first external gear 742a, and described lazy-tongs The structure pattern of two transmission components 741 of 74 is identical, thus enters only for single transmission assembly 741 below Row explanation, and the transmission component 741 of described lazy-tongs 74 is main by two universal joint 741a, an accommodation seat 741b and connecting rod 741c are constituted.

Described first external gear 742a is assembled in described driving means 30, described second external gear 742b installing In described two universal joint 741a one of them, and be not installed in described the ten thousand of described second external gear 742b To joint 741a be assembled in said two travelling gear 712a one of them, additionally, described accommodation seat 741b Be pivoted be connected to described two universal joint 741a one of them, and described connecting rod 741c is pivoted and is connected to another Individual universal joint 741a, wherein, the partial section of described connecting rod 741c is arranged in described accommodation seat 741b, And described connecting rod 741c is not arranged in the part of described accommodation seat 741b and forms one and expose section 741d, mat This, is when compressing mechanism 71 described in described driving source 73 drives and moving along a straight line, described accommodation seat 741b Can change relative position each other with connecting rod 741c, and then expose section 741d described in changing Length.

Refer to shown in Figure 11, when the 3rd preferred embodiment is specifically applied, when described electroplate 80 completes During electroplating activity, the driving means 30 of described electroplating machine 2 can drive described clamping device 60 to move, Described electroplate 80 is made to move the movable passageway 72 to described release 70, now, described driving source 73 Compress mechanism 71 described in drive to compress mechanism 71 towards another and move, and change described accommodation seat simultaneously Relative position between 741b with connecting rod 741c, and then described in shortening, expose the length of section 741d, work as institute State two thrust assemblies 712 compressing mechanism 71 when pressing on described fixture 61 simultaneously, described fixture 61 by Clamping state is changed into opening, causes described electroplate 80 can be located away from the folder of described clamping device 60 Tool 61.

In the 3rd preferred embodiment, the driving means 30 of described electroplating machine 2 is by upper actuating device 50 Described clamping device 60 and two releases 70 are driven to carry out start respectively with lazy-tongs 74 so that described Two thrust assemblies 712 are identical with the translational speed of clamping device 60 three, thus, when described two thrust assemblies 712 when compressing described fixture 61 simultaneously, and described two thrust assemblies 712 can synchronize to enter with described clamping device 60 Row is mobile, and then the described out-of-work phenomenon of clamping device 60 will not occur, and does not thereby result in described electricity The damage of plating board 2.

Above explanation and embodiment are only exemplary, scope of the present utility model are not constituted any limit System.It will be understood by those skilled in the art that can under without departing from spirit and scope of the present utility model Details and form to technical solutions of the utility model are modified or replace, but these amendments and replacement all fall Enter in protection domain of the present utility model.

Claims

1. an electroplating machine, including: there is a driving means, one can move along a path of motion Actuating device and one is installed in the clamping device of described actuating device, and described driving means drives described transmission Device moves along described path of motion so that described clamping device synchronizes to enter along described path of motion Row is mobile, and described clamping device presents clamping state in order to a clamping electroplate, it is characterised in that: institute State electroplating machine and have one for contacting at the release of described clamping device further, when described clamping dress When putting the relative position changed each other with release, described clamping device and release Mutually conflict, cause described clamping device to be changed into the opening being located away from described electroplate by clamping state.

Electroplating machine the most according to claim 1, it is characterised in that: described release has two points Be not positioned at described path of motion opposite sides compresses mechanism, and said two compresses and forms one between mechanism for institute State the movable passageway that clamping device passes through, and described movable passageway has one for compressing described clamping device Compress section, make described clamping device along described path of motion move to described movable passageway time, described folder Hold device rely on described in compress section and by clamping State Transferring opening.

Electroplating machine the most according to claim 1, it is characterised in that: described release has two points Be not positioned at described path of motion opposite sides compresses mechanism, and said two compresses and forms one between mechanism for institute State the movable passageway that clamping device passes through, and said two compresses mechanism and can change phase para-position each other Putting the width that described movable passageway is increased or decreased with selectivity, causing said two to compress mechanism can support simultaneously Touch in described clamping device, make described clamping device be switched to opening by clamping state.

Electroplating machine the most according to claim 3, it is characterised in that: said two compress mechanism wherein it One is fixed on described electroplating machine, wherein another driven by a driving source and close to or away from fixing in presenting State compress mechanism, and then change the width of described movable passageway.

Electroplating machine the most according to claim 3, it is characterised in that: described release has further Two drive sources, and said two drives source to drive said two to compress one of mechanism respectively to carry out relative motion, To change the width of described movable passageway.

Electroplating machine the most according to claim 2, it is characterised in that: described release has further One be assembled in described in compress the lazy-tongs of mechanism, described in compress mechanism and be provided with a thrust assemblies in described clamping The pressure section of device, and described lazy-tongs can drive described in compress the thrust assemblies of device and carry out start, and Make described thrust assemblies and actuating device carry out equidirectional uniform motion simultaneously.

Electroplating machine the most according to claim 6, it is characterised in that: described lazy-tongs have two biographies Dynamic assembly, said two transmission component can be assembled in described driving means simultaneously or be assembled in a start respectively Speed is same as the driving assembly of described driving means.

Electroplating machine the most according to claim 7, it is characterised in that: when said two transmission component while When assembling described driving means, described lazy-tongs have further one be installed in said two transmission component its One of changeover module, the rotation direction of described driving means can be changed into the opposing party by described changeover module To, so, described driving means carry out clockwise with when counterclockwise wherein a direction rotates, described two Individual transmission component can rotate towards different directions.

Electroplating machine the most according to claim 7, it is characterised in that: described transmission component has two can Carrying out the universal joint rotated, one of them group of said two universal joint connects an accommodation seat, and another group connects One connecting rod, the partial section of described connecting rod is arranged in described accommodation seat, and described connecting rod is not arranged in The part of described accommodation seat forms one and exposes section, changes described movable passageway when said two compresses mechanism During width, described accommodation seat can change relative position each other with connecting rod simultaneously, and then changes The described length exposing section.

Electroplating machine the most according to claim 6, it is characterised in that compress the pushing group of device described in: Part has one and defines the driving chain around space, described around interior volume have multiple be fitting to connection in The travelling gear of described driving chain, and described driving chain assembles multiple for compressing described clamping device Press block, the plurality of travelling gear one of them be connected to described lazy-tongs, make described lazy-tongs band Dynamic the plurality of travelling gear rotates, and then described driving chain synchronizes to move, and other transmissions Gear is moved by described driving chain and is rotated so that the plurality of travelling gear all carries out Tongfang To rotation.