CN204311149U - Anode hang tool goes up product facility automatically - Google Patents

Anode hang tool goes up product facility automatically Download PDF

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Publication number
CN204311149U
CN204311149U CN201420751937.8U CN201420751937U CN204311149U CN 204311149 U CN204311149 U CN 204311149U CN 201420751937 U CN201420751937 U CN 201420751937U CN 204311149 U CN204311149 U CN 204311149U
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China
Prior art keywords
assembly
anode
assemblied
grabbing assembly
facility
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CN201420751937.8U
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Chinese (zh)
Inventor
李宁
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Suzhou Bo Gu Zhi Zhi Co., Ltd.
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KUNSHAN BOGUTE ELECTROMECHANICAL EQUIPMENT CO Ltd
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Priority to CN201420751937.8U priority Critical patent/CN204311149U/en
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Abstract

The utility model provides a kind of anode hang tool automatically to go up product facility, and it comprises anode and automatically goes up product facility and comprise gripping portion, retained part, flip portion, rack section; Described gripping portion mainly comprises servomotor module, driven module, transmission component, connection roof beam structure, bracing frame, carrier, grabbing assembly; Described grabbing assembly moves to directly over described retained part by described servomotor module after capturing product; Described grabbing assembly is moved downward to and makes described retained part energy product clamping; Described upset component assembling is above described rack section base plate; Described linkage unit connects the synchronizing wheel of described upset assembly, realizes synchronously overturning.This equipment can complete the extraction of antianode product, movement, placement rotary movement, and do not need manual operation, whole machine completes, and has saved manpower and cost, and clamping is accurate, avoids not damaging product surface.

Description

Anode hang tool goes up product facility automatically
Art
The utility model relates to surface processing equipment technical field, is specifically related to a kind of anode hang tool and automatically goes up product facility.
Background technology
Anode refers to and adopts the method for electrolysis to make its surface form sull, and metal oxide film changes the surface treatment method of condition of surface and performance, as surface colour, improves erosion resistance, strengthens wear resistance and hardness, protection metallic surface etc.Anodised part, if on local or whole surface when not allowed fixture to print, should leave process allowance and to be installed use.Carry out anodised part, can fill respectively according to profile, size and hang on universal hanger or Special hanger.Will keep certain interval between each fixture, when manually carrying out hanger and being installed, be difficult to avoid not damaging product surface, the labour intensity that is simultaneously manually installed is large.
If anode product adopts manual type to collect when being installed, not only artificial labour intensity is larger, be difficult to when being manually installed to ensure to be installed the accuracy of position simultaneously, and the speed be installed is difficult to obtain guarantee, is unfavorable for the automatic assembly line operation of anode product.
Summary of the invention
For above-mentioned problem, the object of the present invention is to provide a kind of product automatic card-loading that can facilitate to the equipment of anode hang tool.
The technical solution adopted for the present invention to solve the technical problems is: this anode hang tool is automatically gone up product facility and comprised anode and automatically go up product facility and comprise gripping portion, retained part, flip portion, rack section; Described gripping portion mainly comprises servomotor module, driven module, transmission component, connection roof beam structure, bracing frame, carrier, grabbing assembly; Described servomotor module is assemblied in the side of support frame as described above, and described driven module is assemblied in the side of described carrier, and described transmission component assembles the front of described carrier and support frame as described above; Described connection roof beam structure is assemblied on the slide block of described servomotor module and described driven module; Described grabbing assembly is assemblied in the front of described connection roof beam structure; Described grabbing assembly moves to directly over described retained part by described servomotor module after capturing product; Described grabbing assembly is moved downward to and makes described retained part energy product clamping; Described retained part comprises pneumatic rising elements, Pneumatic clamping assembly; Described pneumatic rising elements is assemblied on the base plate of described rack section; It moves up as making described Pneumatic clamping assembly abdicate space, reaches turning part and divides the object carrying out overturning; Turning part is divided and is comprised clamp assembly, upset assembly, and linkage unit, is in transmission connection by the gangbar of described clamp assembly bottom between described upset assembly and linkage unit; Described upset component assembling is above described rack section base plate; Described linkage unit connects the synchronizing wheel of described upset assembly, realizes synchronously overturning.
As preferably, described grabbing assembly bottom is designed with the clamp assemblies of downward opening two or more array, and described grabbing assembly bottom is designed with feed mould, described feed mould is designed with the standing groove that quantity is clamp assemblies quantity twice array.
As preferably, the mid-way of described connection roof beam structure is equipped with the crawl cylinder of described grabbing assembly, described crawl cylinder zygomorphy is equipped with four vertically to the joint pin that can be slid through described connection roof beam structure, and described joint pin is connected with the crawl structure of described grabbing assembly bottom.
As preferably, described pneumatic rising elements is included in base plate top and is centered around on the annular collar of flip portion square ring shape, mid-way, annular ring both sides is connected with the telescopic shaft of cylinder, is connected with and slides up and down the spacing axis of guide through described base plate below the corner location of annular ring bottom.
Beneficial effect of the present invention is: it is a kind of automatic equipment that this anode hang tool goes up product facility automatically, the extraction of antianode product, movement, placement rotary movement can be completed, do not need manual operation, whole machine completes, saved manpower and cost, clamping is accurate, avoids not damaging product surface, clamping speed can be mated completely with other production unit, improve the efficiency of whole production line.
Accompanying drawing explanation
Fig. 1 is the perspective view of square orbital cycle line.
Fig. 2 is the perspective view of square orbital cycle thread end.
Fig. 3 is the Facad structure schematic diagram of square orbital cycle thread end.
Embodiment
Below in conjunction with drawings and Examples, the present invention is further described:
As shown in Figure 1, Figure 2 with shown in embodiment in Fig. 3, this anode hang tool is automatically gone up product facility and is comprised anode and automatically go up product facility and comprise gripping portion 1, retained part 2, flip portion 3, rack section 4; Described gripping portion 1 mainly comprises servomotor module 11, driven module 12, transmission component 13, connects roof beam structure 14, bracing frame 15, carrier 16, grabbing assembly 17; Described servomotor module 11 is assemblied in the side of support frame as described above 15, and described driven module 12 is assemblied in the side of described carrier 16, and described transmission component 13 assembles the front of described carrier 16 and support frame as described above 15; Described connection roof beam structure 14 is assemblied on the slide block of described servomotor module 11 and described driven module 12; Described grabbing assembly 17 is assemblied in the front of described connection roof beam structure 14; After described grabbing assembly 17 captures product, move to directly over described retained part 2 by described servomotor module 11; Described grabbing assembly 17 is moved downward to and makes described retained part 2 energy product clamping; Described retained part 2 comprises pneumatic rising elements 21, Pneumatic clamping assembly 22; Described pneumatic rising elements 21 is assemblied on the base plate 11 of described rack section 1; It moves up as making described Pneumatic clamping assembly 22 abdicate space, reaches turning part and divides 3 objects carrying out overturning; Turning part divides 3 to comprise clamp assembly 31, upset assembly 32, and linkage unit 33, is in transmission connection by the gangbar 34 of described clamp assembly 31 bottom between described upset assembly 32 and linkage unit 33; Described upset assembly 32 is assemblied in the top of described rack section 4 base plate 41; Described linkage unit 33 connects the synchronizing wheel of described upset assembly 32, realizes synchronously overturning.
As shown in Figure 1, described grabbing assembly 17 bottom is designed with the clamp assemblies of downward opening two or more array, described grabbing assembly 17 bottom is designed with feed mould 18, described feed mould 18 is designed with the standing groove that quantity is clamp assemblies quantity twice array.Anode product to be processed is placed in the standing groove of described feed mould 18, in this embodiment, grabbing assembly 17 bottom is designed with 10 clamp assemblies, 20 standing grooves are designed with in described feed mould 18, when described like this grabbing assembly 17 captures anode product downwards, can capture 10 hangers, efficiency is higher at every turn, described feed mould 18 can be used for the crawl of answering twice simultaneously, decreases the placement operation of described feed mould 18.Described clamp assembly 31 adopts frame mold structure, can place clamping 10 anode suspension members simultaneously, makes these 10 anode suspension members integrally, conveniently carries out process operation to these suspension members simultaneously.
The working process of this equipment is, first by the feed mould 18 that anode product is housed by production line or be manually placed on described grabbing assembly 17 bottom, grabbing assembly 17 is stretched out downwards by cylinder, by clamp assemblies 17, anode product is upwards mentioned, then drive the grabbing assembly 17 connect on roof beam structure 14 to move laterally to above retained part 2 and flip portion 3 by servomotor module 11, driven module 12, transmission component 13.While grabbing assembly 17 movement, the horizontally mounted described upset assembly 32 of clamp assembly 31, described Pneumatic clamping assembly 22 is driven by pneumatic rising elements 21 and is compressed by clamp assembly 31 downwards, then the grabbing assembly 17 of the side of being located thereon is moved down by cylinder and the anode product of crawl is put into described clamp assembly 31, then grabbing assembly 17 resets, and the Pneumatic clamping assembly 22 on clamp assembly 31 moves upward and leaves clamp assembly 31 and anode product, overturn when clamp assembly 31 just can carry out upset assembly by upset assembly 32 like this, use for bottom operation.It is a kind of automatic equipment that anode hang tool goes up product facility automatically, the extraction of antianode product, movement, placement rotary movement can be completed, do not need manual operation, whole machine completes, saved manpower and cost, clamping is accurate, avoids not damaging product surface, clamping speed can be mated completely with other production unit, improve the efficiency of whole production line.
As depicted in figs. 1 and 2, the mid-way of described connection roof beam structure 14 is equipped with the crawl cylinder of described grabbing assembly 17, described crawl cylinder zygomorphy is equipped with four vertically to the joint pin 19 that can be slid through described connection roof beam structure, and described joint pin 19 is connected with the crawl structure of described grabbing assembly 17 bottom.Described joint pin 19 can carry out good spacing guiding to grabbing assembly 17, make grabbing assembly 17 capture and put procedure more steady.
As shown in Figure 1, Figure 2 and Figure 3, described pneumatic rising elements 21 is included in base plate top and is centered around on the annular collar 23 of flip portion square ring shape, mid-way, annular ring both sides is connected with the telescopic shaft of cylinder, is connected with and slides up and down the spacing axis of guide 24 through described base plate 11 below the corner location of annular ring 23 bottom.The described axis of guide 24 can carry out good spacing guiding to annular collar 23, on the clamp assembly 31 that clamp assemblies 22 on annular collar 23 can be steadily pressed on downwards, prevents from causing clamp assembly 31 weighing wounded.

Claims (4)

1. anode hang tool goes up a product facility automatically, and it comprises anode and automatically goes up product facility and comprise gripping portion (1), retained part (2), flip portion (3), rack section (4); Described gripping portion (1) mainly comprises servomotor module (11), driven module (12), transmission component (13), connects roof beam structure (14), bracing frame (15), carrier (16), grabbing assembly (17); Described servomotor module (11) is assemblied in the side of support frame as described above (15), described driven module (12) is assemblied in the side of described carrier (16), and described transmission component (13) assembles the front of described carrier (16) and support frame as described above (15); Described connection roof beam structure (14) is assemblied on the slide block of described servomotor module (11) and described driven module (12); Described grabbing assembly (17) is assemblied in the front of described connection roof beam structure (14); Described retained part (2) comprises pneumatic rising elements (21), Pneumatic clamping assembly (22); Described pneumatic rising elements (21) is assemblied on the base plate (41) of described rack section (4); Turning part is divided (3) comprises clamp assembly (31), upset assembly (32), linkage unit (33), the gangbar (34) by described clamp assembly (31) bottom between described upset assembly (32) and linkage unit (33) is in transmission connection; Described upset assembly (32) is assemblied in the top of described rack section (4) base plate (41); Described linkage unit (33) connects the synchronizing wheel of described upset assembly (32).
2. anode hang tool according to claim 1 goes up product facility automatically, it is characterized in that: described grabbing assembly (17) bottom is designed with the clamp assemblies of downward opening two or more array, described grabbing assembly (17) bottom is designed with feed mould (18), and described feed mould (18) is designed with the standing groove that quantity is clamp assemblies quantity twice array.
3. anode hang tool according to claim 1 goes up product facility automatically, it is characterized in that: the mid-way of described connection roof beam structure (14) is equipped with the crawl cylinder of described grabbing assembly (17), described crawl cylinder zygomorphy is equipped with four vertically to the joint pin (19) that can be slid through described connection roof beam structure, and described joint pin (19) is connected with the crawl structure of described grabbing assembly (17) bottom.
4. anode hang tool according to claim 1 goes up product facility automatically, it is characterized in that: described pneumatic rising elements (21) is included in base plate top and is centered around on the annular collar (23) of flip portion square ring shape, mid-way, annular ring both sides is connected with the telescopic shaft of cylinder, is connected with and slides up and down the spacing axis of guide (24) through described base plate (41) below the corner location of annular ring (23) bottom.
CN201420751937.8U 2014-12-03 2014-12-03 Anode hang tool goes up product facility automatically Active CN204311149U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
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Application Number Priority Date Filing Date Title
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Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105002540A (en) * 2015-07-03 2015-10-28 惠州杰丰五金制品有限公司 Horizontal oxidation line
CN105543927A (en) * 2015-12-23 2016-05-04 广东长盈精密技术有限公司 Anodic oxidation system
CN108034979A (en) * 2018-03-19 2018-05-15 福建奋安铝业有限公司 A kind of aluminium shape surface oxidation treatment method

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105002540A (en) * 2015-07-03 2015-10-28 惠州杰丰五金制品有限公司 Horizontal oxidation line
CN105543927A (en) * 2015-12-23 2016-05-04 广东长盈精密技术有限公司 Anodic oxidation system
CN105543927B (en) * 2015-12-23 2018-05-04 广东长盈精密技术有限公司 anodic oxidation system
CN108034979A (en) * 2018-03-19 2018-05-15 福建奋安铝业有限公司 A kind of aluminium shape surface oxidation treatment method
CN108034979B (en) * 2018-03-19 2019-06-28 福建奋安铝业有限公司 A kind of aluminium shape surface oxidation treatment method

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GR01 Patent grant
C14 Grant of patent or utility model
CP03 Change of name, title or address

Address after: 215000 558 FENHU Road, Wujiang District, Suzhou, Jiangsu

Patentee after: Suzhou Bo Gu Zhi Zhi Co., Ltd.

Address before: 215101 Kunshan, Jiangsu, Suzhou, Kunshan City, Zhou Chang Jing Road 620 Kunshan Bo Gu electrical and mechanical equipment Co., Ltd.

Patentee before: Kunshan Bogute Electromechanical Equipment Co., Ltd.

CP03 Change of name, title or address