CN207791857U - The feed mechanism of electroplating device - Google Patents
The feed mechanism of electroplating device Download PDFInfo
- Publication number
- CN207791857U CN207791857U CN201721681408.5U CN201721681408U CN207791857U CN 207791857 U CN207791857 U CN 207791857U CN 201721681408 U CN201721681408 U CN 201721681408U CN 207791857 U CN207791857 U CN 207791857U
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- column
- supporting
- lifting
- shaft
- runner
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Abstract
The utility model is related to a kind of feed mechanisms of electroplating device, including rack, runner and shaft, the quantity of runner has multiple, the center of all runners is set to the top of rack along same straight line, is connected with each other by belt between adjacent runner, and the quantity of shaft is identical as the quantity of runner, the center of each runner is both provided with shaft, runner rotary type is set to the top of shaft, and the bottom end of shaft is fixed on the bottom of rack, and all shafts are vertically arranged；Lift rail is provided on the outside of shaft, the shape of lift rail is annular, all shafts are set to the centre of lift rail, the surface of shaft offers lifting groove, lifting groove is vertically arranged, and lifting column is provided on the inside of lift rail, and lifting column is horizontally disposed, lifting column is slidably connected in lifting groove, and lift rail is connect by lifting column with lifting groove；Column is fixedly installed on belt, column is vertically arranged.
Description
Technical field
The utility model is related to a kind of feed mechanisms of electroplating device.
Background technology
The feed mechanism of existing electroplating device is bulky, and working efficiency is low, easily breaks down, and is not easy to repair.
Utility model content
The purpose of the utility model is to overcome above-mentioned deficiencies existing in the prior art, and provide a kind of structure design conjunction
The feed mechanism of the electroplating device of reason.
The technical scheme in the invention for solving the above technical problem is：A kind of feed mechanism of electroplating device, it is special
Sign is：Including rack, runner and shaft, the quantity of runner has multiple, and the center of all runners is set to along same straight line
The top of rack is connected with each other by belt between adjacent runner, and the quantity of shaft is identical as the quantity of runner, each runner
Center be both provided with shaft, runner rotary type is set to the top of shaft, and the bottom end of shaft is fixed on the bottom of rack, own
Shaft is vertically arranged；Lift rail is provided on the outside of shaft, the shape of lift rail is annular, and all shafts are set to lifting
The surface of the centre of rail, shaft offers lifting groove, and lifting groove is vertically arranged, and lifting column is provided on the inside of lift rail, lifting
Column is horizontally disposed, and lifting column is slidably connected in lifting groove, and lift rail is connect by lifting column with lifting groove；It is fixedly installed on belt
Column, column are vertically arranged, and hanger are provided on column, hanger is horizontally disposed, and one end of hanger is slipped on column, hanger
The other end extends towards the direction far from rack, and hanger is set to the outside of lift rail.
Hanger described in the utility model is located at one end on column and is fixedly installed support column, and support column is towards lift rail water
Flat setting, lift rail are provided with supporting table close to the side of support column, and supporting table is provided with rotatable lamella close to the edge of support column,
Rotatable lamella includes No.1 rotatable lamella and No. two rotatable lamellas, and No.1 rotatable lamella and No. two rotatable lamellas are wholely set, No.1 rotatable lamella and
It is provided with axis pin between No. two rotatable lamellas, rotatable lamella is rotatably mounted on by axis pin in supporting table；No. two rotatable lamellas are set to
The lower section of supporting table, No.1 rotatable lamella are set to the top of No. two rotatable lamellas, and No.1 rotatable lamella is used to be formed with supporting table and support
Face, supporting surface are used to support support column.
Supporting rod is provided in supporting table described in the utility model, supporting rod is located at No.1 rotatable lamella after feed direction
Side, supporting rod includes one end of one end and No. two supporting rods of No.1 supporting rod, No. two supporting rods and gravitation ball No.1 supporting rod
It is fixedly connected, the other end of No. two supporting rods is fixedly connected with gravitation ball, No.1 supporting rod, No. two supporting rods and gravitation ball one
Formula is arranged, and rotation axis is provided between No.1 supporting rod and No. two supporting rods, supporting rod is rotatably mounted on branch by rotation axis
It supports on platform.
For gravitation ball described in the utility model for driving No. two supporting rods to fall naturally, No. two supporting rods are set to supporting table
Lower section, No.1 supporting rod is used to support support column.
The side of supporting table described in the utility model is provided with No. two notches, and No.1 supporting rod is for filling up No. two notches.
Compared with prior art, the utility model is ingenious in design for the utility model, and work efficiency is high, and repair is easy, at low cost
It is honest and clean.
Description of the drawings
Fig. 1 is the utility model embodiment dimensional structure diagram.
Fig. 2 is the utility model embodiment hanger main structure diagram.
Fig. 3 is the utility model embodiment supporting table main structure diagram.
Fig. 4 is that the utility model embodiment supporting table is rotated by 90 ° rear overlooking structure diagram.
Fig. 5 is the utility model embodiment supporting table and column relative position relation schematic diagram.
Fig. 6 is the overlooking structure diagram of Fig. 5.
Fig. 7 is the overlooking structure diagram of Fig. 2.
Fig. 8 is the main structure diagram of the utility model embodiment supporting rod.
Fig. 9 is the main structure diagram of the one of working condition of the utility model embodiment.
Figure 10 is the main structure diagram of the utility model embodiment other in which working condition.
Figure 11 is the main structure diagram of the utility model embodiment other in which working condition.
Figure 12 is the main structure diagram of the utility model embodiment other in which working condition.
Specific implementation mode
The utility model is described in further detail below in conjunction with the accompanying drawings and by embodiment, and following embodiment is pair
The explanation of the utility model and the utility model is not limited to following embodiment.
Comparative example
Referring to Fig. 1-12.
Present embodiments provide a kind of feed mechanism of electroplating device, including rack 1, runner 2 and shaft 3.The number of runner 2
Amount has multiple, and the parameters such as shape, size, specification of all runners 2 are identical, the shapes of all runners 2 be it is round and
Horizontally disposed, the center of all runners 2 is set to the top of rack 1 along same straight line, passes through skin between adjacent runner 2
Band（It is not drawn into figure）It is connected with each other.The center of each runner 2 is respectively provided with shaft 3, the quantity of shaft 3 and the quantity phase of runner 2
Together, 2 rotary type of runner is set to the top of shaft 3, and the bottom end of shaft 3 is fixed on the bottom of rack 1, and the top of shaft 3 is fixed
At the top of rack 1, all shafts 3 are vertically arranged.
Preferably, in the present embodiment, the shape of rack 1 is strip.
It is easy for description in the present embodiment, choose 1 end of rack（Right end）Runner 2 and shaft 3 make and being briefly described.
Runner 2 positioned at the end at 1 top of rack is No.1 runner 4, and the runner 2 adjacent with No.1 runner 4 is No. two runners 5.Installation
It is No.1 shaft 6 in the shaft 3 on No.1 runner 4, No.1 runner 4 is rotatably mounted on the top of No.1 shaft 6, No.1 shaft
6 top is fixed on the top of rack 1, and the bottom end of No.1 shaft 6 is fixed on the bottom of rack 1.It is installed on No. two runners 5
Shaft 3 is No. two shafts 7, and No. two runners 5 are rotatably mounted on the top of No. two shafts 7, and the top of No. two shafts 7 is fixed on machine
The top of frame 1, the bottom end of No. two shafts 7 are fixed on the bottom of rack 1.No.1 shaft 6 and No. two shafts 7 are vertically arranged,
No.1 runner 4 and No. two runners 5 are horizontally disposed along the length direction of rack 1.No.1 runner 4 is rotated around No.1 shaft 6, and two
Number runner 5 is rotated around No. two shafts 7, and belt is driven to horizontally rotate.
The outside of shaft 3 is provided with lift rail 8, and the shape of lift rail 8 is annular, and all shafts 3 are set to lift rail 8
Centre, lift rail 8 are horizontally disposed.No.1 shaft 6 and No. two shafts 7 are provided in the centre of lift rail 8.
The surface of shaft 3 offers lifting groove 9, and lifting groove 9 is vertically arranged, and the inside of lift rail 8 is provided with lifting column（Figure
In be not drawn into）, lifting column is horizontally disposed, and lifting column is slidably connected in lifting groove 9, and lift rail 8 is connected by lifting column and lifting groove 9
It connects, i.e., one end of lifting column is fixedly connected with lift rail 8, and the other end of lifting column is in lifting groove 9.For example, in No.1 shaft 6
The lifting groove 9 of setting is No.1 lifting groove 10, and the lifting groove 9 being arranged in No. two shafts 7 is No. two lifting grooves 11.No.1 shaft 6
The sliding lifting column in surface be No.1 lifting column, the lifting column that the surface of No. two shafts 7 is sliding is No. two lifting columns.No.1 liter
One end of drop column is fixed on lift rail 8, and the other end of No.1 lifting column slips in No.1 lifting groove 10, and lift rail 8 passes through
No.1 lifting column slips in No.1 shaft 6.One end of No. two lifting columns is fixed on lift rail 8, No. two lifting columns it is another
End is slipped in No. two lifting grooves 11, and lift rail 8 is slipped by No. two lifting columns in No. two shafts 7.Lift rail 8 passes through No.1
Lifting column and No. two lifting columns move up and down in No.1 lifting groove 10 and No. two lifting grooves 11, so that lift rail 8 is opposite
Shaft 3 moves up and down in the case where being parallel to ground always.
Column 12 is fixedly installed on belt, column 12 is vertically arranged in rack 1, and the bottom of column 12 is arranged in rack
On 1 bottom, the top of column 12 is fixed on belt.Column 12 is rotated with the rotation of belt, and wherein belt is along machine
The edge distribution of frame 1, therefore, column 12 can also be moved along the border movement of rack 1, as feed direction.
Hanger 13 is provided on column 12, hanger 13 is horizontally disposed.One end of hanger 13 is slipped on column 12, hanger 13
The other end extend towards the direction far from rack 1, hanger 13 is set to the outside of lift rail 8.Hanger 13 is located on column 12
One end is fixedly installed support column 14, and support column 14 is horizontally disposed towards lift rail 8.
Specifically, hanger 13 includes sliding sleeve 15 and lifting rod 16, sliding sleeve 15 is socketed on column 12, and the fixation of lifting rod 16 is set
It sets in one end of sliding sleeve 15, support column 14 is fixedly installed on the other end of sliding sleeve 15.Wherein, lifting rod 16 from sliding sleeve 15 far from
The direction of rack 1 extends.Lifting rod 16 is for slinging element to be electroplated.Support column 14 is between lift rail 8 and column 12.Branch
Dagger 14, sliding sleeve 15 and lifting rod 16 are arranged along a straight line.
Lift rail 8 is provided with supporting table 17 close to the side of support column 14, and supporting table 17 is set close to the edge of support column 14
It is equipped with rotatable lamella 18, rotatable lamella 18 includes No.1 rotatable lamella 19 and No. two rotatable lamellas 20, No.1 rotatable lamella 19 and No. two rotatable lamellas
20 are wholely set, and axis pin 21 is provided between No.1 rotatable lamella 19 and No. two rotatable lamellas 20, and rotatable lamella 18 is rotated by axis pin 21
Formula is mounted in supporting table 17.No. two rotatable lamellas 20 are set to the lower section of supporting table 17, and No.1 rotatable lamella 19 is set to No. two and turns
The top of movable plate 20, there are one No.1 notches 32 for the edge setting of supporting table 17, and when No.1 rotatable lamella 19 is horizontally disposed with, No.1 turns
Movable plate 19 can fill up No.1 notch 32, and No. two rotatable lamellas 20 are fitted in the bottom surface of supporting table 17 so that No.1 rotatable lamella 19
For supporting surface to be collectively formed with supporting table 17, supporting surface is used to support support column 14.
By taking 1 end of rack as an example, it is arc-shaped that lift rail 8, which is located at its shape of the part of 1 end of rack, by secondary lift rail 8
Arc-shaped part names are lifting circular arc rail 22, opposite with lifting circular arc rail 22 and be located at 1 end of rack（Right end）'s
Column 12 is newel post 23.The part being connected with lifting circular arc rail 22 in supporting table 17 is fastening part 24, and supporting table 17 passes through fastening
Portion 24 is fixed on lifting circular arc rail 22.In contrast, the support column 14 of the hanger 13 in newel post 23 is parallel to bottom surface
Setting, is in No.1 rotatable lamella 19 on same vertical line.
In the case that operating mode starts, the bottom end of newel post 23 is that artificial nature operates height, and people is lifting under height herein
Folding and unfolding unplated piece 25 on bar 16, the support column 14 in newel post 23 and sliding sleeve 15 are in the bottom of rack 1 at this time（Close to newel post 23
Bottom end）, since sliding sleeve 15 itself has certain height, although support column 14 close to the bottom of rack 1, but
It is still to have certain distance apart from the bottom of rack 1.And supporting table 17 and No.1 rotatable lamella 19 are in same level at this time,
And support column 14 is located at the underface of No.1 rotatable lamella 19, No. two rotatable lamellas 20 are bonded the lower surface of supporting table 17.Supporting table 17
It is each attached to rotatable lamella 18 on the lifting circular arc rail 22 for being now placed in 23 top of newel post.As operating mode is run, circular arc rail is lifted
22 move downward with No.1 lifting column and No. two lifting columns, and No.1 rotatable lamella 19 is gradually close to support column 14, until starting
No.1 rotatable lamella 19 and support column 14 start to contact.Lifting circular arc rail 22 continues to push, and No.1 rotatable lamella 19 is gradually supported column
14 jack up, and are rotated counterclockwise along direction A around axis pin 21（Referring to Fig. 3）.Simultaneously because No.1 rotatable lamella 19 and No. two rotatable lamellas
20 integral types are arranged, and No. two rotatable lamellas 20 is driven to be rotated counterclockwise along direction B around axis pin 21, simultaneously because gravity, one
Number rotatable lamella 19 tilts always to be rested on support column 14, while No.1 notch 32 exposes.As lifting circular arc rail 22 is into one
Step pushes, and No.1 rotatable lamella 19 is fallen from support column 14 under the effect of gravity, and No.1 rotatable lamella 19 fills up No.1 notch again
32, it is in the same plane again with supporting table 17, No. two rotatable lamellas 20 are bonded the lower surface of supporting table 17 again, while to protect
Card No.1 rotatable lamella 19, which is supported the maximum height that column 14 lifts, should be less than at this time between support column 14 and the bottom of rack 1
Spacing.Lifting circular arc rail 22 starts to move straight up later, with operating status just now on the contrary, No.1 rotatable lamella 19 is located at branch
The underface of dagger 14, during lifting, No.1 rotatable lamella 19 supports support column 14, in the case, No.1 from the bottom up
Rotatable lamella 19 is produced around 21 clockwise rotation trend of axis pin（Referring to Fig. 3）, No. two rotatable lamellas 20 produce around axis pin
21 clockwise rotation trend（Referring to Fig. 3）.But since No. two rotatable lamellas 20 are located at the lower surface of supporting table 17, and prop up
Support platform 17 is fixed on lifting circular arc rail 22, produces the blocking to No. two 20 clockwise rotational movement trend of rotatable lamella so that
The No.1 rotatable lamella 19 being wholely set with No. two rotatable lamellas 20 can not generate the movement rotated clockwise, to effectively make No.1
Rotatable lamella 19 forms support to support column 14, finally so that lift rail 8 is not only equipped with the hanger for being initially positioned at 1 bottom end of rack
Unplated piece 25 on 13, while the side hoisting depth of the never electroplate liquid of unplated piece 25 can be driven.
After above-mentioned operational process, belt starts to rotate, to drive column 12 to be rotated along feed direction, due to this
When support column 14 be supported in supporting table 17 and No.1 rotatable lamella 19, support column 14 with column 12 in supporting table 17 along giving
Material direction is rotated.
Concrete structure as said program is supported, is illustrated referring to Fig. 8-12.
Supporting rod 26 is provided in supporting table 17, supporting rod 26 is located at No.1 rotatable lamella 19 along the rear of feed direction, branch
Strut 26 includes 27, No. two supporting rods 28 of No.1 supporting rod and gravitation ball 29.One end of No.1 supporting rod 27 and No. two supporting rods
28 one end is fixedly connected, and the other end of No. two supporting rods 28 is fixedly connected with gravitation ball 29,27, No. two supports of No.1 supporting rod
Bar 28 and the setting of 29 integral type of gravitation ball, rotation axis 31, supporting rod are provided between No.1 supporting rod 27 and No. two supporting rods 28
26 are rotatably mounted on by rotation axis 31 in supporting table 17.
Specifically, the side of supporting table 17 is provided with No. two notches 30, No.1 supporting rod 27 is for filling up No. two notches 30.
When No.1 supporting rod 27 is horizontally disposed with, No.1 supporting rod 27 has filled up No. two notches 30 so that No.1 supporting rod 27 and support
Platform 17 forms a complete horizontal support surface.Wherein, No. two notches 30 are set to No.1 notch 32 after feed direction
Side, meanwhile, No. two notches 30 and No.1 notch 32 are provided in the edge of supporting table 17.Rotation axis 31 is arranged to be lacked at No. two
The boundary of mouth 30 and supporting table 17, and rotation axis 31 is located at the lower surface of supporting table 17, meanwhile, No. two supporting rods 28 and gravity
Ball 29 is always in the lower section of supporting table 17.When gravitation ball 29 is bonded with the lower surface of supporting table 17, No.1 supporting rod 27 is
No. two notches 30 are filled up, No.1 supporting rod 27 forms complete horizontal support surface with supporting table 17.When gravitation ball 29 is downward
It falls, No. two supporting rods 28 is driven to fall downwards, rotated around rotation axis 31, drive No.1 supporting rod 27 upwards around rotation axis
31 tilt.
It is clear to describe, it is divided to half two root posts 12 for choosing two hangers 13（The No.1 column 33 and two of No.1 hanger 35
No. two columns 34 of number hanger 36）As explanation.
Fig. 9 is will refer to, No.1 column 33 is located at the right end of rack 1 at this time, and therefore, No.1 column 33 at this time is newel post
23, the adjacent rear along feed direction in No.1 column 33 is then arranged in No. two columns 34.At this point, the support of No.1 hanger 35
Column 14 is located at the underface of No.1 rotatable lamella 19, and No.1 rotatable lamella 19 has filled up No.1 notch 32 at this time, and No. two rotatable lamellas 20 paste
Close the bottom surface in supporting table 17.Simultaneously, support column 14 of the No.1 supporting rod 27 due to receiving No. two hangers 36 to
Under pressure, with gravitation ball 29 live apart in the both ends of rotation axis 31, equalising torque so that No.1 supporting rod 27 can hang No. two
The support column 14 of frame 36 is supported.Lifting circular arc rail 22 drives supporting table 17 to move downward at this time.
Referring to Figure 10, with the continuous decrease of supporting table 17, No.1 rotatable lamella 19 starts the support column with No.1 hanger 35
14 contacts, No.1 rotatable lamella 19 are tilted around axis pin 21, and No.1 notch 32 starts to expose, and No. two rotatable lamellas 20 are around 21 court of axis pin
It is overturn to bottom surface, while No.1 rotatable lamella 19 starts to rest on the support column 14 of No.1 hanger 35.Wherein, the side of rack 1
It is provided with electroplating pool 37, the top of electroplating pool 37 is provided with top rib 38 close to the side of supporting table 17.Declined in supporting table 17
Cheng Zhong, No. two hangers 36 are supported by top rib 38, and supporting table 17 is during continuous decrease, No.1 supporting rod 27 and No. two hangers
36 support column 14 is gradually disengaged, in the case of the effect of support column 14 for losing No. two hangers 36, due to gravitation ball 29 itself
Gravity, No.1 supporting rod 27 are upturned around rotation axis 31 to the direction far from bottom surface, and gravitation ball 29 is around rotation axis
31 turn over towards bottom surface and fall, and nature is presented in supporting rod 26 at this time.
Referring to Figure 11, until supporting table 17 drops to bottom, the support column 14 of No.1 rotatable lamella 19 and No.1 hanger 35
Separation, due to 19 self gravitation effect of No.1 rotatable lamella, No.1 rotatable lamella 19 is around axis pin 21 towards ground rotation.No.1 rotates
Piece 19 fills up No.1 notch 32 again.Supporting table 17 is again as lifting circular arc rail 22 restarts to rise later, No.1 rotation
Piece 19 contacts with each other with the support column of No.1 hanger 35 14 again, since the support column 14 of No.1 hanger 35 is to No.1 rotatable lamella 19
Gravity and supporting table 17 to the barrier effects of No. two rotatable lamellas 20, the two mutually balances, the support of No.1 hanger 35
Column 14 is supported in supporting table 17, and No.1 rotatable lamella 19 realizes supporting role to No.1 hanger 35.And due to gravitation ball 29
Effect, No. two notches 30 are not filled up by No.1 supporting rod 27 still, are always existed in 17 uphill process of supporting table so that two
Number hanger 36 stays in the bottom of holder 1, and the unplated piece 25 on No. two hangers 36 steeps in electroplating pool 37.At this time until support
Platform 17 rises to the top of rack 1.No.1 supporting rod 27 tilts straight up at this time.
Referring to Figure 12, then belt rotation, No.1 column 33 and No. two columns 34 rotate, and drive No.1 hanger 35 and No. two
Hanger 36 is moved along feed direction.No.1 column 33 is no longer newel post 23.Wherein, No.1 column 33 in supporting table 17 along feeding
In the motion process of direction, gradually No.1 supporting rod 27 is pushed, the support column 14 of No.1 hanger 35 pushes No.1 supporting rod again
27 push, and are mutually balanced with gravitation ball 29 so that No.1 supporting rod 27 fills up No. two notches 30.No.1 supporting rod 27 is again to one
The support column 14 of number hanger 35 is supported.
It repeats the above process, and so on, completes feeding process.
Furthermore, it is necessary to illustrate, the specific embodiment described in this specification, the shape of parts and components is named
Claiming etc. can be different, described in this specification above content is only to the utility model structure example explanation.
The equivalence changes or simple change that all structure, feature and principles according to described in the utility model patent concept are done, are wrapped
It includes in the protection domain of the utility model patent.Those skilled in the art of the present invention can be to described
Specific embodiment does various modifications or additions or substitutes by a similar method, without departing from the knot of the utility model
Structure or beyond the scope defined by this claim, all should belong to the protection range of the utility model.
Claims (5)
1. a kind of feed mechanism of electroplating device, it is characterised in that：Including rack, runner and shaft, the quantity of runner have it is multiple,
The center of all runners is set to the top of rack along same straight line, is connected with each other by belt between adjacent runner, turns
The quantity of axis is identical as the quantity of runner, and the center of each runner is both provided with shaft, and runner rotary type is set to the top of shaft
End, the bottom end of shaft are fixed on the bottom of rack, and all shafts are vertically arranged；It is provided with lift rail on the outside of shaft, rises
The shape for dropping rail is annular, and all shafts are set to the centre of lift rail, and the surface of shaft offers lifting groove, and lifting groove is vertical
It is arranged, lifting column is provided on the inside of lift rail, lifting column is horizontally disposed, and lifting column is slidably connected in lifting groove, and lift rail passes through
Lifting column is connect with lifting groove；Column is fixedly installed on belt, column is vertically arranged, and hanger, hanger water are provided on column
Flat setting, one end of hanger are slipped on column, and the other end of hanger extends towards the direction far from rack, and hanger is set to lifting
The outside of rail.
2. the feed mechanism of electroplating device according to claim 1, it is characterised in that：The hanger is located at one on column
End is fixedly installed support column, and support column is horizontally disposed towards lift rail, and lift rail is provided with support close to the side of support column
Platform, supporting table are provided with rotatable lamella close to the edge of support column, and rotatable lamella includes No.1 rotatable lamella and No. two rotatable lamellas, and No.1 turns
Movable plate and No. two rotatable lamellas are wholely set, and are provided with axis pin between No.1 rotatable lamella and No. two rotatable lamellas, rotatable lamella passes through axis pin
It is rotatably mounted in supporting table；No. two rotatable lamellas are set to the lower section of supporting table, and No.1 rotatable lamella is set to No. two rotatable lamellas
Top, No.1 rotatable lamella is used to form supporting surface with supporting table, and supporting surface is used to support support column.
3. the feed mechanism of electroplating device according to claim 2, it is characterised in that：Support is provided in the supporting table
Bar, supporting rod are located at No.1 rotatable lamella along the rear of feed direction, and supporting rod includes No.1 supporting rod, No. two supporting rods and gravity
Ball, one end of No.1 supporting rod are fixedly connected with one end of No. two supporting rods, and the other end and the gravitation ball of No. two supporting rods are fixed
Connection, No.1 supporting rod, No. two supporting rods and the setting of gravitation ball integral type, is provided between No.1 supporting rod and No. two supporting rods
Rotation axis, supporting rod are rotatably mounted on by rotation axis in supporting table.
4. the feed mechanism of electroplating device according to claim 3, it is characterised in that：The gravitation ball is for driving No. two
Supporting rod falls naturally, and No. two supporting rods are set to the lower section of supporting table, and No.1 supporting rod is used to support support column.
5. the feed mechanism of electroplating device according to claim 4, it is characterised in that：The side of the supporting table is provided with
No. two notches, No.1 supporting rod is for filling up No. two notches.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721681408.5U CN207791857U (en) | 2017-12-06 | 2017-12-06 | The feed mechanism of electroplating device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721681408.5U CN207791857U (en) | 2017-12-06 | 2017-12-06 | The feed mechanism of electroplating device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207791857U true CN207791857U (en) | 2018-08-31 |
Family
ID=63283029
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721681408.5U Expired - Fee Related CN207791857U (en) | 2017-12-06 | 2017-12-06 | The feed mechanism of electroplating device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207791857U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108100573A (en) * | 2017-12-06 | 2018-06-01 | 桐庐新合电镀制品有限公司 | A kind of feed mechanism of electroplating device |
-
2017
- 2017-12-06 CN CN201721681408.5U patent/CN207791857U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108100573A (en) * | 2017-12-06 | 2018-06-01 | 桐庐新合电镀制品有限公司 | A kind of feed mechanism of electroplating device |
| CN108100573B (en) * | 2017-12-06 | 2024-04-19 | 桐庐新合电镀制品有限公司 | Feeding mechanism of electroplating equipment |
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Granted publication date: 20180831 Termination date: 20191206 |