CN206986310U - The automatic hanger of copper foil plating - Google Patents
The automatic hanger of copper foil plating Download PDFInfo
- Publication number
- CN206986310U CN206986310U CN201720793111.1U CN201720793111U CN206986310U CN 206986310 U CN206986310 U CN 206986310U CN 201720793111 U CN201720793111 U CN 201720793111U CN 206986310 U CN206986310 U CN 206986310U
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- CN
- China
- Prior art keywords
- connecting shaft
- rotation drive
- copper foil
- casting die
- rotation
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Electroplating Methods And Accessories (AREA)
Abstract
The utility model discloses a kind of automatic hanger of copper foil plating,Positioning sets a rotation drive-connecting shaft with the output rotation axis connection of rotating servo motor to the automatic hanger respectively on two side-frame plates of body frame,Positioned at intervals is arranged with the casting die limit assembly of some groups of repeated arrangements successively on the rotation drive-connecting shaft,The casting die limit assembly includes casting die unit and position-limiting unit,Wherein casting die unit can rotate with rotation drive-connecting shaft and can compress copper foil,Wherein position-limiting unit can rotate with rotation drive-connecting shaft and limit rotation drive-connecting shaft rotational angle,The automatic hanger combine automatic device for taking can fully achieve copper foil and similar soft board it is automatic on,Lower hanger,It is manually operated completely without worker,Substantially increase operating efficiency,And the longer both sides of copper foil all can be crushed under briquetting,It is not susceptible to the situation of loose or dislocation,And being capable of the follow-up electroplating operations of open and flat regular progress.
Description
Technical field
A kind of Electropolating hangers, more particularly to a kind of automatic hanger of copper foil plating are the utility model is related to, belongs to plating and uses
Auxiliary Tools Technology.
Background technology
The main purpose of plating is to improve the decoration, corrosion-resistant of plating piece outward appearance for the interconnection between two-sided and multilayer
Property, wearability, weldability and light, electricity, the performance etc. of magnetic, and the thickness of coating is generally several microns to tens microns.Due to electricity
Depositing process equipment is simple, easily operated control, cost are relatively low and the diversity of plating layer function, therefore is carried out using plating at surface
The extensive use especially in PCB industries in the industry of the method for reason.And in PCB industries, existing Electropolating hangers be mostly
Set rapid mould to press from both sides on framework, but because the thickness of copper foil is very small and area is larger, produced using above-mentioned existing plating
Conventional Electropolating hangers on line can not make copper foil is open and flat regular to be electroplated into electroplating bath well；Simultaneously existing conventional electricity
The rapid mould folder of plating hanger is unfavorable for the uniformity of plating with being mostly that point contacts between copper foil；In addition existing mould is used
Tool folder carries out the manual clamping of the clamping process, completely operator of copper foil, and not only operating efficiency is low, and copper foil is easily sent out
The situation of raw loose or dislocation and fold.
Utility model content
In order to solve the above technical problems, the utility model provides a kind of automatic hanger of copper foil plating, the hanger can be certainly
It is dynamic to be placed to copper foil is open and flat regular on hanger, and can improve the operating efficiency electroplated.
The technical solution of the utility model is：
A kind of automatic hanger of copper foil plating, for clamping plating copper foil, the automatic hanger includes frame body, the frame
Frame body is the box shape for the middle hollow out being in turn connected to form by top side deckle board, bottom side deckle board and avris deckle board positioned at both sides
Structure, positioning is provided with a rotation drive-connecting shaft that can be rotated around its own central shaft along its length on the avris deckle board,
Positioned at intervals is arranged with the casting die limit assembly of some groups of repeated arrangements successively on the rotation drive-connecting shaft, the casting die limit assembly bag
Include the casting die unit that copper foil can be rotated and can compressed with rotation drive-connecting shaft and can be rotated with rotation drive-connecting shaft and limit rotation
The position-limiting unit of hinge spindle rotational angle, the rotation drive-connecting shaft is close to one end of top side deckle board formed with can be watched with rotation
Take the joint of the supporting connection of output rotation axis of motor.
Its further technical scheme is：
Casting die limit assembly described in every group also includes interval and is fixedly arranged on the first limited block on avris deckle board and second spacing
Block, first and second limited block offer through hole along the axial direction of rotation drive-connecting shaft, and the rotation drive-connecting shaft is arranged in the through hole
It is interior.
The casting die unit include one in block structure contiguous block and one be in strip structure briquetting, the contiguous block folder
Between first and second limited block and suspension type is anchored on rotation drive-connecting shaft, and a side of the contiguous block stretches out shape
Into extension edge, the briquetting is fixed on the extension edge, and the briquetting can be under the drive of contiguous block with rotation drive-connecting shaft
Rotate and rotate.
Side offers the first spiral shell along the axial direction perpendicular to rotation drive-connecting shaft outwardly on the circumferential surface of the contiguous block
Line through hole, it is threadedly connected to provided with threaded connector in the tapped through hole and the end of threaded connector is pushed against in the rotation
On drive-connecting shaft, the contiguous block can rotate with the rotation of rotation drive-connecting shaft.
The external side wall being set on the rotation drive-connecting shaft inside contiguous block is divided into plane abutting face, the spiral shell
The end of line connector is pushed against on the abutting face.
The position-limiting unit includes the torsion regulating block and a spring being sheathed on rotation drive-connecting shaft, the torsion regulation
Block is located remotely from casting die unit and the torsion regulating block suspension type is anchored on rotation drive-connecting shaft；The spring is located at close to pressure
At part unit, and one end of the spring is fixed on the torsion regulating block, and the other end of the spring is formed and can revolved with spring
Gyration backstop is in the position limiting structure of avris deckle board.
Straightway that the position limiting structure is formed by the other end of spring and spacing section form, and the straightway is that spring is another
The end of one end extends out what is formed along the direction tangent with the circumferential surface of spring, and described spacing section is the straightway in bullet
Stretch out what is formed at an angle with straightway on the sagittal plane of spring.
Side offers the along the axial direction perpendicular to rotation drive-connecting shaft outwardly on the circumferential surface of the torsion regulating block
Two tapped through holes, the external side wall being set on drive-connecting shaft inside torsion regulating block that rotates are divided into plane abutting
Face, it is threadedly connected to provided with threaded connector in the tapped through hole and the end of threaded connector is pushed against in the abutting face
On, the torsion regulating block can rotate with the rotation of rotation drive-connecting shaft.
Advantageous effects of the present utility model are：The automatic hanger positions respectively on two side-frame plates of body frame
The one rotation drive-connecting shaft with the output rotation axis connection of rotating servo motor is set, space positioning casing successively on the rotation drive-connecting shaft
Casting die limit assembly provided with some groups of repeated arrangements, the casting die limit assembly includes casting die unit and position-limiting unit, wherein pressing
Part unit can rotate with rotation drive-connecting shaft and can compress copper foil, and wherein position-limiting unit can rotate and limit with rotation drive-connecting shaft
System rotation drive-connecting shaft rotational angle, the automatic hanger combine automatic device for taking can fully achieve copper foil and similar soft board from
Upper and lower hanger is moved, it is manually operated completely without worker, substantially increase operating efficiency, and the longer both sides of copper foil can be complete
Portion is crushed under briquetting, is not susceptible to the situation of loose or dislocation, and being capable of the follow-up electroplating operations of open and flat regular progress.
Brief description of the drawings
Fig. 1 is one of the utility model dimensional structure diagram；
Fig. 2 is the two of the utility model dimensional structure diagram；
Fig. 3 is positive structure schematic of the present utility model；
Fig. 4 is the structural representation in A-A faces in Fig. 3；
Fig. 5 is the enlarged diagram of part B structure in Fig. 3；
Wherein：
1- frame bodies；101- top sides deckle board；
102- bottom sides deckle board；103- avris deckle boards；
2- rotates drive-connecting shaft；3- casting die limit assemblies；
4- casting die units；401- contiguous blocks；
402- briquettings；The tapped through holes of 403- first；
5- position-limiting units；501- torsion regulating blocks；
502- springs；503- straightways；
Spacing section of 504-；The tapped through holes of 505- second；
6- joints；The limited blocks of 7- first；
The limited blocks of 8- second.
Embodiment
In order to better understand technological means of the present utility model, and can be practiced according to the content of specification,
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail, following examples are used
In explanation the utility model, but it is not limited to the scope of the utility model.
The automatic hanger of copper foil plating described in this specific embodiment, is mainly used in clamping plating copper foil, can also
For clamping the devices such as plating soft board.The automatic hanger includes frame body 1, and the frame body is by top side deckle board 101, bottom
The box shape structure for the middle hollow out that side frame plate 102 and avris deckle board 103 positioned at both sides are in turn connected to form, wherein both sides
What the structure on avris deckle board was set for symmetrical expression, therefore only enter in following specific embodiments by taking the avris deckle board of one side as an example
Row explanation.
Can be around its own central shaft provided with one along the length direction positioning of the avris deckle board on described avris deckle board 103
The rotation drive-connecting shaft 2 of rotation, positioned at intervals is arranged with spacing group of the casting die of some groups of repeated arrangements successively on the rotation drive-connecting shaft
Part 3.
Every group of casting die limit assembly 3 includes first and second limited block 7,8 that interval is fixedly arranged on avris deckle board, and this first and second
Threaded interior hole is offered on limited block, is opened up respectively at the threaded interior hole on avris deckle board 103 on corresponding first and second limited block
There is through hole, be connected through a screw thread part (generally screw) and be fed through through hole by first and second limited block screw threads for fastening in frame body
Avris deckle board on, there is no relative motion between first and second limited block and frame body.First and second limited block is specific at this
It is in quadrilateral structure in embodiment, its base abuts and is fastened on frame body.In addition first and second limited block is along rotation
The axial direction of drive-connecting shaft offers through hole, and rotation drive-connecting shaft 2 is arranged in the through hole, thus rotate drive-connecting shaft in circumferential direction by
First and second limited block limits.
Every group of casting die limit assembly 3 also includes to rotate with rotation drive-connecting shaft and can compress the casting die unit 4 of copper foil.
It is in that the contiguous block 401 and one of block structure is in the briquetting 402 of strip structure that the casting die unit 4, which includes one,.Wherein contiguous block 401
It is located between first and second limited block and suspension type is anchored on rotation drive-connecting shaft, contiguous block 401 is in side in this specific embodiment
Shape structure, its integrated hanging are located on rotation drive-connecting shaft, and bottom is not abutted against on the avris deckle board of frame body, convenient
Contiguous block rotates with the rotation of rotation drive-connecting shaft；Side is pivotally connected along perpendicular to rotation outwardly on the circumferential surface of the contiguous block 401
The axial direction of axle offers the first tapped through hole 403, rotates the external side wall being set on drive-connecting shaft 2 inside contiguous block and is divided into
In plane abutting face, it is threadedly connected to provided with threaded connector in the tapped through hole and pushes against the end of threaded connector
In on the abutting face so that the contiguous block can rotate with the rotation of rotation drive-connecting shaft.One side of the contiguous block 401 to
Outer extension forms extension edge, offers through hole on the extension edge, on briquetting to should through hole offer screwed hole, pass through screw thread
Briquetting 402 is fixed on the extension edge by connector, briquetting can under the drive of contiguous block with rotation drive-connecting shaft rotation and
Rotate.Contiguous block 401 is axially positioned using first and second limited block on rotation drive-connecting shaft.When rotating drive-connecting shaft rotation, by
It is pushed against in the end of threaded connector on the abutting face of rotation drive-connecting shaft, the spacing mechanism of abutting between the two drives contiguous block
Rotated with the rotation of rotation drive-connecting shaft, and contiguous block drives briquetting to rotate, and briquetting is revolved to rotate drive-connecting shaft as rotating shaft
Turn.When extension edge is parallel with the avris deckle board of frame body, briquetting pushes down copper foil；When extension edge and the side-frame of frame body
When plate has (generally vertical) of certain angle, briquetting unclamps copper foil.
Every group of casting die limit assembly 3 also includes rotation drive-connecting shaft rotational angle can be rotated and limited with rotation drive-connecting shaft
Position-limiting unit 5.The position-limiting unit 5 includes the torsion regulating block 501 and a spring 502 being sheathed on rotation drive-connecting shaft.Torsion
Regulating block 501 is located remotely from casting die unit 4 and the torsion regulating block suspension type is anchored on rotation drive-connecting shaft, this specific implementation
Specifically, torsion regulating block 501 is the block structure of a hexagonal nut type in example, rotation drive-connecting shaft is fed through the torsion
Regulating block, side offers second along the axial direction perpendicular to rotation drive-connecting shaft outwardly on the circumferential surface of torsion regulating block 501
Tapped through hole 505, rotate the external side wall being set on drive-connecting shaft 2 inside torsion regulating block and be divided into plane abutting face,
It is threadedly connected to provided with threaded connector in the tapped through hole and the end of threaded connector is pushed against on the abutting face, is somebody's turn to do
Torsion regulating block can rotate with the rotation of rotation drive-connecting shaft.Spring 502 is located at casting die unit 4, and the spring
One end is fixed on the torsion regulating block, and the other end of the spring is formed can be with spring anglec of rotation backstop in avris deckle board
Position limiting structure.Straightway 503 that the position limiting structure is formed by the other end of spring 502 and spacing section 504 form, its cathetus
Section 503 extends out what is formed for the end of the spring other end along the direction tangent with the circumferential surface of spring, and spacing section 504 is institute
State straightway and stretch out what is formed at an angle with straightway on the sagittal plane of spring.In position-limiting unit 5, torsion is adjusted
Locking nub 501 is fixed on rotation drive-connecting shaft can and can rotate with rotation drive-connecting shaft, and one end of spring 502 is fixed on torsion tune
In locking nub 501, rotation drive-connecting shaft, which rotates, drives torsion regulating block to rotate, and then drives spring pivotal, and spring can provide torsion,
Torsion regulating block 501 can adjust spring caused torsion in rotation process by rotating the angular dimension of drive-connecting shaft rotation
Size, torque magnitude caused by spring directly affect whether briquetting can push down the suspension members such as copper foil.
This hangs automatically is equipped with a rotation drive-connecting shaft on ambilateral avris deckle board, the top of the two rotations drive-connecting shaft is (i.e.
One end at the top side deckle board of frame body) formed with can be with the supporting connection of output rotation axis of rotating servo motor
Joint 6, the rotation of two rotation drive-connecting shafts is driven using the rotation of rotating servo motor output rotation axis.
When in use, the rotation of rotating servo motor control rotation drive-connecting shaft and rotational angle.In this specific embodiment, when
When rotating servo motor startup control rotation drive-connecting shaft rotates counterclockwise (shown by arrow), rotation drive-connecting shaft drive contiguous block 401,
Torsion regulating block 501 and spring 502 rotate, and the rotational band dynamic pressure block 402 of contiguous block 401 rotates, briquetting 402 from frame body
The parallel state of side deckle board (state for pushing down copper foil) is slowly changed into the state vertical with frame body side deckle board (i.e.
Unclamp the state of copper foil), until the straightway 503 of spring 502 is stopped that then stop, motor is not rotated further by, now copper foil by briquetting
In the state being released, the device of other automatic copper foils of taking can be used to remove copper foil；When rotating servo motor starts
When control rotation drive-connecting shaft turns clockwise, rotation drive-connecting shaft drives 502 turns of contiguous block 401, torsion regulating block 501 and spring
Dynamic, the rotational band dynamic pressure block 402 of contiguous block 401 rotates, and briquetting 402 (does not have from the state vertical with frame body side deckle board
Have the state of pressure copper foil) slowly it is changed into the state parallel with frame body side deckle board and pushes down copper foil, it is approximately rotated to put down
During row state, during the side of the spacing section 504 side deckle board for encountering frame body of spring 502, realize spacing, rotate and stop,
Now motor is not rotated further by, and copper foil is held down.Copper foil plating combines automatic device for taking with automatic hanger and can fully achieved
The automatic upper and lower hanger of copper foil and similar soft board, and the longer both sides of copper foil all can be crushed under briquetting, open and flat can be advised
The follow-up electroplating operations of whole progress.
Described above is only preferred embodiment of the present utility model, is not limited to the utility model, it is noted that
For those skilled in the art, on the premise of the utility model technical principle is not departed from, can also do
Go out some improvement and modification, these improvement and modification also should be regarded as the scope of protection of the utility model.
Claims (8)
- A kind of 1. automatic hanger of copper foil plating, for clamping plating copper foil, it is characterised in that：, should including frame body (1) Frame body is to be in turn connected to form by top side deckle board (101), bottom side deckle board (102) and avris deckle board (103) positioned at both sides Middle hollow out box shape structure, positioning can be around its own central shaft provided with one along its length on the avris deckle board The rotation drive-connecting shaft (2) of rotation, on the rotation drive-connecting shaft successively positioned at intervals be arranged with some groups of repeated arrangements casting die it is spacing Component (3), the casting die limit assembly include to rotate with rotation drive-connecting shaft and can compress the casting die unit (4) and energy of copper foil Enough to be rotated with rotation drive-connecting shaft and limit the position-limiting unit (5) of rotation drive-connecting shaft rotational angle, the rotation drive-connecting shaft is close to top One end of side frame plate is formed with can be with the joint (6) of the supporting connection of output rotation axis of rotating servo motor.
- 2. the automatic hanger of copper foil plating according to claim 1, it is characterised in that：Casting die limit assembly described in every group (3) the first limited block (7) and the second limited block (8) that interval is fixedly arranged on avris deckle board are also included, first and second limited block is equal Through hole is offered along the axial direction of rotation drive-connecting shaft, the rotation drive-connecting shaft (2) is arranged in the through hole.
- 3. the automatic hanger of copper foil plating according to claim 2, it is characterised in that：The casting die unit (4) includes one It is in the briquetting (402) of strip structure in the contiguous block (401) of block structure and one, the contiguous block (401) is located in first and second Between limited block and suspension type is anchored on rotation drive-connecting shaft, and a side of the contiguous block (401) stretches out to form extension Side, the briquetting (402) are fixed on the extension edge, and the briquetting can turn under the drive of contiguous block with rotation drive-connecting shaft Move and rotate.
- 4. the automatic hanger of copper foil plating according to claim 3, it is characterised in that：The circumference of the contiguous block (401) Side offers the first tapped through hole (403) along the axial direction perpendicular to rotation drive-connecting shaft outwardly on face, provided with threaded connection Part is threadedly connected in the tapped through hole and pushes against the end of threaded connector to be rotated on drive-connecting shaft in described, the contiguous block energy It is enough to be rotated with the rotation for rotating drive-connecting shaft.
- 5. the automatic hanger of copper foil plating according to claim 4, it is characterised in that：Covered on the rotation drive-connecting shaft (2) It is located at the external side wall inside contiguous block to be divided into plane abutting face, the end of the threaded connector is pushed against in the abutting On face.
- 6. the automatic hanger of copper foil plating according to claim 1, it is characterised in that：The position-limiting unit (5) includes set A torsion regulating block (501) and a spring (502) on rotation drive-connecting shaft, the torsion regulating block (501) are located remotely from Casting die unit (4) place and the torsion regulating block suspension type are anchored on rotation drive-connecting shaft；The spring (502) is located at close to casting die Unit (4) place, and one end of the spring is fixed on the torsion regulating block, the other end of the spring is formed and can revolved with spring Gyration backstop is in the position limiting structure of avris deckle board.
- 7. the automatic hanger of copper foil plating according to claim 6, it is characterised in that：The position limiting structure is by spring (502) straightway (503) and spacing section (504) composition that the other end is formed, the straightway (503) is the spring other end End extends out what is formed along the direction tangent with the circumferential surface of spring, and described spacing section (504) are the straightway in bullet Stretch out what is formed at an angle with straightway on the sagittal plane of spring.
- 8. the automatic hanger of copper foil plating according to claim 6, it is characterised in that：The torsion regulating block (501) Side offers the second tapped through hole (505), the rotation along the axial direction perpendicular to rotation drive-connecting shaft outwardly on circumferential surface The external side wall being set on drive-connecting shaft (2) inside torsion regulating block is divided into plane abutting face, provided with threaded connector It is threadedly connected in the tapped through hole and the end of threaded connector is pushed against on the abutting face, the torsion regulating block can Rotated with the rotation of rotation drive-connecting shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720793111.1U CN206986310U (en) | 2017-07-03 | 2017-07-03 | The automatic hanger of copper foil plating |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720793111.1U CN206986310U (en) | 2017-07-03 | 2017-07-03 | The automatic hanger of copper foil plating |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206986310U true CN206986310U (en) | 2018-02-09 |
Family
ID=61400672
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720793111.1U Expired - Fee Related CN206986310U (en) | 2017-07-03 | 2017-07-03 | The automatic hanger of copper foil plating |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206986310U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113930836A (en) * | 2020-07-13 | 2022-01-14 | 松山湖材料实验室 | Method for reducing roughness of copper foil and copper foil product |
-
2017
- 2017-07-03 CN CN201720793111.1U patent/CN206986310U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113930836A (en) * | 2020-07-13 | 2022-01-14 | 松山湖材料实验室 | Method for reducing roughness of copper foil and copper foil product |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180209 Termination date: 20210703 |