CN205601338U - OCA wind -force material feeding unit - Google Patents
OCA wind -force material feeding unit Download PDFInfo
- Publication number
- CN205601338U CN205601338U CN201620325072.8U CN201620325072U CN205601338U CN 205601338 U CN205601338 U CN 205601338U CN 201620325072 U CN201620325072 U CN 201620325072U CN 205601338 U CN205601338 U CN 205601338U
- Authority
- CN
- China
- Prior art keywords
- wind
- glued membrane
- roller
- oca
- glue
- 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.)
- Withdrawn - After Issue
Links
Landscapes
- Lining Or Joining Of Plastics Or The Like (AREA)
Abstract
The utility model provides a OCA wind -force material feeding unit, it includes bottom plate feeding roller, glue film roller, sheet stock transfer chain, forming module, take up through there being the basement membrane on the bottom plate feeding roller, the glued membrane has been wound up on the glue film roller, the bottom plate feeding roller compresses tightly glue film roller upper portion, basement membrane, glued membrane pass in the middle of bottom plate feeding roller, glue film roller, are stained with the slice glued membrane the basement membrane passes through in the middle of epimorph, roof pressure mould, and forming module can be with basement membrane and attached glued membrane dicing material in its lower part, the design of feeding belt upper portion has outwardly directed spacing frame, it has the suction hole that link up to be covered with in the spacing frame, sheet stock transfer chain internal design has the chamber of breathing in. The device carry on that OCA glues attached the time, only need two -layer membrane, the glued membrane down during output for when electrical components installed, the rubberizing process was convenient for operate, is convenient for with the lug connection of production line.
Description
Technical field
The present invention relates to OCA and produce equipment technical field, be specifically related to a kind of OCA wind-force pay-off.
Background technology
OCA optical cement is one of raw material of important touch screen.It is that optics acryl glue is made without base material,
Then at upper and lower bottom, respectively one layer of release film of laminating, it is a kind of Double-face adhesive rubber alloy without matrix material
Band.It is the optimal adhesive of touch screen.The specification that OCA optical cement typically requires according to touch screen has
System is made, and the finished product now for OCA optical cement is broadly divided into three-decker, including upper layer film, centre
Glued membrane, underlying membrane, the most first tear upper layer film, then by described underlying membrane by centre glued membrane
Then bottom mould is torn by the position being attached to need to paste.The intermediate rubber that OCA optical cement is traditional now
The usual medium design of film and smooth, so when attaching, easily occur on the glass surface of touch screen
Bubble so that waste product occurs in whole touch screen.Additionally OCA optical cement its middle glued membrane producing when
May often be such that elder generation is bonded together with underlying membrane；Then bed die bonds with upper layer film, finally cuts.
But people usually need directly to glue the display screen of electrical equipment during large-scale automated production
Attached, and OCA process units is difficult to the middle glued membrane of OCA optical cement is directly carried out feeding, now now
Production line can only need the upper strata of optical cement during use using the optical cement that produces completely as material
Film is torn, and then attaches, and is finally torn by the bottom mould of optical cement again and then touches needs adhesion
Touch screen to adhere to.Whole production process is relatively complicated, and the production time is longer, during be also easy to out
Existing waste product so that production cost is the highest.
Summary of the invention
For problem above, the present invention provide a kind of be easy to middle glued membrane directly carry use, the most permissible
It is greatly improved middle glued membrane and attaches the OCA wind-force pay-off of success rate.
This utility model solves its technical problem and be the technical scheme is that this OCA wind-force pay-off
Including base plate feed roller, glue-line roller, sheet stock pipeline, forming module；Take up on described base plate feed roller
By there being counterdie, described glue-line roller having taken up glued membrane, on described glue-line roller, annular is evenly equipped with gum forming mould
Tool, described base plate feed roller is pressed on described glue-line roller top, described counterdie, glued membrane from base plate feed roller,
Passing in the middle of glue-line roller, glued membrane sheet of is compressed on counterdie by described gum forming module from centre；Described
Sheet stock pipeline, forming module are assemblied in described base plate feed roller, glue-line roller rear portion, described forming module
Being assemblied in sheet stock pipeline bottom, described forming module includes epimorph, top pressing mold, and described epimorph is
The forming hole of up/down perforation, the bottom of described epimorph is machined with sharp-pointed cutting edge, and described top pressing mold fills
Fit over the bottom of described epimorph, be stained with the described counterdie of lamellar glued membrane in the middle of epimorph, top pressing mold
Passing through, described top pressing mold can slide up and down assembling by the cylinder of bottom, and pressing mold top, described top is machined with
With the cutting edge of described forming hole correspondence position, described cutting edge can go deep in described forming hole, the end of by
Film and be attached to the glued membrane of its underpart and cut into sheet stock；It is equipped with feeding belt on described sheet stock pipeline,
Described feeding belt upper design has outwardly directed spacing frame, be covered with in described spacing frame have through
Suction hole, in described sheet stock pipeline indoor design has suction muffler, described suction muffler and described spacing frame
The suction hole in portion is connected, and described suction muffler is connected with air pump.
As preferably, described feeding belt is Timing Belt.
As preferably, the upper end of described base plate feed roller is equipped with pony press, and described counterdie enters from described base plate
Pass through between material roller and pony press.
As preferably, between described glue-line roller and forming module, it is equipped with photoelectric detection module, described smooth electrical resistivity survey
Survey module is just to described counterdie bottom, and described photoelectric detection module can detect the glued membrane after molding.
As preferably, the rear portion of described forming module is equipped with bottom and gives up film outlet roller, and the described bottom film that gives up is defeated
The rear portion going out roller is equipped with blow box, described blow box horizontal positioned, is designed with three in described blow box
Cavity, left and right cavity is blowing chamber, and middle cavity is air draught chamber；The top in described blowing chamber is equipped with
Just to the wind-force plate of feeding belt below sheet stock pipeline, the both sides of described wind-force plate tilt upward, wind-force plate
Lateral tilting inclined-plane on be machined with equally distributed venthole, the left and right cavity in described venthole and blowing chamber
Connection, is machined with the air entry connected with middle air draught chamber in the middle of described wind-force plate；Described wind-force plate
Venthole is connected with pulsometer by the blowing chamber of left and right, the air entry of described wind-force plate by air draught chamber and
Air pump is connected.The air-flow of described venthole blowout blows in the middle of the glued membrane two of sheet stock bottom is lateral, and two
Stock air-flow intersection is blown in the air draught chamber in the middle of blowing chamber from top to bottom.The both sides of the most described glued membrane
Collagen material blown to centre so that the centre of glued membrane is thickening, and both sides are thinning, so makes glued membrane more
Adding and be easy to adhering to, gas can be extruded by the thin glued membrane in thick middle both sides to both sides so that glued membrane is viscous
Bubble is not had to produce time attached up and down.
As preferably, the bottom of the forming hole in the middle of described epimorph is designed with the molding protruded horizontally up to inner side
Limit.
The beneficial effects of the utility model are: will by glue-line roller when this OCA wind-force pay-off uses
Being attached on counterdie of glued membrane in bulk, is then cut into sheet stock when counterdie is by forming module, then
Sheet stock passes in the middle of the profile film on forming module top, is adsorbed by the air extraction structure of sheet stock pipeline bottom
On the feeding belt of lower section, at this moment glued membrane is down, can be transported to need to attach by sheet stock by feeding belt
Electric elements, sheet stock is attached on the one element by glued membrane, then counterdie is torn, at this moment exist
The attached counter element of another laminating of glued membrane, thus complete the attaching action of OCA glue, this device is being carried out
During the attaching of OCA glue, it is only necessary to two membranes, during output, glued membrane is down so that electric elements are installed
Time, rubberizing process is convenient to operate, it is simple to being directly connected to production line.This device is easy to the automatic of machinery
Change transformation, decrease production process, improve production efficiency.
Accompanying drawing explanation
Fig. 1 is the structural representation of OCA wind-force pay-off.
Fig. 2 be in Fig. 1 A-A to structural representation.
Fig. 3 be in Fig. 1 B-B to structural representation.
Detailed description of the invention
Below in conjunction with embodiment, this utility model is further illustrated:
As shown in Figure 1, Figure 2 with shown in embodiment in Fig. 3, this OCA wind-force pay-off includes that base plate feeds
Roller 1, glue-line roller 2, sheet stock pipeline 3, forming module 4；Take up on described base plate feed roller 1 and pass through
Having counterdie 5, described glue-line roller 2 has taken up glued membrane 6, on described glue-line roller 2, annular is evenly equipped with gum forming
Mould, described base plate feed roller 1 is pressed on described glue-line roller 2 top, described counterdie 5, glued membrane 6 all with
The mode of rolling raw material is transported on described base plate feed roller 1, glue-line roller 2 by transfer structure.The described end
Film 5, glued membrane 6 pass in the middle of base plate feed roller 1, glue-line roller 2, and at this moment forming module 4 is by glued membrane 6
Cut into lamellar and be attached to counterdie 5, then during base plate feed roller 1, glue-line roller 2 roll, will
Sheet of glued membrane 6 is compressed on counterdie 5；At this moment bed die 5 exports the most forward.Described sheet stock pipeline 3,
Forming module 4 is assemblied in described base plate feed roller 1, glue-line roller 2 rear portion, and described forming module 4 is assemblied in
Sheet stock pipeline 3 bottom, specifically as in figure 2 it is shown, described forming module 4 include epimorph 41,
Top pressing mold 42, described epimorph 41 is the forming hole 43 of up/down perforation, the bottom processing of described epimorph
There is sharp-pointed cutting edge；Described top pressing mold 42 is assemblied in the bottom of described epimorph 41, is stained with lamellar
The described counterdie 5 of glued membrane 6 passes through in the middle of epimorph 41, top pressing mold 42, and described top pressing mold 42 passes through
The cylinder of bottom can slide up and down assembling, and it is right with described forming hole 43 that pressing mold 42 top, described top is machined with
Answering the cutting edge 44 of position, described cutting edge 44 can go deep in described forming hole, when described cutting edge
44 when moving upward, and the cutting edge such as the inner side of described forming hole 43 forms shear constitution, can be by counterdie
5 and be attached to the glued membrane 6 of its underpart and cut into sheet stock；Sheet stock after cutting is directly entered described forming hole
In 43.Being equipped with feeding belt 31 on described sheet stock pipeline 3, described feeding belt 31 upper design is oriented
The spacing frame 32 overhang, is covered with in described spacing frame 32 and has through suction hole 33, described
Material pipeline 3 indoor design has suction muffler 34, within described suction muffler 34 and described spacing frame 32
Suction hole 33 is connected, and described suction muffler 34 is connected with air pump.The most described feeding belt 31 is spacing
Frame 32 position produces suction, is adsorbed onto in described spacing frame 32 by sheet stock in described forming hole 43,
It is easy to next step the conveying to sheet stock.
By glue-line roller 2 glued membrane 6 in bulk is attached to counterdie 5 when this OCA wind-force pay-off uses
On, then it is cut into sheet stock when counterdie 5 is by forming module 4, then sheet stock is from forming module 4
Forming hole 43 in the middle of the profile film 41 on top is absorbed by the air extraction structure of sheet stock pipeline 3 bottom
Come, be attached on the feeding belt 31 below pipeline 3, by feeding belt 31 upper limit frame 32 to sheet
Material carries out spacing so that sheet stock can be fed forward accurately with position.Glued membrane 6 court in course of conveying simultaneously
Under, can be transported to need to attach electric elements by sheet stock by feeding belt 31, sheet stock is passed through glued membrane
6 attach on the one element, are then torn by counterdie 5, at this moment at the attached corresponding element of another laminating of glued membrane 6
Part, thus complete the attaching action of OCA glue.This device is when carrying out the attaching of OCA glue, it is only necessary to
Two membranes, during output, glued membrane 6 is down so that when electric elements are installed, and rubberizing process is convenient to operate,
It is easy to being directly connected to of same production line.This device is easy to the automatic improving of machinery, decreases production process,
Improve production efficiency.
When specific design, described feeding belt 31 is Timing Belt.The most described feeding belt 31 is in the mistake of motion
Described in Cheng Zhongyu, base plate feed roller 1, glue-line roller 2 are synchronized with the movement, it is simple to control.
As it is shown in figure 1, the upper end of described base plate feed roller 1 is equipped with pony press 11, described counterdie 5 from
Pass through between described base plate feed roller 1 and pony press 11.Counterdie 5 uses coiled material raw in this embodiment
Producing, counterdie 5 has certain curling, can be carried out to a certain extent by counterdie 5 by pony press 11 structure
Cut-off so that the attaching conveying effect of glued membrane 6 is more preferable.
As it is shown in figure 1, be equipped with photoelectric detection module 7, institute between described glue-line roller 2 and forming module 4
State photoelectric detection module 7 just to described counterdie 5 bottom.The most described photoelectric detection module 7 can detect
Go out the glued membrane after molding 6.Consequently facilitating the dicing operation that forming module 4 is follow-up so that clipped position is more
Accurately, shear effect is more preferable.
As shown in figures 1 and 3, the rear portion of described forming module 4 is equipped with bottom and gives up film outlet roller 12,
The give up rear portion of film outlet roller 12 of described bottom is equipped with blow box 8, described blow box 8 horizontal positioned, institute
Being designed with three cavitys in stating blow box 8, left and right cavity is blowing chamber 81, and middle cavity is air draught chamber
82；The top in described blowing chamber 81 is equipped with just to the wind-force plate of feeding belt 31 below sheet stock pipeline 3
83, the both sides of described wind-force plate 83 tilt upward, and the lateral tilting inclined-plane of wind-force plate 83 are machined with uniformly
The venthole 84 of distribution, described venthole 84 connects with the left and right cavity in blowing chamber 81, described wind-force plate
The air entry 85 connected with middle air draught chamber 82 it is machined with in the middle of 83；The venthole of described wind-force plate 8
84 are connected with pulsometer by the blowing chamber 81 of left and right, and the air entry 85 of described wind-force plate 83 passes through air draught
Chamber 82 is connected with air pump.
When this device works, as it is shown on figure 3, the air-flow of described venthole 84 blowout is from sheet stock bottom
6 liang of lateral centres of glued membrane are blown, and two strands of air-flows cross in the centre of glued membrane 6, and then air-flow turns to,
Air-flow is blown into from top to bottom in the air draught chamber 82 in the middle of blowing chamber 81.The two of the most described glued membrane 6
The collagen material on limit is blown to centre so that the centre of glued membrane 6 is thickening, and both sides are thinning, so makes glue
Film 6 easily facilitates and is adhering to, and this glued membrane 6 is when attaching, and the thin glued membrane 6 in thick middle both sides can be right
Gas extrudes to both sides so that glued membrane 6 does not has bubble to produce when adhering to up and down.Make with this glued membrane 6
The effects such as the screen attached are more preferable, and yield rate is higher.
As in figure 2 it is shown, the bottom of the forming hole 43 in the middle of described epimorph 41 is designed with and stretches to inner side level
The molding limit 45 gone out.The design on described molding limit 45 so that the upper cavity of forming hole 43 becomes big, just
It is drawn out of from the top of forming hole 43 in the later glued membrane 6 of molding and counterdie 5 so that the fortune of this device
Row is more smooth and easy.
Claims (6)
1. an OCA wind-force pay-off, it includes base plate feed roller (1), glue-line roller (2), sheet
Material pipeline (3), forming module (4)；Take up on described base plate feed roller (1) by there being counterdie (5),
Having taken up glued membrane (6) on described glue-line roller (2), the upper annular of described glue-line roller (2) is evenly equipped with gum forming
Mould, described base plate feed roller (1) is pressed on described glue-line roller (2) top, described counterdie (5),
Glued membrane (6) passes in the middle of base plate feed roller (1), glue-line roller (2), described gum forming module (4)
Glued membrane (6) sheet of is compressed on counterdie (5) from centre；It is characterized in that: described sheet stock carries
Line (3), forming module (4) are assemblied in described base plate feed roller (1), glue-line roller (2) rear portion, institute
State forming module (4) and be assemblied in sheet stock pipeline (3) bottom, outside described forming module (4) includes
Shape mould (41), top pressing mold (42), described epimorph (41) is the forming hole (43) of up/down perforation,
Described top pressing mold (42) is assemblied in the bottom of described epimorph (41), is stained with lamellar glued membrane (6)
Described counterdie (5) pass through in the middle of epimorph (41), top pressing mold (42), described top pressing mold (42)
Can slide up and down assembling by the cylinder of bottom, pressing mold (42) top, described top is machined with and described molding
The cutting edge (44) of hole (43) correspondence position, described cutting edge (44) can go deep into described forming hole
In, by counterdie (5) and be attached to the glued membrane (6) of its underpart and cut into sheet stock；Described sheet stock carries
Being equipped with feeding belt (31) on line (3), described feeding belt (31) upper design has outwardly directed limit
Position frame (32), is covered with in described spacing frame (32) and has through suction hole (33), described sheet stock
Pipeline (3) indoor design has suction muffler (34), described suction muffler (34) and described spacing frame (32)
Internal suction hole (33) is connected, and described suction muffler (34) is connected with air pump.
OCA wind-force pay-off the most according to claim 1, it is characterised in that: described feeding belt
(31) it is Timing Belt.
OCA wind-force pay-off the most according to claim 1, it is characterised in that: described base plate enters
The upper end of material roller (1) is equipped with pony press (11), and described counterdie (5) is from described base plate feed roller (1)
And pass through between pony press (11).
OCA wind-force pay-off the most according to claim 1, it is characterised in that: described glue-line roller
And between forming module (4), be equipped with photoelectric detection module (7), described photoelectric detection module (7) (2)
Just to described counterdie (5) bottom.
OCA wind-force pay-off the most according to claim 1, it is characterised in that: described shaping mould
The rear portion of block (4) is equipped with bottom and gives up film outlet roller (12), and described bottom gives up film outlet roller (12)
Rear portion is equipped with blow box (8), described blow box (8) horizontal positioned, and described blow box sets in (8)
In respect of three cavitys, left and right cavity is blowing chamber (81), and middle cavity is air draught chamber (82)；Described
The top of blowing chamber (81) is equipped with just to the wind-force of feeding belt (31) below sheet stock pipeline (3)
Plate (83), the both sides of described wind-force plate (83) tilt upward, the lateral tilting inclined-plane of wind-force plate (83)
On be machined with equally distributed venthole (84), a left side for described venthole (84) and blowing chamber (81)
Right cavity connects, and is machined with the suction connected with middle air draught chamber (82) in the middle of described wind-force plate (83)
QI KOU (85)；The venthole (84) of described wind-force plate (8) passes through blowing chamber (81) and the gas of left and right
Press pump is connected, and the air entry (85) of described wind-force plate (83) passes through air draught chamber (82) and air pump phase
Even.
OCA wind-force pay-off the most according to claim 1, it is characterised in that: described epimorph
(41) bottom of the forming hole (43) in the middle of is designed with the molding limit (45) protruded horizontally up to inner side.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620325072.8U CN205601338U (en) | 2016-04-18 | 2016-04-18 | OCA wind -force material feeding unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620325072.8U CN205601338U (en) | 2016-04-18 | 2016-04-18 | OCA wind -force material feeding unit |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205601338U true CN205601338U (en) | 2016-09-28 |
Family
ID=56972482
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620325072.8U Withdrawn - After Issue CN205601338U (en) | 2016-04-18 | 2016-04-18 | OCA wind -force material feeding unit |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205601338U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105856794A (en) * | 2016-04-18 | 2016-08-17 | 开思茂电子科技(苏州)有限公司 | Oca wind power feeding device |
-
2016
- 2016-04-18 CN CN201620325072.8U patent/CN205601338U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105856794A (en) * | 2016-04-18 | 2016-08-17 | 开思茂电子科技(苏州)有限公司 | Oca wind power feeding device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN204138003U (en) | A kind of blooming piece automatic adhesive sticking machine | |
| CN201300579Y (en) | Device capable of continuously producing aluminum composite decorative boards | |
| CN205601338U (en) | OCA wind -force material feeding unit | |
| CN203438555U (en) | Device for adhering adhesive piece to tire lining | |
| CN2875791Y (en) | Vamp device of plastic buckle packing manufacturing machine | |
| CN106078913A (en) | A kind of production method doing material strip with protective film without incohesion | |
| CN201080025Y (en) | Mould cutting machine | |
| CN105856794A (en) | Oca wind power feeding device | |
| CN204382642U (en) | A kind of car carpeting pad mould | |
| CN208146755U (en) | Tail door hinge reinforcing plate blanking progressive die | |
| CN203887397U (en) | String ribbon punching apparatus for automatically welding cells | |
| CN112238506A (en) | Die cutting foam die and die cutting method | |
| CN202742441U (en) | Cold punching device | |
| CN108127726A (en) | A kind of VHB glue hollow out waste discharge apparatus and waste discharge method | |
| CN204811720U (en) | With filling cake apparatus for producing | |
| CN204149494U (en) | Plate production equipment moulded by wood | |
| CN209111226U (en) | A kind of crosscutting belling molding equipment of bimodulus | |
| CN206426486U (en) | The die panel adjusted for all-steel radial tyre tyre surface shoulder wing glue thickness | |
| CN202727509U (en) | Automatic punching machine | |
| CN206677017U (en) | Air conditioning water tank main leaf mainboard one-shot forming diel | |
| CN200998919Y (en) | Tyre inner covering glue and inner covering glue rolling device | |
| CN205272676U (en) | Cotton system bag machine of pearl | |
| CN204210767U (en) | Electrode slice apparatus for production line | |
| CN203623091U (en) | Vehicle roof fabric and base material laminating mold | |
| CN206142534U (en) | Downthehole waste material of product is from exhaust device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160928 Effective date of abandoning: 20180622 |
|
| AV01 | Patent right actively abandoned |