CN201201354Y - Gelatinizing die bonder - Google Patents
Gelatinizing die bonder Download PDFInfo
- Publication number
- CN201201354Y CN201201354Y CNU2008200289346U CN200820028934U CN201201354Y CN 201201354 Y CN201201354 Y CN 201201354Y CN U2008200289346 U CNU2008200289346 U CN U2008200289346U CN 200820028934 U CN200820028934 U CN 200820028934U CN 201201354 Y CN201201354 Y CN 201201354Y
- Authority
- CN
- China
- Prior art keywords
- paper substrate
- plate rail
- steel disc
- rotation plate
- station
- 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 - Lifetime
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Abstract
The utility model discloses a glue spreading and sheet bonding machine, which comprises a paper substrate rotating reel, a steel sheet rotating reel, steel sheet gripping mechanisms, a reel positioning mechanism, a left paper substrate feeding cylinder, a right paper substrate feeding cylinder, a left paper substrate advancing mechanism, a right paper substrate advancing mechanism, a steel sheet feeding cylinder, a steel sheet advancing mechanism, a glue spreading mechanism, a compressing disc and a sheet support, wherein the paper substrate rotating reel has four stations which are uniformed distributed, the steel sheet rotating reel is fixed with four steel sheet gripping mechanisms and is positioned by the reel positioning mechanism on arranged on the steel sheet rotating reel, a machine frame is fixedly connected with the glue spreading mechanism. The paper substrate rotating reel and the steel sheet rotating reel are connected with the machine frame through bearings, respectively. The steel sheet rotating reel always has a steel sheet gripping mechanism which is coincided wit a second station on the paper substrate rotating reel. With the structural design of the paper substrate rotating reel and the steel sheet rotating reel, the machine can complete glue spreading and sheet bonding of annular sheets at one time, with the working efficiency increased to 300 pieces/hour from 60 pieces/hour.
Description
Technical field
The utility model relates to a kind of gumming and sheet adhesion machine, especially for the gumming and sheet adhesion machine in the paper-base friction wafer production process.
Background technology
Known small-sized ring plate particularly the gumming and sheet adhesion work of ring-like friction plate by manually finishing.Not only bonding quality is poor for artificial gumming and sheet adhesion, and operating efficiency is low, and Stability of Bonding Quality also can't ensure.Even finish the part work of ring plate gumming and sheet adhesion by means of some simple glue spreading apparatus or bonding die frock, but gluing separates with the bonding die link, and the gumming and sheet adhesion efficient of small-sized ring plate has only 60 slices/hour, and the quality of gumming and sheet adhesion can not thoroughly be improved.
Summary of the invention
In order to overcome low, the ropy deficiency of the small-sized ring plate gumming and sheet adhesion of prior art efficient, the utility model provides a kind of gumming and sheet adhesion machine.By paper substrate rotation plate rail and the design of steel disc rotating disc shelf structure, can make the rotation synchronously counterclockwise of exhausting property between two rotation plate rails, gluing, the bonding die work of small-sized ring plate are once finished, can improve the bonding efficient and the bonding quality of small-sized ring plate.
The technical scheme that its technical problem that solves the utility model adopts: a kind of gumming and sheet adhesion machine, comprise control cabinet, frame, servomotor, be characterized in also comprising paper substrate rotation plate rail, steel disc rotation plate rail, steel disc grasping mechanism, plate rail detent mechanism, the upper left barrel of paper substrate, the upper right barrel of paper substrate, paper substrate left side propulsive mechanism, the right propulsive mechanism of paper substrate, barrel, steel disc propulsive mechanism, rubber-coated mechanism, compression plate and sheet holder on the steel disc; Be evenly equipped with four stations on the described paper substrate rotation plate rail, clock 9 o ' clock positions are first station, and 6 o ' clock positions are second station, and 3 o ' clock positions are the 3rd station, and 12 o ' clock positions are the 4th station, and a sheet holder is respectively placed at each station place; Described steel disc rotation plate rail center line mutually perpendicular direction is fixedly connected with four steel disc grasping mechanisms, and by four plate rail detent mechanisms on the steel disc rotation plate rail operating position that needs to stop in the steel disc rotation plate rail rotation process is positioned, be fixed with rubber-coated mechanism on the frame on steel disc rotation plate rail right side; Be fixed with upper left barrel of paper substrate and paper substrate left side propulsive mechanism in paper substrate rotation plate rail first station left side, be fixed with upper right barrel of paper substrate and the right propulsive mechanism of paper substrate on paper substrate rotation plate rail the 3rd station right side, be fixed with barrel and steel disc propulsive mechanism on the steel disc at steel disc rotation plate rail center line and paper substrate left and right sides propulsive mechanism vertical direction; Paper substrate rotation plate rail and steel disc rotation plate rail are connected on the frame by thrust bearing respectively, and the cylinder supports plate is fixed on the top of frame, and the rotating shaft of paper substrate rotation plate rail and steel disc rotation plate rail is parallel to each other; All the time have a steel disc grasping mechanism to overlap with second station that paper substrate rotates on the plate rail on the steel disc rotation plate rail, steel disc rotating disc chord position is in the top of paper substrate rotation plate rail, and the ring-type steel disc and the ring-type paper substrate that are used for being coated with glue stack; Servomotor is connected with steel disc rotation plate rail by turbine and worm decelerator, and is connected by being with synchronously with paper substrate rotation plate rail; Be connected in compression plate on the cylinder supports plate be positioned at the 3rd station sheet holder of paper substrate rotation plate rail directly over, the ring-type paper substrate and the ring-type steel disc that are used for overlaying with a slice holder compress, flatten.
The beneficial effects of the utility model are: owing to adopt paper substrate rotation plate rail and the design of steel disc rotating disc shelf structure, two purposes of rotating synchronously counterclockwise of rotating exhausting property between plate rail have been reached, realized that gluing, the bonding die work of small-sized ring plate once finishes, improved the bonding efficient and the bonding quality of small-sized ring plate, production efficiency is brought up to 300 slices/hour by 60 slices/hour of prior art.
Below in conjunction with drawings and Examples the utility model is elaborated.
Description of drawings
Fig. 1 is the utility model gumming and sheet adhesion machine structure chart.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the enlarged drawing of plate rail detent mechanism among Fig. 1.
Fig. 4 is steel disc and the ring-type paper substrate position view that adopts the utility model gumming and sheet adhesion machine to paste.
Among the figure, 1-control cabinet, the upper left barrel of 2-paper substrate, 3-cylinder supports plate, 4-steel disc grasping mechanism, 5-plate rail detent mechanism, the 51-ball, 52-coil tension spring, 53-spring ring seat, 6-steel disc rotation plate rail, 61-bellmouth, 7-paper substrate rotation plate rail, the upper right barrel of 8-paper substrate, the right propulsive mechanism of 9-paper substrate, 10-rubber-coated mechanism, 11-frame, the 12-servomotor, 13-paper substrate left side propulsive mechanism, 14-ring-type paper substrate, 15-compression plate, barrel on the 16-steel disc, 17-steel disc propulsive mechanism, 18-ring-type steel disc, the holder of 19-sheet.
The specific embodiment
With reference to Fig. 1～4, the utility model comprises frame 11, paper substrate rotation plate rail 7, steel disc rotation plate rail 6, steel disc grasping mechanism 4, plate rail detent mechanism 5, the upper left barrel 2 of paper substrate, the upper right barrel 8 of paper substrate, paper substrate left side propulsive mechanism 13, the right propulsive mechanism 9 of paper substrate, barrel 16, steel disc propulsive mechanism 17, rubber-coated mechanism 10, compression plate 15, sheet holder 19, servomotor 12 and control cabinet 1 on the steel disc.Be evenly equipped with four stations on the described paper substrate rotation plate rail 7, clock 9 o ' clock positions are first station, and 6 o ' clock positions are second station, and 3 o ' clock positions are the 3rd station, and 12 o ' clock positions are the 4th station, and a sheet holder 19 is respectively placed at each station place.Described steel disc rotation plate rail 6 center line mutually perpendicular directions are fixedly connected with four steel disc grasping mechanisms 4, and accurately locate by the operating position that needs to stop in 5 pairs of steel disc rotations of four plate rail detent mechanisms plate rail, 6 rotation processes on the steel disc rotation plate rail 6.Plate rail detent mechanism 5 comprises ball 51, coil tension spring 52 and spring ring seat 53, and ball 51 sinks down into the lower end of spring ring seat 53 in coil tension spring 52 pressure effects, and contacts with the upper surface of steel disc rotation plate rail 6 all the time.When steel disc rotation plate rail 6 under the drive of servomotor 12, when rotating to the wherein some station of four stations, ball 51 sinks in the bellmouth 61 corresponding on the steel disc rotation plate rail 6, expression steel disc rotation plate rail 6 accurately rests on this station place.Be fixed with upper left barrel 2 of paper substrate and paper substrate left side propulsive mechanism 13 in paper substrate rotation plate rail 7 first stations left side, be fixed with upper right barrel 8 of paper substrate and the right propulsive mechanism 9 of paper substrate on paper substrate rotation plate rail 7 the 3rd station right side, be fixed with barrel 16 and steel disc propulsive mechanism 17 on the steel disc at steel disc rotation plate rail 6 center lines and paper substrate left and right sides propulsive mechanism vertical direction.Paper substrate rotation plate rail 7 and steel disc rotation plate rail 6 are connected on the frame 11 by thrust bearing respectively, and cylinder supports plate 3 is fixed on the top of frame 11, and the rotating shaft of paper substrate rotation plate rail 7 and steel disc rotation plate rail 6 is parallel to each other.The each stop place of rotating of steel disc rotation plate rail, all the time there is a steel disc grasping mechanism 4 to overlap with second station that paper substrate rotates on the plate rail 7, steel disc rotation plate rail 6 is positioned at the top of paper substrate rotation plate rail 7, therefore, at this station place, can realize to be coated with stacking of glue ring-type steel disc and ring-type paper substrate.Servomotor 12 drives steel disc rotation plate rail 6 by turbine and worm decelerator and rotates, and passes motion to paper substrate rotation plate rail 7 by synchronous band, rotates synchronously to guarantee two rotation plate rails.Be connected in compression plate 15 on the cylinder supports plate 3 be positioned at the 3rd station sheet holder 19 of paper substrate rotation plate rail 7 directly over, under the effect of cylinder, compression plate 15 can be pressed on the ring-type paper substrate 14 that overlays with in a slice holder with ring-type steel disc 18, and leveling.On the frame 11 under paper substrate rotation plate rail 7 the 4th station, be fixed with the liftout cylinder, be used for from sheet holder 19, ejecting finishing the ring plate zoarium that is coated with glue.On the frame on steel disc rotation plate rail 6 right sides, be fixed with rubber-coated mechanism 10.
In the course of work, by control cabinet 1 control servomotor 12, rotation synchronously counterclockwise with realizing paper substrate rotation plate rail 7 and 6 exhausting property of steel disc rotation plate rail, two rotation plate rails rotate 90 ° at every turn.In the working cycles, at first a ring-type steel disc 18 is pushed into the barrel 16 from steel disc on the steel disc rotation plate rail 6 in the sheet holder 19 under the steel disc grasping mechanism 4, grasps ring-type steel discs 18 by steel disc grasping mechanism 4 by steel disc propulsive mechanism 17; Rotate by steel disc rotation plate rail 6 again ring-type steel disc 18 is delivered to the gluing position, carry out double spread by 10 pairs of ring-type steel discs of rubber-coated mechanism 18.Meanwhile, paper substrate left side propulsive mechanism 13 is pushed into a ring-type paper substrate 14 in the sheet holder 19 of paper substrate rotation plate rail 7 first stations from the upper left barrel 2 of paper substrate, paper substrate rotation plate rail 7 rotates the second station place that ring-type paper substrate 14 is delivered to paper substrate rotation plate rail 7.Because paper substrate rotation plate rail 7 and steel disc rotation plate rail 6 rotate synchronously, at this moment, the ring-type steel disc 18 that was coated with glue also by steel disc rotation plate rail 6 bring to paper substrate rotation plate rail 7 second stations directly over, the cylinder action stacks paper substrate rotation plate rail 7 second station places with the ring-type steel disc 18 that was coated with glue and has been placed with in the sheet holder 19 of a ring-type paper substrate 14; Then, 7 rotations of paper substrate rotation plate rail are delivered to the 3rd station place that paper substrate rotates plate rail 7 with the ring-type steel disc 18 that single face is stained with ring-type paper substrate 14, another ring-type paper substrate 14 is pushed in the sheet holder 19 of paper substrate rotation plate rail 7 the 3rd station from the upper right barrel 8 of paper substrate by the right propulsive mechanism 9 of paper substrate, and be stacked in single face and be stained with on the ring-type steel disc 18 of a ring-type paper substrate 14, and ring-type paper substrate 14 and ring-type steel disc 18 are compressed, flatten by compression plate 15; Then, paper substrate rotation plate rail 7 continues to rotate with steel disc rotation plate rail 6, the two-sided ring plate zoarium that is stained with ring-type paper substrate 14 is delivered to the 4th station place of paper substrate rotation plate rail 7, the ring plate zoarium that to be finished stickup by the liftout cylinder ejects from sheet holder 19, finishes the work of an annular steel disc double faced adhesive paper substrate.
Can control the paper substrate propulsive mechanism, only allow the right propulsive mechanism 9 of paper substrate left side propulsive mechanism 13 or paper substrate work independently, control rubber-coated mechanism 10 only to ring-type steel disc 18 lower surfaces or upper surface gluing, is pasted to realize the single face of ring-type paper substrate 14 on ring-type steel disc 18.
After tested, adopt the utility model gumming and sheet adhesion machine per hour can produce about 300 of double faced paper based friction plate.
Claims (4)
1, a kind of gumming and sheet adhesion machine, comprise control cabinet, frame, servomotor, it is characterized in that: also comprise paper substrate rotation plate rail, steel disc rotation plate rail, steel disc grasping mechanism, plate rail detent mechanism, the upper left barrel of paper substrate, the upper right barrel of paper substrate, paper substrate left side propulsive mechanism, the right propulsive mechanism of paper substrate, barrel, steel disc propulsive mechanism, rubber-coated mechanism, compression plate and sheet holder on the steel disc; Be evenly equipped with four stations on the described paper substrate rotation plate rail, clock 9 o ' clock positions are first station, and 6 o ' clock positions are second station, and 3 o ' clock positions are the 3rd station, and 12 o ' clock positions are the 4th station, and a sheet holder is respectively placed at each station place; Described steel disc rotation plate rail center line mutually perpendicular direction is fixedly connected with four steel disc grasping mechanisms, and by four plate rail detent mechanisms on the steel disc rotation plate rail operating position that needs to stop in the steel disc rotation plate rail rotation process is positioned, be fixed with rubber-coated mechanism on the frame on steel disc rotation plate rail right side; Be fixed with upper left barrel of paper substrate and paper substrate left side propulsive mechanism in paper substrate rotation plate rail first station left side, be fixed with upper right barrel of paper substrate and the right propulsive mechanism of paper substrate on paper substrate rotation plate rail the 3rd station right side, be fixed with barrel and steel disc propulsive mechanism on the steel disc at steel disc rotation plate rail center line and paper substrate left and right sides propulsive mechanism vertical direction; Paper substrate rotation plate rail and steel disc rotation plate rail are connected on the frame by thrust bearing respectively, and the cylinder supports plate is fixed on the top of frame, and the rotating shaft of paper substrate rotation plate rail and steel disc rotation plate rail is parallel to each other; All the time have a steel disc grasping mechanism to overlap with second station that paper substrate rotates on the plate rail on the steel disc rotation plate rail, steel disc rotating disc chord position is in the top of paper substrate rotation plate rail, and the ring-type steel disc and the ring-type paper substrate that are used for being coated with glue stack; Servomotor is connected with steel disc rotation plate rail by turbine and worm decelerator, and is connected by being with synchronously with paper substrate rotation plate rail; Be connected in compression plate on the cylinder supports plate be positioned at the 3rd station sheet holder of paper substrate rotation plate rail directly over, the ring-type paper substrate and the ring-type steel disc that are used for overlaying with a slice holder compress, flatten.
2, gumming and sheet adhesion machine according to claim 1, it is characterized in that: described plate rail detent mechanism comprises ball, coil tension spring and spring ring seat, ball sinks down into the lower end of spring ring seat in the effect of coil tension spring pressure, and contacts with the upper surface of steel disc rotation plate rail all the time.
3, gumming and sheet adhesion machine according to claim 1 is characterized in that: described paper substrate rotation plate rail and steel disc rotation plate rail rotate synchronously.
4, gumming and sheet adhesion machine according to claim 1 is characterized in that: the bellmouth that is useful on the location on the described steel disc rotation plate rail.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200289346U CN201201354Y (en) | 2008-04-25 | 2008-04-25 | Gelatinizing die bonder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200289346U CN201201354Y (en) | 2008-04-25 | 2008-04-25 | Gelatinizing die bonder |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201201354Y true CN201201354Y (en) | 2009-03-04 |
Family
ID=40423666
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008200289346U Expired - Lifetime CN201201354Y (en) | 2008-04-25 | 2008-04-25 | Gelatinizing die bonder |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201201354Y (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016150058A1 (en) * | 2015-03-23 | 2016-09-29 | 京东方科技集团股份有限公司 | Chip on film attaching apparatus |
-
2008
- 2008-04-25 CN CNU2008200289346U patent/CN201201354Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016150058A1 (en) * | 2015-03-23 | 2016-09-29 | 京东方科技集团股份有限公司 | Chip on film attaching apparatus |
| US9936586B2 (en) | 2015-03-23 | 2018-04-03 | Boe Technology Group Co., Ltd. | Attaching apparatus for chip-on-films |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20090304 Effective date of abandoning: 20080425 |