CN204109358U - Full-automatic numerical control V is with belting machine - Google Patents
Full-automatic numerical control V is with belting machine Download PDFInfo
- Publication number
- CN204109358U CN204109358U CN201420514928.7U CN201420514928U CN204109358U CN 204109358 U CN204109358 U CN 204109358U CN 201420514928 U CN201420514928 U CN 201420514928U CN 204109358 U CN204109358 U CN 204109358U
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- China
- Prior art keywords
- infantees
- cloth
- band
- cut
- knife
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Abstract
The utility model discloses a kind of full-automatic numerical control V and be with belting machine, comprise band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism, band head is provided with expansion tightening wheel, band driving wheel, bonding squeegee roller, tugboat, described cloth-covered opening-guiding cloth feeding mechanism is responsible for job initiation end infantees being delivered to infantees mechanism, with equalization of strain structure and infantees non-return structure on it; Described infantees cutting mechanism is responsible for by the infantees sent to by length metering severing, and be positioned at side, cloth feeding mechanism front end, cut-off knife traffic direction and cloth-feeding direction are in angle of 45 degrees; Band head has been responsible for V and has been with infantees, inside band head cabinet, be provided with the rotary encoder coaxial with band driving wheel; The coordinated operation of described band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism is by same PLC centralized Control and be provided with human-computer dialogue Visible human plan Folding-Screen.The beneficial effects of the utility model are: the design's compact conformation, automatic band, and production efficiency is high, and quality is homogeneous.
Description
Technical field
The utility model is rubber V(V-belt) V with production field is with forming production device, and be specially full-automatic numerical control V and be with belting machine.
Background technology
At present, known V is with belting machine by transmission mechanism, band head; tension mechanism, the formations such as cloth-covered opening-guiding, during production by artificial by infantees and belt carcass positioning bonding; shutdown when turning band nearly one week of band again, by manually infantees being cut off into miter angle, restarting and having wrapped remaining part; if wrap two kinds of infantees manually need repeat said process, require that operator is skilled in technique, it is large manually to cut cloth angular error; locate inaccurate; band mass uniformity is poor, and production efficiency is low, and holds easy to hurt hand.
Utility model content
Belting machine is with to need manually infantees and belt carcass positioning bonding in order to overcome existing V, manually need cut cloth (45 degree) and operator is easily damaged, band quality is uneven, the problems such as production efficiency is low, the utility model provides a kind of full-automatic numerical control V to be with belting machine, and this automatic belting machine can not only automatic accurate positioning bonding, and automatic gauge infantees length severing, to operator without operative skill requirement, simple to operate.
The utility model solves the technical scheme that its technical problem adopts: full-automatic numerical control V is with belting machine, comprise band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism, band head is provided with expansion tightening wheel, band driving wheel, bonding squeegee roller, tugboat, described cloth-covered opening-guiding cloth feeding mechanism is responsible for job initiation end infantees being delivered to infantees head, with equalization of strain structure and infantees non-return structure on it; Described infantees cutting mechanism is responsible for by the infantees sent to by length metering severing, and be positioned at the side of cloth-covered opening-guiding cloth feeding mechanism and band head junction, cut-off knife traffic direction and cloth-feeding direction are in angle of 45 degrees; Described band head has been responsible for V and has been with infantees, inside band head cabinet, be provided with the rotary encoder coaxial with band driving wheel; The coordinated operation of described band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism is by same PLC centralized Control and be provided with human-computer dialogue Visible human plan Folding-Screen.
Described cloth-covered opening-guiding cloth feeding mechanism is provided with cloth-covered opening-guiding frame successively by the running orbit of infantees, two roller reverses centering structure, cloth-covered opening-guiding tension measuring roller, the two roller of secondary reverse centering structure, electronicly lead out carry-over pinch rolls, traction press bonding roller, positioning and guiding roller, positioning and guiding chute, work feed positioning runner, anti-infantees inertia get loose non-return structure.
Described work feed positioning runner is fixed on a slide block, and slide block is driven can be moved back and forth by guide rail along a straight line by a cylinder piston, and line slideway is fixed in frame; The described anti-infantees inertia non-return structure that gets loose is at least comprise the gravity non-return pressing plate that is positioned at work feed positioning runner front end, this non-return pressing plate has and takes turns corresponding gap with the band in bag mechanism, and the oblique top pressure spring of the upper belt carcass of band wheel can be leaned when work feed puts in place.
Described non-return pressing plate rear portion upwarps, axis hole is arranged at the top of upturned portion, be connected on the side frame of work feed positioning runner by rotating shaft by this non-return pressing plate, the positive bevel of rear portion upturned portion is fixed with oblique top pressure spring, when work feed puts in place, this spring can lean on the belt carcass on band wheel.
Described work feed positioning runner rear portion is also provided with a gravity non-return pressing plate.
Described infantees cutting mechanism is: a cut-off knife balladeur train is fixed on a slide block, can slide anteroposterior on the slide rail that slide block is limited in frame, and cut-off knife balladeur train rear end is connected on cut-off knife balladeur train cylinder piston, and cut-off knife balladeur train cylinder is fixed in frame; One send cutter cylinder to be fixed on cut-off knife balladeur train, and cut-off knife rear end is fixedly connected on to be sent on cutter cylinder piston, and cutter hub is limited on the slideway on cut-off knife balladeur train can slide anteroposterior; The front end of cut-off knife balladeur train is provided with up and down to pneumatic infantees severing press bonding roller and the snub pulley of pressure, there is groove press bonding roller bottom surface, form cut-off knife passage with snub pulley groove, and become axial symmetry with line slideway center line, make cut-off knife at cut-off knife passage capable of being smoothly by infantees severing.
Full-automatic numerical control V is with the band method of belting machine, comprises following rate-determining steps:
After belt carcass installs, infantees passes through electric traction, two roller reverses and centers, cloth-covered opening-guiding tension measuring roller, the two roller of secondary reverses and centers, enter work feed positioning runner, infantees pins by the anti-inertia of the infantees check device that gets loose, infantees to be delivered to belt carcass place and to be located with belt carcass and bonding by work feed chute under cylinder promotes, squeegee roller rise by bonding with belt carcass for infantees firmly, work feed chute is return, cut-off knife balladeur train is delivered to fabric dividing position and is waited for fabric dividing by cut-off knife slide unit cylinder simultaneously, the adhesive of belting machine driving wheel electromagnetic clutch, the running of band wheel, rotary encoder proceed-to-send signal, counter is started working, infantees enters band head with belt carcass and starts band, when infantees run to need severing length time, counter exports an output signal, electromagnetic clutch unclamps, the stall of band wheel, the pressing of infantees severing press bonding roller, sending cutter cylinder to be pushed by cut-off knife puts in place infantees severing, press bonding roller unclamps, electromagnetic clutch adhesive continues band, when band completes, counter output signal, electromagnetic clutch quits work, cut-off knife and cut-off knife balladeur train are return, bonding compression roller is return, expansion tightening wheel is return, complete band work,
If need bag the second infantees, then now expansion tightening wheel is motionless, and change cloth slide unit and the second infantees and the propelling movement of work feed chute are put in place, repeat above-mentioned action, complete band action, expansion tightening wheel is return, and V band has been taken off whole band work.
The beneficial effects of the utility model are: the design's compact conformation, when carrying out V and being with band to produce, operating personnel only need to be with model to arrange counter according to V, and hang on belting machine by belt carcass, start knob, whether observe V band just to hang, then step on floor push (or by band switch), belting machine will complete whole band process automatically, avoid the impact of human factor on band quality, production efficiency is high, and quality is homogeneous, and solves the problem that band operation easily hinders hand.
Accompanying drawing explanation
Fig. 1 is that the utility model full-automatic numerical control V is with the total figure of belting machine assembling;
Fig. 2 is the fabric dividing balladeur train magnified partial view that the utility model full-automatic numerical control V is with belting machine;
Back pressure plate stereogram till Fig. 3;
Fig. 4 is the utility model control principle block diagram.
Below in conjunction with accompanying drawing and implementation process, the utility model is further illustrated.
1. expansion tightening wheels in figure, 2. band head, 3. band driving wheel, 4. bond squeegee roller, 5. work feed positioning runner, 6. infantees severing press bonding roller, 7. cut-off knife balladeur train, 8. reverse registration roller two times, 9. infantees tension measuring roller, 10. cloth-covered opening-guiding frame, 11. once reverse registration roller, 12. electronicly lead out carry-over pinch rolls, 13. change cloth slide unit frame, 14. change cloth slide unit cylinder, 15. rotary encoders, 16. anti-inertia get loose check device, 17. guide rollers, 18. traction press bonding rollers, 19. positioning and guiding rollers, 20. support rollers, 21. springs, 22. electromagnetic clutch, 23. cut-off knife cylinders, 24. line slideways, 25. work feed balladeur train cylinders, 26. belt carcass, 27. work feed balladeur train tracks, 28. non-return pressing plates, 29. gap, 30. cut-off knives, press bonding roller under 31. infantees severings, 32. cut-off knife bars, slide block fixed by 33. cut-off knife bars, slide block fixed by 34. cut-off knife balladeur trains, 35. cut-off knife balladeur train cylinders, 36. tensioner cylinders, 37. line slideways, 38. non-return pressure plates II.
Detailed description of the invention
Full-automatic numerical control V is with belting machine, comprise band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism, band head is provided with expansion tightening wheel, band driving wheel, bonding squeegee roller, tugboat, described cloth-covered opening-guiding cloth feeding mechanism is responsible for job initiation end infantees being delivered to infantees mechanism, with equalization of strain structure and infantees non-return structure on it; Described infantees cutting mechanism is responsible for by the infantees sent to by length metering severing, and be positioned at side, cloth feeding mechanism front end, cut-off knife traffic direction and cloth-feeding direction are in angle of 45 degrees; Band head has been responsible for V and has been with infantees, is provided with the rotary encoder coaxial with band driving wheel, for measuring strap length inside band head cabinet; The coordinated operation of described band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism is by same PLC centralized Control and be provided with human-computer dialogue Visible human plan Folding-Screen; Described cloth-covered opening-guiding cloth feeding mechanism is provided with cloth-covered opening-guiding frame successively, two roller reverses centering structure, cloth-covered opening-guiding tension measuring roller, the two roller of secondary reverse centering structure, electronicly lead out carry-over pinch rolls, traction press bonding roller, positioning and guiding roller, positioning and guiding chute, work feed positioning runner, anti-infantees inertia get loose non-return structure; Described work feed positioning runner is fixed on a slide block, and slide block is driven can be moved back and forth by guide rail along a straight line by a cylinder piston, and line slideway is fixed in frame; The described anti-infantees inertia non-return structure that gets loose is at least comprise the gravity non-return pressing plate that is positioned at work feed positioning runner front end, this non-return pressing plate has and takes turns corresponding gap with the band in bag mechanism, and the oblique top pressure spring of the upper belt carcass of band wheel can be leaned when work feed puts in place; Described work feed positioning runner rear portion is also provided with a gravity non-return pressing plate.
In the accompanying drawings, belt carcass is hung on band driving wheel 3 and expansion tightening wheel 1, and make belt carcass through band head 2 and support roller 20, and tensioner.Infantees is led out by cloth-covered opening-guiding frame 10, entered by guide roller 17 and once reverse registration roller 11, electronicly lead out carry-over pinch rolls 12, traction press bonding roller 18, infantees tension measuring roller 9, positioning and guiding roller 19, enter work feed positioning runner 5, infantees anti-inertia get loose check device 16 clamping under, infantees is delivered between band driving wheel 3 and bonding squeegee roller 4 by work feed positioning runner, spring 21 props up belt carcass, ensure that infantees can not get loose under the action of the spring 21, now support roller 20 drives bonding squeegee roller 4 to rise infantees and belt carcass to be bonded together, work feed positioning runner 5 is return, cut-off knife balladeur train 7 is pushed to put in place, electromagnetic clutch 22 adhesive, band driving wheel 3 starts running, rotary encoder 15 sends signal, counter works, infantees enters band head with belt carcass and starts band, the length hour counter of severing is needed to export an output signal when infantees runs to, electromagnetic clutch 22 unclamps, band driving wheel 3 stops, the pressing of infantees severing press bonding roller 6, cut-off knife pushes and puts in place infantees severing by cut-off knife cylinder 23, infantees severing press bonding roller 6 unclamps, electromagnetic clutch 22 adhesive, continue band, when band completes, counter exports two output signals, electromagnetic clutch 22 unclamps, cut-off knife and cut-off knife balladeur train 7 are return, bonding squeegee roller 4 is return, expansion tightening wheel 1 has return band work.If need bag the second infantees, then now expansion tightening wheel 1 is not return, change cloth slide unit cylinder 14 will change cloth slide unit frame 13 push put in place, work feed positioning runner 5 pushes infantees between band driving wheel 3 and bonding squeegee roller 4, repeat said process, complete the band work of the second cloth, expansion tightening wheel 1 is return, and V band has been taken off whole band work.
Claims (6)
1. full-automatic numerical control V is with belting machine, comprise band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism, band head is provided with expansion tightening wheel, band driving wheel, bonding squeegee roller, tugboat, it is characterized in that described cloth-covered opening-guiding cloth feeding mechanism is responsible for infantees to be delivered to the job initiation end of infantees head, with equalization of strain structure and infantees non-return structure on it; Described infantees cutting mechanism is responsible for by the infantees sent to by length metering severing, and be positioned at the side of cloth-covered opening-guiding cloth feeding mechanism and band head junction, cut-off knife traffic direction and cloth-feeding direction are in angle of 45 degrees; Described band head has been responsible for V and has been with infantees, inside band head cabinet, be provided with the rotary encoder coaxial with band driving wheel; The coordinated operation of described band head, cloth-covered opening-guiding cloth feeding mechanism, infantees cutting mechanism is by same PLC centralized Control and be provided with human-computer dialogue Visible human plan Folding-Screen.
2. full-automatic numerical control V as claimed in claim 1 is with belting machine, it is characterized in that described cloth-covered opening-guiding cloth feeding mechanism is provided with cloth-covered opening-guiding frame successively by the running orbit of infantees, two roller reverses centering structure, the two roller of cloth-covered opening-guiding tension measuring roller, secondary reverses centering structure, electronicly leads out carry-over pinch rolls, traction press bonding roller, positioning and guiding roller, positioning and guiding chute, work feed positioning runner, anti-infantees inertia get loose non-return structure.
3. full-automatic numerical control V as claimed in claim 2 is with belting machine, it is characterized in that described work feed positioning runner is fixed on a slide block, and slide block is driven can be moved back and forth by guide rail along a straight line by a cylinder piston, and line slideway is fixed in frame; The described anti-infantees inertia non-return structure that gets loose is at least comprise the gravity non-return pressing plate that is positioned at work feed positioning runner front end, this non-return pressing plate has and takes turns corresponding gap with the band in bag mechanism, and the oblique top pressure spring of the upper belt carcass of band wheel can be leaned when work feed puts in place.
4. full-automatic numerical control V as claimed in claim 3 is with belting machine, it is characterized in that this non-return pressing plate rear portion upwarps, axis hole is arranged at the top of upturned portion, by rotating shaft, this non-return pressing plate is connected on the side frame of work feed positioning runner, the positive bevel of rear portion upturned portion is fixed with oblique top pressure spring, and when work feed puts in place, this spring can lean on the belt carcass on band wheel.
5. full-automatic numerical control V as claimed in claim 3 is with belting machine, it is characterized in that described work feed positioning runner rear portion is also provided with a gravity non-return pressing plate.
6. full-automatic numerical control V as claimed in claim 1 is with belting machine, it is characterized in that described infantees cutting mechanism is: a cut-off knife balladeur train is fixed on a slide block, can slide anteroposterior on the slide rail that slide block is limited in frame, cut-off knife balladeur train rear end is connected on cut-off knife balladeur train cylinder piston, and cut-off knife balladeur train cylinder is fixed in frame; One send cutter cylinder to be fixed on cut-off knife balladeur train, and cut-off knife rear end is fixedly connected on to be sent on cutter cylinder piston, and cutter hub is limited on the slideway on cut-off knife balladeur train can slide anteroposterior; The front end of cut-off knife balladeur train is provided with up and down to pneumatic infantees severing press bonding roller and the snub pulley of pressure, there is groove press bonding roller bottom surface, form cut-off knife passage with snub pulley groove, and become axial symmetry with line slideway center line, make cut-off knife at cut-off knife passage capable of being smoothly by infantees severing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420514928.7U CN204109358U (en) | 2014-09-10 | 2014-09-10 | Full-automatic numerical control V is with belting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420514928.7U CN204109358U (en) | 2014-09-10 | 2014-09-10 | Full-automatic numerical control V is with belting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204109358U true CN204109358U (en) | 2015-01-21 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420514928.7U Expired - Fee Related CN204109358U (en) | 2014-09-10 | 2014-09-10 | Full-automatic numerical control V is with belting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204109358U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104228063A (en) * | 2014-09-10 | 2014-12-24 | 吴艳铭 | Full-automatic numerical control V belt taping machine and taping method |
-
2014
- 2014-09-10 CN CN201420514928.7U patent/CN204109358U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104228063A (en) * | 2014-09-10 | 2014-12-24 | 吴艳铭 | Full-automatic numerical control V belt taping machine and taping method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150121 Termination date: 20170910 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |