CN209009802U - Tubulose glass-fiber-fabric stack device - Google Patents
Tubulose glass-fiber-fabric stack device Download PDFInfo
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- CN209009802U CN209009802U CN201821888561.XU CN201821888561U CN209009802U CN 209009802 U CN209009802 U CN 209009802U CN 201821888561 U CN201821888561 U CN 201821888561U CN 209009802 U CN209009802 U CN 209009802U
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- former
- fiber
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- car body
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Abstract
A kind of tubulose glass-fiber-fabric stack device, for in PVC plus glass-fiber-fabric compound pipeline complex pipeline production process, tubulose glass-fiber-fabric encapsulating press it is even after stacking, by frame body, transmission mechanism, reciprocal trolley three parts composition, guide sleeve is hinged on the outer plate of transmission chain, reciprocal trolley is slidably connected by guide rod and guide sleeve, the motor drive transmission chain of transmission mechanism operates, it drives reciprocal trolley to realize to move back and forth, encapsulating press it is even after tubulose glass-fiber-fabric be stacked on flat car, its main feature is that, guide sleeve is hinged on transmission chain, guide rod is free to slide with respect to guide sleeve, reciprocal trolley commutation is steady, reliable operation.
Description
Technical field
The present invention relates to a kind of glass-fiber-fabric stack device, especially a kind of tubulose glass-fiber-fabric stack device.
Background technique
PVC adds glass-fiber-fabric compound pipeline complex pipeline corrosion-resistant, and intensity is high, is used widely in practical projects, pipeline inner membrance
Layer is tubulose glass-fiber-fabric, and pipeline outer-layer PVC is formed by Compound Machining, and the processing of tubulose glass-fiber-fabric needs pipe crimping, encapsulating pressure
Even, discharging stacks three process.First of pipe crimping process determines tubulose according to compound pipeline complex pipeline caliber by coiled glass cloth
The number of plies of glass-fiber-fabric is stacked by pipe crimping process equipment by dislocation, pipe crimping, hot melt overlap joint, flattening；Second encapsulating presses even work
Sequence, the tubulose glass-fiber-fabric that the first procedure has been stacked are pulled out, are pressed on flat tape conveyer, open rubber conveyer,
Frictionally traction tube is brought to encapsulating position, after manually pouring into sizing material to pipe band, with pressing even device to move back and forth, makes tubulose glass
Sizing material in cloth is uniformly distributed；Third way discharging device stacks process, presses even device to stop working after second operation work, adhesive tape is defeated
It send machine to advance with tubulose glass-fiber-fabric of the dynamic pressure after even, with discharging stack device, finished product glass stringing band is stacked on transport vehicle.
The present invention for discharging stack process, solve encapsulating press it is even after tubulose glass-fiber-fabric stack-up issue.
Summary of the invention
In order to realize encapsulating press it is even after tubulose glass-fiber-fabric efficiently stack, devise tubulose glass-fiber-fabric stack device, pass through
Chain-drive mechanism, guide sleeve are hinged on transmission chain, and guide rod and guide sleeve are slidably matched and reciprocal trolley driven to realize multiple movement,
Treated, tubulose glass-fiber-fabric is stacked on flat car, and reciprocal trolley commutation is steady, and structure is simple, and reliable operation uses dimension
It repairs conveniently.
Tubulose glass-fiber-fabric stack device, including frame body, transmission mechanism, reciprocal trolley three parts.
Frame body is made of supporting leg, grooved tracks, bearing block, driven shaft, bracket.It is characterized in that: all around four supporting legs
Perpendicular to the ground, the lower end of four supporting legs fixes on the ground, and positioned at the front and back of horizontal direction two, grooved tracks are parallel to each other, recessed
Slot is upward, and both ends are vertical with the upper end of four supporting legs respectively to be fixedly connected, former and later two brackets close to left end, and lower end is solid respectively
Surely it is connected to the lateral surface of former and later two grooved tracks, upper end fixedly supports former and later two bearing blocks respectively；Close to right end
Former and later two brackets, lower end are respectively fixedly connected with the lateral surface in former and later two grooved tracks, upper end fixedly support respectively from
The rear and front end of moving axis, fixed supporting point is close to the end of driven shaft.
The transmission mechanism is made of drive sprocket, motor, shaft coupling, driving shaft, transmission chain, driven sprocket.It is special
Sign is: respectively with former and later two bearing seat supports on frame body, driving shaft can freely turn with respect to bearing block for driving shaft rear and front end
Dynamic, former and later two drive sprockets are fixedly connected on driving shaft, positioned at the inside of former and later two bearing blocks, close to bearing block, electricity
The output shaft of motivation is fixedly connected by shaft coupling with the input terminal of driving shaft, and two driven sprockets are separately mounted on frame body
The both ends of driven shaft, outside, cantilever configuration positioned at the fixation supporting point of driven shaft, driven sprocket can freely turn with respect to driven shaft
Dynamic, the transmission chain of front and back two is stretched on drive sprocket and driven sprocket respectively.
The reciprocal trolley by small car body, guide sleeve, guide rod, hinge pin retaining ring, articulated slab, hinge pin, push roller, traveling wheel,
Support composition.It is characterized in that: small car body is hollow rectangular frame, four supports are fixedly connected below small car body, lean on
The quadrangle of nearly hollow rectangular frame, four traveling wheels on the support, are made up of left walking axle, walking shaft retaining ring, support
Two groups right, every walking axle is located in horizontal plane and perpendicular to reciprocal trolley moving direction, and same group of two walking axles are same
On axis, same group of two traveling wheels are located in the front and back grooved tracks of frame body；Intermediate in small car body installs two groups of tools
Push roller at regular intervals, the axis of push roller is located in horizontal plane and vertically reciprocating moving of car direction, and the both ends of push roller are with admittedly
The seat supports being scheduled on small car body lower surface, push roller relative seat are free to rotate；It hangs down it is characterized in that: two guide rods are located at
Histogram is to being fixedly connected on the front and rear sides upper surface of small car body, left and right directions is located at small car body middle, articulated slab and passes
The outer plate of the transmission chain of motivation structure is fixedly connected, and is machined in horizontal plane on articulated slab, perpendicular to transmission chain outer plate
Cylindrical hole, guide sleeve is hinged in the cylindrical hole of articulated slab by hinge pin, and guide sleeve can freely turn around hinge pin with respect to articulated slab
Dynamic, the external cylindrical surface of guide rod and the inner cylinder face of guide sleeve cooperate, and guide rod is oppositely oriented set and can freely up and down slide.Trolley
Body front and rear sides are fixedly connected with the overall width after guide rod, less than the inner distance of former and later two drive sprockets, are less than front and back two
The inner distance of a driven sprocket.When work, motor drive driving shaft drives transmission chain operating, passes through articulated slab, guiding
Set, guide rod drive reciprocal trolley to realize and move back and forth.
The tubulose glass-fiber-fabric stack device course of work are as follows: when original state, tubulose glass-fiber-fabric stack device is in conveyer
Underface, be all around symmetrical with the roller of conveyer.Preceding working procedure treated tubulose glass-fiber-fabric, is sent by conveyer
Out, it and makes it through and falls among two groups of push rollers being installed on reciprocal trolley, when work, motor start-up, driving driving shaft is inverse
Hour hands rotation, drive sprocket drive transmission chain and driven sprocket operating, and the top of transmission chain moves downward, guide sleeve band action-oriented
Bar moves downward, and reciprocal trolley is moved to the left, and tubulose glass-fiber-fabric is pushed by the push roller that reciprocal trolley is kept right, and is laid in from right to left
Flat car upper surface, when articulated slab reaches the left half cycle position of left end drive sprocket, guide sleeve is oppositely oriented bar slide downward, and
It is translated downwardly together with transmission chain, reaches limit on the left position, then reciprocal trolley moves from left to right, and keeps left on reciprocal trolley
Push roller pushes tubulose glass-fiber-fabric to turn back, and is laid on flat car from left to right, when articulated slab reaches the right half cycle of right end driven sprocket
When position, guide sleeve is oppositely oriented bar upward sliding, and translates up with transmission chain, reaches limit on the right-right-hand limit position, then past
Multiple trolley moves from right to left, and the push roller kept right on reciprocal trolley pushes tubulose glass-fiber-fabric to turn back, and is laid in plate from right to left
Che Shang.It moves in circles in this way, until the tubulose glass-fiber-fabric stacked on flat car reaches required value, shutdown replaces flat car, again
Be switched on work.
It is a feature of the present invention that motor drives reciprocal trolley to move left and right by transmission mechanism, installed on reciprocal trolley
Two groups of push rollers push tubulose glass-fiber-fabric to be stacked on flat car, the commutation of reciprocal trolley is steady, reliable operation,.
Detailed description of the invention
Invention is further illustrated with example with reference to the accompanying drawing.
Fig. 1 is main view of the invention.
Fig. 2 is top view of the invention.
Fig. 3 is left view of the invention.
Fig. 4 is that partial view A of the invention amplifies 8 times.
Fig. 1, Fig. 2, Fig. 3, Fig. 4, in, 1. supporting legs, 2. grooved tracks, 3. drive sprockets, 4. bearing blocks, 5. motor, 6.
Shaft coupling, 7. driving shafts, 8. transmission chains, 9. small car bodies, 10. driven sprockets, 11. driven shafts, 12. guide sleeves, 13. guide rods,
14. hinge pin retaining ring, 15. articulated slabs, 16. hinge pins, 17. push rollers, 18. traveling wheels, 19. supports, 20. brackets, 21. walking axles, 22.
Walking shaft retaining ring, 23. conveyers, 24. flat cars.
Specific embodiment
Embodiment, the tubulose glass-fiber-fabric stack device in figure, including frame body, transmission mechanism, reciprocal trolley three parts.
The frame body is made of supporting leg (1), grooved tracks (2), bearing block (4), driven shaft (11), bracket (20).It is special
Sign is: all around perpendicular to the ground, the lower end of four supporting legs (1) fixes on the ground four supporting legs (1), positioned at horizontal direction
The grooved tracks (2) of front and back two are parallel to each other, and groove is upward, and both ends are vertical with the upper end of four supporting legs (1) respectively to be fixedly connected,
Former and later two brackets (20) close to left end, lower end is respectively fixedly connected with the lateral surface in former and later two grooved tracks (2), upper end
Former and later two bearing blocks (4) are fixedly supported respectively；Close to former and later two brackets (20) of right end, lower end is respectively fixedly connected with
The lateral surface of former and later two grooved tracks (2), upper end fixedly support the rear and front end of driven shaft (11), fixed supporting point respectively
Close to the end of driven shaft (11).
The transmission mechanism by drive sprocket (3), motor (5), shaft coupling (6), driving shaft (7), transmission chain (8), from
Movable sprocket (10) composition.It is characterized in that: driving shaft (7) rear and front end is supported with former and later two bearing blocks (4) on frame body respectively,
Driving shaft (7) is free to rotate with respect to bearing block (4), former and later two drive sprockets (3) are fixedly connected on driving shaft (7), position
In the inside of former and later two bearing blocks (4), close to bearing block (4), the output shaft of motor (5) is by shaft coupling (6) and actively
The input terminal of axis (7) is fixedly connected, and two driven sprockets (10) are separately mounted to the both ends of the driven shaft (11) on frame body, is located at
The outside of the fixation supporting point of driven shaft (11), cantilever configuration, driven sprocket (10) are free to rotate with respect to driven shaft (11), preceding
Two transmission chains (8) are stretched in respectively on drive sprocket (3) and driven sprocket (10) afterwards.
The reciprocal trolley is by small car body (9), guide sleeve (12), guide rod (13), hinge pin retaining ring (14), articulated slab
(15), hinge pin (16), push roller (17), traveling wheel (18), support (19) composition.It is characterized in that: small car body (9) is hollow rectangular
Shape frame, four supports (19) are fixedly connected below small car body (9), the quadrangle of close hollow rectangular frame, and four
Traveling wheel (18) is supported on support (19) by walking axle (21), walking shaft retaining ring (22), constitutes two groups of left and right, every row
Axis (21) is walked to be located in horizontal plane and vertically reciprocating trolley moving direction, same group of two walking axles (21) on the same axis,
Same group of two traveling wheels (18) are located in the front and back grooved tracks (2) of frame body；In intermediate two groups of the installation of small car body (9)
Have push roller at regular intervals (17), the axis of push roller (17) is located in horizontal plane and vertically reciprocating moving of car direction, push roller
(17) support (19) support being fixed on small car body (9) lower surface of both ends, push roller (17) relative seat (19) can be free
Rotation；It is characterized in that: two guide rods (13) are located at vertical direction, it is fixedly connected on the front and rear sides upper surface of small car body (9)
On, left and right directions is located at small car body (9) middle, the fixed company of outer plate of articulated slab (15) and the transmission chain (8) of transmission mechanism
Connect, articulated slab is machined in horizontal plane on (15), perpendicular to transmission chain (8) outer plate cylindrical hole, guide sleeve (12)
It is hinged in the cylindrical hole of articulated slab (15) by hinge pin (16), guide sleeve (12) can be around hinge pin (16) certainly with respect to articulated slab (15)
By rotating, the external cylindrical surface of guide rod (13) and the inner cylinder face of guide sleeve (12) cooperate, and guide rod (13) is oppositely oriented set
(12) it can freely up and down slide.Small car body (9) front and rear sides are fixedly connected with the overall width after guide rod (13), are less than former and later two
The inner distance of drive sprocket (3) is less than the inner distance of former and later two driven sprockets (10).When work, motor (5) driving
Driving shaft (7) drives transmission chain (8) operating, drives reciprocal trolley by articulated slab (15), guide sleeve (12), guide rod (13)
It realizes and moves back and forth.
The embodiment course of work are as follows: when original state, tubulose glass-fiber-fabric stack device is in the underface of conveyer (23),
It is all around symmetrical with the roller of conveyer (23).Preceding working procedure treated tubulose glass-fiber-fabric is sent out by conveyer (23),
And make it through and fall among two groups of push rollers (17) being installed on reciprocal trolley, when work, motor (5) starting, driving is actively
Axis (7) rotates counterclockwise, and drive sprocket (3) drives transmission chain (8) and driven sprocket (10) to operate, the top of transmission chain (8) to
Left movement, guide sleeve (12) drive guide rod (13) to move downward, and reciprocal trolley is moved to the left, and tubulose glass-fiber-fabric is by reciprocal trolley
The push roller (17) kept right pushes, and flat car (24) upper surface is laid in from right to left, when articulated slab (15) reaches left end drive chain
When taking turns (3) position Zuo Banzhou, guide sleeve (12) is oppositely oriented bar (13) slide downward, and translates downwardly together with transmission chain (8),
Reach limit on the left position, then reciprocal trolley moves from left to right, and the push roller (17) to keep left on reciprocal trolley pushes tubulose glass
Cloth is turned back, and is laid on flat car (24) from left to right, when articulated slab (15) reaches the right half cycle position of right end driven sprocket (10)
When, guide sleeve (12) is oppositely oriented bar (13) upward sliding, and translates up with transmission chain (8), reach limit on the right-right-hand limit position,
Then reciprocal trolley moves from right to left, and the push roller (17) kept right on reciprocal trolley pushes tubulose glass-fiber-fabric to turn back, from right to left
It is laid on flat car (24).It moves in circles, until the tubulose glass-fiber-fabric stacked on flat car (24) reaches required value, stops in this way
Machine is replaced flat car (24), turns back on work.
Above embodiments are for the clearer explanation present invention, but scope of protection of the present invention is not limited thereto, appoints
In the technical scope disclosed by the present invention, any changes or substitutions that can be easily thought of, all by what those familiar with the art
It is covered by the protection scope of the present invention.
Claims (4)
1. tubulose glass-fiber-fabric stack device, including frame body, transmission mechanism, reciprocal trolley three parts, the transmission mechanism is by actively
Sprocket wheel (3), motor (5), shaft coupling (6), driving shaft (7), transmission chain (8), driven sprocket (10) composition, it is characterized in that: main
Moving axis (7) rear and front end is supported with former and later two bearing blocks (4) on frame body respectively, and driving shaft (7) can be certainly with respect to bearing block (4)
By rotating, former and later two drive sprockets (3) are fixedly connected on driving shaft (7), are located at the inside of former and later two bearing blocks (4),
Close to bearing block (4), the output shaft of motor (5) is fixedly connected by shaft coupling (6) with the input terminal of driving shaft (7), and two
Driven sprocket (10) is separately mounted to the both ends of the driven shaft (11) on frame body, is located at the outer of the fixation supporting point of driven shaft (11)
Side, cantilever configuration, driven sprocket (10) is free to rotate with respect to driven shaft (11), and the transmission chain (8) of front and back two is stretched in respectively
On drive sprocket (3) and driven sprocket (10).
2. tubulose glass-fiber-fabric stack device as described in claim 1, the reciprocal trolley by small car body (9), guide sleeve (12),
Guide rod (13), hinge pin retaining ring (14), articulated slab (15), hinge pin (16), push roller (17), traveling wheel (18), support (19) composition,
It is characterized in that: small car body (9) is hollow rectangular frame, four supports (19) are fixedly connected below small car body (9), lean on
The quadrangle of nearly hollow rectangular frame, four traveling wheels (18) are supported on by walking axle (21), walking shaft retaining ring (22)
On seat (19), two groups of left and right is constituted, every walking axle (21) is located in horizontal plane and vertically reciprocating trolley moving direction, and same group
Two walking axles (21) on the same axis, same group of two traveling wheels (18) are located at the front and back grooved tracks (2) of frame body
It is interior；Intermediate in small car body (9) installs two groups of tool push rollers at regular intervals (17), and the axis of push roller (17) is located in horizontal plane
And vertically reciprocating moving of car direction, both ends support (19) support being fixed on small car body (9) lower surface of push roller (17),
Push roller (17) relative seat (19) is free to rotate.
3. tubulose glass-fiber-fabric stack device as described in claim 1, the frame body is by supporting leg (1), grooved tracks (2), bearing
Seat (4), driven shaft (11), bracket (20) composition, it is characterized in that: all around four supporting legs (1) perpendicular to the ground, four supporting legs
(1) lower end fixes on the ground, and positioned at the front and back of horizontal direction two, grooved tracks (2) are parallel to each other, and groove is upward, both ends
Former and later two brackets (20) vertical with the upper end of four supporting legs (1) respectively to be fixedly connected, close to left end, lower end is fixed respectively to be connected
The lateral surface in former and later two grooved tracks (2) is connect, upper end fixedly supports former and later two bearing blocks (4) respectively；Close to right end
Former and later two brackets (20), lower end is respectively fixedly connected with the lateral surface in former and later two grooved tracks (2), and upper end is fixed respectively
Support the rear and front end of driven shaft (11), end of the fixed supporting point close to driven shaft (11).
4. tubulose glass-fiber-fabric stack device as claimed in claim 2, it is characterized in that: two guide rods (13) are located at Vertical Square
To being fixedly connected on the front and rear sides upper surface of small car body (9), left and right directions is located at small car body (9) middle, articulated slab
(15) it is fixedly connected with the outer plate of the transmission chain of transmission mechanism (8), articulated slab is machined in horizontal plane on (15), is vertical
In the cylindrical hole of the outer plate of transmission chain (8), guide sleeve (12) is hinged in the cylindrical hole of articulated slab (15) by hinge pin (16),
Guide sleeve (12) can be freely rotated around hinge pin (16) with respect to articulated slab (15), the external cylindrical surface of guide rod (13) and guide sleeve (12)
Inner cylinder face cooperation, guide rod (13) is oppositely oriented set (12) and can freely up and down slide, the fixed company in small car body (9) front and rear sides
Overall width after connecing guide rod (13) is less than the inner distance of former and later two drive sprockets (3), is less than former and later two driven sprockets
(10) inner distance.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821888561.XU CN209009802U (en) | 2018-11-16 | 2018-11-16 | Tubulose glass-fiber-fabric stack device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821888561.XU CN209009802U (en) | 2018-11-16 | 2018-11-16 | Tubulose glass-fiber-fabric stack device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209009802U true CN209009802U (en) | 2019-06-21 |
Family
ID=66842503
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821888561.XU Expired - Fee Related CN209009802U (en) | 2018-11-16 | 2018-11-16 | Tubulose glass-fiber-fabric stack device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209009802U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109110556A (en) * | 2018-11-16 | 2019-01-01 | 湖州师范学院 | Tubulose glass-fiber-fabric stack device |
| CN110924013A (en) * | 2019-12-27 | 2020-03-27 | 武汉智达纺织科技有限公司 | Cloth swinging device of dyeing machine |
| CN113927809A (en) * | 2021-10-09 | 2022-01-14 | 济南金圣冷藏设备有限公司 | Special hot press of refrigeration plant heated board |
-
2018
- 2018-11-16 CN CN201821888561.XU patent/CN209009802U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109110556A (en) * | 2018-11-16 | 2019-01-01 | 湖州师范学院 | Tubulose glass-fiber-fabric stack device |
| CN110924013A (en) * | 2019-12-27 | 2020-03-27 | 武汉智达纺织科技有限公司 | Cloth swinging device of dyeing machine |
| CN110924013B (en) * | 2019-12-27 | 2021-12-31 | 绍兴永丰纺织印染有限公司 | Cloth swinging device of dyeing machine |
| CN113927809A (en) * | 2021-10-09 | 2022-01-14 | 济南金圣冷藏设备有限公司 | Special hot press of refrigeration plant heated board |
| CN113927809B (en) * | 2021-10-09 | 2023-11-17 | 济南金圣冷藏设备有限公司 | Special hot press of refrigeration plant heated board |
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| Date | Code | Title | Description |
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| 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: 20190621 Termination date: 20191116 |