CN204608391U - A kind of cloth treatment facility being provided with anti-offset transport - Google Patents
A kind of cloth treatment facility being provided with anti-offset transport Download PDFInfo
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- CN204608391U CN204608391U CN201520128688.1U CN201520128688U CN204608391U CN 204608391 U CN204608391 U CN 204608391U CN 201520128688 U CN201520128688 U CN 201520128688U CN 204608391 U CN204608391 U CN 204608391U
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- roller group
- transport
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Abstract
The utility model discloses a kind of cloth treatment facility being provided with anti-offset transport, comprise frame, transport, drying unit, dust arrester; Transport comprises two pairs of conveying roller groups, and often pair of conveying roller group comprises upper roller group and lower roller group, and two pairs of conveying roller groups are arranged on pair of frame plate in opposite directions; Transport also comprises winding mechanism, and winding mechanism comprises wireline reel, and winding mechanism is independent of frame and be positioned at the side of frame, the pivot line parallel of the upper roller in the axial line of wireline reel and upper roller group; Drying unit comprises electric boiling plate, the below in the gap of electric boiling plate between upper roller group and lower roller group; Dust arrester comprises rotating brush.Wireline reel winding shoemaking cloth, orders about the cloth be clamped in two pairs of conveying roller groups and moves ahead; Electric boiling plate is first dried cloth; Afterwards, rotating brush removes the dust and dirt on cloth.After oven dry, dedusting, the quality of product can be improved.
Description
Technical field:
The utility model relates to a kind of equipment of process shoemaking cloth, in particular to a kind of cloth treatment facility being provided with anti-offset transport.
Background technology:
In shoemaking work, need to carry out cutting, transport, stacking, stitching, etc. series of steps, in transport and cutting step thereof, cloth is understood covered with dust unavoidably and makes moist, and affects yield rate, and workmanship, the cloth made moist in use can cause bonding insecure, and also loose glue, uses inconvenience, therefore carry out cloth sew up and assembled before must carry out dedusting, oven dry operation.
Application number be 201410508377.8 utility model application disclose a kind of shoemaking cloth material processing device, comprise frame, power unit, transport process unit, wherein: described frame, for rectangle cabinet, the container cavity holding power unit is configured with in bottom, this container cavity, for be square and left and right panel is provided with the first axis hole, is configured with another flat container cavity above square container cavity.Heater strip is provided with and top is also provided with aperture plate in described flat container cavity.This utility model set is dried dedusting and is integrated, and by roller clamping transport cloth, ensure that cloth can not depart from supply line, also reach the effect of dedusting to a certain degree and dehumidifying.But, although the roller in above-mentioned utility model application can ensure that cloth can not depart from supply line, be but difficult to avoid cloth to offset in transportation, the edge of the cloth after offseting may be involved in rotate for driving roller between sprocket wheel and chain, cause cloth impaired.
Utility model content:
The technical problem that the utility model solves: shoemaking cloth material processing device of the prior art, be difficult to avoid cloth to offset in transportation, the edge of the cloth after offseting may be involved in rotate for driving roller between sprocket wheel and chain, cause cloth impaired.
The utility model provides following technical scheme:
Be provided with a cloth treatment facility for anti-offset transport, comprise frame, transport, drying unit, dust arrester;
Described frame comprises a pair frame plate vertically arranged, and pair of frame plate in opposite directions and be arranged in parallel;
Described transport comprises two pairs of conveying roller groups, often pair of conveying roller group comprises upper roller group and lower roller group, upper roller group is positioned at the top of lower roller group, upper roller group comprises some upper rollers, the rotation centerline of all upper rollers in upper roller group is parallel to each other and is positioned in same level, lower roller group comprises some lower rollers, the rotation centerline of all lower rollers in lower roller group is parallel to each other and is positioned in same level, has certain gap between upper roller group and lower roller group; Two pairs of conveying roller groups are arranged on pair of frame plate in opposite directions, and the height of two pairs of conveying roller groups is equal, and the two edges of shoemaking cloth are clamped in the gap in two pairs of conveying roller groups between upper roller group and lower roller group; Described transport also comprises winding mechanism, described winding mechanism comprises the second frame, wireline reel, described second frame comprises a pair the second frame plate vertically arranged, and in opposite directions and be arranged in parallel, described wireline reel is articulated on a pair second frame plates for a pair second frame plates; Described winding mechanism is independent of frame and be positioned at the side of frame, the pivot line parallel of the upper roller in the axial line of described wireline reel and upper roller group;
Described drying unit comprises electric boiling plate, and described electric boiling plate is fixedly mounted between pair of frame plate, the below in the gap of electric boiling plate between upper roller group and lower roller group, and electric boiling plate is horizontally disposed with;
Described dust arrester comprises rotating brush, and rotating brush is between pair of frame plate, and rotating brush is installed on the rotary shaft, and rotating shaft is articulated in frame, and the axial line of rotating shaft is vertical with frame plate;
Described drying unit is positioned at the side of dust arrester.
By technique scheme, the two edges of shoemaking cloth are clamped between the upper roller group of two pairs of conveying roller groups and lower roller group, the wireline reel winding shoemaking cloth rotated in winding mechanism, orders about the shoemaking cloth be clamped between the upper roller group of two pairs of conveying roller groups and lower roller group and moves ahead; Winding mechanism coordinates two pairs of conveying roller groups first shoemaking cloth to be delivered to the top of electric boiling plate, and electric boiling plate is dried shoemaking cloth; Afterwards, winding mechanism coordinates two pairs of conveying roller groups to be delivered to below rotating brush by shoemaking cloth, and rotating brush removes the dust and dirt on shoemaking cloth.Through the utility model treatment facility, shoemaking cloth is dried, after dedusting, the quality of product can be improved.
The utility model adopts winding mechanism to coordinate two pairs of conveying roller group conveying shoemaking clothes, can effectively avoid shoemaking cloth to offset in transportation, so avoid shoemaking cloth be involved in for driving roller rotate sprocket wheel and chain between and cause cloth impaired.
Illustrate as to the one of technique scheme, the type of drive being articulated in the wireline reel in the second frame is as follows: the first, and one end of wireline reel is provided with rotary handle, and operating personnel are rotated to drive wireline reel by action rotary handle; The second, one end of described wireline reel is connected with a motor by driving-chain, namely drives wireline reel to rotate by motor.
As the utility model, the one of transport is improved, described transport also comprises guiding mechanism, described guiding mechanism comprises a pair guide roller setting up and down, the 3rd frame, described 3rd frame comprises a pair the 3rd frame plate vertically arranged, a pair the 3rd frame plates in opposite directions and be arranged in parallel, a pair guide roller setting up and down is articulated on a pair the 3rd frame plates, the rotation centerline of a pair guide roller setting up and down is parallel to each other, and is provided with certain gap and passes through to hold shoemaking cloth between a pair guide roller setting up and down; Described guiding mechanism is independent of frame and be positioned at the side of frame, the pivot line parallel of the upper roller in the rotation centerline of described guide roller and upper roller group.
By above-mentioned improvement, from two pairs of conveying roller groups, shoemaking is out with cloth first behind the gap in guiding mechanism between a pair guide roller, then is wound on the wireline reel of winding mechanism.
Based on above-mentioned improvement, as further improvement of the utility model, the below of described second frame is provided with base, and base is provided with column straight up, and described second frame is articulated in the top of column; One of a pair second frame plates are connected with one of a pair the 3rd frame plates by a connecting rod, and described connecting rod one end and the 3rd frame plate pivot joint, the connecting rod other end and the second frame plate are spirally connected.Operating personnel are rotatably connected bar, and the second frame can be pulled to rotate a certain angle around column, and the wireline reel that rotarily drives of the second frame rotates a certain angle, and adjusts the position of wireline reel with this, avoids the shoemaking cloth in course of conveying to offset.
Illustrate the one of transport in technique scheme as the utility model, described frame plate is provided with two pairs of support plates, often pair of support plate comprises upper supporting plate and lower carrier plate, and often pair of support plate is arranged on pair of frame plate in opposite directions; Each upper roller is arranged on a roll shaft, and one end of each roll shaft is articulated on frame plate, and the other end of each roll shaft is articulated on upper supporting plate; Each lower roller is arranged on a roll shaft, and one end of each roll shaft is articulated on frame plate, and the other end of the roll shaft of each lower roller is articulated on lower carrier plate.The cross section of above-mentioned upper supporting plate and lower carrier plate is L-shaped.
Illustrate the one of dust arrester in technique scheme as the utility model, described dust arrester is furnished with drive system, and the drive system of dust arrester comprises driven gear, driven wheel, the second motor; The distance that described rotating shaft one end lateral wall of giving prominence to frame plate is certain, described driven gear is arranged on one end that rotating shaft gives prominence to the lateral wall certain distance of frame plate, and described driven wheel is arranged in the rotating shaft of the second motor, and the second motor is arranged in frame; Described driven wheel engages with driven gear.
Improve as one of the present utility model, be installed with a dividing plate between described pair of frame plate, dividing plate offers the eyelet arranged in length and breadth, dividing plate is horizontally disposed with, the below in the gap of dividing plate between upper roller group and lower roller group, dividing plate is positioned at directly over electric boiling plate.The effect of dividing plate is: prevent the shoemaking cloth in course of conveying from hanging down on electric boiling plate.
Accompanying drawing illustrates:
Below in conjunction with accompanying drawing, the utility model is described further:
Fig. 1 is a kind of structural representation being provided with the cloth treatment facility of anti-offset transport of the utility model;
Fig. 2 is provided with the structural representation of the cloth treatment facility gained of anti-offset transport described in observing from lower left in Fig. 1;
Fig. 3 is the top view of Fig. 2;
Fig. 4 is the right view of Fig. 2.
Detailed description of the invention:
As Fig. 1, a kind of cloth treatment facility being provided with anti-offset transport, comprises frame 10, transport 20, drying unit 30, dust arrester 40.
As Fig. 1, described frame 10 comprises a pair frame plate 11 vertically arranged, and pair of frame plate 11 in opposite directions and be arranged in parallel.
Composition graphs 1, Fig. 4, described transport 20 comprises two pairs of conveying roller groups, often pair of conveying roller group comprises upper roller group 21 and lower roller group 22, upper roller group 21 is positioned at the top of lower roller group 22, upper roller group 21 comprises some upper rollers, the rotation centerline of all upper rollers in upper roller group 21 is parallel to each other and is positioned in same level, lower roller group 22 comprises some lower rollers, the rotation centerline of all lower rollers in lower roller group 22 is parallel to each other and is positioned in same level, between upper roller group 21 and lower roller group 22, there is certain gap, two pairs of conveying roller groups are arranged on pair of frame plate 11 in opposite directions, and the height of two pairs of conveying roller groups is equal, and the two edges of shoemaking cloth are clamped in the gap in two pairs of conveying roller groups between upper roller group 21 and lower roller group 22.
Composition graphs 1, Fig. 4, described frame plate 11 is provided with two pairs of support plates, and often pair of support plate comprises upper supporting plate 51 and lower carrier plate 52, and often pair of support plate is arranged on pair of frame plate 11 in opposite directions; Each upper roller is arranged on a roll shaft, and one end of each roll shaft is articulated on frame plate 11, and the other end of each roll shaft is articulated on upper supporting plate 51; Each lower roller is arranged on a roll shaft, and one end of each roll shaft is articulated on frame plate 11, and the other end of the roll shaft of each lower roller is articulated on lower carrier plate 52.
Composition graphs 1 to Fig. 3, described transport 20 also comprises winding mechanism 23, guiding mechanism 24.
Composition graphs 1 to Fig. 3, above-mentioned winding mechanism 23 comprises the second frame 231, wireline reel 232, described second frame 231 comprises a pair the second frame plate 2310 vertically arranged, and in opposite directions and be arranged in parallel, described wireline reel 232 is articulated on a pair second frame plates 2310 for a pair second frame plates 2310; Described winding mechanism 23 is independent of frame 10 and be positioned at the side of frame 10, the pivot line parallel of the upper roller in the axial line of described wireline reel 232 and upper roller group 21.The type of drive of above-mentioned wireline reel 232 can be the one of following manner: the first, and one end of wireline reel is provided with rotary handle, and operating personnel are rotated to drive wireline reel 232 by action rotary handle; The second, one end of described wireline reel 232 is connected with a motor by driving-chain, namely drives wireline reel 232 to rotate by motor.
Composition graphs 1 to Fig. 3, above-mentioned guiding mechanism 24 comprises a pair guide roller 241 setting up and down, the 3rd frame 242, described 3rd frame 242 comprises a pair the 3rd frame plate 2420 vertically arranged, a pair the 3rd frame plates 2420 in opposite directions and be arranged in parallel, a pair guide roller 241 setting up and down is articulated on a pair the 3rd frame plates 2420, the rotation centerline of a pair guide roller 241 setting up and down is parallel to each other, and is provided with certain gap and passes through to hold shoemaking cloth between a pair guide roller 241 setting up and down; Described guiding mechanism 24 is independent of frame 10 and be positioned at the side of frame 10, the pivot line parallel of the upper roller in the rotation centerline of described guide roller 241 and upper roller group 21.
Composition graphs 1 to Fig. 3, the below of described second frame 231 is provided with base 233, and base 233 is provided with column straight up, and described second frame 231 is articulated in the top of column; One of a pair second frame plates 2310 are connected with one of a pair the 3rd frame plates 2420 by a connecting rod 235, and described connecting rod 235 one end and the 3rd frame plate 2420 pivot joint, connecting rod 235 other end and the second frame plate 2310 are spirally connected.
As Fig. 1, described drying unit 30 comprises electric boiling plate 31, and described electric boiling plate 31 is fixedly mounted between pair of frame plate 11, and the below in the gap of electric boiling plate 31 between upper roller group 21 and lower roller group 22, electric boiling plate 31 is horizontally disposed with.
Composition graphs 1, Fig. 3, be installed with a dividing plate 60 between described pair of frame plate 11, dividing plate 60 offer the eyelet arranged in length and breadth, dividing plate 60 is horizontally disposed with, the below in the gap of dividing plate 60 between upper roller group 21 and lower roller group 22, dividing plate 60 is positioned at directly over electric boiling plate 31.
Composition graphs 1, Fig. 2, described dust arrester 40 comprises rotating brush 41, and rotating brush 41 is between pair of frame plate 11, and rotating brush 41 is installed on the rotary shaft, and rotating shaft is articulated in frame 10, and the axial line of rotating shaft is vertical with frame plate 11.Described dust arrester 40 is furnished with drive system, and the drive system of dust arrester 40 comprises driven gear 401, driven wheel 403, second motor 404; The distance that described rotating shaft one end lateral wall of giving prominence to frame plate 11 is certain, described driven gear 401 is arranged on one end that rotating shaft gives prominence to the lateral wall certain distance of frame plate 11, described driven wheel 403 is arranged in the rotating shaft of the second motor 404, and the second motor 404 is arranged in frame 10; Described driven wheel 403 engages with driven gear 401.
As Fig. 3, described drying unit 30 is positioned at the side of dust arrester 40.
In practical operation, the two edges of shoemaking cloth are clamped between the upper roller group 21 of two pairs of conveying roller groups and lower roller group 22, the wireline reel 232 rotated in winding mechanism 23 reels shoemaking cloth, orders about the shoemaking cloth be clamped between the upper roller group 21 of two pairs of conveying roller groups and lower roller group 22 and moves ahead; Winding mechanism 23 coordinates two pairs of conveying roller groups first shoemaking cloth to be delivered to the top of electric boiling plate 31, and electric boiling plate 31 pairs of shoemaking clothes are dried; Afterwards, winding mechanism 23 coordinates two pairs of conveying roller groups to be delivered to below rotating brush 41 by shoemaking cloth, and rotating brush 41 removes the dust and dirt on shoemaking cloth.
Above content is only better embodiment of the present utility model, for those of ordinary skill in the art, according to thought of the present utility model, all will change in specific embodiments and applications, this description should not be construed as restriction of the present utility model.
Claims (8)
1. be provided with a cloth treatment facility for anti-offset transport, comprise frame (10), transport (20), drying unit (30), dust arrester (40), described frame (10) comprises a pair frame plate (11) vertically arranged, and pair of frame plate (11) in opposite directions and be arranged in parallel, described transport (20) comprises two pairs of conveying roller groups, often pair of conveying roller group comprises upper roller group (21) and lower roller group (22), upper roller group (21) is positioned at the top of lower roller group (22), upper roller group (21) comprises some upper rollers, the rotation centerline of all upper rollers in upper roller group (21) is parallel to each other and is positioned in same level, lower roller group (22) comprises some lower rollers, the rotation centerline of all lower rollers in lower roller group (22) is parallel to each other and is positioned in same level, between upper roller group (21) and lower roller group (22), there is certain gap, two pairs of conveying roller groups are arranged on pair of frame plate (11) in opposite directions, the height of two pairs of conveying roller groups is equal, and the two edges of shoemaking cloth are clamped in the gap in two pairs of conveying roller groups between upper roller group (21) and lower roller group (22), described drying unit (30) comprises electric boiling plate (31), described electric boiling plate (31) is fixedly mounted between pair of frame plate (11), electric boiling plate (31) is positioned at the below in the gap between upper roller group (21) and lower roller group (22), and electric boiling plate (31) is horizontally disposed with, described dust arrester (40) comprises rotating brush (41), rotating brush (41) is positioned between pair of frame plate (11), rotating brush (41) is installed on the rotary shaft, rotating shaft is articulated in frame (10), and the axial line of rotating shaft is vertical with frame plate (11), described drying unit (30) is positioned at the side of dust arrester (40), it is characterized in that: described transport (20) also comprises winding mechanism (23), described winding mechanism (23) comprises the second frame (231), wireline reel (232), described second frame (231) comprises a pair the second frame plate (2310) vertically arranged, in opposite directions and be arranged in parallel, described wireline reel (232) is articulated on a pair second frame plates (2310) for a pair second frame plates (2310), described winding mechanism (23) is independent of frame (10) and be positioned at the side of frame (10), the pivot line parallel of the upper roller in the axial line of described wireline reel (232) and upper roller group (21).
2. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 1, is characterized in that: one end of described wireline reel (232) is provided with rotary handle.
3. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 1, is characterized in that: one end of described wireline reel (232) is connected with a motor by driving-chain.
4. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 1, it is characterized in that: described transport (20) also comprises guiding mechanism (24), described guiding mechanism (24) comprises a pair guide roller (241) setting up and down, 3rd frame (242), described 3rd frame (242) comprises a pair the 3rd frame plate (2420) vertically arranged, a pair the 3rd frame plates (2420) in opposite directions and be arranged in parallel, a pair guide roller (241) setting up and down is articulated on a pair the 3rd frame plates (2420), the rotation centerline of a pair guide roller (241) setting up and down is parallel to each other, be provided with certain gap between a pair guide roller (241) setting up and down to pass through to hold shoemaking cloth, described guiding mechanism (24) is independent of frame (10) and be positioned at the side of frame (10), the pivot line parallel of the upper roller in the rotation centerline of described guide roller (241) and upper roller group (21).
5. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 4, it is characterized in that: the below of described second frame (231) is provided with base (233), base (233) is provided with column straight up, and described second frame (231) is articulated in the top of column; One of a pair second frame plates (2310) are connected with one of a pair the 3rd frame plates (2420) by a connecting rod (235), described connecting rod (235) one end and the 3rd frame plate (2420) pivot joint, connecting rod (235) other end and the second frame plate (2310) are spirally connected.
6. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 1, it is characterized in that: described frame plate (11) is provided with two pairs of support plates, often pair of support plate comprises upper supporting plate (51) and lower carrier plate (52), and often pair of support plate is arranged on pair of frame plate (11) in opposite directions; Each upper roller is arranged on a roll shaft, and one end of each roll shaft is articulated on frame plate (11), and the other end of each roll shaft is articulated on upper supporting plate (51); Each lower roller is arranged on a roll shaft, and one end of each roll shaft is articulated on frame plate (11), and the other end of the roll shaft of each lower roller is articulated on lower carrier plate (52).
7. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 1, it is characterized in that: described dust arrester (40) is furnished with drive system, the drive system of dust arrester (40) comprises driven gear (401), driven wheel (403), the second motor (404); The certain distance of the lateral wall of frame plate (11) is given prominence in described rotating shaft one end, described driven gear (401) is arranged on one end that rotating shaft gives prominence to the lateral wall certain distance of frame plate (11), described driven wheel (403) is arranged in the rotating shaft of the second motor (404), and the second motor (404) is arranged in frame (10); Described driven wheel (403) engages with driven gear (401).
8. a kind of cloth treatment facility being provided with anti-offset transport as claimed in claim 1, it is characterized in that: between described pair of frame plate (11), be installed with a dividing plate (60), (60) offer the eyelet arranged in length and breadth with dividing plate, dividing plate (60) is horizontally disposed with, dividing plate (60) is positioned at the below in the gap between upper roller group (21) and lower roller group (22), and dividing plate (60) is positioned at directly over electric boiling plate (31).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520128688.1U CN204608391U (en) | 2015-03-06 | 2015-03-06 | A kind of cloth treatment facility being provided with anti-offset transport |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520128688.1U CN204608391U (en) | 2015-03-06 | 2015-03-06 | A kind of cloth treatment facility being provided with anti-offset transport |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204608391U true CN204608391U (en) | 2015-09-02 |
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ID=53960957
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520128688.1U Expired - Fee Related CN204608391U (en) | 2015-03-06 | 2015-03-06 | A kind of cloth treatment facility being provided with anti-offset transport |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204608391U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104674490A (en) * | 2015-03-06 | 2015-06-03 | 苏州市景荣科技有限公司 | Cloth treating equipment provided with anti-shift conveying device |
-
2015
- 2015-03-06 CN CN201520128688.1U patent/CN204608391U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104674490A (en) * | 2015-03-06 | 2015-06-03 | 苏州市景荣科技有限公司 | Cloth treating equipment provided with anti-shift conveying device |
| CN104674490B (en) * | 2015-03-06 | 2016-10-19 | 南通乐士机械有限公司 | A kind of cloth processing equipment being provided with anti-offset conveyer device |
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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: 20150902 Termination date: 20160306 |
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| CF01 | Termination of patent right due to non-payment of annual fee |