CN103010813B - Single station spread feedway - Google Patents
Single station spread feedway Download PDFInfo
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- CN103010813B CN103010813B CN201210545583.7A CN201210545583A CN103010813B CN 103010813 B CN103010813 B CN 103010813B CN 201210545583 A CN201210545583 A CN 201210545583A CN 103010813 B CN103010813 B CN 103010813B
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- rubber belting
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Abstract
The invention discloses single station spread feedway of cloth grass, comprise: frame, be provided with track between left and right side panel above frame front end, track is provided with the spread manipulator that two can clamp cloth grass, and spread manipulator is driven by motor and moves in orbit; Frame below track is provided with cloth grass output stage, frame front end below cloth grass output stage is provided with by motor-driven lift F.F. roller, frame front end arranged on left and right sides below lift F.F. roller is arranged with spread flat rubber belting support, spread flat rubber belting support is provided with the spread flat rubber belting mechanism can stirred and entangle plain cloth grass, lift F.F. roller rear and be provided with a top and offer open-topped vacuum tank in frame below cloth grass output stage, the rear wall top of vacuum tank has transverse opening, and frame is provided with the induced draft fan that some inlet scoops are communicated with vacuum tank.The present invention has and can automatically launch careless for cloth and carry and make cloth grass surface in course of conveying remain the advantage of high-flatness.
Description
Technical field
The present invention relates to single station spread feedway of spread and conveying cloth grass.
Background technology
Present stage, in factory, cloth grass is all processed to ironing machine or folder by artificial conveyance, but the mode of operation of this artificial conveyance cloth grass, not only the labour intensity of workman is large, and cloth grass its surface evenness in the process of artificial conveyance is poor, the planeness of the cloth grass obtained after causing entering ironing machine or folder process is poor.
Summary of the invention
The object of this invention is to provide a kind of can automatically cloth grass be launched and carry, make cloth careless in course of conveying its surface remain single station spread feedway of high-flatness.
For achieving the above object, present invention employs following technical scheme: described single station spread feedway, comprise: frame, a track is fixed with between left and right side panel above frame front end, be movably set with the spread manipulator that two energy clamp cloth grass in orbit, spread manipulator is driven by motor and moves in orbit, frame below track is provided with cloth grass output stage, the structure of described cloth grass output stage is: the drive roll of freely-movable bearing between the left and right side panel of frame front end, and freely-movable bearing is at the driven voller of frame rear end, drive roll and driven voller are arranged at intervals with some belt conveyor, and drive roll is driven by drive roll motor, frame front end below cloth grass output stage is left, between right panel, freely-movable bearing has one to lift F.F. roller, lift F.F. roller drives by lifting motor, frame front end below lift F.F. roller is left, right both sides are fixed with a spread flat rubber belting support respectively, each spread flat rubber belting support is provided with one and can entangles flat spread flat rubber belting mechanism to careless the stirring of cloth, at lift F.F. roller rear, and the frame be positioned at below cloth grass output stage is provided with a top and offers open-topped vacuum tank, also transverse opening is offered on the rear wall top of vacuum tank, transverse opening can form vacuum suction to the gap between belt conveyor, the induced draft fan that some inlet scoops are connected with vacuum tank is installed in frame, vacuum tank outer wall is also provided with the air-door opening-closing device that the open top of vacuum tank and transverse opening can be made alternately to open or close.
Further, aforesaid single station spread feedway, wherein: the structure of described spread manipulator is: the tressel being provided with pulley, tressel is slided in orbit by pulley, tressel is provided with oscillating cylinder, the piston rod of oscillating cylinder and the drive end of swinging mounting are hinged, be hinged bottom the pin jointed end of swinging mounting and tressel, in the driving lower swing support energy swing of oscillating cylinder, swinging mounting is fixed with occlusion base plate, the pin jointed end of engagement arm by be connected axle be engaged base plate and be hinged, the drive end of engagement arm is hinged with the piston rod being engaged cylinder, occlusion cylinder is arranged on swinging mounting, engagement arm can form clamp port with the outer end being engaged base plate.
Further, aforesaid single station spread feedway, wherein: the structure of described spread flat rubber belting mechanism is: at the left and right two ends of spread flat rubber belting support, vertical support has a pair spread flat rubber belting driving wheel and a pair spread flat rubber belting flower wheel respectively, between the spread flat rubber belting driving wheel and spread flat rubber belting flower wheel of homonymy, be respectively arranged with a surface have protruding spread flat rubber belting, described two spread flat rubber beltings can be front and back relatively clamp the pros and cons of shape to cloth grass stir entangle flat.
Further, aforesaid single station spread feedway, wherein: the frame front end arranged on left and right sides between lift F.F. roller and cloth grass output stage is separately installed with a hairbrush spread support, there are hairbrush driving wheel and hairbrush flower wheel in the left and right two ends of each hairbrush spread support respectively vertical support, hairbrush V-type band is provided with between often pair of hairbrush driving wheel and hairbrush flower wheel, hairbrush driving wheel is driven by the hair brush motor that is installed in frame, and the sense of motion of described two hairbrush V-type bands is contrary and outwards stirred by cloth grass.
Further, aforesaid single station spread feedway, wherein: the structure of described air-door opening-closing device is: the vacuum tank rear wall on the upside of transverse opening is fixed with one piece of fixing frid, fixing frid is hinged and is connected to the first air door cylinder, the piston rod of the first air door cylinder and the drive end of the first air door plate are hinged, the pin jointed end of the first air door plate is hinged by adapter shaft and fixing frid, piston rod drive first air door plate that stretches rotates around adapter shaft, can close or open the open top of vacuum tank; Vacuum tank rear wall on the downside of transverse opening is fixed with a second air door support, the pin jointed end of the second air door support and the second air door plate is hinged, the drive end of the second air door plate is hinged with the piston rod of the second air door cylinder being arranged on vacuum tank rear wall bottom, and the second air door cylinder can drive the second air door plate to open or the transverse opening of containing vacuum case.
By the enforcement of technique scheme, the present invention have can automatically cloth grass be launched and carry, make cloth careless in course of conveying its surface remain the advantage of single station spread feedway of high-flatness.
Accompanying drawing explanation
Fig. 1 is the structural representation of single station spread feedway of the present invention.
Fig. 2 is the perspective view of Fig. 1.
Fig. 3 is the inner structure schematic diagram that the first air door plate is in open mode, the second air door plate is in closure state shown in apparent direction right in Fig. 1.
Fig. 4 is the inner structure schematic diagram that the first air door plate is in closure state, the second air door plate is in open mode shown in apparent direction right in Fig. 1.
Fig. 5 is the structure for amplifying schematic diagram at H position in Fig. 4.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the invention will be further described.
As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Fig. 5, described single station spread feedway, comprise: frame 1, Left-Hand Panel 2 above frame 1 front end and be fixed with a track 4 between right panel 3, track 4 is movably set with the spread manipulator 5 that two energy clamp cloth grass, 51, in the present embodiment, due to spread manipulator 5, the structure of 51 is all identical, only for one of them spread manipulator, its structure is described below: the structure of described spread manipulator is: the tressel 7 being provided with pulley 6, tressel 7 is slided on track 4 by pulley 6, tressel 7 is provided with oscillating cylinder 8, the piston rod of oscillating cylinder 8 is hinged by contiguous block 9 one end with movable block 10, the other end of movable block 10 is hinged by the drive end of adapter shaft 11 with swinging mounting 12, the pin jointed end of swinging mounting 12 and the bottom of tressel 7 are hinged, in the driving lower swing support 12 energy swing of oscillating cylinder 8, swinging mounting 12 is fixed with occlusion base plate 13, the pin jointed end of engagement arm 14 by be connected axle 15 be engaged base plate 13 and be hinged, the drive end of engagement arm 14 is hinged with the piston rod being engaged cylinder 16 be installed on swinging mounting 12, engagement arm 14 can form clamp port with the outer end being engaged base plate 13, in the present embodiment, Left-Hand Panel 2 is provided with spread flower wheel 17, in right panel 3, spread driving wheel 18 is installed, Timing Belt 19 is provided with between spread flower wheel 17 and spread driving wheel 18, spread driving wheel 18 is driven by motor 20, upper respectively with Timing Belt 19 of tressel on tressel on spread manipulator 5 and spread manipulator 51, lower side fixes, like this when cloth grass on one side two jiaos are respectively by spread manipulator 5, after 51 clampings, only need forward or reverse motor 20, just can make spread manipulator 5, 51 on track 4 close to each other or away from, thus cloth grass is drawn in or launches, easy to operate, frame 1 below track 4 is provided with cloth grass output stage, in the present embodiment, the structure of described cloth grass output stage is: the drive roll 21 of freely-movable bearing between frame 1 front end Left-Hand Panel 2 and right panel 3, the driven voller 22 of freely-movable bearing between frame 1 rear end Left-Hand Panel 2 and right panel 3, drive roll 21 with driven voller 22 are arranged at intervals with some belt conveyor 23, drive roll 21 is driven by drive roll motor 24, due to belt conveyor 23 for interval is arranged, wind-force can be made like this to act on cloth grass placed thereon through the gap between belt conveyor 23 better, cloth grass is entirely adsorbed on belt conveyor 23, frame 1 front end Left-Hand Panel 2 below belt conveyor 23 and between right panel 3 freely-movable bearing have one to lift F.F. roller 25, lift F.F. roller 25 is driven by the lift motor 26 be installed on Left-Hand Panel 2, the left side of frame 1 front end below lift F.F. roller 25 is fixed with a left spread flat rubber belting support 27, right side is fixed with a right spread flat rubber belting support 271, left spread flat rubber belting support 27 and right spread flat rubber belting support 271 are provided with one to stir the pros and cons of the lower semisection part of cloth grass and entangle flat spread flat rubber belting mechanism, in the present embodiment, because the structure of two spread flat rubber belting mechanisms is all identical, only for the spread flat rubber belting mechanism on left spread flat rubber belting support 27, its structure is described below, the structure of described spread flat rubber belting mechanism is: having in the left end vertical support of left spread flat rubber belting support 27 is for a pair spread flat rubber belting driving wheel and rear spread flat rubber belting driving wheel before front and back distribute, having in the right-hand member vertical support of left spread flat rubber belting support 27 is for a pair spread flat rubber belting flower wheel and rear spread flat rubber belting flower wheel before front and back distribute, the left front spread flat rubber belting 28 of surface with projection is provided with between front spread flat rubber belting driving wheel and front spread flat rubber belting flower wheel, the left back spread flat rubber belting 29 of surface with projection is provided with between rear spread flat rubber belting driving wheel and rear spread flat rubber belting flower wheel, described front spread flat rubber belting driving wheel and rear spread flat rubber belting driving wheel are all driven by left spread flat rubber belting motor 30, left front spread flat rubber belting 28 and left back spread flat rubber belting 29 in front and back relative clamp the pros and cons of shape to the cloth grass entered between the two stir entangle flat, in actual applications, left front spread flat rubber belting 28 on left spread flat rubber belting support 27 and left back spread flat rubber belting 29 are that the left part of cloth grass lower semisection is stirred left by the relative shape that clamps in front and back, the right part of cloth grass lower semisection is stirred to the right in the relative shape in front and back by the right front spread flat rubber belting 281 on right spread flat rubber belting support 271 and right back spread flat rubber belting 291, the lower semisection part of cloth grass is made laterally to define left and right to the tractive force drawn like this, the lower semisection of cloth grass can be flattened to both sides better, improve the surface evenness of cloth grass, in the present embodiment, on the left of frame 1 front end between belt conveyor 23 and lift F.F. roller 25, a left hairbrush spread support 31 is installed, right side is provided with a right hairbrush spread support 311, on the left of left hairbrush spread support 31, vertical support has a left hairbrush driving wheel, right side vertical support has a left hairbrush flower wheel, left hairbrush V-type band 32 is provided with between left hairbrush driving wheel and left hairbrush flower wheel, left hairbrush driving wheel is driven by the left hair brush motor 33 be arranged on Left-Hand Panel 2, on the left of right hairbrush spread support 311, vertical support has a left hairbrush flower wheel, right side vertical support has a right hairbrush driving wheel, right hairbrush V-type band 321 is provided with between right hairbrush driving wheel and right hairbrush flower wheel, right hairbrush driving wheel is driven by the right hair brush motor 331 be arranged in right panel 3, described left hairbrush V-type band 32 will be positioned at spread manipulator 5, the left part of the upper semisection of the cloth grass between 51 and lift F.F. roller 25 is stirred left, right hairbrush V-type band 321 will be positioned at spread manipulator 5, the right part of the upper semisection of the cloth grass between 51 and lift F.F. roller 25 is stirred to the right, the upper semisection part of cloth grass is made laterally to also form left and right to the tractive force drawn like this, the upper semisection part of cloth grass is flattened to both sides better, thus improve the surface evenness of cloth grass better, at lift F.F. roller 25 rear and the frame 1 be positioned at below belt conveyor 23 is provided with a top is provided with open-topped vacuum tank 34, lift F.F. roller 25 is positioned at the open-topped outward flange of vacuum tank, the rear wall top of vacuum tank 34 offers transverse opening, and transverse opening can form vacuum suction to the gap between belt conveyor 23, the frame 1 of the back lower place of vacuum tank 34 is provided with the induced draft fan 35 that some inlet scoops are connected with vacuum tank 34, vacuum tank 34 outer wall is also provided with the air-door opening-closing device that the open top of vacuum tank 34 and transverse opening can be made alternately to open or close, in the present embodiment, the structure of described air-door opening-closing device is: vacuum tank 34 rear wall on the upside of transverse opening is fixed with a fixing frid 36, fixing frid 36 is hinged and is connected to the first air door cylinder 37, the piston rod of the first air door cylinder 37 and the drive end of the first air door plate 38 are hinged, the pin jointed end of the first air door plate 38 is hinged by adapter shaft and fixing frid 36, piston rod drive first air door plate 38 that stretches rotates around adapter shaft, can close or open the open top of vacuum tank 34, vacuum tank 34 rear wall on the downside of transverse opening is fixed with a second air door support 39, the pin jointed end of the second air door support 39 and the second air door plate 40 is hinged, the drive end of the second air door plate 40 is hinged with the piston rod of the second air door cylinder 41 being arranged on vacuum tank 34 rear wall bottom, piston rod stretches and the second air door plate 40 can be driven to open or the transverse opening of containing vacuum case 34, by cooperatively interacting of the first air door plate 38 and the second air door plate 40, induced draft fan 35 can be made to inhale flat by cloth grass surface better, and make cloth grass be adsorbed on belt conveyor 23 better, cloth grass is made to have high-flatness all the time in course of conveying.
Principle of work of the present invention is as follows:
First starter motor 20, after driving spread manipulator 5,51 mutually to draw close along track 4, stops the action of motor 20, then the oscillating cylinder on spread manipulator 5,51 is started, the piston rod of oscillating cylinder is inwardly retracted, the synchronous occlusion base plate that drives swings to the front end of frame 1, to facilitate workman, cloth grass is put into spread manipulator 5,51, then occlusion cylinder is started, make the piston rod of occlusion cylinder protruding, engagement arm is opened formation clamp port, then two jiaos of cloth grass one side are put into respectively the clamp port of spread manipulator 5,51, again start occlusion cylinder, the piston rod of occlusion cylinder is inwardly retracted and clamps two jiaos of cloth grass, then reverse motors 20, the angle left and right sides, front end two of cloth grass is launched, now, the lower semisection part of cloth grass will enter between left front spread flat rubber belting 28 and left back spread flat rubber belting 29 and between right front spread flat rubber belting 281 and right back spread flat rubber belting 291, then stop the action of motor 20, then start left spread flat rubber belting motor 30, right spread flat rubber belting motor 301, left hair brush motor 33, right hair brush motor 331 simultaneously, left hair brush motor 33 drives left hairbrush V-type band 32 to stir the left part of cloth grass upper semisection left, right hair brush motor 331 drives right hairbrush V-type band 321 to stir cloth grass upper semisection right part to the right, thus the upper semisection part of cloth grass is entangled flat substantially, and left spread flat rubber belting motor 30 drives, and left front spread flat rubber belting 28 and left back spread flat rubber belting 29 are relative in front and back to be clamped shape by the left part of cloth grass lower semisection and stirs left, right spread flat rubber belting motor 301 drives right front spread flat rubber belting 281 and right back spread flat rubber belting 291 to be that the right part of cloth grass lower semisection is stirred by the relative shape that clamps in front and back to the right, thus the lower semisection part of cloth grass is entangled flat substantially, then the first air door cylinder 37 is started, its piston rod is inwardly shunk, the first air door plate 38 is driven to open the open top of vacuum tank 34, start the second air door cylinder 41 simultaneously, its piston rod is inwardly shunk, drives the second air door plate 40 to close transverse opening---its state as shown in Figure 3, then, starting lift motor 26 drives lift F.F. roller 25 to rotate, and cloth straw cord is entered vacuum tank 34, and start induced draft fan 35 simultaneously, because the transverse opening of vacuum tank 34 is closed, and open top is opened, the downward suction that induced draft fan 35 produces will more intensively act on the cloth grass bringing vacuum tank 34 into, on the one hand, vacuum tank 34 can be brought more quickly into by tentatively entangling flat entire cloth grass, on the other hand, the downward suction of induced draft fan 35 is after cloth grass, the lower semisection part of cloth grass is made to be subject to downward tractive force, because two jiaos, the front end of the upper semisection part of cloth grass is respectively by spread manipulator 5, 51 clampings, cloth grass is made to form one up and down to the tractive force drawn like this, thus cloth grass surface is entangled flat better, cloth grass surface is made to have high-flatness all the time.
Then again spread manipulator 5 is started, oscillating cylinder on 51, by protruding for the piston rod of oscillating cylinder, synchronous drive cloth grass swings to the rear end of frame 1, when driving cloth grass to be rocked to above belt conveyor 23, start occlusion cylinder, make the protruding cloth grass unclamping clamping of the piston rod of occlusion cylinder, cloth grass is made to fall on belt conveyor 23, carried to frame 1 rear end by belt conveyor 23, meanwhile, again start the first air door cylinder 37, make its piston rod protruding, the first air door plate 38 is driven to rotate around fixing frid 36, until the open top of vacuum tank 34 is closed, start the second air door cylinder 41, make its piston rod protruding, the second air door plate 40 is driven to be opened by transverse opening---its state is as shown in Figure 4, because the transverse opening of now vacuum tank 34 is opened, and open top is closed, the downward suction that induced draft fan 35 produces more intensively will pass through transverse opening, and the gap between each belt conveyor 23 acts on the cloth grass of conveying on belt conveyor 23, make cloth grass more steady, entirely be adsorbed on belt conveyor 23, and cloth grass is fed forward in process at belt conveyor 23, the lower semisection part of cloth grass is subject to tractive force backward all the time under the effect of induced draft fan 35 suction, the upper semisection part of cloth grass is subject to tractive force forward all the time under the conveying of belt conveyor 23, cloth grass is so just made to be subject to front and back to the tractive force drawn, make cloth grass in the course of conveying of belt conveyor 23, remain the high-flatness on surface, avoid the generation of the slack and undisciplined phenomenon in surface formed owing to not being subject to external force when cloth grass is carried on belt conveyor 23, pass through aforesaid operations, namely the present invention achieves Automatic-expanding to cloth grass and conveying, and make cloth grass its surface in course of conveying remain the advantage of high-flatness, drastically increase work efficiency, save working time.
Claims (4)
1. single station spread feedway, comprise: frame, it is characterized in that: be fixed with a track between the left and right side panel above frame front end, be movably set with the spread manipulator that two energy clamp cloth grass in orbit, spread manipulator is driven by motor and moves in orbit, frame below track is provided with cloth grass output stage, the structure of described cloth grass output stage is: the drive roll of freely-movable bearing between the left and right side panel of frame front end, and freely-movable bearing is at the driven voller of frame rear end, drive roll and driven voller are arranged at intervals with some belt conveyor, and drive roll is driven by drive roll motor, frame front end below cloth grass output stage is left, between right panel, freely-movable bearing has one to lift F.F. roller, lift F.F. roller drives by lifting motor, frame front end below lift F.F. roller is left, right both sides are fixed with a spread flat rubber belting support respectively, each spread flat rubber belting support is provided with one and flat spread flat rubber belting mechanism is entangled to careless the stirring of cloth, at lift F.F. roller rear, and the frame be positioned at below cloth grass output stage is provided with a top and offers open-topped vacuum tank, also transverse opening is offered on the rear wall top of vacuum tank, transverse opening forms vacuum suction to the gap between belt conveyor, the induced draft fan that some inlet scoops are connected with vacuum tank is installed in frame, vacuum tank outer wall is also provided with the air-door opening-closing device that the open top of vacuum tank and transverse opening can be made alternately to open or close, the structure of described air-door opening-closing device is: the vacuum tank rear wall on the upside of transverse opening is fixed with one piece of fixing frid, fixing frid is hinged and is connected to the first air door cylinder, the piston rod of the first air door cylinder and the drive end of the first air door plate are hinged, the pin jointed end of the first air door plate is hinged by adapter shaft and fixing frid, piston rod drive first air door plate that stretches rotates around adapter shaft, can close or open the open top of vacuum tank, vacuum tank rear wall on the downside of transverse opening is fixed with a second air door support, the pin jointed end of the second air door support and the second air door plate is hinged, the drive end of the second air door plate is hinged with the piston rod of the second air door cylinder being arranged on vacuum tank rear wall bottom, and the second air door air cylinder driven second air door plate is opened or the transverse opening of containing vacuum case.
2. single station spread feedway according to claim 1, it is characterized in that: the structure of described spread manipulator is: the tressel being provided with pulley, tressel is slided in orbit by pulley, tressel is provided with oscillating cylinder, the piston rod of oscillating cylinder and the drive end of swinging mounting are hinged, be hinged bottom the pin jointed end of swinging mounting and tressel, in the driving lower swing support energy swing of oscillating cylinder, swinging mounting is fixed with occlusion base plate, the pin jointed end of engagement arm by be connected axle be engaged base plate and be hinged, the drive end of engagement arm is hinged with the piston rod being engaged cylinder, occlusion cylinder is arranged on swinging mounting, engagement arm can form clamp port with the outer end being engaged base plate.
3. single station spread feedway according to claim 1, it is characterized in that: the structure of described spread flat rubber belting mechanism is: at the left and right two ends of spread flat rubber belting support, vertical support has a pair spread flat rubber belting driving wheel and a pair spread flat rubber belting flower wheel respectively, between the spread flat rubber belting driving wheel and spread flat rubber belting flower wheel of homonymy, be respectively arranged with a surface have protruding spread flat rubber belting, two described spread flat rubber beltings can be front and back relatively clamp the pros and cons of shape to cloth grass stir entangle flat.
4. the single station spread feedway according to claim 1 or 2 or 3, it is characterized in that: the frame front end arranged on left and right sides between lift F.F. roller and cloth grass output stage is separately installed with a hairbrush spread support, there are hairbrush driving wheel and hairbrush flower wheel in the left and right two ends of each hairbrush spread support respectively vertical support, hairbrush V-type band is provided with between often pair of hairbrush driving wheel and hairbrush flower wheel, hairbrush driving wheel is driven by the hair brush motor that is installed in frame, and the sense of motion of two described hairbrush V-type bands is contrary and outwards stirred by cloth grass.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210545583.7A CN103010813B (en) | 2012-12-17 | 2012-12-17 | Single station spread feedway |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210545583.7A CN103010813B (en) | 2012-12-17 | 2012-12-17 | Single station spread feedway |
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| CN103010813A CN103010813A (en) | 2013-04-03 |
| CN103010813B true CN103010813B (en) | 2015-09-16 |
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| CN201210545583.7A Active CN103010813B (en) | 2012-12-17 | 2012-12-17 | Single station spread feedway |
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| CN108792769B (en) * | 2018-08-02 | 2024-03-22 | 灌云华明纺织有限公司 | Non-woven cloth paving machine with cloth suction function |
| CN112429571A (en) * | 2020-11-16 | 2021-03-02 | 吴江市科时达纺织有限公司 | Finishing device with space adjustment for textile processing |
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