CN203583184U - Feeding device for production of seamless wind barrel cloth - Google Patents
Feeding device for production of seamless wind barrel cloth Download PDFInfo
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- CN203583184U CN203583184U CN201320638867.0U CN201320638867U CN203583184U CN 203583184 U CN203583184 U CN 203583184U CN 201320638867 U CN201320638867 U CN 201320638867U CN 203583184 U CN203583184 U CN 203583184U
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Abstract
The utility model relates to a feeding device for the production of seamless wind barrel cloth. The feeding device for the production of the seamless wind barrel cloth comprises a groove body, wherein a supporting frame is arranged on the groove body, a clamping roller set I, a material scrapping set I and a clamp device capable of sliding are arranged on the supporting frame, the clamp device is provided with a clamping roller set II and a material scrapping set II, the clamping roller set I and the clamping roller set II respectively comprise at least one clamping roller, the material scrapping set I and the material scrapping set II respectively comprises at least on scraping piece and at least one scrapping rope, the end, making contact with base cloth, of each scrapping piece is obliquely arranged in the motion direction of the base cloth, and the included angle between each scrapping piece and the corresponding base cloth is less than 90 degrees. The supporting frame is provided with a soaked material lifting device capable of ascending and descending, and a heat conduction box used for heating sizing agents is arranged on the inner wall of the groove body. The feeding device can achieve even feeding of the seamless wind base barrel cloth, the interval between the two clamping roller sets and the two material scrapping sets is adjustable, and the requirement for different thicknesses of sizing agents of the base cloth is met. Each material scrapping set comprises the scrapping piece and the scrapping rope, material scrapping is more uniform, and the scrapping piece and the scrapping rope of each material scrapping set are connected with a compressing spring, so that damage to the base cloth is reduced.
Description
Technical field
The utility model relates to a kind of air duct fabric process units, the feeding device of producing especially for seamless air duct cloth.
Background technology
Existing mining seamed air duct fabric, great majority adopt open width cloth, must connect into cylinder through hot air welding or high-frequency welding or the binding of sewing, and have mechanics defect on force structure; So this seamed air duct fabric is replaced by seamless air duct cloth gradually at present, its seamless air duct cloth is that the upper PVC of the coating material of cylindrical shape base cloth (being rounded cylindrical film in base cloth) of selecting high-strength and high-modulus weight polyester fiber high density to be woven into is made after high temperature plasticizing, there is high strength, high abrasion, fold resistant, the advantage that the life-span is long.Seamless air duct cloth is the interior sheathed inner membrance of base cloth material loading again, existing seamed air duct fabric feeding device can not be applicable to the material loading of this seamless air duct base cloth, easily cause after base cloth material loading the slurry thickness on base cloth inhomogeneous, in order to guarantee that slurry material loading on the base cloth of seamless air duct is convenient, material loading is even, reliable in quality, needs a kind of seamless air duct base cloth feeding device that is applicable to.
Utility model content
Utility model object of the present utility model is: the existing seamed air duct fabric feeding device existing for prior art cannot adapt to the problem of seamless air duct base cloth material loading, a kind of feeding device of producing for seamless air duct cloth is provided, this feeding groove can be realized the even scraper of seamless air duct base cloth, reliable in quality.
To achieve these goals, the technical solution adopted in the utility model is:
A kind of feeding device of producing for seamless air duct cloth, comprise can splendid attire slurry spill cell body, described cell body is provided with support, described support is provided with pinch roll group one and is positioned at the scraper group one of described pinch roll group one top, on described support, be also provided with slidably grip device, described grip device is provided with pinch roll group two and is positioned at the scraper group two of described pinch roll group two tops, wherein said pinch roll group one, described pinch roll group two spacing and described scraper group one, described scraper group two spacing all can be passed base cloth, described pinch roll group one, described pinch roll group two includes at least one pinch roll, described scraper group one, described scraper group two includes at least one scraping blade and at least one scrapes rope, described scraping blade, scrape rope length and be all more than or equal to described base cloth fabric width, the direction of moving along base cloth in the described scraping blade one end contacting with base cloth is obliquely installed, described scraping blade and described base cloth angle are less than 90 °.
In the cell body of this feeding device, be loaded with slurry, base cloth enters in cell body, its surface is by slurry submergence, be upward through again the gap between pinch roll group one and pinch roll group two, two pinch roll groups include at least one pinch roll, this gap can and clamp base cloth through base cloth, simultaneously owing to needing to smear one deck slurry on base cloth, this spacing can not equal the thickness of base cloth again just, easy like this causing derived difficulty after base cloth material loading, and pinch roll group one, pinch roll group two can and arrange base cloth smooth-going by the rough filtration of the slurry on base cloth before scraper; Then base cloth enters gap between scraper group one, scraper group two, and the scraper group that is positioned at base cloth both sides can disposablely be wiped coating unnecessary on base cloth off, guarantees that the paint thickness spreading upon on base cloth is even, reaches desired thickness; Each scraper group comprises that at least one scraping blade and at least one scrape rope simultaneously, and scraping blade is easy for installation, scrapes rope structure simple, and wherein scraping rope, can to select diameter be the steel wire of 2-10mm, and scraping blade and the cooperation of scraping rope guarantee that the paint thickness spreading upon on base cloth is even.For more effective, slurry unnecessary on base cloth is wiped off, the direction of moving along base cloth in the scraping blade one end contacting with base cloth is obliquely installed, and the two angle is less than 90 °; For base cloth is convenient through two groups of pinch roll groups, its pinch roll group one is fixed on support, and pinch roll group two is connected to slidably on grip device, and such two groups of pinch roll spacing are adjustable, facilitate the dismounting of base cloth, also can meet the required slurry thickness needs of different base cloths simultaneously.
Preferably, described grip device comprises two clamping plate that are positioned at vertical direction of being located on described support, between two described clamping plate, be provided with described scraper group two, described pinch roll group two, described in each, clamping plate are provided with at least two slide blocks, described support is provided with the slider track with described slide block adaptation, and two described clamping plate can slide along described slider track by described slide block simultaneously in the horizontal direction.
Preferably, described support is provided with clamp motor, described clamp motor and described in one of them clamping plate be connected with drive lead screw.
By the cooperation of clamp motor and drive lead screw, can control accurately the sliding distance of clamping plate on slider track, thereby can realize the spacing of accurate control pinch roll group two and pinch roll group one, and the spacing of scraper group two and scraper group one, to meet the needs of base cloth spreading mass thickness.
Preferably, described support be provided with can relatively described cell body lifting soak material lowering or hoisting gear, the described material lowering or hoisting gear that soaks comprises that two are soaked flitch, described in each, soak and on flitch, be connected with connecting rod, described support is provided with two of vertical direction and soaks material track, two described connecting rods can slide along soaking material track described in two simultaneously, soak and between flitch, be connected with described pinch roll group one described in two.
Soak flitch and can drive the relative cell body lifting of pinch roll group one, therefore soak flitch when oscilaltion, pinch roll group one on it can drive base cloth oscilaltion, so soaking flitch can be how many according to slurry in cell body, drive base cloth to rise or drop to and be fully immersed in slurry, improved the material loading quality of slurry on base cloth; Meanwhile, due to this pinch roll group one energy oscilaltion, and pinch roll group two can level move left and right, and further facilitates base cloth and passes between pinch roll group one and pinch roll group two when packing this feeding device into.This soaks flitch connecting rod corresponding to it body that can be formed in one, and convenient manufacture used safer reliable.
Preferably, described support is provided with and soaks material motor, described in soak material motor and connect connecting rod described in one of them by soaking material leading screw.
By charging motor with soak material the coordinating of leading screw, can accurately realize the lifting of pinch roll group one height.
Preferably, scraping blade described in each is or/and scrape between rope and corresponding described support or described grip device and be connected with Compress Spring, described scraping blade under described Compress Spring effect or/and scrape rope can relatively described support or the slip of described grip device.
Scraping blade or/and scrape rope by Compress Spring with accordingly support or grip device are connected, base cloth is in moving process, react on scraping blade or/and scrape rope, scraping blade is or/and scrape rope under the effect of Compress Spring, the scraping blade that can stretch regulates scraping blade or/and scrape the contact force of rope and base cloth, can play cushioning effect, reduce scraping blade or/and scrape the wearing and tearing each other between rope and base cloth.Scraping blade can be made as arc-shaped side or/and scrape the upper one end contacting with base cloth of rope in addition, with respect to sharp-pointed angle, contacts with base cloth, can further reduce scraping blade or/and scrape the damage of rope to base cloth.Scraping blade and scrape rope and can select wherein one or two to use Compress Spring connection bracket or grip device according to actual conditions.
Preferably, described cell body is provided with to be convenient to base cloth and to enter two removing the work rollers in described cell body, soaks between flitch and be also provided with guide roller described in two, and described guide roller is between described removing the work roller and described pinch roll group one.
Two removing the work rollers can be when base cloth enters cell body, base cloth is arranged smooth, facilitates material loading and scraper; Soak on flitch guide roller is set, after can guaranteeing that base cloth enters in cell body, before entering pinch roll group one, pinch roll group two, its base cloth is positioned at horizontal direction, and being convenient to base cloth can fully be immersed in slurry.
Preferably, scraper group one, described scraper group two comprise the described scraping blade of equal number and scrape rope, the described scraping blade in described scraper group one, scrapes described scraping blade in rope and described scraper group two, scrapes rope and be oppositely arranged.
Scraping blade in scraper group one, scraper group two and to scrape rope quantity all identical, and be one by one corresponding setting, every two relative scraping blades or scrape its active force of rope and be positioned at same straight line and balance mutually, can effectively clamp base cloth, and scraper is more effective.
Preferably, described scraper group one, described scraper group two tops are respectively equipped with pinch roll group three, pinch roll group four, and wherein said pinch roll group three, described pinch roll group four include at least one pinch roll.
Base cloth after by scraper group one, scraper group two, has been scraped unnecessary slurry, and clamped roller group three, four extruding of pinch roll group again can be pushed base cloth smoothly, and slurry can keep on condition of equivalent thickness basis good bond on base cloth on base cloth.
Preferably, described cell body inwall is provided with for heating the heat conduction case of slurry in described cell body, described heat conduction case comprises heat pipe and the temperature sensor that several are positioned at described cell body inwall, and described temperature sensor connects control device, and described control device connects described heat pipe.
Heat conduction case provides thermal source, for heating or being incubated the slurry in cell body, so that slurry on spreading upon base cloth time, keeps good chemical time.By temperature sensor, control the temperature of cell body entoplasm material, can realize the control at any time of slurry temperature is realized to the heating of heat conduction case to slurry, to reach the bonding optimum temperature of slurry and base cloth.
In sum, owing to having adopted technique scheme, the beneficial effects of the utility model are:
1, feeding device described in the utility model adopts the pinch roll group one of adjustable distance, pinch roll group two realizes base cloth material loading, facilitate base cloth to pass two groups of pinch roll groups, scraper group one, the spacing of scraper group two is also adjustable, can not only the slurry scraper on base cloth is even, can meet the needs of base cloth spreading mass different-thickness simultaneously, each scraper group comprises that at least one scraping blade and at least one scrape rope simultaneously in addition, scraping blade is easy for installation, sound construction, scrape rope structure simple, cost is lower, scraping blade guarantees that with the cooperation of scraping rope the paint thickness spreading upon on base cloth is more even, scraper is reliable, thereby reduced labour intensity, improved production efficiency,
2, this scraping blade is or/and scrape rope and be connected on support or grip device by Compress Spring, in the time of can moving for base cloth to scraping blade or/and when scraping the reaction force of rope and changing scraping blade or/and scrape the flexible of rope, to reduce scraping blade or/and scrape the damage of rope to base cloth;
3, support described in the utility model is provided with and soaks material lowering or hoisting gear, can realize the lifting of pinch roll group one, can drive base cloth oscilaltion according to the slurry height in cell body, base cloth is fully immersed in slurry, thereby improve the material loading quality of slurry on seamless air duct base cloth;
4, in cell body of the present utility model, be provided with heat conduction case and temperature sensor, can guarantee the temperature constant state of slurry in cell body, the optimum temperature when realizing slurry and reacting with base cloth, has improved the quality of production of air duct fabric.
Accompanying drawing explanation
Fig. 1 is the structural representation of squeegee devices of producing for seamless air duct cloth described in the utility model;
Fig. 2 is partial structurtes top view in Fig. 1;
Fig. 3 is the Facad structure schematic diagram that is positioned at scraper group one on support, pinch roll group one;
Fig. 4 is that the scraper group one, the scraper group two that are provided with Compress Spring are positioned at the structural representation on support and clamping plate;
Fig. 5 is the structural representation that scraping blade is connected with Compress Spring;
Fig. 6 is that in Fig. 1, grip device soaks the structural representation after material lowering or hoisting gear rises to the right simultaneously after sliding.Mark in figure:
1, base cloth, 2, cell body, 3, support, 4, grip device, 41, slider track, 42, clamping plate, 43, slide block, 44, clamp motor, 45, drive lead screw, 51, removing the work roller, 52, pinch roll group one, 53, pinch roll group two, 54, guide roller, 55, pinch roll group three, 56, pinch roll group four, 6, soak material lowering or hoisting gear, 61, soak flitch, 62, connecting rod, 63, soak material leading screw, 64, soak material track, 65, soak material motor, 7, heat conduction case, 71, heat pipe, 72, temperature sensor, 81, scraper group one, 82, scraper group two, 83, scraping blade, 84, scrape rope, 85, Compress Spring, 86, arc-shaped side, 87, connecting plate.
The specific embodiment
Below in conjunction with accompanying drawing, the utility model is described in detail.
In order to make the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain the utility model, and be not used in restriction the utility model.
As shown in Figure 1, 2, 3, a feeding device of producing for seamless air duct cloth, comprise can splendid attire slurry spill cell body 2, described cell body 2 is provided with support 3, support 3 is provided with pinch roll group 1 and scraper group 1, and wherein scraper group 1 is positioned at pinch roll group one 52 tops; On support 3, be also provided with slidably grip device 4, grip device 4 is provided with pinch roll group 2 53 and scraper group 2 82, and scraper group 2 82 is positioned at pinch roll group 2 53 tops; Wherein pinch roll group 1, pinch roll group 2 53 spacing and scraper group 1, scraper group 2 82 spacing all can be passed base cloth 1, pinch roll group 1, pinch roll group 2 53 include two pinch rolls, scraper group 1, scraper group 2 82 include at least one scraping blade 83 and at least one scrapes rope 84, can select as shown in fig. 1 two scraping blades 83 and one to scrape rope 84, all scraping blades 83 are more than or equal to base cloth 1 fabric width with the length of scraping rope 84, the direction of moving along base cloth 1 in scraping blade 83 one end that contact with base cloth 1 is obliquely installed, scraping blade 83 and base cloth 1 angle
αbe less than 90 °, if the direction of arrow making progress in Fig. 4 is the direction of motion of base cloth 1.
In cell body 2, be loaded with slurry, base cloth 1 enters cell body 2, and by pinch roll group 1, pinch roll group 2 53, two groups of pinch rolls filter slurry too much on base cloth 1, base cloth 1 upwards continues motion through scraper group 1, scraper group 2 82 from pinch roll group 1, pinch roll group 2 53, scraper group 1, scraper group 2 82, two scraper groups can disposablely be wiped coating unnecessary on base cloth 1 off, the paint thickness that assurance spreads upon on base cloth 1 reaches required requirement, and is more evenly distributed on base cloth 1; The grip device 4 arranging on support 3 can slide along support, wherein scraper group 2 82, pinch roll group 2 53 are positioned on grip device 4, scraper group 1, pinch roll group 1 are located on support 3, therefore the spacing of adjustable gripping roller group 1, pinch roll group 2 53, as shown in Figure 6, base cloth 1 initial through two pinch roll groups and finally from two pinch roll groups, unload convenient next time, simultaneously scraper group 1, scraper group 2 82 spacing are adjustable meets the required slurry thickness needs of different base cloths 1.
Wherein, above-mentioned grip device 4 comprises two clamping plate 42 being located on support 3, two clamping plate 42 are all positioned at the cell body 2 of vertical direction, between two clamping plate 42, be provided with scraper group 2 82, pinch roll group 2 53, each clamping plate 42 is provided with at least two slide blocks 43, support 3 is provided with the slider track 41 with slide block 43 equivalent amounts, this slider track 41 and slide block 43 adaptations, and two clamping plate 42 can slide along slider track 41 by slide block 43 simultaneously in the horizontal direction; Support 3 is provided with clamp motor 44, and clamp motor 44 is connected with drive lead screw 45 with one of them clamping plate 42.On support 3, be also provided with soaking of cell body 2 liftings relatively and expect lowering or hoisting gear 6, this soaks material lowering or hoisting gear 6 and comprises that two are soaked flitch 61, each soaks and on flitch 61, is connected with connecting rod 62, support 3 is provided with two of vertical direction and soaks material track 64 and soak material motor 65, two connecting rods 62 can soak material track 64 along two and slide simultaneously, two are soaked and between flitch 61, are connected with pinch roll group 1, soak material motor 65 and connect one of them connecting rod 62 by soaking material leading screw 63, this soaks flitch 61 and corresponding connecting rod 62 body that is formed in one.Clamp motor 44 can be controlled the sliding distance of clamping plate 42 along continuous straight runs accurately, thereby controls the spacing of pinch roll group 1, pinch roll group 2 53 and scraper group 1, scraper group 2 82; Soak material motor 65 and can accurately control the adjustable height of pinch roll group 1.This drive lead screw 45 is that cylinder or fluid cylinder are connected the displacement that realizes respectively clamping plate 42 and soak flitch 61 with soaking material leading screw 63 all replaceable.Scraper group 1, scraper group 2 82 comprise equal number, equidistant scraping blade 83 and scrape rope 84, and the scraping blade 83 of each scraper group and scrape rope 84 and be oppositely arranged also can be dislocatedly distributed, as shown in Figure 4.
As shown in Figure 4,5, scraping blade 83 and scrape rope 84 two ends and be all connected to support 3 or two by connecting plate 87 and soak on flitch 61, wherein scraping blade 83 bottoms are connected with two Compress Springs 85, scrape rope 84 and be also connected with two Compress Springs 85, Compress Spring 85 is all located on connecting plate 87, scraping blade 83 restricts 84 under Compress Spring 85 effects with scraping, and can or soak flitch 61 displacements with respect to support 3; Base cloth 1 is in moving process, react on scraping blade 83 and scrape rope 84, scraping blade 83 restricts 84 under the effect of Compress Spring 85 with scraping, scraping blade 83 and scrape the contact forces that rope 84 regulates scraping blade 83 and scrapes rope 84 and base cloth 1 can stretch, can play cushioning effect, reduce scraping blade 83 and scrape the wearing and tearing each other between rope 84 and base cloth 1; One end that scraping blade 83 contacts with base cloth 1 can be made as arc-shaped side 86, with respect to sharp-pointed angle, contacts with base cloth 1, can further reduce the damage of 83 pairs of base cloths 1 of scraping blade.
This cell body 2 is provided with 51, two removing the work rollers 51 of two removing the work rollers can be when base cloth enters cell body 2, base cloth 1 is arranged smooth, facilitates material loading and scraper; Soak a guide roller 54 is also set on flitch 61, can guarantee base cloth 1 enter cell body 2 interior after, before entering pinch roll group 1, pinch roll group 2 53, its base cloth 1 is positioned at horizontal direction, being convenient to base cloth 1 can fully be immersed in slurry, guarantees that slurry immerses on base cloth 1 surface fully.
In addition, because the slurry in cell body 2 is that motion along with base cloth 1 spreads upon on base cloth 1, the optimum temperature of reacting with base cloth 1 in order to reach slurry, cell body 2 inwalls are provided with for heating the heat conduction case 7 of cell body 2 interior slurries, this heat conduction case 7 comprises heat pipe 71 and the temperature sensor 72 that several are positioned at cell body 2 inwalls, temperature sensor 72 connects control device, control device connects heat pipe 71, thereby realized the control at any time to the interior slurry of cell body 2 and base cloth 1 reaction temperature, also improved the quality of production of air duct fabric.
The foregoing is only preferred embodiment of the present utility model; not in order to limit the utility model; all any modifications of doing within spirit of the present utility model and principle, be equal to and replace and improvement etc., within all should being included in protection domain of the present utility model.
Claims (10)
1. a feeding device of producing for seamless air duct cloth, comprise can splendid attire slurry spill cell body (2), described cell body (2) is provided with support (3), it is characterized in that, described support (3) is provided with pinch roll group one (52) and is positioned at the scraper group one (81) of described pinch roll group one (52) top, on described support (3), be also provided with slidably grip device (4), described grip device (4) is provided with pinch roll group two (53) and is positioned at the scraper group two (82) of described pinch roll group two (53) tops, wherein said pinch roll group one (52), described pinch roll group two (53) spacing and described scraper group one (81), described scraper group two (82) spacing all can be passed base cloth (1), described pinch roll group one (52), described pinch roll group two (53) includes at least one pinch roll, described scraper group one (81), described scraper group two (82) includes at least one scraping blade (83) and at least one scrapes rope (84), described scraping blade (84), scrape rope (84) length and be all more than or equal to described base cloth (1) fabric width, described scraping blade (83) one end contacting with base cloth (1) is obliquely installed along the direction of base cloth (1) motion, described scraping blade (83) is less than 90 ° with described base cloth (1) angle.
2. the feeding device of producing for seamless air duct cloth according to claim 1, it is characterized in that, described grip device (4) comprises two clamping plate (42) that are positioned at vertical direction of being located on described support (3), between two described clamping plate (42), be provided with described scraper group two (82), described pinch roll group two (53), clamping plate described in each (42) are provided with at least two slide blocks (43), described support (3) is provided with the slider track (41) adaptive with described slide block (43), two described clamping plate (42) can slide along described slider track (41) by described slide block (43) simultaneously in the horizontal direction.
3. the feeding device of producing for seamless air duct cloth according to claim 2, it is characterized in that, described support (3) is provided with clamp motor (44), and described clamp motor (44) is connected with drive lead screw (45) with clamping plate (42) described in one of them.
4. the feeding device of producing for seamless air duct cloth according to claim 1, it is characterized in that, described support (3) is provided with and can soaking of relatively described cell body (2) lifting expects lowering or hoisting gear (6), the described material lowering or hoisting gear (6) that soaks comprises that two are soaked flitch (61), described in each, soak and on flitch (61), be connected with connecting rod (62), described support (3) is provided with two of vertical direction and soaks material track (64), two described connecting rods (62) can slide along soaking material track (64) described in two simultaneously, described in two, soak and between flitch (61), be connected with described pinch roll group one (52).
5. the feeding device of producing for seamless air duct cloth according to claim 4, it is characterized in that, described support (3) is provided with and soaks material motor (65), described in soak material motor (65) and connect connecting rod (62) described in one of them by soaking material leading screw (63).
6. the feeding device of producing for seamless air duct cloth according to claim 5, it is characterized in that, scraping blade described in each (83) is or/and scrape between rope (84) and corresponding described support (3) or described grip device (4) and be connected with Compress Spring (85), at the lower described scraping blade (53) of described Compress Spring (85) effect or/and scrape rope (84) can relatively described support (3) or described grip device (4) slip.
7. the feeding device of producing for seamless air duct cloth according to claim 6, it is characterized in that, described cell body (2) is provided with to be convenient to base cloth (1) and to enter two the removing the work rollers (51) in described cell body (2), described in two, soak between flitch (61) and be also provided with guide roller (54), described guide roller (54) is positioned between described removing the work roller (51) and described pinch roll group one.
8. the feeding device of producing for seamless air duct cloth according to claim 1, it is characterized in that, described scraper group one (81), described scraper group two (82) comprise the described scraping blade (83) of equal number and scrape rope (84), the described scraping blade (83) in described scraper group one (81), scrapes described scraping blade (83) in rope (84) and described scraper group two (82), scrapes rope (84) and be oppositely arranged.
9. the feeding device of producing for seamless air duct cloth according to claim 8, it is characterized in that, described scraper group one (81), described scraper group two (82) tops are respectively equipped with pinch roll group three (55), pinch roll group four (56), and wherein said pinch roll group three (55), described pinch roll group four (56) include at least one pinch roll.
10. the feeding device of producing for seamless air duct cloth according to claim 8 or claim 9, it is characterized in that, described cell body (2) inwall is provided with for heating the heat conduction case (7) of the interior slurry of described cell body (2), described heat conduction case (7) comprises that temperature sensor (72) and several are positioned at the heat pipe (71) of described cell body (2) inwall, described temperature sensor (72) connects control device, and described control device connects described heat pipe (71).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320638867.0U CN203583184U (en) | 2013-10-16 | 2013-10-16 | Feeding device for production of seamless wind barrel cloth |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320638867.0U CN203583184U (en) | 2013-10-16 | 2013-10-16 | Feeding device for production of seamless wind barrel cloth |
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| Publication Number | Publication Date |
|---|---|
| CN203583184U true CN203583184U (en) | 2014-05-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320638867.0U Withdrawn - After Issue CN203583184U (en) | 2013-10-16 | 2013-10-16 | Feeding device for production of seamless wind barrel cloth |
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| CN (1) | CN203583184U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108866891A (en) * | 2018-08-18 | 2018-11-23 | 江万泽 | A kind of multi-faceted adjustable dyeing apparatus |
-
2013
- 2013-10-16 CN CN201320638867.0U patent/CN203583184U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108866891A (en) * | 2018-08-18 | 2018-11-23 | 江万泽 | A kind of multi-faceted adjustable dyeing apparatus |
| CN108866891B (en) * | 2018-08-18 | 2021-06-04 | 常州唯乐印染有限公司 | Diversified adjustable printing equipment |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140507 Effective date of abandoning: 20160511 |
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| C25 | Abandonment of patent right or utility model to avoid double patenting |