CN102758324A - Direct pressure adjusting type lightweight horizontal type magnetic padder - Google Patents
Direct pressure adjusting type lightweight horizontal type magnetic padder Download PDFInfo
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- CN102758324A CN102758324A CN2012102474380A CN201210247438A CN102758324A CN 102758324 A CN102758324 A CN 102758324A CN 2012102474380 A CN2012102474380 A CN 2012102474380A CN 201210247438 A CN201210247438 A CN 201210247438A CN 102758324 A CN102758324 A CN 102758324A
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Abstract
The invention discloses a direct pressure adjusting type lightweight horizontal type magnetic padder. The magnetic padder is characterized in that the magnetic padder comprises a drive roll and is connected with a drive roll shaft through a drive roll bearing, wherein the drive roll shaft is arranged at the lower end of an inner stander, a passive roll is connected with a passive roll shaft through a passive roll bearing 3, and the end part of the passive roll shaft penetrates through the hollow part of the inner stander and is connected with a magnetic suspension system, and the passive roll is arranged above the drive roll. The magnetic padder has the advantages that the structure is reasonable, the adjustment is convenient, few materials are consumed, the problems existing in the traditional padder such as complex equipment structure and large energy consumption caused by adopting a hydraulic system for adjusting the pressure of the padder are solved, the transmission accuracy and transmission speed of pressure of the padder are increased, and the machining cost is saved.
Description
Technical field
The present invention relates to a kind of padding machine.
Background technology
Along with the continuous progress of development of science and technology with society; People to fabric require increasingly high; Especially show in the functional requirement to fabric; For example anti-UV fabric, super-hydrophobicly hate greasy dirt fabric, antibacterial deodourizing fabric, moisture absorption heat radiation fabric etc., because it can give fabric some special function when improving fabric feeling, look and feel; Adapt to the requirement of modern society fully, therefore in fields such as industry, military affairs and daily life, be widely used textiles height functionalization.
In the processing method of existing capability property fabric; Mainly comprise fibre modification method, functional treatment method and weaving processing method etc., wherein, after the functional treatment method is meant that yarn forms fabric; Through padding or back road such as coating arranging process obtains function corresponding property; As fire retardant is handled fabric with the method for padding, physics and chemical reaction take place when running into kindling material, thereby reach flame retardant effect; With data by MoM and MEI, advantages such as the functional treatment method is easy to process owing to having, production cost is low, the easy adjusting of technology are used widely.In the functional treatment method, setting machine is its important process equipment, mainly comprises squeeze device and baking apparatus etc.; Actually add man-hour, at first fabric is required in functional solution, to flood according to impregnation technology, the fabric after will flooding is subsequently sent into padding machine and is pushed; Make when functional particle rolls in the fabric, unnecessary functional solution excluded, treat fabric pad finish after; Just fabric is delivered to and carried out drying curing in the baking oven, can know that by above-mentioned narration padding machine performance to functional fabric in the whole machining process process plays a key effect; It has determined that directly functional particle is rolled into the amount of being rolled in the fabric, if the functional particles amount of being rolled into is less, makes that then its functional attributes of product is not up to standard; If the amount of being rolled into of functional particle is more, has then increased production cost, and made The comprehensive performance reduce; Therefore; In the process of padding, must be rolled into the precision in the fabric by assurance function property particle, and in traditional padding machine; This precision mainly relies on the pressue device breaker roll institute applied pressure decision that is installed on the roll; Traditional roll pressue device mainly is divided into fluid pressure type (oil cylinder pressurization) and vapour-pressure type (film cylinder, airbag, cylinder directly or through lever pressurize) according to operation principle, and wherein, the fluid pressure type voltage-regulating system is made up of dynamical element, executive component, control element, auxiliary element and hydraulic oil; Have stable working, can realize advantage such as overload protection, but exist that the gearratio precision is low, poor stability, the system failure are difficult to shortcomings such as investigation diagnosis, cost height under high temperature or the low temperature; The vapour-pressure type voltage-regulating system is made up of compressed air source unit, executive component, control element, auxiliary element; Have environmental pollution little, be swift in response, advantage such as safe and reliable, but exist system architecture complicacy, system acting poor stability, transmit that precision is low, output dynamics and shortcoming such as moment is little, exhaust noise is big.Therefore, no matter be fluid pressure type or vapour-pressure type voltage-regulating system, all exist shortcomings such as output accuracy is low, stability of a system difference; And the major reason that causes this shortcoming is exactly to have many intermediate link between input element and the output element, and is divided into light-duty voltage-regulating system and heavy voltage-regulating system according to the pressure capacity of system, in case required pressure surpasses outside the system pressure scope; Must change pressurized equipment; Greatly reduce the versatility of equipment, therefore, how to reduce the intermediate link between input element and the output element; Improve pressure regulation precision, stability and the versatility etc. of traditional padding machine, become a big technical barrier in present functional fabric field.
Electromagnet is can produce magnetic field after a kind of energising; And utilize the device of magnetic field to magnetic material generation electromagnetic attraction, the big I of the electromagnetic force that it produced is regulated through the size of the electric current in the regulating winding, in magnetic suspension system, is used widely; If this device is installed on the two ends of driven roll; Process the magnetic type voltage-regulating system, and according to padding machine job requirement configuration magnetic suspension adjusting device, through the relative position of regulating magnet and the size of current in its coil; Directly adjust the pressure of padding machine; Realize the direct adjusting of padding machine pressure, solved problems such as traditional fluid pressure type and vapour-pressure type voltage-regulating system are low owing to the pressure regulation precision that exists many intermediate link to cause between input element and the output element, stable difference effectively, had application promise in clinical practice.At present, the relevant pressure controlled patent of padding machine is more, but does not see to have and relate to the patent of utilizing magnetic force to regulate padding machine pressure.For example, Changzhou Donggao Dyeing and Finishing Co., Ltd. has proposed the fibrosis dip-squeeze device in a kind of fabric pad dyeing equipment in patent documentation 200710135592.8, can be known the not mentioned pressure that utilizes magnetic force to regulate padding machine of this patent by its narration.
Jingcheng Chemical Co., Ltd., Changshu City has proposed a kind of cold rolling mill for cotton knitted fabric in patent documentation 200620070814.3; Can know by its narration; Its main purpose is to make cotton knitted cloth after the roll compacting not have the folding line of gauffer and edge, the not mentioned pressure that utilizes magnetic force to regulate padding machine.
Utilize magnetic force to realize to compress or the related patent U.S. Patent No. of braking function in, do not see the patent application that is useful on the padding machine, more do not see the related application that is useful on the padding machine and has the magnetic force padding machine of magnetic suspension adjusting device; For example, Tianjin Speed Reductors Co., Ltd. has proposed a kind of electromagnetic braking press device of nameplate mark machine in patent documentation 200710057595.4, and outage through the electromagnetism electricity loss brake and energising are controlled compressing of movable depression bar and loosened; Solved manual operation inconvenience and fixing illusive problem, can know that by its narration the Application Areas of this patent and the application's patent differs greatly; And only adopt a high-speed double electromagnet to compress; And the application's patent has adopted the adjusting of a pair of high-speed double electromagnet pressure, and need not auxiliary elements such as stage clip, moving plate and friction plate, and structure is more simple; In addition; Utilize magnetic force to realize to compress or the related patent U.S. Patent No. of braking function in, mostly through electromagnet is reduced to zero and realized braking with substrate hold-down function with inhaling air gap value between the material, the form through outage realizes electromagnet and by separating between the suction material more subsequently; Increased the loss of electromagnet; And caused the instability of systematic function, and in the present invention, can and be inhaled under the non-vanishing situation of air gap value between the material and realized substrate hold-down function at electromagnet; The wearing and tearing of having avoided electromagnet to produce because of contact have improved the life-span of equipment and the stability of performance greatly.
In addition, compare with the related patent U.S. Patent No. of magnetic suspension workbench (as: 201010017657.0,200710026069.1 etc.), mainly there is following difference in the application's patent:
1. in the related patent U.S. Patent No. of magnetic suspension workbench; Though also adopted the acting in conjunction of pair of electrical magnet; But its electromagnet is fixedly mounted on the workbench; The relative position of electromagnet is unadjustable, makes that the air gap value between electromagnet and the support rails can only be able to through the mode of processing and assembling guarantee, and in the application's patent; Owing to adopted the magnetic suspension adjusting device; Make the lower electromagnet relative position to move up and down according to actual needs, and can guarantee that upper and lower electromagnet is consistent with air gap value between the rest pad, avoided relying on the mode of processing and assembling to guarantee problems such as the consistent caused complex procedures of air gap value between upper and lower electromagnet and the rest pad, precision are low through this adjusting device.
2. aspect the aiding support guide rail, in the related patent U.S. Patent No. of magnetic suspension workbench, all need use the aiding support guide rail; The arrangement of workbench when being used for system and not working, and in the application's patent, need not the aiding support guide rail; When system did not work, driven roll directly dropped on the drive roll.
3. on the function of use of electromagnetic force, the application's patent mainly is to utilize electromagnetic force to realize substrate hold-down function, and mainly utilizes electromagnetic force to realize the suspension function of workbench in the magnetic suspension workbench related patent U.S. Patent No..
And compare with the related patent U.S. Patent No. of magnetic suspension bearing, though the effect that itself and the application's patent all adopt electromagnetic force that axle is produced power, by comparison, mainly there is following difference in the application's patent:
1. in magnetic suspension bearing, no magnetic suspension adjusting device makes the relative position of magnetic suspension bearing not change, and in the application's patent, has the magnetic suspension adjusting device, has reduced the difficulty of processing and assembling, has improved the reliability of system.
2. in the magnetic suspension bearing related patent U.S. Patent No.; The main method that adopts the circumferential electromagnet sleeve that processing technology is comparatively complicated to be contained in the periphery of axle realizes the suspension to axle; And in the application's patent; Through the mode that periphery is rectangular-shaped rest pad is installed at the two ends of passive roll shaft, realized utilizing the comparatively simple rectangle electromagnet of processing technology passive roll shaft to be produced the function of electromagnetic attraction.
3. need not the aiding support bearing, in the related patent U.S. Patent No. of magnetic suspension bearing, all need use the aiding support bearing; Arrangement when being used for system and not working, and in the application's patent, need not the aiding support bearing; When system did not work, driven roll directly dropped on the drive roll.
Summary of the invention
The object of the present invention is to provide a kind of rational in infrastructure, the horizontal magnetic force padding machine of direct pressure-adjusting type lightweight that the transmission precision of pressure and transfer rate are high.
Technical solution of the present invention is:
The horizontal magnetic force padding machine of a kind of direct pressure-adjusting type lightweight; It is characterized in that: comprise drive roll; Drive roll is connected with the initiative roll shaft that is installed in the interior framework bottom through the drive roll bearing; Driven roll is connected with passive roll shaft through driven roll bearing 3, and the end of passive roll shaft is passed the hollow part of interior framework, is connected with magnetic suspension system, and driven roll is positioned at the top of drive roll; Said magnetic suspension system is made up of the block bearing that is installed in passive roll shaft two ends, the rest pad that is sleeved on the block bearing periphery, the electromagnet that is positioned at the rest pad upper and lower sides and first, second displacement transducer; First displacement transducer is installed on the last electromagnet that is positioned at the rest pad top; Displacement transducer is installed on the lower electromagnet of rest pad below; Last electromagnet is installed on the fixed block; Fixed block is installed on the outer frame, and the lower electromagnet that is positioned at the rest pad below is installed on the magnetic suspension adjusting device.
The magnetic suspension adjusting device is made up of guideway, upper cover plate, lower cover, pressing plate, jacking block, screw rod, nut, link, and wherein, upper cover plate is installed in the below of lower electromagnet; Pressing plate is installed in the below of upper cover plate, the below that lower cover is installed in pressing plate; The center of lower cover has through hole, and an end of screw rod links to each other with jacking block through this through hole, and the diameter of through hole is greater than the external diameter of screw rod; The mid portion of screw rod is realized self-locking through the effect that is fixed on the nut on the link; Link links to each other with outer frame, and the moving guide rail pair is installed in the both sides of upper cover plate, pressing plate and lower cover, and quiet guide rail links to each other with outer frame; Moving guide rail links to each other with lower cover with upper cover plate, is wound with coil on the power-on and power-off magnet respectively; The interior framework that is positioned at passive roll shaft place is a hollow structure; And the distance between the periphery of passive roll shaft and the interior framework hollow part inwall is greater than driven roll distance moving up and down here, and the distance between lower electromagnet and the rest pad is greater than driven roll distance moving up and down.
Inside and outside axial magnetic bearing is installed on the passive roll shaft of interior framework both sides respectively through interference fit; Be wound with coil on the inside and outside magnetic bearing respectively; And magnetic bearing 7 is installed the triple motion sensor outside; Initiative roll shaft 25, passive roll shaft, drive roll 26 and driven roll 1 are hollow-core construction, and the initiative roll shaft that is positioned at the interior framework place guarantees its axial precision through end bearing and the bearing (ball) cover that covers on end bearing.
The present invention is rational in infrastructure; Easy to adjust and consumptive material is few; Solve traditional padding machine and adopted regulation of hydraulic system caused device structure complicacy of padding machine pressure and the big problem of energy consumption, improved the transmission precision and the transfer rate of the pressure of padding machine, practiced thrift processing cost.
Description of drawings
Below in conjunction with accompanying drawing and embodiment the present invention is described further.
Fig. 1 is the horizontal magnetic force padding machine of the direct pressure-adjusting type lightweight of a present invention structural representation;
Fig. 2 is the A-A view of Fig. 1;
Fig. 3 is the B-B view of Fig. 1;
Fig. 4 is the C-C view of Fig. 1;
Fig. 5 is the sketch map when the air gap value is δ between upper and lower electromagnet and the rest pad;
Fig. 6 is the lower electromagnet sketch map behind the x that moves up;
Sketch map when Fig. 7 is δ-x/2 for air gap value between upper and lower electromagnet and the rest pad.
The specific embodiment
Referring to accompanying drawing 1,2,3, the horizontal magnetic force padding machine of a kind of direct pressure-adjusting type lightweight comprises drive roll 26, and drive roll 26 is installed in the bottom of interior framework 6 through initiative roll shaft 25 and bearing 24; Driven roll 1 is installed in the top of interior framework 6 through passive roll shaft 2, bearing 3 and magnetic suspension system; And be positioned at the top of drive roll 26, and magnetic suspension system is made up of the block bearing 13 that is installed in passive roll shaft 2 two ends, the rest pad 12 that is sleeved on block bearing 13 peripheries, the electromagnet 9,15 that is positioned at rest pad 12 upper and lower sides and displacement transducer 11,35, and displacement transducer 11 is installed on the last electromagnet 9 of rest pad 12 tops; Displacement transducer 35 is installed on the electromagnet 15 of rest pad 12 belows; Last electromagnet 9 is installed on the fixed block 8, and fixed block 8 is installed on the outer frame 29,31, and the lower electromagnet 15 that is positioned at rest pad 12 belows is installed on the magnetic suspension adjusting device; The magnetic suspension adjusting device is made up of guideway, upper cover plate, lower cover, pressing plate, jacking block, screw rod, nut, link; Wherein, upper cover plate 16 is installed in the below of lower electromagnet 15, and pressing plate 32 is installed in the below of upper cover plate 16, the below that lower cover 18 is installed in pressing plate 32; The center of lower cover 18 has through hole; One end of screw rod 21 links to each other with jacking block 17 through this through hole, and the diameter of through hole is greater than the external diameter of screw rod 21, and the mid portion of screw rod 21 is through being fixed on the effect realization self-locking of the nut 20 on the link 19; Link 19 links to each other with outer frame 29,31; Moving guide rail secondary 27,28 is installed in the both sides of upper cover plate, pressing plate and lower cover, and quiet guide rail 27 links to each other with outer frame 29, moves guide rail 28 and links to each other with lower cover 18 with upper cover plate 16; Be wound with coil 10,14 on the power-on and power-off magnet 9,15 respectively; The interior framework 6 that is positioned at passive roll shaft 2 places is hollow structure, and between the periphery of passive here roll shaft 2 and the hollow interior framework 6 apart from a greater than driven roll 1 distance c moving up and down, in like manner; Distance b between lower electromagnet 15 and the rest pad 12 is greater than driven roll distance c moving up and down; Axial magnetic bearing 4,7 is installed in through interference fit on the passive roll shaft 2 of interior framework 6 both sides, is wound with coil 5 and 34 on the magnetic bearing 4 and 7 respectively, and on magnetic bearing 7 installation position displacement sensor 33; Initiative roll shaft 25, passive roll shaft 2 and drive roll 26, driven roll 1 are hollow-core construction, and the initiative roll shaft 25 that is positioned at interior framework 6 places guarantees its axial precision through bearing 23 and bearing (ball) cover 22.
Below in conjunction with accompanying drawing from a work period of the present invention be that example elaborates.
Before the work, driven roll 1 drops on the drive roll 26, and drive roll 26 is not worked, coil 10,14 and 5,34 equal no powers on upper and lower electromagnet 9,15 and the axial magnetic bearing 4,7, and the center line of passive roll shaft 2 is positioned at S
1The place, the air gap value between upper and lower electromagnet 9,15 and the rest pad 12 is δ (seeing accompanying drawing 5).
During work, at first, make the axial precision of passive roll shaft 2 be guaranteed to 5,34 energisings of the coil on the axial magnetic bearing 4,7; Secondly; Last electromagnet 9 and the coil 10 and 14 on the lower electromagnet 15 are switched on, and feasible upward electromagnet 9 all produces electromagnetic attraction to rest pad 12 with lower electromagnet 15, and the electromagnetic attraction of upward 9 pairs of rest pads of electromagnet, 12 generations is greater than the electromagnet suction of 15 pairs of rest pads of lower electromagnet, 12 generations; The size of making a concerted effort of electromagnetic attraction equals to be installed in the gravity of all objects on the passive roll shaft; At this moment, though driven roll 2 still contacts with drive roll 26, pressure between the two is zero.Subsequently; Adjusting screw(rod) 21 moves up apart from x, and then drives jacking block 17 x that moves up, and jacking block 17 drives upper cover plate 16, pressing plate 32 and lower cover 18 again through guideway 27,28 x that moves up; Because upper cover plate 16 links to each other with lower electromagnet 15; Therefore, lower electromagnet 15 is also with upper cover plate 16 x (seeing accompanying drawing 6) that moves up, and the air gap value that this moment, displacement transducer 11 and 35 detected between upper and lower electromagnet 9,15 and the rest pad 12 is inconsistent; In order to make both air gap values reach consistent once more; Must need adjust through the effect of controller the electromagnetic force size of upper and lower electromagnet, make the center line of passive roll shaft 2 x/2 that moves up, the center line of promptly passive roll shaft 2 is by S
1The position rises to P
1Position (seeing accompanying drawing 7); At this moment, driven roll 2 has been realized separating with drive roll 26, treat with required converted goods pass between drive roll 26 and the driven roll 1 gap x/2 and install successfully after; Adjusting screw(rod) 21 moves down apart from x again, makes the center line of passive roll shaft 2 by P
1S is reduced in the position
1The position; Drive roll 26 contacts with driven roll 1 once more; Subsequently; According to the pairing pressure size of fabric pick-up rate; Regulate the electromagnetic force size of upper and lower electromagnet 9,15 once more, drive roll 26 and 1 pair of fabric institute of driven roll applied pressure by the gravity of driven roll system and power-on and power-off magnet 9,15 respectively to rest pad 12 generations electromagnetic attraction with joint efforts, when the pairing pressure of fabric pick-up rate during less than the gravity of driven roll system; Can be through increasing the electromagnetic attraction of going up 9 pairs of rest pads 12 of electromagnet or reducing the electromagnetic attraction of 15 pairs of rest pads 12 of lower electromagnet or on increasing, reduce the mode of the electromagnetic attraction of 15 pairs of rest pads 12 of lower electromagnet in 9 pairs of rest pad 12 electromagnetic attractions of electromagnet, make the driven roll system to the pressure of drive roll 26 less than himself gravity; When the pairing pressure of fabric pick-up rate during greater than the gravity of driven roll system; Can be through reducing to go up the electromagnetic attraction of 9 pairs of rest pads 12 of electromagnet or increasing the electromagnetic attraction of 15 pairs of rest pads 12 of lower electromagnet or on reducing, increase the mode of the electromagnetic attraction of 15 pairs of rest pads 12 of lower electromagnet in 9 pairs of rest pad 12 electromagnetic attractions of electromagnet; Make the driven roll system to the pressure of drive roll greater than himself gravity; In the course of the work; When if the pick-up rate of fabric changes, only need to regulate the electromagnetic force size that goes up electromagnet 9 or lower electromagnet 15 and get final product.
Behind the end-of-job; At first close the motor on the initiative roll shaft 25; Make drive roll 26 and driven roll 1 stop operating, cut off the electric current of coil 10,14 on power-on and power-off magnet 9,15 and the axial magnetic bearing 4,7 and 5,34 subsequently, driven roll 1 is just dropping on the drive roll 26 under the effect of gravity.
Be hollow structure owing to be positioned at the interior framework 6 at passive roll shaft 2 places; And between the periphery of passive here roll shaft 2 and the hollow interior framework 6 apart from a greater than driven roll 1 distance c moving up and down; Therefore; When driven roll 1 drops on 26 last times of drive roll, the passive roll shaft 2 that is positioned at interior framework 6 places can not contact with interior framework 6, has avoided the wearing and tearing that produced because of contact.In like manner, the distance b between lower electromagnet 15 and the rest pad 12 has guaranteed in the course of work that greater than driven roll distance c moving up and down upper and lower electromagnet 9,15 can not contact with rest pad 12, has guaranteed the normal operation of system.
Claims (3)
1. horizontal magnetic force padding machine of direct pressure-adjusting type lightweight; It is characterized in that: comprise drive roll; Drive roll is connected with the initiative roll shaft that is installed in the interior framework bottom through the drive roll bearing; Driven roll is connected with passive roll shaft through driven roll bearing 3, and the end of passive roll shaft is passed the hollow part of interior framework, is connected with magnetic suspension system, and driven roll is positioned at the top of drive roll; Said magnetic suspension system is made up of the block bearing that is installed in passive roll shaft two ends, the rest pad that is sleeved on the block bearing periphery, the electromagnet that is positioned at the rest pad upper and lower sides and first, second displacement transducer; First displacement transducer is installed on the last electromagnet that is positioned at the rest pad top; Displacement transducer is installed on the lower electromagnet of rest pad below; Last electromagnet is installed on the fixed block; Fixed block is installed on the outer frame, and the lower electromagnet that is positioned at the rest pad below is installed on the magnetic suspension adjusting device.
2. the horizontal magnetic force padding machine of direct pressure-adjusting type lightweight according to claim 1, it is characterized in that: the magnetic suspension adjusting device is made up of guideway, upper cover plate, lower cover, pressing plate, jacking block, screw rod, nut, link, wherein; Upper cover plate is installed in the below of lower electromagnet, and pressing plate is installed in the below of upper cover plate, the below that lower cover is installed in pressing plate, and the center of lower cover has through hole; One end of screw rod links to each other with jacking block through this through hole; And the diameter of through hole is greater than the external diameter of screw rod, and the mid portion of screw rod is realized self-locking through the effect that is fixed on the nut on the link, and link links to each other with outer frame; The moving guide rail pair is installed in the both sides of upper cover plate, pressing plate and lower cover; And quiet guide rail links to each other with outer frame, and moving guide rail links to each other with lower cover with upper cover plate, is wound with coil on the power-on and power-off magnet respectively; The interior framework that is positioned at passive roll shaft place is a hollow structure; And the distance between the periphery of passive roll shaft and the interior framework hollow part inwall is greater than driven roll distance moving up and down here, and the distance between lower electromagnet and the rest pad is greater than driven roll distance moving up and down.
3. the horizontal magnetic force padding machine of direct pressure-adjusting type lightweight according to claim 1 and 2; It is characterized in that: inside and outside axial magnetic bearing is installed on the passive roll shaft of interior framework both sides respectively through interference fit; Be wound with coil on the inside and outside magnetic bearing respectively; And magnetic bearing 7 is installed the triple motion sensor outside; Initiative roll shaft 25, passive roll shaft, drive roll 26 and driven roll 1 are hollow-core construction, and the initiative roll shaft that is positioned at the interior framework place guarantees its axial precision through end bearing and the bearing (ball) cover that covers on end bearing.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210247438 CN102758324B (en) | 2012-07-18 | 2012-07-18 | Direct pressure adjusting type lightweight horizontal type magnetic padder |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201210247438 CN102758324B (en) | 2012-07-18 | 2012-07-18 | Direct pressure adjusting type lightweight horizontal type magnetic padder |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310362695.3A Division CN103451880B (en) | 2012-07-18 | 2012-07-18 | High-transmission-accuracy direct pressure regulation type light-weight horizontal magnetic padder |
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| Publication Number | Publication Date |
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| CN102758324A true CN102758324A (en) | 2012-10-31 |
| CN102758324B CN102758324B (en) | 2013-11-06 |
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| CN 201210247438 Expired - Fee Related CN102758324B (en) | 2012-07-18 | 2012-07-18 | Direct pressure adjusting type lightweight horizontal type magnetic padder |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105839330A (en) * | 2016-06-12 | 2016-08-10 | 瑞安市奥雅服饰有限公司 | Convex point forming multi-roller stretching device for cloth |
| CN108978068A (en) * | 2018-09-12 | 2018-12-11 | 吴邦立 | Liquid absorption type water-repellent finishing method is stained in a kind of promotion of fabric magnetic force |
| CN109183390A (en) * | 2018-09-12 | 2019-01-11 | 武汉纺织大学 | Liquid absorption type anti-crease finishing method is stained in a kind of promotion of fabric magnetic force |
| CN109295625A (en) * | 2018-09-12 | 2019-02-01 | 武汉纺织大学 | Liquid absorption type anti-ultraviolet finishing method is stained in a kind of promotion of fabric magnetic force |
| WO2021127803A1 (en) * | 2019-12-23 | 2021-07-01 | 宝利泰橡胶科技扬州有限公司 | Evenness padder |
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| CN101158093A (en) * | 2007-11-13 | 2008-04-09 | 常州市东高染整有限公司 | Fibrosis dip-squeeze device of fabric pad dyeing equipment |
| CN201495400U (en) * | 2009-08-07 | 2010-06-02 | 夏筛根 | Horizontal type laboratory mangle |
| CN101753067A (en) * | 2010-01-11 | 2010-06-23 | 南通大学 | Magnetic field decoupling structure for direct-driven type magnetic suspension linear feed unit |
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| CN2895484Y (en) * | 2006-03-22 | 2007-05-02 | 常熟市精诚化工有限公司 | Cotton jersy-cloth cold-dome mangle |
| CN101158093A (en) * | 2007-11-13 | 2008-04-09 | 常州市东高染整有限公司 | Fibrosis dip-squeeze device of fabric pad dyeing equipment |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105839330A (en) * | 2016-06-12 | 2016-08-10 | 瑞安市奥雅服饰有限公司 | Convex point forming multi-roller stretching device for cloth |
| CN105839330B (en) * | 2016-06-12 | 2017-10-10 | 瑞安市奥雅服饰有限公司 | Cloth salient point is molded multiple roll stretching device |
| CN107419470A (en) * | 2016-06-12 | 2017-12-01 | 瑞安市奥雅服饰有限公司 | Cloth salient point is molded multiple roll stretching device |
| CN108978068A (en) * | 2018-09-12 | 2018-12-11 | 吴邦立 | Liquid absorption type water-repellent finishing method is stained in a kind of promotion of fabric magnetic force |
| CN109183390A (en) * | 2018-09-12 | 2019-01-11 | 武汉纺织大学 | Liquid absorption type anti-crease finishing method is stained in a kind of promotion of fabric magnetic force |
| CN109295625A (en) * | 2018-09-12 | 2019-02-01 | 武汉纺织大学 | Liquid absorption type anti-ultraviolet finishing method is stained in a kind of promotion of fabric magnetic force |
| WO2021127803A1 (en) * | 2019-12-23 | 2021-07-01 | 宝利泰橡胶科技扬州有限公司 | Evenness padder |
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|---|---|
| CN102758324B (en) | 2013-11-06 |
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