CN201722289U - Glass yarn impregnation device - Google Patents
Glass yarn impregnation device Download PDFInfo
- Publication number
- CN201722289U CN201722289U CN2010201810249U CN201020181024U CN201722289U CN 201722289 U CN201722289 U CN 201722289U CN 2010201810249 U CN2010201810249 U CN 2010201810249U CN 201020181024 U CN201020181024 U CN 201020181024U CN 201722289 U CN201722289 U CN 201722289U
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- yarn
- organdy
- entrying
- pressure roller
- glue
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Abstract
The utility model discloses a glass yarn impregnation device, which comprises a yarn spindle for putting glass yarn loop, a glue trough for filling with glues, an extrusion device for redundant glue on extrusion yarn and a scroll for winding yarns when being impregnated. A yarn combiner for combining single yarn into a yarn tape is arranged between the extrusion device and the scroll. The glass yarn impregnation device makes the glass yarn into a glass yarn tape with a certain width, thickness and uniform yarn impregnation quantity. The yarn tape can be wound into a coil with uniform diameter so as to avoid the coil from cracking among layers, shorten coil curing time and improve coil production efficiency and quality.
Description
Technical field
The utility model belongs to transformer manufacture technology, is specifically related to a kind of ORGANDY impregnation equipment.
Background technology
Transformer is as extremely important power transmission and transforming equipment in the power system, and its performance, quality directly influence the reliability and the operation benefits of Operation of Electric Systems.Therefore, the overall development of the development of transformer and power industry is closely related.Along with the needs of China's industrial development, the stability of power system is had higher requirement, therefore, further requirement has been proposed also for the quality of transformer.
In the manufacturing processed of air-core reactor and dry type transformer, the winding process of coil is the committed step of power transformer product quality good or not.During coiling, at first ORGANDY is put into glue groove epoxy resin-impregnated (Resins, epoxy is a kind of glue commonly used at present), in winding around, it is wrapped between the conductor layer then, promptly, coiling one layer conductor is with regard to coiling one deck ORGANDY, with ORGANDY conductor layer is separated, at last whole winding is solidified.In present ORGANDY immersing glue process, there is the problem of the following aspects:
At first, because the thickness of single ORGANDY is that 0.2mm, width are 3mm, the number of plies of twining during directly with single ORGANDY coiling is more, and the time of cost is also longer, and coiling efficient is low.In order to raise the efficiency, in actual production process, with many ORGANDY while impregnations, reel simultaneously often.Yet in the winding process behind many ORGANDY impregnations, easily strand is around together, cause the glue of ORGANDY periphery inhomogeneous, the more place of glue is difficult for solidifying, and has prolonged the set time of coil, influence production efficiency, and occurred coil interlayer rimose problem easily.In addition, directly reel and be difficult to width and the thickness that control is wrapped in the ORGANDY on the coil, cause the coil diameter deviation bigger, finally have influence on the quality of coil.
Secondly, when ORGANDY is handled at impregnation, need heat the glue in the glue groove (Resins, epoxy).At present, the type of heating of glue is to adopt the resistance direct heating, though this type of heating can make the glue heat-up rate very fast, yet glue is heated inhomogeneous, temperature is difficult to control, if the glue temperature is too high, the ORGANDY of then flooding behind the glue ruptures because of wearing out easily.
Because there are above-mentioned problems in existing ORGANDY cement dipping machine, cause the difficult quality of air-core reactor or dry reactor to improve.
The utility model content
The technical problems to be solved in the utility model is at the above-mentioned problems in the prior art, provide a kind of make the ORGANDY impregnation evenly, be convenient to coil winding, and can not influence the ORGANDY impregnation equipment of mass of coil after the coiling.
Solve technical scheme that the utility model technical problem adopted and be this ORGANDY impregnation equipment and comprise yarn axle, the row's yarn machine, the glue groove that holds glue that set gradually, be used to push the squeezing device of surplus glue on the yarn and the spool that the yarn behind the impregnation is reeled, between described squeezing device and described spool, be provided with and close the yarn device what single yarn synthesized cotton yarn tape.
The described yarn device that closes comprises that first entrys partly, presses the yarn part and close the yarn part, described first entrys partly comprises a plurality of holes of entrying, described pressure yarn partly comprises many press rollers, the described yarn part of closing comprises that is at least closed a yarn roller, and described press roller is arranged on described entry hole and described closing between the yarn roller.
Preferably, described hole and the press roller of entrying can be arranged on the pedestal, and pedestal is a long strip shape, and its cross section is a groove shape structure, and its two ends are protuberance, and middle portion forms groove, and described groove is used to collect the unnecessary glue that drips on the ORGANDY.
Further preferably, the described hole of entrying can be arranged on the post of entrying, and the hole of entrying is set on each post of entrying, and a plurality of posts of entrying are provided with at interval along the width of pedestal, and a plurality of press rollers are provided with at interval along the length direction of pedestal.
More preferably, at press roller and close and also can be provided with second part of entrying between the yarn roller, second part of entrying comprises a plurality of posts of entrying, and the hole of entrying is set on each post of entrying, and second entrys the hole of entrying of part along being provided with at interval on the width of pedestal.
Preferably, this ORGANDY impregnation equipment also can include the heating unit that the glue in the glue groove is heated, and described heating unit comprises sea water bath that water is housed and the heating unit that the water in the sea water bath is heated, and the glue groove is placed in the sea water bath.By the water in the sea water bath glue groove is heated, thereby indirectly the glue in the glue groove is heated, this not only can make glue be heated evenly, but also be easy to control its temperature, thereby avoid making ORGANDY generation aged problem, thereby avoid the phenomenon of rupture of ORGANDY to take place because of the glue temperature is too high.
Further preferably, described heating unit also can include the temperature regulator that is used for controlling the sea water bath water temperature, described temperature regulator comprises probe and function unit, and described probe stretches in the water of sea water bath with measuring water temperature, and resulting observed value is sent to described function unit; Described function unit is connected with described heating unit, by function unit by described observed value is analyzed with control heating unit start and stop.
Preferably, described squeezing device can comprise slide rail, level pressure roller and dynamic pressure roller, and described level pressure roller and dynamic pressure roller are set in parallel on the slide rail, wherein, the level pressure roller is fixedly supported upon on the slide rail, and dynamic pressure roller can move along the length direction of slide rail to regulate the spacing between itself and the level pressure roller.Preferred level pressure roller and dynamic pressure roller adopt stainless steel tube to make, and the problem of reeling off raw silk from cocoons and rupturing occurs to prevent ORGANDY in immersing glue process.
Further preferably, described level pressure roller and dynamic pressure roller can rotate around central shaft separately respectively.Can adopt external impetus mechanism and transmission rig to drive level pressure roller and dynamic pressure roller rotates around separately central shaft.
More preferably, described squeezing device be arranged on the glue groove directly over, the unnecessary glue extruded of squeezing device still can fall into the glue groove and uses once more like this, to save production cost.
Above-mentioned squeezing device can be extruded the unnecessary glue on the ORGANDY behind the impregnation, prevents that glue from dripping the pouring phenomenon, saves glue consumption, shortens the dry solidification time of coil, enhances productivity; Simultaneously, also can avoid the cracking phenomena between each layer of coil when drying.By the extruding of this squeezing device, glue is evenly distributed on the ORGANDY, reduce the deviation of coil diameter, thereby improve mass of coil.
The utility model ORGANDY impregnation equipment by be provided with between described squeezing device and the described spool with the synthetic cotton yarn tape of single yarn close the yarn device, thereby ORGANDY is made width, the uniform glass cotton yarn tape of thickness.Single ORGANDY is at first handled through closing yarn after impregnation, reel by spool again and form the glass cotton yarn tape, made glass cotton yarn tape has the following advantages: at first, avoided the glass skein around together defective, can form width, the uniform glass cotton yarn tape of thickness, but go out the uniform coil of diameter with this cotton yarn tape coiling, thereby improved the quality of coil; Secondly, the ORGANDY impregnation is even, can shorten the set time of coil, enhances productivity; And can avoid coil interlayer rimose problem, improve the quality of coil.
Description of drawings
Fig. 1 is the structure vertical view of the utility model ORGANDY impregnation equipment;
Fig. 2 be among Fig. 1 along A-A to sectional view;
Fig. 3 is for closing the front view of yarn device 5 in the ORGANDY impregnation equipment;
Fig. 4 is the vertical view that closes the yarn device shown in Figure 3;
Fig. 5 for shown in Figure 3 close yarn device A-A to sectional view;
Fig. 6 for shown in Figure 3 close yarn device B-B to sectional view;
Fig. 7 for shown in Figure 3 close yarn device C-C to sectional view
Among the figure: 1-yarn axle 11-cross bar 12-support bar 13-yarn circle 2-row yarn machine 21-bearing 22-support 23-yarn hole 3-glue groove 31-pressure roller 4-squeezing device 5-closes the yarn device 51-post 52-press roller 53-that entrys and closes yarn roller 54-pedestal 55-retaining plate 56-wicker 57-twisted plate 6-spool 7-sea water bath 8-heating unit
Embodiment
For making those skilled in the art understand the technical solution of the utility model better, the utility model is described in further detail below in conjunction with the drawings and specific embodiments.
Following examples are non-limiting examples of the present utility model.
See also Fig. 1, Fig. 2, in the present embodiment ORGANDY impregnation equipment mainly by yarn axle 1, row's yarn machine 2, glue groove 3, sea water bath 7, squeezing device 4, close yarn machine 5 and spool 6 is formed.Yarn axle 1, row's yarn machine 2, glue groove 3, sea water bath 7, squeezing device 4, close yarn device 5 and spool 6 is put successively by the sequencing of production technique.When the production process of ORGANDY, the yarn circle on yarn axle 1 passes through glue groove 3, squeezing device 4 successively, closes yarn device 5 behind row's yarn machine 2 row's yarns, be wound at last on the spool 6.
Yarn axle 1 is made up of one or more cross bar that be arranged in parallel 11, and the parallel longitudinal that keeps at a certain distance away on the every cross bar 11 is provided with a plurality of support bars 12, is with a yarn circle 13 on each support bar 12.In the present embodiment, yarn axle 1 includes 5 cross bars 11 altogether, and every cross bar is provided with 6 support bars 12, and therefore, described 1 last time of yarn axle can be placed 30 yarn circles.Certainly, also can more cross bars 11 and support bar 12 be set on yarn axle 1, or correspondingly reduce the quantity of cross bar 11 and support bar 12 according to practical situation.
Row's yarn machine 2 comprises bearing 21 and is arranged in order several supports 22 on bearing 21 that the top of each support 22 is provided with a yarn hole 23.Bearing 21 can be made by steel plate, steel pipe or other passive material, and yarn hole 23 adopts the stainless steel coil of polishing to make, and the aperture in each yarn hole 23 is set to bigger slightly than the diameter of single ORGANDY yarn.
Glue groove 3 adopts the container that opening is wide, the bottom is narrow, is placed with glue in it, as Resins, epoxy etc.Can be provided with a pressure roller 31 in glue groove 3, pressure roller 31 is dipped in the glue liquid level, during the ORGANDY impregnation, passes from this pressure roller bottom, can be completely infused in the glue with the ORGANDY of guaranteeing process glue groove.
Glue groove 3 bottoms also are provided with heating unit, and described heating unit comprises sea water bath 7 and heating unit 8.Glue groove 3 is placed in the sea water bath 7, is added with water in the sea water bath 7, and its water surface is not less than the bottom of glue groove 3.Heating unit 8 is arranged on the bottom of sea water bath 7, and heating unit 8 adopts resistance heating element.Certainly, heating unit 8 also can be arranged on other following position of the water surface in the sea water bath 7.
Resins, epoxy in the glue groove 3 relies on the water in the sea water bath 7 to heat indirectly.This type of heating is heating ring epoxy resins equably not only, and controls Heating temperature easily, can avoid causing because of Heating temperature is too high ORGANDY aged problem.
In sea water bath 7, also be provided with the temperature regulator of the temperature of the water that is used for controlling sea water bath, this temperature regulator comprises probe and function unit, it is following with measuring water temperature that probe stretches into the sea water bath 7 interior waters surface, and resulting observed value is sent to its function unit, function unit is arranged on the outside of sea water bath 7 and is connected with resistance heating element 8, in order to start or to turn-off and control heating unit 8.
The XMT-288FC digital display temperature controller that described temperature regulator can adopt Hangzhou Holley instrument head factory to produce.Can set in advance a temperature value before use in function unit, the temperature value scope that sets usually is between 40～50 ℃.During use, when probe detects water temperature and is lower than the temperature value that sets, by function unit starting resistance heating unit 8 with the water in the heated water bath pond 7; When probe detected water temperature and reaches default temperature value, function unit controlling resistance heating unit 8 stopped heating.
Squeezing device 4 be arranged on glue groove 3 directly over, squeezing device 4 comprises slide rail, level pressure roller 41, dynamic pressure roller 42 and handle.Level pressure roller 41 and dynamic pressure roller 42 be arranged in parallel, and are bearing on the slide rail by bearing, and wherein, level pressure roller 41 is fixedly supported upon on the slide rail, and dynamic pressure roller 42 can move along the length direction of slide rail to regulate the spacing between itself and the level pressure roller 41.
In the present embodiment, level pressure roller 41 and dynamic pressure roller 42 adopt stainless steel tube to make.
The two ends of dynamic pressure roller 42 are provided with slide block, on corresponding with it slide rail, be provided with along the chute of slide rail length direction, slide block is arranged in the chute and with handle and is connected, can spur slide block by handle slides in chute, thereby dynamic pressure roller 42 is slided on slide rail, thereby adjust the distance between itself and the level pressure roller 41.
Also be provided with gear at dynamic pressure roller 42 and level pressure roller 41 ends, described gear is connected with variable-frequence governor by chain, and variable-frequence governor is connected with external motor.Externally under the driving of motor, dynamic pressure roller 42 and level pressure roller 41 can be respectively rotate around separately central shaft, can regulate their rotating speed by variable-frequence governor.
By regulate level pressure roller 41 and dynamic pressure roller 42 between the two distance and the rotating speed of regulating both can regulate the impregnation resin content on the ORGANDY.On needing ORGANDY during the less glue of dipping, can realize by the rotating speed that reduces the distance between two pressure rollers and/or accelerate two pressure rollers; On needing ORGANDY during the more glue of dipping, can realize by the rotating speed that increases the distance between two pressure rollers and/or reduce by two pressure rollers, even two pressure rollers are stopped operating, to flood more glue.
By regulating the distance between level pressure roller 41 and the dynamic pressure roller 42, glue unnecessary on the ORGANDY can be extruded, prevent that glue from dripping pouring, reduce the consumption of fat amount, save cost.In actual production, because ORGANDY size difference, distance between two pressure rollers is unfixing, therefore, usually weigh with the pressure between two pressure rollers, the pressure between two pressure rollers is generally 0.5～0.8kg/mm2, and gel content is controlled at 25%～40%, preferred gel content is 30%, can avoid like this causing each interlayer rimose problem of coil because of the too high difficult curing of glue amount.
See also Fig. 3 to Fig. 7, close yarn device 5 and comprise the part of entrying, press the yarn part and close the yarn part.The part of entrying and pressure yarn partly are arranged on the pedestal 54 of long strip shape structure, close the end of yarn partial fixing at pedestal 54.
The described part of entrying comprises that a plurality of holes of entrying, the described hole of entrying are arranged on the post 51 of entrying, and are provided with the hole of entrying on each post 51 of entrying; Described pressure yarn partly comprises many press rollers 52; The described yarn part of closing comprises that is at least closed a yarn roller 53.
The described part of entrying, pressure yarn part all are arranged on the pedestal 54.Wherein, a plurality of posts 51 of entrying in the part of entrying are provided with at interval along the width of pedestal 54, and press a plurality of press rollers 52 in the yarn part to be provided with at interval along the length direction of pedestal 54.
End at pedestal 54 is provided with wicker 56, and this wicker 56 and the protuberance of pedestal 54 both sides be common to form a looping pit, and as shown in Figure 5, the ORGANDY behind the impregnation is passed to enter after this ring structure and closed yarn device 5.
In the present embodiment, the part of entrying is made up of two portions, i.e. first entry part and second part of entrying, first part and second part of entrying of entrying lays respectively at and presses yarn both sides partly, shown in Fig. 3,4, first entrys partly is positioned at the right side of pressing the yarn part, and second entrys partly is positioned at pressure yarn left side partly.Wherein, first part and second part of entrying of entrying respectively comprises five posts 51 of entrying, these five post 51 settings at interval on the length direction of pedestal 54 and width of entrying.ORGANDY all will be passed before and after pressing yarn through press roller 52 and be pressed the yarn hole.
In the present embodiment, press yarn partly to comprise eight columniform press rollers of arranging along the pedestal length direction 52.Press roller 52 by retaining plate 55 and screw fixed interval on pedestal 54 and relative, to save limited space with the breach at pedestal 54 middle parts.And the width setting of press roller 52 along the length direction of pedestal 54 along pedestal 54, as shown in Figure 7.
In the present embodiment, close yarn and comprise that partly three are closed yarn roller 53, it is fixed between two twisted plates that be arranged in parallel 57 at interval, and two twisted plates 57 are fixed on an end of pedestal 54.Closing yarn roller 53 can be around its central shaft rotation, to be used to transmit ORGANDY.After many single ORGANDY ECDC yarn rollers 53 close yarn, can synthesize the glass cotton yarn tape of certain width.
The hole of entrying during ORGANDY behind the impregnation is at first entried partly by first, pass through press roller 52 then, behind the hole of entrying in entrying partly by second again, from close yarn roller 53, pass through again, owing to close the groove that is shaped as of yarn roller 53, many ORGANDY are synthetic banded from this groove, promptly form the glass cotton yarn tape.Wherein, the guiding that act as of entry hole and press roller 52 makes ORGANDY pass through from specified direction.
At last, formed ORGANDY cotton yarn tape is wound onto on the spool 6, and spool 6 is connected with exterior motor with variable-frequence governor, drives spool 6 by exterior motor and rotates, and variable-frequence governor wherein can be regulated spool 6 rotating speeds.
In the present embodiment, the concrete working process of ORGANDY impregnation equipment is as follows:
At first start heating unit 8, make ORGANDY aging in order to prevent that the Resins, epoxy temperature is too high, the temperature of the water in the sea water bath is controlled at 40～50 ℃; For the glue amount of flooding on the feed glass yarn and make impregnation even, regulate the spacing between level pressure roller 41 and the dynamic pressure roller 42 earlier, the pressure that is subjected to when ORGANDY is passed between two pressure rollers is 0.5～0.8kg/mm
2
During work, the ORGANDY that is placed on the yarn axle 1 is at first passed in the yarn hole 23 on being arranged in row's yarn machine 2, with prevent ORGANDY when the impregnation strand around together; Pass from glue groove 3 interior pressure roller bottoms then, to guarantee ORGANDY impregnation well; Between level pressure roller 41 and dynamic pressure roller 42, pass again, unnecessary glue is squeezed out; From the looping pit that wicker 56 and pedestal 54 are formed, pass then and enter and close yarn device 5, when enter close yarn device 5 after, ORGANDY at first pass first entry the part the hole of entrying, with avoid many ORGANDY when pressing yarn strand around together, again through press roller 52, pass then second entry the part the hole of entrying, close the ORGANDY cotton yarn tape that yarn forms required width and thickness by closing yarn roller 53 again; At last, formed ORGANDY cotton yarn tape is wound on the spool 6.
In above-mentioned immersing glue process, the rotating speed of two pressure rollers in the squeezing device 4 is 10～12r/min usually.The winding speed of spool 6 is according to circumstances decided, and is generally 30～40r/min, but also unsuitable too fast, otherwise can cause impregnation resin content very few, even the broken yarn phenomenon occurs.
The ORGANDY impregnation equipment that adopts present embodiment to provide is made ORGANDY, single ORGANDY can be made the ORGANDY cotton yarn tape of certain width and thickness, for example, can be that 0.2mm, width are that the synthetic thickness of single ORGANDY of 3mm is that 0.3mm, width are 30mm and the uniform cotton yarn tape of thin and thick with thickness.Single ORGANDY is made the intensity that the ORGANDY cotton yarn tape not only can improve ORGANDY, the coil that makes coiling is consolidation (ORGANDY will have certain force of strain that coil is taken up during coiling) more, but also can reduce time of coiling, improved production efficiency.
Need to prove,, promptly only need the synthetic cotton yarn tape of several ORGANDY if required ORGANDY cotton yarn tape is narrower, can be only in closing yarn device 5 in a side setting of pressing the yarn part hole of entrying, be provided with one simultaneously and close yarn roller 53, can finish the yarn process of closing.Similarly, the width of cotton yarn tape and thickness are bigger if desired, promptly need the single ORGANDY of greater amt closed and be made as cotton yarn tape, then correspondingly one group of hole of entrying need be set respectively in press roller 52 both sides, and increase the quantity in the hole of entrying, simultaneously, also will be provided with and more close yarn roller 53, in other words, entrying the hole can be according to needs of production increase or minimizing with the quantity of closing yarn roller 53.
Be understandable that above embodiment only is the illustrative embodiments that adopts for principle of the present utility model is described, yet the utility model is not limited thereto.For those skilled in the art, under the situation that does not break away from spirit of the present utility model and essence, can make various modification and improvement, these modification and improvement also are considered as protection domain of the present utility model.
Claims (10)
1. ORGANDY impregnation equipment, comprise the yarn axle (1) that sets gradually, row's yarn machine (2), hold glue glue groove (3), be used to push the squeezing device (4) of surplus glue on the yarn and the spool (6) that the yarn behind the impregnation is reeled, it is characterized in that between described squeezing device (4) and spool (6), being provided with many ORGANDY close make cotton yarn tape close yarn device (5).
2. ORGANDY impregnation equipment according to claim 1, it is characterized in that the described yarn device (5) that closes comprises that first entrys partly, presses the yarn part and close the yarn part, described first entrys partly comprises a plurality of holes of entrying, described pressure yarn partly comprises many press rollers (52), the described yarn part of closing comprises that is at least closed a yarn roller (53), and described press roller (52) is arranged on described entry hole and described closing between the yarn roller (53).
3. ORGANDY impregnation equipment according to claim 2 is characterized in that described hole and the press roller (52) of entrying is arranged on the pedestal (54), and pedestal (54) is a long strip shape, and its cross section is a groove shape structure, and its two ends are protuberance, and middle portion forms groove.
4. ORGANDY impregnation equipment according to claim 3, it is characterized in that the described hole of entrying is arranged on the post of entrying (51), on each post of entrying (51) hole of entrying is set, a plurality of posts of entrying (51) are provided with at interval along the width of pedestal (54), and a plurality of press rollers (52) are provided with at interval along the length direction of pedestal (54).
5. ORGANDY impregnation equipment according to claim 4, it is characterized in that at press roller (52) and close also being provided with second part of entrying between the yarn roller (53), second entrys partly comprises a plurality of posts of entrying, the hole of entrying is set on each post of entrying, and second hole of entrying of entrying part is provided with along interval on the width of pedestal (54).
6. ORGANDY impregnation equipment according to claim 1, it is characterized in that also including the heating unit that the glue in the glue groove (3) is heated, described heating unit comprises sea water bath (7) that water is housed and the heating unit (8) that the water in the sea water bath is heated, and glue groove (3) is placed in the sea water bath (7).
7. ORGANDY impregnation equipment according to claim 6, it is characterized in that described heating unit also includes the temperature regulator of the water temperature that is used to control sea water bath, described temperature regulator comprises probe and function unit, described probe stretches in the water of sea water bath with measuring water temperature, and resulting observed value is sent to described function unit; Described function unit is connected with described heating unit (8), and function unit is by analyzing the start and stop with control heating unit (8) to described observed value.
8. according to the described ORGANDY impregnation equipment of one of claim 1-7, it is characterized in that described squeezing device (4) comprises slide rail, level pressure roller (41) and dynamic pressure roller (42), described level pressure roller (41) and dynamic pressure roller (42) are set in parallel on the slide rail, wherein, level pressure roller (41) is fixedly supported upon on the slide rail, and dynamic pressure roller (42) can move along the length direction of slide rail to regulate the spacing between itself and the level pressure roller (41).
9. ORGANDY impregnation equipment according to claim 8 is characterized in that described level pressure roller (41) and dynamic pressure roller (42) can rotate around central shaft separately respectively.
10. ORGANDY impregnation equipment according to claim 8, it is characterized in that described squeezing device (4) be arranged on glue groove (3) directly over.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201810249U CN201722289U (en) | 2010-05-06 | 2010-05-06 | Glass yarn impregnation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201810249U CN201722289U (en) | 2010-05-06 | 2010-05-06 | Glass yarn impregnation device |
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|---|---|
| CN201722289U true CN201722289U (en) | 2011-01-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201810249U Expired - Fee Related CN201722289U (en) | 2010-05-06 | 2010-05-06 | Glass yarn impregnation device |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102503182A (en) * | 2011-11-08 | 2012-06-20 | 大连橡胶塑料机械股份有限公司 | Online gluing production line for carbon (glass) fibers |
| CN107627620A (en) * | 2017-09-28 | 2018-01-26 | 国家电网公司 | By mica tape and mylar tape by impregnating epoxy glue the device that is combined |
| CN110103155A (en) * | 2019-04-18 | 2019-08-09 | 广州捷骏电子科技有限公司 | A kind of nonwoven fabric brush wheel and its production system and method |
| CN110627379A (en) * | 2019-10-28 | 2019-12-31 | 河南交通职业技术学院 | Preparation method of basalt fiber swab for concrete |
| CN112794656A (en) * | 2021-01-27 | 2021-05-14 | 安徽森德新材料科技发展有限公司 | Yarn impregnation winding device for glass fiber reinforcement production |
-
2010
- 2010-05-06 CN CN2010201810249U patent/CN201722289U/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102503182A (en) * | 2011-11-08 | 2012-06-20 | 大连橡胶塑料机械股份有限公司 | Online gluing production line for carbon (glass) fibers |
| CN102503182B (en) * | 2011-11-08 | 2013-11-06 | 大连橡胶塑料机械股份有限公司 | Online gluing production line for carbon (glass) fibers |
| CN107627620A (en) * | 2017-09-28 | 2018-01-26 | 国家电网公司 | By mica tape and mylar tape by impregnating epoxy glue the device that is combined |
| CN110103155A (en) * | 2019-04-18 | 2019-08-09 | 广州捷骏电子科技有限公司 | A kind of nonwoven fabric brush wheel and its production system and method |
| CN110627379A (en) * | 2019-10-28 | 2019-12-31 | 河南交通职业技术学院 | Preparation method of basalt fiber swab for concrete |
| CN112794656A (en) * | 2021-01-27 | 2021-05-14 | 安徽森德新材料科技发展有限公司 | Yarn impregnation winding device for glass fiber reinforcement production |
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