CN204417823U - Warp sizing machine - Google Patents
Warp sizing machine Download PDFInfo
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- CN204417823U CN204417823U CN201420855572.3U CN201420855572U CN204417823U CN 204417823 U CN204417823 U CN 204417823U CN 201420855572 U CN201420855572 U CN 201420855572U CN 204417823 U CN204417823 U CN 204417823U
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Abstract
The utility model discloses warp sizing machine, comprise the first stock tank, the first submergence roller and the first sizing roller, first squeezing roller is set above the first sizing roller, in the first stock tank side, feed mechanism is set, first stock tank rear is provided with opening portion, be provided with below opening portion and connect stock tank, be positioned at the first stock tank the side connecing stock tank and be provided with the second stock tank, also comprise the first feedway and the second feedway that respectively the first stock tank and the second stock tank are carried out to slurry supply.First the utility model starching machine warp thread passes through first time starching in the first stock tank, what the impurity adhered to by warp yam surface by the squeezing action of squeezing roller after starching and its inside were contained together to be extruded along with slurry containing thing and is fallen into the first stock tank, warp thread after the first stock tank is admitted to and the first stock tank independently the second stock tank, be extruded after secondary starching in the second stock tank, make a part of slurry of original attachment replace by the slurry in the second stock tank, and its surface attachments is removed further.
Description
Technical field
The utility model relates to field of textile equipment, more specifically, relates to a kind of starching machine.
Background technology
Tradition warp sizing utilizes yarn in the stock tank being marked with slurries, through soaking paste and the crushing of submergence roller, sizing roller and squeezing roller, reaches the starch finishing effect that a slurries part is wrapped in yam surface, a part is impregnated into yarn interior.In quetsch shown in Fig. 1, yarn is delivered to submergence roller 3 by the feeding roller 1 that arranges in stock tank 4 side and guide roller 2, and import adsorption slurry in slurries by submergence roller 3, the yarn being adsorbed with slurries then imports between squeezing roller 6 and sizing roller 5 and squeezes.
Said structure, is squeezed into or falls into the slurries of stock tank gradually, pollute, have impact on the quality of slurries to slurries in the cast of warp sizing front surface attachment and impurity etc. are along with its sizing process.Along with in slashing process, the reduction of the own quality of slurries and along with the bubble produced in sizing process, the quality of starching is difficult to be ensured reliably.
Summary of the invention
For the deficiencies in the prior art, the utility model provides a kind of warp sizing machine.
The utility model is achieved by the following technical solution: warp sizing machine, comprise the first stock tank, the first submergence roller and first sizing roller of slurries in immersion first stock tank is provided with in described first stock tank, the first squeezing roller is provided with above described first sizing roller, described first stock tank side is provided with the feed mechanism for carrying warp thread, described first stock tank rear is provided with the opening portion flushed with slurry liquid level, be provided with below described opening portion and connect stock tank, the side connecing stock tank described in being positioned at described first stock tank is provided with the second stock tank, second submergence roller and the second sizing roller are set in described second stock tank, the second squeezing roller is provided with above described second sizing roller, also comprise the first feedway and the second feedway that respectively described first stock tank and described second stock tank are carried out to slurry supply, described first feedway comprises slurry tank and the first slurry nozzle be connected with slurry tank by pipeline, the pipeline that slurry tank is connected with the first slurry nozzle is provided with first pump housing, described second feedway comprises the second slurry nozzle be connected with slurry tank by pipeline, the pipeline that slurry tank is connected with the second slurry nozzle is provided with second pump housing, described slurry tank by pipeline with connect stock tank and be communicated with, the first valve is set gradually with connecing on pipeline that stock tank is connected at slurry tank, 3rd pump housing and filter, described second stock tank is provided with the pipeline that docking stock tank carries out supplying slurries.
In technique scheme, described first slurry nozzle is all arranged on the first stock tank side and parallel and described first sizing roller of described first slurry nozzle is arranged, the relatively described first slurry nozzle position of described first stock tank opposite side is provided with heater, and described heater flushes with slurry liquid level.
In technique scheme, described second slurry nozzle is all arranged on the second stock tank side and described second slurry nozzle is parallel to described second sizing roller setting, the relatively described second slurry nozzle position of described second stock tank opposite side is provided with heater, and described heater flushes with slurry liquid level.
The utility model has following beneficial effect: first the utility model starching machine warp thread passes through first time starching in the first stock tank, what the impurity adhered to by warp yam surface by the squeezing action of squeezing roller after starching and its inside were contained together to be extruded along with slurry containing thing and is fallen into the first stock tank, warp thread after the first stock tank continues to be admitted to and the first stock tank independently the second stock tank, be extruded after secondary starching in the second stock tank, make a part of slurry of original attachment replace by the slurry in the second stock tank, and its surface attachments is removed further, substantially thing (being generally oils etc.) and surface attachments is not contained containing inner after finally making warp sizing.
Accompanying drawing explanation
Fig. 1 is the structural representation of starching machine in background technology.
Fig. 2 is the structural representation of the utility model starching machine.
Fig. 3 is the schematic top plan view of the utility model starching machine.
Detailed description of the invention
Below in conjunction with accompanying drawing and detailed description of the invention, the utility model is described in further detail: see Fig. 2 to Fig. 3, warp sizing machine, comprise the first stock tank 1, the first submergence roller 2 and the first sizing roller 3 of slurries in immersion first stock tank 1 is provided with in described first stock tank 1, the first squeezing roller 4 is provided with above described first sizing roller 3, (feed mechanism of warp thread is prior art to the feed mechanism being provided with for carrying warp thread in described first stock tank 1 side, do not repeated in an embodiment), described first stock tank 1 rear is provided with the opening portion 8 flushed with slurry liquid level, be provided with below described opening portion 8 and connect stock tank 9, the side connecing stock tank 9 described in being positioned at described first stock tank 1 is provided with and described first stock tank 1 independently the second stock tank 1a, second submergence roller 2a and the second sizing roller 3a is set in described second stock tank 1a, the second squeezing roller 4a is provided with above described second sizing roller 3a, also comprise the first feedway and the second feedway that respectively described first stock tank 1 and described second stock tank 1a are carried out to slurry supply.
First warp thread passes through first time starching in the first stock tank 1, what the impurity adhered to by warp yam surface by the squeezing action of the first squeezing roller 4 after starching and its inside were contained together to extrude along with slurry containing thing and falls in the first stock tank, warp thread after the first stock tank continues to be admitted to and the first stock tank independently the second stock tank, be extruded after secondary starching in the second stock tank, make a part of slurry of original attachment replace by the slurry in the second stock tank, and its surface attachments is removed further, substantially thing (being generally oils etc.) and surface attachments is not contained containing inner after finally making warp sizing.
Described first feedway comprises slurry tank 7 and the first slurry nozzle 5 be connected with slurry tank 7 by pipeline, and the pipeline that slurry tank 7 is connected with the first slurry nozzle 5 is provided with first pump housing 6.Described second feedway comprises slurry tank 7 and the second slurry nozzle 5a be connected with slurry tank 7 by pipeline, and the pipeline that slurry tank 7 is connected with the second slurry nozzle 5a is provided with the second pump housing 6a.Due to warp thread first starching in the first stock tank 1, namely when the second stock tank 1a sent into by warp thread, it is containing the part size in the first stock tank 1, and the consumption that therefore can obtain slurry in the first stock tank 1 will be identical with the second pump housing 6a transmission power much larger than second stock tank 1a(first pump housing 6).Therefore preferred, described second stock tank 1a is provided with the pipeline 13 that docking stock tank 9 carries out supplying slurries.Described slurry tank 7 by pipeline with connect stock tank 9 and be communicated with, set gradually the first valve 8, the 3rd pump housing 11 and filter 12 at slurry tank 7 with connecing on pipeline that stock tank 9 is connected.In slurry tank and the second stock tank, all arrange liquid level sensor (accompanying drawing is not shown), when detecting that when liquid level sensor in slurry tank, slurries are not enough, described first valve 8 is opened and is back in slurry tank 7 by the fraction slurries connect in stock tank 9 by the 3rd pump housing 11.Meanwhile, when liquid level sensor detects that in the second stock tank, liquid level is higher than preset value, pipeline 13 is opened the slurries in the second stock tank to be conveyed in slurry tank 7 and is carried out slurries and supplement.
Described first slurry nozzle 5 is all arranged on the first stock tank 1 side and parallel and described first sizing roller 3 of described first slurry nozzle 5 is arranged, relatively described first slurry nozzle 5 position of described first stock tank 1 opposite side is provided with heater 10, and described heater 10 flushes with slurry liquid level.Described second slurry nozzle 5a is all arranged on the second stock tank 1a side and described second slurry nozzle 5a is parallel to described second sizing roller 3a arranges, the relatively described second slurry nozzle 5a position of described second stock tank 1a opposite side is provided with heater 10, and described heater 10 flushes with slurry liquid level.That is, the first slurry nozzle 5 is set at the first submergence roller 2 and the first sizing roller 3 both sides that easily produce slurry bubble.Described first slurry nozzle 5 is all arranged on the first stock tank 1 side and parallel and described first sizing roller 4 of the first slurry nozzle 5 is arranged, described first slurry nozzle 5 connects first pump housing 6 and slurry tank 7 successively by pipeline, in slurry tank 7, have the slurry modulated in advance, the slurry in slurry tank 7 is discharged for supplementing for slurries in stock tank 1 by slurry nozzle 5.In slurry nozzle 5, the flow rate of slurry of ejection is constant, and above-mentioned flow velocity optionally can set according to the characteristic of slurry, if ensure that it is not arranged excessively cause it to affect starching.By the slurry of the constant flow rate of ejection in the first slurry nozzle 5, produce the slurry stream substantially parallel with sizing groove, by slurry stream, the slurry bubble produced near sizing roller and submergence roller is flowed out in the gap of submergence roller and sizing roller and stock tank sidewall, slurry bubble can not be imported between squeezing roller and sizing roller substantially and squeeze.
Relatively described first slurry nozzle 5 position of described first stock tank 1 opposite side is provided with heater 10, and described heater 10 flushes with slurry liquid level.See Fig. 3, the slurry bubble produced near the first sizing roller with submergence roller, by contacting on slurry liquid level floating slurry bubble with sizing roller with the heater 10 that outflow path in the gap of stock tank sidewall is arranged along submergence roller under the direct fluid of the injection of the first slurry nozzle 5, makes it be subject to thermal fracture.The slurry bubble in above-mentioned position is prevented again to be back to warp sizing position.
The the second slurry nozzle 5a arranged in described second stock tank 1a is identical with the effect of the first slurry nozzle 5 in the first stock tank 1 with the effect that heater 10 is arranged, and is not therefore repeated in an embodiment.
Claims (3)
1. warp sizing machine, comprise the first stock tank (1), the first submergence roller (2) and first sizing roller (3) of slurries in immersion first stock tank (1) is provided with in described first stock tank (1), described first sizing roller (3) top is provided with the first squeezing roller (4), described first stock tank (1) side is provided with the feed mechanism for carrying warp thread, it is characterized in that: described first stock tank (1) rear is provided with the opening portion (8) flushed with slurry liquid level, be provided with in described opening portion (8) below and connect stock tank (9), the side connecing stock tank (9) described in being positioned at described first stock tank (1) is provided with the second stock tank (1a), second submergence roller (2a) and the second sizing roller (3a) are set in described second stock tank (1a), described second sizing roller (3a) top is provided with the second squeezing roller (4a), also comprise the first feedway and the second feedway that respectively described first stock tank (1) and described second stock tank (1a) are carried out to slurry supply, described first feedway comprises slurry tank (7) and the first slurry nozzle (5) be connected with slurry tank (7) by pipeline, the pipeline that slurry tank (7) is connected with the first slurry nozzle (5) is provided with first pump housing (6), described second feedway comprises the second slurry nozzle (5a) be connected with slurry tank (7) by pipeline, the pipeline that slurry tank (7) is connected with the second slurry nozzle (5a) is provided with second pump housing (6a), described slurry tank (7) by pipeline with connect stock tank (9) and be communicated with, the first valve (8) is set gradually with connecing on pipeline that stock tank (9) is connected at slurry tank (7), 3rd pump housing (11) and filter (12), described second stock tank (1a) is provided with the pipeline (13) that docking stock tank (9) carries out supplying slurries.
2. warp sizing machine as claimed in claim 1, it is characterized in that: described first slurry nozzle (5) is all arranged on the first stock tank (1) side and parallel and described first sizing roller (3) of described first slurry nozzle (5) is arranged, described first stock tank (1) opposite side relatively described first slurry nozzle (5) position is provided with heater (10), and described heater (10) flushes with slurry liquid level.
3. warp sizing machine as claimed in claim 1, it is characterized in that: described second slurry nozzle (5a) is all arranged on the second stock tank (1a) side and described second slurry nozzle (5a) is parallel to the setting of described second sizing roller (3a), described second stock tank (1a) opposite side relatively described second slurry nozzle (5a) position is provided with heater (10), and described heater (10) flushes with slurry liquid level.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420855572.3U CN204417823U (en) | 2014-12-30 | 2014-12-30 | Warp sizing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420855572.3U CN204417823U (en) | 2014-12-30 | 2014-12-30 | Warp sizing machine |
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| Publication Number | Publication Date |
|---|---|
| CN204417823U true CN204417823U (en) | 2015-06-24 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420855572.3U Active CN204417823U (en) | 2014-12-30 | 2014-12-30 | Warp sizing machine |
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| CN (1) | CN204417823U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106757898A (en) * | 2016-12-29 | 2017-05-31 | 鲁泰纺织股份有限公司 | Yarn atomizing quetsch |
-
2014
- 2014-12-30 CN CN201420855572.3U patent/CN204417823U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106757898A (en) * | 2016-12-29 | 2017-05-31 | 鲁泰纺织股份有限公司 | Yarn atomizing quetsch |
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