CN204676299U - A kind of fabrics stereoplasm structure - Google Patents
A kind of fabrics stereoplasm structure Download PDFInfo
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- CN204676299U CN204676299U CN201520315976.8U CN201520315976U CN204676299U CN 204676299 U CN204676299 U CN 204676299U CN 201520315976 U CN201520315976 U CN 201520315976U CN 204676299 U CN204676299 U CN 204676299U
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Abstract
A kind of fabrics stereoplasm structure, relates to fabrics production equipment field.The utility model comprises slurry pool, refining flattening device and solidification pond, and described refining flattening device comprises and being arranged on stabilizing roller between described slurry pool and described solidification pond, being arranged on the rearmounted scraper scraped oar device, be arranged on whole scraper between described stabilizing roller and described solidification pond and at least one handle for controlling the cloth cover slurry uniformity and thickness between described stabilizing roller and described slurry pool; Described stabilizing roller setting position is higher than the Chi Kou position in described slurry pool and described solidification pond, and the edge of a knife of described rearmounted scraper is positioned at the below of the edge of a knife of described whole scraper.The utility model makes fabrics surface size even uniform more, Gu a kind of fabrics stereoplasm structure of oar better effects if.
Description
Technical field
The utility model relates to fabrics production equipment field, particularly relates to a kind of fabrics stereoplasm structure.
Background technology
Coating fabrics mainly contains its demands of feature such as printing adaptability is strong, advantage of lower cost as the auxiliary material of clothes large.The important step that coating stereoplasm technique is produced as fabrics, in stereoplasm technique cloth water inlet before cut to lengthen, surperficial slurry thickness and the control that the uniformity controls and each transmits angle all determine pliability and the printing adaptability of fabrics, directly enter water cure and cannot form well upper pulp layer after the effects on surface slurry that current stereoplasm technique can only be simple does certain uniform treatment.
Disclosed in the Chinese utility model patent of and for example publication number CN 202671864 U is a kind of wet type coating machine for coating fabrics, comprise entering arrangment, enter cloth padding machine, enter cloth expander, slurry pool, fabric guide roll, front scraper, rear scraper, conjunctiva pond, front padding machine, washing pool, rear padding machine, drying cylinder and wrap-up, slurry pool is arranged on between cloth padding machine and front scraper, conjunctiva pond is arranged between rear scraper and front padding machine, washing pool is arranged between front padding machine and rear padding machine, enters before cloth expander is arranged on slurry pool.This utility model cannot be deviate from the too much upper band slurry in rear surface to cloth and be carried out good uniform treatment to such an extent as to the planarization effects of scraper after impact from slurry pool, still cannot solve the technical problem that the pulp layer uniformity of design on fabric surface and flatness effectively control.
Utility model content
Provide for the deficiencies in the prior art part the utility model and make fabrics surface size even uniform more, Gu a kind of fabrics stereoplasm structure of oar better effects if.
The technical solution of the utility model is to provide a kind of fabrics stereoplasm structure, comprise slurry pool, refining flattening device and solidification pond, described refining flattening device comprises and being arranged on stabilizing roller between described slurry pool and described solidification pond, being arranged on the rearmounted scraper scraped oar device, be arranged on whole scraper between described stabilizing roller and described solidification pond and at least one handle for controlling the cloth cover slurry uniformity and thickness between described stabilizing roller and described slurry pool; Described stabilizing roller setting position is higher than the Chi Kou position in described slurry pool and described solidification pond, and the edge of a knife of described rearmounted scraper is positioned at the below of the edge of a knife of described whole scraper.
The technological operation of being uniformly distributed of the design on fabric surface slurry that the stabilizing roller that the utility model is arranged is cloth between starching to solidification two-step process, THICKNESS CONTROL and flatness provides can the physical space of control angle.Found by actual work test simultaneously, cloth upper band slurry on its surface after leaving slurry pool is appointed and is so had very high mobility, after by first time removing additional size, slurry appoints the impact that so can be subject to gravity to infiltrate into reverse side from front, and flowing downward along cloth reverse side causes the slurry of design on fabric surface uneven respectively, the design on fabric surface slurry that this situation causes is uneven is simply to lean on the scraper of function singleness to carry out processing, and the slurry crimping section accumulated due to gravity effect at cloth reverse side can also coordinate whole scraper and rearmounted scraper to solve the technical problem of the Homogenization Treatments of the cloth tow sides slurry when slurry just departs from slurry pool to front by the stabilizing roller that the utility model is arranged simultaneously.
As preferably of the present utility model, described stabilizing roller and described scraping between oar device are provided with for regulating the cloth angle of entering of described stabilizing roller to make slurry be evenly distributed on the angle regulator of the positive and negative of cloth simultaneously.
As preferably of the present utility model, whole described scraper comprises the fine setting the first scraper going out cloth angle of described stabilizing roller and at least one smooth scraper, and the edge of a knife of described smooth scraper is arranged on above the edge of a knife of the first scraper.
As preferably of the present utility model, described the first scraper is arranged on the front of described cloth, the edge of a knife of described the first scraper is 0cm-15cm to the distance of the minimum point of described stabilizing roller, and the distance between the edge of a knife of described the first scraper and the edge of a knife of described smooth scraper is 2cm-15cm.
As preferably of the present utility model, also comprise the second rearmounted scraper coordinating with described rearmounted scraper and transmit angle for finely tuning cloth, the edge of a knife of the described second rearmounted scraper is arranged on below the edge of a knife of described rearmounted scraper.
As preferably of the present utility model, whole scraper and described rearmounted scraper (10) all relatively design on fabric surface are obliquely installed; Described oar device of scraping comprises and is separately positioned on the first hurdle cutter above described slurry pool and the second hurdle cutter, and the first described hurdle cutter and the second described hurdle cutter are all and plane-parallel.
As preferably of the present utility model, in described slurry pool, be provided with the first heating constant-temperature equipment for keeping slurry temperature; The second heating constant-temperature equipment for keeping solidifying fluid temperature in pond is provided with in described solidification pond.
As preferably of the present utility model, be provided with at least two described material pond fabric guide rolls in described slurry pool, in described solidification pond, be provided with at least two described pond fabric guide rolls.
As preferably of the present utility model, be also provided with between described slurry pool and described solidification pond and carry out to the edge portion of cloth the selvedge that additional size strikes off recovery and take off oar scraper plate, described selvedge takes off oar scraper plate and is arranged on edge, described stabilizing roller both sides.
As preferably of the present utility model, be slurry levelling section between the pond mouth in described rearmounted scraper and described solidification pond, the length of described slurry levelling section is 60cm-300cm.
The utility model has following beneficial effect:
Hinge structure, the utility model adds centered by stabilizing roller, the process structure of the design on fabric surface slurry coordinated is carried out with Pulp scraping device, whole scraper and rearmounted scraper, cloth is made to leave after the unnecessary slurry in slurry pool rear surface is removed and can also carry out uniform treatment by the slurry irregular to cloth tow sides, carry out the THICKNESS CONTROL of pulp layer and the surfacing process of pulp layer simultaneously, with ensure cloth be finally cured after quality.
The utility model effectively can promote pliability and the printing adaptability of fabrics.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the second example structure schematic diagram of Pulp scraping device of the present utility model;
In figure, 1-slurry pool; 2-refining flattening device; 3-solidifies pond; 4-stabilizing roller; 5-scrapes oar device; 6-whole scraper; The rearmounted scraper of 7-; 8-angle regulator; The rearmounted scraper of 9-second; 10-first heating constant-temperature equipment; 11-second heating constant-temperature equipment; 12-expects pond fabric guide roll; 13-pond fabric guide roll; 14-selvedge takes off oar scraper plate; 15-slurry levelling section; 501-first hurdle cutter; 502-second hurdle cutter; 503-first roll; 504-second roll; The first scraper of 601-; The smooth scraper of 602-.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in further detail.
As shown in Figure 1, the utility model embodiment comprises slurry pool 1, refining flattening device and solidification pond 3.Slurry pool 1, refining flattening device and solidification pond 3 set gradually.Refining flattening device comprises and being arranged on stabilizing roller between slurry pool and solidification pond, being arranged on the rearmounted scraper scraped oar device, be arranged on whole scraper between stabilizing roller and solidification pond and at least one handle for controlling the cloth cover slurry uniformity and thickness between stabilizing roller and slurry pool; Stabilizing roller setting position is higher than slurry pool and the Chi Kou position of solidifying pond, and the edge of a knife of rearmounted scraper is positioned at the below of the edge of a knife of whole scraper.
As shown in Figure 1, the slurry pool 1 of the utility model embodiment has chuck, arranges the first heating constant-temperature equipment 10 and can heat, be incubated in chuck, keeps feed temperature to be 20 DEG C-55 DEG C, and actual temp needs to carry out management and control to cloth infiltration according to job requirement.The width suitable for reading of slurry pool 1 is between 40cm-100cm, height is between 30cm-100cm, and end opening width is between 20cm-100cm, and slurry pool 1 is installed 1-3 bar and do not waited material pond fabric guide roll 12 on top, bottom is installed 1-3 bar and is not waited material pond fabric guide roll 12, and Main Function is that feed liquid is fully soaked.The feed liquid degree of depth in slurry pool 1 is 15cm-80cm, and viscosity of sludge is 1000mpas-6000mpas is that the reduction of feed volume needed according to cloth cover is determined.
As shown in Figure 1, be provided with stabilizing roller 4 between the utility model embodiment slurry pool 1 and solidification pond 3, stabilizing roller 4 setting position is higher than slurry pool 1 and the Chi Kou position of solidifying pond 3, and stabilizing roller 4 adopts the straight roll of 6cm-35cm.Cloth contacts side with stabilizing roller 4 be cloth reverse side, and another side is cloth front.The top of stabilizing roller 4 is also provided with carries out to the edge portion of cloth the selvedge that additional size strikes off recovery and takes off oar scraper plate 14, selvedge takes off the edge, horizontal direction both sides that oar scraper plate 14 is arranged on cloth, because the edge of cloth in actual production can be tailored after finished product, so be that waste is raw-material to edge starching, therefore selvedge is set takes off the removal that slurry is carried out in oar scraper plate 14 pairs of cloth edges.
As shown in Figure 1, between the utility model embodiment stabilizing roller 4 and slurry pool 1, along stabilizing roller 4 enter cloth direction is provided with remove unnecessary upper band slurry for the distribution of uniform distribution surface size simultaneously scrape oar device 5.
As shown in Figure 1, the first embodiment of the utility model embodiment destarch device 8: scrape oar device 5 and comprise and be separately positioned on above slurry pool 1, first hurdle cutter 501 and the second hurdle cutter 502 in cloth reverse side and front, first hurdle cutter 501 and the second hurdle cutter 502 are all with plane-parallel or become β angle, and β angle is 90 ° ~ 160 °.The arranging of β angle the first hurdle cutter 501 and the second hurdle cutter 502 can be assisted better to complete remove on design on fabric surface with too much slurry and the uniformity tentatively regulating design on fabric surface slurry.The angle when position being arranged on the first hurdle cutter 501 of cloth reverse side can also regulate cloth to leave slurry pool 1, for actual process operation provides new operation element parameter, facilitates process optimization.
As shown in Figure 2, the second embodiment of the utility model embodiment destarch device 8: scrape oar device 5 and comprise and be separately positioned on above slurry pool 1, be close to first roll 503 in cloth reverse side and front and the second roll 504, first roll 503 and the second roll 504 just to setting.First roll 503 and the second roll 504 all adopt straight roll, this setup can remove on design on fabric surface with too much slurry while can also be preliminary the slurry to design on fabric surface carry out evenly floating and there is the intractability that certain steadiness decreases the pulp flow that operation below produces because of gravity.The angle when position being arranged on the first roll 503 of cloth reverse side can also regulate cloth to leave slurry pool 1, for actual process operation provides new operation element parameter, facilitates process optimization.
As shown in Figure 1, the utility model embodiment stabilizing roller 4 and scraping to be provided with between oar device 5 for modification stability roller 4 enter cloth angle make simultaneously slurry be evenly distributed on cloth positive and negative and reduce slurry bring measuring angle adjusting device 8.Angle regulator 8 can be plain-barreled roll, can be roller also can be olive roller, diameter at 8cm-15cm, the surfacing of angle regulator 8.
As shown in Figure 1, between the utility model embodiment stabilizing roller 4 and solidification pond 3, go out along stabilizing roller 4 whole the scraper 6 cloth direction being provided with and adjusting cloth angle for controlling design on fabric surface slurry thickness simultaneously, the below of whole scraper 6 is provided with and regulates cloth to enter the rearmounted scraper 7 of the angle in solidification pond 3 for smooth design on fabric surface slurry simultaneously.Whole scraper 6 and rearmounted scraper 7 are all α angle with design on fabric surface, α angle is between 80 ° ~ 160 °, design parameter regulates according to cloth actual conditions, and the arranging of α angle can assist whole scraper 6 and rearmounted scraper 7 better to complete the technique of uniform distribution surface size distribution flat design on fabric surface simultaneously.Whole scraper 6 comprises the first scraper 601 and smooth scraper 602, the below first scraper of stabilizing roller 4 is the front that the first scraper 601 is arranged on cloth, the edge of a knife of the first scraper 601 is 0cm-15cm to the surperficial minimum distance of stabilizing roller 4, design parameter regulates according to cloth actual conditions, the edge of a knife of smooth scraper 602 is all arranged on below the edge of a knife of the first scraper 601, many edge of a knife spacing smooth scraper 602 are 2cm-15cm, and design parameter regulates according to cloth actual conditions.Also be provided with the second rearmounted scraper 9 coordinated with rearmounted scraper 7 for regulating cloth to transmit angle, the edge of a knife of the second rearmounted scraper 9 is arranged on below the edge of a knife of rearmounted scraper 7, second rearmounted scraper 9 is 2cm-15cm with the edge of a knife distance of rearmounted scraper 7, and design parameter regulates according to cloth actual conditions.
As shown in Figure 1, cloth on line direction between the place of entry that the point of contact going out cloth position to the cloth of the utility model embodiment stabilizing roller 4 enters the liquid level in solidification pond 3 forms the slurry levelling section 15 for the smooth process of slurry, the length of slurry levelling section 15 is 60cm-300cm, design parameter regulates the horizontal liquid level in slurry advection section and solidification pond 3 to be 80 °-150 ° according to cloth actual conditions, design parameter regulates according to cloth actual conditions, angle can at 80 °-120 °, design parameter regulates according to cloth actual conditions, also mainly can want angle on scraper, form different-style feed liquid film recklessly at 45 °-80 °, air-dry printing, length in water is between 1m-3m, solidify according to band doses difference and need different carrying out.
As shown in Figure 1, the utility model embodiment solidification pond 3 is degree of depth 3.5m, it is wide that width is greater than cloth, length is the tank of 1m-5m, the second heating constant-temperature equipment 11 for keeping solidifying fluid temperature in pond 3 is provided with in solidification pond 3, second heating constant-temperature equipment 11 operating temperature is 25 DEG C-50 DEG C, to keep the temperature constant of solidifying clear water in pond at 25 DEG C-50 DEG C.Solidification pond 3 is installed 1-3 bar and is not waited pond fabric guide roll 13 on top, the bottom installation 1-3 bar pond fabric guide roll 13 such as not, Main Function makes slurry and clear water fully react the effect better playing solidification.
Embodiment recited above is only be described preferred embodiment of the present utility model, not limits design of the present utility model and scope.Under the prerequisite not departing from the utility model design concept; the various modification that this area ordinary person makes the technical solution of the utility model and improvement; protection domain of the present utility model all should be dropped into; the technology contents of the utility model request protection, all records in detail in the claims.
Claims (10)
1. a fabrics stereoplasm structure, comprise slurry pool (1), refining flattening device (2) and solidification pond (3), it is characterized in that: described refining flattening device (2) comprise be arranged on stabilizing roller (4) between described slurry pool (1) and described solidification pond (3), be arranged between described stabilizing roller (4) and described slurry pool (1) for controlling the Pulp scraping device (5) of the cloth cover slurry uniformity and thickness, being arranged on the rearmounted scraper (7) of whole scraper (6) between described stabilizing roller (4) and described solidification pond (3) and at least one handle; Described stabilizing roller (4) setting position is higher than the Chi Kou position in described slurry pool (1) and described solidification pond (3), and the edge of a knife of described rearmounted scraper (7) is positioned at the below of the edge of a knife of described whole scraper (6).
2. a kind of fabrics stereoplasm structure according to claim 1, is characterized in that: be provided with between described stabilizing roller (4) and described Pulp scraping device (5) for regulating the cloth angle of entering of described stabilizing roller (4) to make slurry be evenly distributed on the angle regulator (8) of the positive and negative of cloth simultaneously.
3. a kind of fabrics stereoplasm structure according to claim 1, it is characterized in that: whole described scraper (6) comprises the fine setting described stabilizing roller the first scraper (601) going out cloth angle of (4) and at least one smooth scraper (602), and the edge of a knife of described smooth scraper (602) is arranged on above the edge of a knife of the first scraper (601).
4. a kind of fabrics stereoplasm structure according to claim 3, it is characterized in that: described the first scraper (601) is arranged on the front of described cloth, the edge of a knife of described the first scraper (601) is 0cm-15cm to the distance of the minimum point of described stabilizing roller (4), and the distance between the edge of a knife of described the first scraper (601) and the edge of a knife of described smooth scraper (602) is 2cm-15cm.
5. a kind of fabrics stereoplasm structure according to claim 1, it is characterized in that: also comprise the second rearmounted scraper (9) coordinating with described rearmounted scraper (7) and transmit angle for finely tuning cloth, the edge of a knife of the described second rearmounted scraper (9) is arranged on below the edge of a knife of described rearmounted scraper (7).
6. a kind of fabrics stereoplasm structure according to claim 4, is characterized in that: whole scraper (6) and described rearmounted scraper (7) all relatively design on fabric surface are obliquely installed; Described Pulp scraping device (5) comprises the first hurdle cutter (501) and the second hurdle cutter (502) that are separately positioned on described slurry pool (1) top, and the first described hurdle cutter (501) and the second described hurdle cutter (502) are all and plane-parallel.
7. a kind of fabrics stereoplasm structure according to claim 1, is characterized in that: be provided with the first heating constant-temperature equipment (10) for keeping slurry temperature in described slurry pool (1); The second heating constant-temperature equipment (11) for keeping solidifying fluid temperature in pond (3) is provided with in described solidification pond (3).
8. a kind of fabrics stereoplasm structure according to claim 1, is characterized in that: be provided with at least two material pond fabric guide roll (12) in described slurry pool (1), be provided with at least two pond fabric guide rolls (13) in described solidification pond (3).
9. a kind of fabrics stereoplasm structure according to claim 1, it is characterized in that: be also provided with between described slurry pool (1) and described solidification pond (3) and carry out to the edge portion of cloth the selvedge destarch scraper plate (14) that additional size strikes off recovery, described selvedge destarch scraper plate (14) is arranged on described stabilizing roller (4) edge, both sides.
10. a kind of fabrics stereoplasm structure according to claim 1, it is characterized in that: be slurry levelling section (15) between the pond mouth in described rearmounted scraper (7) and described solidification pond (3), the length of described slurry levelling section (15) is 60cm-300cm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520315976.8U CN204676299U (en) | 2015-05-15 | 2015-05-15 | A kind of fabrics stereoplasm structure |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520315976.8U CN204676299U (en) | 2015-05-15 | 2015-05-15 | A kind of fabrics stereoplasm structure |
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| CN204676299U true CN204676299U (en) | 2015-09-30 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104878542A (en) * | 2015-05-15 | 2015-09-02 | 浙江凯瑞博科技股份有限公司 | Label fabric slurry curing structure |
| CN107700231A (en) * | 2017-12-01 | 2018-02-16 | 湖州倍亨纺织有限公司 | A kind of resistance to strong preparation method for washing trade mark ribbon of high temperature resistant |
| CN107829194A (en) * | 2017-12-01 | 2018-03-23 | 湖州倍亨纺织有限公司 | A kind of preparation method of anti-false trademark ribbon |
-
2015
- 2015-05-15 CN CN201520315976.8U patent/CN204676299U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104878542A (en) * | 2015-05-15 | 2015-09-02 | 浙江凯瑞博科技股份有限公司 | Label fabric slurry curing structure |
| CN107700231A (en) * | 2017-12-01 | 2018-02-16 | 湖州倍亨纺织有限公司 | A kind of resistance to strong preparation method for washing trade mark ribbon of high temperature resistant |
| CN107829194A (en) * | 2017-12-01 | 2018-03-23 | 湖州倍亨纺织有限公司 | A kind of preparation method of anti-false trademark ribbon |
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