CN210314852U - Bleaching and dyeing device for pure cotton fabric - Google Patents
Bleaching and dyeing device for pure cotton fabric Download PDFInfo
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- CN210314852U CN210314852U CN201920642344.0U CN201920642344U CN210314852U CN 210314852 U CN210314852 U CN 210314852U CN 201920642344 U CN201920642344 U CN 201920642344U CN 210314852 U CN210314852 U CN 210314852U
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- roller
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- fabric
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Abstract
The utility model discloses a pure cotton fabric bleaching and dyeing device, which comprises a primary rinsing tank, an isolation plate, a secondary rinsing tank, a first ultrasonic generator, a second ultrasonic generator, a third ultrasonic generator, a fourth ultrasonic generator, a feeding roller, a first rinsing roller, a second rinsing roller, a first draining roller, a transferring roller, a third rinsing roller, a fourth rinsing roller, a second draining roller, a detection transferring roller, a lower light source, an upper detection lens, a light screen, an upper light source, a lower detection lens, a discharging roller, fabric and a hot drying air outlet; an isolation plate is arranged between the first-stage rinsing pool and the second-stage rinsing pool, and the first-stage rinsing pool is positioned on the left side of the second-stage rinsing pool; a feeding roller is arranged on the left side of the outer side of the primary rinsing pool; the right side of the outer side of the second-stage rinsing pool is provided with a detection transfer roller, and the right side of the detection transfer roller is provided with a discharge roller. The utility model has the characteristics of rinsing is effectual, and the water consumption is few, and the waterlogging caused by excessive rainfall is dry, two-sided detection rinsing effect.
Description
Technical Field
The utility model relates to a pure cotton surface fabric bleaches and dyes device, especially one kind has that the rinsing is effectual, and the water consumption is few, and the waterlogging caused by excessive rainfall is dry, and the pure cotton surface fabric of two-sided detection rinsing effect bleaches and dyes device.
Background
The general cotton polyester cloth fabric needs to be subjected to pretreatment before dyeing so as to improve the dyeing efficiency and quality, particularly for the cotton polyester cloth fabric with various stains on the surface, the dyeing of grey cloth is often hindered during dyeing, so the bleaching treatment must be performed before the dyeing of the grey cloth so as to improve the dyeing effect, the traditional bleaching process is performed in a bleaching pool, no detection means is needed after the bleaching treatment, the bleaching quality cannot be ensured, and the subsequent dyeing quality is also hindered.
SUMMERY OF THE UTILITY MODEL
An object of the utility model is to provide a pure cotton surface fabric bleaches and dyes device that has that the rinsing is effectual, and the water consumption is few, and the waterlogging caused by excessive rainfall is dry, two-sided detection rinsing effect.
The purpose of the utility model can be realized by the following technical scheme:
a bleaching and dyeing device for pure cotton cloth fabric comprises a primary rinsing tank, an isolation plate, a secondary rinsing tank, a first ultrasonic generator, a second ultrasonic generator, a third ultrasonic generator, a fourth ultrasonic generator, a feeding roller, a first rinsing roller, a second rinsing roller, a first draining roller, a transfer roller, a third rinsing roller, a fourth rinsing roller, a second draining roller, a detection transfer roller, a lower light source, an upper detection lens, a shading plate, an upper light source, a lower detection lens, a discharging roller, fabric and a hot drying air outlet;
an isolation plate is arranged between the first-stage rinsing pool and the second-stage rinsing pool, and the first-stage rinsing pool is positioned on the left side of the second-stage rinsing pool; a feeding roller is arranged on the left side of the outer side of the primary rinsing pool; a detection transfer roller is arranged on the right side of the outer side of the secondary rinsing pool, and a discharge roller is arranged on the right side of the detection transfer roller;
a light screen is arranged between the detection transfer roller and the discharge roller, a lower light source and an upper detection lens are arranged on the left side of the light screen, and the lower light source and the upper detection lens are respectively positioned on the upper side and the lower side of the fabric; an upper light source and a lower detection lens are arranged on the right side of the shading plate, and the upper light source and the lower detection lens are respectively positioned on the lower side and the upper side of the fabric;
a first rinsing roller and a second rinsing roller are arranged on the bottom side in the primary rinsing tank, the first rinsing roller is positioned on the left side of the second rinsing roller, a first draining roller is arranged on the right side wall in the primary rinsing tank, the first draining roller is matched with the second rinsing roller, and the roller surfaces of the second rinsing roller and the first draining roller are tightly pressed;
a transfer roller is arranged at the top of the isolation plate;
a third rinsing roller and a fourth rinsing roller are arranged on the inner bottom side of the secondary rinsing tank, the third rinsing roller is positioned on the left side of the fourth rinsing roller, a second draining roller is arranged on the right side wall of the secondary rinsing tank, the second draining roller is matched with the fourth rinsing roller, and the roller surfaces of the fourth rinsing roller and the second draining roller are tightly pressed;
a hot drying air outlet is formed in the right side wall of the secondary rinsing pool, and a plurality of hot drying air outlets are uniformly distributed on the right side wall of the secondary rinsing pool; the hot drying air outlet is positioned above the second draining roller;
a first ultrasonic generator and a second ultrasonic generator are respectively arranged on the left side and the right side of the primary rinsing pool, and a third ultrasonic generator and a fourth ultrasonic generator are respectively arranged on the left side and the right side of the secondary rinsing pool; the first ultrasonic generator and the second ultrasonic generator are positioned at the bottom side of the primary rinsing pool; the third ultrasonic generator and the fourth ultrasonic generator are positioned at the bottom side of the secondary rinsing tank.
The utility model provides a pure cotton surface fabric bleaches and dyes device, it is effectual to have the rinsing, and the water consumption is few, and the waterlogging caused by excessive rainfall is dry, the characteristics of two-sided detection rinsing effect. The utility model has the advantages that: the fabric is rinsed by the first-stage rinsing pool and the second-stage rinsing pool in a grading manner, so that the service time of rinsing water in a rinsing device is prolonged, and the water consumption for rinsing is reduced; the pollution degree in the rinsing of the secondary rinsing tank is reduced, and the rinsing effect of the fabric out of the secondary rinsing tank is improved;
the lower light source is started to uniformly illuminate the fabric above the lower light source; the upper detection lens collects a picture of the upper surface of the fabric illuminated by a lower light source, the picture collected by the upper detection lens is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric is rinsed completely is judged; the upper light source is started to uniformly illuminate the fabric below the upper light source; the lower detection lens collects a picture of the lower surface of the fabric illuminated by the upper light source, the picture collected by the lower detection lens is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric is rinsed completely is judged; the center of the light screen is provided with a gap, the fabric passes through the gap, and the light screen weakens the lower light source and the upper light source and respectively faces the lower detection lens and the upper detection lens;
the fabric penetrates through the roll surfaces of the first draining roll and the second rinsing roll, and when the fabric passes through the roll surfaces of the first draining roll and the second rinsing roll, the second rinsing roll and the first draining roll are mutually extruded, so that water in a primary rinsing pool adsorbed in the fabric is extruded;
the transfer roller transfers the fabric from the primary rinsing pool to the secondary rinsing pool;
the fabric penetrates through the roll surfaces of the fourth rinsing roll and the second draining roll, and the fourth rinsing roll and the second draining roll are mutually extruded when the fabric passes through the roll surfaces of the fourth rinsing roll and the second draining roll, so that water in a secondary rinsing pool adsorbed in the fabric is extruded;
when the fabrics extruded by the fourth rinsing roller and the second draining roller pass through the hot drying air outlet, high-pressure hot air is blown out of the hot drying air outlet, and the passing fabrics are dried by the high-pressure hot air;
the first ultrasonic generator, the second ultrasonic generator, the third ultrasonic generator and the fourth ultrasonic generator are used for ultrasonically treating the rinsing water in the primary rinsing pool and the secondary rinsing pool, and the rinsing water generates ultrasonic oscillation to enhance the rinsing effect of the fabric in the primary rinsing pool and the secondary rinsing pool.
Drawings
In order to facilitate understanding for those skilled in the art, the present invention will be further described with reference to the accompanying drawings.
Figure 1 is the utility model discloses a pure cotton surface fabric bleaches and dyes device's structural schematic.
Detailed Description
The purpose of the utility model can be realized by the following technical scheme:
a bleaching and dyeing device for pure cotton cloth fabric is shown in figure 1 and comprises a primary rinsing pool 1, an isolation plate 2, a secondary rinsing pool 3, a first ultrasonic generator 4, a second ultrasonic generator 5, a third ultrasonic generator 6, a fourth ultrasonic generator 7, a feeding roller 8, a first rinsing roller 9, a second rinsing roller 10, a first draining roller 11, a transfer roller 12, a third rinsing roller 13, a fourth rinsing roller 14, a second draining roller 15, a detection transfer roller 16, a lower light source 17, an upper detection lens 18, a shading plate 19, an upper light source 20, a lower detection lens 21, a discharging roller 22, fabric 23 and a hot drying air outlet 24;
an isolation plate 2 is arranged between the first-stage rinsing pool 1 and the second-stage rinsing pool 3, and the first-stage rinsing pool 1 is positioned on the left side of the second-stage rinsing pool 3; a feeding roller 8 is arranged on the left side of the outer side of the primary rinsing pool 1; a detection transfer roller 16 is arranged on the right side of the outer side of the secondary rinsing tank 3, and a discharge roller 22 is arranged on the right side of the detection transfer roller 16; the first-stage rinsing pool 1 and the second-stage rinsing pool 3 rinse the fabric in a grading manner, so that the service time of rinsing water in a rinsing device is prolonged, and the water consumption for rinsing is reduced; the pollution degree in the rinsing of the secondary rinsing tank 3 is reduced, and the rinsing effect of the fabric 23 out of the secondary rinsing tank is improved;
a light screen 19 is arranged between the detection transfer roller 16 and the discharge roller 22, a lower light source 17 and an upper detection lens 18 are arranged on the left side of the light screen 19, and the lower light source 17 and the upper detection lens 18 are respectively positioned on the upper side and the lower side of a fabric 23; an upper light source 20 and a lower detection lens 21 are arranged on the right side of the shading plate 19, and the upper light source 20 and the lower detection lens 21 are respectively positioned on the upper side and the lower side of a fabric 23; the lower light source 17 is turned on to uniformly illuminate the fabric 23 above the lower light source 17; the upper detection lens 18 collects the picture of the upper surface of the fabric 23 illuminated by the lower light source 17, the picture collected by the upper detection lens 18 is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric 23 is rinsed completely is judged; the upper light source 20 is turned on to uniformly illuminate the fabric 23 below the upper light source 20; the lower detection lens 21 collects a picture of the lower surface of the fabric 23 illuminated by the upper light source 20, the picture collected by the lower detection lens 21 is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric 23 is rinsed completely or not is judged; the shading plate 19 is provided with a gap at the center, the fabric 23 passes through the gap, and the shading plate 19 weakens the lower light source 17 and the upper light source 20 to respectively align the lower detection lens 21 and the upper detection lens 18;
a first rinsing roller 9 and a second rinsing roller 10 are arranged on the inner bottom side of the primary rinsing pool 1, the first rinsing roller 9 is positioned on the left side of the second rinsing roller 10, a first draining roller 11 is arranged on the inner right side wall of the primary rinsing pool 1, the first draining roller 11 is matched with the second rinsing roller 10, the roller surfaces of the second rinsing roller 10 and the first draining roller 11 are pressed tightly, a fabric 23 penetrates through the roller surfaces of the first draining roller 11 and the second rinsing roller 10, and when the fabric 23 passes through the roller surfaces of the first draining roller 11 and the second rinsing roller 10, the second rinsing roller 10 and the first draining roller 11 are pressed mutually, so that water adsorbed in the fabric 23 in the primary rinsing pool 1 is squeezed out;
the top of the isolation plate 2 is provided with a transfer roller 12, and the transfer roller 12 transfers the fabric 23 from the primary rinsing pool 1 into the secondary rinsing pool 3;
a third rinsing roller 13 and a fourth rinsing roller 14 are arranged on the inner bottom side of the secondary rinsing tank 3, the third rinsing roller 13 is positioned on the left side of the fourth rinsing roller 14, a second draining roller 15 is arranged on the inner right side wall of the secondary rinsing tank 3, the second draining roller 15 is matched with the fourth rinsing roller 14, the roller surfaces of the fourth rinsing roller 14 and the second draining roller 15 are pressed tightly, a fabric 23 penetrates through the roller surfaces of the fourth rinsing roller 14 and the second draining roller 15, and when the fabric 23 passes through the roller surfaces of the fourth rinsing roller 14 and the second draining roller 15, the fourth rinsing roller 14 and the second draining roller 15 are pressed mutually, so that water adsorbed in the fabric 23 in the secondary rinsing tank 3 is squeezed out;
a hot drying air outlet 24 is formed in the right side wall of the secondary rinsing pool 3, and the hot drying air outlets 24 are uniformly distributed in the right side wall of the secondary rinsing pool 3; the hot drying air outlet 24 is positioned above the second draining roller 15; when the fabric 23 extruded by the fourth rinsing roller 14 and the second draining roller 15 passes through the hot drying air outlet 24, high-pressure hot air is blown out of the hot drying air outlet 24, and the passing fabric 23 is dried by the high-pressure hot air;
a first ultrasonic generator 4 and a second ultrasonic generator 5 are respectively arranged on the left side and the right side of the primary rinsing pool 1, and a third ultrasonic generator 6 and a fourth ultrasonic generator 7 are respectively arranged on the left side and the right side of the secondary rinsing pool 3; the first ultrasonic generator 4 and the second ultrasonic generator 5 are positioned at the bottom side of the primary rinsing pool 1; the third ultrasonic generator 6 and the fourth ultrasonic generator 7 are positioned at the bottom side of the secondary rinsing tank 3; the first ultrasonic generator 4, the second ultrasonic generator 5, the third ultrasonic generator 6 and the fourth ultrasonic generator 7 are used for ultrasonically oscillating the rinsing water in the primary rinsing pool 1 and the secondary rinsing pool 3, so that the rinsing effect of the fabric 23 in the primary rinsing pool 1 and the secondary rinsing pool 3 is enhanced.
The utility model discloses a theory of operation:
in the utility model, the isolation plate 2 is arranged between the first-stage rinsing tank 1 and the second-stage rinsing tank 3, and the first-stage rinsing tank 1 is positioned at the left side of the second-stage rinsing tank 3; a feeding roller 8 is arranged on the left side of the outer side of the primary rinsing pool 1; a detection transfer roller 16 is arranged on the right side of the outer side of the secondary rinsing tank 3, and a discharge roller 22 is arranged on the right side of the detection transfer roller 16; the first-stage rinsing pool 1 and the second-stage rinsing pool 3 rinse the fabric in a grading manner, so that the service time of rinsing water in a rinsing device is prolonged, and the water consumption for rinsing is reduced; the pollution degree in the rinsing of the secondary rinsing tank 3 is reduced, and the rinsing effect of the fabric 23 out of the secondary rinsing tank is improved;
the lower light source 17 is turned on to uniformly illuminate the fabric 23 above the lower light source 17; the upper detection lens 18 collects the picture of the upper surface of the fabric 23 illuminated by the lower light source 17, the picture collected by the upper detection lens 18 is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric 23 is rinsed completely is judged; the upper light source 20 is turned on to uniformly illuminate the fabric 23 below the upper light source 20; the lower detection lens 21 collects a picture of the lower surface of the fabric 23 illuminated by the upper light source 20, the picture collected by the lower detection lens 21 is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric 23 is rinsed completely or not is judged; the shading plate 19 is provided with a gap at the center, the fabric 23 passes through the gap, and the shading plate 19 weakens the lower light source 17 and the upper light source 20 to respectively align the lower detection lens 21 and the upper detection lens 18;
the fabric 23 passes through the roll surfaces of the first draining roll 11 and the second rinsing roll 10, when the fabric 23 passes through the roll surfaces of the first draining roll 11 and the second rinsing roll 10, the second rinsing roll 10 and the first draining roll 11 are mutually extruded, so that the water in the primary rinsing pool 1 adsorbed in the fabric 23 is extruded;
the transfer roller 12 transfers the fabric 23 from the primary rinsing pool 1 into the secondary rinsing pool 3;
the fabric 23 passes through the roll surfaces of the fourth rinsing roll 14 and the second draining roll 15, and when the fabric 23 passes through the roll surfaces of the fourth rinsing roll 14 and the second draining roll 15, the fourth rinsing roll 14 and the second draining roll 15 are mutually extruded, so that the water in the secondary rinsing pool 3 adsorbed in the fabric 23 is extruded;
when the fabric 23 extruded by the fourth rinsing roller 14 and the second draining roller 15 passes through the hot drying air outlet 24, high-pressure hot air is blown out of the hot drying air outlet 24, and the passing fabric 23 is dried by the high-pressure hot air;
the first ultrasonic generator 4, the second ultrasonic generator 5, the third ultrasonic generator 6 and the fourth ultrasonic generator 7 are used for ultrasonically oscillating the rinsing water in the primary rinsing pool 1 and the secondary rinsing pool 3, so that the rinsing effect of the fabric 23 in the primary rinsing pool 1 and the secondary rinsing pool 3 is enhanced.
The utility model provides a pure cotton surface fabric bleaches and dyes device, it is effectual to have the rinsing, and the water consumption is few, and the waterlogging caused by excessive rainfall is dry, the characteristics of two-sided detection rinsing effect. The utility model has the advantages that: the fabric is rinsed by the first-stage rinsing pool and the second-stage rinsing pool in a grading manner, so that the service time of rinsing water in a rinsing device is prolonged, and the water consumption for rinsing is reduced; the pollution degree in the rinsing of the secondary rinsing tank is reduced, and the rinsing effect of the fabric out of the secondary rinsing tank is improved;
the lower light source is started to uniformly illuminate the fabric above the lower light source; the upper detection lens collects a picture of the upper surface of the fabric illuminated by a lower light source, the picture collected by the upper detection lens is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric is rinsed completely is judged; the upper light source is started to uniformly illuminate the fabric below the upper light source; the lower detection lens collects a picture of the lower surface of the fabric illuminated by the upper light source, the picture collected by the lower detection lens is sent into a computer and is compared with a standard picture in the computer, and whether the upper surface of the fabric is rinsed completely is judged; the center of the light screen is provided with a gap, the fabric passes through the gap, and the light screen weakens the lower light source and the upper light source and respectively faces the lower detection lens and the upper detection lens;
the fabric penetrates through the roll surfaces of the first draining roll and the second rinsing roll, and when the fabric passes through the roll surfaces of the first draining roll and the second rinsing roll, the second rinsing roll and the first draining roll are mutually extruded, so that water in a primary rinsing pool adsorbed in the fabric is extruded;
the transfer roller transfers the fabric from the primary rinsing pool to the secondary rinsing pool;
the fabric penetrates through the roll surfaces of the fourth rinsing roll and the second draining roll, and the fourth rinsing roll and the second draining roll are mutually extruded when the fabric passes through the roll surfaces of the fourth rinsing roll and the second draining roll, so that water in a secondary rinsing pool adsorbed in the fabric is extruded;
when the fabrics extruded by the fourth rinsing roller and the second draining roller pass through the hot drying air outlet, high-pressure hot air is blown out of the hot drying air outlet, and the passing fabrics are dried by the high-pressure hot air;
the first ultrasonic generator, the second ultrasonic generator, the third ultrasonic generator and the fourth ultrasonic generator are used for ultrasonically treating the rinsing water in the primary rinsing pool and the secondary rinsing pool, and the rinsing water generates ultrasonic oscillation to enhance the rinsing effect of the fabric in the primary rinsing pool and the secondary rinsing pool.
The foregoing is merely exemplary and illustrative of the structure of the invention, and various modifications, additions and substitutions as described in the detailed description may be made by those skilled in the art without departing from the structure or exceeding the scope of the invention as defined in the claims.
Claims (7)
1. A bleaching and dyeing device for pure cotton fabric comprises a primary rinsing tank (1), an isolation plate (2), a secondary rinsing tank (3), a first ultrasonic generator (4), a second ultrasonic generator (5), a third ultrasonic generator (6), a fourth ultrasonic generator (7), a feeding roller (8), a first rinsing roller (9), a second rinsing roller (10), a first draining roller (11), a transfer roller (12), a third rinsing roller (13), a fourth rinsing roller (14), a second draining roller (15), a detection transfer roller (16), a lower light source (17), an upper detection lens (18), a shading plate (19), an upper light source (20), a lower detection lens (21), a discharging roller (22), fabric (23) and a hot drying air outlet (24), and is characterized in that;
an isolation plate (2) is arranged between the primary rinsing pool (1) and the secondary rinsing pool (3), and the primary rinsing pool (1) is positioned on the left side of the secondary rinsing pool (3); a feeding roller (8) is arranged on the left side of the outer side of the primary rinsing pool (1); the right side of the outer side of the secondary rinsing pool (3) is provided with a detection transfer roller (16), and the right side of the detection transfer roller (16) is provided with a discharge roller (22).
2. The pure cotton fabric bleaching and dyeing device according to claim 1, characterized in that a light screen (19) is arranged between the detection transfer roller (16) and the discharge roller (22), a lower light source (17) and an upper detection lens (18) are arranged on the left side of the light screen (19), and the lower light source (17) and the upper detection lens (18) are respectively positioned on the upper side and the lower side of the fabric (23); an upper light source (20) and a lower detection lens (21) are arranged on the right side of the shading plate (19), and the upper light source (20) and the lower detection lens (21) are respectively positioned on the upper side and the lower side of the fabric (23).
3. The bleaching and dyeing device for the pure cotton cloth fabric according to claim 1 is characterized in that a first rinsing roller (9) and a second rinsing roller (10) are arranged on the inner bottom side of the primary rinsing tank (1), the first rinsing roller (9) is located on the left side of the second rinsing roller (10), a first draining roller (11) is arranged on the inner right side wall of the primary rinsing tank (1), the first draining roller (11) is matched with the second rinsing roller (10), and the roller surfaces of the second rinsing roller (10) and the first draining roller (11) are pressed tightly.
4. The pure cotton fabric bleaching and dyeing device according to claim 1, characterized in that a transfer roller (12) is arranged on the top of the isolation board (2).
5. The pure cotton fabric bleaching and dyeing device according to claim 1, characterized in that a third rinsing roller (13) and a fourth rinsing roller (14) are arranged on the inner bottom side of the secondary rinsing tank (3), the third rinsing roller (13) is positioned on the left side of the fourth rinsing roller (14), a second draining roller (15) is arranged on the inner right side wall of the secondary rinsing tank (3), the second draining roller (15) is matched with the fourth rinsing roller (14), and the roller surfaces of the fourth rinsing roller (14) and the second draining roller (15) are pressed tightly.
6. The pure cotton fabric bleaching and dyeing device according to claim 1, characterized in that a hot drying air outlet (24) is arranged on the right side wall of the secondary rinsing tank (3), and a plurality of hot drying air outlets (24) are uniformly distributed on the right side wall of the secondary rinsing tank (3); the hot drying air outlet (24) is positioned above the second draining roller (15).
7. The pure cotton fabric bleaching and dyeing device according to claim 1, characterized in that a first ultrasonic generator (4) and a second ultrasonic generator (5) are respectively arranged on the left side and the right side of the primary rinsing tank (1), and a third ultrasonic generator (6) and a fourth ultrasonic generator (7) are respectively arranged on the left side and the right side of the secondary rinsing tank (3); the first ultrasonic generator (4) and the second ultrasonic generator (5) are positioned at the bottom side of the primary rinsing pool (1); the third ultrasonic generator (6) and the fourth ultrasonic generator (7) are positioned at the bottom side of the secondary rinsing tank (3).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920642344.0U CN210314852U (en) | 2019-05-07 | 2019-05-07 | Bleaching and dyeing device for pure cotton fabric |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920642344.0U CN210314852U (en) | 2019-05-07 | 2019-05-07 | Bleaching and dyeing device for pure cotton fabric |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN210314852U true CN210314852U (en) | 2020-04-14 |
Family
ID=70137758
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920642344.0U Expired - Fee Related CN210314852U (en) | 2019-05-07 | 2019-05-07 | Bleaching and dyeing device for pure cotton fabric |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN210314852U (en) |
-
2019
- 2019-05-07 CN CN201920642344.0U patent/CN210314852U/en not_active Expired - Fee Related
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Granted publication date: 20200414 Termination date: 20210507 |