CN204780281U - Novel energy -conserving water supply system of dye vat - Google Patents
Novel energy -conserving water supply system of dye vat Download PDFInfo
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- CN204780281U CN204780281U CN201520458069.9U CN201520458069U CN204780281U CN 204780281 U CN204780281 U CN 204780281U CN 201520458069 U CN201520458069 U CN 201520458069U CN 204780281 U CN204780281 U CN 204780281U
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- dye vat
- storage device
- water storage
- hot water
- cylinder body
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Abstract
This practicality belongs to printing equipment technical field, specifically provides a novel energy -conserving water supply system of dye vat, including the dye vat, still includes hot water storage device, cold water storage device and sets up the heat exchanger in the dye vat, hot water storage device passes through the hot water delivery inlet pipe and is connected with the dye vat, cold water storage device passes through the cold water conveyer pipe and is connected with the input of heat exchanger, the output of heat exchanger passes through the connecting pipe and is connected with cold water storage device, the dye vat includes the support and fixes the cylinder body on the support, be provided with an axial fixity and circumferential direction's cylinder in the cylinder body, be provided with the extension board on the lateral wall of cylinder body, be fixed with the motor on the extension board, the motor is connected with the cylinder. This kind of novel energy -conserving water supply system of dye vat that this practicality provided, simple structure, convenient operation, the water economy resource has reduced manufacturing cost, and it is efficient to dye, dyeing evenness, it is effectual to dye.
Description
Technical field
This practicality belongs to dyeing apparatus technical field, is specifically related to a kind of energy-saving water supply system of Novel dye vat.
Background technology
At present, the utilization of dye vat in textile dyeing and finishing industry is very general, and it is widely used in the dyeing of yarn.Yarn dyeing process is exactly be placed in dye vat by yarn to be dyed, and then in dye vat, inject dyestuff, dyestuff contacts with yarn, realizes the object of yarn dyeing.Carry out in the process dyeed in dye vat, need to inject hot water and cold water in dye vat, the yarn in dye vat can leave a large amount of pin water after carrying out dyeing process, and these pin water are directly discharged usually, can not to reuse waste water, serious waste water resource.So, for those skilled in the art, need to improve existing dye vat, utilize with the repetitive cycling realizing pin water in dye vat, saving water resource.
In addition, bobbin dyeing is the common method of yarn dyeing, for treating that the color of needs dyed by yarn dyeing line.Treat that yarn dyeing line (comprises the yarn that various cotton yarn, the dimity, chemical fibre, wool spinning, real silk etc. are made, and by the yarn of two or more blending in above-mentioned material) before dyeing, first want network on dyeing winding thread cylinder, on the suspension rod being had by several networks the dyeing winding thread cylinder of yarn to string together successively to be again fixed in dye vat, and be dipped in the dye liquor in dye vat and dye.Silk dyeing then adopts the mode of strand dye to dye, silk dyeing will through degumming process, when this just makes to twist dye, the amount of real silk can not be too much, also more open between real silk, just can be conducive to infiltration and the circulation of dye liquor, make to come unstuck and carry out smoothly, thus the silk dyeing time long, once contaminate that line amount is few, efficiency is low, dyeing cost is high.Passive delivery drives boom motion, suspension rod transfixion during work, and therefore the yarn dyeing time is long, production efficiency is low, and does not produce stirring due to liquid, therefore causes yarn dyeing uneven, product quality disunities etc., there is the problems such as suffered tension force is uneven, wet and slippery, poor product quality in cloth.
practical content
This practical purpose is the defect overcoming above-mentioned prior art, provides a kind of even dyeing, Color good and the energy-saving water supply system of Novel dye vat that can conserve water, reduce costs.
For this reason, this practicality provides a kind of energy-saving water supply system of Novel dye vat, comprises dye vat, the heat exchanger also comprising hot water storage device, cold water storage device and be arranged in dye vat; Described hot water storage device is connected with dye vat by hot water conveying pipe, described hot water conveying pipe is provided with the first water pump, is provided with the first control valve between described first water pump and hot water storage device; Described cold water storage device is connected with the input of heat exchanger by cold water carrier pipe, and the output of described heat exchanger is connected with cold water storage device by tube connector; Be provided with the second water pump between described cold water storage device and heat exchanger, between described second water pump and dye vat, be provided with the second control valve, the tube connector between described heat exchanger and cold water storage device is provided with the 3rd control valve;
Described dye vat comprises support and is fixed on the cylinder body on support, and be provided with an axial restraint in described cylinder body and the cylinder of circumference rotation, a sidewall of described cylinder body is provided with support plate, described support plate is fixed with motor, described motor is connected with cylinder.
As structural improvement, described hot water storage device is connected with hot water input pipe, described hot water
Input pipe is provided with hot water input control valve.By hot water input pipe can be hot water storage device in time supplement hot water.
As structural improvement, bottom described dye vat, be provided with delivery pipe, described delivery pipe is provided with drain valve.Can be emitted the waste water in dye vat by delivery pipe, waste water is used in next dye vat after treatment, saving water resource.
As structural improvement, the bottom of described cold water storage device is provided with cooled water discharge pipe, described in
Cooled water discharge pipe is provided with cooled water discharge control valve.By cooled water discharge pipe, the water in cold water storage device can be emitted, be used in next dye vat after treatment, saving water resource.
As structural improvement, described cylinder body is cylinder, is horizontally installed on support, and the two side of described cylinder body is fixed with bearing block, the interior axle of described cylinder is connected with the bearing in bearing block, and it is outer and be connected with the output shaft of motor by shaft coupling that cylinder body is stretched out in one end of interior axle.Cylinder rotates under the drive of motor, and the yarn relative motion on dye liquor and cylinder, dye liquor fully permeates yarn, improves staining efficiency, shortens dyeing time.
As structural improvement, described cylinder body is provided with peep hole.Described peep hole is arranged on the face of cylinder of cylinder block, and closes on the top of cylinder body.The design of peep hole can make operator observe the height of liquid in cylinder body, to determine to be passed into the cylinder in the hot water submergence cylinder body in dye vat.The beneficial effect of this practicality: the energy-saving water supply system of this Novel dye vat that this practicality provides, the cylinder of rotation is set in dye vat, dye liquor relative motion on cylinder in yarn and cylinder body, yarn is fully contacted with dye liquor, and structure is simple, easy to operate, saving water resource, reduces production cost, and staining efficiency is high, even dyeing, Color is good.
Accompanying drawing explanation
Fig. 1 is the structural representation of this practicality.
Fig. 2 is the structural representation of dye vat in this practicality.
Description of reference numerals: 1, hot water storage device; 2, hot water input pipe; 3, hot water input control valve; 4, the first control valve; 5, the first water pump; 6, dye vat; 7, the 3rd control valve; 8, tube connector; 9, cooled water discharge pipe; 10, cooled water discharge control valve; 11, cold water storage device; 12, delivery pipe; 13, drain valve; 14, the second water pump; 15, the second control valve; 16, heat exchanger; 17, motor; 18, shaft coupling; 19, cylinder body; 20, cylinder; 21, interior axle; 22, bearing block; 23, support; 24, hot water conveying pipe; 25, cold water carrier pipe; 26, support plate; 27, peep hole.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, illustrate this practicality further.
Present embodiments provide a kind of energy-saving water supply system of Novel dye vat, as shown in Figure 1, comprise dye vat 6, the heat exchanger 16 also comprising hot water storage device 1, cold water storage device 11 and be arranged in dye vat 6; Described hot water storage device 1 is connected with dye vat 6 by hot water conveying pipe 24, described hot water conveying pipe 24 is provided with the first water pump 5, is provided with the first control valve 4 between described first water pump 5 and hot water storage device 1; Described cold water storage device 11 is connected with the input of heat exchanger 16 by cold water carrier pipe 25, and the output of described heat exchanger 16 is connected with cold water storage device 11 by tube connector 8; Be provided with the second water pump 14 between described cold water storage device 11 and heat exchanger 16, be provided with the second control valve 15 between described second water pump 14 and dye vat 6, the tube connector between described heat exchanger 16 and cold water storage device 11 be provided with the 3rd control valve 7;
Specific works process is as follows: open the first control valve 4 and the first water pump 5, hot water in hot water storage device 1 is pumped in dye vat 6 by the first water pump 5, after the yarn in dye vat 6 completes dyeing, open the second water pump 14, second control valve 15 and the 3rd control valve 7, cold water in cold water storage device 11 is input to the heat exchanger 16 in dye vat 6 by the second water pump 14, cold water carries out heat exchange by heat exchanger 16 and the hot water in dye vat 6, hot water in dye vat 6 is lowered the temperature gradually, until reduced to cold water completely, cold water temperature through heat exchanger 16 heat exchange raises, and get back to cold water storage device 11 by tube connector 8 is defeated.
As shown in Figure 2, described dye vat 6 comprises support 23 and is fixed on the cylinder body 19 on support 23, an axial restraint is provided with and the cylinder 20 of circumference rotation in described cylinder body 19, one sidewall of described cylinder body 19 is provided with support plate 26, described support plate 26 is fixed with motor 17, and described motor 17 is connected with cylinder 20.Motor 17 drives cylinder 20 to rotate, and the dye liquor relative motion in the yarn on cylinder 20 and cylinder body 19, makes dye liquor fully permeate yarn, makes yarn dyeing even, shortens dyeing time, accelerate speed of production.
In order to hot water can be supplemented for hot water storage device 1 in time, described hot water storage device 1 connects
Be connected to hot water input pipe 2, described hot water input pipe 2 is provided with hot water input control valve 3.The input of hot water is controlled by control valve 3.
In order to save water resource, bottom described dye vat 6, be provided with delivery pipe 12, described delivery pipe 12 is provided with drain valve 13.Can emit the waste water in dye vat 6 by delivery pipe 12, waste water is used in next dye vat after treatment.The bottom of described cold water storage device 11 is provided with cooled water discharge pipe 9, and described cooled water discharge pipe 9 is provided with cooled water discharge control valve 10.By cooled water discharge pipe 9, the water in cold water storage device 11 can be emitted, be used in next dye vat after treatment.
Especially, described cylinder body 19 is cylinder, be horizontally installed on support 23, the two side of described cylinder body 19 is fixed with bearing block 22, the interior axle 21 of described cylinder 20 is connected with the bearing in bearing block 22, and it is outer and be connected by the output shaft of shaft coupling 18 with motor 17 that cylinder body 19 is stretched out in one end of interior axle 21.Cylinder 20 rotates under the drive of motor 17, and the yarn relative motion on dye liquor and cylinder 20, dye liquor fully permeates yarn, improves staining efficiency, shortens dyeing time.
Described cylinder body 19 is provided with peep hole 27.Described peep hole 27 is arranged on the face of cylinder of cylinder block, and closes on the top of cylinder body 19.The design of peep hole 27 can make operator observe the height of liquid in cylinder body, to determine to be passed into the cylinder in the hot water submergence cylinder body 19 in dye vat 6.
More than exemplifying is only illustrating this practicality, does not form the restriction of the protection domain to this practicality, everyly all belongs within the protection domain of this practicality with this practical same or analogous design.
Claims (6)
1. an energy-saving water supply system for Novel dye vat, comprises dye vat (6), it is characterized in that: the heat exchanger (16) also comprising hot water storage device (1), cold water storage device (11) and be arranged in dye vat (6); Described hot water storage device (1) is connected with dye vat (6) by the defeated second water pumping line (24) of hot water, described hot water conveying pipe (24) is provided with the first water pump (5), between described first water pump (5) and hot water storage device (1), is provided with the first control valve (4); Described cold water storage device (11) is connected by the input of cold water carrier pipe (25) with heat exchanger (16), and the output of described heat exchanger (16) is connected with cold water storage device (11) by tube connector (8); Be provided with (14) between described cold water storage device (11) and heat exchanger (16), be provided with the second control valve (15) between described second water pump (14) and dye vat (6), the tube connector (8) between described heat exchanger (16) and cold water storage device (11) be provided with the 3rd control valve (7);
Described dye vat (6) comprises support (23) and is fixed on the cylinder body (19) on support (23), an axial restraint is provided with and the cylinder (20) of circumference rotation in described cylinder body (19), one sidewall of described cylinder body (19) is provided with support plate (26), described support plate (26) is fixed with motor (17), described motor (17) is connected with cylinder (20).
2. the energy-saving water supply system of a kind of Novel dye vat as claimed in claim 1, is characterized in that: described hot water storage device (1) is connected with hot water input pipe (2), and described hot water input pipe (2) is provided with hot water input control valve (3).
3. the energy-saving water supply system of a kind of Novel dye vat as claimed in claim 1, is characterized in that:
Described dye vat (6) bottom is provided with delivery pipe (12), described delivery pipe (12) is provided with drain valve (13).
4. the energy-saving water supply system of a kind of Novel dye vat as claimed in claim 1, is characterized in that: the bottom of described cold water storage device (11) is provided with cooled water discharge pipe (9), and described cooled water discharge pipe (9) is provided with cooled water discharge control valve (10).
5. the energy-saving water supply system of a kind of Novel dye vat as claimed in claim 1, it is characterized in that: described cylinder body (19) is cylinder, be horizontally installed on support (23), the two side of described cylinder body (19) is fixed with bearing block (22), the interior axle (21) of described cylinder (20) is connected with the bearing in bearing block (22), and cylinder body (19) is stretched out and be connected with the output shaft of motor (17) by shaft coupling (18) outward in one end of interior axle (21).
6. the energy-saving water supply system of a kind of Novel dye vat as claimed in claim 1, is characterized in that: described cylinder body (19) is provided with peep hole (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520458069.9U CN204780281U (en) | 2015-06-30 | 2015-06-30 | Novel energy -conserving water supply system of dye vat |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520458069.9U CN204780281U (en) | 2015-06-30 | 2015-06-30 | Novel energy -conserving water supply system of dye vat |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204780281U true CN204780281U (en) | 2015-11-18 |
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ID=54520368
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520458069.9U Expired - Fee Related CN204780281U (en) | 2015-06-30 | 2015-06-30 | Novel energy -conserving water supply system of dye vat |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204780281U (en) |
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2015
- 2015-06-30 CN CN201520458069.9U patent/CN204780281U/en not_active Expired - Fee Related
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151118 Termination date: 20180630 |
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| CF01 | Termination of patent right due to non-payment of annual fee |