CN213772543U - Cold-batch ultrasonic dyeing machine - Google Patents
Cold-batch ultrasonic dyeing machine Download PDFInfo
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- CN213772543U CN213772543U CN202022474187.2U CN202022474187U CN213772543U CN 213772543 U CN213772543 U CN 213772543U CN 202022474187 U CN202022474187 U CN 202022474187U CN 213772543 U CN213772543 U CN 213772543U
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Abstract
A cold batch ultrasonic dyeing machine comprises a discharging mechanism, a dyeing mechanism and a receiving mechanism; the dyeing mechanism comprises a dyeing frame, an ultrasonic dyeing box is arranged on the dyeing frame, and an input mechanism for conveying rolled cloth on the discharging mechanism to the ultrasonic dyeing box is arranged on the dyeing frame on the discharging mechanism side; an output mechanism for conveying the dyed cloth to the material receiving mechanism is arranged on the dyeing frame on the side of the material receiving mechanism; a liquid rolling mechanism for carrying out uniform liquid rolling on the dyed cloth is arranged on the dyeing frame at the material receiving side; a plurality of groups of ultrasonic dyeing tanks are sequentially arranged in the ultrasonic dyeing tank, and each group of ultrasonic dyeing tanks is internally provided with an ultrasonic vibrator box. This dyeing machine reasonable in design, integration degree are high, can carry out cold batch ultrasonic dyeing to cotton and other fabrics, and dyeing effect is high, efficient, effectively improves production efficiency, practices thrift manufacturing cost.
Description
Technical Field
The utility model relates to a textile printing and dyeing technical field, especially a cold batch ultrasonic wave dyeing machine.
Background
Cold pad-batch dyeing is a brand-new open-width dyeing process, which originates from europe, and has the advantages of high color fixing rate, good dyeing fastness, energy conservation, pollution reduction, convenient equipment maintenance, suitability for small-batch production and the like, so the new technology is prevalent in printing and dyeing enterprises of various countries in europe by the end of 80 years.
The research on the cold pad-batch dyeing process is late in our country due to the influence of a plurality of factors such as equipment, dye and the like. In recent years, with the introduction of imported equipment and dye and the continuous efforts of domestic equipment manufacturing factories and dye manufacturers, equipment and dye for cold dyeing can completely meet production requirements at present, so the cold pad-batch dyeing process is more and more concerned by domestic printing and dyeing enterprises, and under the situation that the energy cost is continuously increased and the internal quality requirement of export products is continuously improved in the current printing and dyeing enterprises, the cold pad-batch dyeing process is a judicious consideration, but the cold pad-batch dyeing process also has defects, such as difficult color light control, incapability of timely correcting defects generated in the dyeing process and the like.
SUMMERY OF THE UTILITY MODEL
The utility model aims to solve the technical problem that to prior art not enough, provide one kind and utilize ultrasonic dyeing, dyeing permeability good, dyeing efficiency high, the high cold batch ultrasonic wave dyeing machine of colour fastness.
The technical problem to be solved by the utility model is realized through the following technical scheme. The utility model relates to a cold batch ultrasonic dyeing machine, which comprises a discharging mechanism, a dyeing mechanism and a receiving mechanism;
the discharging mechanism comprises a discharging base and a discharging frame fixedly arranged on the discharging base, and a discharging shaft convenient for placing rolled cloth is transversely arranged on the discharging frame;
the dyeing mechanism comprises a dyeing frame, an ultrasonic dyeing box is arranged on the dyeing frame, and an input mechanism for conveying rolled cloth on the discharging mechanism to the ultrasonic dyeing box is arranged on the dyeing frame on the discharging mechanism side; an output mechanism for conveying the dyed cloth to the material receiving mechanism is arranged on the dyeing frame on the side of the material receiving mechanism; a liquid rolling mechanism for carrying out uniform liquid rolling on the dyed cloth is arranged on the dyeing frame at the material receiving side; a plurality of groups of ultrasonic dyeing tanks are sequentially arranged in the ultrasonic dyeing tank, an ultrasonic oscillator tank is arranged in each group of ultrasonic dyeing tanks, dyeing guide rollers convenient for cloth input and output are arranged on a rack at each group of ultrasonic dyeing tanks, and seamless joint conveying rollers matched with the dyeing guide rollers are also arranged between the dyeing guide rollers;
the material receiving mechanism comprises a material receiving base and a material receiving frame fixedly mounted on the material receiving base, and a material receiving shaft convenient for winding dyed cloth is transversely mounted on the material receiving frame.
The utility model discloses the technical problem that solve can also further realize through following technical scheme, to above cold batch ultrasonic wave dyeing machine, mangle mechanism is including the preceding rubber roll and the back rubber roll that set up side by side, leaves the mangle clearance that is used for handling the cloth between preceding rubber roll and the back rubber roll.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic wave dyeing machine, input mechanism is including installing preceding guide shaft, the expanding axle on the dyeing frame in proper order, to axis and tension control shaft.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic wave dyeing machine, the expanding axle is provided with 2, and 2 expanding axles are installed on the dyeing frame through the expanding arm, and 2 expanding axles are installed respectively at the both ends of expanding arm, and the expanding arm articulates on the dyeing frame through articulated bolt.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic wave dyeing machine, the tension regulating spindle is provided with 2, and 2 tension regulating spindles pass through the tension regulating arm and install on the dyeing frame, and 2 tension regulating spindles are installed respectively at the both ends of tension regulating arm, and the tension regulating arm articulates on the dyeing frame through articulated bolt.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic wave dyeing machine, output mechanism is including the back seamless connection transfer roller and the back seamless connection guiding axle that set up side by side.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic wave dyeing machine, still install on the dyeing frame of ultrasonic wave dyeing case both sides with dyeing guide roller complex preceding expanding surface regulating spindle and back expanding surface regulating spindle.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic dyeing machine, the bottom of ultrasonic wave dyeing case is provided with the gyro wheel of being convenient for to remove, and fixed mounting has the drive actuating cylinder that is used for driving ultrasonic wave dyeing case and removes on the dyeing frame, and ultrasonic wave dyeing case passes through the mount and installs the output at drive actuating cylinder.
The utility model discloses the technical problem that will solve can also further realize through following technical scheme, to above cold batch ultrasonic dyeing machine, a plurality of ultrasonic dyeing ponds of group communicate each other through the feed cylinder, the external feed cylinder of feed cylinder installs the feed control valve on the feed cylinder.
Compared with the prior art, the beneficial effects of the utility model are that:
1. the dyeing rate of the product during dyeing is greatly improved through ultrasonic dyeing, and the dyeing time is shortened;
2. the method is mainly optimized and improved aiming at the traditional cold batch dyeing, and the dyeing cost is greatly saved;
3. the dye in the dye pool can be recycled all the time in the use process, almost no discharge can be realized, the dye is not wasted, and a large amount of dye cost can be saved;
4. the cloth adopts automatic winding and unwinding, so that the manpower and material resources are greatly reduced, the cost is saved, and the time resource waste is reduced;
5. the equipment can be used for production only by a small amount of operators in operation;
6. the equipment maintenance cost is low, the replacement of parts is very easy and simple, and the overall cost is lower.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention clearer, the drawings of the present invention are combined to clearly and completely describe the technical solutions in the embodiments of the present invention, and obviously, the described embodiments are some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.
Referring to fig. 1, a cold batch ultrasonic dyeing machine includes a discharging mechanism, a dyeing mechanism and a receiving mechanism;
the discharging mechanism comprises a discharging base 31 and a discharging frame 30 fixedly arranged on the discharging base 31, and a discharging shaft 29 convenient for placing rolled cloth is transversely arranged on the discharging frame 30; two ends of the discharging shaft 29 are mounted on the discharging frame 30 through bearings and bearing seats, and the bottom of the discharging frame 30 is provided with casters which are convenient to move on the discharging base 31;
the dyeing mechanism comprises a dyeing frame 12, an ultrasonic dyeing box 10 is arranged on the dyeing frame 12, and an input mechanism for conveying rolled cloth on the discharging mechanism to the ultrasonic dyeing box 10 is arranged on the dyeing frame 12 on the discharging mechanism side; an output mechanism for conveying the dyed cloth to the material receiving mechanism is arranged on the dyeing frame 12 on the side of the material receiving mechanism; a liquid rolling mechanism for carrying out uniform liquid rolling on the dyed cloth is arranged on the dyeing frame 12 at the material receiving side; a plurality of groups of ultrasonic dyeing pools 8 are sequentially arranged in the ultrasonic dyeing box 10, an ultrasonic oscillator box 9 is arranged in each group of ultrasonic dyeing pools 8, dyeing guide rollers convenient for cloth input and output are arranged on the machine frame at the position of each group of ultrasonic dyeing pools 8, and seamless joint conveying rollers matched with the dyeing guide rollers are also arranged between the dyeing guide rollers; the arrangement of the plurality of groups of ultrasonic dyeing tanks 8 is convenient for dyeing the cloth for a plurality of times, so that the dyeing effect is ensured; the ultrasonic vibrator box 9 is used for generating ultrasonic high-frequency oscillation so that the dye is quickly decomposed and permeates into the cloth; the lower part of the dyeing guide roller is arranged in the ultrasonic dyeing tank 8, so that the cloth can be conveniently input into and output from the ultrasonic dyeing tank 8; the adjacent dyeing guide rollers and the seamless joint conveying rollers are arranged in a close fit manner, and a cloth conveying gap is reserved between the adjacent dyeing guide rollers and the seamless joint conveying rollers; in practice, 3 groups of ultrasonic dyeing tanks 8 are arranged, 3 dyeing guide rollers are arranged, and 2 seamless joint conveying rollers are arranged;
the material receiving mechanism comprises a material receiving base 28 and a material receiving frame 27 fixedly installed on the material receiving base 28, wherein a material receiving shaft 26 convenient for receiving dyed cloth is transversely installed on the material receiving frame 27. The two ends of the material receiving shaft 26 are mounted on the material receiving frame 27 through bearings and bearing seats, and the bottom of the material receiving frame 27 is provided with casters which are convenient to move on the material receiving base 28.
The liquid squeezing mechanism comprises a front rubber roller 18 and a rear rubber roller 19 which are arranged side by side, and a liquid squeezing gap for processing the cloth is reserved between the front rubber roller 18 and the rear rubber roller 19. The front rubber roller 18 is tightly attached to the rear rubber roller 19, the rear rubber roller 19 is fixedly mounted on the dyeing frame 12 and can only rotate, the front rubber roller 18 is mounted on the dyeing frame 12 through a roller cylinder and can be used for automatic transmission, the front rubber roller and the rear rubber roller 19 are matched to mangle the cloth, the position of the front rubber roller and the rear rubber roller can also be moved, the distance between the front rubber roller and the rear rubber roller 19 is adjusted, and the size of a mangle gap can be conveniently adjusted according to the cloth.
The input mechanism comprises a front guide shaft 1, an expanding shaft 2, a centering shaft 3 and a tension adjusting shaft 4 which are sequentially arranged on a dyeing frame 12. Preceding guide shaft 1 is provided with 2, and 2 preceding guide shaft 1 install on dyeing frame 12 through preceding guide arm, and 2 preceding guide shaft 1 install respectively at the both ends of preceding guide arm, and preceding guide arm articulates on dyeing frame 12 through articulated bolt for guide to dyeing mechanism with the cloth on the blowing axle 29.
The cloth feeding mechanism is characterized in that the number of the expanding shafts 2 is 2, the 2 expanding shafts 2 are mounted on the dyeing frame 12 through expanding arms, the 2 expanding shafts 2 are respectively mounted at two ends of each expanding arm, the expanding arms are hinged to the dyeing frame 12 through hinge bolts and used for expanding cloth input by the feeding mechanism and then feeding the cloth into the middle shaft 3 to carry out middle alignment and edge alignment, and therefore the cloth can be always kept in an alignment state without deviation and edge curling.
The tension adjusting shaft 4 is provided with 2, and 2 tension adjusting shafts 4 are installed on the dyeing frame 12 through the tension adjusting arm, and 2 tension adjusting shafts 4 are installed respectively at the both ends of tension adjusting arm, and the tension adjusting arm articulates on the dyeing frame 12 through articulated bolt, carries out the accurate fine adjustment of little tension to the cloth, through the signal that installation tension sensor provided, makes the cloth be in little tension state all the time at the in-process of marcing to adopt the mode of going forward back and going out to twine.
The output mechanism comprises a rear seamless joint conveying roller 20 and a rear seamless joint guide shaft 21 which are arranged side by side. Seamless connection guiding axle 21 setting behind seamless connection transfer roller 20 hugs closely to back seamless connection transfer roller 20 hugs closely back rubber roll 19 setting, is convenient for carry out continuous mangling when carrying the cloth.
And a front spreading surface adjusting shaft 7 and a rear spreading surface adjusting shaft 17 which are matched with the dyeing guide roller are also arranged on the dyeing frame 12 at the two sides of the ultrasonic dyeing box 10. The front expanding surface adjusting shaft 7 is used for adjusting the cloth expanding surface to a proper position, so that the cloth can be conveniently conveyed to a dyeing guide roller above the ultrasonic dyeing tank 8; the rear spreading surface adjusting shaft 17 is used for adjusting the spreading of left and right width curling of the dyed cloth, adjusting the spreading surface of the cloth to a proper position, and then sending the cloth to the liquid rolling mechanism.
The bottom of ultrasonic wave dyeing case 10 is provided with the gyro wheel of being convenient for remove, and fixed mounting has the drive actuating cylinder that is used for driving ultrasonic wave dyeing case 10 to remove on dyeing frame 12, and ultrasonic wave dyeing case 10 passes through mount 11 to be installed at the output that drives actuating cylinder. The dyeing frame 12 is further provided with a track convenient for the fixed frame 11 to move, so that the ultrasonic dyeing box 10 is driven by the driving cylinder to be pulled out and slid on the dyeing frame 12 back and forth, and further the ultrasonic dyeing tank 8 is cleaned.
A plurality of ultrasonic dyeing pond 8 of group communicate each other through feed pipe 25, and feed pipe 25 is external to feed pipe 25, installs feed control valve 24 on feed pipe 25. The bottom of the ultrasonic dyeing material pool is communicated through a feeding pipe 25, feeding is controlled through a feeding control valve 24, and then the height of the liquid level is controlled; the feeding pipe 25 is externally connected with a dosing tank, and the concentration of the prepared feed liquid is controlled through the precise proportional valve 23 and the precise metering pump.
A dyeing method of a cold batch ultrasonic dyeing machine comprises the following steps:
(1) firstly, sleeving the coiled cloth to be dyed on a discharge shaft 29, guiding, expanding and tensioning the cloth by using an input mechanism, and sending the cloth into an ultrasonic dyeing box 10;
(2) the cloth entering the ultrasonic dyeing box 10 is sequentially dyed for multiple times through a plurality of groups of ultrasonic dyeing tanks 8, a dyeing agent is added into each dyeing tank, and is rapidly decomposed through high-frequency oscillation of ultrasonic waves and permeates into the cloth to dye the cloth;
(3) the dyed cloth enters a liquid squeezing mechanism to be uniformly extruded, redundant dye liquid which is not immersed into the cloth is discharged, and finally the dyed cloth is conveyed to a material collecting shaft 26 through an output mechanism to be collected.
The specific process of using the application to dye the cloth is as follows:
placing the coiling and distributing cylinder on a discharging shaft 29, locking a bearing seat by using a locking device of the discharging shaft 29, pushing a caster wheel of a discharging frame 30, pushing the discharging frame 30 onto a discharging base 31, and then properly adjusting and positioning according to the cloth breadth requirement;
the cloth is wound on the front guide shaft 1 in an up-in-down-out mode, and tension tightness adjustment can be performed on the front guide shaft 1 through a tension device; then, the expansion shaft 2 is used for carrying out expansion adjustment on left and right curled edges of the cloth, and winding is carried out in a forward and backward discharging mode; after the spreading surface is adjusted to a proper position, the cloth enters the centering shaft 3, and the centering edge of the cloth is finely adjusted, so that the cloth can be kept in a centering state and is not deviated or curled all the time; after the middle dividing edge is precisely adjusted to a proper position, the middle dividing edge enters the tension adjusting shaft 4 for micro-tension precise micro-adjustment, and a signal provided by the tension sensor is fed back to the tension adjusting shaft 4 for adjustment, so that the cloth is always in a micro-tension state in the advancing process and is wound in a forward and backward discharging mode; after the tension is adjusted to a proper state, the cloth passes through an expanding surface adjusting shaft 7 before dyeing, the left and right breadth and the turned edge of the cloth before entering a dye pool are expanded and adjusted, and an observation window is arranged in the middle;
after the fabric spreading surface is adjusted to a proper position, the fabric enters an ultrasonic dyeing material pool through a first dyeing guide roller 6, and after the fabric contacts the single surface of an ultrasonic dyeing oscillator box, ultrasonic high-frequency oscillation is carried out, so that a dyeing agent is quickly decomposed and permeates into the fabric, then the dyeing material passes through a first seamless joint conveying roller 13 upwards, enters an ultrasonic dyeing material pool again after passing through a second dyeing guide roller 14, contacts the single side of an ultrasonic dyeing oscillator box again, performs ultrasonic high-frequency oscillation again to enable the dye to be rapidly decomposed and permeate into the cloth, then, after passing through a second seamless joint conveying roller 15 upwards and passing through a third dyeing guide roller 16, the cloth enters an ultrasonic dyeing material pool again, ultrasonic high-frequency oscillation is carried out again, so that the dyeing agent is rapidly decomposed and permeates into the cloth, and the process is repeated for 2 times;
after the dyeing process is finished, the cloth goes upward from a third dyeing guide roller 16 through a dyed expanding surface adjusting shaft 17 to perform expanding adjustment on left and right breadth curling of the cloth, and the cloth enters a liquid rolling mechanism after the expanding surface is adjusted to a proper position; the mangle mechanism consists of 2 groups of rubber rollers with high precision and hardness, namely a movable front rubber roller 18 and a fixed rear rubber roller 19; the front rubber roller 18 is driven by a rubber roller precision clearance adjusting device to precisely adjust the clearance and the pressure, can precisely control the water carrying amount extruded by the cloth, and can ensure uniform and consistent overall pressure for mangling by controlling through a signal fed back by a pressure sensor; the cloth passes through a mangle gap between the front rubber roller 18 and the rear rubber roller 19, and the front rubber roller 18 uniformly extrudes the rear rubber roller 19 to discharge redundant non-immersed dye liquor; after the liquid is uniformly squeezed, the cloth is conveyed to a rear seamless joint guide shaft 21 through a rear seamless joint conveying roller 20, and a gap fine-adjustment device is arranged between the rear seamless joint guide shaft and is used for accurately adjusting to a proper gap according to the thicknesses of different cloths, so that the aim of seamless joint is fulfilled; different transmission mechanisms are arranged on the dyed expanding surface adjusting shaft 17, the movable front rubber roller 18, the fixed rear rubber roller 19, the rear seamless joint conveying roller 20 and the rear seamless joint guide shaft 21 so as to ensure synchronous seamless joint among the two parts;
after the liquid-homogenizing working procedure is finished, the guide shaft 21 is seamlessly connected, the cloth is integrally wound on a material receiving shaft 26 of a material receiving frame 27, a bearing seat is locked by a material receiving shaft locking device, and the cloth is properly adjusted and positioned according to the breadth requirement; the material receiving frame does not set power, passive transmission is carried out by controlling the pressure fit between the material receiving shaft 26 and the rear seamless joint guide shaft 21, and automatic fine adjustment is carried out along with the continuous change of the diameter of the material receiving coil; after the material receiving is finished, the trundles of the movable material receiving frame 27 are pushed, the material receiving frame 27 is pushed away from the material receiving base 28, and then complete cold batch ultrasonic dyeing work is carried out.
Claims (9)
1. The utility model provides a cold batch ultrasonic wave dyeing machine which characterized in that: the dyeing machine comprises a discharging mechanism, a dyeing mechanism and a receiving mechanism;
the discharging mechanism comprises a discharging base and a discharging frame fixedly arranged on the discharging base, and a discharging shaft convenient for placing rolled cloth is transversely arranged on the discharging frame;
the dyeing mechanism comprises a dyeing frame, an ultrasonic dyeing box is arranged on the dyeing frame, and an input mechanism for conveying rolled cloth on the discharging mechanism to the ultrasonic dyeing box is arranged on the dyeing frame on the discharging mechanism side; an output mechanism for conveying the dyed cloth to the material receiving mechanism is arranged on the dyeing frame on the side of the material receiving mechanism; a liquid rolling mechanism for carrying out uniform liquid rolling on the dyed cloth is arranged on the dyeing frame at the material receiving side; a plurality of groups of ultrasonic dyeing tanks are sequentially arranged in the ultrasonic dyeing tank, an ultrasonic oscillator tank is arranged in each group of ultrasonic dyeing tanks, dyeing guide rollers convenient for cloth input and output are arranged on a rack at each group of ultrasonic dyeing tanks, and seamless joint conveying rollers matched with the dyeing guide rollers are also arranged between the dyeing guide rollers;
the material receiving mechanism comprises a material receiving base and a material receiving frame fixedly mounted on the material receiving base, and a material receiving shaft convenient for winding dyed cloth is transversely mounted on the material receiving frame.
2. The cold batch ultrasonic dyeing machine of claim 1, wherein: the liquid squeezing mechanism comprises a front rubber roller and a rear rubber roller which are arranged side by side, and a liquid squeezing gap for processing the cloth is reserved between the front rubber roller and the rear rubber roller.
3. The cold batch ultrasonic dyeing machine of claim 1, wherein: the input mechanism comprises a front guide shaft, an expanding shaft, a centering shaft and a tension adjusting shaft which are sequentially arranged on the dyeing frame.
4. The cold batch ultrasonic dyeing machine of claim 3, wherein: the expanding shaft is provided with 2, and 2 expanding shafts are installed on the dyeing frame through the expanding arm, and 2 expanding shafts are installed respectively at the both ends of expanding arm, and the expanding arm articulates on the dyeing frame through articulated bolt.
5. The cold batch ultrasonic dyeing machine of claim 3, wherein: the tension adjusting shaft is provided with 2, and 2 tension adjusting shafts are installed on the dyeing frame through the tension adjusting arm, and 2 tension adjusting shafts are installed respectively at the both ends of tension adjusting arm, and the tension adjusting arm articulates on the dyeing frame through articulated bolt.
6. The cold batch ultrasonic dyeing machine of claim 1, wherein: the output mechanism comprises a back seamless joint conveying roller and a back seamless joint guide shaft which are arranged side by side.
7. The cold batch ultrasonic dyeing machine of claim 1, wherein: and a front spreading surface adjusting shaft and a rear spreading surface adjusting shaft which are matched with the dyeing guide roller are also arranged on the dyeing frames on the two sides of the ultrasonic dyeing box.
8. The cold batch ultrasonic dyeing machine of claim 1, wherein: the bottom of ultrasonic wave dyeing case is provided with the gyro wheel of being convenient for remove, and fixed mounting has the drive actuating cylinder that is used for driving ultrasonic wave dyeing case and removes on the dyeing frame, and ultrasonic wave dyeing case passes through the mount and installs the output at drive actuating cylinder.
9. The cold batch ultrasonic dyeing machine of claim 1, wherein: a plurality of ultrasonic dyeing ponds of group communicate each other through the feeder sleeve, and the feeder sleeve is external to the feeder sleeve, installs the feed control valve on the feeder sleeve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202022474187.2U CN213772543U (en) | 2020-10-30 | 2020-10-30 | Cold-batch ultrasonic dyeing machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202022474187.2U CN213772543U (en) | 2020-10-30 | 2020-10-30 | Cold-batch ultrasonic dyeing machine |
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| CN213772543U true CN213772543U (en) | 2021-07-23 |
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| CN202022474187.2U Active CN213772543U (en) | 2020-10-30 | 2020-10-30 | Cold-batch ultrasonic dyeing machine |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112239926A (en) * | 2020-10-30 | 2021-01-19 | 连云港创美机械有限公司 | Cold-batch ultrasonic dyeing machine and dyeing method |
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2020
- 2020-10-30 CN CN202022474187.2U patent/CN213772543U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112239926A (en) * | 2020-10-30 | 2021-01-19 | 连云港创美机械有限公司 | Cold-batch ultrasonic dyeing machine and dyeing method |
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