KR200470423Y1 - Rotational and Vibrational Dyeing Device with Multiple Container - Google Patents

Abstract

The present invention relates to a rotating and vibrating multi-vessel dyeing apparatus capable of independently controlling the temperature in a single container and capable of quantitatively supplying additives, including a frame, a heating and heat dissipation module, an automatic pharmaceutical metering device, and a vibration device. The heating and heat dissipation module includes a fixed plate and a plurality of temperature controlled heating devices, the fixed plate is connected in the frame, and the temperature controlled heating device is used to heat, maintain and radiate heat, and the temperature controlled heating device is It is installed on the fixed plate. According to this, the belt is driven using the driving device, and at the same time, the driving wheel of the temperature control heating device is rotated, and at the same time, the container is driven and rotated. In addition, by vibrating to drive the fixing plate, the heating and heat dissipation module by the vibrating device to enhance the impact of the dye and cloth material in the container to be dyed. In addition, by automatically replenishing the container with the additive with the automatic additive dosage supply device, when the machine is running, the process of stopping and adding the additive is reduced.

Description

Rotary and Vibrating Dyeing Device with Multiple Containers

The present invention relates to a dyeing apparatus, and more particularly, to a rotating and vibrating multi-container dyeing apparatus capable of controlling the temperature independently through a single container and supplying a fixed amount of additives.

In general, the dyeing device for dyeing the fabric material is designed for most multi-use. The multi-use dyeing apparatus can dye many fabrics at the same time, but it is necessary to organize the dyeing process according to the material of the cloth and the physical properties of the dyeing agent, and to uniformly apply the heating, temperature maintenance, lowering, and administration of additives. Dyeing effect can be reached. However, at present, all the main dyeing apparatuses are slow in operation because they control the temperature singly. In other words, only the single point temperature can be detected inside the same machine, and the whole inside of the machine must be heated by one heater.

Although the dyeing device has a multi-container design structure, it has only one reference temperature, and many containers adopt a single dyeing process or a process in which a dyeing agent or fabric material having similar characteristics is put in the container and heated at the same time to keep the temperature lowered. , There is a problem that can not dye various fabrics, and can not be dyed by heating different dyes at the same time.

In addition, considering the degree to which the dye is attached to the cloth, in addition to the problem that the temperature is not uniform, since the temperature rise and fall only during dyeing cannot sufficiently attach the dye to the cloth material, the container must be rotated or vibrated. Adhesion effect can be enhanced. However, the conventional dyeing apparatus provides only a single path of rotation and vibration, the rotation method is the container in the case of soft fabrics because the container is rotated 90 degrees along the central axis or the container is rotated 45 degrees along the rotating plate There is a problem that can not be uniformly dyed due to agglomeration or wrinkles within.

In addition, the dyeing apparatus promotes the chemical change of the dyeing agent by adding an additive in the process of dyeing the cloth, but the conventional method of additive addition proceeded mainly in an artificial manner. That is, in the dyeing process, the worker stops the dyeing process (ie, stops the operation of the machine), adds the necessary additives, and continues the dyeing process. This not only requires an operator to add additives unnecessarily, but also causes a problem in that the process itself is delayed or the amount of addition is not correct due to artificial factors, resulting in a decrease in dyeing effect, and thus a problem of discarding and reworking.

 In view of the above problems, it is an object of the present invention to provide a rotating and vibrating multi-pot dyeing apparatus capable of independently controlling the temperature in a single container and can supply a fixed amount of the drug. More specifically, by simultaneously heating a plurality of vessels and controlling each vessel at different temperatures, the vessels can be heated to different temperatures and can be dyed more accurately while maintaining and lowering the temperature.

Another object of the present invention is to provide a rotating and vibrating multi-vessel dyeing apparatus capable of independently controlling the temperature in a single container and quantitatively supplying additives. Dyeing work can be done by fixing the dye and fabric material of the property at the same time.

It is still another object of the present invention to provide a rotating and vibrating multi-vessel dyeing apparatus capable of independently controlling the temperature with a single container and quantitatively supplying additives, and a path for moving at least two rotating and vibrating containers. With the combination, a good dyeing effect can be achieved, and the cloth inside the rotatable container and the axis of the container can be horizontally dyed without being wrinkled.

Another object of the present invention is to provide a rotating and vibrating multi-pot dyeing device capable of independently controlling the temperature in a single container and supplying a quantitative supply of a dye, and has a function of automatically adding an additive to dyeing effect. Can promote.

Accordingly, the present invention provides a rotating and vibrating multi-vessel dyeing apparatus capable of independently controlling temperature and quantitatively supplying additives for a single container. The multi-vessel dyeing apparatus includes at least one heating and heat dissipation module including a frame having a first side wall and a second side wall, a fixing plate, and a plurality of temperature-controlled heating devices, wherein the fixing plate comprises first and second side walls of the frame. Is connected between, the temperature control heating device has a hollow body, a container, a heating unit, a temperature sensor, a drive wheel and a blower, the hollow body of the temperature control heating device is provided on the fixed plate, the container is the hollow It is provided in a sieve, the container has a receiving portion, an inlet connected to the outside of the receiving portion and the groove portion communicating with the outside of the receiving portion, the heating unit is provided on any one side of the hollow body to heat the container The temperature sensor may be provided at one side of the hollow body to detect a temperature in the accommodating part through the accommodating part from the groove of the container and then detect the temperature. Electrically transmits a temperature signal to an external computer (not shown), sends an adjustment command from the external computer internal software to the thermostat or blower to heat the vessel, maintains temperature and lowers the drive wheel; It is connected to the vessel to rotate the vessel, the blower is provided in the fixed plate is used to lower the temperature of the vessel. This is coupled to the drive wheel through the belt, and by rotating the belt and the drive wheel by a drive device at the same time to rotate the container so that the dye and cloth inside the receiving portion collided and dyed.

The present invention relates to a rotating and vibrating multi-vessel dyeing apparatus capable of independently controlling the temperature in a single container and capable of quantitatively supplying additives, including a frame, a heating and heat dissipation module, an automatic pharmaceutical metering device, and a vibration device. The heating and heat dissipation module includes a fixed plate and a plurality of temperature controlled heating devices, the fixed plate is connected in the frame, and the temperature controlled heating device is used to heat, maintain and radiate heat, and the temperature controlled heating device is It is installed on the fixed plate. According to this, the belt is driven using the driving device, and at the same time, the driving wheel of the temperature control heating device is rotated, and at the same time, the container is driven and rotated. In addition, by vibrating to drive the fixing plate, the heating and heat dissipation module by the vibrating device to enhance the impact of the dye and cloth material in the container to be dyed. In addition, by automatically replenishing the container with the additive with the automatic additive quantity supply device, when the machine is running, the process of stopping and adding the additive is reduced.

According to the rolling and vibrating multi-vessel dyeing device that can independently control the temperature in a single container of the present invention, and can supply the additives quantitatively, the drug supply device is installed on the fixed plate of the heating and heat dissipation module to extract the additives. Is used to output to the driphead. The track is installed on the stationary plate to move the drug delivery device to the corresponding location of any temperature controlled heating device such that additives are output through the drip head and injected into the container from the container inlet at the corresponding location.

According to the rolling and vibrating multi-vessel dyeing apparatus capable of independently controlling the temperature with a single container of the present invention and capable of quantitatively supplying a dye, it is coupled to the frame and is connected to the fixing plate, and the fixing plate, heating and Vibration device for vibrating the dye inside the container of the heat dissipation module and the fabric between a predetermined angle and the dyeing agent mixed with the fabric and dyed.

1 is a three-dimensional block diagram of a preferred embodiment of the present invention.
FIG. 2 is a stereoscopic exploded view of the preferred embodiment shown in FIG.
3 is an explanatory view of partial components of the preferred embodiment shown in FIG.
4A is a three-dimensional view of the partial components of the preferred embodiment shown in FIG.
4B is an explanatory diagram of components of the preferred embodiment shown in FIG.
5 is a side view of the preferred embodiment shown in FIG.
6 to 8 are diagrams illustrating the operation of the vibration device of the preferred embodiment shown in FIG.
9A, 9B, 10A, 10B, 11A, and 11B are explanatory views of the operation of another embodiment of the vibration device of the preferred embodiment shown in FIG.
FIG. 12 is an explanatory view partially enlarged from another angle of the vibration device of the preferred embodiment shown in FIG.
FIG. 13 is an explanatory view showing a connection relationship between a vertical piece, an eccentric device, a drive device and a motor of the vibration device of the preferred embodiment shown in FIG.
14 is an explanatory view in which a heating and heat dissipation module is combined with a vibration device according to another embodiment.

In order for the examiner to understand the features and advantages of the present invention more clearly, preferred embodiments will be described with reference to the accompanying drawings.

1 to 8, a rotating and vibrating multi-vessel dyeing apparatus 100 capable of independently controlling the temperature and quantitatively supplying additives for a single container of a preferred embodiment of the present invention is a frame 10 and at least one. The heating and heat dissipation module 20 includes.

1 and 2, the frame 10 is firmly fixed to the ground (or plane), and the frame has a first side wall 11, a second side wall 12, and a first side wall 11 and A plurality of fixing rods 13 are connected to the second side wall 12, and the first side wall 11 and the second side wall 12 are formed with a plurality of through holes 14 corresponding to each other. It is.

1 to 3, the present embodiment shows an example in which the heating and heat dissipation module 20 employs two heating and heat dissipation modules 20, and the first side wall 11 of the frame 10 is shown. And the second side wall 12 is pivotally connected, respectively, and the structure of the two heating and heat dissipation modules 20 is exactly the same. The heating and heat dissipation module 20 includes a fixed plate 21 and a plurality of temperature control heating device (22). Both ends of the fixing plate 21 are pivotally connected between the plurality of corresponding through holes 14 formed on the first side wall 11 and the second side wall 12 of the frame 10, and the through holes ( 14 is arranged to be symmetrically connected to both ends of the fixing plate 21. These temperature control heating devices 22 are arranged in order on the fixed plate 21, the temperature control heating device 22 is a hollow body 221, a container 222, a heating unit 223, a temperature sensor 224 , Drive wheel 229 and blower 225. The heating unit 223, the temperature sensor 224 and the blower 225 are electrically connected, the hollow body 221 is provided on the fixing plate 21, the cover on one side of the hollow body 221 2211, wherein the container 222 is provided on the hollow body 221 to be opened and closed by the cover 2211, and both ends of the container 222 are rotatable inside the hollow body 221. Coupled to each other, the container 222 is a structural device rotatably formed with respect to the body (221). For example, the pivot shaft may be hinged by a pivot shaft, driven by a wheel set, or directly connected to the vessel 222 through a motor.

The container 222 is located on one side of the receiving portion 226, the receiving portion 226 and connected to the outside of the receiving portion 226, and the other side of the receiving portion 226. It includes a groove portion 228 in communication with the outside of the receiving portion 226. The groove portion is formed to be concave from the outside into the interior of the container 222 to maintain a closed state of one side of the container 222, the heating unit 223 is located in the lower position of the hollow body 221 The heating unit 223 is one of a heating lamp, a bulb, an infrared heater, an electric heater, and the like. In this embodiment, the heating unit 223 heats the container 222 as a heating lamp. The temperature sensor 224 is provided on one side of the hollow body 221, and a portion of the temperature sensor 224 into the receiving part 226 from the groove 228 of the container 222 so as not to interfere with the rotation of the container 222. The temperature sensor 224 penetrates the sensing unit 226, and the temperature sensor 224 is electrically connected to the heating unit 223 and the blower 225 through an external computer (not shown). 229 is connected to the container 222 and the drive belt is driven by a motor (not shown) in the present invention by an external drive device coupled to the drive wheel 229 through a drive belt (not shown) By rotating the drive wheel 229, the container 222 is driven to rotate in place. That is, the container 222 rotates in place in the hollow body 221, the blower 225 is coupled to the fixed plate 21, and a gas transport path passes through the container 222 of the container 222. Lower the temperature.

The container 222 further includes a center wheel cover 2221, the center wheel cover 2221 is coupled to one end of the container 222, and one end of the inlet 227 is connected to the container 222. The drive wheel 229 further includes a drive shaft 2291 and a rotation wheel 2292 so as not to interfere with the rotation of the center wheel cover 2221, and the drive wheel 229. The 2291 is coupled to one side of the driving wheel 229, and is inserted through the driving wheel 229 so as to be movable inside the hollow body 221, and the driving shaft 2291 is rotated by the rotation wheel ( 2292, the rotation wheel 2292 is symmetrically in contact with the center wheel cover 2221, and when the external driving device drives the driving wheel 229, the drive shaft 229 and the rotation wheel 2292. ) Is interlocked to drive and rotate the center wheel cover (2221) and the container (222) Dye the dough with a dye.

In the above-described embodiment, since each of the containers 222 are provided with the independent temperature sensor 224, each container 222 can each independently dye. That is, each container 222 can sense the temperature using the temperature sensor 224, and reads the detected temperature by the external computer control unit used in the above, the computer sets or controls each unit to indicate the signal By heating the heating unit 223 or lowering the temperature of the container 222 or maintaining the temperature through the blower 225 by different temperature control heating device 22 is the single container 222 Temperature can be controlled independently, so that different fabrics or different dyes can be dyed at the same time. A handle 2212 is further coupled to an upper side of the hollow body 2211, and the handle 2211 opens or closes a cover 2211 of one side of the hollow body 221 to be taken out of the container 222 or the container ( 222).

In addition, each container 222 can be independently heated to maintain dyeing quality by more precisely controlling the temperature in the container 222 by maintaining and lowering the temperature.

The rotating container 222 rotates horizontally, the cloth and the container 222 therein can be dyed uniformly without being easily wrinkled by rotating horizontally at the same time.

1, 2 and 4a and 4b, the rolling and vibrating multi-vessel dyeing apparatus 100 capable of independently controlling the temperature with the single container further includes at least one automatic additive quantity supply device 30. do. The automatic additive quantitative supply device 30 includes a drug supply device 31, a track 32 and a drip head 33, wherein the drug supply device 31 includes at least one container 311 and one suction tube. 312, at least one T-shaped valve, at least one flexible tube 314, at least one inhalation syringe barrel 315, and one linkage 316. An additive or water is provided in the container 311, and one end of the suction pipe 312 is connected to the container 311, and the other end of the suction pipe 312 is connected to a lower end of the T-shaped valve. Connected. An upper end of the T-shaped valve 313 is connected to the medicine inhalation syringe barrel 315, and the flexible pipe 314 is connected to a horizontal end of the T-shaped valve. The other end is combined with the drip head 33.

The container 311, the suction pipe 312, the T-shaped valve, the flexible pipe 314 and the medicine suction syringe body 315 mentioned in the present embodiment are plural. Thus, in this embodiment, one interlock device 316 is coupled to the pistons above the plurality of drug inhalation syringe barrels 315, and the interlock device 316 includes the functions of a power source and a computer control device. In addition, the linkage 316 facilitates the piston of the drug inhalation syringe barrel 315 to expel the additive in the container 311 and places the computer through the combination under one designed controlled amount, such that the linkage 316 pushes a piston so that the additive in the inhalation syringe barrel 315 is transported to all outlets (not shown) of the drip head 33 via the flexible tube 314 and the other of the flexible tube 314. One end releases the additive or water.

The track 32 is provided on the fixed plate 21, the track 32 is coupled to the drip head 33, the drip head 33 and any one of the temperature control heating device 22 Through the inlet 227 of the vessel 222 in the corresponding position by moving it to the opposite position, causing several kinds of additives to be simultaneously discharged through the plurality of flexible tubes 314 in the drip head 33 at the same time. Additives are injected into the receptacle and mixed.

This allows the automatic addition of additives or water without stopping the machine, thereby increasing production capacity.

Next, according to one embodiment of the present invention, according to Figures 1, 2 and 5 to 8, the cloud and vibrating multi-pot dyeing apparatus capable of independently controlling the temperature in the single container, and can supply a fixed amount of the drug ( 100 further includes a vibrator 40, which is coupled to the frame 10 and connected to at least one fixing plate 21 inside the frame 10. The fixing plate 21 further includes a fixing groove 211, and the fixing groove 211 is provided below the fixing plate 21. The vibration device 40 is the eccentric wheel 41, the second connecting rod 43, the third connecting rod 431, the drive shaft 44, the gear 45, the motor 46 and the lower fixed in this embodiment A rod 47.

One end of the second connection rod 43 is hinged to the eccentric wheel 41, the other end of the second connection rod 43 is hinged to the third connection rod 431, the third connection rod One end of the 431 is simultaneously connected to the lower fixing rod 47, and the lower fixing rod 47 penetrates through the corresponding through hole 14 of the frame 10 to fix the lower side of the fixing plate 21. It is coupled to the groove 211, the drive shaft 44 is connected to the eccentric wheel 41, the gear 45 is fixed to the drive shaft 44, the gear 45 through the motor 46 Drive the eccentric wheel (41) while rotating the drive shaft (44). As a result, when the eccentric wheel 41 is operated, the heating and heat dissipation module 20 is driven by driving the third connecting rod 431 and the lower fixing rod 47 by the second connecting rod 43. By vibrating forward (see Fig. 6), horizontally positioning (see Fig. 7), or vibrating backward (see Fig. 8), the vessel 222 of the heating and heat dissipation module 20 is connected to the external motor. In addition to having a first movement path rotated in place by the belt, further comprising a second movement path vibrating obliquely forward and backward by the vibrator 40 so that the dye in the container 222 collides more with the wood. By mixing, the dyeing effect is better.

The vibrator 40 further includes a first connecting rod 42, a fourth connecting rod 421, and an upper fixing rod 48, and one end of the first connecting rod 42 is the third connecting rod. Is hinged to the 431 and at the same time connected to the second connecting rod 43 and the eccentric wheel 41, the other end of the first connecting rod 42 is hinged to the fourth connecting rod (421) The fourth connecting rod 421 is connected to the upper fixing rod 48, and the upper fixing rod 48 penetrates through the corresponding through hole 14 of the frame 10 to form another one (the second fixing rod 48). ) Is coupled to the fixing groove 211 of the lower side of the fixing plate 21 of the heating and heat dissipation module 20. Therefore, in the present embodiment, the vibrator 40 may be connected to the two fixing plates 21 at the same time, and may obtain the same effect as the above-described embodiment. The present invention can expand and hinge the plurality of first connecting rods 42 and the second connecting rods 43 by using the vibration device 40, coupled to other fixed rods and a plurality of fixing plates 21. Then, the same motor 46 and the eccentric wheel 41 drive the container 222 of the temperature control heating apparatus 22 above the some fixed plate 21.

9 to 14, the vibrator 40 may be replaced by a vibrator 50, and the vibrator 50 may include a motor 51, a drive unit 52, and an eccentricity. Apparatus 53, a vibrating vertical piece 54, at least one rod 55, the holding base 56, both sides of the rod 55 is provided in the transverse direction above the holding base 56, A vibration shaft 541 is provided above the vibration vertical piece 54, and the vibration shaft 541 is provided at an end of the rod 55 to vibrate the vibration vertical piece 54 and the motor 51. Vibrate the vibrating vertical piece 54 by causing the driving device 52 to drive the eccentric device 53, and the vibrating vertical piece 54 is coupled to the fixing plate 21. (21) The heating and heat dissipation mode 20 on the upper side is vibrated obliquely back and forth. For example, the heating and heat dissipation mode 20 may be oscillated forward (see FIGS. 9A and 9B), or horizontally positioned (see FIGS. 10A and 10B) or rearward (see FIGS. 11A and 11B). ), The container 222 of the heating and heat dissipation module 20 has a first movement path that rotates in place by the motor and the belt, and has a second movement path that vibrates obliquely back and forth by the vibration device 50. Therefore, it is possible to dye more uniformly in the container 222, thereby coupling the vibration device 50 of the present embodiment into the frame 10, the vibration device 50 and the heating and heat dissipation module ( 20) at the same time is symmetrically connected to the automatic drug supply device 30 to complete another embodiment of the present invention. The effect is the same as in the above embodiment.

The above description is only a preferred embodiment of the present invention, and does not limit the scope of the embodiments of the present invention. Those skilled in the art can be changed evenly within the scope of the present invention, this change will be said to belong to the scope of the present invention.

100: Rotating and vibrating multi-vessel dyeing device capable of independently controlling temperature and metering additives for a single vessel
10: frame
11: first side wall
12: second side wall
13: fixed lever
14: through hole
20: heating and heat dissipation module
21: fixed plate
211: Fixing groove
22: temperature control heating device
221: hollow body
2211: Courage
2212: handle
222: courage
2221: center wheel cover
223 heating unit
224: temperature sensor
226: receiving part
227: entrance
228 home
229: drive wheel
2291: drive shaft
2292: spinning wheel
225: blower
30: automatic additive quantity supply device
31: drug supply device
32: track
33: Driphead
40: vibrator
41: eccentric wheel
42: first load
421: fourth load
43: second load
431: third load
44: drive shaft
45: gears
46: motor
47: lower fixed rod
48: upper fixing rod
50: vibrator
51: motor
52: drive unit
53: eccentric device
54: vibration vertical piece
541: vibration axis
53: loading

Claims (7)

A frame comprising a first side wall and a second side wall;
Fixed plate; And
Including a plurality of temperature control heating,
The fixing plate is connected between the first side wall and the second side wall of the frame,
The temperature control heating device includes a hollow body, a container, a heating unit, a temperature sensor, a driving wheel and a blower,
The heating unit, the temperature sensor and the blower are electrically connected, the hollow body is provided on the fixed plate, the container is provided in the hollow body, the container is the receiving portion, the inlet connected to the outside of the receiving portion And a groove portion communicating with the outside of the accommodation portion, wherein the heating unit heats the vessel at the lower side of the hollow body, and the temperature sensor is installed at one side of the hollow body, and the accommodation portion at the groove portion of the vessel. Penetrates inside to sense the temperature inside the receiving portion, and the driving wheel is connected to the container,
The blower includes a heating and heat dissipation module provided in the fixing plate to lower the temperature of the container and independently process the dyeing process and to perform the dyeing process.
And one drug supply device, one track and one drip head, wherein the drug supply device includes a plurality of containers, a plurality of suction tubes, a plurality of T-shaped valves, a plurality of flexible tubes, a plurality of medicine inhalation syringe bodies, one It includes an interlock of the, one end of the suction pipe is connected to the container, the other end of the suction pipe is connected to the lower end of the T-shaped valve, the T-shaped valve is connected to the medicine suction syringe body, One end is connected to the horizontal end of the T-valve, the other end of the flexible tube is coupled to the drip head, the upper side of the medicine suction syringe body is coupled to the linkage, the linkage is the drug Promoting the piston of the inhalation syringe body to expel the additive in the container contained in the drug delivery device, the linkage pushing the piston to the additive in the inhalation syringe body Conveyed to the output of the drip head via the flexible tube, the other end of the flexible tube delivers the additive or water, the track is installed on the stationary plate and the track engages the drip head, An automatic additive quantity feeder for moving the drip head to a position opposite to the temperature controlled heating device such that the additive is simultaneously discharged through the flexible tube in the drip head;
A driving device coupled to the driving wheel through a belt rotates the belt and the driving wheel and simultaneously rotates the container included in the temperature control heating device so that the cloth is dyed while the dye and cloth in the receiving portion collide with each other. Rotating and vibrating multi-vessel dyeing apparatus that can control the temperature independently for a single container and quantitatively supply the additive. The method of claim 1,
The container further comprises a center wheel cover coupled to one end of the container, one end of the inlet penetrates through the center of the center wheel cover so as not to interfere with the rotation of the center wheel cover in the container,
The drive wheel further includes a drive shaft and a rotation wheel, the drive shaft is coupled to one side of the drive wheel, the drive wheel is inserted through the movable to the inside of the hollow body, the drive shaft is coupled to the rotary wheel , The rotating wheels are symmetrically in contact with the center wheel cover,
When the driving device drives the drive wheel, the center wheel cover and the container is rotated by rotating the drive shaft and the rotary wheel in conjunction with the rotation of the drive wheel, characterized in that the rotating and vibrating container Dyeing device. delete delete The method of claim 1,
And a vibrating device coupled to the frame and connected to the fixed plate, wherein the fixed plate and the temperature control heating device vibrate. The method of claim 5, wherein
The first side wall and the second side wall of the frame include a plurality of through holes formed at corresponding positions of the first side wall and the second side wall, respectively.
The fixing plate further includes a fixing groove formed on the lower side of the fixing plate,
The vibration device includes an eccentric wheel, a second rod, a third rod, a drive shaft, a gear, a motor, and a lower fixed rod, one end of the second rod being hinged to the eccentric wheel, and the other end of the second rod. It is hinged to the third rod, at the same time one end of the third rod is connected to the lower fixing rod, the lower fixing rod is coupled to the fixing groove below the fixing plate through the corresponding through hole of the frame, The drive shaft is connected to the eccentric wheel, the gear is fixed to the drive shaft to rotate the drive shaft by driving the gear through the motor, and further drive the eccentric wheel, when the eccentric wheel is operating the first 2 the rods to drive the third rod and the lower fixed rod to move the heating and heat dissipation module forward or horizontally or rearward Rotating and vibrating multi-vessel dyeing device. The method of claim 5, wherein
The vibration device includes a motor, a driving device, an eccentric device, a vibration vertical piece, at least one rod and a fixing stand, and both ends of the rod are installed in the horizontal direction on the upper side of the fixing stand, and a vibration shaft is provided on the vibration vertical piece. The vibration shaft is provided at one end of the rod to vibrate the vibration vertical piece, and the driving device drives the eccentric device to vibrate the vibration vertical piece through the motor, and the vibration vertical piece is the fixed plate. Rotating and vibrating multi-color dyeing device coupled to the fixed plate to drive the heating and heat dissipation module to vibrate back and forth inclined.

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