TWM604794U - Fabric dyeing machine - Google Patents

Abstract

This creation proposes a cloth dyeing machine, which has a movable frame, a hanger, a plurality of dye tanks, and a moving device. The movable frame is used to hang the objects to be dyed. The moving device is used to move the movable rack between the hanger and the dye tank. In this way, the fabric dyeing machine created by this invention can be used to dye fabrics with gradual colors, and the objects to be dyed are not limited to whole fabrics, but can be used for garments such as tops and pants. Applying the fabric dyeing machine of this creation to the indigo dyeing process can precisely control the area of each dyeing on the cloth or clothes, and make the patterns or gradient colors formed on each cloth or clothes consistent.

Description

Dyeing machine

This creation is about a dyeing machine.

Indigo dyeing is a traditional Chinese craftsmanship and also a representative culture of Hakka. Blue dye is dyed with dyes extracted from plants, so dyes extracted from different plants can have different colors. In the age of industrialization, the devices developed for dyeing cloth can also be applied to blue dyeing. However, the general dyeing device is used to dye the whole piece of fabric into a uniform color, and cannot render special patterns such as gradation on the fabric, nor can it only dye tops, pants, hats, or socks. .

In view of this, proposing a better improvement plan is an urgent problem in the industry.

The main purpose of this creation is to propose a cloth dyeing machine, which can not only be used to dye the whole piece of cloth, but also can dye tops, pants, hats, or socks. In addition, the gradation color can be dyed automatically by the dyeing machine of this creation through appropriate settings.

In order to achieve the above purpose, the dyeing machine proposed in this creation has: A movable frame for hanging the at least one object to be dyed; A pylon Multiple dye tanks; A moving device for moving the movable frame between the hanger and the dye tanks.

In the cloth dyeing machine as mentioned earlier: The rack has: A frame; and Two first recesses, which are formed on the upper edge of the frame; Each dye tank has: A tank; and Two second recesses formed on the upper edge of the groove; The activity rack has: A pole for hanging the at least one object to be dyed; and Two positioning blocks are fixed on both ends of the rod body, and the two positioning blocks can be respectively accommodated in the two first recesses of the hanger or one of the two second recesses of the dye tank.

In the cloth dyeing machine as mentioned earlier: The width of each first recessed portion is tapered from top to bottom; and The width of each second recessed portion is tapered from top to bottom.

In the aforementioned cloth dyeing machine, at least one dye tank has: A tank; and A plurality of heat insulation boards are arranged on the outer wall of the tank.

In the cloth dyeing machine mentioned above, the mobile device has: A horizontal track group, which passes over the hanger and the dye tanks; A longitudinal track group, which is movably arranged on the transverse track group; and A suspension assembly is movably arranged on the longitudinal rail group, and the movable frame is selectively arranged on the suspension assembly.

In the cloth dyeing machine as mentioned earlier: The activity rack has: A pole for hanging the at least one object to be dyed; and Two first hooks, which are fixed on both ends of the rod; and The suspension assembly of the mobile device has: A moving part, which is movably arranged on the longitudinal rail group; and Two second hooks are fixed on the moving part and selectively hook the two first hooks respectively.

In the cloth dyeing machine as mentioned earlier: Each of the first hook parts of the movable frame has: Two fixing parts spaced apart in a direction parallel to the transverse track group; and Each of the second hooks of the suspension assembly has: Two accommodating grooves are used for accommodating one of the two fixing parts of the first hook part.

In the cloth dyeing machine as mentioned earlier: The mobile device also has: A plurality of positioning elements, which are fixed on the horizontal rail group, one of the positioning elements is aligned with the hanger, and the remaining positioning elements are aligned with the dye tanks; At least one sensor is fixed on the longitudinal track group and used for sensing the positions of the positioning elements.

Therefore, the advantage of this creation is that the fabric dyeing machine of this creation can be used to dye fabrics with gradual colors, and the objects to be dyed are not limited to the whole piece of fabric, but can be used for garments such as tops and pants. Applying the fabric dyeing machine of this creation to the indigo dyeing process can precisely control the area of each dyeing on the cloth or clothes, and make the patterns or gradient colors formed on each cloth or clothes consistent.

Please refer to Figure 1 and Figure 2 first. This creation proposes a cloth dyeing machine, which is used to dye at least one object to be dyed. The objects to be dyed can be yarn, cloth, jackets, pants, hats, socks... and other fiber products. The cloth dyeing machine of the present invention has at least one movable frame 10, a hanging frame 20, a plurality of dye tanks 30, and a moving device 40. The fabric dyeing machine of this invention may include a horizontal direction D1 and a longitudinal direction D2. In this embodiment, the lateral direction D1 is horizontal, and the longitudinal direction D2 is vertical, but in other embodiments, it is not limited to this, and can be adjusted according to the environment or other factors.

Then please refer to Figure 3. In this embodiment, there may be a plurality of movable frames 10, and each movable frame 10 is used to hang at least one object to be dyed. Each movable frame 10 has a rod 11, two positioning blocks 12, and two first hooks 13. The rod 11 is used to hang at least one object to be dyed, the two positioning blocks 12 are fixed on the two ends of the rod 11, and the two first hooks 13 are also fixed on the two ends of the rod 11. In this embodiment, the distance between the two positioning blocks 12 is greater than the distance between the two first hook portions 13. Each first hook 13 has two fixing members 130, and the two fixing members 130 are parallel and spaced apart. In this embodiment, the two fixing members 130 are spaced apart along the transverse direction D1.

Then please refer to Figure 1. The hanger 20 and the dye tank 30 are arranged side by side, and in this embodiment, they are arranged side by side along the transverse direction D1, and the hanger 20 can be arranged at the end or the starting point. The hanger 20 may have a frame body 21 and two recesses. The two recessed portions may be the first recessed portion 22 formed on the upper edge of the frame body 21, and the width of the first recessed portion 22 in the transverse direction D1 is tapered from top to bottom. In this embodiment, the hanger 20 may have two bearing seats which are arranged on the upper edge of the frame body 21, and each bearing seat forms a first recess 22.

Each dye tank 30 is used for accommodating dye, and may have a tank body 31 and two recesses. The two recessed portions may be the second recessed portion 32 formed on the upper edge of the groove body 31. In this embodiment, the dye tank 30 may have two bearing seats, which are arranged on the upper edge of the tank body 31, and each bearing seat forms a second recessed portion 32, and the width of the second recessed portion 32 in the transverse direction D1 increases from above And shrinking downward. In this embodiment, at least one dye tank 30 may also have a plurality of heat insulation boards 33 arranged on the outer wall surface of the tank body 31, so as to maintain the temperature of the dye in the tank body 31 and reduce the environmental impact during dyeing.

Then please refer to Figure 1 to Figure 4. The moving device 40 is used for moving the movable rack 10 between the rack 20 and the dye tank 30, for example, the movable rack 10 is moved and the two ends of the movable rack 10 are respectively accommodated in the two recesses of the rack 20 or the dye tank 30 . Specifically, the two positioning blocks 12 of the movable frame 10 are respectively accommodated in the two first recesses 22 of the hanger 20 or the two second recesses 32 of one of the dye tanks 30 by moving the movable frame 10. The mobile device 40 may have a horizontal rail group 41, a longitudinal rail group 42, a suspension assembly 43, a plurality of positioning members 44, and at least one sensor 45.

The horizontal rail group 41 extends along the horizontal direction D1 and passes above the hanger 20 and the dye tank 30. The longitudinal rail group 42 extends along the longitudinal direction D2 and is movably disposed in the transverse rail group 41. In other words, the longitudinal track group 42 can move in the transverse direction D1. The suspension assembly 43 is movably disposed on the longitudinal rail group 42 so that the suspension assembly 43 can move along the longitudinal direction D2. The suspension assembly can lift the movable frame 10, which means that the movable frame 10 can optionally be provided with a suspension assembly 43.

In this embodiment, the suspension assembly 43 has a moving part 431 and two second hooks 432. The moving member 431 is longitudinally movably disposed on the longitudinal rail group 42, and the second hook portion 432 is fixed on the moving member 431. The second hook portion 432 selectively hooks the two first hook portions 13 of the movable frame 10 respectively. Specifically, each second hook portion 432 has two accommodating grooves 4320, and each accommodating groove 4320 is used for accommodating two fixing members 130 of a first hook portion 13.

The positioning elements 44 are fixed to the horizontal rail group 41, and one of the positioning elements 44 is aligned with the hanger 20, and the remaining positioning elements 44 are aligned with the dye tank 30 respectively. The sensor 45 is used to sense the position of the positioning member 44 and is fixed to the longitudinal rail group 42 so that the sensor 45 can move horizontally with the longitudinal rail group 42. In this embodiment, there are a total of three inductors 45, which are arranged at intervals in the lateral direction D1.

The following describes the operation process of the dyeing machine of this creation.

First, the dye is put in the dye tank 30, and the dye in each dye tank 30 can have a different color or concentration, for example, different shades of blue can be put in each dye tank 30. Then, a movable rack 10 is suspended by the moving device 40 and the movable rack 10 is moved to the hanging rack 20, and then the object to be dyed is fixed to the movable rack 10 on the rack 20, and the object to be dyed and the movable rack are fixed 10 is moved into one of the dye tanks 30 through the moving device 40. After a certain period of time, the movable frame 10 is suspended again by the moving device 40, and then the object to be dyed and the movable frame 10 are moved into another dye tank 30 through the moving device 40. Repeat the above steps until a predetermined color or pattern is formed on the object to be dyed.

In this embodiment, when the movable frame 10 is suspended by the moving device 40, the longitudinal movement group is first moved to the side of the movable frame 10, and then the suspension assembly 43 is moved to a position lower than the movable frame 10. Then, the suspension assembly 43 is moved directly below the movable frame 10 through the horizontal assembly, and the accommodating slots 4320 of the suspension assembly 43 are respectively aligned with the fixing parts 130 of the movable frame 10, and then the suspension assembly 43 is moved vertically. high. Thereby, the fixing member 130 of the movable frame 10 is accommodated in the accommodating groove 4320 of the suspension assembly 43, so that the movable frame 10 can be stably lifted. With the fixing member 130 spaced along the lateral direction D1, when the movable frame 10 moves along the lateral direction D1, the movable frame 10 will not tilt and remain stable.

When the object to be dyed is moved to the dye tank 30, the depth of the object to be dyed in the dye tank 30 can also be controlled through the longitudinal movement component, so the depth of the object to be dyed in the dye can be controlled. And by immersing the object to be dyed in different concentrations of dye or soaking in different depths, a gradual color can be formed on the object to be dyed. In addition, by pre-setting the moving path and time of the mobile device, the process of dyeing the gradation color can be automated, as long as the object to be dyed is fixed on the movable frame 10, without relying on manual operation.

Through the above-mentioned structure, the fabric dyeing machine created by this invention can be used to dye fabrics with gradual colors, and the objects to be dyed are not limited to whole fabrics, but can be used for garments such as tops and pants. Applying the fabric dyeing machine of this creation to the indigo dyeing process can precisely control the area of each dyeing on the cloth or clothes, and make the patterns or gradient colors formed on each cloth or clothes consistent.

10: Activity rack 11: Rod body 12: positioning block 13: The first hook 130: fixed parts 20: hanger 21: Frame 22: The first depression 30: Dye tank 31: tank 32: second depression 33: Insulation board 40: mobile device 41: Horizontal track group 42: Longitudinal track group 43: suspension components 431: Moving Parts 432: Second Hook 4320: holding tank 44: positioning parts 45: Sensor D1: horizontal direction D2: longitudinal direction

Figure 1 is a schematic front view of the creation. Figure 2 is a schematic diagram of the right side of the creation. Figure 3 is a three-dimensional schematic diagram of the created movable shelf. Figure 4 is a three-dimensional schematic diagram of the mobile device and the movable frame created.

10: Activity rack

20: hanger

21: Frame

22: The first depression

30: Dye tank

31: tank

32: second depression

33: Insulation board

40: mobile device

41: Horizontal track group

42: Longitudinal track group

44: positioning parts

45: Sensor

D1: horizontal direction

D2: longitudinal direction

Claims (10)

A cloth dyeing machine is used to dye at least one object to be dyed, and has: A movable frame for hanging the at least one object to be dyed; A pylon Multiple dye tanks; A moving device for moving the movable frame between the hanger and the dye tanks. The dyeing machine according to claim 1, wherein the hanger has: A frame; and Two recessed parts are formed on the upper edge of the frame body; both ends of the movable frame can be respectively accommodated in the two recessed parts. The cloth dyeing machine according to claim 1, wherein each dye tank has: A tank; and Two recessed parts are formed on the upper edge of the groove body; both ends of the movable frame can be respectively accommodated in the two recessed parts. The cloth dyeing machine described in claim 1, in which: The rack has: A frame; and Two first recesses, which are formed on the upper edge of the frame; Each dye tank has: A tank; and Two second recesses formed on the upper edge of the groove; The activity rack has: A pole for hanging the at least one object to be dyed; and Two positioning blocks are fixed on both ends of the rod body, and the two positioning blocks can be respectively accommodated in the two first recesses of the hanger or one of the two second recesses of the dye tank. The cloth dyeing machine described in claim 4, wherein: The width of each first recessed portion is tapered from top to bottom; and The width of each second recessed portion is tapered from top to bottom. The cloth dyeing machine according to any one of claims 1 to 5, wherein at least one dye tank has: A tank; and A plurality of heat insulation boards are arranged on the outer wall of the tank. The cloth dyeing machine according to any one of claims 1 to 3, wherein the mobile device has: A horizontal track group, which passes over the hanger and the dye tanks; A longitudinal track group, which is movably arranged on the transverse track group; and A suspension assembly is movably arranged on the longitudinal rail group, and the movable frame is selectively arranged on the suspension assembly. The cloth dyeing machine described in claim 7, wherein: The activity rack has: A pole for hanging the at least one object to be dyed; and Two first hooks, which are fixed on both ends of the rod; and The suspension assembly of the mobile device has: A moving part, which is movably arranged on the longitudinal rail group; and Two second hooks are fixed on the moving part and selectively hook the two first hooks respectively. The cloth dyeing machine described in claim 8, wherein: Each of the first hook parts of the movable frame has: Two fixing parts spaced apart in a direction parallel to the transverse track group; and Each of the second hooks of the suspension assembly has: Two accommodating grooves are used for accommodating one of the two fixing parts of the first hook part. The cloth dyeing machine described in claim 7, wherein: The mobile device also has: A plurality of positioning elements, which are fixed on the horizontal rail group, one of the positioning elements is aligned with the hanger, and the remaining positioning elements are aligned with the dye tanks; At least one sensor is fixed on the longitudinal track group and used for sensing the positions of the positioning elements.

Images