CN201258378Y - Cashmere card - Google Patents

Abstract

The utility model discloses a cashmere carding machine which is characterized in that the cashmere carding machine comprises a feeding mechanism, an opening mechanism, a carding mechanism and a stripping mechanism. The opening mechanism is provided with a pricker roller, a first cylinder, a working roller assembly and a wiper roller assembly. The carding mechanism is provided with a second cylinder, a working roller assembly, a wiper roller assembly and a doffer roller. A transfer roller is arranged between the opening mechanism and the carding mechanism. The cashmere carding machine only has the four components: the feeding mechanism, the opening mechanism, the carding mechanism and the stripping mechanism, and has the advantages of compact structure, small size and low manufacturing and maintenance costs. The practice proves that the cashmere carding machine is applicable to the carding of wool fiber materials with low impurity content and provides a new option for the majority of users.

Description

Cashmere carding machine

technical field

The utility model relates to textile machinery, in particular to a cashmere carding machine.

Background technique

The cashmere carding machine in the prior art is mainly used for combing raw materials such as cashmere, camel hair and yak hair to form plush free hair for subsequent textile processing. The above cashmere carding machine mainly includes a feeding mechanism, an opening mechanism, a coarse and impurity removing mechanism, a carding mechanism and a stripping mechanism; the above feeding mechanism, an opening mechanism, a coarse and impurity removing mechanism, a carding mechanism and a stripping mechanism connect. Although this kind of cashmere carding machine can also achieve a good carding and impurity removal effect, it has the defects of long equipment span, large space occupation and high production cost. It is especially suitable for carding wool fiber raw materials with high impurity content. If it is used for carding wool fiber raw materials with low impurity content, it will cause unnecessary waste of equipment resources. Because the structure of the cashmere carding machine in the prior art is all roughly like this, the user can not select a suitable cashmere carding machine according to the wool fiber raw materials of different qualities.

Utility model content

The utility model aims to overcome the above-mentioned technical defects in the prior art and provide a cashmere carding machine suitable for carding wool fiber raw materials with low impurity content.

Its technical solutions are:

A cashmere carding machine is provided with a feeding mechanism, an opening mechanism, a carding mechanism and a stripping mechanism; The second cylinder, the working and stripping roller group and the doffer are provided with transfer rollers between the opening mechanism and the carding mechanism.

In the above opening mechanism, there are three working and stripping roller groups, and each working and stripping roller group is provided with a working roller and a stripping roller; in the above carding mechanism, there are three working and stripping roller groups. , each working and stripping roller group is provided with a working roller and a stripping roller.

The utility model is only equipped with a feeding mechanism, an opening mechanism, a carding mechanism and a stripping mechanism, and has a more compact structure, takes up little space, and has low manufacturing and maintenance costs. It has been verified by practice that it is more suitable for carding wool fiber raw materials with low impurity content, and it has added a new model to choose from for the majority of users.

Description of drawings

The figure is a schematic diagram of the structural principle of an embodiment of the utility model.

The utility model is described below in conjunction with accompanying drawing:

Detailed ways

Referring to the accompanying drawings, a cashmere carding machine is provided with a feeding mechanism 1, an opening mechanism 2, a carding mechanism 3 and a stripping mechanism 4. The following is a detailed description of each of the above-mentioned institutions:

The feeding mechanism 1 is provided with a flat curtain 100, an oblique curtain 101, an even rake 102, a stripping roller 103 and a volume box 104. The wool raw material fibers are carried by the flat curtain 100 to the inclined curtain 101, and then picked up by the inclined curtain 101 and carried up to the rake 102, and the rake 102 knocks down the excess fiber raw materials for wool equalization, and it is left in place. After being carried to the top, the fiber raw material is stripped off by the front stripping roller 103 and falls into the volume box 104, and then evenly transported to the opening mechanism 2 through the pressure roller and the bottom flat curtain at the bottom of the volume box.

The opening mechanism 2 is provided with a licker-in roller 201, a first cylinder 202 and a working and depilling roller group 203, and a feeding roller group 5 and a cleaning roller are arranged between the bottom flat curtain 105 and the licker-in roller 201 in the volume box 104 6. There are three working and stripping roller groups 203, and each working and stripping roller group is provided with a working roller 2030 and a stripping roller 2031. The fiber raw material from the above-mentioned feeding mechanism 1 is transferred to the first cylinder 202 through the feeding roller group 5, and is opened and carded through the carding unit formed by three working and depilling roller groups, and then stripped and sent by the transfer roller 7. To carding mechanism 3.

Carding mechanism 3 is provided with the second cylinder 302, work and depilation roller group 303 and doffer 301, transfer roller 7 is set between the first cylinder 202 and the second cylinder 302, work and depilation roller group 303 altogether Three are set, and each work and depilation roller group is provided with a work roller 3030 and a depilation roller 3031. The fiber raw material from above-mentioned opening mechanism 2 is transferred to the second cylinder 302, and further combed through the carding unit formed by three working and depilling roller groups, and transferred to the doffer 301 to form wool web. Afterwards, the wool net is stripped by the chopping knife 401 of the stripping mechanism 4, and the wool net enters the hair storage box.

Claims (2)

1. A cashmere carding machine, characterized in that it is provided with a feeding mechanism, an opening mechanism, a carding mechanism and a stripping mechanism; the opening mechanism is provided with a licker-in roller, a first cylinder and a working and stripping roller group , the carding mechanism is provided with a second cylinder, a working and stripping roller group and a doffer, and a transfer roller is provided between the opening mechanism and the carding mechanism. 2. The cashmere carding machine according to claim 1, characterized in that: in the opening mechanism, there are three working and stripping roller groups, and each working and stripping roller group is provided with a working roller and a Stripping rollers; in the carding mechanism, there are three working and stripping roller groups, and each working and stripping roller group is provided with a working roller and a stripping roller.

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