Variable-swing-angle independent temperature control color testing machine

Abstract

A variable-swing-angle independent temperature control color testing machine comprises a bearing disc bearing a plurality of color testing cup sets, a control unit controlling a front-back swing transmission unit and a left-right swing transmission unit to act through instructions, and driving the color testing cup sets to form swing angle changes and time sequence changes, so that the dye liquor of the color testing cups in the color testing cup group and the gray cloth have different degrees of contact, impact strength and mixing, so that the effects of uniformly dyeing the gray cloth and flattening the surface are achieved; the color testing cup set is independent temperature control modularization, a conveying device and a mechanical arm can be arranged in an infinite extending and expanding mode, independent machine tables can be expanded at will and connected in series to form modularization, unmanned operation is achieved, color testing cups are automatically filled, a small number of color samples can be diverse, and the problem that colors of textiles are rapidly fashioned is solved.

Description

technical field [0001] The present invention relates to a color testing machine, in particular to a transmission method different from the traditional color testing machine, which can make the swing angle of the color test cup change, and can achieve the variable swing angle independent of the fully mixed dyeing liquid and gray cloth fiber. Temperature-controlled color tester. Background technique [0002] Before mass production of textiles, it is necessary to use a color testing machine for color testing in the laboratory. The correct ratio of dyes and various chemicals can be obtained through color testing, and the correct color and effect can be obtained when transferring to mass production. [0003] Generally, the process of color testing by color testing machine in the laboratory of dyeing and finishing factory has the following common problems: [0004] 1. The first type of color tester has a "fixed" 90-degree rotation between the color test cup and the horizontal dir...

AI Technical Summary

Problems solved by technology

However, due to the centrifugal force factor during the rotation, if the rotation speed is too fast, the dye solution will be concentrated at one end of the test cup due to the centrifugal force and cannot flow; if the rotation is too slow, the dye solution will be affected by insufficient circulation, which will affect the dyeing of the color sample fiber in the test cup. uniformity, its use is limited

[0007] (2). The color sample is easy to wrinkle into a ball, not easy to flatten, and the dyeing is not easy to be even if there are wrinkles

[0008] (3). Excessive impact of the color sample may damage the fabric surface

[0013] (1). If the amount of water is too small, the circulation will be insufficient and the dyeing will be uneven; if the amount of water is too much, the liquor ratio will be too high, which is too different from the actual mass production conditions

[0014] (2). The mechanism is complex, the volume is too large, and the investment cost is high

[0015] (3). If the fibers of the gray cloth are fixed and only the dye solution circulates, the penetrating power of the dye solution will not be enough to pass through the multi-layer fiber fabric of the gray cloth, which will affect the uniformity of dyeing of the gray cloth

[0016] There are above-mentioned problems in the above-mentioned prior art dyeing and finishing factory laboratory color testing machine, and it really needs to be overcome

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