Infiltration tester for color fastness to perspiration, water and sea water of textiles

Abstract

The invention relates to an infiltrating instrument for textile samples for testing color fastness to perspiration, water and sea water. The infiltrating instrument comprises a plurality of air cylinder knocking devices, a plurality of sample boxes for accommodating textile samples and solutions, a sample box putting tray, an X-Y direction moving platform device and a controller. Each of the air cylinder knocking devices comprises a small air cylinder and a knocking part which are connected, one end of each knocking part is connected to a piston rod of the corresponding air cylinder, and the other end of each knocking part faces a corresponding sample box. The X-Y direction moving platform device comprises an upper moving unit and a lower moving unit moving directions of which are perpendicular to each other. Each moving unit comprises a linear guide rail, a driving mechanism and a platform. The platforms are driven to move on the guide rails through the driving mechanisms. The tray is fixed on the X-Y direction moving platform device. After the controller controls the driving mechanisms to move the tray to a proper position, the controller controls the knocking parts of the air cylinder knocking devices to penetrate into the sample boxes and to knock. The infiltrating instrument is advantaged by being fully automatic, efficient and convenient and having a function of protecting safety.

Description

technical field [0001] The invention relates to a sample infiltration instrument, which is suitable for the complete infiltration work of samples in the tests of color fastness to perspiration, water resistance and sea water resistance of various textiles. Background technique [0002] The operation of existing textile sample infiltration still stays in the method of manually using glass rods, thin stainless steel plates or thin plastic plates by pressing or knocking to achieve complete infiltration of the sample. When pressing or knocking the sample manually, the uniformity and comprehensiveness of pressing or knocking cannot be guaranteed, and only one box can be pressed or knocked at a time, which is very inefficient. Assuming that each sample is 10cm×4cm, the time required to manually tap the cloth sample is about 1.5 minutes per box, and 30 minutes for 20 boxes. And if the number of experiments that need to be done increases, people will feel tired after 30 minutes of ...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a fully automatic, efficient, convenient, and safety protection function infiltration tester for color fastness to perspiration, water, and seawater for the above-mentioned deficiencies of manual pressing or knocking on the sample.

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