Heat-conductive type laboratory dyeing machine

A kind of dyeing machine and heat conduction technology, applied in the direction of processing textile material dyeing device, processing textile material equipment configuration, etc., can solve the problems of the service life of parts, inconsistent dyeing liquid temperature, low temperature rise and fall rate, etc., to achieve high reliability, The effect of strong anti-color flower ability and high heating efficiency

Inactive Publication Date: 2003-08-06
张同生
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  • Abstract
  • Description
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  • Application Information

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Problems solved by technology

But there is also the disadvantage that the temperature in the cavity is high when the whole machine is working (the surface temperature of the infrared heating tube can be as high as about 1000°C when the infrared heating tube is working). Generally less than 4°C
In addition, this type of sample dyeing machine has relatively strict requirements on the amount of dye solution in the test cup and the time of putting it

Method used

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  • Heat-conductive type laboratory dyeing machine
  • Heat-conductive type laboratory dyeing machine
  • Heat-conductive type laboratory dyeing machine

Examples

Experimental program
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Example Embodiment

[0014] Such as figure 1 The thermal conductivity type dyeing machine shown is provided with a transmission support 31 in its body 37 for supporting the main shaft 36. The main shaft 36 is installed in the transmission support 31 through a support bearing 34 and can rotate around it. The left end of the main shaft 36 extends out of the transmission support 31, and a transmission pulley 10 is fixedly mounted on it by a fixing bolt 35, which is connected with the output pulley of the motor drive system to provide working power for the machine. The right end of the main shaft 36 also extends out of the transmission support 31, and passes through a main shaft hole opened on the left side wall 40 of the working cavity 39 fixed on the body 37 to extend into the working cavity 39. The inner part of the main shaft 36 is provided with a cavity 41 penetrating the main shaft. The left end is sleeved with an insulating bush 3 made of insulating material. In order to ensure the insulation effe...

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Abstract

The heat-conducting laboratory dyeing machine is composed driving support seat, main shaft, rotary heating plate and dyeing cup. It is characterized by that the interior of main shaft is hollow cavity, the left end of said main shaft is equipped with driving component, control signal electric brush mechanism and power supply electric brush mechanism, and its right end is positioned in the workingcavity, and its upper portion is equipped with rotary heating plate with with electroheating ring. The prephery of the heating plate is equipped with several dyeing cup supporting seats which are inclined with main shaft for holding dyeing cups, in every dyeing cup a temp. sensor is set, its output signal is connected with main control computer, and the interior of heating plate is equipped with colling water channel which is communicated with water channels on the driving support seat and main shaft.

Description

Technical field: [0001] The invention relates to a sample dyeing equipment for textile dyeing, in particular to a thermal conductivity type dyeing machine. Background technique: [0002] The teaching and scientific research of textile professional institutes, dye factories, printing and dyeing factories, dyeing and finishing factories, knitting factories, garment factories, textile factories, fine chemical factories, etc. all use dyeing prototypes before and after production and sales. The dyeing prototypes currently used at home and abroad are divided into two categories according to the heat transfer method. One is the dyeing prototype that transfers heat by convection, and the other is the dyeing prototype that transfers heat by electromagnetic radiation. Among them, there are two types of convection: water bath and oil bath. The heat generated by the heating element of the water-bath dyeing sample machine is transferred to the dyeing cup through the movement of water (convect...

Claims

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Application Information

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IPC IPC(8): D06B23/10D06B23/22
CPCD06B23/10
Inventor 张同生
Owner 张同生
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