CN2730910Y

CN2730910Y - Improved long shape dyeing machine structure

Info

Publication number: CN2730910Y
Application number: CN 200420092932
Authority: CN
Inventors: 陈明煌
Original assignee: Individual
Current assignee: Individual
Priority date: 2004-09-21
Filing date: 2004-09-21
Publication date: 2005-10-05
Anticipated expiration: 2014-09-21

Abstract

Disclosed is an improved long shape dyeing machine structure. A decompression structure, a communicating pipe connected to the proper position of each cloth dyeing slot, is arranged at a proper position of the external dyeing slot of a rectangular cloth dyeing machine, and the communicating pipe is provided with a plurality of decompression valves able to open and close simultaneously connected in parallel. The decompression structure can uniformly release compression, enabling the pressure of the inner cloth dyeing slot to be in average distribution, and the velocity of water flow and cloth flow are stable. The utility model can avoid the problems of winding during the process of cloth dyeing.

Description

The microscler textile dyeing machinery structure of improvement

Technical field

The utility model is relevant microscler textile dyeing machinery structure, refer in particular to the employed pressure relief of a kind of microscler textile dyeing machinery, can be used to balance and keep its pressure size in groove of dying cloth, to cross the flow velocity of ambassador's current and cloth stream too fast because of pressure in the process of dying cloth to avoid cloth, and produce the problem that twines car.

Background technology

Consult shown in Figure 1, the employed microscler textile dyeing machinery a of general tradition comprises the groove a1 that dyes cloth, pump housing a2 and heat exchanger a3, the front end of its groove a1 that dyes cloth is a circular arc head a11, and the cloth of the desire dyeing opening a111 by circular arc head a11 packed into, its groove a1 top of dying cloth is provided with two cloth guide tube a12, and below the groove a1 that dyes cloth, be connected to pump housing a2, and the side of pump housing a2 is provided with heat exchanger a3, makes through the water after the heating constantly to be back to again in the groove a1 that dyes cloth with a body a13; When using according to said structure, it is after utilizing pump housing a2 that water is extracted out, to refill in the groove a1 that dyes cloth after the heat exchanger a3 heating, to form current in its process and rotate, and produce to drive the strength that cloth is carried out forward, reach cloth is dyeed in the groove of dying cloth in mode continuously.Its major defect is:

After the pump housing a2 of textile dyeing machinery a and heat exchanger a3 come into operation, can produce unnecessary steam and can in the airtight groove a1 that dyes cloth, produce pressure, and concentrate toward circular arc head a11, therefore, the microscler textile dyeing machinery a of tradition is provided with pressure release outlet a14 in the appropriate location of circular arc head a1, so after pressure release outlet a14 opened, steam flow that steam produces can be concentrated to form and push toward pressure release outlet a14, steam flow can drive current and cloth impact extrusion forward fast in the groove a1 that dyes cloth, and produces the problem that twines car.

Summary of the invention

Main purpose of the present utility model provides a kind of microscler textile dyeing machinery structure of improvement, utilize a connecting pipe on average to be connected in each fragment position of the groove of dying cloth, make its pressure distribution even, and most relief valves are arranged at each part of communicating pipe with parallel way, and the size of controlled pressure, pressure in the groove of dying cloth is evenly distributed, and the flow velocity of current and cloth stream is steady, reaches the purpose of avoiding cloth to twine car in the process of dying cloth.

The purpose of this utility model is achieved in that a kind of microscler textile dyeing machinery structure of improvement, it is characterized in that: the outside appropriate location of the groove of dying cloth at microscler textile dyeing machinery is equiped with a pressure relief, this pressure relief is one to be connected in the communicating pipe of dye cloth each section of groove and cloth guide tube appropriate location, and is provided with most relief valves with parallel way on this communicating pipe.This relief valve is to install in the mode of interlock, can open simultaneously or close.

Describe in detail below in conjunction with preferred embodiment and conjunction with figs..

Description of drawings

Fig. 1 is the perspective view of traditional textile dyeing machinery.

Fig. 2 is a perspective view of the present utility model.

Fig. 3 is a user mode schematic diagram of the present utility model.

The specific embodiment

Consult shown in Figure 2, the microscler textile dyeing machinery structure of improvement of the present utility model, its microscler textile dyeing machinery 1 is to comprise the groove 10 of dying cloth, the pump housing 20 and heat exchanger 30, the front end of its groove 10 of dying cloth is a circular arc head 11, and the cloth of the desire dyeing opening 11a by circular arc head 11 packed into, these cloth groove 10 outside appropriate locations are equiped with a pressure relief 12, its groove 10 tops of dying cloth are provided with two cloth guide tubes 13, and below the groove 10 of dying cloth, be connected to the pump housing 20 with a pipeline, and a side of the pump housing 20 is provided with heat exchanger 30, pressure relief 12 wherein is one to be connected in the communicating pipe 12a of dye cloth groove 10 each sections and two cloth guide tubes, 13 appropriate locations, and in the communicating pipe 12a and groove 10 each section junctions of dying cloth, be provided with relief valve 12b more than three or three with parallel way, relief valve 12b installs in the mode of interlock, can open simultaneously or close.

Consult shown in Figure 3, be user mode schematic diagram of the present utility model, wherein dye cloth and be equiped with water in the groove 10 with coloring agent, it is sent in the pump housing 20 by the pipeline that is arranged at the groove 10 1 bottom portions that dye cloth, after heat exchanger 30 heating, again send in the groove 10 of dying cloth, they can be in groove 10 inner steam flow 2, current 3 and the cloth streams 4 of forming of dying cloth, and its flow direction as shown in Figure 3.

In sum, the microscler textile dyeing machinery structure of improvement of the present utility model, be to be equiped with pressure relief in the groove outside of dying cloth, it can make the pressure in the groove of dying cloth be evenly distributed, the flow velocity of current and cloth stream is steady, the problem of avoiding cloth to twine car in the process of dying cloth has novelty, creativeness and practicality.

Claims

1, a kind of microscler textile dyeing machinery structure of improvement, it is characterized in that: the outside appropriate location of the groove of dying cloth at microscler textile dyeing machinery is equiped with a pressure relief, this pressure relief is one to be connected in the communicating pipe of dye cloth each section of groove and cloth guide tube appropriate location, and is provided with most relief valves with parallel way on this communicating pipe.

2, the microscler textile dyeing machinery structure of improvement according to claim 1, it is characterized in that: this relief valve is to install in the mode of interlock, can open simultaneously or close.