JPS60199965A - Liquid stream conveying apparatus in fiber product treatmentapparatus - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION A. Field of Industrial Application The present invention relates to a liquid flow discharge device for textile products in a textile processing apparatus.

Conventionally, treated fabrics have been transported out of the processing tank using mechanical devices such as Lee-A/rolls, etc. However, depending on the type of fabric and
Depending on the organization, it may not be possible to carry out the process smoothly, or the dyeing factory may be damaged by the scattering of water contained in the treated fabric, creating a very poor working environment.In addition, the speed at which the fabric is carried out may be 50 to 10 times per minute.
0 is at best, and shortening the unloading time is currently most desired.

C1 Object of the Invention In view of the above, an object of the present invention is to transport the fabric out of the tank at high speed and in a short time.
Another object of the present invention is to provide an apparatus capable of transporting fabrics over long distances through complicated routes.

20 Structure of the Invention In order to achieve the above object, the present invention provides a transport path for transporting treated textile products (hereinafter simply referred to as fabric) to the outside of the processing tank between the inside of the processing tank and the fabric transport storage section. A liquid injection part is opened into the delivery passage in order to send water for delivery into the delivery passage, and the liquid injection part and a water supply source for delivery are connected via a water delivery pump. It is something to do.

E, Example Next, the present invention will be explained in detail based on the accompanying drawings.

A partial schematic diagram of a conventional reel-driven fabric discharge type jet dyeing machine is shown in FIG.

In FIG. 7, (11 is a retention tank, (25 is a fabric transfer pipe, OLl is a treatment liquid injection part, and Q6 is a fabric drive row/L'
, CIIJ is a winch for chamfering, and (2) is a treated fabric.

FIG. 2 shows seven embodiments of the present invention. In the figure, (1) is a retention section, (2) is a transfer pipe, both ends of which are connected to the retention tank (1), and are annular processing passages. is formed.

(3) is configured to be openable and closable at the entrance/exit of the fabric to be treated. (4) is a liquid suction port communicating with the retention part (1);
) is a suction pipe that communicates the suction port with the suction side of the pump (6), and (7) is a discharge pipe that communicates the discharge side of the pump (6) with the upstream end of the transfer pipe (2). A filter (8) and a heat exchanger (9) are provided. Suction port (
The liquid sucked from 4) is sent to the suction pipe (5) and the pump (6).
, discharge piping (7), filter (8), heat exchanger (9)
, and returns to the reservoir section (1) from the upstream end of the transfer pipe (2) via the processing liquid injection section QO. αη indicates a drive device with an automatic speed change motor or a reel with an automatic speed change device, or a low μ for feeding the fabric to be treated into the transfer pipe. (2) is the fabric to be processed, Q is the processing liquid level, αφ is the processing liquid injection amount automatic control valve, and (to) is the final end detector for carrying out the fabric, which is attached to the final end of carrying out the fabric (2). The circulation pump (6) is electrically connected to the pump motor so that the circulation pump (6) is stopped upon detection of the measuring object DI. a→ represents the object to be measured attached to the fabric, Q71 represents the communication portion connecting the downstream end of the transfer pipe and one end of the retention tank, and Ql represents the air layer portion.

The above mechanism shows a general liquid flow type processing device, and an example in which the present invention is applied to such a device will be shown below.

In the figure, the symbol is a carry-out pipe that is installed between the processing tank and the carry-out fabric storage part (C). The carry-out pipe (C) is equipped with a liquid injection part Qυ and a Poμ valve @. . Liquid injection part Q1
1 is provided with a discharge water pipe K) branching from the discharge pipe (7), and the pipes are connected via a flow control valve α. The delivery fabric storage section (to) is formed of a perforated plate so that water can fall therefrom. When the distance from the treatment tank installation section to the discharge fabric storage section is about SO~700, the layout of the dyeing factory requires many bending parts, which makes the discharge pipe complicated. In such a case, at least /'f or more auxiliary liquid injection parts @ are provided, and an auxiliary discharge water pipe (2) is branched from the discharge pipe (7).

(to) indicates the rough stone control valve. It goes without saying that the present invention can also be implemented in a type in which the treatment liquid spraying section is circulated by the liquid flow of the fabric without using a transfer roll or the like.
In this case, the liquid injection part provided at the outlet of the reservoir section (1) may also serve as the liquid injection part Q11 provided at the base end of the delivery pipe.

Fig. 3 shows the case where the carry-out pipe (c) passes under the work floor, and the carry-out pipe is provided with a drain pipe and a drain valve. In the second figure, the treated fabric (2) is carried out through the treated fabric inlet/outlet (3) via a fabric take-out reel or a row/I/C (J) provided outside the tank. Figure 5 shows the treated fabric (2) being carried out through a cloth feeding reel or roller ραD, a processing liquid spraying part (11 m), and a carrying out pipe branched in the middle of the transfer pipe. The pipe passes under the work floor and is extended to the unloading fabric storage area.It is also possible to combine the above embodiments, and according to the method shown in Figure 2.3.1, the unloading fabric can be removed at the same time. A new fabric can also be carried into the tank by the liquid injection section 00.

8 km Now, in Fig. 2, after opening valves a and 4 to form a discharge circuit, the circulation pump (6) is activated to discharge the dyed fabric from the liquid injection part c2D. It is carried out in a short time at a high speed of 200 to 300 −/l using a jet flow. In addition, since the detection means can detect that the end of the discharged fabric has come to the upstream side close to the liquid injection part Qυ, the pump (6) can be automatically stopped and the valve a14 can be automatically switched. .

Effects of the Invention Since the present invention is as described above, it is possible to carry out the work easily and quickly and to realize efficient work without making the work environment worse unlike the conventional device described above.

Furthermore, there is an advantage that the new fabric can be brought in at high speed at the same time, which is extremely effective in practice.

[Brief explanation of drawings]

! Figure '8/ is a partial schematic diagram of a conventional reel-driven fabric delivery type liquid jet dyeing machine, Figure 2 is a side sectional view of a liquid jet type fiber processing apparatus using the present invention, Figures 3, 1, and 5. Figure d is a side sectional view showing an embodiment of the present invention. (6)...Circulation pump Qll...Liquid injection part for carrying out 4.0. Bo, Le valve (c)... Fabric delivery pipe (to)... Delivery fabric storage section @... Auxiliary delivery liquid injection part Relationship with the case of the Commissioner of the Japan Patent Office, Mu, 2S, 2007 Patent applicant 4, amends with his agent.

Claims (1)

[Claims] 1. A carry-out passage for carrying treated textile products (hereinafter simply referred to as fabric) out of the treatment tank is constructed between the inside of the treatment tank and a fabric carry-out storage section, and the fabric is carried out to the carry-out passage. A liquid for textile products in a textile product processing apparatus, characterized in that a liquid injection part is opened in the carrying-out passage for sending water for use, and the liquid injection part and a water supply source for carrying out are connected via a carrying-out water sending pump. Flow discharge device. 2. A liquid flow conveyance device for textile products in a textile product processing apparatus according to claim 7, characterized in that a plurality of the liquid injection parts are provided. 3. A liquid flow conveyance device for textile products in a textile product processing apparatus according to claim 1, characterized in that a treatment liquid stored in a processing tank is used as the water supply source for conveyance. 4. Claims 1 and 3, characterized in that a treatment liquid circulation pump is used as the water delivery pump.
A liquid flow conveyance device for textile products in the textile product processing equipment described in 2.