CN2357026Y

CN2357026Y - Device for dyeing, finishing and dewatering of cloth

Info

Publication number: CN2357026Y
Application number: CN 98248730
Authority: CN
Inventors: 李清煌
Original assignee: Individual
Current assignee: Individual
Priority date: 1998-11-27
Filing date: 1998-11-27
Publication date: 2000-01-05
Anticipated expiration: 2008-11-27

Abstract

The utility model relates to a device used for dyeing, finishing and dewatering cloth. The utility model comprises more than one dewatering rolling drum, wherein, the dewatering rolling drum is provided with a barrel-shaped body of which the circumference face is provided with a plurality of vent holes which are penetrated from the surface of the rolling drum to the inside of the rolling drum, and a water absorption medium which is coated at the outer surface of the rolling drum. The rolling drum is connected with a gas suction device, the water absorption medium arranged at the surface of the dewatering rolling drum and the cloth are rolled and contacted with each other, the water in the cloth can be sucked, the air in the rolling drum can be pumped out, vacuum state of the inside of the rolling drum can be realized, and the water content in the rolling drum can be taken away through gas flow. A heater can be also arranged in the utility model, and easy desiccation of the cloth can be realized.

Description

Cloth dyeing and finishing dewater unit

The utility model relates to the dyeing apparatus of textiles, relates in particular to a kind of cloth dyeing and finishing dewater unit.

General cloth dyeing and finishing after carrying out dyeing process, when then carrying out shaping process, must be sent into cloth in the dewater unit earlier usually, removes redundant moisture in the cloth, cloth can be delivered on the whole cloth machine and finalize the design.

The Water Extraction Machinery that the dyeing and finishing of commonly using is already used is generally centrifugal structure, and there is considerable shortcoming in this centrifugal dewater unit when using.At first, it is with after manually cloth being taken out from the dyestuff groove in use, again dewater unit is put in the cloth carrying, owing to contain considerable moisture after the cloth dyeing, make it quite heavy, therefore cloth is put into the work of Water Extraction Machinery and required great effort very much, and in the process of placing cloth, must be noted that the balance of cloth in drench pit, produce vibrations because of weight is uneven when avoiding dewatering, make that like this this program is time-consuming, require great effort and be difficult to reach demand of continuous work of auto; Secondly, the centrifugal drier of commonly using has a very huge rotary dehydration groove, cloth is put into the equilibrium that can't fully guarantee its weight behind the drench pit, produce serious vibrations when often causing the drench pit running, and make a noise, the sewage that throws away in the drench pit when adding dehydration disperses everywhere, causes dehydration dyeing and finishing work under bad environment; Moreover, because of drench pit bulky, and the weight of its inner cloth of placing is quite heavy, so must quickening the quite a long time, drench pit can reach enough rotating speeds, when dehydration procedure stops, must there be the quite a long time that drench pit is stopped operating again, makes Water Extraction Machinery waste many unnecessary power; Also have, the dewater unit of commonly using is when operation, after its sewage that spins off must utilize a drainage equipment to be transported to handle in the sewage disposal device, could discharge, yet because Water Extraction Machinery in the running, the sewage of its discharging can disperse everywhere because of centrifugal action, cause the puzzlement of sewage collecting discharging, simultaneously, the equipment volume of the dewater unit that this kind is centrifugal is quite huge, can't combine with dyeing and finishing machine and other equipment,, make dyeing and finishing factory increase the soil cost so expend the space.

In view of this creator of the present utility model, according to the experience of being engaged in the Related product produce and market for many years, actively researchs and develops, and through constantly experiment and improvement, finishes project organization of the present utility model finally.

Main purpose of the present utility model is to provide a kind of cloth dyeing and finishing dewater unit, and it can dewater in the mode of working continuously, and saves manually, enhances productivity.

Another purpose of the present utility model is to provide a kind of cloth dyeing and finishing dewater unit, and it does not produce noise and the sewage problem of dispersing, and can improve working environment effectively.

A purpose more of the present utility model is to provide a kind of cloth dyeing and finishing dewater unit, and it does not take up space, and can reduce the energy waste problem.

The purpose of this utility model is realized by following technical scheme.

The utility model cloth dyeing and finishing dewater unit, it comprises the cylinder that dewaters more than, this dehydration cylinder is provided with: the body of a cylinder shape, its periphery have several and are through to its inner passage by cylinder surface; One water sucting medium, it is coated on this outer surface of cylinder; This cylinder is connected with an air extractor.

Above-mentioned purpose of the present utility model can also further realize by following technical measures.

The utility model cloth dyeing and finishing dewater unit, it also comprises a heated roller, rolling with cloth contacts; The described dehydration cylinder outside is coated with a shell, and this shell is provided with an air inlet, and is provided with a heater at air inlet.

Concrete structure of the present utility model is provided in detail by following examples and accompanying drawing thereof.

Fig. 1 is the utility model wringer roll barrel structure longitudinal profile schematic diagram

Fig. 2 is the utility model wringer roll barrel structure horizontal section schematic diagram

Fig. 3 is the utility model dewater unit structural representation

Consult shown in Figure 3ly, the utility model dewater unit 30 comprises more than one dehydration cylinder 10, and this dehydration cylinder 10 can rollably contact with need dehydration cloth 1, and can make cloth 1 drying by vacuum mode with the absorption of the moisture in the cloth 1.

Consult shown in Fig. 1,2, this dehydration cylinder 10 comprises: be the body 11 of hollow cylindrical without exception, be provided with several pores that penetrates 12 on its periphery densely coveredly, and its outer surface is coated with the water sucting medium 20 that one deck slightly has gas permeability and has the height water absorbing force; These body 11 two ends form closed state by two end plates 13, and are provided with the tube connector 14 of two hollows in two end plates 13 central authorities; This tube connector 14 can be erected at rotationally on the bearing 15 and body 11 is rotated, and two tube connectors 14 can be connected with an air extractor (not shown) simultaneously, so that air extractor can be extracted the air of body 11 inside out the formation vacuum.

Consult shown in Figure 2ly, dehydration cylinder 10 rollably contacts with cloth 1, when dehydration cylinder 10 rotates, can make cloth 1 progressive rolling movement ground pass through body 11, and contact with water sucting medium 20; Water sucting medium 20 can adopt the macromolecular material that has high-hydroscopicity and slightly have gas permeability to make, therefore can be with the moisture absorption in the cloth, at this moment, because body 11 inside are vacuum state, outside air is sucked in the body 11 via water sucting medium 20 and pore 12, simultaneously also make moisture contained in the water sucting medium 20, and then be discharged to body 11 outsides by two tube connectors 14 along with air-flow is inhaled into body 11 inside.

Dehydration cylinder 10 contacts with cloth 1 constantly in the mode of rolling, the water sucting medium 20 on the dehydrated cylinder of moisture 10 surfaces of cloth 1 is absorbed, after water sucting medium 20 absorbs moisture, its inner contained moisture is taken away again at once, therefore make water sucting medium 20 often keep near dry status, can absorbing moisture contained in the cloth 1 constantly, thereby finish the cloth dehydration procedure.

Dehydration cylinder 10 of the present utility model is when real-world operation, if can't make cloth 1 reach enough degree of dryings by an independent dehydration cylinder 10, the project organization that just can utilize several dehydration cylinders 10 to combine is to be absorbed the moisture in the cloth 1 jointly by several dehydration cylinders 10.

Consult shown in Figure 3, dewater unit 30 of the present utility model is with several dehydration cylinder 10 parallel being erected at together, this cloth 1 can be entered by an end of dewater unit 30, and then bendingly by behind each dehydration cylinder 10, the other end by dewater unit 30 passes again; After this cloth 1 penetrated dewater unit 30, turnover ground was by each dehydration cylinder 10, with contacting that water sucting medium 20 maintenances on each dewater unit 10 surface are rolled; This dewater unit 30 is provided with one group of guide roller 31 at the front end of cloth 1 import, sends in the dewater unit 30 in order to cloth 1 is guided, and cloth 1 is flattened; And be provided with one group of traction wheel 32 in the exit position, send outside the dewater unit 30 in order to the cloth 1 that dehydration is finished; Simultaneously, each cylinder 10 that dewaters can be driven by a transmission device, and the cylinder 10 that respectively dewaters can be continued to advance by dewater unit 30 and drive cloth 1 with suitable rotating speed rotation.

When operating this Water Extraction Machinery, the operator only need send into an end of cloth 1 in the dewater unit 30, and after being wound on the cylinder 10 that respectively dewaters, start dewater unit 30, cloth 1 is continued by dewater unit 30, moisture in the cloth 1 is absorbed, make the cloth drying by several dehydration cylinders 10; When cloth 1 fully passes through dewater unit 30, just finish dehydration work.

Dewater unit 30 in the present embodiment comprises several dehydration cylinders 10, and these several dehydration cylinder 10 can vertically be arranged in together, saves the space with the length that shortens dewater unit 30.

Consulting shown in Figure 3ly, can increase a heater in this dewater unit 30, make cloth 1 drying more complete, in this figure illustrated embodiment, is to increase by one group of heated roller 40, rollably contact with cloth 1, and heats cloth 1; In addition, this dewater unit 30 can coat the shell 33 of a sealing in the outside of several cylinders 10 that dewater, this shell 33 has an air inlet 34, and a heater 35 is set on this air inlet 34, improve so that enter the temperature of the air of these shell 33 inside, because these dehydration cylinder 10 inside are vacuum state, the hot-air that therefore can force shell 33 inside makes cloth 1 easier drying by cloth 1.

In the operating process of dewater unit 30 of the present utility model, after the operator only need be installed in an end of cloth 1 each dehydration cylinder 10 of dewater unit 30, just can automatically finish dehydration work by dewater unit 30, operating process is increasingly automated, thereby saving manpower, and save the program of carrying cloth, enhance productivity; Simultaneously, dewater unit 30 of the present utility model can also be used with suitable transport, after cloth 1 is taken out from the dyestuff groove, be transported to dewater unit 30, and can realize automation from the process that dewater unit 30 is transported to trimmer, reach the purpose of cloth dyeing and finishing continuous and automatic operation, effectively improve the production efficiency of dyeing and finishing operation.

When dewater unit 30 of the present utility model starts, have dehydrating effect immediately, after cloth was finished dehydration, dewater unit 30 can stop operating immediately, can not waste energy and the time.

In dewater unit 30 operation process of the present utility model, do not produce the parts of vibrations, so its running is quite quiet and can produce noise, the sewage of its disengaging can be concentrated discharging, the situation that does not have sewage to disperse everywhere occurs, can improve working environment significantly, improve the wish and the efficient of workman's work.

Dewater unit 30 of the present utility model in the running, the sewage of being discharged can not disperse everywhere, and the gas exhaust piping of air extractor can be connected the inlet pipeline of sewage disposal device, after the sewage that each dehydration cylinder 10 is discharged is discharged via tube connector 14, can concentrate by the gas exhaust piping of air extractor to be discharged to the sewage collecting pipeline and to be discharged into and to handle in the sewage disposal device, make dewater unit 30 aspect sewage disposal, have splendid convenience.

In sum, cloth dyeing and finishing dewater unit of the present utility model, the overall construction design advantages of simple, the result of use ideal overcomes the defective of commonly using product, reaches design purpose.

Claims

1, a kind of cloth dyeing and finishing dewater unit is characterized in that, it comprises the cylinder that dewaters more than, and this dehydration cylinder is provided with: the body of a cylinder shape, its periphery have several and are through to its inner passage by cylinder surface; One water sucting medium, it is coated on this outer surface of cylinder; This cylinder is connected with an air extractor.

2, according to the described cloth dyeing and finishing of claim 1 dewater unit, it is characterized in that it also comprises a heated roller, rolling with cloth contacts.

According to the described cloth dyeing and finishing of claim 1 dewater unit, it is characterized in that 3, the described dehydration cylinder outside is coated with a shell, this shell is provided with an air inlet, and is provided with a heater at air inlet.