CN105624953B

CN105624953B - Cloth shaping mechanism

Info

Publication number: CN105624953B
Application number: CN201410594416.0A
Authority: CN
Inventors: 张明吉; 陈贵凤
Original assignee: Individual
Current assignee: Chen Jinglun
Priority date: 2014-10-29
Filing date: 2014-10-29
Publication date: 2020-06-09
Anticipated expiration: 2034-10-29
Also published as: CN105624953A

Abstract

The invention relates to a cloth shaping mechanism, which is an integrated automatic operation process system consisting of a washing device, a fiber opening device and a shaping device, so that the oil removal, fiber opening and shaping of cloth are integrated into a single line; when the cloth is put into the washing device, the cloth is degreased through the underwater bearings, the tension of the cloth leaving the water surface is eliminated by utilizing the water buoyancy, so that oil stains can not be attached to the cloth again, the cloth is subjected to underwater fiber opening through the mesh washing wheel of the fiber opening device and then conveyed to the shaping device, the 'one-line' process is completed, and the purposes of reducing the production cost, improving the yield and efficiently cleaning the cloth are achieved.

Description

Cloth shaping mechanism

Technical Field

The invention provides a cloth shaping mechanism which utilizes the principle of water buoyancy to clean cloth and can enable an operation system for shaping the cloth to be in a 'one-line' state.

Background

In the cloth shaping process in the prior art, the processing procedures of oil removal by contraction, fiber opening, drying, cutting and the like are usually required, and each processing procedure is independently carried out by a single machine, namely, the cloth processed by the former processing machine is sent to the next processing machine, so that the purpose of shaping the cloth is sequentially finished.

After each processing process is completed, the machine needs to be transported to the next working machine manually, and the number of processing machines used is increased when the piece of cloth to be processed is longer; meanwhile, although the washing process has a good function of removing sewage, the tension generated after the cloth is discharged from the water surface is still not separated, the generated tension can bring the dirt floating on the water surface back to the cloth again, so that the aim can be achieved by adding equipment for repeated cleaning, and the tension cannot integrate all processing processes, thereby causing manpower waste and equipment cost increase, and cannot exert the specific industrial effect which can be generated, and the competitiveness is lacked.

Disclosure of Invention

The cloth shaping device solves the problem that the cost and labor of equipment are increased due to tension generated in cloth shaping in the prior art, can effectively shorten the cleaning process and save labor, and has high efficiency and smoothness in the whole process through equipment integration.

The present invention is directed to a cloth shaping mechanism, which integrates and sorts the original independent processing machines to perform an integrated operation, thereby reducing the production cost and increasing the production yield.

The invention mainly aims to provide a cloth shaping mechanism which eliminates tension through an underwater bearing so as to achieve the purpose of efficiently cleaning and cleaning cloth.

In order to achieve the above object, the present invention specifically adopts the following technical means and schemes:

to achieve the above object, the present invention provides a cloth shaping mechanism, which comprises an integrated automatic operation process system formed by arranging a water washing device, a fiber opening device and a shaping device together.

To achieve the above object, the present invention provides a cloth shaping mechanism, comprising: a water washing device, a fiber opening device and a shaping device; the water washing device and the fiber opening device are provided with a plurality of water bearings, the water bearings are all arranged under the water surface, and the centers of the water bearings are fixedly provided with fixed shafts; the underwater bearing comprises a plurality of cylinders which are transversely arranged between two corresponding circular plates, and the cylinders are abutted on the peripheral surface of the fixed shaft; a draining roller is arranged among the devices.

Drawings

FIG. 1 is a schematic diagram of an overall apparatus of an embodiment of a cloth setting mechanism according to the present invention;

FIG. 2 is a schematic diagram of a portion of an apparatus of an embodiment of a cloth setting mechanism according to the present invention;

fig. 3 is a schematic perspective exploded view of a water bearing according to an embodiment of the cloth setting mechanism of the present invention; .

Fig. 4 is a schematic cross-sectional view of an underwater bearing according to an embodiment of the cloth fixing mechanism of the present invention.

Reference numerals: 1. the device comprises a washing device 11, a first driving wheel 21, a second driving wheel 12, a first water inlet 22, a second water inlet 13, a first water outlet 23, a second water outlet 2, a fiber opening device 24, a reticular double-sided washing wheel 3, a shaping device 4, an underwater bearing 41, a fixed shaft 42, a circular plate 43, a cylinder 5, a draining roller set 6, a feeding device 61, a feeding motor 7 and cloth.

Detailed Description

Referring to fig. 1-3, the cloth shaping mechanism of the present invention utilizes buoyancy in water to completely operate the oil removing and fiber opening processes under the water surface, so as to eliminate tension generated when the cloth is discharged, thereby achieving the purpose of efficiently cleaning the cloth; in addition, the processing machine connecting rows with the functions of oil removal, fiber opening and shaping are integrated, so that the purposes of shortening working hours and improving yield are achieved.

Referring to fig. 1-3, a cloth shaping mechanism of the present invention comprises:

the washing device 1 for removing oil wax dirt on cloth is provided with a plurality of first driving wheels 11, a first water inlet 12 and a first water outlet 13.

The fiber opening device 2 can make the surface of the cloth fluffy and is provided with a plurality of second driving wheels 21, a second water inlet 22, a second water outlet 23 and more than one reticular double-sided washing wheel 24.

The shaping device 3 is used for drying and shaping the cloth; the system structure of the cloth setting machine sequentially comprises a washing device 1, a fiber opening device 2 and a setting device 3.

The washing device 1, the fiber opening device 2 and the shaping device 3 form an integrated automatic operation process system

In addition, the washing device 1 and the fiber opening device 2 are provided with a plurality of water bearings 4, the water bearings 4 are all arranged under the water surface, and the center of the water bearing 4 is provided with a fixed shaft 41.

To sum up, the underwater bearing 4 includes a plurality of cylinders 43 disposed between two corresponding circular plates 42, and the centers of the cylinders 43 are provided with shaft rods, and the cylinders 43 are abutted against the outer peripheral surface of the fixed shaft 41.

In summary, at least one draining roller set 5 is arranged between the devices, and the draining roller is made of rubber.

In summary, the water washing device 1 is provided with a feeding device (6) in front, and the feeding motor 61 is used as a driving force.

In summary, the first water outlet 13 of the water washing device 1 is lower than the first water inlet 12, and the two are disposed on the corresponding oblique opposite surfaces; and the second water outlet 23 of the fiber opening device 2 is lower than the second water inlet 22 in height and is arranged on the corresponding inclined opposite surface.

Referring to fig. 4 and 5, in the implementation, the cloth 7 is conveyed from the feeding motor 61 of the feeding device 6 to the washing device 1, and enters the water surface through the first driving wheel 11 of the washing device 1 to remove oil, and the other end is also provided with the first driving wheel 11, which can be pulled and conveyed by the two first driving wheels 11, and when the cloth 7 is arranged on the underwater bearing 4 under the water surface through the first driving wheel 11, the cloth 7 is annularly arranged on the cylinder 43 of the underwater bearing 4, so that the cylinder 43 rolls along the fixed shaft 41 and drives the cloth 7 to convey at the same time, therefore, in the pulling and conveying process of the first driving wheel 11, the cloth 7 can utilize the buoyancy in the water surface to eliminate the tension when the cloth comes out of the water surface, and avoid the dirt from being adsorbed on the cloth 7 again; after finishing, the cloth is conveyed to the fiber opening device 2 through the first driving wheel 11, the process of the cloth is the same as that of the first driving wheel 11 of the washing device 1, the net-shaped double-sided washing wheel 24 is arranged between the underwater bearings 4 to carry out fluffy operation on the cloth 7, the tension of the cloth is eliminated by matching with the underwater bearings 4 under the water surface, the synchronous effect between the devices is achieved, and the cloth is conveyed to the shaping device 3 to be dried and shaped; in summary, the first driving wheel 11 reduces the load of the pulling force thereof by using the buoyancy in the water surface during the pulling process, and further integrates the devices by using the underwater bearing 4 as a medium, thereby realizing an integrated operation system.

And the water washing device 1, the fiber opening device 2 and the shaping device 3 are respectively provided with a draining roller group 5 for rolling and draining the cloth (7) of the water washing device (1) and the fiber opening device (2), the draining roller groups 5 between the devices can be arranged into two groups, the sizes of the rollers can be respectively large and small, and the effect is better when the rollers are made of rubber.

The corresponding oblique opposite surfaces are arranged on the first water outlet 13 and the first water inlet 12 of the washing device 1, the first water outlet 13 is necessarily lower than a certain numerical value of the first water inlet 12, the corresponding oblique opposite surfaces are arranged on the second water outlet 23 and the second water inlet 22 of the fiber opening device 2, the second water outlet 23 is necessarily lower than a certain numerical value of the second water inlet 22, when water enters, dirt can rapidly flow to the first water outlet 13 or the second water outlet 23, so that the dirt residue is avoided, and the temperature of the dirt is warm, and the effect of the medicament is better when the dirt is removed.

Claims

1. A cloth shaping mechanism, comprising:

the washing device is provided with a plurality of first driving wheels, a first water inlet and a first water outlet; the first water outlet of the water washing device is lower than the first water inlet, and the first water outlet and the first water inlet are arranged in a corresponding inclined opposite mode;

the fiber opening device is provided with a plurality of second driving wheels, a second water inlet, a second water outlet and more than one reticular double-sided washing wheel; the second water outlet is lower than the second water inlet in height, and the second water outlet and the second water inlet are arranged in a corresponding inclined opposite mode;

the water washing device and the fiber opening device are provided with a plurality of water bearings, the water bearings are all arranged under the water surface, the centers of the water bearings are provided with fixed shafts, the water bearings comprise a plurality of cylinders which are transversely arranged between two corresponding circular plates, the centers of the cylinders are provided with shaft levers, and the cylinders are abutted against the outer peripheral surfaces of the fixed shafts;

the shaping device is used for drying and shaping the cloth;

the feeding device uses the motor as a transmission force to transmit cloth;

the water washing device, the fiber opening device and the shaping device are respectively provided with a rubber draining roller group, and the feeding device, the water washing device, the fiber opening device and the shaping device are arranged in sequence.