CN201099757Y

CN201099757Y - Cloth dyeing machine cloth-driving wheel mechanism

Info

Publication number: CN201099757Y
Application number: CNU2007201768979U
Authority: CN
Inventors: 吴承展
Original assignee: KYOTO MACHINERY CO Ltd
Current assignee: KYOTO MACHINERY CO Ltd
Priority date: 2007-10-11
Filing date: 2007-10-11
Publication date: 2008-08-13
Anticipated expiration: 2017-10-11

Abstract

The utility model relates to a cloth wheel device of dyeing machine, wherein one dyeing solution barrel is provided with two parallel cloth wheel devices which are respectively provided with a motor to rotate separately and independently, therefore, each cloth wheel can independently rotate cloth, thereby preventing two cloths from drawing with each other to protect cloth, realizing automatic operation and saving energy.

Description

The cloth wheel mechanism of textile dyeing machinery

Technical field

The utility model relates to a kind of textile dyeing machinery structure, particularly the cloth wheel mechanism of textile dyeing machinery.

Background technology

Please consulting Fig. 1 and Fig. 2 earlier, is the entire combination schematic diagram that is respectively existing textile dyeing machinery shown in the figure, and the band cloth mechanism front section view of described textile dyeing machinery; As shown in the figure, it mainly is made up of textile dyeing machinery 10 dye cloth tube 11, one cloth wheel 12, two cloth guide tubes 13, a hot filtration apparatus 14 and a main pump 15, wherein, each cloth guide tube 13 is being provided with a nozzle 16 (as shown in Figure 2) near cloth wheel 12 1 ends, described cloth wheel 12 is to be located at across the arrival end of two cloth guide tubes 13 on the axostylus axostyle 121 to drive synchronous revolver through a motor 122; When using as above-mentioned structure, each can put a cloth 20 about on the cloth wheel 12, and the nozzle 16 that is engaged in cloth guide tube 13 front ends again drives cloth 20 and enters in the tube 11 of dying cloth along cloth guide tube 13 and carry out dip-dye work, and becomes the structure of two systems that dye cloth; Dye liquor in the described tube 11 of dying cloth is by 17 outputs of the drain pipe at the bottom of the tube, through main pump 15 pump and through the processing of hot filtration apparatus 14, deliver to the nozzle 16 that is located at cloth guide tube 13 front ends by woven hose 18 again, directly by nozzle 16 ejection High Temperature High Pressure dye liquors, enter in the tube 11 of dying cloth along cloth guide tube 13 can cooperate above-mentioned cloth wheel 12 to drive cloth 20, pull out by cloth wheel 12 cloth 20 of tube in 11 of will dying cloth again, reach the dyeing work that two cloth 20 can be circulated simultaneously continuously.

Again, existing textile dyeing machinery 10 is provided with a dye liquor bucket 19 in addition, described dye liquor bucket 19 has been deposited untapped high concentration dye liquor, be rely on a pump 191 conveying and can be in good time provide and additional high concentration dyestuff to the tube 11 of dying cloth, needing when dying cloth to supply described textile dyeing machinery 10 uses.

As above-mentioned, please consult shown in Figure 2 again, cloth wheel 12 in the described one existing textile dyeing machinery 10 is laterally to be located in the head of the tube 11 of dying cloth with an axostylus axostyle 121, described axostylus axostyle 121 1 ends extend to dyes cloth tube 11 outsides and is equiped with a belt pulley 123, and described belt pulley 123 is to rely on the belt pulley 125 on a belt 124 and motor 122 output shafts to link and rotation transmission person.

Yet described textile dyeing machinery 10 is in when running, wherein, and the wider width of cloth wheel 12 and across two cloth guide tubes 13, so can about described cloth wheel 12, be arranged with a cloth 20 run-in synchronisms respectively in two limits; Yet, during actual the use, may cause two cloth 20 mobile speed in dye cloth tube 11 and cloth guide tube 13 different because of various factors, when if two cloth, 20 translational speeds are different, it will form the phenomenon that generation is pullled or disturbed between two cloth 20, even have wherein a cloth 20 and produce the card cloth and cause whole shutdown; Take place if any above-mentioned situation, then cause the damage of cloth 20 easily, and influence the time and the efficient of dying cloth; So, to the real necessity that has research and development again to improve of the band cloth mechanism of above-mentioned existing textile dyeing machinery.

This case is because the cloth wheel structure of above-mentioned existing textile dyeing machinery, when it uses running in reality, easily producing two cloth pulls mutually and damages, or influence problems such as whole time of dying cloth and efficient, utility model designer hence studies intensively, and long-pending individual is engaged in the many years of experience of described cause, designs a kind of cloth wheel mechanism of brand-new textile dyeing machinery eventually.

Summary of the invention

Main purpose of the present utility model, aim to provide the textile dyeing machinery that a kind of tool separates the cloth wheel mechanism that drives, so that each cloth independent operation, reach and prevent that two cloth from pullling the damage that caused or the situation of card cloth mutually, and the effect that can really reach automation mechanized operation and save the energy of electric power.

For achieving the above object, the technical solution adopted in the utility model is:

A kind of cloth wheel mechanism of textile dyeing machinery, it is characterized in that: it is in the head of the tube of dying cloth of a textile dyeing machinery, on same axial line, be set side by side with two cloth wheels, described two cloth wheels are to be separated by two motors respectively to drive rotation, and the axle mechanism of fixing described two cloth wheels comprises two bearing blocks and two axostylus axostyles; Wherein:

Described two bearing blocks are the outside wall surface that are separately fixed at head two sides of the tube of dying cloth;

Described two axostylus axostyles are the head both sides that are installed in the tube of dying cloth respectively, it puts at a medial extremity of dying cloth unsettled, outboard end is to pass the bearing block fix of tube two sides of dying cloth respectively can rotate freely outward, and the outboard end of two axostylus axostyles expose bearing block outer a segment distance arranged;

Two axostylus axostyle medial extremitys in the tube of dying cloth are fixed with a cloth wheel respectively, and the outboard end outside exposing bearing block is fixed with a belt pulley, and the belt pulley in the rotating shaft of a belt and a motor links transmission respectively again, realize separating alone rotation.

Compared with prior art, adopt the advantage that the utlity model has of technique scheme to be: when using according to above-mentioned structure, but the axostylus axostyle that wherein is used for fixing two cloth wheels is to be set up in parallel and the organizational patterns of each spinning on same axial line, so can drive and control the rotary speed of two cloth wheels respectively, when so described two cloth that cloth wheel drove have different running resistance, each cloth wheel can be controlled the speed of its required rotation according to its condition, and is not subjected to another cloth wheel to influence or influence the rotating speed of another cloth wheel; Therefore, when structure of the present utility model is implemented, it can reach and prevent that two cloth from pullling to cause mutually and damage or the situation of card cloth, and can reduce operating personnel's job costs of keeping an eye on for a long time and operating, and then, described machinery can be reached really control purpose in the automation mode, and the effect that reaches the energy of saving electric power.

Description of drawings

Fig. 1 is the whole three-dimensional combination figure of existing textile dyeing machinery;

Fig. 2 is the combination section of the cloth wheel mechanism of existing textile dyeing machinery;

Fig. 3 is the three-dimensional combination figure of the cloth wheel mechanism of the utility model textile dyeing machinery;

Fig. 4 is the combination section of the cloth wheel mechanism of the utility model textile dyeing machinery.

Description of reference numerals: 10-textile dyeing machinery; The 11-tube of dying cloth; The 12-cloth wheel; The 13-cloth guide tube; The 14-hot filtration apparatus; The 15-main pump; The 16-nozzle; The 17-drain pipe; The 18-woven hose; 19-dye liquor bucket; 20-cloth; The 121-axostylus axostyle; The 122-motor; The 123-belt pulley; The 124-belt; The 125-belt pulley; The 191-pump; The 30-tube of dying cloth; 311,312-cloth wheel; 321,322-motor; The 33-axle mechanism; 331,332-bearing block; 333,334-axostylus axostyle; 341,342-belt pulley; 351,352-belt; 361,362-belt pulley.

The specific embodiment

For making technology and the efficacy characteristics thereof of your juror to this case, further understanding and understanding can be arranged, lift a possible embodiments now and cooperate graphic detailed description as back:

See also shown in Fig. 3 and Fig. 4 the combination stereogram and the combination section thereof of the cloth wheel improvement mechanism that is the utility model textile dyeing machinery.

As shown in the figure, main structure of the present utility model is in the head of the tube 30 of dying cloth of textile dyeing machinery, about on the same axial line, be set side by side with two cloth wheels 311,312, described two cloth wheels the 311, the 312nd separated driving rotation respectively by two motors 321,322, and the axle mechanism 33 of fixing described two cloth wheels 311,312 are to comprise by 333,334 of 331,332 and two axostylus axostyles of two bearing blocks forming; Wherein: described two bearing blocks the 331, the 332nd are separately fixed at the outside wall surface of tube 30 head two sides of dying cloth; Described two axostylus axostyles the 333, the 334th are installed in tube 30 the head both sides of dying cloth respectively, it puts at tube 30 medial extremitys of dying cloth unsettled, outboard end is to pass the tube bearing block 331 fix of 30 2 sides or 332 of dying cloth respectively can rotate freely outward, and the outboard end of two axostylus axostyles 333,334 expose bearing block 331,332 outer a segment distance arranged; During combination, be fixed with a cloth wheel 311,312 on two axostylus axostyles 333,334 in the tube 30 of dying cloth respectively, and on the axostylus axostyle 333,334 that exposes bearing block 331,332 outer ends, respectively be fixed with a belt pulley 341,342, link transmissions via the belt pulley in the rotating shaft of a belt 351,352 and a motor 321,322 361,362 respectively again, and then can reach and make described two cloth wheels 333,334 can separate rotation alone.

When using according to above-mentioned structure, wherein be used for fixing two cloth wheels 311,312 axostylus axostyle 333, the 334th, but on same axial line, be set up in parallel and the organizational patterns of each spinning, so can drive and control two cloth wheels 311 respectively, 312 rotary speed, so described two cloth wheels 311, when the 312 cloth (not shown) that driven have different running resistance, each cloth wheel 311,312 can control its required rotary speed and turn to according to the size of the cloth resistance on it, and are not subjected to the influence of another cloth wheel 311 or influence the rotating speed of another cloth wheel 312; Moreover when wherein having a cloth to produce to twine the situation of cloth or card cloth, the cloth wheel 311 (or 312) that card cloth takes place can controlled reversing and reach and separate the cloth work that twines automatically, and unlikely rotating speed and the operate as normal that has influence on another cloth wheel 312 (or 311); Therefore, when structure of the present utility model is implemented, it can reach and prevent that two cloth from pullling to cause mutually and damage or the situation of card cloth, and can reduce operating personnel's restriction of keeping an eye on operation for a long time and job costs, and then, make described textile dyeing machinery can reach the purpose of really controlling, and reach the effect of saving electric power energy in the automation mode.

Shape, structure as the above embodiment that discloses, be an embodiment in the many possible embodiments of the utility model, so claim of the present utility model is not limited thereto, all under the condition that does not depart from the utility model design, each element can be replaced with the similar or equivalent element that affiliated technical field personnel understand.

In sum, the cloth wheel mechanism of the utility model textile dyeing machinery can reach really and prevent that two cloth from pullling mutually and cause and damage or the generation of card cloth situation, and can reach the real automation mode and operate control, saves the purpose of electric power energy; Again, being configured in of this case proposes do not have identical items to see in publication or public use before the patent application; Be can meet novel patent requirement with this case, the whence proposes the application of novel patent in accordance with the law.

Claims

1. the cloth wheel mechanism of a textile dyeing machinery, it is characterized in that: it is in the head of the tube of dying cloth of textile dyeing machinery, on same axial line, be set side by side with two cloth wheels, described two cloth wheels are to be separated by two motors respectively to drive rotation, and the axle mechanism of fixing described two cloth wheels comprises two bearing blocks and two axostylus axostyles; Wherein: