CN203212849U

CN203212849U - Bidirectional cloth swing for cloth dyeing machine

Info

Publication number: CN203212849U
Application number: CN2013201536303U
Authority: CN
Inventors: 陈昱仁
Original assignee: Individual
Current assignee: Individual
Priority date: 2013-03-29
Filing date: 2013-03-29
Publication date: 2013-09-25
Anticipated expiration: 2023-03-29

Abstract

A bidirectional cloth swing for a cloth dyeing machine is mainly composed of a nozzle, a cloth guide pipe, a swing groove, a laterally swing motor and a front-back swing motor, wherein the axis of the nozzle is fixed behind a cloth guide wheel at the inner top of the cloth dyeing machine, the nozzle is communicated with the cloth guide pipe and the swing groove, and the device is capable of swinging laterally around the axis-fixing point in an umbrella shape and connected to a large cloth accommodating groove; the front end edge of the cloth guide pipe is connected with the nozzle, the back end edge of the cloth guide pipe is coupled with the swing groove, the outer side edge of the front end is coupled with a telescopic push rod of the laterally swing motor, and the inner side edge of the front end is coupled with the inner side edge of the front end of a left cloth guide pipe through a universal cross bar to achieve synchronous lateral swinging; the outer side end of a shaft tube of the swing groove is connected with an L-shaped telescopic push rod of the front-back swing motor, and the inner side end of the shaft tube is coupled with the inner side end of a shaft tube of a left swing groove through a universal transmission rod to achieve synchronous front-back swinging; the laterally swing motor enables the telescopic push rod to be provided with horizontal pulling and pushing force through matching of an idler wheel; the front-back swinging motor enables the L-shaped telescopic push rod to be provided with vertical pulling and pushing force through matching of an idler wheel.

Description

The two-way device of controlling of textile dyeing machinery

Technical field

The utility model is the two-way device of controlling of a kind of textile dyeing machinery, especially refer to a kind of device of controlling that is applicable to double hose and multitube circulation textile dyeing machinery, can allow cloth swing and swing via umbrella shape, proper alignment is in long-pending cloth vat, and help to dye cloth benefit and quality.

Background technology

Has the textile dyeing machinery of controlling device, purpose according to its device, be to allow cloth draw via cloth-guiding wheel send into nozzle, again when entering long-pending cloth groove after the nozzle spray-painting, can allow cloth be orderly swing, with being arranged in the long-pending cloth groove that row is neatly carried out, and prevent its random cloth and winding, so that high speed dyeing cycle in the body.

As Fig. 1, Fig. 2 and shown in Figure 3, its textile dyeing machinery 10 is equipped with the known structure of controlling inside, mainly be by cloth-guiding wheel 11, nozzle 12, cloth guide tube 13, selvage guide swivel elbow 14 and long-pending cloth groove 15 are formed, to allow cloth 16 follow after the cloth-guiding wheel 11 on textile dyeing machinery 10 tops is drawn in nozzle 12 and is spray-painting, via cloth guide tube 13 and selvage guide swivel elbow 14 for swinging in regular turn, and arrange to go into to amass cloth groove 15 inside, but be to be the axle center with cloth guide tube 13 because of this selvage guide swivel elbow 14, and its left rotation and right rotation is because being limited to the end, amplitude is less, can't allow cloth 16 be filled in relatively large long-pending cloth groove 15 spaces of width and capacity, and the time still have the situation of random cloth to take place by chance, admittedly be its disappearance, cause real being necessary at this shortcoming, remake further research and improvement.

Known textile dyeing machinery control device, because of point centered by cloth guide tube, and carried out the mode of left rotation and right rotation by the selvage guide bend pipe of end, the scope that causes its amplitude of fluctuation is less, during relatively with the bigger long-pending cloth groove of width and capacity, then be difficult to fill up fully institute and have living space, cause and still stay a little disappearance, so remain further to be improved.

The utility model content

The purpose of this utility model is to provide a kind of textile dyeing machinery the two-way device of controlling, to improve the defective that exists in the known technology.

For achieving the above object, the two-way device of controlling of the textile dyeing machinery that the utility model provides mainly is made up of nozzle, cloth guide tube, swinging chute, swing motor and swing motor, wherein:

The nozzle dead axle is in the textile dyeing machinery cloth-guiding wheel rear on top inside, is communicated with cloth guide tube and swinging chute to be integral, and can follow its dead axle point and be umbrella shape and swing, and be connected in the long-pending cloth vat of textile dyeing machinery;

The front-end edge of cloth guide tube is connected with nozzle, and end edge and swinging chute are coupling, and the front end lateral border is coupling with the flexible push rod of motor of swinging, and between the front end medial margin of front end medial margin and left side cloth guide tube, is coupling by a universal cross bar, to swing synchronously again;

The central siphon outboard end of swinging chute, the flexible push rod of L type of linking swing motor between the central siphon medial extremity of central siphon medial extremity and left side swinging chute, then is coupling by a universal drive link, with synchronous swing;

The motor that swings is the cooperation by idle pulley, allows flexible push rod have the horizontal power of drawing with pushing away, and can follow the dead axle point of nozzle to impel cloth guide tube, is umbrella shape and swings;

The swing motor is to be cooperated by idle pulley, allow the flexible push rod of L type have directly to the power of drawing with pushing away, be before the contrary rotation direction and dextrorotation swing backward to impel swinging chute.

The two-way device of controlling of textile dyeing machinery of the present utility model, be to be its dead axle point with the front end nozzle, be horizontal left and right sides umbrella shape swing with cloth guide tube and swinging chute, cooperate simultaneously again before swinging chute done with after sustained oscillation, to allow cloth proper alignment enter in the long-pending cloth vat, and fill up its space, and thoroughly avoid random cloth situation to take place again.

Description of drawings

Fig. 1 is the embodiment front elevational schematic of known textile dyeing machinery.

Fig. 2 is that schematic diagram is looked on the embodiment right side of known textile dyeing machinery.

Fig. 3 is the embodiment schematic top plan view of known textile dyeing machinery.

Fig. 4 is the two-way umbrella shape swing schematic diagram of controlling device of the utility model.

Fig. 5 is the two-way swing schematic diagram of controlling device of the utility model.

Fig. 6 is the left side view of double hose textile dyeing machinery.

Fig. 7 is the embodiment front elevational schematic of the utility model textile dyeing machinery.

Fig. 8 is the schematic diagram of bowing on the embodiment of the utility model textile dyeing machinery.

Symbol description in the accompanying drawing:

10 textile dyeing machinerys, 11 cloth-guiding wheels, 12 nozzles, 13 cloth guide tubes, 14 selvage guide swivel elbows, 15 long-pending cloth grooves, 16 cloth, the 20 two-way devices of controlling, 21 nozzles, 22 cloth guide tubes, 23 swinging chutes, 24 motors that swing, 25 swing motors, 26 dead axles point, 27 front end lateral borders, 28 flexible push rods, 29 front end medial margins, 30 left side cloth guide tubes, 31 universal cross bars, 32 central siphon outboard ends, the 33L type push rod that stretches, 34 central siphon medial extremitys, 35 left side swinging chutes, 36 universal drive links, 37 idle pulleys, 38 idle pulleys, 40 textile dyeing machinerys, 41 cloth-guiding wheels, 42 long-pending cloth vats, 43 cloth.

The specific embodiment

The two-way device of controlling of textile dyeing machinery of the present utility model, mainly formed by nozzle, cloth guide tube, swinging chute, swing motor and swing motor, wherein nozzle is dead axle in the textile dyeing machinery cloth-guiding wheel rear on top inside, be communicated with cloth guide tube and swinging chute and be integral, can follow its dead axle point and be umbrella shape and swing, and be connected in the long-pending cloth vat of textile dyeing machinery.

The two-way device of controlling of textile dyeing machinery of the present utility model, mainly formed by nozzle, cloth guide tube, swinging chute, swing motor and swing motor, wherein the front-end edge of cloth guide tube is connected with nozzle, end edge and swinging chute are coupling, and the front end lateral border is coupling with the flexible push rod of the motor that swings, between the front end medial margin of front end medial margin and left side cloth guide tube, be coupling by a universal cross bar, to swing synchronously again.

The two-way device of controlling of textile dyeing machinery of the present utility model, mainly formed by nozzle, cloth guide tube, swinging chute, swing motor and swing motor, the central siphon outboard end of swinging chute wherein, the flexible push rod of L type that is connected the swing motor, between the central siphon medial extremity of central siphon medial extremity and left side swinging chute, then be coupling by a universal drive link, with synchronous swing.

The two-way device of controlling of textile dyeing machinery of the present utility model, mainly formed by nozzle, cloth guide tube, swinging chute, swing motor and swing motor, the motor that wherein swings is the cooperation by idle pulley, allow flexible push rod have the horizontal power of drawing with pushing away, to impel cloth guide tube can follow the dead axle point of nozzle, be umbrella shape and swing.

The two-way device of controlling of textile dyeing machinery of the present utility model, mainly formed by nozzle, cloth guide tube, swinging chute, swing motor and swing motor, wherein the swing motor is the cooperation by idle pulley, allow the flexible push rod of L type have directly to the power of drawing with pushing away, be before the contrary rotation direction and dextrorotation swing backward to impel swinging chute.

Please consulting Fig. 6 earlier, is the left side view of double hose textile dyeing machinery, and textile dyeing machinery 40 legends wherein (before loading) are applicable to and load the two-way type of controlling device 20 of the present utility model, and the vertical textile dyeing machinery that belongs to just like multi-tube structure, also can be according to loading.

Please consult Fig. 4 simultaneously, be that two-way umbrella shape swing schematic diagram and the Fig. 8 that controls device of the utility model is the embodiment schematic top plan view of the utility model textile dyeing machinery, wherein according to the two-way device 20 of controlling of the present utility model, mainly formed by nozzle 21, cloth guide tube 22, swinging chute 23, swing motor 24 and swing motor 25, wherein nozzle 21 is dead axles in textile dyeing machinery 40 cloth-guiding wheel 41 rears on top inside, be communicated with cloth guide tube 22 and swinging chute 23 and be integral, can follow its dead axle point 26 and be umbrella shape and swing, and be connected in the long-pending cloth vat 42 of textile dyeing machinery 40; Wherein the front-end edge of cloth guide tube 22 is connected with nozzle 21, end edge and swinging chute 23 are coupling, and front end lateral border 27 is coupling with the flexible push rod 28 of the motor 24 that swings, the front end medial margin of front end medial margin 29 and left side cloth guide tube 30 is 29 again, be coupling by a universal cross bar 31, to swing synchronously; The central siphon outboard end 32 of swinging chute 23 wherein is connected the flexible push rod 33 of L type of

swing motor

25, and 34 of the central siphon medial extremitys of central siphon medial extremity 34 and left side swinging chute 35 then are coupling by a universal drive link 36, with synchronous swing; The motor 24 that wherein swings is the cooperations by idle pulley 37, allows flexible push rod 28 have the horizontal power of drawing with pushing away, and can follow the dead axle point 26 of nozzle 21 to impel cloth guide tube 22, is umbrella shape and swings; Wherein swing motor 25 is the cooperations by idle pulley 38, allow the flexible push rod 33 of L type have directly to the power of drawing with pushing away, be before the contrary rotation direction and dextrorotation swing backward to impel swinging chute 23.

Please consult Fig. 5 simultaneously, be the two-way swing schematic diagram of device and the embodiment front elevational schematic that Fig. 6 is the utility model textile dyeing machinery controlled of the utility model, wherein according to the two-way device 20 of controlling of the present utility model, be to be its dead axle point 26 with front end nozzle 21, when being the umbrella shape swing of the horizontal left and right sides with cloth guide tube 22 and swinging chute 23, cooperate again before swinging chute 23 done with after sustained oscillation, to allow cloth 43 proper alignment enter in the long-pending cloth vat 42, and fill up its space, and thoroughly avoid random cloth situation to take place again.

Claims

1. two-way device of controlling of textile dyeing machinery mainly is made up of nozzle, cloth guide tube, swinging chute, swing motor and swing motor, it is characterized in that: