CN2576754Y

CN2576754Y - Circulating cloth mechanism for cloth-dyeing machine

Info

Publication number: CN2576754Y
Application number: CN 02247590
Authority: CN
Inventors: 亚伦库马巴鲁
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-08-28
Filing date: 2002-08-28
Publication date: 2003-10-01
Anticipated expiration: 2012-08-28

Abstract

The utility model relates to a circulating cloth mechanism for a cloth dyeing machine, which is mainly provided with a U-shaped dyeing trough in the tubular case body. The upper part of the U-shaped dyeing trough is respectively provided with a thick cloth circulating dyeing structure and a thin cloth circulating dyeing structure, wherein the thick cloth circulating dyeing structure is mainly provided with a flow increase aid above the U-shaped dyeing trough, the forward fast flowing of the cloth can be pushed in an auxiliary way by filling water flow in the flow increase aid, and the dyeing is more uniform. The thin cloth circulating dyeing structure is mainly provided with a cloth dyeing path on the upper open end of the U-shaped dyeing trough to match a swing element at the end, the cloth is folded in the dyeing trough, and the cloth which is thick or thin can be dyed rapidly and uniformly.

Description

The circulating burden distribution mechanism of textile dyeing machinery

Technical field

The utility model relates to the circulating burden distribution mechanism of textile dyeing machinery, especially refer to a kind of textile dyeing machinery with thick matter cloth and the dual equipment of dying cloth of lightweight dress material, the current of dyeing are quicker to flow owing to can make, and cloth can be dipped in wherein makes dyeing more even, not only even dyeing is comparatively attractive in appearance, and the circulating burden distribution mechanism of the more good textile dyeing machinery of quality.

Background technology

Referring to Fig. 8, the structure of the O type textile dyeing machinery of generally commonly using is used in the dyeing than heavy material cloth mostly, mainly is provided with a U-shaped staining trough 81 at tubular shell 80 inner side edges, the top of these U-shaped staining trough 81 1 end openings is respectively equipped with a locator 82, auxiliary wheel 820 and band cloth roller 83; The side lower end is suitable to being provided with a horizontal selvage guide platform 86 to 81 of U-shaped staining troughs in addition at this band cloth roller 83 again, the cloth 90 of desire dyeing is bent in staining trough 81, and after an end of U-shaped staining trough 81 makes progress through locator 82 and auxiliary wheel 820, walk around band cloth roller 83 declines one segment distance, again laterally along 86 slippages of selvage guide platform, make cloth 90 natural warpages and the following other end that rolls back staining trough 81, promptly finish the circulation of a cloth 90.

Wherein, be provided with a dyestuff shower nozzle 85 at band cloth roller 83 to 86 of selvage guide platforms, this shower nozzle 85 is the box-like body of a sealing, its central authorities provide the passage that passes for cloth 90, this passage week, side ring was provided with oblique nozzle 84 down, when making cloth 90 through nozzles 84, gave the water spray (dyeing) and the jet processing (the atomized water molecule is to soak cloth) of brute force simultaneously, so that cloth can be when the shower nozzle 85, can fully be dyeed and wrinkle resistant.

But, commonly use textile dyeing machinery and still have following shortcoming in use:

1, during ordinary stain, need preferable humidity can make even dyeing.And the shower nozzle of commonly using textile dyeing machinery descends with powerful oblique the washing away of ring-type simultaneously with air-flow and water, caused the impulse force phase mutual interference of air-flow and current, caused the forward and backward big swing of cloth on the contrary, not only blocked the speed that cloth is advanced forward, and moisture is formed the situation of patting current on the contrary by the powerful vibration of cloth, make moisture soak poor effect in cloth, even current can not absorb by cloth by being rebounded away, cause the waste of the energy in rain; In addition, because soaking of cloth is insufficient, has caused the inhomogeneous of dyeing and easily generated the fold line, is the major defect of commonly using.

2, above-mentioned structure because cloth given repeatedly and continuous on leave behind dash, horizontal drawing, be not suitable for the piece dyeing of lightweight, otherwise be easy to generate wrinkle or break, be to commonly use textile dyeing machinery imperfection part.

Summary of the invention

Main purpose of the present utility model is to provide a kind of dye cycle system with thick matter and lightweight cloth, and the improvement that this thick matter coloring system is a conventional construction makes dyeing more evenly be difficult for corrugating; Set up the dye cycle system of a lightweight cloth in addition again; No matter then be thick material or the dyeing of gently expecting cloth, circulating burden distribution mechanism that all can the very even textile dyeing machinery that dyes apace.

For reaching above-mentioned purpose, the circulating burden distribution mechanism of a kind of textile dyeing machinery of the present utility model mainly is provided with a U-shaped staining trough in tubular shell, and this U-shaped staining trough top is respectively equipped with a thick cloth dye cycle structure and a light cloth dye cycle structure; Wherein thick cloth dye cycle structure is provided with band cloth roller above an end opening of U-shaped staining trough; Be respectively equipped with the shower nozzle of a tool nozzle, sliding sermon and horizontal selvage guide platform in the side lower end in addition at this band cloth roller; It is characterized in that: this U-shaped staining trough is provided with pallet at cloth arrival end one side upper limb, and is being provided with a fenestra with the side-lower certain position;

One incremental assistor mainly is provided with an outer framework between sliding sermon and selvage guide platform, the one side is connected with a water-supply-pipe; Framework and the sliding sermon end that joins is equipped with a runner pipe outside this, and make this outer framework inboard with the runner pipe surface between constitute the annular space of sealing, and the annular narrow thin water injection hole of formation between the selvage guide platform of runner pipe medial extremity and insertion.Wherein,

Described selvage guide platform is diffusion type outward gradually by root, and slightly upwards is the perk shape endways.

Described sliding sermon can be square tube or pipe.

Described selvage guide you subordinate side, relatively the open side of U-shaped staining trough is provided with a sideboard that can change inclination.

Described sideboard can form by two sieve plates are stacked, and can make mutual slide displacement, and sieve aperture all can connect relatively or stagger mutually and seal.

The loop structure of described lightweight cloth dyeing is at U-shaped staining trough one end opening upper end, the runner pipe, rectangular tube and the swing component that are respectively equipped with a horn-like joint, shower nozzle, curved arc shape; This swing component places on the pallet of U-shaped staining trough, and its upper end is provided with one and can drives the frame head and make rotating shaft suitable repeatedly, counter-clockwise swing.

Because the utility model has a thick cloth dye cycle structure and a light cloth dye cycle structure simultaneously, so very convenient in the use being suitable for, another incremental assistor can quicken flowing of cloth, make its dyeing more evenly smooth, cooperate swing component that cloth is folded in the staining trough again, can make thick material or expect that gently Color is more quick evenly.

Description of drawings

Fig. 1 is overall structure schematic diagram of the present utility model.

Fig. 2 is the utility model heavy cloth loop structure schematic diagram.

Fig. 3 is the utility model lightweight cloth loop structure schematic diagram.

Fig. 4 is the outside drawing of the incremental assistor of the heavy cloth circulatory system.

Fig. 5 is the local amplification assumption diagram of the utility model.

Fig. 6 is the schematic diagram () of the utility model sideboard.

Fig. 7 is the schematic diagram (two) of the utility model sideboard.

Fig. 8 is the schematic perspective view of the circulating burden distribution mechanism of commonly using textile dyeing machinery.

The specific embodiment

Further to understand and be familiar with in order to have, lift a preferred embodiment now, and conjunction with figs. is described in detail as follows the purpose of this utility model, technical characterictic and effect thereof:

Referring to Fig. 1,2, a kind of circulating burden distribution mechanism of textile dyeing machinery mainly is provided with a U-shaped staining trough 11 in tubular shell 10, and these U-shaped staining trough 11 tops are respectively equipped with a thick cloth dye cycle structure and a light cloth dye cycle structure; Wherein:

Thick cloth dye cycle structure, as shown in Figure 2, cooperate Fig. 1,2,5 again, the end opening top of this U-shaped staining trough 11, be provided with band cloth roller 12, be respectively equipped with the shower nozzle 20 of a tool nozzle 21, sliding sermon 13 and horizontal selvage guide platform 36 in the side lower end in addition at this band cloth roller 12; Make the cloth 91 of desire dyeing after an end of U-shaped staining trough 11 is upwards walked around band cloth roller 12, descend again and pass shower nozzle 20, and be subjected to the drive of nozzle 21 ejection current, behind sliding sermon 13 and selvage guide platform 36, bending folds into the other end of U-shaped staining trough 11 again, and finishes the circulation of a cloth; Wherein sliding sermon 13 can be square tube or pipe.

Referring to Fig. 1,3,5, this U-shaped staining trough 11 is provided with pallet 110 with respect to the arrival end one side upper limb of cloth 91, and is being provided with a fenestra 111 with the side-lower certain position.

Between sliding sermon 13 and selvage guide platform 36, mainly be provided with an outer framework 31 referring to Fig. 2,4,5, one incremental assistors 30, one side (for example at the top) is connected with a water-supply-pipe 35; Framework 31 and sliding sermon 13 end that joins is equipped with a runner pipe 32 outside this.And make this outer framework 31 inboard with runner pipe 32 surfaces between constitute the annular space 33 that seals, then form the narrow thin water injection hole 34 of annular between the selvage guide platform 36 of runner pipe 32 medial extremitys and insertion, make water by water-supply-pipe 35, after injecting annular space 33, flow out by this water injection hole 34 again, be able to go out along axially taking advantage of a situation of body, promote cloth 91 flows forward fast except assisting, because current have been full of whole runner pipe 32 and annular sky asks that 33 dye, it is more even to make cloth 91 whole immersions wherein do dyeing.

Referring to Fig. 4, the selvage guide platform 36 that joins with outer framework 31 front ends, gradually be diffusion type outward by root, and slightly upwards being wing plays shape endways, promptly has the elevation angle upwards, can make current slightly slow down outside outflow, and the end of this selvage guide platform 36 stretches into the fenestra 111 of U-shaped staining trough 11, make cloth directly inject the U-shaped staining trough.

Referring to Fig. 5,6,7, below the summary of selvage guide platform 36 ends, open side with respect to U-shaped staining trough 11, be provided with a sideboard 40 that can change inclination, make cloth 91 when selvage guide platform 36 is gone out, can adjust the inclination of sideboard 40, the cloth 91 of different materials can be touched after this sideboard 40 really to the best, fall into U-shaped staining trough 11 again, and the warpage structure that makes cloth 91 be wave folds; Especially when the material of cloth 91 is heavier, promptly fall immediately after going out, the close together of going out so this sideboard 40 is to incline to selvage guide platform 36 with bigger angle to leaning on, makes the warpage of cloth 91 more suitable; Otherwise when the material of cloth 91 was light, the distance of going out was far away, and the angle of inclination of this sideboard 40 is then near vertical, in order to the bump of cloth 91.

In addition, referring to Fig. 1,6,7, sideboard 40 can constitute by two

sieve plates

41,42 are stacked, and can make mutual slide displacement, sieve aperture is all connected relatively or staggers mutually and seals; When the sieve aperture of two

sieve plates

41,42 not to fashionable, be used for the water yield an amount of in, this cloth 91 impacts sideboard 40 and promptly falls, current promptly fall within the U-shaped staining trough 11 down after patting sideboard 40 as shown by arrows; If moisture is when too many, as shown in Figure 7 that the sieve aperture of two

sieve plates

41,42 of sideboard 40 is involutory, fall when then making cloth 91 impact sideboard 40, and current are as shown by arrows, partly pass sieve aperture and flow out, can make the humidity of cloth 91 even.

Referring to Fig. 1,3, the utility model can be provided with the loop structure of one group of lightweight cloth dyeing again in tubular shell 10, mainly, be respectively equipped with a horn-like joint 50, shower nozzle 51, arc runner pipe 60, rectangular tube 61 and swing component 70 in U-shaped staining trough 11 open upper end; Wherein the nozzle 52 in the shower nozzle 51 is that the angular injection dyestuff slides backward to drive cloth 92 towards the rear; The main purpose of this rectangular tube 61 designs is to hold more water, and makes the cloth 92 can be smooth and do not immerse in the water not curlingly and dye.

Swing component 70 places on the pallet 110 of U-shaped staining trough 11, and is provided with a rotating shaft 72 on it, can drive the swing that a square box head 71 is made suitable repeatedly, counterclockwise (in the special angle); Then cloth 92 is gone out by U-shaped staining trough 11 1 ends, pass through the dyeing of washing away of shower nozzle 51 respectively, again by runner pipe 60 change over to contaminate in the rectangular tube 61 after, go out from frame head 71 again, and, make cloth 92 fall into the other end of U-shaped staining trough 11 with being the wave bending and finish once the circulation of dying cloth because frame head 71 is left and right swing.

The utlity model has special clever thought, so have the following advantages in the use:

1. the utility model has a thick cloth dye cycle structure and a light cloth dye cycle structure simultaneously, is suitable for more convenient in the use.

2. the utility model is provided with an incremental assistor especially in thick cloth dye cycle structure, between sliding sermon and selvage guide platform, cloth is washed away through the acceleration of current herein, and supply with the sufficient water yield, makes its dyeing more even and smooth.

3. the utility model is in light cloth dye cycle structure, is provided with rectangular tube especially increasing the rate of soaking of cloth, and is provided with swing component endways, and it is folding that the cloth of dyeing can be entered after swing in the U-shaped staining trough, makes dyeing more average, better quality.

Claims

1. the circulating burden distribution mechanism of a textile dyeing machinery mainly is provided with a U-shaped staining trough in tubular shell, and this U-shaped staining trough top is respectively equipped with a thick cloth dye cycle structure and a light cloth dye cycle structure; Wherein thick cloth dye cycle structure is provided with band cloth roller above an end opening of U-shaped staining trough; Be respectively equipped with the shower nozzle of a tool nozzle, sliding sermon and horizontal selvage guide platform in the side lower end in addition at this band cloth roller; It is characterized in that: this U-shaped staining trough is provided with pallet at cloth arrival end one side upper limb, and is being provided with a fenestra with the side-lower certain position;

One incremental assistor mainly is provided with an outer framework between sliding sermon and selvage guide platform, the one side is connected with a water-supply-pipe; Framework and the sliding sermon end that joins is equipped with a runner pipe outside this, and make this outer framework inboard with the runner pipe surface between constitute the annular space of sealing, and the annular narrow thin water injection hole of formation between the selvage guide platform of runner pipe medial extremity and insertion.

2. according to the circulating burden distribution mechanism of the described textile dyeing machinery of claim 1, it is characterized in that: described selvage guide platform is diffusion type outward gradually by root, and slightly upwards is the perk shape endways.

3. according to the circulating burden distribution mechanism of the described textile dyeing machinery of claim 1, it is characterized in that: described sliding sermon can be square tube or pipe.

4. according to the circulating burden distribution mechanism of the described textile dyeing machinery of claim 1, it is characterized in that: described selvage guide you subordinate side, relatively the open side of U-shaped staining trough is provided with a sideboard that can change inclination.

5. according to the circulating burden distribution mechanism of the described textile dyeing machinery of claim 4, it is characterized in that: described sideboard can form by two sieve plates are stacked, and can make mutual slide displacement, and sieve aperture all can connect relatively or stagger mutually and seal.

6. according to the circulating burden distribution mechanism of the described textile dyeing machinery of claim 1, it is characterized in that: the loop structure of described lightweight cloth dyeing, at U-shaped staining trough one end opening upper end, the runner pipe, rectangular tube and the swing component that are respectively equipped with a horn-like joint, shower nozzle, curved arc shape; This swing component places on the pallet of U-shaped staining trough, and its upper end is provided with one and can drives the frame head and make rotating shaft suitable repeatedly, counter-clockwise swing.