CN201172745Y

CN201172745Y - Cloth-feeding guide pulley apparatus for cloth dyeing machine

Info

Publication number: CN201172745Y
Application number: CNU2008200052754U
Authority: CN
Inventors: 林韦廷
Original assignee: Individual
Current assignee: Individual
Priority date: 2008-04-11
Filing date: 2008-04-11
Publication date: 2008-12-31
Anticipated expiration: 2018-04-11

Abstract

A cloth feeding guide pulley device of a dyeing machine is mainly connected between a dyeing jet component and a cloth swing component, which comprises a cloth-passing guide pipe with larger curvature, a plurality of main guide pulleys which are arranged in the cloth-passing guide pipe, a driving wheel which is arranged on the front end of the cloth-passing guide pipe, and a guide wheel of the driven wheel which is arranged on the outer side of the cloth-passing guide pipe, wherein the pivot shafts of the main guide pulleys are penetrated into the cloth-passing guide pipe which is used to support cloth to be conveyed, and a driving guide wheel is arranged on the main guide wheels on the outer side of the cloth-passing guide pipe to connect a linking assembly driven by a driving assembly, thereby actuating the main guide wheels to synchronously rotate after being driven, and the pivot shaft of the driven wheel is penetrated into the cloth-passing guide pipe which is used to support cloth to be conveyed. The driven rotation speed of cloth can be detected by a detecting assembly, thereby regulating the rotation speed of cloth conveying of the main guide wheels driven by the driving assembly.

Description

A kind of textile dyeing machinery advances the cloth guide wheel device

Technical field

The utility model relates to a kind of guide wheel device, more relates to a kind of textile dyeing machinery and advances the cloth guide wheel device.

Background technology

As shown in Figure 1, promote the dyeing machine structural representation that cloth is advanced with sedimentation exhalation, wherein cloth continues to advance with the form of connected head-to-tail ring-band shape, and earlier promote to carry through the jet flow of selvage guide member 1 ', member 2 ' the cloth stacking isolation that is the bent arc of S that swings of will advancing of controlling through selvage guide member 1 ' rear end imports enforcement dyeing and finishing operation in the staining trough 3 ' again.Yet, above-mentioned selvage guide member 1 ' of the prior art is to utilize the dye liquor jet flow of suitable pressure and flow and water conservancy diversion air pressure to remove to drive cloth, itself does not have power, hydraulic pressure and Pneumatic pressure power by jet flow drives fully, and this selvage guide member 1 ' radius is little, the crape folding that is easy to generate cloth is carried situation about having some setbacks, and causes problems such as the inhomogeneous and dyeing quality of follow-up dyeing is relatively poor.If the selvage guide member 1 ' of prior art will amplify radius, requisite space and material is set and cost all can increase then.Improve so the design of selvage guide member 1 ' of the prior art is necessary.

Therefore, for the defective of the selvage guide member that overcomes above-mentioned prior art, the utility model provides a kind of textile dyeing machinery to advance the cloth guide wheel device.

The utility model content

Main purpose of the present utility model is to provide a kind of textile dyeing machinery to advance the cloth guide wheel device, and this textile dyeing machinery advances the cloth guide wheel device and mainly is connected in dyeing jet flow member and controlling between the member, and it comprises:

The logical cloth conduit that one curvature is bigger;

A plurality of capstans of being located in the logical cloth conduit, the pivot of this capstan runs through and stretches in order to support in the logical cloth conduit that cloth carries, and this capstan is provided with in the logical cloth conduit outside in order to connect a driving guide wheel that is subjected to the linking assembly that driven unit drives, and impels a plurality of capstans to be driven synchronous rotation; And the follower that is arranged at logical cloth catheter proximal end, the pivot of this follower runs through in the logical cloth conduit that stretches in order to the conveying of support cloth, and its guide wheel in the logical cloth conduit outside is also detected the rotating speed that it is driven by cloth with a detection element, and then adjusts the speed that driven unit drives a plurality of capstan delivery cloth.

Described a plurality of capstan is arranged along the curvature route interval of logical cloth conduit.

Following beneficial effect of the present utility model:

By having on the bigger logical cloth conduit of curvature the synchronously driven capstan delivery of a plurality of energy cloth is set, impel by the cloth of delivery slyness be difficult for folding, member the swing stacking isolation that is the bent arc of S of cloth of will advancing of controlling through entering cloth guide wheel device rear end imports and implements the dyeing and finishing operation in the staining trough again, be provided with follower in the device simultaneously, when this follower is driven by the cloth of delivery dyeing and finishing process, can utilize a detection element to detect the rotating speed that follower is driven by cloth, and then adjust driven unit and drive a plurality of capstans with optimum speed delivery cloth, allow whole dyeing and finishing operation have more high quality.

Description of drawings

Fig. 1 promotes the dyeing machine structural representation that cloth is advanced with sedimentation exhalation.

Fig. 2 is that the utility model advances cloth guide wheel device schematic appearance.

Fig. 3 is that the utility model advances cloth guide wheel device associated components decomposing schematic representation.

Fig. 4 is the utility model and advance the driven unit that the cloth guide wheel device is associated and the assembling position schematic diagram of detection element.

Fig. 5 is that the utility model promotes the preferred embodiment schematic diagram that cloth is advanced and dyeed.

[primary clustering symbol description]

[prior art part]

1 ': selvage guide member 2 ': control member; 3 ': staining trough;

[the utility model part]

1: advance the cloth guide wheel device; 11: logical cloth conduit; 12: capstan; 121: pivot; 122: drive guide wheel; 13: follower; 131: pivot; 132: guide wheel; 2: the jet flow member; 3: control member; 4: driven unit; 41: be connected assembly; 5: detection element; 6: staining trough

The specific embodiment

Be described in detail the utility model feature and advantage below by some exemplary embodiments.But conduct is not to further qualification of the present utility model.

Shown in Fig. 2-4, the utility model is that a kind of textile dyeing machinery advances the cloth guide wheel device, this advances cloth guide wheel device 1 and mainly is connected in dyeing jet flow member 2 and controls between the member 3, it logical cloth conduit 11 and a plurality of being located at that comprises that a curvature is bigger is led to the capstan of arranging along the curvature route interval in the cloth conduit 11 12, and the follower 13 that is arranged at logical cloth conduit 11 front ends.Wherein the pivot 121 of these a plurality of capstans 12 runs through and stretches in order to support in the logical cloth conduit 11 that cloth carries, and these a plurality of capstans 12 are provided with in logical cloth conduit 11 outsides and drive guide wheel 122, in order to connect a linking assembly 41 (as shown in Figure 4) that driven by driven unit 4, be connected assembly as belt or chain etc., therefore a plurality of capstans 12 drive synchronous the rotation owing to be activated assembly 4; And the pivot 131 of this follower 13 runs through and stretches in the logical cloth conduit 11, also can carry in order to supports cloth, and its guide wheel 132 in logical cloth conduit 11 outsides also can utilize a detection element 5 to detect its rotating speed that is driven by cloth (as shown in Figure 4), and then adjusts the speed that driven unit 4 drives a plurality of capstan 12 delivery cloth.

As shown in the above description, the utility model is in instantiation, as shown in Figure 5, by the synchronously driven capstan 12 delivery cloth of a plurality of energy are set on the bigger logical cloth conduit 11 of curvature, impel by the cloth of delivery slyness be difficult for folding, member 3 the swing stacking isolation that is the bent arc of S of cloth of will advancing of controlling through entering cloth guide wheel device 1 rear end imports and implements the dyeing and finishing operation in the staining trough 6 again, driven follower 13 by the cloth of delivery dyeing and finishing process simultaneously, can utilize detection element 5 to detect the rotating speed that it is driven by cloth, and then adjust the optimum speed that driven unit 4 drives a plurality of capstan 12 delivery cloth, it is more high quality to allow whole dyeing and finishing operation have, and has industrial utilization.

In sum, provided by the utility modelly advance the cloth guide wheel device, can reach the more excellent dyeing and finishing quality of expection, and have the usability that to adjust suitable dyeing and finishing speed, have industrial utilization.

Claims

1. a textile dyeing machinery advances the cloth guide wheel device, mainly is connected in dyeing jet flow member and controlling between the member, it is characterized in that this guide wheel device comprises:

The logical cloth conduit that one curvature is bigger;

2. textile dyeing machinery according to claim 1 advances the cloth guide wheel device, it is characterized in that, described a plurality of capstans are arranged along the curvature route interval of logical cloth conduit.