TWM584804U - Structure of warping machine - Google Patents

Abstract

A warping machine structure is provided with a warp beam, a yarn guide is sleeved on the warp beam, the yarn guide is set on the track below the warping machine, and is connected with a driving device of the warping machine. Driven for linear forward and backward displacement; the yarn guide is pivotally provided with a yarn winding ring, which is connected with the driving device, so that the yarn winding ring can be driven to rotate on the yarn guide, and As the yarn guide moves linearly forward and backward, the warping machine is provided with a plurality of branching strands on the side adjacent to the winding ring; thereby, the yarn guide can be moved from a package on a rotating creel during warping The yarn is pulled out of several kinds of yarns, and the selected yarns are drawn out by the yarn hooks of the loops, and are wound one by one on the warp beams of the warping machine. Swing before and after the hook, the winding yarn is divided into several warp yarns to form a dense warp yarn.

Description

Warping machine structure

This creation is a warping machine structure, especially a structure that can automatically wind the yarn of a plurality of bobbins on a warp beam to form the warp yarn required for weaving.

Press, generally known warping machines, such as: "Method and warping machine for preparing sample warp yarns" of the Republic of China Patent Publication No. 452611, and "Electronically Controlled Sample Warping Machines, Rotary Warp Beams" of Publication No. 481692 The general warping and warping method "; that is, as shown in Fig. 1, a rotating creel 2 is installed beside the conventional warping machine 1, and a plurality of bobbins are provided on the rotating creel 2 at the same time. A yarn guide 3 pulls different yarns together from the package yarns, and moves them to a plurality of conveyor belts 5 extending in parallel in the axial direction of a non-rotating wing roller 4 to form a woven on the wing roller 4 Warp required for cloth.

However, this method of driving the yarn with multiple conveyor belts 5 to cover the entire non-rotating wing roller 4 will cause insufficient yarn tension. No matter how precise the drive servo motor or computer control software is, It is also impossible to increase the number of times of yarn winding. In other words, the warping machine 1 which is conventionally used to convey the yarn by the conveyor belt 5 cannot be effectively wound densely on the wing roller 4 due to the limitation of its structural design. Therefore, the quality of the warping And its quality is quite limited.

It can be seen that there are still many shortcomings in the above-mentioned conventional articles, and they are not a good designer.

In view of this, the creator of this case has many years of experience in manufacturing, development and design of related products. In view of the above goals, after careful design and careful evaluation, the author can finally have a practical and practical creation.

The purpose of this creation is to provide a warping machine structure that automatically winds the yarn of a plurality of bobbins on a warp beam to form a dense and high-quality warp yarn.

According to the above purpose, the warping machine of this creation is provided with a main body having a warp beam, and a warp guide is movably sleeved on the warp beam, and the lower part of the warp guide is provided on a track below the main body, and the guide The creel is connected with a driving device of the warping machine, so that the driving device can drive the yarn guide to perform linear forward and backward displacement. The yarn guide is pivotally provided with a yarn winding ring, and the yarn winding ring is connected with the driving device. Then, the yarn winding ring can be rotated on the yarn guide by the driving device, and the linear warping machine moves forward and backward along with the yarn guide. The warping machine is provided with a plurality of branches near one side of the yarn winding ring. Splitter rods, the hooks at the front end of these splitter rods are located just beside the yarn hooks of the winding loops; 俾 The yarn selector of the yarn guide is pulled from a plurality of bobbin yarns on a rotating creel when warping. To produce different / identical yarns, through the rotation of the yarn loop and linear forward and backward displacement, the yarn hook of the yarn loop will lead the selected yarn out and wind it one by one on the warp beam of the warping machine After that, the hooks of each splitter are swung forward and backward to divide the wound yarn into several warp yarns. Each warp yarn can be separated in the subsequent cutting process. In this way, the yarn of each package yarn can be automatically wound on the warp beam to form a dense and high-quality warp yarn.

In order for your review committee to understand the purpose, shape, and structure of this creation, Device features and their effects, for further understanding and understanding, the following examples are used in conjunction with the drawings to explain in detail:

6‧‧‧Warping machine

61‧‧‧ Ontology

611‧‧‧ track

62‧‧‧ Warp beam

63‧‧‧ yarn guide

631‧‧‧Yarn selector

64‧‧‧ Winding ring

65‧‧‧ split strand

66‧‧‧Computer

67‧‧‧Positioning bar

Figure 1 is a perspective view of a conventional warping machine.

Figures 2, 3, and 4 are schematic diagrams of the appearance of the warping machine.

Figure 5 is an enlarged schematic diagram of a part of the warping machine.

This creation is about a "warping machine structure", please refer to Figures 2, 3, 4, and 5. The warping machine 6 of this creation is provided with a body 61, which has a warp beam 62, and the warp beam A yarn guide 63 is movably set on 62, and the two inner sides below the yarn guide 63 are provided on a track 611 below the main body 61, and the yarn guide 63 and a driving device of the warping machine 6 (not shown in the figure) (Shown), so that the driving device can drive the yarn guide 63 to perform linear forward and backward displacement on the track 611.

A yarn winding ring 64 is provided at the upper end of the yarn guide 63, and the yarn winding ring 64 is connected with the driving device, so that the yarn winding ring 64 can be rotated on the yarn guide 63 by the driving device and follow The yarn guide 63 is linearly moved forward and backward. The warping machine 6 is provided with a plurality of branching rods 65 on the side adjacent to the winding ring 64. The hooks at the front ends of the dividing rods 65 are located exactly on the winding ring The side of the yarn hook (not shown) is used for twisting and winding the yarn.

With the composition of the above-mentioned components, when the warp is being carried out, a yarn selector 631 of one of the yarn guides 63 pulls out different / identical yarns from a plurality of bobbins on a rotating creel (not shown), and then Through the rotation of the winding loop 64 and linear forward and backward movement, the yarn hook of the winding loop 64 pulls out the selected yarns and winds them one by one on the warp beam 62 of the warping machine 6, and then, Twisted by each stranded rod 65 Swinging before and after the hook, the winding yarn is divided into several warp yarns, so that each warp yarn can be separated in the subsequent cutting process. In this way, the yarn of each package yarn can be automatically wound on the warp beam, so that Forms a dense, high-quality warp.

In this creation, the driving device is connected to a computer 66 of the warping machine 6. The computer 66 is provided with programmable control software. When the warp is carried out, the computer 66 can control the driving device to operate according to the programmable control software. , So that the yarn guide 63 and the winding ring 64 can make warp yarns according to a predetermined procedure.

In addition, the main body 61 is provided with a positioning bar 67 under the yarn guide 63, and the positioning bar 67 is inserted below the yarn guide 63 so that the yarn guide 63 can be guided by the positioning bar 67 on the track 611 for linear forward and backward displacement.

In summary, the warping machine structure of this creation does indeed have an unprecedented innovative structure. It has not been seen in any publications and there are no similar products on the market. Therefore, its novelty should be undoubtedly considered. In addition, the unique features and functions of this creation are far from comparable to conventional ones, so it is indeed more progressive than conventional ones, and it complies with the requirements of China's patent law regarding the requirements for new patent applications.

The above is only the best embodiment of this creation, but the structural characteristics of this creation are not limited to this. Any changes or modifications that can be easily considered by those skilled in the art in this field can be covered. The scope of patents in the following case.

Claims (3)

A warping machine structure includes: a body having a warp beam; a yarn guide frame movably sleeved on the warp beam; two inner sides below the yarn guide frame are provided on a track below the body; and the guide The creel is connected with a driving device of the warping machine, so that the driving device can drive the yarn guide to perform linear forward and backward displacement on the track; a yarn loop is pivotally arranged on the yarn guide, and the yarn loop And connected with the driving device, so that the yarn winding ring can be rotated on the yarn guide through the drive of the driving device, and the linear movement of the yarn guide with the front and back is carried out; One side of the warping machine is adjacent to the winding ring, and the hook at the front end of the split strands is located beside the yarn hook of the winding ring (not shown in the figure) for the twisted winding of the yarn; During warp, one of the yarn guides of the yarn guide pulls out different / identical yarns from a plurality of bobbin yarns on a rotating creel, and then rotates around the yarn loop and moves linearly forward and backward to make The yarn hook of the winding loop pulls out the selected yarns and winds them one by one on the warp beam of the warping machine. Cutter before the hook the twisted rod, the swing, the yarn is wound into a number of horses warp to warp threads can be made in a subsequent cutting of the separate drive. The warping machine structure described in item 1 of the scope of patent application, wherein the driving device is connected to a computer of the warping machine, and the computer is provided with programmable control software. When the warp is carried out, the computer can be programmed according to the programmable The control software controls the driving device to operate, so that the yarn guide and the winding ring can make warp yarns according to a predetermined procedure. The warping machine structure described in item 1 of the patent application scope, wherein the main body is provided with a positioning cross bar under the yarn guide frame, and the positioning cross bar passes under the yarn guide frame, so that the yarn guide frame can be positioned according to the positioning horizontal Guided by the rod, linear forward and backward displacements are made on the track.