CN215289113U - Proofing warping device - Google Patents

Abstract

The utility model provides a sample warping device, including creel mechanism, transition coiled hair mechanism and coiled hair mechanism, transition coiled hair mechanism is including transition coiled hair frame, first yarn subassembly, guide rail set spare, control assembly and transition coiled hair axle of dividing, divide yarn subassembly to establish correspond in the transition coiled hair frame and establish the output of creel mechanism, guide rail set spare is fixed in the transition coiled hair frame, transition coiled hair axle with guide rail set spare sliding connection, and can follow control mechanism's drive down guide rail set spare endwise slip, coiled hair mechanism includes coiled hair frame and establishes the second yarn subassembly that sets gradually along yarn advancing direction on it, roller subassembly and coiled hair axle test the speed. The utility model discloses can realize normal pan head warping process, reduce cost with a small number of yarn section of thick bamboo.

Description

Proofing warping device

The technical field is as follows:

the utility model relates to a warper technical field especially relates to a warping device takes a design.

Background art:

the warping machine is a device for warping, and is used for parallelly winding yarns wound on a yarn drum on a pan head according to process requirements for a drawing-in process. In order to meet the process requirements of the next process, the warping machine calculates the required warping number according to the fabric density requirement, and then divides the warping number by the number of the pan heads, so as to obtain the number of yarns required to be warped on each pan head, which is generally different from 500 plus 880, and each yarn needs to correspond to one yarn barrel. Therefore, even if the whole machine is simply tested, when too much raw material is not needed, the cost is relatively high and the method is a waste for a user manufacturer because 500 yarn barrels with 880 end marks need to be purchased.

The utility model has the following contents:

in order to solve the problem, the utility model provides a warping device takes a design.

The technical scheme of the utility model is so realize: the utility model provides a sample warping device, includes creel mechanism, transition coiled hair mechanism and coiled hair mechanism, be equipped with a plurality of yarn section of thick bamboo and lead the yarn board in the creel mechanism, transition coiled hair mechanism is including transition coiled hair frame, first minute yarn subassembly, guide rail set spare, control mechanism and transition coiled hair axle, first minute yarn subassembly is established transition coiled hair frame is gone up and is corresponded and establish the output of creel mechanism, the guide rail set spare is fixed transition coiled hair frame is last, transition coiled hair axle with guide rail set spare sliding connection, and can follow control mechanism's drive down guide rail set spare endwise slip, coiled hair mechanism includes coiled hair frame and establishes the second minute yarn subassembly that sets gradually along yarn advancing direction on it, roller subassembly and coiled hair axle test the speed.

Preferably, a first tension guide roller mechanism is arranged between the transition pan head mechanism and the creel mechanism.

Preferably, a second tension guide roller mechanism is arranged between the pan head mechanism and the transition pan head mechanism.

Preferably, the transition pan shaft is conical, so that the yarns are prevented from collapsing due to superposition of warping turns.

Preferably, be equipped with a plurality of yarn fixed knot structure on the transition coiled hair axle, the yarn is whole conveniently to be knotted fixedly after on the coiled hair, prevents that the warping from leading to the yarn to rise the head chaotic many times.

Preferably, the yarn fixing structure is a fixing hole.

Preferably, the transition pan head mechanism and the pan head mechanism are both provided with yarn detection devices for better controlling the speed, tension and thickness of each link and realizing the final warping quality.

Preferably, the creel is fixed on the creel mechanism through a creel frame.

The utility model has the advantages that:

the utility model provides a warping device takes a design, including creel mechanism, transition pan head mechanism and pan head mechanism, can use a small amount of yarn section of thick bamboo, divide the warping to lead-in to transition pan head epaxially many times, realize normal pan head warping process, reduce cost. Because the yarn root of pan head mechanism is yarn section of thick bamboo number the transition mechanism warping number of times, the number of yarn section of thick bamboo can be decided according to the yarn root on the pan head mechanism, and the yarn root of integration is unrestricted, and application scope is wide. For example, less than 30 bobbins are needed to form more than 1000 yarn pan-head mechanisms. The device does not need to be repeatedly changed back and forth, and the common 21-inch and 30-inch pan heads can be directly manufactured for use. In addition, the transition pan head mechanism can move along the axial direction, the transition pan head shaft is conical, the movable part with the taper has the effect that the yarns can be wound on the warp beam in sequence in parallel with the taper, the same yarn length is ensured, the transition pan head shaft is in a parallelogram state after being completed, the yarns are prevented from collapsing due to the superposition of warping turns, and therefore the yarns are ensured to be smoothly unwound during weaving.

Description of the drawings:

fig. 1 is a schematic structural view of the present invention;

fig. 2 is a schematic structural diagram of the transition pan head mechanism.

In the figure: 1, a creel mechanism; 11, a bobbin; 12 a yarn guide plate; 13 a creel; 2, a transition pan head mechanism; 21 transition pan head frame; 22 a guide rail assembly; 23 a control mechanism; 24 a first yarn dividing assembly; 25 transition pan head shaft; 3, a pan head mechanism; 31 a second yarn splitting assembly; 32 a speed measuring roller assembly; 33 a pan head shaft; 4 a first tension guide roller mechanism; 5 a second tension guide roller mechanism; 6 yarns.

The specific implementation mode is as follows:

the following detailed description of the preferred embodiments of the present invention will be provided in conjunction with the accompanying drawings, so that the advantages and features of the present invention can be more easily understood by those skilled in the art, and the protection scope of the present invention can be clearly and clearly defined.

Example 1

Referring to fig. 1 and 2, the sample warping device comprises a creel mechanism 1, a transition pan head mechanism 2 and a pan head mechanism 3.

The creel mechanism 1 is provided with a plurality of yarn drums 11 and yarn guide plates 12. The yarn bobbin 11 is fixed on the creel mechanism through a yarn bobbin creel 13.

The transition pan head mechanism 2 comprises a transition pan head frame 21, a first yarn dividing assembly 24, a guide rail assembly 22, a control assembly 23 and a transition pan head shaft 25. The first yarn dividing assembly 24 is arranged on the transition pan head rack 21 and correspondingly arranged at the output end of the creel mechanism 1, the guide rail assembly 22 is fixed on the transition pan head rack 21, the transition pan head shaft 25 is connected with the guide rail assembly 22 in a sliding manner and can slide axially along the guide rail assembly 22 and along the transition pan head shaft 25 under the driving of the control mechanism 23. The pan head mechanism 3 comprises a pan head frame, and a second yarn splitting component 31, a speed measuring roller component 32 and a pan head shaft 33 which are arranged on the pan head frame and are sequentially arranged along the advancing direction of the yarn 6. In addition, a first tension guide roller mechanism 4 is arranged between the transition pan head mechanism 2 and the creel mechanism 1. And a second tension guide roller mechanism 5 is arranged between the pan head mechanism 3 and the transition pan head mechanism 2. Both the transition pan head mechanism 2 and the pan head mechanism 3 can be provided with yarn detection devices, so that the speed, tension and thickness of each link can be better controlled, and the final warping quality is realized.

When the sample warping device works, the yarn 6 is integrated to the transition pan head mechanism 2, at the moment, the transition pan head shaft 25 rotates and moves axially at the same time, and the yarn 6 is wound on the transition pan head shaft 25 in parallel. If the transition pan head shaft 25 does not move, the yarn 6 wound thereon is not only inclined but also disordered and cannot satisfy the requirement of the pan head mechanism 3 for the same thread length and tension of the plurality of yarns 6. Then, the yarn 6 on the transition pan head mechanism 2 is integrated into the pan head mechanism 3 again, and the direction of the axial movement of the transition pan head shaft 25 is opposite to that in the above step.

The transition pan head shaft 25 is conical, the movable effect with the taper at the position can enable the yarns 6 to be sequentially wound on the transition pan head shaft 25 in parallel with the taper, the same length of the yarns is ensured, the transition pan head shaft 25 is in a parallelogram state after being completed, the yarns 6 are prevented from collapsing due to the superposition of warping turns, and therefore the yarns 6 can be smoothly unwound during weaving.

The transition pan head shaft 25 is provided with a plurality of yarn fixing structures. The yarn fixing structure is a fixing hole. The effect of setting up this structure is that a small number of yarns 6 are whole conveniently to tie a knot behind transition coiled hair axle 25 and fix, prevents that the multiple warping from resulting in yarn 6 to play the head confusion.

By utilizing the device, the yarn pan head mechanism within 1000 can be made by only 30 yarn drums, for example, 20 yarn drums 11 can be used, warping is conducted into the transition pan head shaft 25 for 30 times, then the yarns 6 on the transition pan head shaft 25 are integrated into the pan head mechanism 3 in one step, the integration of 600 yarns is realized, the rest conditions are analogized for several times, and the number of the integrated yarns 6 is not limited.

This device can realize normal pan head warping with a small amount of yarn section of thick bamboo, and concrete structure principle is as follows: a few yarn barrels 11 are hung on the creel mechanism 1, yarns 6 are wound on the movable transition disc head shaft 25 for multiple times in a small amount in a single time through the yarn guide plate 12, the first tension guide roller mechanism 4 and the first yarn dividing assembly 24, and meanwhile the transition disc head shaft 25 is driven to rotate through the motor. The yarns 6 are sequentially wound on the transition disc head shaft 25 in parallel with the taper of the transition disc head shaft 25 in a moving mode of the transition disc head shaft 25, the same yarn length is ensured, and the transition mechanism 2 is in a parallelogram state after warping is finished. The yarns 6 are prevented from collapsing due to the superposition of the number of warping turns, and therefore smooth unwinding of the yarns 6 is guaranteed during weaving. And be equipped with a plurality of yarn fixed knot on transition coiled hair axle 25 and construct, for example fixed orifices etc. make a small number of yarns whole convenient knot in transition coiled hair axle 25 back fixed, prevent that warping many times from resulting in yarn 6 to rise the confusion. When the yarn 6 is warped and guided into the transition pan head shaft 25 for multiple times, a parallelogram is formed, and the yarn containing amount of the whole parallelogram is consistent with that of the pan head mechanism 3 which is subsequently integrated to be normally used. At this point, the transitional sample warping is completed.

The yarn 6 on the transition pan shaft 25 is then integrated onto the pan mechanism 3 (i.e. the normal pan used on the final machine).

The above-mentioned embodiments only represent some embodiments of the present invention, and the description thereof is specific and detailed, but not to be construed as limiting the scope of the present invention. It should be noted that, for those skilled in the art, without departing from the spirit of the present invention, several variations and modifications can be made, which are within the scope of the present invention.

Claims (8)

1. The utility model provides a device of warping of taking a sample which characterized in that: comprises a creel mechanism (1), a transition pan head mechanism (2) and a pan head mechanism (3),

a plurality of yarn drums (11) and yarn guide plates (12) are arranged on the creel mechanism (1),

the transition pan head mechanism (2) comprises a transition pan head rack (21), a first yarn dividing assembly (24), a guide rail assembly (22), a control mechanism (23) and a transition pan head shaft (25), wherein the first yarn dividing assembly (24) is arranged on the transition pan head rack (21) and correspondingly arranged at the output end of the creel mechanism (1), the guide rail assembly (22) is fixed on the transition pan head rack (21), the transition pan head shaft (25) is connected with the guide rail assembly (22) in a sliding manner and can slide along the guide rail assembly (22) in the axial direction under the driving of the control mechanism (23),

the pan head mechanism (3) comprises a pan head frame, and a second yarn splitting component (31), a speed measuring roller component (32) and a pan head shaft (33) which are arranged on the pan head frame in sequence along the advancing direction of the yarn (6).

2. The sample warping device of claim 1, wherein: and a first tension guide roller mechanism (4) is arranged between the transition pan head mechanism (2) and the creel mechanism (1).

3. The sample warping device of claim 1, wherein: and a second tension guide roller mechanism (5) is arranged between the pan head mechanism (3) and the transition pan head mechanism (2).

4. The sample warping device of claim 1, wherein: the transition disk head shaft (25) is conical.

5. The sample warping device of claim 1, wherein: and a plurality of yarn fixing structures are arranged on the transition pan head shaft (25).

6. The sample warping device of claim 5, wherein: the yarn fixing structure is a fixing hole.

7. The sample warping device of claim 1, wherein: and the transition pan head mechanism (2) and the pan head mechanism (3) are both provided with yarn detection devices.

8. The sample warping device of claim 1, wherein: the yarn barrel (11) is fixed on the creel mechanism through a yarn barrel frame (13).

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