CN202000087U

CN202000087U - Reciprocating bobbin

Info

Publication number: CN202000087U
Application number: CN2011200325113U
Authority: CN
Inventors: 郭宫宝
Original assignee: TAI JIH MACHINERY CO Ltd
Current assignee: TAI JIH MACHINERY CO Ltd
Priority date: 2011-01-30
Filing date: 2011-01-30
Publication date: 2011-10-05
Anticipated expiration: 2021-01-30

Abstract

The utility model discloses a reciprocating bobbin, which is mainly characterized in that a rotating piece is pivoted on a positioning rod which convexly stretches from a supporting seat on a base, and a bobbin on which yarn is wound is sheathed on the rotating piece to enable the rotating piece to drive the bobbin to rotate smoothly when the bobbin rotates. Therefore, the reciprocating bobbin has the advantages that the situation that the yarn is improperly pulled broken because the bobbin does not rotate smoothly can be avoided, the yarn can be output smoothly, and the smoothness of weaving operation can be greatly increased.

Description

A kind of ambler bobbin

Technical field

The utility model designs relevant for a kind of ambler bobbin, particularly a kind of ambler bobbin of belt weaving machine.

Background technology

Consult Fig. 1, existing ambler bobbin 1 comprises a base 11, and is convexly set in supporting seat 12, on this base 11 and is located at yarn tube axis group 13 on this supporting seat 12, one is hubbed on this supporting seat 12 and is wound with the spool 14 of yarn 2, and the control device 15 that rotates of this spool 14 of a control; Wherein, yarn tube axis group 13 has the yarn tube axis of being located on the supporting seat 12 131, and a runner 132 that is hubbed on this yarn tube axis 131; Spool 14 is provided with spaced latch 141.

Control device 15 is by a driven member 151 and clamping piece 152 that is hubbed on the supporting seat 12, one is located at the elastomer 153 in the yarn tube axis 13, one stretches and places in this yarn tube axis 13 and be subjected to the top of these elastomer 153 pushing tows piece 154 of pulling, two ends are divided into the answer part 155 on supporting seat 12 and the clamping piece 152, and are hubbed at the auxiliary runner 156 on the clamping piece 152.

Consult Fig. 2, during weaving operation, ambler bobbin 1 is installed in (not shown) on the belt weaving machine, at this moment, the yarn 2 that twines on the spool 14 is pile warp runner 132,156 outputs of auxiliary runner respectively, make ambler bobbin 1 on belt weaving machine, carry out " 8 " font smoothly and move, and then can produce when causing yarn 2 output and pull phenomenon, just when these yarn 2 quilts are pullled, spool 14 promptly can rotate, and clamping piece 152 upwards stretches, and makes driven member 151 break away from latch 141, and yarn 2 can be exported smoothly.

But, actual test back is found, because ambler bobbin 1 is on belt weaving machine during operation, be to pull and drive simultaneously spool 14 by yarn 2 to rotate, so that yarn 2 can be exported smoothly, yet supporting seat 12 is for fixedly installing, and spool 14 rotates the pulling force that only depends on yarn 2 and drives, so the pulling force of yarn 2 need arrive certain strength and could drive spool 14, when spool 14 rotations have some setbacks, yarn 2 must produce big pulling force, could drive spool 14 and rotate, in view of this yarn 2 carefully and material fragility comparatively, be easy to be subjected to improper pullling and produce fracture, can't carry out subsequent job, and then cause yarn 2 outputs to have some setbacks, relatively make the weaving operation efficient and the degradation of winding.

In view of this, do not attain perfect many disappearances and the inconvenience that causes on the structural design of the inventor at above-mentioned ambler bobbin, and deeply design, and the active research improvement has a fling at and development and Design goes out this creation.

The utility model content

The purpose of this utility model is to provide a kind of ambler bobbin, effectively avoids yarn to be subjected to improper pullling and produces fracture, and can increase the smoothness of weaving operation.

In order to reach above-mentioned purpose, solution of the present utility model is:

A kind of ambler bobbin includes a base, and one is located on this base and protrudes out the supporting seat of a positioning rod, and one is located at the yarn tube axis group on this supporting seat, and one is hubbed on the supporting seat and is wound with the spool of yarn, and the control device that rotates of this spool of control; Wherein, spool is provided with spaced latch; Control device is by a driven member and a clamping piece that is hubbed on the supporting seat, one is located at the elastomer in the yarn tube axis, one stretches and places in the yarn tube axis and be subjected to the top of this elastomer pushing tow piece of pulling, and two ends are divided into the answer part on supporting seat and the clamping piece, and are hubbed at the auxiliary runner on the clamping piece; The yarn tube axis group has the yarn tube axis of being located on the supporting seat, and a runner that is hubbed on the yarn tube axis, the output yarn pile warp runner of spool, auxiliary runner and export; It is characterized in that: be pivoted with a rotation part on the described backstay, spool is sheathed on the rotation part.

Described rotation part is a sleeve pipe.

Described rotation part is a bearing.

After adopting said structure, because the utility model ambler bobbin is sheathed on the rotation part of base backstay, when spool rotates, by the effect of rotation part spool is rotated smoothly, and then the control yarn is successfully exported, effectively avoid yarn to be subjected to improper pullling and produce the phenomenon of fracture, and then increase the smoothness of yarn weaving operation.

Description of drawings

Fig. 1 is the schematic perspective view of existing ambler bobbin;

Fig. 2 is the action schematic diagram of existing ambler bobbin;

Fig. 3 is the schematic perspective view of the utility model one preferred embodiment;

Fig. 4 is the action schematic diagram of the utility model one preferred embodiment;

Fig. 5 is the action schematic diagram of another preferred embodiment of the utility model.

In the background technology:

1 ambler bobbin, 2 yarns

11 bases, 12 supporting seats

13 yarn tube axis groups, 14 spools

15 control device, 131 yarn tube axis

132 runners, 141 latches

151 driven members, 152 clamping pieces

153 elastomers 154 push up the piece of pulling

155 reply part 156 auxiliary runners

In the utility model:

3 ambler bobbins, 4 yarns

31 bases, 32 supporting seats

33 yarn tube axis groups, 34 spools

35 control device, 36 rotation parts

321 backstays, 331 yarn tube axis

332 runners, 341 latches

351 driven members, 352 clamping pieces

353 elastomers 354 push up the piece of pulling

355 reply part 356 auxiliary runners.

The specific embodiment

In order further to explain the technical solution of the utility model, the utility model is elaborated below by specific embodiment.

Consult Fig. 3, the utility model one preferred embodiment, ambler bobbin 3 comprises a base 31, one is located on the base 31 and protrudes out the supporting seat 32 of a positioning rod 321, one is located at the yarn tube axis group 33 on the supporting seat 32, one is hubbed on the supporting seat 32 and is wound with the spool 34 of yarn 4, and the control device 35 that rotates of a control spool 34; Wherein, spool 34 is provided with spaced latch 341; Control device 35 is by a driven member 351 and clamping piece 352 that is hubbed on the supporting seat 32, one is located at the elastomer 353 in the yarn tube axis 33, one stretches and places in the yarn tube axis 33 and be subjected to the top of the elastomer 353 pushing tows piece 354 of pulling, two ends are divided into the answer part 355 on supporting seat 32 and the clamping piece 352, and are hubbed at the auxiliary runner 356 on the clamping piece 352; Yarn tube axis group 33 has the yarn tube axis of being located on the supporting seat 32 331, and a runner 332 that is hubbed on the yarn tube axis 331, but makes the output yarn pile warp runner 332 of spool 34, auxiliary runner 356 and export.

Moreover, be pivoted with a rotation part 36 on the backstay 321, spool 34 can be sheathed on the rotation part 36, when being rotated, can borrow spool 34 the rotation part 36 effects, spool 34 is rotated smoothly, and then control yarn 4 exports smoothly, and rotation part 36 can be sleeve pipe or bearing is formed, and rotation part 36 is that example is illustrated with the sleeve pipe in the present embodiment.

Consult Fig. 4, Fig. 5, during weaving operation, ambler bobbin 3 is installed in (not shown) on the belt weaving machine, circle is wound with yarn 4 on the spool 34, when the strength of being pullled when yarn 4 strengthens gradually, spool 34 promptly can rotate and cooperate 36 effects of rotation part simultaneously, spool 34 is rotated smoothly, make the yarn 4 difference pile warp runners 332 that twine on the spool 34, auxiliary runner 356 outputs, be beneficial to yarn 4 circle around and make yarn 4 outputs more smooth-going, when ambler bobbin 3 carries out on the belt weaving machine (not shown) smoothly " 8 " during the font moving process, yarn 4 will be pullled and produced output action, when the tension intensity of yarn 4 is pulled the thrust of piece 354 greater than the top, clamping piece 352 upwards stretches, driven member 351 promptly breaks away from this latch 341, yarn 4 can be exported smoothly, setting by rotation part 36, after making yarn 4 be subjected to pullling action, spool 34 rotates, can borrow the rotation part 36 effects simultaneously, so that this spool 34 rotates smoothly and yarn 4 is exported smoothly, cause yarn 4 to be pullled the thing generation of fracture so can avoid spool 34 rotations to have some setbacks easily, increase the smoothness of yarn 4 weaving operation greatly.

In sum, be pivoted with the design of a rotation part on the backstay that the utility model ambler bobbin utilizes supporting seat to protrude out, when being rotated, spool can borrow the effect of rotation part, and allow spool rotate smoothly, and reach yarn can successfully export effect, effectively avoid spool to rotate when having some setbacks, yarn need produce bigger pulling force, the yarn that causes is subjected to improper pullling and produces breakage problem, also can solve the inefficient problem of weaving operation simultaneously, increases the smoothness of this weaving operation greatly.

The above only is this novel preferred embodiment of explanation, when not limiting the scope that the utility model is implemented with this, be that all simple equivalences of doing according to the utility model claims and description change and modify, all should still belong in the scope that the utility model patent contains.

Claims

1. ambler bobbin, include a base, one is located on this base and protrudes out the supporting seat of a positioning rod, and one is located at the yarn tube axis group on this supporting seat, one is hubbed on the supporting seat and is wound with the spool of yarn, and the control device that rotates of this spool of control; Wherein, spool is provided with spaced latch; Control device is by a driven member and a clamping piece that is hubbed on the supporting seat, one is located at the elastomer in the yarn tube axis, one stretches and places in the yarn tube axis and be subjected to the top of this elastomer pushing tow piece of pulling, and two ends are divided into the answer part on supporting seat and the clamping piece, and are hubbed at the auxiliary runner on the clamping piece; The yarn tube axis group has the yarn tube axis of being located on the supporting seat, and a runner that is hubbed on the yarn tube axis, the output yarn pile warp runner of spool, auxiliary runner and export; It is characterized in that: be pivoted with a rotation part on the described backstay, spool is sheathed on the rotation part.

2. a kind of ambler bobbin according to claim 1 is characterized in that: described rotation part is a sleeve pipe.

3. a kind of ambler bobbin according to claim 1 is characterized in that: described rotation part is a bearing.