CN214779943U

CN214779943U - Spinning creel spindle blade convenient for tension adjustment

Info

Publication number: CN214779943U
Application number: CN202022207565.0U
Authority: CN
Inventors: 徐晓兵
Original assignee: Rugao Houde Machinery Parts Co ltd
Current assignee: Rugao Houde Machinery Parts Co ltd
Priority date: 2020-09-30
Filing date: 2020-09-30
Publication date: 2021-11-19
Anticipated expiration: 2030-09-30

Abstract

The utility model relates to a textile sector specifically is a creel spindle blade is used in weaving convenient to adjust tension, including the spindle blade body, spindle blade body both sides are fixed with spindle cap subassembly A and spindle cap subassembly B, and setting is put to spindle cap subassembly A and spindle cap subassembly B syntropy, including head end and end, the end of spindle cap subassembly B is fixed with outer stiff end, outer stiff end is provided with the damping tensioner device of fixing outside the spindle blade outward. The spindle blade tension adjusting device has the advantages that the damping tensioner device is arranged outside the spindle blade body, the scale moving plate moves back and forth on the outer surface of the scale end by adjusting the damping movable end, so that the tension of the damping tensioner device is adjusted, the purpose of adjusting the tension of the spindle blade body is achieved, and the yarn winding of the yarn bobbin outside the spindle blade body is uniform.

Description

Spinning creel spindle blade convenient for tension adjustment

Technical Field

The utility model relates to a textile sector specifically is a creel spindle blade is used in weaving convenient to adjust tension.

Background

Textile twisting or doubling spindles are used to encase bobbins and enable the bobbins to rotate freely thereon. The traditional spindle blade structure comprises a spindle blade and a spindle cap, wherein the spindle cap is sleeved at two ends of the spindle blade, the spindle cap is axially limited by a clamp spring on the spindle blade, and three elastic caps with springs on the back surfaces are arranged on the circumferential surface of the spindle cap. When the bobbin fixing device is used, the bobbin is sleeved on the spindle cap, and the elastic cap is utilized to automatically abut against the inner surface of the bobbin to fix the bobbin. The shortcoming of this kind of structure is because the reason of spool inertial force leads to the play yarn tension between individual spindle blade inhomogeneous, and this phenomenon leads to doubling on same spindle, causes finished product yarn flaw easily, leads to finished product yarn to wind on the spool and rolls up unevenly, influences finished product quality, therefore needs a creel spindle blade for weaving convenient to adjust tensile, solves above-mentioned problem urgently.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a be convenient for adjust tensile creel spindle blade for weaving to it is inhomogeneous because of spindle blade tension to solve to propose among the above-mentioned background art, and the outer yarn of spool that leads to winds up inhomogeneous problem.

In order to achieve the above object, the utility model provides a following technical scheme:

a spinning creel spindle blade convenient for tension adjustment comprises a spindle blade body, a spindle cap component A and a spindle cap component B are fixed on two sides of the spindle blade body, the spindle cap component A and the spindle cap component B are arranged in the same direction and comprise a head end and a tail end, an outer fixed end is fixed at the tail end of the spindle cap component B, a damping tensioner device fixed outside the spindle blade body is arranged outside the outer fixed end, the damping tensioner device comprises a damping fixed end shaft fixed with an outer fixed end, the damping fixed end shaft and the outer fixed end are buckled and arranged, a scale end extends outside the damping fixed end shaft, a scale moving plate is pressed outside the scale end, the scale moving plate is rotationally connected outside the spindle blade body through the damping movable end, a spring shaft is arranged between a cavity formed by the scale end and the scale moving plate and the spindle blade body, and a plane bearing arranged in the damping fixed end shaft is arranged between the spring shaft and the outer fixed end.

Preferably, the flat bearing includes front bearing, changes pearl and rear bearing, the terminal surface is connected with outer stiff end before the front bearing, set up between the rear end face of front bearing and the preceding terminal surface of rear bearing and changeed the pearl, the rear end face of rear bearing has connected the spring shaft.

Preferably, the spindle cap assembly a comprises a wear-resistant shaft sleeve a fixed on the spindle blade body, a spindle cap a is fixed outside the wear-resistant shaft sleeve a, three spring installation inner cavities a are formed in the spindle cap a, a spring a is installed in each spring installation inner cavity a, the spring a is externally connected with an expansion spring cap a, and a limiting protrusion is arranged at the head end of the spindle cap a.

Preferably, the spindle cap assembly B comprises a wear-resistant shaft sleeve B fixed on the spindle blade body, a spindle cap B is fixed outside the wear-resistant shaft sleeve B, three spring installation inner cavities B are formed outside the spindle cap B, a spring B is installed in each spring installation inner cavity B, and an expansion spring cap B is connected outside each spring B.

Furthermore, three spring mounting holes corresponding to the positions of the spring mounting inner cavity A and the spring mounting inner cavity B are formed in the front sides of the head ends of the spindle cap A and the spindle cap B.

Compared with the prior art, the beneficial effects of the utility model are that: 1. the damping tensioner device is arranged outside the spindle blade body, and the scale moving plate moves back and forth on the outer surface of the scale end by adjusting the damping movable end, so that the tension of the damping tensioner device is adjusted, the purpose of adjusting the tension of the spindle blade body is achieved, and the yarn barrel outside the spindle blade body is wound uniformly;

2. the front bearing in the plane bearing is connected with the outer fixed end to bear rotation, and the rotating ball is formed to increase the flexibility of rotation;

3. wear-resistant shaft sleeves A and B are respectively arranged between the spindle cap component A and the spindle cap component B and the spindle blade body, so that the wear resistance between the spindle cap component A and the spindle cap component B and the spindle blade body is enhanced, the service time of the spindle cap component A and the spindle cap component B is prolonged, and meanwhile, the tension spring cap A, the tension spring cap B, the spring A and the spring B are arranged, so that the spindle blade body and a machine can be conveniently inserted and fixed;

4. three spring mounting holes corresponding to the positions of the spring mounting inner cavity A and the spring mounting inner cavity B are formed in the front sides of the head ends of the spindle cap A and the spindle cap B, and the spring A and the spring B can be conveniently mounted and checked.

Drawings

FIG. 1 is a front view of the structure of the present invention;

fig. 2 is a side view of the spindle cap assembly B of the present invention;

fig. 3 is a schematic diagram of the scale lines of the damping tensioner device of the present invention.

In the figure: 100. a spindle blade body; 200. a spindle cap assembly A; 201. a wear-resistant shaft sleeve A; 202. a spindle cap A; 203. a spring mounting inner cavity A; 204. a spring A; 205. tension spring cap a 2; 206. a limiting bulge; 300. a spindle cap assembly B; 301. a wear-resistant shaft sleeve B; 302. a spindle cap B; 303. a spring mounting inner cavity B; 304. a spring B; 305. an expansion spring cap B; 400. a damping tensioner device; 401. damping the fixed end shaft; 402. a scale end; 403. a scale moving plate; 404. damping the movable end; 405. a spring shaft; 406. an outer fixed end; 500. a spring mounting hole; 600. a flat bearing; 601. a front bearing; 602. rotating the beads; 603. and a rear bearing.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-3, the present invention provides an embodiment:

a spinning creel spindle blade convenient for tension adjustment comprises a spindle blade body 100, a spindle cap component A200 and a spindle cap component B300 are fixed on two sides of the spindle blade body 100, the spindle cap component A200 and the spindle cap component B300 are arranged in the same direction and comprise a head end and a tail end, the tail end of the spindle cap component B300 is fixed with an outer fixed end 406, a damping tensioner device 400 fixed outside the spindle blade body 100 is arranged outside the outer fixed end 406, the damping tensioner device 400 comprises a damping fixed end shaft 401 fixed with the outer fixed end 406, the damping fixed end shaft 401 and the outer fixed end 406 are in lock joint, a scale end 402 extends outside the damping fixed end shaft 401, a scale moving plate 403 is pressed outside the scale end 402, the scale moving plate 403 is rotatably connected outside the spindle blade body 100 through the damping movable end 404, a spring shaft 405 is arranged between a cavity formed by the scale end 402 and the scale moving plate 403 and the spindle blade body 100, a plane bearing 600 arranged in the damping fixed end shaft 401 is arranged between the spring shaft 405 and the outer fixed end 406, a damping tensioner device 400 is arranged outside the spindle blade body 100, and the scale moving plate 403 moves back and forth on the outer surface of the scale end 402 by adjusting the damping movable end 404, so that the tension of the damping tensioner device 400 is adjusted, the purpose of adjusting the tension of the spindle blade body 100 is achieved, and the yarn bobbin outside the spindle blade body 100 is wound uniformly.

The plane bearing 600 comprises a front bearing 601, a rotating ball 602 and a rear bearing 603, the front end face of the front bearing 601 is connected with an outer fixed end 406, the rotating ball 602 is arranged between the rear end face of the front bearing 601 and the front end face of the rear bearing 603, the rear end face of the rear bearing 603 is connected with a spring shaft 405, the front bearing 601 in the plane bearing 600 is connected with the outer fixed end 406 to bear rotation, the rotating ball 602 is formed to increase the flexibility of rotation, the rear bearing 603 is connected with the spring shaft 405, so that the spring shaft 405 bears pressure along with the screwing or unscrewing of the damping movable end 404, the tension adjustment is realized, and the rotation of the front bearing is not influenced.

The spindle cap assembly A200 comprises a wear-resistant shaft sleeve A201 fixed on the spindle blade body 100, a spindle cap A202 is fixed outside the wear-resistant shaft sleeve A201, three spring installation inner cavities A203 are arranged outside the spindle cap A202, a spring A204 is installed inside the spring installation inner cavity A203, a tension spring cap A205 is connected outside the spring A204, a limit bulge 206 is arranged at the head end of the spindle cap A202, the spindle cap assembly B300 comprises a wear-resistant shaft sleeve B301 fixed on the spindle blade body 100, a spindle cap B302 is fixed outside the wear-resistant shaft sleeve B301, three spring installation inner cavities B303 are arranged outside the spindle cap B302, a spring B304 is installed inside the spring installation inner cavity B303, a tension spring cap B305 is connected outside the spring B304, the wear-resistant shaft sleeves A201 and B301 are respectively arranged between the spindle cap assembly A200 and the spindle cap assembly B300 and the spindle blade body 100, the wear resistance between the spindle cap assembly A200 and the spindle cap assembly B300 and the spindle blade body 100 is increased, and the service life of the spindle cap assembly 200A and the spindle blade assembly B300 is prolonged, meanwhile, the arrangement of the tension spring cap A205 and the tension spring cap B305 as well as the spring A204 and the spring B304 is convenient for the insertion and the fixation of the spindle blade body 100 and a machine.

The front sides of the head ends of the spindle cap A202 and the spindle cap B302 are respectively provided with three spring mounting holes 500 corresponding to the positions of the spring mounting inner cavity A203 and the spring mounting inner cavity B303, and the front sides of the head ends of the spindle cap A202 and the spindle cap B302 are respectively provided with three spring mounting holes 500 corresponding to the positions of the spring mounting inner cavity A203 and the spring mounting inner cavity B303, so that the mounting and checking of the spring A204 and the spring B304 are facilitated.

The working principle is as follows: when the spindle blade bodies 100 of the device work in cooperation with a machine, yarn drums need to be sleeved outside the spindle blade bodies 100, or yarn drums for winding yarns need to be fixed outside the spindle blade bodies 100 separately, in order to keep the working consistency of the adjacent spindle blade bodies 100 and the uniformity of the wound yarns, the spindle blade bodies 100 need to be ensured to have consistent tension, and therefore, the spindle blade bodies are sleeved with the damping tensioner devices 400.

When the damping tensioner device 400 is adjusted, the damping movable end 404 of the damping tensioner device 400 can be adjusted, so that the scale moving plate 403 moves back and forth on the scale end 402, the spring shaft 405 in the plane bearing 600 plays a role in pressure tightness on the rear bearing 603, the rotating speeds of the front bearing 601 and the outer fixed end 406 can be adjusted, and meanwhile, the rotating balls 602 are additionally arranged in the inner part, so that the front bearing 601 and the outer fixed end 406 rotate smoothly, and the scale end 402 is provided with scale marks, so that the adjusting depth between the scale moving plate 403 and the scale end 402 can be clearly seen.

It is obvious to a person skilled in the art that the invention is not restricted to details of the above-described exemplary embodiments, but that it can be implemented in other specific forms without departing from the spirit or essential characteristics of the invention. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference sign in a claim should not be construed as limiting the claim concerned.

Claims

1. The utility model provides a creel spindle blade is used in weaving convenient to adjust tensile, includes spindle blade body (100), spindle blade body (100) both sides are fixed with spindle cap subassembly A (200) and spindle cap subassembly B (300), and setting is put to spindle cap subassembly A (200) and spindle cap subassembly B (300) syntropy, including head end and end, its characterized in that: an outer fixed end (406) is fixed at the tail end of the spindle cap component B (300), a damping tensioner device (400) fixed outside the spindle blade body (100) is arranged outside the outer fixed end (406), the damping tensioner device (400) comprises a damping fixed end shaft (401) fixed with an outer fixed end (406), the damping fixed end shaft (401) and the outer fixed end (406) are buckled, a scale end (402) extends out of the damping fixed end shaft (401), a scale moving plate (403) is pressed outside the scale end (402), the scale moving plate (403) is rotationally connected outside the spindle blade body (100) through a damping movable end (404), a spring shaft (405) is arranged between a cavity formed by the scale end (402) and the scale moving plate (403) and the spindle blade body (100), a plane bearing (600) arranged in the damping fixed end shaft (401) is arranged between the spring shaft (405) and the outer fixed end (406).

2. A spinning creel spindle blade to facilitate tension adjustment according to claim 1, wherein: the flat face bearing (600) comprises a front bearing (601), a rotating ball (602) and a rear bearing (603), wherein the front end face of the front bearing (601) is connected with an outer fixed end (406), the rotating ball (602) is arranged between the rear end face of the front bearing (601) and the front end face of the rear bearing (603), and the rear end face of the rear bearing (603) is connected with a spring shaft (405).

3. A spinning creel spindle blade to facilitate tension adjustment according to claim 1, wherein: the spindle cap assembly A (200) comprises a wear-resistant shaft sleeve A (201) fixed on a spindle blade body (100), a spindle cap A (202) is fixed outside the wear-resistant shaft sleeve A (201), three spring installation inner cavities A (203) are formed in the spindle cap A (202) in an outward opening mode, a spring A (204) is installed in each spring installation inner cavity A (203), a tension spring cap A (205) is connected outside each spring A (204), and a limiting protrusion (206) is arranged at the head end of the spindle cap A (202).

4. A spinning creel spindle blade to facilitate tension adjustment according to claim 3, wherein: the spindle cap component B (300) comprises a wear-resistant shaft sleeve B (301) fixed on the spindle blade body (100), a spindle cap B (302) is fixed outside the wear-resistant shaft sleeve B (301), three spring mounting inner cavities B (303) are formed outside the spindle cap B (302), a spring B (304) is mounted in each spring mounting inner cavity B (303), and a tension spring cap B (305) is connected outside each spring B (304).

5. A spinning creel spindle blade to facilitate tension adjustment according to claim 4, wherein: the front sides of the head ends of the spindle cap A (202) and the spindle cap B (302) are respectively provided with three spring mounting holes (500) corresponding to the positions of the spring mounting inner cavity A (203) and the spring mounting inner cavity B (303).