CN201598067U

CN201598067U - Winding machine

Info

Publication number: CN201598067U
Application number: CN2010201289158U
Authority: CN
Inventors: 贵人兵; 贵仁方
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-03-11
Filing date: 2010-03-11
Publication date: 2010-10-06
Anticipated expiration: 2020-03-11

Abstract

The utility model discloses a winding machine, which belongs to the weaving machinery field. The machine comprises a frame, a disc head, a guiding roller, yarn, a yarn arrangement device, a yarn feeding roller, a press stick, another yarn arrangement device, a guide wheel, an automatic broken line stopper, another yarn arrangement device, a yarn leading rod, a slot cylinder, a yarn cylinder, a bobbin cradle, a motor, a main transmission shaft, a slot cylinder synchronous belt, a slot cylinder gear, a speed reducer, a transmission synchronous belt, a position-restricted spring, a slot cylinder shaft, a main transmission synchronous belt and a tension pulley; the yarn is unwound from the disc head, then is passed through the guiding roller, a yarn arrangement device, the yarn feeding roller, the pressure roller, another yarn arrangement device, the guide wheel, the automatic broken line stopper, the yarn leading rod; and is wound on the yarn cylinder. The machine achieves the advantages of simple structure and high speed winding.

Description

A kind of winder

Technical field:

The utility model relates to field of textile machinery.

Background technology:

Yarn after the beam dyeing is wound on the big coiled hair and uses, but the yarn on the big sometimes coiled hair needs network to go to little tube, is used for tatting weft yarn and knitting.Present winder complex structure can not adapt to high speed doff demand, and the utility model provides a kind of winder, and is simple in structure, and can realize the high speed doff.

The utility model content:

The utility model can not adapt to the problem of high speed doff demand for solving present winder complex structure, has proposed a kind of winder.

The technical solution of the utility model is: a kind of winder, by frame (1), coiled hair (2), guiding roller (3), yarn (4), strand oscillator (5), yarn feed roller (6), nip roll (7), strand oscillator (8), guide wheel (9), disconnection self stopping-e/or (10), strand oscillator (11), draw yarn bar (12), groove drum (13), yarn tube (14), bobbin bank (15), motor (16), main driving axle (17), groove drum is with (18) synchronously, groove drum gear (19), reductor (20), (21) are with in transmission synchronously, limit spring (22), groove drum shaft (23), main gear is with (24) synchronously, tension wheel (25), constitute, frame (1) is made up of aluminium section bar, coiled hair (2) is installed on the frame, and can rotate, yarn (4) initial volume is on coiled hair (2), guiding roller (3) is installed on the frame, yarn (4) is through guiding roller (3) channeling direction, strand oscillator (5) is installed on the frame, every yarns is through a strand oscillator mouth, yarn is distinguished, being with (21) to drive yarn feed rollers (6) synchronously by transmission after motor (16) slows down through reductor (20) rotates, nip roll (7) is pressed in yarn (4) between nip roll (7) and the yarn feed roller (6), strand oscillator (8) is installed in upper rack, once more with every yarns through a strand oscillator mouth, strand oscillator (11) is installed in both sides, machine middle part, it is long because of yarn arrives distance to be mainly used in the machine rear portion, distinguish the effect of rear portion yarn, go to the every yarns in rear portion equally through a strand oscillator mouth, guide wheel (9) is installed in frame top, yarn (4) passes from guide wheel (9), disconnection self stopping-e/or (10) is installed in the bottom of guide wheel (9), corresponding one by one with guide wheel (9), yarn (4) passes disconnection self stopping-e/or (10), limit spring (22) is installed on the frame, yarn (4) passes limit spring (22) and prevents that yarn from swinging, drawing yarn bar (12) level is installed in the frame outside and is lower than every group of winder, yarn (4) is through drawing yarn bar (12) back to up, groove drum (13) is installed on the groove drum shaft (23), groove drum shaft (23) is installed on the frame (1), groove drum shaft (23) is affixed with groove drum gear (19), after motor (16) slows down through reductor (20), be with (24) to drive main driving axle (17) synchronously by main gear, main driving axle (17) is with (18) to drive groove drum gear (19) synchronously by groove drum and is rotated, thereby driving groove drum shaft (23) and groove drum (13) rotates, tension wheel (25) is installed on the frame (1), tension wheel (25) is used for the tensioning groove drum and is with (18) synchronously, bobbin bank (15) is installed on the frame (1), and can rotate along the axle center is installed, bobbin bank (15) is used to carry yarn tube (14), yarn tube (14) can rotate voluntarily, bobbin bank (15) puts down, groove drum (13) contacts with yarn tube (14), groove drum (13) pivoting friction drives yarn tube (14) and rotates, and yarn (4) is wound on the yarn tube (14) after leading through the surperficial guide groove of groove drum (13).

Design like this has advantage simple in structure, the high speed doff:

Description of drawings:

Accompanying drawing 1 is a front elevation of the present utility model

Accompanying drawing 2 is birds-eye vieies of the present utility model

Accompanying drawing 3 is left views of the present utility model

Accompanying drawing 4 is right elevations of the present utility model

Specific implementation method:

Referring to accompanying drawing, first narration yarn movement path, yarn 4 unwinding from the coiled hair 2, through guiding roller 3, strand oscillator 5, yarn feed roller 6, pressure roller 7, strand oscillator 8, guide wheel 9, draw yarn bar 12 at disconnection self stopping-e/or 10, are wound on the yarn tube 14.

Frame 1 is made up of aluminium section bar, coiled hair 2 is installed on the frame, and can rotate, yarn 4 initial volume are on coiled hair 2, guiding roller 3 is installed on the frame, yarn 4 is through guiding roller 3 channeling directions, strand oscillator 5 is installed on the frame, every yarns is through a strand oscillator mouth, yarn is distinguished, after slowing down through reductor 20, motor 16 is with 21 to drive yarn feed rollers 6 rotations synchronously by transmission, nip roll 7 is pressed in yarn 4 between nip roll 7 and the yarn feed roller 6, strand oscillator 8 is installed in upper rack, once more with every yarns through a strand oscillator mouth, strand oscillator 11 is installed in both sides, machine middle part, it is long because of yarn arrives distance to be mainly used in the machine rear portion, distinguish the effect of rear portion yarn, go to the every yarns in rear portion equally through a strand oscillator mouth, guide wheel 9 is installed in frame top, yarn 4 passes from guide wheel 9, disconnection self stopping-e/or 10 is installed in the bottom of guide wheel 9, corresponding one by one with guide wheel 9, yarn 4 passes disconnection self stopping-e/or 10, limit spring 22 is installed on the frame, yarn 4 passes limit spring 22 and prevents that yarn from swinging, drawing yarn bar 12 levels is installed in the frame outside and is lower than every group of winder, yarn 4 is through drawing yarn bar 12 backs to up, groove drum 13 is installed on the groove drum shaft 23, groove drum shaft 23 is installed on the frame 1, groove drum shaft 23 is affixed with groove drum gear 19, after motor 16 slows down through reductor 20, be with 24 to drive main driving axle 17 synchronously by main gear, main driving axle 17 is with 18 to drive 19 rotations of groove drum gear by groove drum synchronously, thereby drive groove drum shaft 23 and groove drum 13 rotations, tension wheel 25 is installed on the frame 1, tension wheel 25 is used for the tensioning groove drum and is with 18 synchronously, bobbin bank 15 is installed on the frame 1, and can rotate along the axle center is installed, bobbin bank 15 is used to carry yarn tube 14, yarn tube 14 can rotate voluntarily, bobbin bank 15 puts down, groove drum 13 contacts with yarn tube 14, groove drum 13 pivoting frictions drive yarn tube 14 and rotate, and yarn 4 is wound on the yarn tube 14 after leading through groove drum 13 surperficial guide grooves.

The utility model machine both sides of having drawn altogether, every limit three rows, ten winders of every row actually can increase and decrease when making this machine.

Claims

1. winder, by frame (1), coiled hair (2), guiding roller (3), yarn (4), strand oscillator (5), yarn feed roller (6), nip roll (7), strand oscillator (8), guide wheel (9), disconnection self stopping-e/or (10), strand oscillator (11), draw yarn bar (12), groove drum (13), yarn tube (14), bobbin bank (15), motor (16), main driving axle (17), groove drum is with (18) synchronously, groove drum gear (19), reductor (20), (21) are with in transmission synchronously, limit spring (22), groove drum shaft (23), main gear is with (24) synchronously, tension wheel (25), constitute, it is characterized in that: frame (1) is made up of aluminium section bar, coiled hair (2) is installed on the frame, and can rotate, yarn (4) initial volume is on coiled hair (2), guiding roller (3) is installed on the frame, yarn (4) is through guiding roller (3) channeling direction, strand oscillator (5) is installed on the frame, every yarns is through a strand oscillator mouth, yarn is distinguished, being with (21) to drive yarn feed rollers (6) synchronously by transmission after motor (16) slows down through reductor (20) rotates, nip roll (7) is pressed in yarn (4) between nip roll (7) and the yarn feed roller (6), strand oscillator (8) is installed in upper rack, once more with every yarns through a strand oscillator mouth, strand oscillator (11) is installed in both sides, machine middle part, it is long because of yarn arrives distance to be mainly used in the machine rear portion, distinguish the effect of rear portion yarn, go to the every yarns in rear portion equally through a strand oscillator mouth, guide wheel (9) is installed in frame top, yarn (4) passes from guide wheel (9), disconnection self stopping-e/or (10) is installed in the bottom of guide wheel (9), corresponding one by one with guide wheel (9), yarn (4) passes disconnection self stopping-e/or (10), limit spring (22) is installed on the frame, yarn (4) passes limit spring (22) and prevents that yarn from swinging, drawing yarn bar (12) level is installed in the frame outside and is lower than every group of winder, yarn (4) is through drawing yarn bar (12) back to up, groove drum (13) is installed on the groove drum shaft (23), groove drum shaft (23) is installed on the frame (1), groove drum shaft (23) is affixed with groove drum gear (19), after motor (16) slows down through reductor (20), be with (24) to drive main driving axle (17) synchronously by main gear, main driving axle (17) is with (18) to drive groove drum gear (19) synchronously by groove drum and is rotated, thereby driving groove drum shaft (23) and groove drum (13) rotates, tension wheel (25) is installed on the frame (1), tension wheel (25) is used for the tensioning groove drum and is with (18) synchronously, bobbin bank (15) is installed on the frame (1), and can rotate along the axle center is installed, bobbin bank (15) is used to carry yarn tube (14), yarn tube (14) can rotate voluntarily, bobbin bank (15) puts down, groove drum (13) contacts with yarn tube (14), groove drum (13) pivoting friction drives yarn tube (14) and rotates, and yarn (4) is wound on the yarn tube (14) after leading through the surperficial guide groove of groove drum (13).