CN101598195A - A kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device - Google Patents
A kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device Download PDFInfo
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- CN101598195A CN101598195A CNA2008100385009A CN200810038500A CN101598195A CN 101598195 A CN101598195 A CN 101598195A CN A2008100385009 A CNA2008100385009 A CN A2008100385009A CN 200810038500 A CN200810038500 A CN 200810038500A CN 101598195 A CN101598195 A CN 101598195A
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- yarn guide
- motor
- wing
- traversing device
- guide traversing
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Abstract
A kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device, constitute by plural yarn guide traversing device, any one yarn guide traversing device constitutes by two wing wheels and a motor, two wing wheels in any one yarn guide traversing device all are connected with motor by driving mechanism, be provided with spacing between the axle center of two wing wheels, sense of rotation is opposite, yarn guide traversing device is provided with side by side at interval along rectilinear direction, the wing in two adjacent yarn guide traversing devices all interlocks and dodges setting, in any one yarn guide traversing device, the output shaft of motor or driving mechanism all are connected with a belt wheel or profile of tooth belt wheel separately, belt wheel or profile of tooth belt wheel all are connected with a driving belt or a double-sided toothed belt that is closed hoop simultaneously, driving belt or double-faced toothed motor in a plurality of yarn guide traversing devices that are set up in parallel is realized placing restrictions on, realize being synchronized with the movement of wing wheel in all yarn guide traversing devices, can be fit to the traverse synchronous interaction of guide wire apparatus of a plurality of single motor driving.
Description
Technical field:
The present invention relates to mechanical field, relate in particular to textile manufacturing machine, the particularly yarn guide traversing device of up-coiler, concrete is a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device.
Background technique:
In the process of up-coiler coiling yarn, yarn need be driven by Yarn guide mechanism, transverse movement within the specific limits, and the frequency of yarn transverse movement needs and the rotating speed of reel matches.In order to improve the anti-stacked requirement of yarn in winding quality and the winding process, need the guide traversing gear accurately to cooperate with speed reel, be necessary to use single electric-motor-driving seal wire transversing mechanism to adapt to high variable motion.But in the prior art, make a plurality of single motor driving yarn guide traversing device synchronous, the control of homophase potential difference needs complicated control system.
Summary of the invention:
The purpose of this invention is to provide a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device, the described this single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device will solve synchronous, the difficult technical problem of homophase potential difference control of a plurality of single electric-motor-driving seal wire transversing mechanisms of the prior art.
This single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device of the present invention is made of plural single electric-motor-driving yarn guide traversing device, in any one single electric-motor-driving yarn guide traversing device, the output shaft of motor or driving mechanism all are connected with a drive pulley or profile of tooth belt wheel separately, and all drive pulleys or profile of tooth belt wheel all are connected with a driving belt or a double-sided toothed belt that is closed hoop simultaneously.
Further, any one described single electric-motor-driving yarn guide traversing device is by two wing wheels, one group of driving mechanism and a motor constitute, in any one single electric-motor-driving yarn guide traversing device, two wing wheels all are connected with separately motor by driving mechanism, the sense of rotation of two wing wheels is opposite, and described single electric-motor-driving yarn guide traversing device is provided with at interval along rectilinear direction is arranged side by side, and the wing in the adjacent arbitrarily single electric-motor-driving yarn guide traversing devices of two single motor driving all interlocks and dodges setting.
Further, the wing in any one single electric-motor-driving yarn guide traversing device all extends in the rotation round of wing tip in adjacent single electric-motor-driving yarn guide traversing device, and the arbitrary portion of the wing wheel in single electric-motor-driving yarn guide traversing device adjacent with this and the wing is all keeping the gap on the rotational position at any angle.
Working principle of the present invention is: in any one yarn guide traversing device, two wing wheels are driven by driving mechanism by a motor, and the sense of rotation of two wing wheels is opposite, rotational speed equates.Motor in all yarn guide traversing devices all is connected to same driving belt or double-sided toothed belt by drive pulley or profile of tooth belt wheel, under the placing restrictions on of driving belt or double-sided toothed belt, realized that the adjacent wing is synchronized with the movement and wing wheel locking phase potential difference under non-interfering state.
The present invention and prior art contrast, and its effect is actively with tangible.The present invention utilizes a driving belt or double-faced toothed motor in a plurality of yarn guide traversing devices that are set up in parallel is realized placing restrictions on, realized being synchronized with the movement of wing wheel in all yarn guide traversing devices, guaranteed that the phase difference of the wing wheel in all yarn guide traversing devices is constant.
Description of drawings:
Fig. 1 is a kind of schematic representation that is used for the single-motor driven multi-unit linkage mechanism of yarn guide traversing device of the present invention.
Fig. 2 is that the position of wing wheel of two adjacent yarn guide traversing devices of a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device of the present invention concerns schematic representation.
Fig. 3 is the structural representation of the yarn guide traversing device of a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device of the present invention.
Embodiment:
As shown in Figure 1 and Figure 2, a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device of the present invention is made of plural single electric-motor-driving yarn guide traversing device 111, in any one single electric-motor-driving yarn guide traversing device 111, the output shaft or the driving mechanism of motor 7 all be connected with a drive pulley or profile of tooth belt wheel 55 separately, all drive pulleys or profile of tooth belt wheel 55 all are connected with a driving belt or a double-sided toothed belt 66 that is closed hoop simultaneously.
Wherein, any one described single electric-motor-driving yarn guide traversing device 111 constitutes by two wing wheels 10 and a motor 7, any one described wing wheel 10, all be provided with the plural wing 4 on 11 separately, in any one single electric-motor-driving yarn guide traversing device 111, described two wing wheels 10,11 all are connected with described motor 7 by driving mechanism, two wing wheels 10,11 sense of rotation is opposite, described single electric-motor-driving yarn guide traversing device 111 is provided with side by side at interval along rectilinear direction, and the wing 4 in two adjacent arbitrarily single electric-motor-driving yarn guide traversing devices 111 all interlocks and dodges setting.
Further, the wing 4 in any one single electric-motor-driving yarn guide traversing device 111 all extends in the rotation round of wing tip in adjacent single electric-motor-driving yarn guide traversing device 111, and the arbitrary portion of the wing wheel 10,11 in single electric-motor-driving yarn guide traversing device 111 adjacent with this and the wing 4 is all keeping the gap on the rotational position at any angle.
Further, as shown in Figure 3, in single electric-motor-driving yarn guide traversing device of the single-motor driven multi-unit linkage mechanism that is used for single electric-motor-driving yarn guide traversing device of the present invention, be set with one first gear 2 on the output shaft of described motor 7, be provided with one first 8 and one second 9 abreast with motor shaft, described first 8 two ends are set with one second gear 3 and one the 3rd gear 6, described second gear 3 and 2 engagements of described first gear, described second 9 end is set with one the 4th gear 4, the below of described the 4th gear 4 is provided with one the 5th gear 5, be provided with throw of eccentric between described the 5th gear 5 and the 4th gear 4, the 4th gear 4 and 2 engagements of first gear, the 5th gear 5 and 6 engagements of the 3rd gear, first wing wheel, the 10 coaxial ends that are connected the 5th gear 5, second wing wheel, the 11 coaxial the other ends that are fixed on second 9, pass the 5th gear 5 for second 9, pass and be provided with gap and stacked up and down between first wing wheel, 10, the first wing wheels 10 and second wing wheel 11.
In the present embodiment, motor 7 drives first wing wheel 10 by gear drive and second wing wheel 11 rotates in the opposite direction, and its rotating speed equates, the tip of two heterodromous first wing wheels 10 and second wing wheel 11 has definite plotted point in its movement locus, these plotted points are distributed on the rotation round by uniform central angle, when first wing wheel 10 and second wing wheel 11 have two wings respectively, the angle distance of plotted point is 90 degree, when first wing wheel 10 and second wing wheel 11 have three wings respectively, the angle distance of plotted point is 60 degree, and two most advanced and sophisticated adjacent plotted points of first wing wheel 10 and second wing wheel 11 are reversing points that yarn traverses and moves; The throw of eccentric that is provided with between first wing wheel 10 and second wing wheel 11 can be convenient to yarn and catch and take; Move in first wing wheel 10 and the distance of second wing wheel, 11 directing threads between reversing point, in the termination of this segment distance, the wing tip of first wing wheel 10 is met the wing tip of second wing wheel 11, and second wing wheel 11 is taken yarn from the wing tip of first wing wheel 10.In any one single electric-motor-driving yarn guide traversing device 111, two wing wheels 10,11 are driven by driving mechanism by a motor 3, two wing wheels 10,11 sense of rotation is opposite, rotational speed equates, motor 3 in all single electric-motor-driving yarn guide traversing devices 111 all is connected to same driving belt or double-sided toothed belt 66 by drive pulley or profile of tooth belt wheel 55, under the placing restrictions on of driving belt or double-sided toothed belt 66, realized the wing wheel 10 in all single electric-motor-driving yarn guide traversing devices 111,11 be synchronized with the movement, and guaranteed that the adjacent wing 4 is synchronized with the movement under non-interfering state, the wing wheel 10 of the single electric-motor-driving yarn guide traversing device of each single motor driving, 11 phase difference is constant.
Claims (3)
1. single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device, constitute by plural single electric-motor-driving yarn guide traversing device, it is characterized in that: in any one single electric-motor-driving yarn guide traversing device, the output shaft or the driving mechanism of motor all be connected with a synchronous pulley or profile of tooth belt wheel separately, all synchronous pulleys or profile of tooth belt wheel all are connected with a driving belt or a double-sided toothed belt that is closed hoop simultaneously.
2. a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device as claimed in claim 1, it is characterized in that: any one described single electric-motor-driving yarn guide traversing device constitutes by two wing wheels and a motor, all be provided with the plural wing on any one described wing wheel separately, in any one single electric-motor-driving yarn guide traversing device, described two wing wheels all are connected with described motor by driving mechanism, be provided with spacing between the axle center of two wing wheels, the sense of rotation of two wing wheels is opposite, described single electric-motor-driving yarn guide traversing device is provided with side by side at interval along rectilinear direction, and the wing in two adjacent arbitrarily single electric-motor-driving yarn guide traversing devices all interlocks and dodges setting.
3. a kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device as claimed in claim 2, it is characterized in that: the wing in any one single electric-motor-driving yarn guide traversing device all extends in the rotation round of wing tip in adjacent single electric-motor-driving yarn guide traversing device, and the arbitrary portion of the wing wheel in single electric-motor-driving yarn guide traversing device adjacent with this and the wing is all keeping the gap on the rotational position at any angle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100385009A CN101598195A (en) | 2008-06-03 | 2008-06-03 | A kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2008100385009A CN101598195A (en) | 2008-06-03 | 2008-06-03 | A kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device |
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| Publication Number | Publication Date |
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| CN101598195A true CN101598195A (en) | 2009-12-09 |
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| Application Number | Title | Priority Date | Filing Date |
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| CNA2008100385009A Pending CN101598195A (en) | 2008-06-03 | 2008-06-03 | A kind of single-motor driven multi-unit linkage mechanism that is used for yarn guide traversing device |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105258918A (en) * | 2015-11-02 | 2016-01-20 | 西北工业大学 | Underwater multi-wing linked mechanical tester |
-
2008
- 2008-06-03 CN CNA2008100385009A patent/CN101598195A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105258918A (en) * | 2015-11-02 | 2016-01-20 | 西北工业大学 | Underwater multi-wing linked mechanical tester |
| CN105258918B (en) * | 2015-11-02 | 2017-08-08 | 西北工业大学 | The mechanics test device of multiple wing linkage under water |
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Open date: 20091209 |