CN205011939U - Business turn over weft regulation and controlling system of weft accumulator - Google Patents
Business turn over weft regulation and controlling system of weft accumulator Download PDFInfo
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- CN205011939U CN205011939U CN201520759068.8U CN201520759068U CN205011939U CN 205011939 U CN205011939 U CN 205011939U CN 201520759068 U CN201520759068 U CN 201520759068U CN 205011939 U CN205011939 U CN 205011939U
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Abstract
The utility model discloses a business turn over weft regulation and controlling system of weft accumulator, including adjusting the box, the regulating box is internal to be equipped with the weft accumulator and to adjust controlling means, the weft accumulator is installed in the centre of adjusting the box, regulation controlling means is connected to the weft accumulator, be equipped with on the weft accumulator and store up weft, it is qualified for the next round of competitions including storing up the latitude inlet wire and storing up the latitude to store up weft, it includes inlet wire regulation control mechanism to adjust controlling means, be qualified for the next round of competitions and adjust control mechanism and adjust drive mechanism, the left side that control mechanism is located the weft accumulator is adjusted to the inlet wire, be qualified for the next round of competitions and adjust the right side that control mechanism is located the weft accumulator, the inlet wire is adjusted control mechanism and is all connected regulation drive mechanism with the regulation control mechanism that is qualified for the next round of competitions. Adjust control mechanism at the left side of weft accumulator installation inlet wire, the right side installation of weft accumulator is qualified for the next round of competitions and is adjusted control mechanism, makes to store up weft and adjust in control mechanism enters into the weft accumulator through the inlet wire earlier, then adjusts control mechanism through being qualified for the next round of competitions, the further tension that stores up weft of adjusting to improve the quality of storing up weft.
Description
Technical field
The utility model relates to a kind of turnover parallel regulation and control system of weft accumulator.
Background technology
In weaving process, the constant of strict control weft tension is vital for raising fabric quality.Along with developing rapidly of edge-less loom and improving constantly of filling insertion rate, more outstanding to the control problem of weft tension, the use of weft accumulator has just been arisen at the historic moment.If weft yarn is directly drawn from bobbin during wefting insertion, because wefting insertion process accounts for 120 degree to about the 180 degree times of one turn, main shaft, now the withdrawal speed of weft yarn is equivalent to 2 to 3 times into latitude rate, and wefting insertion is again interval generation, the weft unwinding be interrupted and cause weft tension to have larger fluctuation along with the continuous minimizing of bobbin unwinding radius, causes weft breakage and the various float caused by wefting insertion constantly to increase.Employ weft accumulator, weft yarn, after unwinding bobbin, is first winding on weft accumulator and stores, and then by wefting insertion, weft yarn is got off to introduce rib mouth from unwinding weft accumulator.If regulate weft accumulator speed rightly, the unwind process nearly continuity that yarn is conformed to the principle of simplicity on son can be made to carry out, and withdrawal speed is close to entering latitude rate. thus make the Weft Insertion of unwinding tension and weft yarn more even.
But the weft accumulator parallel of prior art regulates problem not solve all the time, easily causes the wearing and tearing of yarn, reduces the quality of yarn, the tension force of weft yarn is difficult to manage unanimously, and textile surface difficult quality is guaranteed.
Utility model content
The purpose of this utility model is the turnover parallel regulation and control system providing a kind of weft accumulator, and this Control system architecture is simple, science is convenient, with strong points, automaticity is high, solves the regulable control problem of weft accumulator turnover parallel well.In the left side of weft accumulator, inlet wire adjusting control mechanism is installed, outlet adjusting control mechanism is installed on the right side of weft accumulator, storage parallel is made first to enter in weft accumulator by inlet wire adjusting control mechanism, then by outlet adjusting control mechanism, the further tension force regulating storage parallel, thus improve the quality of storage parallel.
In order to solve the problems of the technologies described above, adopt following technical scheme:
A kind of turnover parallel regulation and control system of weft accumulator, comprise adjustment casing, regulate in casing and be provided with weft accumulator and control set for adjusting, weft accumulator is installed on the centre regulating casing, weft accumulator connects control set for adjusting, weft accumulator is provided with storage parallel, storage parallel comprises storage latitude inlet wire and the outlet of storage latitude, control set for adjusting comprises inlet wire adjusting control mechanism, outlet adjusting control mechanism and adjusting transmission mechanism, inlet wire adjusting control mechanism is positioned at the left side of weft accumulator, outlet adjusting control mechanism is positioned at the right side of weft accumulator, inlet wire adjusting control mechanism is all connected adjusting transmission mechanism with outlet adjusting control mechanism, inlet wire adjusting control mechanism comprises inlet wire adjusting bracket and inlet wire adjusting rod, inlet wire adjusting bracket is installed on the upper wall of adjustment casing, inlet wire adjusting bracket is provided with inlet wire adjustment seat, inlet wire adjusting rod is provided with tension disk, tension disk and inlet wire adjustment seat match, inlet wire adjusting rod is provided with storage latitude inlet wire, the lower end of inlet wire adjusting rod is provided with inlet wire buffer gear, inlet wire buffer gear is connected with inlet wire seat, the lower end of inlet wire seat connects adjusting transmission mechanism, outlet adjusting control mechanism comprises outlet adjusting bracket and outlet adjusting rod, outlet adjusting bracket is installed on the upper wall of adjustment casing, outlet adjusting bracket is provided with outlet adjustment seat, outlet adjusting rod is provided with tension disk, tension disk and outlet adjustment seat match, outlet adjusting rod is provided with the outlet of storage latitude, the lower end of outlet adjusting rod is provided with outlet buffer gear, outlet buffer gear is connected with wire outlet seat, the lower end of wire outlet seat connects adjusting transmission mechanism.Turnover parallel regulation and control system is by arranging an adjustment casing, and all regulable control parts are all installed on adjustment casing, make it not take up space.In the left side of weft accumulator, inlet wire adjusting control mechanism is installed, outlet adjusting control mechanism is installed on the right side of weft accumulator, storage parallel is made first to enter in weft accumulator by inlet wire adjusting control mechanism, then by outlet adjusting control mechanism, the further tension force regulating storage parallel, thus improve the quality of storage parallel.Inlet wire adjusting control mechanism, by regulating the position of inlet wire adjusting rod, changes storage latitude inlet wire and enters the tension force of weft accumulator, speed and direction, thus improve the quality of storage parallel.Outlet adjusting control mechanism, by regulating the position of outlet adjusting rod, changes the tension force of storage latitude outlet output weft accumulator, speed and direction, thus improves the quality of storage parallel.Adjusting transmission mechanism is by inlet wire adjusting control mechanism and outlet adjusting control mechanism, and this operates normally to make turnover parallel regulation and control system.
Further, adjusting transmission mechanism comprises servomotor and regulates screw mandrel, servomotor is installed on the bottom regulating casing, servomotor is connected with motor output shaft, the other end of motor output shaft is connected with shaft coupling, shaft coupling is connected with power transmission shaft, and power transmission shaft connects adjustment screw mandrel, regulates screw mandrel to connect inlet wire adjusting control mechanism and outlet adjusting control mechanism.Adjusting transmission mechanism is rotated by servomotor drive motor output shaft, under the effect of shaft coupling, drive power transmission shaft also and then to rotate, under the effect regulating screw mandrel, drive inlet wire adjusting control mechanism and the motion of outlet adjusting control mechanism, regulate the relative position of inlet wire adjusting bracket and outlet adjusting bracket, thus reach the speed and tension force that control weft accumulator turnover parallel, improve the quality of parallel, the tension force of the parallel of output is consistent, and the surface quality of textiles is guaranteed.In addition, only need a servomotor, an i.e. drive system, inlet wire adjusting control mechanism and outlet adjusting control mechanism just can be driven to move simultaneously, the speed of the parallel of regulable control weft accumulator turnover simultaneously and tension force, so not only save the cost of machine, and decrease energy resource consumption.
Further, screw mandrel is regulated to comprise active adjustment screw mandrel and driven adjustment screw mandrel, the upper end of active adjustment screw mandrel connects inlet wire seat, the upper end of driven adjustment screw mandrel connects wire outlet seat, and the lower end of active adjustment screw mandrel is provided with slave drive gear, and power transmission shaft is provided with initiatively travelling gear, initiatively travelling gear is meshed with slave drive gear, active adjustment screw mandrel is provided with drive pulley, and driven adjustment screw mandrel is provided with driven pulley, is provided with drive coordination band between drive pulley and driven pulley.Screw mandrel is regulated to have two, be respectively active adjustment screw mandrel and driven adjustment screw mandrel, active adjustment screw mandrel is provided with drive pulley, driven adjustment screw mandrel is provided with driven pulley, by arranging drive coordination band between drive pulley and driven pulley, driven adjustment screw mandrel is driven to rotate by active adjustment screw mandrel, such adjusting transmission mechanism just can drive inlet wire adjusting control mechanism and outlet adjusting control mechanism to move simultaneously simultaneously, the speed of the parallel of regulable control weft accumulator turnover simultaneously and tension force.By arranging initiatively travelling gear on power transmission shaft, the lower end of active adjustment screw mandrel arranges slave drive gear, the driving force that servomotor produces is delivered on power transmission shaft by motor output shaft, and then under the engagement of active travelling gear and slave drive gear, just can drive active adjustment screw mandrel and driven adjustment screw mandrel setting in motion.
Further, active adjustment screw mandrel is provided with clutch shaft bearing seat, and clutch shaft bearing seat fixes active adjustment screw mandrel, and driven adjustment screw mandrel is provided with the second bearing block, and the second bearing block fixes driven adjustment screw mandrel.
Further, active adjustment screw mandrel is provided with active adjustment nut, and inlet wire seat is provided with inlet wire connecting hole, active adjustment nut and inlet wire connecting hole match, driven adjustment screw mandrel is provided with driven adjusting nut, and wire outlet seat is provided with outlet connecting hole, and driven adjusting nut and outlet connecting hole match.By active adjustment nut and driven adjusting nut, by the gyration of active adjustment screw mandrel and driven adjustment screw mandrel, be converted into the rectilinear motion of active adjustment nut and driven adjusting nut, thus reach the object controlling inlet wire adjusting control mechanism and outlet adjusting control mechanism.
Further, inlet wire buffer gear comprises inlet wire buffer spring and inlet wire buffer bar, the lower end of inlet wire adjusting rod is provided with upper incoming line cover, upper incoming line cover matches with inlet wire buffer bar, the upper end of inlet wire seat is provided with lower inlet wire cover, lower inlet wire cover matches with inlet wire seat, is provided with inlet wire buffer spring between upper incoming line cover and lower inlet wire overlap.Inlet wire seat is regulated to act on the size of the power on inlet wire buffer bar by inlet wire buffer gear, when inlet wire seat is acted on inlet wire buffer bar, tension disk has coordinated regulable control work better with inlet wire adjustment seat, improves the quality of parallel, the tension force of storage latitude inlet wire is consistent.
Further, outlet buffer gear comprises outlet buffer spring and outlet buffer bar, the lower end of outlet adjusting rod is provided with lead collar, upper lead collar and outlet buffer bar match, the upper end of wire outlet seat is provided with lower lead collar, lower lead collar and wire outlet seat match, and are provided with outlet buffer spring between upper lead collar and lower lead collar.Wire outlet seat is regulated to act on the size of the power on outlet buffer bar by outlet buffer gear, when wire outlet seat is acted on outlet buffer bar, tension disk has coordinated regulable control work better with outlet adjustment seat, improves the quality of parallel, the tension force of storage latitude outlet is consistent.
Further, the left end of weft accumulator is provided with inlet wire plate, and inlet wire plate is provided with entrance hole, and be provided with storage latitude inlet wire in entrance hole, the right-hand member of weft accumulator is provided with outlet board, and outlet board is provided with wire hole, is provided with the outlet of storage latitude in wire hole.Inlet wire plate and outlet board are set respectively at the two ends of weft accumulator, inlet wire plate and outlet board are respectively equipped with entrance hole and wire hole, make storage parallel by which better weft accumulator.
Further, the left side of weft accumulator is provided with inlet wire guide holder, inlet wire guide holder comprises the first inlet wire guide holder and the second inlet wire guide holder, first inlet wire guide holder and the second inlet wire guide holder are all fixed on the inwall of adjustment casing, the right side of weft accumulator is provided with outlet guide holder, outlet guide holder comprises the first outlet guide holder and the second outlet guide holder, and the first outlet guide holder and the second outlet guide holder are all fixed on the inwall of adjustment casing.By arranging inlet wire guide holder and outlet guide holder, making the regulable control of storage latitude inlet wire and the outlet of storage latitude more convenient, improving the governing speed of inlet wire adjusting control mechanism and outlet adjusting control mechanism.
Further, regulate the left side of casing to be provided with inlet wire adjustment hole, be provided with inlet wire device in inlet wire adjustment hole, inlet wire device matches with storage latitude inlet wire, regulates the right side of casing to be provided with outlet adjustment hole, is provided with outlet device in outlet adjustment hole, and outlet device matches with the outlet of storage latitude.
Owing to adopting technique scheme, there is following beneficial effect:
The utility model is a kind of turnover parallel regulation and control system of weft accumulator, and this Control system architecture is simple, science is convenient, with strong points, automaticity is high, solves the regulable control problem of weft accumulator turnover parallel well.Turnover parallel regulation and control system is by arranging an adjustment casing, and all regulable control parts are all installed on adjustment casing, make it not take up space.In the left side of weft accumulator, inlet wire adjusting control mechanism is installed, outlet adjusting control mechanism is installed on the right side of weft accumulator, storage parallel is made first to enter in weft accumulator by inlet wire adjusting control mechanism, then by outlet adjusting control mechanism, the further tension force regulating storage parallel, thus improve the quality of storage parallel.Inlet wire adjusting control mechanism, by regulating the position of inlet wire adjusting rod, changes storage latitude inlet wire and enters the tension force of weft accumulator, speed and direction, thus improve the quality of storage parallel.Outlet adjusting control mechanism, by regulating the position of outlet adjusting rod, changes the tension force of storage latitude outlet output weft accumulator, speed and direction, thus improves the quality of storage parallel.Adjusting transmission mechanism is by inlet wire adjusting control mechanism and outlet adjusting control mechanism, and this operates normally to make turnover parallel regulation and control system.
Adjusting transmission mechanism is rotated by servomotor drive motor output shaft, under the effect of shaft coupling, drive power transmission shaft also and then to rotate, under the effect regulating screw mandrel, drive inlet wire adjusting control mechanism and the motion of outlet adjusting control mechanism, regulate the relative position of inlet wire adjusting bracket and outlet adjusting bracket, thus reach the speed and tension force that control weft accumulator turnover parallel, improve the quality of parallel, the tension force of the parallel of output is consistent, and the surface quality of textiles is guaranteed.In addition, only need a servomotor, an i.e. drive system, inlet wire adjusting control mechanism and outlet adjusting control mechanism just can be driven to move simultaneously, the speed of the parallel of regulable control weft accumulator turnover simultaneously and tension force, so not only save the cost of machine, and decrease energy resource consumption.Screw mandrel is regulated to have two, be respectively active adjustment screw mandrel and driven adjustment screw mandrel, active adjustment screw mandrel is provided with drive pulley, driven adjustment screw mandrel is provided with driven pulley, by arranging drive coordination band between drive pulley and driven pulley, driven adjustment screw mandrel is driven to rotate by active adjustment screw mandrel, such adjusting transmission mechanism just can drive inlet wire adjusting control mechanism and outlet adjusting control mechanism to move simultaneously simultaneously, the speed of the parallel of regulable control weft accumulator turnover simultaneously and tension force.By arranging initiatively travelling gear on power transmission shaft, the lower end of active adjustment screw mandrel arranges slave drive gear, the driving force that servomotor produces is delivered on power transmission shaft by motor output shaft, and then under the engagement of active travelling gear and slave drive gear, just can drive active adjustment screw mandrel and driven adjustment screw mandrel setting in motion.By active adjustment nut and driven adjusting nut, by the gyration of active adjustment screw mandrel and driven adjustment screw mandrel, be converted into the rectilinear motion of active adjustment nut and driven adjusting nut, thus reach the object controlling inlet wire adjusting control mechanism and outlet adjusting control mechanism.
Inlet wire seat is regulated to act on the size of the power on inlet wire buffer bar by inlet wire buffer gear, when inlet wire seat is acted on inlet wire buffer bar, tension disk has coordinated regulable control work better with inlet wire adjustment seat, improves the quality of parallel, the tension force of storage latitude inlet wire is consistent.Wire outlet seat is regulated to act on the size of the power on outlet buffer bar by outlet buffer gear, when wire outlet seat is acted on outlet buffer bar, tension disk has coordinated regulable control work better with outlet adjustment seat, improves the quality of parallel, the tension force of storage latitude outlet is consistent.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the utility model is described in further detail:
Fig. 1 is the structural representation of the turnover parallel regulation and control system of a kind of weft accumulator in the utility model;
Fig. 2 is the structural representation of adjusting transmission mechanism in the utility model;
Fig. 3 is the structural representation of weft accumulator in the utility model;
Fig. 4 is the structural representation of inlet wire adjusting control mechanism in the utility model;
Fig. 5 is the structural representation of outlet adjusting control mechanism in the utility model.
Detailed description of the invention
As shown in Figures 1 to 5, a kind of turnover parallel regulation and control system of weft accumulator, comprises and regulates casing 1, regulates in casing 1 and is provided with weft accumulator 2 and control set for adjusting, and weft accumulator 2 is installed on the centre regulating casing 1, and weft accumulator 2 connects control set for adjusting.Weft accumulator 2 is provided with storage parallel, and storage parallel comprises storage latitude inlet wire 13 and storage latitude outlet 18.Control set for adjusting comprises inlet wire adjusting control mechanism 3, outlet adjusting control mechanism 4 and adjusting transmission mechanism 5, inlet wire adjusting control mechanism 3 is positioned at the left side of weft accumulator 2, outlet adjusting control mechanism 4 is positioned at the right side of weft accumulator 2, and inlet wire adjusting control mechanism 3 is all connected adjusting transmission mechanism 5 with outlet adjusting control mechanism 4.Turnover parallel regulation and control system is by arranging an adjustment casing 1, and all regulable control parts are all installed on and regulate casing 1, make it not take up space.The left end of weft accumulator 2 is provided with inlet wire plate 21, and inlet wire plate 21 is provided with entrance hole 23, and be provided with storage latitude inlet wire 13 in entrance hole 23, the right-hand member of weft accumulator 2 is provided with outlet board 22, and outlet board 22 is provided with wire hole 24, is provided with storage latitude outlet 18 in wire hole 24.Inlet wire plate 21 and outlet board 22 are set respectively at the two ends of weft accumulator 2, inlet wire plate 21 and outlet board 22 are respectively equipped with entrance hole 23 and wire hole 24, make storage parallel by which better weft accumulator 2.The left side of weft accumulator 2 is provided with inlet wire guide holder, inlet wire guide holder comprises the first inlet wire guide holder 14 and the second inlet wire guide holder 15, first inlet wire guide holder 14 and the second inlet wire guide holder 15 are all fixed on the inwall of adjustment casing 1, the right side of weft accumulator 2 is provided with outlet guide holder, outlet guide holder comprises the first outlet guide holder 16 and the second outlet guide holder 17, first outlet guide holder 16 and the second outlet guide holder 17 and is all fixed on the inwall of adjustment casing 1.By arranging inlet wire guide holder and outlet guide holder, making the regulable control of storage latitude inlet wire 13 and storage latitude outlet 18 more convenient, improving the governing speed of inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4.The left side of casing 1 is regulated to be provided with inlet wire adjustment hole 28, be provided with inlet wire device 11 in inlet wire adjustment hole 28, inlet wire device 11 matches with storage latitude inlet wire 13, regulates the right side of casing 1 to be provided with outlet adjustment hole 29, be provided with outlet device 12 in outlet adjustment hole 29, outlet device 12 matches with storage latitude outlet 18.In the left side of weft accumulator 2, inlet wire adjusting control mechanism 3 is installed, outlet adjusting control mechanism 4 is installed on the right side of weft accumulator 2, storage parallel is made first to enter in weft accumulator 2 by inlet wire adjusting control mechanism 3, then by outlet adjusting control mechanism 4, the further tension force regulating storage parallel, thus improve the quality of storage parallel.Inlet wire adjusting control mechanism 3, by regulating the position of inlet wire adjusting rod, changes storage latitude inlet wire 13 and enters the tension force of weft accumulator 2, speed and direction, thus improve the quality of storage parallel.Outlet adjusting control mechanism 4, by regulating the position of outlet adjusting rod, changes storage latitude outlet 18 and exports the tension force of weft accumulator 2, speed and direction, thus improve the quality of storage parallel.Adjusting transmission mechanism 5 is by inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4, and this operates normally to make turnover parallel regulation and control system.
Inlet wire adjusting control mechanism 3 comprises inlet wire adjusting bracket 31 and inlet wire adjusting rod 33, inlet wire adjusting bracket 31 is installed on the upper wall of adjustment casing 1, inlet wire adjusting bracket 31 is provided with inlet wire adjustment seat 32, inlet wire adjusting rod 33 is provided with tension disk 34, tension disk 34 and inlet wire adjustment seat 32 match, and inlet wire adjusting rod 33 is provided with storage latitude inlet wire 13, and the lower end of inlet wire adjusting rod 33 is provided with inlet wire buffer gear 6, inlet wire buffer gear 6 is connected with inlet wire seat 35, and the lower end of inlet wire seat 35 connects adjusting transmission mechanism 5.Inlet wire buffer gear 6 comprises inlet wire buffer spring 62 and inlet wire buffer bar 61, the lower end of inlet wire adjusting rod 33 is provided with upper incoming line cover 63, upper incoming line cover 63 matches with inlet wire buffer bar 61, the upper end of inlet wire seat 35 is provided with lower inlet wire cover 64, lower inlet wire cover 64 matches with inlet wire seat 35, and upper incoming line cover 63 and lower inlet wire are provided with inlet wire buffer spring 62 between overlapping 64.Inlet wire seat 35 is regulated to act on the size of the power on inlet wire buffer bar 61 by inlet wire buffer gear 6, when inlet wire seat 35 is acted on inlet wire buffer bar 61, tension disk 34 has coordinated regulable control work better with inlet wire adjustment seat 32, improve the quality of parallel, the tension force of storage latitude inlet wire 13 is consistent.
Outlet adjusting control mechanism 4 comprises outlet adjusting bracket 41 and outlet adjusting rod 43, outlet adjusting bracket 41 is installed on the upper wall of adjustment casing 1, outlet adjusting bracket 41 is provided with outlet adjustment seat 42, outlet adjusting rod 43 is provided with tension disk 34, tension disk 34 and outlet adjustment seat 42 match, and outlet adjusting rod 43 is provided with storage latitude outlet 18, and the lower end of outlet adjusting rod 43 is provided with outlet buffer gear 7, outlet buffer gear 7 is connected with wire outlet seat 45, and the lower end of wire outlet seat 45 connects adjusting transmission mechanism 5.Outlet buffer gear 7 comprises outlet buffer spring 72 and outlet buffer bar 71, the lower end of outlet adjusting rod 43 is provided with lead collar 73, upper lead collar 73 matches with outlet buffer bar 71, the upper end of wire outlet seat 45 is provided with lower lead collar 74, lower lead collar 74 matches with wire outlet seat 45, is provided with outlet buffer spring 72 between upper lead collar 73 and lower lead collar 74.Wire outlet seat 45 is regulated to act on the size of the power on outlet buffer bar 71 by outlet buffer gear 7, when wire outlet seat 45 is acted on outlet buffer bar 71, tension disk 34 has coordinated regulable control work better with outlet adjustment seat 42, improve the quality of parallel, the tension force of storage latitude outlet 18 is consistent.
Adjusting transmission mechanism 5 comprises servomotor 50 and regulates screw mandrel, servomotor 50 is installed on the bottom regulating casing 1, servomotor 50 is connected with motor output shaft 51, the other end of motor output shaft 51 is connected with shaft coupling 84, shaft coupling 84 is connected with power transmission shaft 85, power transmission shaft 85 connects adjustment screw mandrel, regulates screw mandrel to connect inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4.Adjusting transmission mechanism 5 is rotated by servomotor 50 drive motor output shaft 51, under the effect of shaft coupling 84, drive power transmission shaft 85 also and then to rotate, under the effect regulating screw mandrel, inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4 is driven to move, regulate the relative position of inlet wire adjusting bracket 31 and outlet adjusting bracket 41, thus reach speed and the tension force that control weft accumulator 2 passes in and out parallel, improve the quality of parallel, the tension force of the parallel of output is consistent, and the surface quality of textiles is guaranteed.In addition, only need a servomotor 50, an i.e. drive system, inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4 just can be driven to move simultaneously, regulable control weft accumulator 2 passes in and out speed and the tension force of parallel simultaneously, so not only save the cost of machine, and decrease energy resource consumption.Screw mandrel is regulated to comprise active adjustment screw mandrel 54 and driven adjustment screw mandrel 55, the upper end of active adjustment screw mandrel 54 connects inlet wire seat 35, the upper end of driven adjustment screw mandrel 55 connects wire outlet seat 45, the lower end of active adjustment screw mandrel 54 is provided with slave drive gear 53, power transmission shaft 85 is provided with initiatively travelling gear 52, initiatively travelling gear 52 is meshed with slave drive gear 53, active adjustment screw mandrel 54 is provided with drive pulley 82, driven adjustment screw mandrel 55 is provided with driven pulley 83, is provided with drive coordination band 81 between drive pulley 82 and driven pulley 83.Screw mandrel is regulated to have two, be respectively active adjustment screw mandrel 54 and driven adjustment screw mandrel 55, active adjustment screw mandrel 54 is provided with drive pulley 82, driven adjustment screw mandrel 55 is provided with driven pulley 83, by arranging drive coordination band 81 between drive pulley 82 and driven pulley 83, driven adjustment screw mandrel 55 is driven to rotate by active adjustment screw mandrel 54, such adjusting transmission mechanism 5 just can drive inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4 to move simultaneously simultaneously, and regulable control weft accumulator 2 passes in and out speed and the tension force of parallel simultaneously.By arranging initiatively travelling gear 52 on power transmission shaft 85, the lower end of active adjustment screw mandrel 54 arranges slave drive gear 53, the driving force that servomotor 50 produces is delivered on power transmission shaft 85 by motor output shaft 51, and then at active travelling gear 52 with under the engagement of slave drive gear 53, active adjustment screw mandrel 54 and driven adjustment screw mandrel 55 setting in motion just can be driven.Active adjustment screw mandrel 54 is provided with clutch shaft bearing seat 58, and clutch shaft bearing seat 58 fixes active adjustment screw mandrel 54, and driven adjustment screw mandrel 55 is provided with the second bearing block 59, second bearing block 59 and fixes driven adjustment screw mandrel 55.Active adjustment screw mandrel 54 is provided with active adjustment nut 56, inlet wire seat 35 is provided with inlet wire connecting hole 351, active adjustment nut 56 and inlet wire connecting hole 351 match, driven adjustment screw mandrel 55 is provided with driven adjusting nut 57, wire outlet seat 45 is provided with outlet connecting hole 451, and driven adjusting nut 57 matches with outlet connecting hole 451.By active adjustment nut 56 and driven adjusting nut 57, by the gyration of active adjustment screw mandrel 54 and driven adjustment screw mandrel 55, be converted into the rectilinear motion of active adjustment nut 56 and driven adjusting nut 57, thus reach the object controlling inlet wire adjusting control mechanism 3 and outlet adjusting control mechanism 4.
These are only specific embodiment of the utility model, but technical characteristic of the present utility model is not limited thereto.Any based on the utility model, for solving substantially identical technical problem, realize substantially identical technique effect, done ground simple change, equivalent replacement or modification etc., be all covered by among protection domain of the present utility model.
Claims (10)
1. the turnover parallel regulation and control system of a weft accumulator, comprise adjustment casing, weft accumulator and control set for adjusting is provided with in described adjustment casing, described weft accumulator is installed on the centre regulating casing, described weft accumulator connects described control set for adjusting, it is characterized in that: described weft accumulator is provided with storage parallel, described storage parallel comprises storage latitude inlet wire and the outlet of storage latitude, described control set for adjusting comprises inlet wire adjusting control mechanism, outlet adjusting control mechanism and adjusting transmission mechanism, described inlet wire adjusting control mechanism is positioned at the left side of described weft accumulator, described outlet adjusting control mechanism is positioned at the right side of described weft accumulator, described inlet wire adjusting control mechanism is all connected described adjusting transmission mechanism with described outlet adjusting control mechanism, described inlet wire adjusting control mechanism comprises inlet wire adjusting bracket and inlet wire adjusting rod, described inlet wire adjusting bracket is installed on the upper wall of described adjustment casing, described inlet wire adjusting bracket is provided with inlet wire adjustment seat, described inlet wire adjusting rod is provided with tension disk, described tension disk and described inlet wire adjustment seat match, described inlet wire adjusting rod is provided with described storage latitude inlet wire, the lower end of described inlet wire adjusting rod is provided with inlet wire buffer gear, described inlet wire buffer gear is connected with inlet wire seat, the lower end of described inlet wire seat connects described adjusting transmission mechanism, described outlet adjusting control mechanism comprises outlet adjusting bracket and outlet adjusting rod, described outlet adjusting bracket is installed on the upper wall of described adjustment casing, described outlet adjusting bracket is provided with outlet adjustment seat, described outlet adjusting rod is provided with described tension disk, described tension disk and described outlet adjustment seat match, described outlet adjusting rod is provided with the outlet of described storage latitude, the lower end of described outlet adjusting rod is provided with outlet buffer gear, described outlet buffer gear is connected with wire outlet seat, the lower end of described wire outlet seat connects described adjusting transmission mechanism.
2. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 1, it is characterized in that: described adjusting transmission mechanism comprises servomotor and regulates screw mandrel, described servomotor is installed on the bottom of described adjustment casing, described servomotor is connected with motor output shaft, the other end of described motor output shaft is connected with shaft coupling, described shaft coupling is connected with power transmission shaft, described power transmission shaft connects described adjustment screw mandrel, and described adjustment screw mandrel connects described inlet wire adjusting control mechanism and described outlet adjusting control mechanism.
3. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 2, it is characterized in that: described adjustment screw mandrel comprises active adjustment screw mandrel and driven adjustment screw mandrel, the upper end of described active adjustment screw mandrel connects described inlet wire seat, the upper end of described driven adjustment screw mandrel connects described wire outlet seat, the lower end of described active adjustment screw mandrel is provided with slave drive gear, described power transmission shaft is provided with initiatively travelling gear, described active travelling gear is meshed with described slave drive gear, described active adjustment screw mandrel is provided with drive pulley, described driven adjustment screw mandrel is provided with driven pulley, drive coordination band is provided with between described drive pulley and described driven pulley.
4. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 3, it is characterized in that: described active adjustment screw mandrel is provided with clutch shaft bearing seat, described clutch shaft bearing seat fixes described active adjustment screw mandrel, described driven adjustment screw mandrel is provided with the second bearing block, and described second bearing block fixes described driven adjustment screw mandrel.
5. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 3, it is characterized in that: described active adjustment screw mandrel is provided with active adjustment nut, described inlet wire seat is provided with inlet wire connecting hole, described active adjustment nut and described inlet wire connecting hole match, described driven adjustment screw mandrel is provided with driven adjusting nut, described wire outlet seat is provided with outlet connecting hole, and described driven adjusting nut and described outlet connecting hole match.
6. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 1, it is characterized in that: described inlet wire buffer gear comprises inlet wire buffer spring and inlet wire buffer bar, the lower end of described inlet wire adjusting rod is provided with upper incoming line cover, described upper incoming line cover matches with described inlet wire buffer bar, the upper end of described inlet wire seat is provided with lower inlet wire cover, described lower inlet wire cover matches with described inlet wire seat, is provided with described inlet wire buffer spring between described upper incoming line cover and described lower inlet wire overlap.
7. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 1, it is characterized in that: described outlet buffer gear comprises outlet buffer spring and outlet buffer bar, the lower end of described outlet adjusting rod is provided with lead collar, described upper lead collar and described outlet buffer bar match, the upper end of described wire outlet seat is provided with lower lead collar, described lower lead collar and described wire outlet seat match, and are provided with described outlet buffer spring between described upper lead collar and described lower lead collar.
8. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 1, it is characterized in that: the left end of described weft accumulator is provided with inlet wire plate, described inlet wire plate is provided with entrance hole, described storage latitude inlet wire is provided with in described entrance hole, the right-hand member of described weft accumulator is provided with outlet board, described outlet board is provided with wire hole, is provided with the outlet of described storage latitude in described wire hole.
9. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 1, it is characterized in that: the left side of described weft accumulator is provided with inlet wire guide holder, described inlet wire guide holder comprises the first inlet wire guide holder and the second inlet wire guide holder, described first inlet wire guide holder and described second inlet wire guide holder are all fixed on the inwall of described adjustment casing, the right side of described weft accumulator is provided with outlet guide holder, described outlet guide holder comprises the first outlet guide holder and the second outlet guide holder, described first outlet guide holder and described second outlet guide holder are all fixed on the inwall of described adjustment casing.
10. the turnover parallel regulation and control system of a kind of weft accumulator according to claim 1, it is characterized in that: the left side of described adjustment casing is provided with inlet wire adjustment hole, inlet wire device is provided with in described inlet wire adjustment hole, described inlet wire device and described storage latitude inlet wire match, the right side of described adjustment casing is provided with outlet adjustment hole, be provided with outlet device in described outlet adjustment hole, described outlet device and the outlet of described storage latitude match.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520759068.8U CN205011939U (en) | 2015-09-28 | 2015-09-28 | Business turn over weft regulation and controlling system of weft accumulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520759068.8U CN205011939U (en) | 2015-09-28 | 2015-09-28 | Business turn over weft regulation and controlling system of weft accumulator |
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| CN205011939U true CN205011939U (en) | 2016-02-03 |
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| CN201520759068.8U Withdrawn - After Issue CN205011939U (en) | 2015-09-28 | 2015-09-28 | Business turn over weft regulation and controlling system of weft accumulator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105177834A (en) * | 2015-09-28 | 2015-12-23 | 嵊州市中森电子有限公司 | Inlet and outlet weft regulating system for weft accumulator |
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2015
- 2015-09-28 CN CN201520759068.8U patent/CN205011939U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105177834A (en) * | 2015-09-28 | 2015-12-23 | 嵊州市中森电子有限公司 | Inlet and outlet weft regulating system for weft accumulator |
| CN105177834B (en) * | 2015-09-28 | 2018-04-10 | 福建梭罗复合材料研究有限公司 | A kind of disengaging parallel regulation and control system of weft accumulator |
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| Date | Code | Title | Description |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160203 Effective date of abandoning: 20180410 |
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| AV01 | Patent right actively abandoned |