CN201553826U - Linear type yarn swaying machine - Google Patents
Linear type yarn swaying machine Download PDFInfo
- Publication number
- CN201553826U CN201553826U CN200920280067XU CN200920280067U CN201553826U CN 201553826 U CN201553826 U CN 201553826U CN 200920280067X U CN200920280067X U CN 200920280067XU CN 200920280067 U CN200920280067 U CN 200920280067U CN 201553826 U CN201553826 U CN 201553826U
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- China
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- dolly
- swaying
- swing car
- straight line
- wire feed
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Abstract
The utility model provides a linear type yarn swaying machine which comprises three yarn transmitting wheels, a linear swaying hopper, a linear swaying hopper dolly, a transverse swaying dolly, a yarn leading device and a PLC, wherein the linear swaying hopper dolly is arranged on the transverse swaying dolly through a track, two ends of the track are provided with linear swaying dolly limitation sensors, the three yarn transmitting wheels are arranged on the linear swaying dolly, electrical machines of the yarn transmitting wheels are connected with the three yarn transmitting wheels, the transverse swaying dolly is provided with an electrical machine of a linear swaying dolly and a driving belt, the linear swaying dolly is connected with the driving belt, a linear swaying hopper is arranged on the linear swaying hopper dolly, the transverse swaying dolly is provided with a transverse swaying drawing electrical machine, the transverse swaying dolly is arranged on a track of the transverse swaying dolly through a transverse swaying wheel, two ends of the track of the transverse swaying dolly are provided with transverse swaying dolly limitation sensors, and each electrical component is connected with the PLC. The linear type yarn swaying machine is simple in structure, and more reliable in stability, stably transmits the yarn, has good yarn swaying harmony and simple and convenient operation, and does not generate static.
Description
Technical field
The utility model relates to a kind of pendulum wire machine that is used to produce cigarette acetate silk, belongs to pendulum wire machine technology field.
Background technology
Acetate silk is to produce the filter-tip main material of senior cigarette, is to use swinging-bucket type pendulum wire machine in traditional acetate silk production process, and its structure comprises that initiatively wire feed rolls, passive reeling wheel, pendulum bucket and pendulum bucket drag car.Pendulum bucket is installed on the pendulum bucket dragging car by bearing block, and a side of pendulum bucket is connected with the peach-shaped eccentric wheel by the pendulum bucket lever, and the peach-shaped eccentric wheel is installed on the motor shaft of pendulum bucket motor.The peach-shaped eccentric wheel rotates under the pendulum bucket driven by motor, and the peach-shaped eccentric wheel is by pendulum bucket lever drives pendulum bucket reciprocally swinging.The wire feed rolls motor is installed on the pendulum bucket dragging car, the wire feed rolls motor drives initiatively by the band transmission, and wire feed rolls rotates, passive reeling wheel be installed on the rocker lever and with active wire feed rolls close contact, the passive reeling wheel is to barocline in the front upper place of active wire feed rolls with 45° angle.The pendulum bucket dragging car is installed on the slideway of yarn swaying machine frame by the slide block of its side, and the pendulum bucket dragging car drags chain by pendulum bucket car drag strut with the pendulum bucket car and is connected, and the pendulum bucket car drags chain and drives running by pendulum bucket car dragging motor.Drag at the pendulum bucket car under the drive of chain, the pendulum bucket dragging car can vertically move back and forth.In service in reality, the pendulum wire machine of above-mentioned traditional structure has the following disadvantages:
1. wire feed rolls wire feed rate shakiness, tow twines wheel, and speed slightly soon will the tow preshoot, and initiatively wire feed rolls and passive reeling wheel silk pressing dynamics can't be adjusted, and produces serious static.
2. what the transmission of pendulum bucket was adopted is the peach-shaped eccentric wheel, and eccentric weight is big during because of installation, and the eccentric force during rotation can drive whole equipment and produce very big vibrations; Be changeless because of the eccentric groove slideway of peach-shaped simultaneously, cause the amplitude of oscillation of pendulum bucket to adjust.
3. adopt the one-sided chain drive that drags, the slide block that causes pendulum bucket to drag on the car often blocks with the slideway on the frame, and normal off falls when putting trolley and dragging chain and drag strut, causes and stops.
Summary of the invention
The utility model is at the problem that existing swinging-bucket type pendulum wire machine exists, and a kind of easy to operate, operation is smooth and easy, the tow pendulum wire is in good condition orthoscopic pendulum wire machine is provided.。
Orthoscopic pendulum wire machine of the present utility model adopts following technical proposals:
This Linear type yarn swaying machine comprises that Linear type yarn swaying machine comprises three wire feed rolls, straight line pendulum bucket, straight line pendulum bucket dolly, horizontal swing car, draws silk device and PLC programmable controller; Straight line pendulum bucket dolly is installed on the horizontal swing car by track, the two ends of track are equipped with the straight swing car limit sensors, three wire feed rolls are installed on the straight line pendulum bucket dolly, on the straight line pendulum bucket dolly wire feed rolls force expansion regulator is installed, draws silk device and wire feed rolls motor, the wire feed rolls motor is connected with three wire feed rolls by transmission device; Straight swing car motor and driving-belt are installed on the horizontal swing car, and the straight swing car motor is connected with driving-belt by belt wheel, and straight line pendulum bucket dolly links together by connecting plate and driving-belt; The straight line pendulum bucket is installed on the straight line pendulum bucket dolly; Horizontal pendulum dragging motor is installed on the horizontal swing car, the bottom of horizontal swing car is equipped with horizontal spot cars wheel by power transmission shaft, laterally be connected by transmission device between pendulum dragging motor and the power transmission shaft, horizontal swing car is installed on the horizontal spot cars track by horizontal spot cars wheel, and laterally the two ends of spot cars track are equipped with the horizontal swing car limit sensors; Wire feed rolls motor, straight swing car limit sensors, horizontal swing car limit sensors, straight swing car motor and be connected and put dragging motor and all be connected with the PLC programmable controller.
Above-mentioned Linear type yarn swaying machine is driven the straight line pendulum bucket by straight line pendulum bucket dolly and is vertically moved by the mobile straight line pendulum bucket transverse shifting that drives of horizontal swing car.By the operation of PLC programmable controller control straight line pendulum bucket dolly, horizontal swing car and wire feed rolls, thereby control straight line pendulum bucket is in horizontal and vertical operation amplitude.By the control of PLC programmable controller wire feed rate, lateral velocity and straight slew rate degree, it is even to reach pendulum wire, make tow band pressurized uniform and stable, wire feed rolls and tow band are difficult for skidding friction and produce static, add wire feed rate, lateral velocity and the three fast class specific output controls of straight slew rate degree, more guaranteed the harmony of transverse and longitudinal pendulum wire.
The utility model is simple in structure, stability is more reliable, and wire feed is steady, has realized disposable adjustment, and pendulum wire harmony is better, does not produce static, and pendulum wire is smooth, and fault rate is low, the operation simple and convenient.
Description of drawings
Fig. 1 is the structural representation of the utility model orthoscopic pendulum wire machine.
Among the figure, 1, wire feed rolls, 2, the tension adjusting device, 3, the wire feed rolls motor, 4, straight line pendulum bucket dolly, 5, directly put the dolly limit sensors, 6, laterally put the dolly limit sensors, 7, directly put trolley track, 8, directive wheel, 9, directly put vehicle motor, 10, regulating wheel, 11, horizontal spot cars wheel, 12, horizontal spot cars track, 13, driving belt, 14, straight line pendulum bucket, 15, laterally put dragging motor, 16, passive belt wheel, 17, draw silk device, 18, wheel, 19, laterally put dolly, 20, connecting plate.
The specific embodiment
As shown in Figure 1, orthoscopic pendulum wire machine of the present utility model comprise three wire feed rollss 1, straight line pendulum bucket 14, straight line pendulum bucket dolly 4, laterally put dolly 19, draw silk device 17 and PLC programmable controller.Straight line pendulum bucket dolly 4 is installed on the horizontal swing car 19.Three wire feed rolls 1 are installed on the straight line pendulum bucket dolly 4, and three-wheel is regulated acetate silk S-type winding on three wire feed rolls 1 by the wire feed rolls force expansion regulator 2 synchronous tensions that are installed on the straight line pendulum bucket dolly 4.On the straight line pendulum bucket dolly 4 wire feed rolls motor 3 is installed, drives 1 running of three wire feed rollss by wire feed rolls motor 3.The bottom of straight line pendulum bucket dolly 4 is equipped with wheel 18 and directive wheel 8.Straight swing car track 7 is installed above the horizontal swing car 19, and straight line pendulum bucket dolly 4 is mobile at track 7 by straight swing car wheel 18.Laterally on the pendulum dolly 19 straight pendulum vehicle motor 9, regulating wheel 10 and passive belt wheel 16 are installed, directly put on the vehicle motor 9 driving pulley is installed, be connected with driving belt 13 between driving pulley and the passive belt wheel 16, driving belt 13 is by regulating wheel 10 tensionings.Straight line pendulum bucket dolly 4 and driving-belt 13 link together by connecting plate 20.Straight swing car motor 9 drives driving-belt 13 runnings, and it is mobile at straight swing car track 7 that driving-belt 13 drives straight line pendulum bucket dolly 4.The two ends of straight swing car track 7 are equipped with straight swing car limit sensors 5, with the moving range of control straight line pendulum bucket dolly 4.Straight line pendulum bucket 14 is installed in the side of straight line pendulum bucket dolly 4.Also be equipped with on the straight line pendulum bucket dolly 4 and draw silk device 17.
Horizontal pendulum dragging motor 15 is installed on the horizontal swing car 19, and the bottom of horizontal swing car 19 is equipped with horizontal spot cars wheel 11 by power transmission shaft, laterally puts between dragging motor 15 and the power transmission shaft to be connected by gear drive.Laterally put dragging motor 15 and drive the power transmission shafts running, the horizontal spot cars wheel 11 on the power transmission shaft is moved along horizontal spot cars track 12, laterally the two ends of spot cars track 12 are equipped with horizontal swing car limit sensors 6, with the moving range of control horizontal swing car 19.Mobile straight line pendulum bucket 14 transverse shiftings that drive of horizontal swing car 19, straight line pendulum bucket dolly 4 drives straight line pendulum bucket 14 and vertically moves.
Wire feed rolls motor 3, straight swing car limit sensors 5, horizontal swing car limit sensors 6, straight swing car motor 9 and be connected and put dragging motor 15 and all be connected with the PLC programmable controller, by the operation of PLC programmable controller control straight line pendulum bucket dolly 4, horizontal swing car 19 and wire feed rolls 1, thereby control straight line pendulum bucket 14 is in horizontal and vertical operation amplitude.
By the control of PLC programmable controller wire feed rate, lateral velocity and straight slew rate degree, it is even to reach pendulum wire, what wire feed rolls adopted is that three-wheel is synchronous, and having added tension regulates automatically, the tow band around wheel, can make tow band pressurized uniform and stable through three-wheel S type like this, and wire feed rolls and tow band are difficult for skidding friction and produce static, add wire feed rate, lateral velocity and the three fast class specific output controls of straight slew rate degree, more guaranteed the harmony of transverse and longitudinal pendulum wire.
Claims (1)
1. a Linear type yarn swaying machine comprises that Linear type yarn swaying machine comprises three wire feed rolls, straight line pendulum bucket, straight line pendulum bucket dolly, horizontal swing car, draws silk device and PLC programmable controller; It is characterized in that: straight line pendulum bucket dolly is installed on the horizontal swing car by track, the two ends of track are equipped with the straight swing car limit sensors, three wire feed rolls are installed on the straight line pendulum bucket dolly, on the straight line pendulum bucket dolly wire feed rolls force expansion regulator is installed, draws silk device and wire feed rolls motor, the wire feed rolls motor is connected with three wire feed rolls by transmission device; Straight swing car motor and driving-belt are installed on the horizontal swing car, and the straight swing car motor is connected with driving-belt by belt wheel, and straight line pendulum bucket dolly links together by connecting plate and driving-belt; The straight line pendulum bucket is installed on the straight line pendulum bucket dolly; Horizontal pendulum dragging motor is installed on the horizontal swing car, the bottom of horizontal swing car is equipped with horizontal spot cars wheel by power transmission shaft, laterally be connected by transmission device between pendulum dragging motor and the power transmission shaft, horizontal swing car is installed on the horizontal spot cars track by horizontal spot cars wheel, and laterally the two ends of spot cars track are equipped with the horizontal swing car limit sensors; Wire feed rolls motor, straight swing car limit sensors, horizontal swing car limit sensors, straight swing car motor and be connected and put dragging motor and all be connected with the PLC programmable controller.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920280067XU CN201553826U (en) | 2009-12-08 | 2009-12-08 | Linear type yarn swaying machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200920280067XU CN201553826U (en) | 2009-12-08 | 2009-12-08 | Linear type yarn swaying machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201553826U true CN201553826U (en) | 2010-08-18 |
Family
ID=42613502
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN200920280067XU Expired - Lifetime CN201553826U (en) | 2009-12-08 | 2009-12-08 | Linear type yarn swaying machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201553826U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104562253A (en) * | 2015-01-19 | 2015-04-29 | 中国计量学院 | Wind and liquid double-cooling plastic-wire drawing machine |
-
2009
- 2009-12-08 CN CN200920280067XU patent/CN201553826U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104562253A (en) * | 2015-01-19 | 2015-04-29 | 中国计量学院 | Wind and liquid double-cooling plastic-wire drawing machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20100818 |