CN206799825U - A kind of four twist spindles - Google Patents
A kind of four twist spindles Download PDFInfo
- Publication number
- CN206799825U CN206799825U CN201720714157.XU CN201720714157U CN206799825U CN 206799825 U CN206799825 U CN 206799825U CN 201720714157 U CN201720714157 U CN 201720714157U CN 206799825 U CN206799825 U CN 206799825U
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- China
- Prior art keywords
- bevel gear
- gear
- spindle blade
- twisting plate
- ingot rod
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- Spinning Or Twisting Of Yarns (AREA)
Abstract
A kind of four twist spindles, belong to textile technology field.Steering mechanism of the present utility model includes upper bevel gear,Lower bevel gear,Carrier gear fixed mount and at least one gap bridge bevel gear,Upper bevel gear,Carrier gear fixed mount and lower bevel gear set gradually from top to bottom,Wherein carrier gear fixed mount and lower bevel gear is set on lower ingot rod,The rack of upper bevel gear is located at bottom,The top of upper bevel gear has one section of cylindrical rod,Bearing is set with the top of described lower ingot rod,Cylindrical rod is provided with the mounting shaft hole with the bearing fit,The periphery wall of cylindrical rod coordinates with described circular trough,The outer ring that cylindrical rod is coated at the bearing of support lower ingot rod is placed in described circular trough,The axis hole of gap bridge bevel gear is supported by bridge gear shaft and installed,The axis of bridge gear shaft is vertical with upper spindle blade axis and is fixedly mounted on described carrier gear fixed mount,Gap bridge bevel gear cooperates with the upper bevel gear being positioned above and the lower bevel gear being disposed below.
Description
Technical field
The utility model belongs to textile technology field, especially relevant with the spindle of a kind of one turn four sth. made by twisting.
Background technology
To adapt to the twisting of yarn high twist and improving the requirement of twisting production efficiency, occur four in twisting machine field
Twist spindles are twisted to yarn.The structure of existing four twist spindles includes upper spindle blade and lower ingot rod, on upper spindle blade and lower ingot rod
Twisting plate is set with, the lower ingot rod of whole equipment is all concentrated by main motor by same root tengential belt provides power drive, passes through
Mechanical steering transmission mechanism connects upper spindle blade and lower ingot rod, and spindle blade inverts with respect to lower ingot rod in realization, so as to realize to yarn
One turn four twist with the fingers twisting.The mechanical structure of existing steering gear is complex, because upper spindle blade and lower ingot rod are required and done
High-speed motion, upper spindle blade stability when doing from action are also poor.
Utility model content
For drawbacks described above existing for above-mentioned background technology, the utility model aims to provide a kind of Stability Analysis of Structures and structure
Relatively simple four twist spindles.
Therefore, the utility model uses following technical scheme：A kind of four twist spindles, including upper wharve, lower wharve, fixation
Seat, upper static cup, under static cup, upper spindle blade, lower ingot rod, upper twisting plate, lower twisting plate, ingot pulley, spindle seat and steering mechanism,
The lower ingot rod is threaded onto by bearings in the vertical through holes of the spindle seat, and the ingot pulley is equipped with described
The upper end of spindle seat and fixed cover be loaded on lower ingot rod, the lower twisting plate be located at the upper end of ingot pulley simultaneously fixed cover be loaded on it is described under
Spindle blade, the lower wharve are fixedly installed in the lower twisting plate upper end, set centre bore on the lower ingot rod, the centre bore lower end
Through the lower surface of lower ingot rod, centre bore upper end by radial hole through lower ingot rod periphery and with the silk rolling hole of lower twisting plate
Face UNICOM；
For described upper twisting plate fixed cover loaded on upper spindle blade, described upper wharve is fixedly installed in the upper twisting plate
Upper end, described fixed seat are provided centrally with shaft sleeve part, and fixed seating is above the upper wharve and by described in bearings
Shaft sleeve part is set in described upper spindle blade, and the bottom of described upper static cup is fixedly installed in the fixed seat, magnet steel frame peace
Mounted in upper static cup intracavity bottom；The upper spindle blade is provided through the centre bore of upper surface, and the centre bore lower end passes through radially
Hole through upper spindle blade periphery and with the silk rolling hole face UNICOM of upper twisting plate；It is characterized in that：
Described steering mechanism includes upper bevel gear, lower bevel gear, carrier gear fixed mount and at least one cone tooth of passing a bridge
Wheel, upper bevel gear, carrier gear fixed mount and lower bevel gear set gradually from top to bottom, wherein carrier gear fixed mount and lower cone
Gear set is on described lower ingot rod, and the rack of upper bevel gear is located at bottom, and the top of upper bevel gear has one section of installation axle
Portion, bearing is set with the top of described lower ingot rod, and installation axle portion is provided with the mounting shaft hole with the bearing fit, described upper ingot
The bottom surface of bar opens up circular trough, and the periphery wall and described circular trough for installing axle portion coordinate, and installation axle portion is coated at described in support
The outer ring of bearing of lower ingot rod be placed in described circular trough, the axis hole of described gap bridge bevel gear passes through bridge gear shaft
Support installation, the axis of bridge gear shaft is vertical with described upper spindle blade axis and carrier gear described in being fixedly mounted on is fixed
On frame, gap bridge bevel gear cooperates with the upper bevel gear being positioned above and the lower bevel gear being disposed below, lower cone
The bottom of gear is arranged at described lower wharve upper end, and the outer end support of bridge gear shaft is installed on a back-up ring；
The bottom of static cup is supported by a stationary disk and interfixed with described back-up ring under described, under be wrapped in outside static cup
Described steering mechanism, upper twisting plate and upper wharve；Described magnet steel frame and it is described under static cup be provided with the magnetic being engaged
Steel, frame under described outside static cup be provided with it is described under the magnet steel that is engaged of magnet steel on static cup, pass through magnet steel magnetic
Power is attracting make under static cup, integrated motor shell, upper static cup relative position it is static constant.
As the supplement to above-mentioned technical proposal and perfect, the utility model also includes following technical characteristic.
Described upper spindle blade includes two sections, and the diameter of the upper spindle blade of the lower section is more than the upper spindle blade of upper portion,
Described upper twisting plate is set on the upper spindle blade of upper portion, and the bottom of upper twisting plate is resisted against the step surface of spindle blade formation
On.
The quantity of described gap bridge bevel gear is three, and three gap bridge bevel gears are uniformly consolidated in described carrier gear respectively
Determine on frame.
It is two to support bearing of the lower ingot rod in the circular trough, and the outer ring of two bearings passes through spacer interval one
Set a distance, the inner ring of two bearings pass through spring supporting.
It can reach following beneficial effect using the utility model：The utility model is by upper and lower bevel gear and by fixing
Frame supported with spacing back-up ring and be circumferentially evenly arranged three gap bridge bevel gear sets of installation into steering mechanism to transmit rotation dynamic
Power, and upper reverse rotation between spindle blade and lower ingot rod is realized, simple and reasonable for structure, power transmission is stable.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of carrier gear fixed mount.
Embodiment
Specific embodiment of the present utility model is described in detail below in conjunction with the accompanying drawings.
As shown in Fig. 1~Fig. 2, the utility model include upper wharve 8, lower wharve 9, fixed seat 5, upper static cup 6, under it is static
Cup 7, upper spindle blade 1, lower ingot rod 2, upper twisting plate 3, lower twisting plate 4, ingot pulley 16, spindle seat 17 and steering mechanism, lower ingot rod 2 are logical
Cross bearings to be threaded onto in the vertical through holes of spindle seat 17, ingot pulley 16 is equipped with the upper end of spindle seat 17 and fixed cover
Loaded on lower ingot rod 2, lower twisting plate 4 is located at the upper end of ingot pulley 16 and fixed cover is loaded on lower ingot rod 2, and lower wharve 9 is fixedly installed in
The lower upper end of twisting plate 4, centre bore is set on lower ingot rod 2, the lower surface of lower ingot rod 2, centre bore upper end are run through in the centre bore lower end
By radial hole through lower ingot rod 2 periphery and with the silk rolling hole face UNICOM of lower twisting plate 4.
For the upper fixed cover of twisting plate 3 loaded on upper spindle blade 1, upper wharve 8 is fixedly installed in the upper end of twisting plate 3, fixed seat 5
Shaft sleeve part is provided centrally with, fixed seat 5 positioned at the upper top of wharve 8 and is set in upper spindle blade 1 by bearings shaft sleeve part, upper quiet
Only the bottom of cup 6 is fixedly installed in fixed seat 5, and magnet steel frame 18 is arranged on upper static cup intracavity bottom；Upper spindle blade 1, which is provided with, to be passed through
Put on the centre bore of end face, the centre bore lower end by radial hole through upper spindle blade 1 periphery and with the silk rolling of upper twisting plate 3
Hole face UNICOM.
Steering mechanism includes upper bevel gear 11, lower bevel gear 13, carrier gear fixed mount 14 and three gap bridge bevel gears 12,
Upper bevel gear 11, carrier gear fixed mount 14 and lower bevel gear 13 set gradually from top to bottom, wherein carrier gear fixed mount 14
It is set in lower bevel gear 13 on lower ingot rod 2, the rack of upper bevel gear 11 is located at bottom, and the top of upper bevel gear 11 has one section
Axle portion is installed, the top of lower ingot rod 2 is set with bearing 10, and installation axle portion is provided with the mounting shaft hole coordinated with the bearing 10, upper ingot
The bottom surface of bar opens up circular trough, and the periphery wall and circular trough for installing axle portion coordinate, and installation axle portion is coated at the axle of support lower ingot rod 2
Hold 10 outer ring to be placed in circular trough, the axis hole of gap bridge bevel gear 12 passes through the support installation of bridge gear shaft 15, carrier gear
The axis of axle 15 is vertical with the upper axis of spindle blade 1 and is fixedly mounted on carrier gear fixed mount 14, and gap bridge bevel gear 12 is with being located at
Upper bevel gear 11 above it cooperates with the lower bevel gear 13 being disposed below, and the bottom of lower bevel gear 13 is arranged at lower ingot
The upper end of disk 9, the outer end support of bridge gear shaft 15 are installed on a back-up ring 20；
The bottom of static cup 7 is supported by a stationary disk 19 and interfixed with described back-up ring 20 under described, under static cup 7
It is wrapped in steering mechanism, upper twisting plate 3 and upper wharve 8 outside；Magnet steel frame 18 and under static cup 7 be provided with the magnet steel that is engaged, under it is quiet
Only the frame of the outside of cup 7 is provided with the magnet steel that the magnet steel with on static cup 7 is engaged, static under making by the way that magnet steel magnetic force is attracting
Cup, integrated motor shell, upper static cup relative position are static constant.
It is further preferred that upper spindle blade 1 includes two sections, the diameter of the upper spindle blade of the lower section is more than upper portion
Upper spindle blade, upper twisting plate 3 are set on the upper spindle blade of upper portion, and the bottom of upper twisting plate 3 is resisted against the platform of the formation of spindle blade 1
On terrace.
It is further preferred that bearing of the support lower ingot rod in circular trough is two, the outer ring of two bearings passes through spacer
Spaced apart, the inner ring of two bearings passes through spring supporting.
Constantly, yarn draws the axis hole for entering upper spindle blade through the flyer seat above spindle from tube to utility model works,
Enter upper twisting plate subsequently into the silk rolling hole of upper spindle blade axis hole UNICOM, yarn draws after two twisting are carried out on upper twisting plate
Guide lower twisting plate after filar guide above to spindle into, join after being coupled with two twists again on lower twisting plate from lower twisting plate
The axis hole of logical lower ingot rod is drawn and is wound on tube.
Claims (4)
1. a kind of four twist spindles, including upper wharve（8）, lower wharve（9）, fixed seat（5）, upper static cup（6）, under static cup（7）、
Upper spindle blade（1）, lower ingot rod（2）, upper twisting plate（3）, lower twisting plate（4）, ingot pulley（16）, spindle seat（17）And steering mechanism,
The lower ingot rod（2）The spindle seat is threaded onto by bearings（17）Vertical through holes in, the ingot pulley（16）Coordinate
It is arranged at described spindle seat（17）Upper end and fixed cover be loaded on lower ingot rod（2）, the lower twisting plate（4）Positioned at ingot pulley
（16）Upper end and fixed cover be loaded on the lower ingot rod（2）, the lower wharve（9）It is fixedly installed in the lower twisting plate（4）On
End, the lower ingot rod（2）Lower ingot rod is run through in upper setting centre bore, the centre bore lower end（2）Lower surface, centre bore upper end passes through
Radial hole runs through lower ingot rod（2）Periphery and with lower twisting plate（4）Silk rolling hole face UNICOM；
Described upper twisting plate（3）Fixed cover is loaded on upper spindle blade（1）On, described upper wharve（8）It is fixedly installed on described and adds
Twist with the fingers disk（3）Upper end, described fixed seat（5）It is provided centrally with shaft sleeve part, fixed seat（5）Positioned at the upper wharve（8）Top
And described upper spindle blade is set in by shaft sleeve part described in bearings（1）, described upper static cup（6）Bottom be fixedly mounted
In the fixed seat（5）On, magnet steel frame（18）Installed in upper static cup intracavity bottom；The upper spindle blade（1）It is provided through
Upper spindle blade is run through in the centre bore of end face, the centre bore lower end by radial hole（1）Periphery and with upper twisting plate（3）Silk rolling
Hole face UNICOM；It is characterized in that：
Described steering mechanism includes upper bevel gear（11）, lower bevel gear（13）, carrier gear fixed mount（14）With it is at least one
Gap bridge bevel gear（12）, upper bevel gear（11）, carrier gear fixed mount（14）With lower bevel gear（13）Set gradually from top to bottom,
Wherein carrier gear fixed mount（14）With lower bevel gear（13）It is set in described lower ingot rod（2）On, upper bevel gear（11）Tooth
Bar is located at bottom, upper bevel gear（11）Top have one section installation axle portion, described lower ingot rod（2）Top be set with bearing
（10）, installation axle portion be provided with and the bearing（10）The mounting shaft hole of cooperation, the bottom surface of described upper spindle blade open up circular trough, installation
The periphery wall of axle portion coordinates with described circular trough, and installation axle portion is coated at the described lower ingot rod of support（2）Bearing（10）'s
Outer ring is placed in described circular trough, described gap bridge bevel gear（12）Axis hole pass through bridge gear shaft（15）Support peace
Dress, bridge gear shaft（15）Axis and described upper spindle blade（1）Axis is vertical and is fixedly mounted on described carrier gear and consolidates
Determine frame（14）On, gap bridge bevel gear（12）With the upper bevel gear being positioned above（11）With the lower bevel gear being disposed below
（13）Cooperate, lower bevel gear（13）Bottom be arranged at described lower wharve（9）Upper end, bridge gear shaft（15）Outer end
Support is installed on a back-up ring（20）On；
Static cup under described（7）Bottom by a stationary disk（19）Support and with described back-up ring（20）Interfix, under it is static
Cup（7）It is outer to be wrapped in described steering mechanism, upper twisting plate（3）With upper wharve（8）；Described magnet steel frame（18）With it is described under it is quiet
Only cup（7）It is provided with the magnet steel being engaged, static cup under described（7）The frame of outside be provided with it is described under static cup（7）On
The magnet steel that is engaged of magnet steel.
A kind of 2. four twist spindles according to claim 1, it is characterised in that：Described upper spindle blade（1）Including two sections,
The diameter of the upper spindle blade of the lower section is more than the upper spindle blade of upper portion, described upper twisting plate（3）It is set in upper portion
On upper spindle blade, upper twisting plate（3）Bottom be resisted against spindle blade（1）On the step surface of formation.
A kind of 3. four twist spindles according to claim 1, it is characterised in that：Described gap bridge bevel gear（12）Quantity be
Three, three gap bridge bevel gears（12）Uniformly respectively in described carrier gear fixed mount（14）On.
A kind of 4. four twist spindles according to claim 3, it is characterised in that：The lower ingot rod is supported in the circular trough
Bearing be two, the outer ring of two bearings is spaced apart by spacer, and the inner ring of two bearings passes through spring supporting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720714157.XU CN206799825U (en) | 2017-06-19 | 2017-06-19 | A kind of four twist spindles |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720714157.XU CN206799825U (en) | 2017-06-19 | 2017-06-19 | A kind of four twist spindles |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206799825U true CN206799825U (en) | 2017-12-26 |
Family
ID=60747805
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720714157.XU Active CN206799825U (en) | 2017-06-19 | 2017-06-19 | A kind of four twist spindles |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206799825U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108547020A (en) * | 2018-06-19 | 2018-09-18 | 浙江文源智能科技有限公司 | A kind of four twist spindles |
| CN108716034A (en) * | 2018-06-19 | 2018-10-30 | 浙江文源智能科技有限公司 | Spindle blade and its manufacturing method on a kind of four twist spindles |
| WO2019214538A1 (en) * | 2018-05-07 | 2019-11-14 | 屏山红彤彤纺织有限公司 | Multiple-twist spindle and two-for-one twister |
-
2017
- 2017-06-19 CN CN201720714157.XU patent/CN206799825U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2019214538A1 (en) * | 2018-05-07 | 2019-11-14 | 屏山红彤彤纺织有限公司 | Multiple-twist spindle and two-for-one twister |
| CN108547020A (en) * | 2018-06-19 | 2018-09-18 | 浙江文源智能科技有限公司 | A kind of four twist spindles |
| CN108716034A (en) * | 2018-06-19 | 2018-10-30 | 浙江文源智能科技有限公司 | Spindle blade and its manufacturing method on a kind of four twist spindles |
| CN108547020B (en) * | 2018-06-19 | 2023-08-08 | 浙江文源智能科技有限公司 | Four-twisting spindle |
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| Date | Code | Title | Description |
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| GR01 | Patent grant |