CN209052832U - A kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine - Google Patents
A kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine Download PDFInfo
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- CN209052832U CN209052832U CN201821809664.2U CN201821809664U CN209052832U CN 209052832 U CN209052832 U CN 209052832U CN 201821809664 U CN201821809664 U CN 201821809664U CN 209052832 U CN209052832 U CN 209052832U
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Abstract
The utility model relates to carbon nano-tube fibre is twisted to the equipment with voltage regulator tube, specially a kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine, the digital carbon nano-tube fibre twisting and voltage regulator tube machine include carbon nano-tube fibre substrate holding mechanism, twist flier mechanism, spool elevating mechanism, winding mechanism, Yarn guide mechanism, and using touch screen as the Digitizing And Control Unit of operation interface.The digital carbon nano-tube fibre twisting of the utility model is simple with voltage regulator tube machine structure, it is easy to operate, and it twists flier mechanism, spool elevating mechanism, winding mechanism is all made of independent motor and is driven, process adjustments are convenient, and changing corresponding parameter on the touchscreen can be realized modification to technique, and the coil after doffing serialization twisting and package carbon nano-tube fibre and can be unwound and be wrapped on specified spool by the digital carbon nano-tube fibre twisting of the utility model and voltage regulator tube machine.
Description
Technical field
The utility model relates to a kind of textile machines, specially a kind of to twist carbon nano-tube fibre, winding and voltage regulator tube
Digital carbon nano-tube fibre twisting and voltage regulator tube machine.
Background technique
This new material of carbon nanotube has many abnormal mechanics, electricity and chemical property.With to carbon nanomaterial
Research go deep into, wide application prospect is also constantly shown, but currently not yet a kind of equipment can continuously by
Carbon nano-tube fibre twists resultant yarn.
Utility model content
A kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine, it includes carbon nano-tube fibre substrate holding mechanism, is added
Twirl flier mechanism, spool elevating mechanism, winding mechanism, Yarn guide mechanism, and using touch screen as the Digital Control of operation interface
System, it is characterized in that two gripping bases are mounted on the rack in the carbon nano-tube fibre substrate holding mechanism, two guide rails
Bar is mounted on gripping base, and two grip blocks are opposite to be mounted on two guide rail poles, is equipped with two grip block two sides
Four pressing springs, two guide rods are mounted on grip block.
In the twisting flier mechanism, flier motor is mounted on the rack, and flier motor synchronous pulley is mounted on flier
On the output shaft of motor, two groups of tensioning wheel assemblies are mounted on the rack, and flier is mounted on the rack by bearing block, and flier is synchronous
Belt wheel is mounted on flier, and flier synchronous pulley is installed between flier motor synchronous pulley and flier synchronous pulley.
In the spool elevating mechanism, lifting motor is mounted on the rack, and lifting motor synchronous pulley is mounted on lifting
On the output shaft of motor, lead screw is mounted on the rack by bearing block, and screw synchronous belt wheel is mounted on lead screw, and lifting motor is same
Screw synchronous band is installed between step belt wheel and screw synchronous belt wheel, screw pair is mounted on lead screw, and hoistable platform is mounted on
On screw pair, two linear guides are mounted on the rack, and two linear guides sliding blocks are separately mounted to two linear guides
On, two guide-rail coupling members are separately mounted on two linear guides sliding blocks, and two guide-rail coupling members and hoistable platform machinery connect
It connects.
In the winding mechanism, winding motor is mounted on hoistable platform, and winding motor synchronous pulley is mounted on winding
On the output shaft of motor, two groups of winding tensioning wheels are mounted on hoistable platform, and coil holder is mounted on hoistable platform, shaft of bobbin
It is mounted on coil holder by bearing block, bobbin synchronous pulley is mounted on shaft of bobbin, winding motor synchronous pulley and bobbin
Bobbin synchronous belt is installed, fibre pipe is mounted on shaft of bobbin between synchronous pulley.
In the Yarn guide mechanism, six lever jacks are mounted on the rack, and yarn guide is mounted on the rack, and is wound with fiber
Fibre pipe be mounted on yarn guide.
The flier motor, lifting motor, winding motor are independent servo motor, by touch screen respectively by institute
Flier servo-driver in the Digitizing And Control Unit stated, lift servo driver wind servo driver drives and control.
Coil unwinding after the digital carbon nano-tube fibre is twisted and voltage regulator tube machine can will doff is wrapped to specified
On spool.
Detailed description of the invention
Fig. 1 is the overall structure (axis of the utility model digital carbon nano-tube fibre twisting and a kind of embodiment of voltage regulator tube machine
Side view) schematic diagram；
Fig. 2 is that the digital carbon nano-tube fibre twisting of the utility model and a kind of overall structure of embodiment of voltage regulator tube machine are (main
View) schematic diagram；
Fig. 3 is that the digital carbon nano-tube fibre twisting of the utility model and a kind of overall structure of embodiment of voltage regulator tube machine are (left
View) schematic diagram.
Specific embodiment
Combined with specific embodiments below and its attached drawing is described in more detail the utility model:
For the digital carbon nano-tube fibre twisting of the utility model and voltage regulator tube machine (referring to Fig. 1-3), it includes carbon nanotube
Fibrous substrate clamping device, twist flier mechanism, spool elevating mechanism, winding mechanism, Yarn guide mechanism, and with touch screen be behaviour
Make the Digitizing And Control Unit at interface.
In the carbon nano-tube fibre substrate holding mechanism, two gripping bases 11 are mounted on the rack, two guide rail poles
14 are mounted on gripping base 11, and two grip blocks 12 are opposite to be mounted on two guide rail poles 14, at two 12 liang of grip block
There are four pressing spring, two guide rods 13 are mounted on grip block 12 for side installation.Carbon nano-tube fibre be by substrate holding,
Entire substrate is clamped in the centre of two grip blocks 12, so as to subsequent twisting work.
In the twisting flier mechanism, flier motor 21 is mounted on the rack, and flier motor synchronous pulley 24 is mounted on
On the output shaft of flier motor 21, two groups of tensioning wheel assemblies 22 are mounted on the rack, and flier 26 is mounted on rack by bearing block
On, flier synchronous pulley 25 is mounted on flier 26, installs flier between flier motor synchronous pulley 24 and flier synchronous pulley 25
Synchronous belt.The flier motor 21 is independent servo motor, by touch screen by the flier of the Digitizing And Control Unit
Servo driver drives and control.Machine is before operating, by the carbon nano-tube fibre extracted out from substrate from 26 top of flier
Fiber entry introduces, then draws and be wound up on fibre pipe 47 by the outlet hole of 261 lower end of flier arm.Machine in the running,
Flier motor 21 is through 24, two groups of tensioning wheel assemblies 22 of flier motor synchronous pulley, 25 flier toothed belt transmission of flier synchronous pulley
Flier 26 runs at high speed, to realize the work twisted to carbon nano-tube fibre.
In the spool elevating mechanism, lifting motor 36 is mounted in lifting motor rack, lifting motor synchronous pulley
37 are mounted on the output shaft of lifting motor 36, and lead screw 31 is mounted on the rack by bearing block, and screw synchronous belt wheel 35 is installed
On lead screw 31, screw synchronous band, screw pair 39 are installed between lifting motor synchronous pulley 37 and screw synchronous belt wheel 35
It being mounted on lead screw 31, hoistable platform 34 is mounted on screw pair 39, and two linear guides 32 are mounted on the rack, and two
Linear guides sliding block 33 is separately mounted on two linear guides 32, and two guide-rail coupling members 38 are separately mounted to two linearly
On guide rail slide block 33, two guide-rail coupling members 38 and hoistable platform 34 are mechanically connected.The lifting motor is individual servo
Motor is driven and is controlled by the lift servo driver of the Digitizing And Control Unit by touch screen.Machine in the running, rises
Motor 36 is dropped through lifting motor synchronous pulley 37, screw synchronous belt wheel 35, screw synchronous band, and lead screw 31, screw pair 39, two
A linear guides 32, two linear guides sliding blocks 33, two guide-rail coupling members 38 are driven hoistable platform 34 and do above and below regular
It moves back and forth.
In the winding mechanism, winding motor 42 is mounted on hoistable platform 34, and winding motor synchronous pulley 41 is installed
On the output shaft of winding motor 42, two groups of winding tensioning wheels 43 are mounted on hoistable platform 34, and coil holder 44 is mounted on liter
It drops on platform 34, shaft of bobbin 46 is mounted on coil holder 44 by bearing block, and bobbin synchronous pulley 45 is mounted on shaft of bobbin 46
On, bobbin synchronous belt is installed, fibre pipe 47 is mounted on shaft of bobbin between winding motor synchronous pulley 41 and bobbin synchronous pulley 45
On 46.The winding motor 42 is individual servo motor, is watched by touch screen by the winding of the Digitizing And Control Unit
Take driver driving and control.Machine in the running, the rolled motor synchronous pulley 41 of winding motor 42, two groups of winding tensioning wheels
43, bobbin synchronous pulley 45, bobbin synchronous belt and shaft of bobbin 46 are driven the rotary motion that fibre pipe 47 does high speed, then by with
The cooperation that pumps of hoistable platform 34, to be wound up into the yarn after twisting is regular on fibre pipe.
In the Yarn guide mechanism, six lever jacks 51 are mounted on the rack, and yarn guide 53 is mounted on the rack, and are wound with
The fibre pipe 52 of fiber is mounted on yarn guide 53.The Yarn guide mechanism is by the unwinding yarn on spool and to be wrapped to specified
Spool on, when using the function, need to choose the function by touch screen, Digitizing And Control Unit can pass through flier servo
Driver drives flier motor 21, flier 26 is rotated to the position of falling yarn, and keep the position.User will be wound with according to demand
Yarn on the fibre pipe 52 of fiber is by passing through the outlet hole for 261 lower end of flier arm closed on and being wound up into fibre after lever jack 51
It ties up on pipe 47, the cooperation that pumps with hoistable platform 34 is moved by the revolution at a high speed of fibre pipe 47 on shaft of bobbin 46,
In yarn regular debatching to fibre pipe 47 to be wound on the fibre pipe 52 of fiber.
The Digitizing And Control Unit of the utility model digital carbon nano-tube fibre twisting and voltage regulator tube machine, including touch screen,
Programmable controller and servo-driver.Programmable controller is according to the spinning parameters being set in advance in touch screen, with servo
Driver carries out data transmission, and each motor is driven to be operated according to required revolving speed.It is man-machine right that touch screen is used to complete
Function is talked about, convenient and efficient, can switch two different operating modes on the touchscreen is to twist to batch mode and warp mode,
Can also various yarning process parameters be set on the touchscreen: including the twist, ingot speed, forming angle, convoluting speed etc., then by this
A little technological parameters send programmable controller to, and to control spinning process, while programmable controller will test or count
The real-time status of calculation is transmitted on touch screen and shows.
Claims (3)
1. a kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine, it includes carbon nano-tube fibre substrate holding mechanism, twisting
Flier mechanism, spool elevating mechanism, winding mechanism, Yarn guide mechanism, and using touch screen as the Digital Control system of operation interface
System, it is characterized in that two gripping bases are mounted on the rack in the carbon nano-tube fibre substrate holding mechanism, two guide rail poles
It is mounted on gripping base, two grip blocks are opposite to be mounted on two guide rail poles, is equipped with four two grip block two sides
A pressing spring, two guide rods are mounted on grip block,
In the twisting flier mechanism, flier motor is mounted on the rack, and flier motor synchronous pulley is mounted on flier motor
Output shaft on, two groups of tensioning wheel assemblies are mounted on the rack, and flier is mounted on the rack by bearing block, flier synchronous pulley
It is mounted on flier, flier synchronous pulley is installed between flier motor synchronous pulley and flier synchronous pulley,
In the spool elevating mechanism, lifting motor is mounted on the rack, and lifting motor synchronous pulley is mounted on lifting motor
Output shaft on, lead screw is mounted on the rack by bearing block, and screw synchronous belt wheel is mounted on lead screw, lifting motor synchronous belt
Screw synchronous band is installed between wheel and screw synchronous belt wheel, screw pair is mounted on lead screw, and hoistable platform is mounted on lead screw
On pair of nut, two linear guides are mounted on the rack, and two linear guides sliding blocks are separately mounted on two linear guides, and two
A guide-rail coupling member is separately mounted on two linear guides sliding blocks, and two guide-rail coupling members are connect with hoistable platform machinery,
In the winding mechanism, winding motor is mounted on hoistable platform, and winding motor synchronous pulley is mounted on winding motor
Output shaft on, two groups of winding tensioning wheels are mounted on hoistable platform, and coil holder is mounted on hoistable platform, and shaft of bobbin passes through
Bearing block is mounted on coil holder, and bobbin synchronous pulley is mounted on shaft of bobbin, and winding motor synchronous pulley is synchronous with bobbin
Bobbin synchronous belt is installed between belt wheel, fibre pipe is mounted on shaft of bobbin,
In the Yarn guide mechanism, six lever jacks are mounted on the rack, and yarn guide is mounted on the rack, and are wound with the fibre of fiber
Dimension pipe is mounted on yarn guide.
2. digital carbon nano-tube fibre twisting according to claim 1 and voltage regulator tube machine, it is characterised in that the flier
Motor, lifting motor, winding motor are independent servo motor, by touch screen respectively by the Digitizing And Control Unit
Middle flier servo-driver, lift servo driver wind servo driver drives and control.
3. digital carbon nano-tube fibre twisting according to claim 1 and voltage regulator tube machine, it is characterised in that the number
Coil after doffing can be unwound and be wrapped on specified spool with voltage regulator tube machine by the twisting of formula carbon nano-tube fibre.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821809664.2U CN209052832U (en) | 2018-11-05 | 2018-11-05 | A kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821809664.2U CN209052832U (en) | 2018-11-05 | 2018-11-05 | A kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine |
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| Publication Number | Publication Date |
|---|---|
| CN209052832U true CN209052832U (en) | 2019-07-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821809664.2U Active CN209052832U (en) | 2018-11-05 | 2018-11-05 | A kind of digital carbon nano-tube fibre twisting and voltage regulator tube machine |
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| CN (1) | CN209052832U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114572765A (en) * | 2022-02-23 | 2022-06-03 | 武汉市碳翁科技有限公司 | Carbon nanotube twisting and collecting device and using method |
-
2018
- 2018-11-05 CN CN201821809664.2U patent/CN209052832U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114572765A (en) * | 2022-02-23 | 2022-06-03 | 武汉市碳翁科技有限公司 | Carbon nanotube twisting and collecting device and using method |
| CN114572765B (en) * | 2022-02-23 | 2023-11-21 | 武汉市碳翁科技有限公司 | Carbon nano tube twisting and collecting device and using method |
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