CN108315841A - A kind of RING SPINNING Numerical control system and its control method - Google Patents
A kind of RING SPINNING Numerical control system and its control method Download PDFInfo
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- CN108315841A CN108315841A CN201810299893.2A CN201810299893A CN108315841A CN 108315841 A CN108315841 A CN 108315841A CN 201810299893 A CN201810299893 A CN 201810299893A CN 108315841 A CN108315841 A CN 108315841A
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- motor
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- rotating speed
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01H—SPINNING OR TWISTING
- D01H1/00—Spinning or twisting machines in which the product is wound-up continuously
- D01H1/14—Details
- D01H1/20—Driving or stopping arrangements
- D01H1/32—Driving or stopping arrangements for complete machines
- D01H1/34—Driving or stopping arrangements for complete machines with two or more speeds; with variable-speed arrangements, e.g. variation of machine speed according to growing bobbin diameter
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01H—SPINNING OR TWISTING
- D01H1/00—Spinning or twisting machines in which the product is wound-up continuously
- D01H1/02—Spinning or twisting machines in which the product is wound-up continuously ring type
Abstract
The invention discloses a kind of RING SPINNING Numerical control system and its control methods, including drafting system and winding shaping system, drafting system includes the rear roller that rotation is driven by drawing-off driving device, middle roller, front roller, winding shaping system includes the main shaft spindle and ring rail driven by winding driving device, drawing-off driving device and winding driving device are connect with IGPT central control units, IGPT central control units are connect with central control system, central control system is carried out data transmission with data calculating control system by KAN mechanicss of communication, data calculating control system is connect with parameter input device, main shaft spindle carries out real-time rotating speed acquisition by detection device, the rotating speed real-time delivery of detection device acquisition gives data calculating control system.The present invention, which realizes, adjusts the full-digital control of ring spinning frame and the interfaceization of yarning process parameter, then realizes the stability in high-speed spinning procedures, improves the stability of yarn quality.
Description
Technical field
The present invention relates to spinninging technical field, more particularly to a kind of RING SPINNING Numerical control system and its controlling party
Method.
Background technology
With the continuous improvement of the continuous enhancing and labor cost of international competition, electromechanical integration automatic control technology pair is utilized
Traditional equipment, which is transformed, has become textile industry most one of heat subject and textile enterprise's structural adjustment and industrialization at present
The inevitable requirement of upgrading.Simultaneously as the development of network especially technology of Internet of things, realizes that the network-based integrated management model of equipment is
The inexorable trend of the following enterprise development, especially traditional labor-intensive textile enterprise.On the other hand, domestic at present existing thin
The relatively low problem of yarn machine generally existing production efficiency passes through counter extensioin system under the premise of promoting spinning yarn quality and reducing recruitment
The theory analysis of system and the OVERALL OPTIMIZA-TION DESIGN FOR of draft mechanism matching component, to realize the feeding of big ration rove and spun yarn superelevation
The new-generation digital with independent intellectual property right is developed in branched production, intelligent spinning frame has become and realizes that spinning process is high
Imitate the key point of production.RING SPINNING is the most important spun yarn mode of production in current China, and the number of spindles of China's ring spinning at present is
More than 1.5 hundred million ingots, account for about the 2/3 of global spindle sum.But the ring throstle that domestic mainstream uses at present is all made of three sieve
The areas La Liang weighing draft, drafting multiple are restricted, and spinning efficiency is relatively low, while drawing-off, the twist, the just use of neck plate lifter change
It is single to influence yarn quality, production yarn variety for change gear method, adjustment process time and effort consuming.
Invention content
The purpose of the present invention provides a kind of RING SPINNING Numerical control system and its control method, to realize to ring spinning frame
In main shaft spindle, cop build, front roller, middle roller, the full-digital control of rear roller and yarning process parameter interface
Change and adjusts.
The present invention solve the technical solution that uses of above-mentioned technical problem for：A kind of RING SPINNING Numerical control system comprising lead
System and winding shaping system are stretched, drafting system includes the rear roller, middle roller, preceding sieve that rotation is driven by drawing-off driving device
It draws, winding shaping system includes the main shaft spindle and ring rail driven by winding driving device, drawing-off driving device and winding band
Dynamic device is connect with IGPT central control units, and IGPT central control units are connect with central control system, central control system
Carried out data transmission by KAN mechanicss of communication with data calculating control system, data calculating control system and parameter input device
Connection, main shaft spindle carry out real-time rotating speed acquisition by detection device, and the rotating speed real-time delivery of detection device acquisition gives data meter
Calculate control system.
Further, the drawing-off driving device includes that first motor and the first gearbox, the second motor and second become
Fast case, third motor and third gearbox, first motor drive rear roller to rotate by the first gearbox, and the second motor passes through the
Two gearboxes drive middle roller rotation, third motor to drive front roller to rotate by third gearbox.
Further, the first motor, the second motor and third motor are to be watched using the permanent-magnet synchronous of frequency control
Motor is taken, the first gearbox is 1:90 reduction box, the second gearbox are 1:90 reduction box, third gearbox are 1:9 subtract
Fast case.
Further, the winding driving device includes the 5th motor and the 4th gearbox, the 4th motor, the 4th motor
Direct-drive controls main shaft spindle, and the 5th motor drives ring rail oscilaltion by the 4th gearbox.
Further, the 4th motor is the electric vehicle rare earth permanent-magnet synchronization motor using frequency control.
Further, the IGPT central control units and first motor, the second motor, third motor, the 4th motor,
5th motor connects, for carrying out parallel synchronization to first motor, the second motor, third motor, the 4th motor, the 5th motor
Control；The IGPT central control units are connect with the central control system, and the central control system is wide by pulse
Degree modulation controls IGPT central control units, and the central control system is logical by KAN with data calculating control system
News technology carries out data transmission.
Further, the IGPT central control units and data calculating control system are bus-powered by AC-DC-DC
System power supply, AC-DC-DC bus power supply systems are connect with external ac power source.
Further, the parameter input device includes that touch screen, human-computer dialogue operation interface, enterprise data center are flat
Platform and cloud computing data platform, data calculating control system respectively with touch screen, human-computer dialogue operation interface, enterprise data center
Platform is connected with cloud computing data platform, and data calculating control system is operated by KAN mechanicss of communication and touch screen, human-computer dialogue
Interface carries out data transmission, and data calculating control system passes through internet and enterprise data center's platform, cloud computing data platform
Connecting communication.
A kind of control method of RING SPINNING Numerical control system, including common yarn production control method and fancy yarn production control
Method；Common yarn production control method includes the following steps：
（1）The selection of control model is carried out by touch screen or human-computer dialogue operation interface or enterprise data center's platform；
（2）Pass through touch screen or human-computer dialogue operation interface or enterprise data center's platform or cloud according to selected control model
Calculate input or acquisition that data platform carries out the parameter under selected control model；
（3）By step（2）Input or the parameter obtained pass to data calculating control system, and data calculating control system is according to defeated
The parameter entered carry out calculate respectively obtain first motor, the second motor, third motor, the 4th motor, the 5th motor rotating speed；
（4）Data calculating control system by the first motor being calculated, the second motor, third motor, the 4th motor, the 5th electricity
The rotating speed of machine passes to central control system by KAN mechanicss of communication, and then central control system passes through pulse width modulation pair
IGPT central control units are controlled, and are then adopted to first motor, the second motor, third motor, the 4th motor, the 5th motor
It is realized with frequency control respective according to the obtained rotational speed of calculating；
（5）In five motor rotation processes, detection device carries out real-time rotating speed acquisition to main shaft spindle, and turns what is acquired
Fast real-time delivery gives data calculating control system, when computer control system detects main shaft spindle offspeed setting speed
When 0.1% or more, by computer control system again according to calculating process above-mentioned calculate first motor at this time, the second motor,
The rotating speed of third motor, then control front roller motor speed and in, rear roller motor speed follows ingot speed and changes.
Further, step（1）Described in control model include that the production of common yarn and fancy yarn produce two kinds of control moulds
Formula, fancy yarn production include slub production and section coloured yarn production, and section coloured yarn production includes the flat yarn production of fancy and fancy bamboo
Save yarn production.
Further, step（2）Described in parameter include common yarn production control parameter and fancy yarn production control ginseng
Number, common yarn production control parameter include that the regular roving feeding of feeding, the spun yarn of production be quantitative, the design twist of spun yarn, main shaft ingot
Rotor speed, the drafting multiple in first break draft area, front roller diameter；Fancy yarn production control parameter includes slub production control parameter
Control parameter is produced with section coloured yarn, and slub production control parameter includes common yarn production control parameter and section length, pitch, again
Rate, train coefficient, endless form, section coloured yarn production control parameter include Duan Caiping yarns production control parameter and the life of section color bunchy yarn
Control parameter is produced, Duan Caiping yarns production control parameter includes common yarn production control parameter and the colored regular roving feeding of feeding, Duan Cai
Coefficient, section color bunchy yarn production control parameter include slub production control parameter and the colored regular roving feeding of feeding, section coloured silk coefficient；
The section coloured silk coefficient refers to that section coloured yarn is prized the lenth ratio of yarn section and white yarn section.
Further, the step（3）Middle calculating first motor, the second motor, third motor, the 4th motor, the 5th electricity
The mode of machine rotating speed is：
When carrying out the production of common yarn, calculated first according to the regular roving feeding of the feeding of input and the spun yarn of production are the ratio between quantitative
To total drafting multiple, proparea drawing-off then is calculated in the drafting multiple of total drafting multiple divided by the first break draft area of input
The linear velocity of front roller is calculated according to the design twist of the spun yarn of input and main shaft spindle rotating speed for multiple, then before
Front roller rotating speed is calculated in roller diameter, and the rotating speed of third motor, root are then directly obtained according to the speed ratio of third gearbox
Middle roller rotating speed is calculated according to front roller rotating speed and proparea drafting multiple, is then directly obtained according to the speed ratio of the second gearbox
Rear roller rotating speed is calculated according to middle roller rotating speed and back zone drafting multiple in the rotating speed of second motor, then becomes according to first
The speed ratio of fast case directly obtains the rotating speed of first motor, and turning for the 4th motor is directly obtained according to the main shaft spindle rotating speed of input
The rotating speed of the 5th motor is calculated according to the main shaft spindle rotating speed of input for speed；
When carrying out fancy yarn production, slub is produced, third motor, the 4th motor, the 5th motor rotating speed with it is common
Yarn is consistent when producing, when first motor, the rotating speed of the second motor and common yarn produce when the production of base yarn section in slub
It is consistent, using first motor, the second motor while speedup when the production of ring section in slub, and according to the bamboo inputted
Section multiplying power be calculated first motor at this time, the second motor rotating speed；For Duan Caiping yarns produce, wherein one feeding it is thick
Yarn is fed by middle roller, and another colored rove is fed by rear roller, and at this time by the quantification of general of the rove of middle roller feeding
The regular roving feeding of the feeding inputted when logical yarn production is determined by the quantification of feeding colour rove of the colored rove of rear roller feeding
Amount, when being produced for the white yarn section in section coloured yarn, rear roller stops operating at this time, then proparea drafting multiple is equal to total draft times
Number, middle roller rotation is calculated in proparea drafting multiple according to front roller rotating speed and at this time, then according to the second gearbox
Speed ratio directly obtains the rotating speed of the second motor, when being produced for the color yarn section in section coloured yarn, at this time according to by middle roller feeding
Yarn that rove is obtained through the drawing-off of front draft zone it is quantitative with the color yarn rove fed by rear roller through front draft zone and after before lead
It is quantitative to stretch the sum of the quantitative spun yarn for being equal to inputted production of yarn that the drawing-off in area obtains, calculate separately to obtain first motor,
The rotating speed of second motor；Section color bunchy yarn is produced, when being produced for the base yarn section in section color bunchy yarn, rear roller stops at this time
Rotation stop is dynamic, then proparea drafting multiple is equal to total draft multiple, then the proparea drafting multiple meter according to front roller rotating speed and at this time
Calculation obtains middle roller rotation, the rotating speed of the second motor is then directly obtained according to the speed ratio of the second gearbox, in section coloured yarn
The production of ring section when, at this time according to the yarn that is obtained through the drawing-off of front draft zone of rove by middle roller feeding it is quantitative with after
The color yarn rove of roller feeding through front draft zone and after front draft zone the obtained yarn of drawing-off it is the sum of quantitative be equal to inputted
The spun yarn of production is quantitatively multiplied by inputted ring multiplying power, calculate separately to obtain first motor, the second motor rotating speed.
The present invention is realized respectively using the control mode of permanent-magnet synchronous variable-frequency motor to main shaft spindle, cop build, preceding sieve
Drawing, middle roller, rear roller driven separately control, to realize by 100HZ control frequency come calculate its speed follower responsiveness and
0.1% or more synchronization accuracy, fully meets the required precision needed for resultant yarn；It is realized to main shaft ingot using IGPT central control units
Son, cop build, front roller, middle roller, rear roller control system parallel synchronous control, to realize five control system
The synchronous control of system kept in constant speed and acceleration and deceleration operation in proportion, is greatly decreased the Yarn break during stopping vehicle
Phenomenon；By the speed of real-time sampling main shaft spindle, by PLC by frequency converter come control front roller motor speed and in, after
Roller motor speed follows ingot speed and changes, and the stability in high-speed spinning procedures is realized, to realize the steady of yarn quality
It is qualitative.
Description of the drawings
Fig. 1 is the RING SPINNING Numerical control system structural schematic diagram of the present invention.
Specific implementation mode
As shown in Figure 1, a kind of RING SPINNING Numerical control system, including drafting system and winding shaping system, drafting system packet
Rear roller, middle roller, front roller are included, rear roller is driven by the first gearbox by first motor 3 and rotated, and middle roller is by the second electricity
Machine 4 is driven by the second gearbox and is rotated, and front roller is driven by third gearbox by third motor 5 and rotated, winding shaping system
System includes main shaft spindle and ring rail, and main shaft spindle is controlled by 1 direct-drive of the 4th motor, and ring rail is passed through by the 5th motor 2
It is SERVO CONTROL structure that 4th gearbox, which drives oscilaltion, first motor 3, the second motor 4, third motor 5, the 5th motor 2,
Permanent magnet synchronous motor, the 4th motor 1 be efficient automobile permanent magnet driving rare earth permanent-magnet synchronization motor, used permanent-magnet synchronous
The stator-rotor iron core of motor uses high silicon steel sheet, reduces iron loss, and rotor embeds 180 degree high temperature rare earth permanent magnetic material, ensures motor
Prolonged operation stability, improves electric efficiency, and used permanent magnet synchronous motor control model is opening for feedback-less signal
Ring controls, and the first gearbox is 1:90 reduction box, the second gearbox are 1:90 reduction box, third gearbox are 1:9 subtract
Fast case, first motor 3, the second motor 4, third motor 5, the 4th motor 1, the 5th motor 2 are all made of frequency control, first motor
3, the second motor 4, third motor 5, the 4th motor 1, the 5th motor 2 are connect with IGPT central control units 6, IGPT centralized controls
Unit 6 carries out parallel synchronous control to first motor 3, the second motor 4, third motor 5, the 4th motor 1, the 5th motor 2, from
And realize first motor 3, the second motor 4, third motor 5, the 4th motor 1, the 5th motor 2 in constant speed and acceleration and deceleration operation
Synchronous control in proportion, IGPT central control units 6 is kept to be connect with central control system 7, central control system 7 passes through arteries and veins
It rushes width modulated to control IGPT central control units 6, central control system 7 passes through KAN with data calculating control system 8
Mechanics of communication carries out data transmission, and IGPT central control units 6 and data calculating control system 8 are bus-powered by AC-DC-DC
System 13 is powered, and must assure that the recycling of certain energy storage and back-emf, AC-DC-DC bus power supply systems 13 and outside
AC power connects, and direct current supply is carried out to IGPT central control units 6 and data calculating control system 8 respectively, using direct current
Common bus technology ensures the synchronism that each control unit is slowed down, stopped in the case of unexpected power failure, tripping or shutdown, can
Spinning frame is caused to break end to avoid during stopping, opening, data calculating control system 8 is operated with touch screen 9, human-computer dialogue respectively
Interface 10, enterprise data center's platform 11, cloud computing data platform 12 connect, and data calculating control system 8 communicates skill by KAN
Art carries out data transmission with touch screen 9, human-computer dialogue operation interface 10, and data calculating control system 8 passes through internet and enterprise
Data center's platform 11,12 connecting communication of cloud computing data platform, main shaft spindle carry out real-time rotating speed by detection device 14 and adopt
Collection, the rotating speed real-time delivery that detection device 14 acquires is to data calculating control system 8.
A kind of control method of RING SPINNING Numerical control system, in spinning, including the production of common yarn and fancy yarn produce two
Kind of control model, wherein when common yarn produces the basic control parameter of required input include the regular roving feeding of feeding, production it is thin
Yarn is quantitative, the design twist of spun yarn, main shaft spindle rotating speed, the drafting multiple in first break draft area, front roller diameter, during fancy yarn produces
Including slub production and section coloured yarn production, the parameter of required input includes common yarn production required input in fancy yarn production
Basic control parameter, and the parameter of required input further includes section length, pitch, multiplying power, train coefficient, cycle side in slub production
Formula, wherein endless form are that drop-down is optional, including fuzzy cycle, ratio recycle, random fuzzy cycle, and section coloured yarn production includes section
Color flat yarn production and the production of section color bunchy yarn, the parameter of required input further includes that the colored rove of feeding is fixed in the production of Duan Caiping yarns
Amount, section coloured silk coefficient, the parameter of required input further includes the colored regular roving feeding of feeding, section coloured silk coefficient and bamboo in the production of section color bunchy yarn
Saving the parameter of required input in yarn production, stage casing coloured silk coefficient refers to that section coloured yarn is prized the lenth ratio of yarn section and white yarn section, on
The parameter stated can be carried out by touch screen 9 manual interface input or by human-computer dialogue operation interface 10 carry out voice input or
It carries out the interface input of distal end by enterprise data center's platform 11 or connects by cloud computing data platform 12 to carry out high in the clouds number
According to the acquisition in library, when production, first by touch screen 9 or human-computer dialogue operation interface 10 or enterprise data center's platform 11 into
The selection of row control model, then further according to selected control model by touch screen 9 or human-computer dialogue operation interface 10 or
Enterprise data center's platform 11 or cloud computing data platform 12 carry out the input of the parameter under selected control model or obtain
Take, the parameter of input then passed into data calculating control system 8, data calculating control system 8 according to the parameter of input into
Row calculate respectively obtain first motor 3, the second motor 4, third motor 5, the 4th motor 1, the 5th motor 2 rotating speed, according to such as
Under type is calculated, and total lead is calculated according to the regular roving feeding of the feeding of input and the spun yarn of production are the ratio between quantitative first
Multiple is stretched, proparea drafting multiple, root then is calculated in the drafting multiple of total drafting multiple divided by the first break draft area of input
The linear velocity of front roller is calculated according to the design twist and main shaft spindle rotating speed of the spun yarn of input, then according to front roller diameter
Front roller rotating speed is calculated, the rotating speed of third motor 5 is then directly obtained according to the speed ratio of third gearbox, according to front roller
Middle roller rotating speed is calculated in rotating speed and proparea drafting multiple, then directly obtains the second motor according to the speed ratio of the second gearbox
Rear roller rotating speed is calculated according to middle roller rotating speed and back zone drafting multiple, then according to the speed of the first gearbox in 4 rotating speed
Than the rotating speed for directly obtaining first motor 3, the rotating speed of the 4th motor 1 is directly obtained according to the main shaft spindle rotating speed of input, according to
The rotating speed of the 5th motor 2 is calculated in the main shaft spindle rotating speed of input, to obtain first motor 3 when the production of common yarn, the
The rotating speed of two motors 4, third motor 5, the 4th motor 1, the 5th motor 2 gives birth to fancy yarn when carrying out slub production
Production, third motor 5, the 4th motor 1, the 5th motor 2 rotating speed be consistent when being produced with common yarn, for slub production,
First motor 3 when the production of base yarn section in slub, the second motor 4 rotating speed be consistent when being produced with common yarn, slub
Using first motor 3, the second motor 4 while speedup when the production of middle ring section, and calculated according to the ring multiplying power inputted
To the rotating speed of first motor 3, the second motor 4 at this time, the length and node of the conversion time between base yarn section and ring section are logical
It crosses selected endless form and the section that is inputted is long, pitch is calculated, Duan Caiping yarns are produced, wherein feeding
Rove is fed by middle roller, and another colored rove is fed by rear roller, and quantifying just by the rove of middle roller feeding at this time
It is the regular roving feeding of feeding when being produced by common yarn in the basic control parameter of required input, the colour by rear roller feeding is thick
Colored regular roving feeding input is fed in the parameter of required input in the quantitative flat yarn production by fancy of yarn, for white in section coloured yarn
When yarn section produces, rear roller stops operating at this time, then proparea drafting multiple is equal to total draft multiple, then according to front roller rotating speed
Middle roller rotation is calculated in proparea drafting multiple at this time, then directly obtains the second electricity according to the speed ratio of the second gearbox
The rotating speed of machine 4, when being produced for the color yarn section in section coloured yarn, at this time according to rove the leading through front draft zone fed by middle roller
The yarn stretched it is quantitative with the color yarn rove fed by rear roller through front draft zone and after front draft zone the obtained palpus of drawing-off
The sum of the quantitative spun yarn for being equal to inputted production of item is quantitative, calculate separately to obtain first motor 3, the second motor 4 rotating speed, it is right
It is produced in section color bunchy yarn, when being produced for the base yarn section in section color bunchy yarn, rear roller stops operating at this time, then proparea drawing-off
Multiple is equal to total draft multiple, then middle roller rotation is calculated in the proparea drafting multiple according to front roller rotating speed and at this time,
Then the rotating speed that the second motor 4 is directly obtained according to the speed ratio of the second gearbox, when being produced for the ring section in section coloured yarn, this
When the yarn that is obtained according to drawing-off of the rove fed by middle roller through front draft zone it is quantitative thick with the color yarn that is fed by rear roller
Yarn through front draft zone and after the sum of the quantitative spun yarn for being equal to inputted production of the obtained yarn of drawing-off of front draft zone quantitatively multiply
With the ring multiplying power inputted, calculate separately to obtain first motor 3, the second motor 4 rotating speed, and base yarn section in section color bunchy yarn
By selected endless form and the section inputted, long, pitch calculates the length and node of conversion time between ring section
It obtains, then, data calculating control system 8 is by the first motor 3 being calculated, the second motor 4, third motor 5, the 4th motor
1, the rotating speed of the 5th motor 2 passes to central control system 7 by KAN mechanicss of communication, and then central control system 7 passes through pulse
Width modulated controls IGPT central control units 6, then to first motor 3, the second motor 4, third motor the 5, the 4th
Motor 1, the 5th motor 2 are respective according to obtained rotational speed is calculated using frequency control realization, and five motors rotated
Cheng Zhong, detection device 14 carries out real-time rotating speed acquisition to main shaft spindle, and gives the rotating speed real-time delivery acquired to data meter
Control system 8 is calculated, when computer control system detects 0.1% or more setting speed of main shaft spindle offspeed, by computer
Control system again according to calculating process above-mentioned calculate first motor 3 at this time, the second motor 4, third motor 5 rotating speed,
Then control front roller motor speed and in, rear roller motor speed follows ingot speed and changes.
Claims (12)
1. a kind of RING SPINNING Numerical control system, including drafting system and winding shaping system, it is characterised in that：Drafting system includes
The rear roller, middle roller, front roller of rotation are driven by drawing-off driving device, winding shaping system includes by winding driving device band
Dynamic main shaft spindle and ring rail, drawing-off driving device and winding driving device are connect with IGPT central control units, IGPT collection
Middle control unit is connect with central control system, central control system and data calculating control system by KAN mechanicss of communication into
Row data transmission, data calculating control system are connect with parameter input device, and main shaft spindle is turned in real time by detection device
The rotating speed real-time delivery of speed acquisition, detection device acquisition gives data calculating control system.
2. a kind of RING SPINNING Numerical control system according to claim 1, it is characterised in that：The drawing-off driving device packet
First motor and the first gearbox, the second motor and the second gearbox, third motor and third gearbox, first motor is included to pass through
First gearbox drives rear roller rotation, the second motor to drive middle roller to rotate by the second gearbox, and third motor passes through the
Three gearboxes drive front roller rotation.
3. a kind of RING SPINNING Numerical control system according to claim 2, it is characterised in that：The first motor, second
Motor and third motor are the permanent magnet synchronous servo motor using frequency control, and the first gearbox is 1:90 reduction box, second
Gearbox is 1:90 reduction box, third gearbox are 1:9 reduction box.
4. a kind of RING SPINNING Numerical control system according to claim 1, it is characterised in that：The winding driving device packet
The 5th motor and the 4th gearbox, the 4th motor are included, the 4th motor direct-drive controls main shaft spindle, and the 5th motor passes through the 4th
Gearbox drives ring rail oscilaltion.
5. a kind of RING SPINNING Numerical control system according to claim 4, it is characterised in that：4th motor is to use
The electric vehicle permanent magnet synchronous motor of frequency control.
6. a kind of RING SPINNING Numerical control system according to claim 1, it is characterised in that：The IGPT centralized control lists
Member connect with first motor, the second motor, third motor, the 4th motor, the 5th motor, be used for first motor, the second motor,
Third motor, the 4th motor, the 5th motor carry out parallel synchronous control；The IGPT central control units and the center
Control system connects, and the central control system controls IGPT central control units by pulse width modulation, described
Central control system is carried out data transmission with data calculating control system by KAN mechanicss of communication.
7. a kind of RING SPINNING Numerical control system according to claim 1, it is characterised in that：The IGPT centralized control lists
Member and data calculating control system are powered by AC-DC-DC bus power supply systems, and AC-DC-DC bus power supply systems are handed over external
Galvanic electricity source connects.
8. a kind of RING SPINNING Numerical control system according to claim 1, it is characterised in that：The parameter input device packet
Include touch screen, human-computer dialogue operation interface, enterprise data center's platform and cloud computing data platform, data calculating control system point
It is not connect with touch screen, human-computer dialogue operation interface, enterprise data center's platform and cloud computing data platform, data calculate control
System is carried out data transmission by KAN mechanicss of communication and touch screen, human-computer dialogue operation interface, and data calculating control system passes through
Internet and enterprise data center's platform, cloud computing data platform connecting communication.
9. a kind of control method of RING SPINNING Numerical control system, it is characterised in that：Including common yarn production control method and fancy
Yarn production control method, common yarn production control method include the following steps：
（1）The selection of control model is carried out by touch screen or human-computer dialogue operation interface or enterprise data center's platform；
（2）Pass through touch screen or human-computer dialogue operation interface or enterprise data center's platform or cloud according to selected control model
Calculate input or acquisition that data platform carries out the parameter under selected control model；
（3）By step（2）Input or the parameter obtained pass to data calculating control system, and data calculating control system is according to defeated
The parameter entered carry out calculate respectively obtain first motor, the second motor, third motor, the 4th motor, the 5th motor rotating speed；
（4）Data calculating control system by the first motor being calculated, the second motor, third motor, the 4th motor, the 5th electricity
The rotating speed of machine passes to central control system by KAN mechanicss of communication, and then central control system passes through pulse width modulation pair
IGPT central control units are controlled, and are then adopted to first motor, the second motor, third motor, the 4th motor, the 5th motor
It is realized with frequency control respective according to the obtained rotational speed of calculating；
（5）In five motor rotation processes, detection device carries out real-time rotating speed acquisition to main shaft spindle, and turns what is acquired
Fast real-time delivery gives data calculating control system, when computer control system detects main shaft spindle offspeed setting speed
When 0.1% or more, by computer control system again according to calculating process above-mentioned calculate first motor at this time, the second motor,
The rotating speed of third motor, then control front roller motor speed and in, rear roller motor speed follows ingot speed and changes.
10. a kind of control method of RING SPINNING Numerical control system according to claim 9, it is characterised in that：Step（1）In
The control model includes common yarn production and fancy yarn produces two kinds of control models, and fancy yarn production includes slub life
Production and section coloured yarn production, section coloured yarn production include the flat yarn production of fancy and the production of fancy slub.
11. a kind of control method of RING SPINNING Numerical control system according to claim 9, it is characterised in that：Step（2）In
The parameter includes common yarn production control parameter and fancy yarn production control parameter, and common yarn production control parameter includes feeding
The spun yarn of the regular roving feeding, production that enter is quantitative, the design twist of spun yarn, main shaft spindle rotating speed, first break draft area drafting multiple, preceding
Roller diameter；Fancy yarn production control parameter includes slub production control parameter and section coloured yarn production control parameter, slub
Production control parameter includes common yarn production control parameter and section length, pitch, multiplying power, train coefficient, endless form, section coloured yarn life
Production control parameter includes Duan Caiping yarns production control parameter and section color bunchy yarn production control parameter, Duan Caiping yarns production control ginseng
Number includes common yarn production control parameter and the colored regular roving feeding of feeding, section coloured silk coefficient, and section color bunchy yarn produces control parameter packet
Include slub production control parameter and the colored regular roving feeding of feeding, section coloured silk coefficient；The section coloured silk coefficient refers to that section coloured yarn is prized
The lenth ratio of yarn section and white yarn section.
12. a kind of control method of RING SPINNING Numerical control system according to claim 9, it is characterised in that：The step
（3）It is middle calculate first motor, the second motor, third motor, the 4th motor, the 5th motor speed mode be：
When carrying out the production of common yarn, calculated first according to the regular roving feeding of the feeding of input and the spun yarn of production are the ratio between quantitative
To total drafting multiple, proparea drawing-off then is calculated in the drafting multiple of total drafting multiple divided by the first break draft area of input
The linear velocity of front roller is calculated according to the design twist of the spun yarn of input and main shaft spindle rotating speed for multiple, then before
Front roller rotating speed is calculated in roller diameter, and the rotating speed of third motor, root are then directly obtained according to the speed ratio of third gearbox
Middle roller rotating speed is calculated according to front roller rotating speed and proparea drafting multiple, is then directly obtained according to the speed ratio of the second gearbox
Rear roller rotating speed is calculated according to middle roller rotating speed and back zone drafting multiple in the rotating speed of second motor, then becomes according to first
The speed ratio of fast case directly obtains the rotating speed of first motor, and turning for the 4th motor is directly obtained according to the main shaft spindle rotating speed of input
The rotating speed of the 5th motor is calculated according to the main shaft spindle rotating speed of input for speed；
When carrying out fancy yarn production, slub is produced, third motor, the 4th motor, the 5th motor rotating speed with it is common
Yarn is consistent when producing, when first motor, the rotating speed of the second motor and common yarn produce when the production of base yarn section in slub
It is consistent, using first motor, the second motor while speedup when the production of ring section in slub, and according to the bamboo inputted
Section multiplying power be calculated first motor at this time, the second motor rotating speed；For Duan Caiping yarns produce, wherein one feeding it is thick
Yarn is fed by middle roller, and another colored rove is fed by rear roller, and at this time by the quantification of general of the rove of middle roller feeding
The regular roving feeding of the feeding inputted when logical yarn production is determined by the quantification of feeding colour rove of the colored rove of rear roller feeding
Amount, when being produced for the white yarn section in section coloured yarn, rear roller stops operating at this time, then proparea drafting multiple is equal to total draft times
Number, middle roller rotation is calculated in proparea drafting multiple according to front roller rotating speed and at this time, then according to the second gearbox
Speed ratio directly obtains the rotating speed of the second motor, when being produced for the color yarn section in section coloured yarn, at this time according to by middle roller feeding
Yarn that rove is obtained through the drawing-off of front draft zone it is quantitative with the color yarn rove fed by rear roller through front draft zone and after before lead
It is quantitative to stretch the sum of the quantitative spun yarn for being equal to inputted production of yarn that the drawing-off in area obtains, calculate separately to obtain first motor,
The rotating speed of second motor；Section color bunchy yarn is produced, when being produced for the base yarn section in section color bunchy yarn, rear roller stops at this time
Rotation stop is dynamic, then proparea drafting multiple is equal to total draft multiple, then the proparea drafting multiple meter according to front roller rotating speed and at this time
Calculation obtains middle roller rotation, the rotating speed of the second motor is then directly obtained according to the speed ratio of the second gearbox, in section coloured yarn
The production of ring section when, at this time according to the yarn that is obtained through the drawing-off of front draft zone of rove by middle roller feeding it is quantitative with after
The color yarn rove of roller feeding through front draft zone and after front draft zone the obtained yarn of drawing-off it is the sum of quantitative be equal to inputted
The spun yarn of production is quantitatively multiplied by inputted ring multiplying power, calculate separately to obtain first motor, the second motor rotating speed.
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| CN109763221A (en) * | 2019-03-13 | 2019-05-17 | 愉悦家纺有限公司 | Five-channel hollow spindle fancy type yarn forming device and method |
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| CN113011050A (en) * | 2021-04-23 | 2021-06-22 | 无锡物联网创新中心有限公司 | Online estimation method and related device for spinning frame yield |
| CN113201818A (en) * | 2021-05-06 | 2021-08-03 | 湖北天门纺织机械股份有限公司 | System and method for adjusting drafting multiple of back zone of spinning frame |
| CN114775122A (en) * | 2022-04-28 | 2022-07-22 | 无锡物联网创新中心有限公司 | Method for estimating complete machine twist and single spindle twist of spinning frame and related device |
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| CN113201818A (en) * | 2021-05-06 | 2021-08-03 | 湖北天门纺织机械股份有限公司 | System and method for adjusting drafting multiple of back zone of spinning frame |
| CN114775122A (en) * | 2022-04-28 | 2022-07-22 | 无锡物联网创新中心有限公司 | Method for estimating complete machine twist and single spindle twist of spinning frame and related device |
| CN117265720A (en) * | 2023-11-22 | 2023-12-22 | 湘潭东信棉业有限公司 | Intelligent control system and method for ring spinning frame |
| CN117265720B (en) * | 2023-11-22 | 2024-02-09 | 湘潭东信棉业有限公司 | Intelligent control system and method for ring spinning frame |
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