CN200992601Y - Multi-driving linkage comber - Google Patents
Multi-driving linkage comber Download PDFInfo
- Publication number
- CN200992601Y CN200992601Y CN 200620165299 CN200620165299U CN200992601Y CN 200992601 Y CN200992601 Y CN 200992601Y CN 200620165299 CN200620165299 CN 200620165299 CN 200620165299 U CN200620165299 U CN 200620165299U CN 200992601 Y CN200992601 Y CN 200992601Y
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- motor
- roller
- cylinder
- transmission connection
- detaching
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Abstract
The utility model discloses a multiple drive linkage combing machine, including a rolling roller, a cylinder, a nipper, a separating roller, an output roller, a press roll, a drawing roller, a can coiler and a brush. The brush is driven by a brush motor, the cylinder is fixed and connected to a cylinder shaft, and the rolling roller is connected with a rolling roller motor by transmission means. The cylinder shaft is connected with a cylinder motor by a main transmission box, and the cylinder shaft is connected with the nipper by transmission means. The separating roller is connected with a separating roller motor by transmission means, and the drawing roller and the can coiler are connected with a drawing can coiler motor by transmission means. Sensors are provided on the rolling roller motor, the cylinder motor, the separating roller motor and the drawing can coiler motor, and the sensors and the driving motors are all connected with the computer control unit by connecting cables. The multiple drive linkage combing machine is characterized in that the process parameters are easy to be optimized, combined and properly adjusted, the transmission structure is easy, and the operation and maintenance are convenient.
Description
Technical field
The utility model relates to the combing machine in the textile machine, relates in particular to the improvement of combing machine drives structure.
Background technology
Combing machine is the important technological equipment in the combing spinning process, and the technical process of combing machine is the cotton clump of combing two ends periodically respectively, is bonded into web successively again and exports the process of combing sliver continuously.
In the combing process of combing machine, lap is fed in the nipper mechanism of forming by upper and lower nipper for cotton roller with gap, when the pendulum jaw is closed behind the nipper, card wire on the combing cylinder must carry out combing comparatively completely by Cong Qianduan in the face of cotton layer, make straightening of fibers parallel, after the combing nipper forward swing progressively near by detaching roller with separate the separation jaw that roller is formed.In nipper forward swing way, nippers is opened gradually, and the palpus Cong Xiangqian that combing is good is straight and upright, separates the web of last one-period that jaw grips simultaneously, because of detaching roller reverses earlier, and is introduced into certain-length in the machine, so that must engage by clump with the front end of combing.Detaching roller is just become by reversing constantly in regulation and changes, when just changeing when accelerating to a certain degree, what nipper was outer must also arrive the separation jaw by the clump head end just, like this combing must the clump head end with regard to the same one-period web tail end engage, enter the separation jaw together, and fiber tail end towing from the top comb faller gill is passed through, make tail end be subjected to the combing of top comb.Combing machine constantly circulate repeating above-mentioned give cotton, combing and separate engage this cycling and form the serialization combing and produce.
Because giving of combing machine is cotton, combing all is gaps with separating engaging process, continuously exports in order to guarantee the combing sliver, each moving parts each other must close fit on the combing machine.The power that holds volume roller, combing cylinder, nipper, detaching roller, delivery roller, yarn pressure roller and drawing rollers and coiling device in the tradition combing machine all comes as for a main motor, only has brush unit to adopt another hairbrush motor to drive.This mechanical transmission structure should guarantee the reciprocating motion of top comb, nipper, guarantee to have the continuous motion of cylinder, delivery roller, drawing rollers or the like the parts of different rotating speeds again, not only drive path is long, drive disk assembly is many, complex structure, be easy to produce impact shock, seriously restricting the raising that combing machine clamps inferior and combing sliver quality, also strengthen combing machine and manufactured and designed difficulty with working service, and in this driving-chain since each workpiece between interrelated, the unusual equal non-normal working that may cause other work parts of arbitrary part.Particularly because the transmission relevance between each parts, movement relation between each parts all interfixes, can't independently adjust and optimize the running parameter of each workpiece, movement locus as detaching roller can not require to change its effective length of delivery according to various cotton fiber separating technologies, affects the separation and the overlap joint quality of fiber; The all unadjustable and selection combination of feeding speed of rotating speed, drawing-off and the circle bar mechanism of same delivery roller or the like.Seriously restrict the combination of combing Parameter Optimization, can not adapt to the requirement that combing sliver quality level improves day by day.In order to improve the service behaviour of combing machine, main drive of motor cylinder and nipper etc. have also appearred at present, detaching roller is then by another electric motor driven combing machine, the way of a drive motors of this increase, just partly simplified mechanical transmission structure, and most complicated machinery drive mechanism is being retained still.
The utility model content
Technical problem to be solved in the utility model is: a kind of multi-driving linking comber is provided, and not only drive mechanism is simple for it, uses easy to maintenancely, and the technological parameter of each workpiece of combing machine is easy to optimum organization and rationally regulates.
In order to solve the problems of the technologies described above, multi-driving linking comber of the present utility model, comprise and hold volume roller, cylinder, nipper, detaching roller, delivery roller, pressure roller, drawing rollers, can coiler, sliver can and hairbrush, described hairbrush is by the hairbrush motor-driven, described cylinder is fixedly connected on the cylinder axis, and the described volume roller that holds is rolled up the roller drive of motor and is connected with holding; Described cylinder axis is connected with the cylinder drive of motor by main transmission box; Also be connected with nipper on this cylinder axis; Described detaching roller is connected with the detaching roller drive of motor; Described drawing rollers, can coiler then are in transmission connection mutually with drawing-off circle bar motor; Described holding on volume roller motor, cylinder motor, detaching roller motor and the drawing-off circle bar motor is provided with sensor, sensor all connects to the combing machine Computer Control Unit by stube cable, this Computer Control Unit again by stube cable with hold volume roller motor, cylinder motor, detaching roller motor and drawing-off circle bar motor and link to each other.
Preferred implementation of the utility model multi-driving linking comber, delivery roller that is in transmission connection mutually and pressure roller and cylinder axis are in transmission connection.
Another preferred implementation of the utility model multi-driving linking comber, described detaching roller motor is a servomotor.
Another preferred implementation of the utility model multi-driving linking comber, described drawing-off circle bar motor is servomotor or variable-frequency motor.
After adopting said structure, because holding volume roller, detaching roller, cylinder and nipper, drafting system and coiling device and hairbrush is driven by individual motor respectively, make the drive mechanism of combing machine greatly simplify, drive disk assembly significantly reduces, not only made things convenient for and manufactured and designed and use maintenance, and reduced the vibration of going out that combing machine work produced effectively, help the raising of combing sliver quality.Also owing to adopt this many motors drive structure, the movement locus of detaching roller and running parameter only depend on the detaching roller motor, thereby can be easily the separation overlap joint of noil be adjusted to perfect condition; Equally, also can set the running parameter of workpieces such as holding volume roller, drawing rollers, circle bar speed easily, be easier to the choose reasonable and the optimum organization of technological parameter, make the processing performance of combing machine improve desirable more.
Description of drawings
Below in conjunction with the drawings and specific embodiments the utility model multi-driving linking comber is described in further detail.
Fig. 1 is the structural representation of a kind of specific embodiment of the utility model multi-driving linking comber.
The specific embodiment
In multi-driving linking comber shown in Figure 1, this combing machine comprises holding rolls up roller 17, cylinder 4, nipper 6, top comb 15, detaching roller 7, delivery roller 8, pressure roller 9, drafting system 10, can coiler 12 and hairbrush 16.Its power source includes and holds volume roller motor 18, cylinder motor 1, detaching roller motor 5, drawing-off circle bar motor 11 and hairbrush motor 14.Hairbrush 16 is driven by hairbrush motor 14.Cylinder 4 is fixedly connected on the cylinder axis 3, and cylinder axis 3 is driven by main transmission box 2 by cylinder motor 1; Be in transmission connection mutually and keep synchronous homodromal delivery roller 8 to link to each other with cylinder axis 3 transmissions with pressure roller 9; Nipper 6 is installed on the clamp plate pendulum shaft, and this clamp plate pendulum shaft then is connected on the cylinder axis 3 by a slide bar one slide block mechanism, makes clamp plate pendulum shaft make periodic forward and backward revolution.Detaching roller 7 comprises two rollers that are arranged in parallel, and they are in transmission connection mutually by the detaching roller gear, all presses on each detaching roller 7 and has touched the separation roller, and formation is separated jaw to detaching roller with separating roller to rotate in pairs; Detaching roller motor 5 moves regularly by two detaching rollers 7 of detaching roller gear drive, and detaching roller motor 5 is a servomotor.Two to hold volume roller 17 separated by a distance and be arranged in parallel, and these two are held volume roller 17 and are used for supporting feeding lap; Hold volume roller motor 18 and hold volume roller 17 and be in transmission connection mutually with two by Synchronous Belt Drives mechanism, holding volume roller motor 18 is the servomotor that has decelerator.Drafting system 10 is one to include on three the curve drawing device under four, and this drafting system is driven by drawing-off circle bar motor 11, and this drawing-off circle bar motor 11 is also driving can coiler 12 and sliver can 13, and the position of can coiler 12 and sliver can 13 is corresponding mutually.Be provided with sensor holding on volume roller motor 18, cylinder motor 1, detaching roller motor 5 and the drawing-off circle bar motor 11, each sensor all connects to combing machine Computer Control Unit (not shown) by stube cable, and this Computer Control Unit by the stube cable control and management and is held volume roller motor 18, cylinder motor 1, detaching roller motor 5 and drawing-off circle bar motor 11, coordinates mutually to work reliably to guarantee each workpiece of combing machine.
During the combing machine operation, the combing machine Computer Control Unit detects the rotational angular velocity and the angular displacement of cylinder, hold volume roller motor 18, detaching roller motor 5,11 instruction traces operations of drawing-off circle bar motor, and corresponding sensor will be held operation informations such as the position, angle of volume roller 17, detaching roller 7 etc. and angular displacement and be passed to Computer Control Unit according to Computer Control Unit.Because detaching roller motor 5 adopts individual motor and is servomotor, so can in Computer Control Unit, design the movement locus of detaching roller in advance, make the separation overlap joint of fiber be in perfect condition, equally, also can in Computer Control Unit, preestablish the kinematic parameters such as amount of spin that hold volume roller 17, drafting system 10, can coiler 12, sliver can 13, the feeding speed of assurance lap and the drawing-off of drawing rollers and output speed etc.Therefore each running parameter of combing machine all can be selected to regulate and preestablish easily, and the adjusting of technological parameter has stronger flexibility, is more conducive to the configuration of combing machine parameters Optimization.
In the above-described embodiments, Computer Control Unit and with the method for attachment of each sensor and motor, and in Computer Control Unit, preestablish or adjust each technological parameter, kinematic parameter etc. and all adopt prior art, and these prior aries have been known by the person skilled in present technique field, so do not describe at this.The concrete technical scheme that is in transmission connection of same each motor and corresponding workpiece also is a known technology, does not give unnecessary details at this equally.
Above-mentioned some preferred implementations of only enumerating the utility model multi-driving linking comber, but the utility model is not limited to this can also have many other conversion and improvement.As the delivery roller 8 that is in transmission connection mutually and pressure roller 9 by another motor drive; The motor of this drive adopts servomotor or variable-frequency motor; Delivery roller 8 that is in transmission connection mutually and pressure roller 9 can also be driven by drawing-off circle bar motor 11, or the like.These conversion and improvement all should be considered as falling in the protection domain of the present utility model.
Claims (5)
1, a kind of multi-driving linking comber, comprise and hold volume roller (17), cylinder (4), nipper (6), detaching roller (7), delivery roller (8), pressure roller (9), drawing rollers (10), can coiler (12), sliver can (13) and hairbrush (16), described hairbrush (16) is driven by hairbrush motor (14), described cylinder (4) is fixedly connected on the cylinder axis (3), it is characterized in that: described hold the volume roller (17) with hold the volume roller motor (18) be in transmission connection; Described cylinder axis (3) is in transmission connection by main transmission box (2) and cylinder motor (1); Also be connected with nipper (6) on this cylinder axis (3); Described detaching roller (7) is in transmission connection with detaching roller motor (5); Described drawing rollers (10), can coiler (12) then are in transmission connection mutually with drawing-off circle bar motor (11); Described holding on volume roller motor (18), cylinder motor (1), detaching roller motor (5) and the drawing-off circle bar motor (11) is provided with sensor, sensor all connects to the combing machine Computer Control Unit by stube cable, and this Computer Control Unit is rolled up roller motor (18), cylinder motor (1), detaching roller motor (5) and drawing-off circle bar motor (11) and linked to each other with holding by stube cable again.
2, multi-driving linking comber according to claim 1 is characterized in that: delivery roller that is in transmission connection mutually (8) and pressure roller (9) are in transmission connection with cylinder axis (3).
3, multi-driving linking comber according to claim 1 is characterized in that: described detaching roller motor (5) is a servomotor.
4, multi-driving linking comber according to claim 1 is characterized in that: described drawing-off circle bar motor (11) is servomotor or variable-frequency motor.
5, multi-driving linking comber according to claim 1 is characterized in that: delivery roller that is in transmission connection mutually (8) and pressure roller (9) are by a motor drive, and the motor of this drive is servomotor or variable-frequency motor.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620165299 CN200992601Y (en) | 2006-12-25 | 2006-12-25 | Multi-driving linkage comber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620165299 CN200992601Y (en) | 2006-12-25 | 2006-12-25 | Multi-driving linkage comber |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN200992601Y true CN200992601Y (en) | 2007-12-19 |
Family
ID=38945678
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620165299 Expired - Fee Related CN200992601Y (en) | 2006-12-25 | 2006-12-25 | Multi-driving linkage comber |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN200992601Y (en) |
-
2006
- 2006-12-25 CN CN 200620165299 patent/CN200992601Y/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20071219 Termination date: 20100125 |