CN201229493Y - Automatic control system for ruffler - Google Patents
Automatic control system for ruffler Download PDFInfo
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- CN201229493Y CN201229493Y CNU2008200492631U CN200820049263U CN201229493Y CN 201229493 Y CN201229493 Y CN 201229493Y CN U2008200492631 U CNU2008200492631 U CN U2008200492631U CN 200820049263 U CN200820049263 U CN 200820049263U CN 201229493 Y CN201229493 Y CN 201229493Y
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Abstract
The utility model provides an automatic control system of a pleater for tailoring, whose main body comprises a touch screen, a PLC, a software program, a magnetic valve, a cylinder, a cam and a ratchet, the make-and-break of the magnetic valve is controlled by correspondingly control signals which are outputted by the PLC through inputting corresponding program data on the touch screen, the magnetic valve controls the telescoping of the cylinder which is corresponding to the magnetic valve, and then the cylinder controls the lifting and the dropping of the cam and then enables a blade which is connected with the cylinder to move up and down or to be opened and closed, or the cylinder controls the ratchet to be lifted and dropped, then ratchet controls the rotation of a low-temperature roll and an eccentric wheel and finishes the actions of positive folding+ reverse folding, the positive folding+ the reverse folding, the positive folding+ the reverse folding+ pleating, the positive folding + the reverse folding + bamboo leaves, the positive folding+ bamboo leaves and the pleating+ bamboo leaves and the like. Compared with an existing simple mechanical pleater or a single chip micro-computer pleater, the utility model has the advantages of good versatility, high reliability, strong stability and convenient maintenance, and the system can be applied to the production requirements of rapid speed, simpleness and convenience.
Description
Technical field
This product relates to a kind of Zhe scape machine control system that is used for the clothes manufacture field.
Background technology
Zhe scape machine claims pleat scape machine, row's folding machine or pleating machine again.At present, a large amount of Zhe scape machines that use of producing on the home market, it mainly is the non-computer machine of pure mechanical system, or adopting the external import machine of single-chip microcomputer Zhe scape control system, the non-computer machine of pure mechanical system control adopts that the set of locations that changes latch on the floral disc is incompatible finishes needed various folding scape action, complicated operation, inefficiency, function singleness is difficult to satisfy high-speed production requirement; And foreign import machine employing is independently developed single-chip computer control system before 20 years, it exists a large amount of circuit boards, auxiliary reclay and wiring, it is very unstable to work, frequent and the maintenance difficulty of fault, and single-chip microcomputer Zhe scape control system is that Zhe scape machine producer develops at a certain type specialized designs, be subjected to IO interface and program limit, can only be used for the specific model of particular vendors, versatility is lower; Along with the arrival of tenure of use, the different manufacturers that have some on the market have damaged and have been about to the single-chip microcomputer Zhe scape control system wait maintenance and the replacement of damage simultaneously.
At above present situation, need a kind ofly can satisfy the control requirement in a hurry in the market, the functional reliability height, and the compatible different manufacturers different model of energy, can be used to produce novel Zhe scape machine, can be used to transform the control system of existing Zhe scape machine again.
Summary of the invention
At the technological deficiency that prior art exists, the invention proposes a kind of by computer controlled automatic, controllability height, automatic control system of tuck machine easy and simple to handle.
For achieving the above object, the invention is achieved by the following technical programs:
The automatic control system of tuck machine of the invention mainly comprises a touch-screen, in order to input Zhe scape needed data of machine work and combination of actions, the data of input and combination of actions are sent among the PLC by the communication cable between touch-screen and the PLC preserves, send instruction to PLC, and show related data; One PLC, in order to receive the data command and the combination of actions of touch-screen input, the signal that sends with the photoelectric sensor that receives each position on the Zhe scape machine, go forward side by side row operation and processing, output meets the control signal clocklike of Zhe scape machine job requirement, it connects several solenoid valve work of control by cable, finishes the exercises that meet the job requirement of Zhe scape machine; At least one photoelectric sensor is with thinking that PLC provides working signal; Several solenoid valves that are arranged on Zhe scape machine control system inside, are connected with cylinder by tracheae, in order to the contraction of control cylinder with open, it is controlled by PLC, receives the electric signal that PLC sends, and switches on regularly and cuts off the power supply; With several cylinders of the corresponding connection of solenoid valve, in order to the mentioning and put down of control cam, and the lifting and putting down of ratchet; At least one cam that is controlled by cylinder is respectively in order to moving up and down of control blade and opening and close of blade; And at least one ratchet, respectively in order to control the rotation and the eccentric rotation of end temperature cylinder.Wherein, touch-screen and PLC be for loading and the hardware carrier of runs software program, and the specific program of developing based on special touch-screen and PLC programming software is loaded in wherein.
The automatic control system of tuck machine of this product, when behind input corresponding work routine data on the touch-screen, PLC receives touch screen data instruction and photo-sensor signal will, under programmed control, carry out calculation process, output signal control four solenoid valve energisings outage or the running of control step servo motor, stretching of four cylinders that solenoid control is corresponding with it, wherein two cylinders are controlled mentioning of two cams again and are put down, and then connected blade is moved up and down or open and close; Two other cylinder is controlled lifting and putting down of two ratchets again, controls the rotation and the eccentric rotation of end temperature cylinder again, thus just finish roll over+reflexed, just roll over+reflexed+draw scape, just roll over+reflexed+leaf of bamboo, just roll over+leaf of bamboo, draw combination such as scape+leaf of bamboo action.
This product compared with prior art has following obvious improvement and outstanding characteristics:
1, reliability height, working stability, maintenance is convenient, and satisfied society is growth requirement fast and easily.
This automatic control system of tuck machine adopts PLC as the system core, direct output signal control electromagnetic valve, save auxiliary reclays a large amount of in the single-chip computer control system and wiring, total system is more reliablely and stablely worked, and adopt graphic control panel to cooperate with it, operate easyly, also be provided with fault detection program automatic fault detection simultaneously and on picture, show.
2, versatility is good.
Traditional single-chip microcomputer Zhe scape control system is subjected to IO interface and program limit, the specific model that can only be used for particular vendors, and different Zhe scape machine leaf of bamboves folding type of drive is also different, and useful eccentric wheel drives, also useful stepping servo motor driven, applicability is low.This automatic control system of tuck machine adopts PLC as controller, exportable switching value signal controlling solenoid valve, also exportable pulse signal control step servo-driver only needs the Zhe scape machine control requirement that program and picture are made an amendment slightly and can adapt to the different driving mode; If Zhe scape machine adopts the frequency conversion stepless time adjustment in addition, PLC also can control and monitor the frequency converter operation very easily, and all these can be finished on touch-screen.
3, operation interface is elegant in appearance, and input is convenient.
The Data Entry Panel that passes logical single-chip microcomputer Zhe scape machine generally adopts the input keyboard circuit board, the position and the function of knob are limited, can't change or increase greater functionality, this Zhe scape machine control system is owing to adopt touch-screen as Data Entry Panel, reliable operation and elegant in appearance not only, it is more convenient to operate.It is available that its touch-screen can have 500 group of pictures at most, can also constantly add according to action need, as increase input picture data to increase the hop count of program, or increase some specific function picture, and the letter symbol on the touch-screen picture can be revised arbitrarily, for example: the literal of just rolling over+reflexed+draw scape also can change into: the fold+folding+sky that falls is rolled over, and company or factory's name also can be revised arbitrarily according to different users, accomplishes the hommization input.
Description of drawings
Below in conjunction with drawings and Examples this product is described further.
Fig. 1 is the structural representation of automatic control system of tuck machine.
Embodiment
As shown in Figure 1, touch-screen 1 is mounted with the Zhe scape machine working routine software based on professional touch-screen programming software establishment, in order to input the Zhe scape needed data of machine work and combination of actions, (for example input: 2 just roll over+2 draw the scape combination, the data of input are respectively: 2 just rolling over 2 draw scape.Combination of actions is just to roll over+draw scape).The data of input and combination of actions are sent among the PLC by the communication cable between touch-screen 1 and the PLC preserves, touch-screen is except being used for importing data, also be used for sending some instructions, and show some data, for example situation demonstration of finishing of the motor-driven do of Zhe scape etc. to PLC.
Programmable Logic Controller PLC2 is mounted with the Zhe scape machine working routine software based on professional PLC programming software establishment, in order to receive the data command and the combination of actions of touch-screen input, the signal that the photoelectric sensor at each position sends on the reception Zhe scape machine, go forward side by side row operation and processing, output meets the control signal clocklike of Zhe scape machine job requirement, connect four solenoid valve work of control by cable, finish the exercises that meet the job requirement of Zhe scape machine.
Four solenoid valves: solenoid valve 401, solenoid valve 402, solenoid valve 403, solenoid valve 404 are respectively in order to the contraction of controlling four cylinders with open, connect by tracheae between the two, solenoid valve is controlled by PLC2, receives the electric signal that PLC2 sends, and clocklike switches on and cuts off the power supply.
The effect of four cylinders is to be used for controlling mentioning and putting down of two cams, and the lifting and putting down of two ratchets.Wherein, cylinder 1 is by one 601 motions of laced belt moving cam, and the control blade moves up or down, finishes positive reflexed action.Cylinder 2 502 is by 2 602 motions of laced belt moving cam, and closing and opening of control blade cooperates with cylinder three to finish and draw scape to move.Cylinder 3 503 drives ratchet 1 by connecting rod and lifts and put down, and the control bottom cylinder is rotated, and cooperates with cylinder two to finish to draw the scape action.Cylinder 4 504 drives ratchet 2 604 by connecting rod and lifts and put down, the control eccentric running, and eccentric wheel drives knife rest again and the action of leaf of bamboo folding is finished in the blade side-to-side movement.
Two action of cam are that the control blade moves up and down and blade opens and closes, its cam one 601 control blades move up and down, it is controlled by cylinder 1, cam 1 withstands press cutter mechanism to peak during cylinder 1 elongation, blade moves downward, cam 1 withstood press cutter mechanism to minimum point when cylinder 1 shrank, and blade moves upward.And cam 2 602 is controlled opening of blades and is closed, and it is controlled by cylinder 2 502, and cam 1 withstands press cutter mechanism to minimum point during cylinder 2 502 elongations, and blade closes, and cam 2 602 withstood press cutter mechanism to peak when cylinder 2 502 shrank, and blade opens.Cam 2 602 cooperates with ratchet 1 to finish and draws scape action.
The effect of two ratchets is to control the rotation of end temperature cylinder and eccentric rotation respectively.Wherein, the rotation of ratchet one 603 control end temperature cylinders, it is controlled by cylinder three, and ratchet 1 lifts during cylinder 3 503 elongations, and end temperature cylinder stops; Ratchet 1 put down when cylinder 3 503 shrank, and promoted end temperature cylinder and rotated, and ratchet 1 cooperates with cam 2 602 to finish and draws scape to move.And the rotation of ratchet 2 604 control eccentrics, it is controlled by cylinder four, and ratchet 2 604 lifted when cylinder 4 504 shrank, and eccentric wheel stops; Ratchet 1 puts down during cylinder 4 504 elongations, promotes eccentric wheel and rotates, and eccentric wheel drives knife rest and blade move left and right, thereby finishes the action of leaf of bamboo folding.
The effect of four photoelectric sensors is to provide working signal to PLC2, sensor 1 provides positive reflexed position signalling, sensor 2 302 provides and draws scape and leaf of bamboo folding position signalling, sensor 3 303 provides little folding position signalling, sensor 4 304 provides the cut-parts position signalling, the start time of pairing each action of position influence of each sensor.
In the invention, the touch-screen 1 of automatic control system of tuck machine has 13 group of pictures, is respectively: one group of start-up picture, nine groups of input picture datas, one group of operation monitoring picture, one group of function setting picture and a group alarm picture.Illustrated respectively below:
Start-up picture is the picture that directly enters after the computer energized, i.e. homepage picture.Click " function selecting ", the picture saltus step is the function selecting picture.Click " procedure Selection " functional block, the picture saltus step is first group in the middle of nine groups of input picture datas.
When clicking＜next section〉saltus step of functional block picture is second group of input picture data, click＜the preceding paragraph〉saltus step of functional block picture is the 9th group of input picture data, click＜execution〉saltus step of functional block picture is the operation monitoring picture, click the upper right corner＜homepage〉saltus step of functional block picture is start-up picture, click the lower left corner＜removing〉functional block, all data of importing on this picture will be eliminated and be classified as 0.
Touch-screen 1 input picture data of automatic control system of tuck machine has nine groups, nine sections loading routines just, except the hop count sign in the upper left corner, its structure is identical, method of operating is also identical, the purpose that nine group of pictures are set is when the product of production more complicated when (for example the I-shaped of multistage folding), one section program can not be finished needed combination of actions, can increase next section, if two sections not enough, can increase the 3rd section, by that analogy, one has nine sections programs can be used for importing data and combination of actions.Because every group of total two rows program of input picture data can be imported, so in fact automatic control system of tuck machine has 18 sections data and combination of actions input function.
The operation monitoring picture is that control Zhe scape machine program is started working, out-of-work picture, it also plays a part to show and the watchdog routine working condition simultaneously, after nine groups of input picture datas any one group or a few group of pictures have been imported data, click＜execution〉functional block all can enter the operation monitoring picture.On the click picture＜operation〉functional block, the program operation of starting working is clicked on the picture＜stop〉functional block, program is out of service, click the picture lower right corner＜return〉the functional block picture turns back to first group of nine groups of input picture datas, just returns first section program.Click the picture upper right corner＜homepage〉the functional block picture jumps to the homepage picture.
The function setting picture is the open and close that are used for being provided with the accurate positioning function of cut-parts, and the distance and draw the scape length setting of traversing.The driver part of beating leaf of bamboo folding when the Zhe of some manufacturer production scape machine is not to adopt eccentric wheel, but the time marquis who adopts stepping, servo motor to drive just need set the distance of traversing, and the principle of drawing the scape length setting also is like this.
The effect of warning picture is to show the reason of fault when Zhe scape machine breaks down, be convenient to maintenance, utilizes the special-purpose fault detection program of compiling in the system, can detect various faults quickly and easily automatically.
The touch-screen of this automatic control system of tuck machine is except above-mentioned function, also can constantly add touch-screen 1 picture, as increasing input picture data to increase the hop count of program according to the difference in functionality demand, or increase some specific function picture, it is available to have 500 group of pictures at most.And the letter symbol on touch-screen 1 picture can do any modification, and for example: the literal of just rolling over+reflexed+draw scape also can be named: the fold+folding+sky that falls is rolled over, and company's (factory's name) also can revise arbitrarily.The input method of the touch-screen 1 input picture data data of this Zhe scape machine control system, be different from the input earlier of adopting single-chip computer control system, the method for preserving earlier, carrying out earlier, what its data input was adopted is to import in no particular order, without exception by from left to right, from top to bottom, order is carried out from first section to the 9th section method, be convenient to the inspection and the modification of program.
The automatic control system of tuck machine of this product both can be equipped with computer box and be installed on the Zhe scape machine fuselage, also can be loaded on the control electricity separately cashier's office in a shop, was connected with Zhe scape machine by cable.
For ease of explanation in detail intuitively, native system is further described below in conjunction with operational instances.
Embodiment one:
Finish 1 just to roll over+action of 1 reflexed.
Behind the different suite of input on the touch-screen 1, the course of action of Zhe scape machine output is: when Zhe scape machine rotates the 1st circle, PLC2 output signal control electromagnetic valve 1 no power, solenoid valve 1 connects control cylinder one 501 elongations by tracheae, cam 1 is put down in cylinder one 501 elongations, cam one 601 control blades shovel downwards, finish 1 and just rolling over action, when Zhe scape machine rotates the 2nd circle, 1 energising of PLC2 output signal control electromagnetic valve, solenoid valve 1 connect control cylinder 1 by tracheae shrinks, and cylinder 1 shrinks mentions cam 1, cam one 601 control blades upwards shovel, finish 1 reflexed action.Zhe scape machine rotates two circles and just finishes 1 and just roll over+combination of actions of 1 reflexed, when Zhe scape machine turns to the 3rd circle, finishes 1 again and is just rolling over action, when Zhe scape machine turns to the 4th circle, finishes 1 reflexed action, so circulation again.Contraction and elongation that the rotation that Zhe scape machine does not stop, cylinder just do not stop, that does not stop finishes 1 and just rolls over+1 reflexed action.
Embodiment two:
Finish 2 just to roll over+action of 2 reflexeds.
Behind the different suite of input on the touch-screen 1, the course of action of Zhe scape machine output is: when Zhe scape machine rotates the 1st circle and the 2nd circle, PLC2 output signal control electromagnetic valve 1 no power, solenoid valve 1 connects control cylinder one 501 elongations by tracheae, cam 1 is put down in cylinder one 501 elongations, cam one 601 control blades shovel twice downwards, finish 2 and just rolling over action, when Zhe scape machine rotates the 3rd circle and the 4th circle, 1 energising of PLC2 output signal control electromagnetic valve, solenoid valve 1 connect control cylinder 1 by tracheae shrinks, and cylinder 1 shrinks mentions cam 1, cam one 601 control blades upwards shovel twice, finish two reflexed actions.Zhe scape machine rotates four circles and just finishes 2 and just roll over+combination of actions of 2 reflexeds, so circulation.Contraction and elongation that the rotation that Zhe scape machine does not stop, cylinder just do not stop, that does not stop finishes 2 and just rolls over+2 reflexeds actions.Because moving 1 circle of Zhe scape machine revolution, blade all can move 1 time up or down, therefore on touch-screen 1 input differently just roll over, the data combination of reflexed, just can control the number of times that blade moves up or down by program, for example import 3 just to roll over+1 reflexed, just can control blade and shovel 3 times downwards, go up shovel 1 time then, by parity of reasoning.
Embodiment three:
Finish 2 just to roll over+2 reflexed+2 actions of drawing scape.
Behind the input said procedure, the course of action of Zhe scape machine output is: when Zhe scape machine rotates the 1st circle and the 2nd circle, PLC2 output signal control electromagnetic valve 1 no power, solenoid valve 1 connects control cylinder one 501 elongations by tracheae, cam 1 is put down in cylinder one 501 elongations, cam one 601 control blades shovel twice downwards, finish 2 and just rolling over action, when Zhe scape machine rotates the 3rd circle and the 4th circle, 1 energising of PLC2 output signal control electromagnetic valve, solenoid valve 1 connect control cylinder 1 by tracheae shrinks, and cylinder 1 shrinks mentions cam 1, cam one 601 control blades upwards shovel twice, finish two reflexed actions.When Zhe scape machine rotates the 5th circle and the 6th circle, 2 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 2 connects control cylinder 2 502 by tracheae and shrinks, cylinder 2 502 pull-up cams 2 602, the 2 602 control open times of blade of cam are the time that Zhe scape machine rotates two circles, after blade opens, 3 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 3 connects control cylinder 3 503 by tracheae and shrinks, cylinder 1 shrinks drivening rod and puts down ratchet 1, the cylinder that ratchet 1 put down and drove the bottom rotates, and finishes two and draws the scape action.The preceding state of program run is got back in PLC2 output signal control cylinder 2 502 and cylinder 3 503 elongations after drawing the scape action to finish.Draw finishing of scape action, must cylinder 2 502 and cylinder 3 503 cooperatively interact and finish, and in order successively, in order for drawing the scape action to begin, cylinder 2 502 contraction control blades open, and cylinder 3 503 contraction control ratchets 1 put down and drive the bottom cylinder rotation then.Draw the scape action to finish exhaust hood 2 502 elongation earlier, the blade that closes, ratchet 1 is lifted in cylinder 3 503 elongations then, and bottom cylinder stops operating, and so circulation is finished 2 just to roll over+2 reflexed+2 actions of drawing scape.
Embodiment four:
Finish 2 just to roll over+action of 2 reflexed+2 leaf of bamboves.
Behind the input said procedure, the course of action of Zhe scape machine output is: blade execute 2 of embodiment two just roll over+corresponding actions of 2 reflexeds after, 4 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 4 connects control cylinder 4 504 elongations by tracheae, cylinder 4 504 elongations drive ratchet 2 604 by connecting rod and collision mechanism and put down, ratchet 2 604 puts down and promotes the eccentric wheel rotation, and eccentric wheel rotating band movable knife rack and blade move left and right are finished the function that the leaf of bamboo is rolled over.After leaf of bamboo folding action was finished, action was just being rolled in the operation that turns back to before the program, and so circulation is finished 2 and just rolled over+action of 2 reflexed+2 leaf of bamboves.
Embodiment five:
Finish 2 just to roll over+action of 2 reflexed+2 little foldings.
Behind the input said procedure, the course of action of Zhe scape machine output is: blade execute 2 of embodiment two just roll over+corresponding actions of 2 reflexeds after, PLC2 receives the signal that optoelectronic switch 3 sends, through 1 energising of arithmetically processing output signal control electromagnetic valve, solenoid valve 1 connects control cylinder one 501 elongations by tracheae, and cylinder one 501 elongation control cams put down, blade upwards shovels 1 time, finish the action of 1 little folding, so circulation is finished 2 just to roll over+action of 2 reflexed+2 little foldings.Finishing of little folding action is that Zhe scape machine changes half-turn and just controls blade and move downward or upward 1 time, therefore also makes half folding, size folding or the depth roll over.
Embodiment six:
Finish 2 just to roll over+2 actions of drawing scape+2 reflexed.
Behind the input said procedure, the course of action of Zhe scape machine output is: when Zhe scape machine rotates the 1st circle and the 2nd circle, PLC2 output signal control electromagnetic valve 1 no power, solenoid valve 1 connects control cylinder one 501 elongations by tracheae, cam 1 is put down in cylinder one 501 elongations, cam one 601 control blades shovel twice downwards, finish 2 and just rolling over action, when Zhe scape machine rotates the 3rd circle and the 4th circle, when Zhe scape machine rotates the 5th circle and the 6th circle, 2 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 2 connect control cylinder 2 502 by tracheae and shrink cylinder 2 502 pull-up cams 2 602, cam 2 602 control blades open, the open time of blade is the time that Zhe scape machine rotates two circles, after blade opens, and 3 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 3 connects control cylinder 3 503 by tracheae and shrinks, cylinder 1 shrinks drivening rod and puts down ratchet 1, and ratchet 1 puts down and drives the bottom cylinder rotation, finishes two and draws the scape action.After drawing the scape action to finish, 1 energising of PLC2 output signal control electromagnetic valve, solenoid valve 1 connects control cylinder 1 by tracheae and shrinks, cylinder 1 shrinks mentions cam 1, cam one 601 control blades upwards shovel twice, finish 2 reflexed actions, so circulation is finished 2 just to roll over+2 actions of drawing scape+2 reflexed.
Embodiment seven:
Finish 2 reflexed+2 and draw scape+2 action of just rolling over.
Behind the input said procedure, the course of action of Zhe scape machine output is: PLC2 receives the signal that sensor 1 and sensor 2 302 send, through 1 energising of arithmetically processing output signal control electromagnetic valve, solenoid valve 1 connects control cylinder 1 by tracheae and shrinks, cylinder 1 shrinks mentions cam 1, cam one 601 control blades upwards shovel twice, finish 2 reflexed actions, after finishing the reflexed action, 2 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 2 connects control cylinder 2 502 by tracheae and shrinks, cylinder 2 502 shrinks pull-up cam 2 602, cam 2 602 control blades open, the open time of blade is the time that Zhe scape machine rotates two circles, after blade opens, 3 energisings of PLC2 output signal control electromagnetic valve, solenoid valve 3 connects control cylinder 3 503 by tracheae and shrinks, cylinder 3 503 shrinks drivening rod and puts down ratchet 1, ratchet 1 puts down and drives the bottom cylinder rotation, finish 2 and draw the scape action, after drawing the scape action to finish, PLC2 output signal control electromagnetic valve 1 no power, solenoid valve 1 connects control cylinder one 501 elongations by tracheae, cam 1 is put down in cylinder one 501 elongations, and cam one 601 control blades shovel twice downwards, finish 2 and are just rolling over action, so circulation is finished 2 reflexed+2 and is drawn scape+2 action of just rolling over.
Claims (5)
1, a kind of automatic control system of tuck machine, it is characterized in that, comprise that one is mounted with the touch-screen of Zhe scape machine working routine software, one is mounted with the Programmable Logic Controller PLC of Zhe scape machine working routine software, it connects several solenoid valves by cable, with thinking that PLC provides at least one photoelectric sensor of working signal, be arranged on Zhe scape machine control system inside, be connected with cylinder by tracheae, shrink and open several solenoid valves in order to control cylinder, corresponding connection with solenoid valve, in order to mentioning of control cam, put down and the lifting of ratchet, several cylinders that put down, be controlled by cylinder, respectively in order at least one cam that the control blade moves up and down and blade opens and closes, and respectively in order to the rotation of control end temperature cylinder and at least one ratchet of eccentric rotation.
2, automatic control system of tuck machine according to claim 1, it is characterized in that, described photoelectric sensor comprises the sensor one in order to positive reflexed position signalling to be provided, in order to the sensor two that draws scape and leaf of bamboo folding position signalling to be provided, in order to sensor three and the sensor four that little folding position signalling is provided in order to the cut-parts position signalling to be provided.
3, automatic control system of tuck machine according to claim 1 is characterized in that, described cylinder comprises cylinder one, and it is connected with cam one by joint; Cylinder two, it is connected with cam two by joint; Cylinder three, it is connected with ratchet one by connecting rod; Cylinder four, it is connected with ratchet two by connecting rod.
4, automatic control system of tuck machine according to claim 1 is characterized in that, described cam comprises cam one that is controlled by cylinder one and the cam two that is controlled by cylinder two.
5, automatic control system of tuck machine according to claim 1 is characterized in that, described ratchet comprises ratchet one that is controlled by cylinder three and the ratchet two that is controlled by cylinder four.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200492631U CN201229493Y (en) | 2008-06-16 | 2008-06-16 | Automatic control system for ruffler |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008200492631U CN201229493Y (en) | 2008-06-16 | 2008-06-16 | Automatic control system for ruffler |
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| Publication Number | Publication Date |
|---|---|
| CN201229493Y true CN201229493Y (en) | 2009-04-29 |
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| CNU2008200492631U Expired - Fee Related CN201229493Y (en) | 2008-06-16 | 2008-06-16 | Automatic control system for ruffler |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112323462A (en) * | 2020-12-01 | 2021-02-05 | 安徽东锦服饰有限公司 | Convenient regulation and control type garment materials cuts out device |
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2008
- 2008-06-16 CN CNU2008200492631U patent/CN201229493Y/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112323462A (en) * | 2020-12-01 | 2021-02-05 | 安徽东锦服饰有限公司 | Convenient regulation and control type garment materials cuts out device |
| CN112323462B (en) * | 2020-12-01 | 2023-11-17 | 安徽东锦高科新材料有限公司 | Convenient regulation and control type clothing surface fabric cuts device |
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Granted publication date: 20090429 |