CN204939828U - Sewing device feeding speed unusual condition monitors and regulator - Google Patents
Sewing device feeding speed unusual condition monitors and regulator Download PDFInfo
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- CN204939828U CN204939828U CN201520708246.4U CN201520708246U CN204939828U CN 204939828 U CN204939828 U CN 204939828U CN 201520708246 U CN201520708246 U CN 201520708246U CN 204939828 U CN204939828 U CN 204939828U
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Abstract
The utility model is that a kind of sewing device feeding speed unusual condition monitors and regulator, can be applicable to be integrated into a sewing device, whether the feeding speed in order to an elastic cord needed for the operation of automatic monitoring sewing is in too fast or excessively slow unusual condition, and in time monitoring unusual condition, automatically send a warning message and notify that on-the-spot operating personnel carries out the eliminating operation of unusual condition, prevent the bad result that the too fast elastic cord material that may cause of feeding speed is wound around and ties a knot, or feeding speed cross slow and cause elastic cord material by overtighten the inconsistent bad quality problem of the sewing degree of tightness effect that causes.
Description
Technical field
The utility model is about a kind of sewing device technology, relate to a kind of sewing device feeding speed unusual condition especially to monitor and regulator, can be applicable to be integrated into a sewing device, whether the feeding speed in order to automatic monitoring elastic cord is in too fast or excessively slow unusual condition, and when feeding speed generation unusual condition, can automatically send warning message to notify that operating personnel carries out the eliminating operation of unusual condition.
Background technology
Sewing machines is a kind of machinery equipment being used for manufacturing textiles, and its major function is for being used for sewing cloth goods, and the sewing action moved in circles up and down by sewing pin comes such as an elastic cord material to be seamed to a cloth products.The essential structure of current existing Sewing machines comprises a sewing pin, a sewing CD-ROM drive motor and a band material feeding mechanism; Wherein this band material feeding mechanism can be used to supply and a feeding elastic cord material to Sewing machines, and this sewing pin then can carry out a sewing action up and down reciprocatingly, in order to this elastic cord material is seamed to cloth products.
But the band material feeding mechanism on current existing Sewing machines has one and has technical problem to be solved, namely may there is too fast or excessively slow unusual condition in the feeding speed of elastic cord material, therefore can cause some bad results in operation and production quality and efficiency.If feeding speed is too fast, then sewing pin can have little time to consume too much elastic cord material, thus causes too much elastic cord material to form the bad phenomenon being wound around and tiing a knot, and makes the necessary brief interruption of sewing operation.If feeding speed is excessively slow, elastic cord material then can be caused by overtighten to be formed spastic phenomenon, the tension force resulting in the elastic cord material being now seamed to cloth products is tighter, the tension force of the elastic cord material previously sewed up is then more loose, therefore causes the elastic cord material being seamed to cloth products to have the inconsistent bad quality of degree of tightness.In addition, the excessively slow situation of feeding speed, due to elastic cord material can be caused by overtighten, therefore causes sewing device pullled by the paratonia of elastic cord material and cause the result of damage.
Because above-described problem, weaving industry and a kind of operating personnel that assists to weave of demand are used for the solution of the feeding speed generation unusual condition monitoring and get rid of elastic cord material.
Utility model content
Research and development object of the present utility model proposes a kind of operating personnel of assistance for aforesaid problem to be used for the solution of the feeding speed unusual condition monitoring and get rid of elastic cord material, can when sewing device actual operation, whether the feeding speed of automatic monitoring elastic cord there is too fast or excessively slow unusual condition, and can in time monitoring unusual condition, on-the-spot operating personnel is allowed to be slowed down by feeding speed through manual mode or to tune up, use the bad result of winding and the knotting preventing from may causing because feeding speed is too fast, and prevent because feeding speed crosses the inconsistent bad quality problem of the slow degree of tightness caused and the problem that equipment may be caused to damage.
Sewing device feeding speed unusual condition of the present utility model monitors and the essential structure of regulator comprises following composition component: (A) man-computer interface module, the motor rotary speed set-up function of user's manipulation can be provided, in order to set the motor rotary speed that a user specifies; (B) a motor main control module, can receive this motor rotary speed value set by man-computer interface module, and using this motor rotary speed value as a motor rotary speed controling parameters; (C) a feeding driver module, its structure comprises one group of roller and a motor apparatus; This motor apparatus drives this group roller to be fed to this elastic cord material; And the running of this motor apparatus is controlled by this motor main control module, operate in order to the motor rotary speed set by this man-computer interface module; (D) a feeding condition monitoring module, it has a pull bar, can move by the drive of this elastic cord material on once site and between site; When this pull bar is positioned at this lower site, represent that the feeding speed of this elastic cord material is too fast, then this feeding condition monitoring module can send a time-out feeding message to suspend the running of this motor apparatus; And this pull bar is when being positioned at site on this, then this feeding condition monitoring module can be caused to send a feeding speed and to cross and warn message slowly; And (E) alarm module, the feeding speed that this feeding condition monitoring module sends can be received and cross slow message, and responsively send the appreciable feeding speed of a user and cross and warn message slowly.
Described man-computer interface module sets feeding speed by a numerical value input mode.
Described motor apparatus is a stepping motors device.
Described feeding condition monitoring module comprises one and closely connects sensor, in time being touched by this pull bar, can send a startup message.
The described sensor that closely connects is a Hall element.
Described alarm module is a buzzer.
When actual operation, whether the utility model the feeding speed of automatic monitoring elastic cord can be in too fast or excessively slow unusual condition, and in time monitoring unusual condition, automatically warning message is sent to notify that operating personnel carries out the eliminating operation of unusual condition, namely reset the rotating speed of the stepper motor device for feeding elastic cord material through manual mode, thus feeding speed is adjusted to moderate degree.
The utility model for existing sewing device because the problem that feeding speed is too fast or excessively slow unusual condition causes provides a kind of operating personnel of assistance to carry out the solution of unusual condition eliminating.When practical application, whether the utility model the feeding speed of automatic monitoring elastic cord can be in too fast or excessively slow unusual condition, and in time monitoring unusual condition, automatically send warning message and notify that on-the-spot operating personnel carries out the eliminating operation of unusual condition, namely tune up or slow down through the feeding speed of manual mode by elastic cord, by this feeding speed is adjusted to moderate degree, thus prevent elastic cord material due to the bad result of too fast the caused winding of feeding speed and knotting, and prevent from crossing slow due to feeding speed and causing elastic cord material to be tightened up and cause the elastic cord material being seamed to cloth products to have the inconsistent bad quality of degree of tightness, and also prevent the problem that causes equipment to damage because elastic cord material is stuck.Therefore the utility model can make sewing operation carry out in smooth-going and appropriate mode, thus improves production quality and the efficiency of weaving.
Accompanying drawing explanation
Fig. 1 is an application schematic diagram, integrates the application mode of device of the present utility model in order to show a typical sewing device;
Fig. 2 is an organigram, in order to show the essential structure of device of the present utility model;
Fig. 3 is an organigram, in order to show the essential structure of the feeding condition monitoring module in device of the present utility model;
Fig. 4 A is an application schematic diagram, in order to show elastic cord material not starting the initial conditions before carrying out feeding action;
Fig. 4 B is an application schematic diagram, in order to show elastic cord material in feeding action by the situation started when starting;
Fig. 4 C is an application schematic diagram, is moderate normal condition in order to show the feeding speed of elastic cord material;
Fig. 4 D is an application schematic diagram, the unusual condition that the feeding speed in order to show elastic cord material is too fast;
Fig. 4 E is an application schematic diagram, the unusual condition that the feeding speed in order to show elastic cord material is excessively slow.
Detailed description of the invention
Below namely coordinate institute's accompanying drawings, disclose technology contents and embodiment that sewing device feeding speed unusual condition of the present utility model supervision and regulator are described in detail.
Application of the present utility model
Fig. 1 is that the basic framework of a typical sewing device 10 and sewing device feeding speed unusual condition of the present utility model monitor and the application apparatus of so far sewing device 10 integrated by regulator 100 (hereinafter referred to as device of the present utility model).
As shown in the figure, this sewing device 10 comprises sewing pin 20, sewing CD-ROM drive motor 30 and a sewing main control unit 40, and and then comprise a band material feeding mechanism 50; Wherein this band material feeding mechanism 50 is used to the sewing position 22 below supply elastic cord material 51 to sewing pin 20, sewing pin 20 is then that about the one sewing action moved in circles is carried out in the driving being controlled by sewing CD-ROM drive motor 30, in order to utilize a suture 21, elastic cord material 51 is seamed to a cloth products 60.Elastic cord material 51 is then used to provide a kind of degree of tightness effect to cloth products 60.
In the framework shown in Fig. 1, sewing device 10 still comprise many other mechanism and facility, but the only display part relevant with the utility model in a schematic way herein.
When reality uses, from band, first elastic cord material 51 must be expected that feeding mechanism 50 is pulled to the sewing position 22 below sewing pin 20 by weaving operating personnel, and the head end of this elastic cord material 51 is linked to cloth products 60.When sewing operation is carried out, namely sewing device 10 can drive cloth products 60 by the sewing position 22 below sewing pin 20, therefore also produces a tensile force f 1 to elastic cord material 51 simultaneously, and elastic cord material 51 can be pulled to move towards the direction of sewing pin 20.
Elastic cord material 51 leads among the path of sewing position 22 from band material feeding mechanism 50, first can pass through an anti-knotting device 70, more then by first area 81 and a second area 82.When by first area 81, elastic cord material 51 can be subject to driving forwards of the feeding driving force F2 that device 100 of the present utility model produces, thus drives elastic cord material 51 to carry out feeding action towards the direction of sewing pin 20.Then, when elastic cord material 51 is by second area 82, the feeding situation of elastic cord material 51 can be subject to the monitoring of device 100 of the present utility model, uses the feeding speed detecting elastic cord material 51 and whether too fast or excessively slow unusual condition occurs.
Function of the present utility model
When practical application, device 100 of the present utility model can when sewing device 10 carries out sewing operation, whether the feeding situation of automatic monitoring elastic cord material 51 is normal, namely whether feeding speed is in too fast or excessively slow unusual condition, and in time monitoring unusual condition, operating personnel can be allowed through manual mode to readjust the feeding speed of elastic cord material 51.
If there is the unusual condition that feeding speed is too fast, then on-the-spot operating personnel can use device 100 of the present utility model to slow down a bit by the feeding speed of elastic cord material 51 in a manual manner, thus makes the feeding speed of elastic cord material 51 be returned to moderate situation.
Contrary, if there is the unusual condition that feeding speed is excessively slow, then on-the-spot operating personnel can use device 100 of the present utility model to tune up a bit by the feeding speed of elastic cord material 51 in a manual manner, thus makes the feeding speed of elastic cord material 51 be returned to moderate situation.
Make of the present utility model
Namely the essential structure that device 100 of the present utility model is used for needed for the aforesaid function of actual execution is below described.As shown in Figure 2, the essential structure of device 100 of the present utility model comprises following composition component: (A) man-computer interface module 110; (B) a motor main control module 120; (C) a feeding driver module 130, its structure comprises roller set 131 and a motor apparatus 132; (D) a feeding condition monitoring module 140; And (E) alarm module 150.
(A) man-computer interface module 110
Man-computer interface module 110 is used to the feeding speed set-up function providing user's manipulation, the operating personnel of sewing device 10 can be allowed to be used for setting the user motor rotary speed of specifying in a specific range of speeds, and the motor rotary speed that namely this motor rotary speed is used for making the motor apparatus 132 of feeding driver module 130 to specify with user operates, then carry out rotation roller group 131 by the running of motor apparatus 132 and drive elastic cord material 51 to carry out feeding action forward.
On concrete enforcement, the range of speeds that this man-computer interface module 110 can be used to set is such as between 10rpm to 600rpm (revolutionsperminute).But in the broadest sense, the range of speeds that this man-computer interface module 110 can be used to set is determined by the performance of motor apparatus 132 used, can be and limits arbitrarily and not.
(B) motor main control module 120
Motor main control module 120 controls the startup of the motor apparatus 132 of feeding driver module 130, stopping and running speed by numerical control method (numericalcontrol).When practical operation, motor main control module 120 can receive the numerical data of the motor rotary speed set by aforesaid man-computer interface module 130, and it can be used as motor rotary speed controling parameters, then operated by the rotating speed that numerical control method makes motor apparatus 132 specify in user.On concrete enforcement, this motor main control module 120 is such as by a microprocessor coordinates the computer program of Numerical Control to be formed.
(C) feeding driver module 130
Feeding driver module 130 is arranged among first area 81, a feeding driving force F2 can be applied to elastic cord material 51, be used for the elastic cord material 51 by first area 81 to drive forwards, thus drive elastic cord material 51 to carry out feeding action towards the direction of sewing pin 20.
Feeding driver module 130 comprises one group of roller 131 and a motor apparatus 132; Wherein this motor apparatus 132 is used to rotate this group roller 131 and will by elastic cord material 51 brought forward wherein, and the running of this motor apparatus 132 is then controlled by motor main control module 120, operate in order to the motor rotary speed set by man-computer interface module 110.
Substantially, a circle is often rotated in the rotating shaft of motor apparatus 132, gets final product the elastic cord material 51 that rotation roller group 131 is fed to out a predetermined length; And the rotating speed of motor apparatus 132 can be set to an appropriate value by operating personnel through man-computer interface module 110, and operated according to the rotating speed set by operating personnel by the responsible motor apparatus 132 that controls of motor main control module 120.
On concrete enforcement, the better embodiment of this motor apparatus 132, for adopting stepping motors device, thus can allow motor main control module 120 control the rotating speed of motor apparatus 132 by Numerical Control technology (numericalcontrol).
(D) feeding condition monitoring module 140
The essential structure of feeding condition monitoring module 140 as shown in Figure 3, comprises pull bar 141, chute 142, and closely connects sensor 143 and a fixed bar 144.
Pull bar 141 is the object of an elongated rod shape, and one of them end points is embedded among chute 142, freely can slide up and down among chute 142.
Chute 142 is arranged to roughly extend in vertical direction, has site P1 and is positioned at site P2 on bottom and and is positioned at top, pull bar 141 can be allowed freely to slide up and down between lower site P1 and upper site P2.When not being subject to external force and pulling, pull bar 141 i.e. gravitate and be in the lower site P1 of the lowermost end of chute 142; And when being subject to upwards the pulling of elastic cord material 51, can move up along the bearing of trend of chute 142.
Closely connecing sensor 143 is such as a Hall element, can when pull bar 141 moves up and touched by pull bar 141, produce an electromagnetic induction signal, and this electromagnetic induction signal is started message as one send motor main control module 120 to, being used for starter device 132 entry into service carrys out the feeding action that driving rolls group 131 carries out elastic cord material 51.
Fixed bar 144 is the object of an elongated rod shape, be fixed on the body of sewing device 10, and its position roughly must be aligned to the upper site P2 of chute 142 in the horizontal direction, walk around from the top of fixed bar 144 in order to support elastic cord material 51, and then down lead to the sewing position 22 below sewing pin 20.
When practical application, elastic cord material 51, in mode as shown in Figure 3, by after roller set 131, then by the below of pull bar 141, is then upwards walked around the top of fixed bar 144, then is pulled down the sewing position 22 to sewing pin 20.When carrying out sewing operation in sewing device 10 is actual, if the feeding speed of elastic cord material 51 is too fast, then too much elastic cord material 51 can hang down to the below of pull bar 141, as shown in Figure 4 D; Contrary, if excessively slow, then elastic cord material 51 meeting is by pull bar 141 up pull-up, until pull bar 141 reaches the upper site P2 of top, as shown in Figure 4 E.
Carry out in process in sewing operation, if pull bar 141 is positioned at lower site P1, then represent the feeding speed of elastic cord material 51 too fast and cause elastic cord material 51 sagging, therefore namely feeding condition monitoring module 140 can send the too fast message of a feeding speed to motor main control module 120.Contrary, if pull bar 141 is positioned at site P2, then represent that the feeding speed of elastic cord material 51 causes elastic cord material 51 sagging excessively slowly, therefore namely feeding condition monitoring module 140 can send a feeding speed and cross slow message to alarm module 150.
(E) alarm module 150
Alarm module 150 can receive the feeding speed that aforesaid feeding condition monitoring module 150 sends and cross slow message, and responsively send the appreciable warning message of a user, use and the unusual condition that the feeding speed of elastic cord material 51 is excessively slow is informed to on-the-spot operating personnel to carry out the eliminating operation of unusual condition.
On concrete enforcement, alarm module 150 is such as a buzzer, can in time receiving feeding speed and cross slow message, and the audio warning sending a series of Buzzing type is used as the warning message notifying operating personnel.
Function mode of the present utility model
Below namely coordinate Fig. 4 A to Fig. 4 E that the operation of device 100 of the present utility model when practical application is described.When reality uses, the control of the feeding speed of device of the present utility model 100 pairs of elastic cord material 51 is the motor rotary speed default values using man-computer interface module 110, be such as 500rpm, or utilize the set motor rotary speed value of man-computer interface module 110 in advance by user, be such as 400rpm, control the running speed of motor apparatus 132.
As shown in Figure 1, before reality uses, weaving operating personnel must first by elastic cord material 51 from band material feeding mechanism 50 sequentially by anti-knotting device 70, be positioned at first area 81 feeding driver module 130 and be positioned at the feeding condition monitoring module 140 of second area 82 and the sewing position 22 that is pulled to below sewing pin 20, and the head end of this elastic cord material 51 is linked to cloth products 60.Now as shown in Figure 4 A, elastic cord material 51 can fall in slightly down the below of pull bar 141 by the part of feeding condition monitoring module 140.As long as then weave, a cloth products 60 is put on the sewing platform of sewing device 10 by operating personnel, sewing device 10 can be caused to send a startup message to sewing main control unit 40, make sewing main control unit 40 start sewing CD-ROM drive motor 30 entry into service and carry out a sewing operation to drive sewing pin 20 pairs of cloth products 60.
Then as shown in Figure 4 B, after sewing operation is activated, namely sewing device 10 can drive cloth products 60 to move on sewing platform, thus produces a tensile force f 1 to elastic cord material 51, and elastic cord material 51 can be pulled to move towards the sewing position 22 below sewing pin 20.Namely the elastic cord material 51 be now positioned at below pull bar 141 can be pulled upwardly gradually, is therefore also pulled upwardly by pull bar 141.When pull bar 141 rises to the position closely connecing sensor 143, namely can touch and closely connect sensor 143 and send a startup message to motor main control module 120, motor main control module 120 starter device 132 is operated with the rotating speed set by man-computer interface module 110, thus rotation roller group 131 drive elastic cord material 51 to carry out feeding action forward.Now the feeding speed of elastic cord material 51 and direct ratio correspond to the rotating speed of motor apparatus 132, the rotating speed namely set by man-computer interface module 110.
After elastic cord material 51 starts to carry out feeding action, depending on speed or the other factors of sewing speed, may there are 3 kinds of following situations in the feeding speed of elastic cord material 51:
Situation 1: feeding speed is moderate normal condition
Situation 2: too fast unusual condition occurs feeding speed
Situation 3: slow unusual condition occurred feeding speed
Below namely illustrate that device 100 of the present utility model is to the processing mode of these 3 kinds of situations respectively.
Situation 1: feeding speed is moderate normal condition
As shown in Figure 4 C, if the feeding speed of elastic cord material 51 is moderate normal condition, then the pull bar 141 of feeding condition monitoring module 140 roughly can be positioned at the centre position of chute 142, namely descends between site P1 and upper site P2.Namely this situation represents that the feeding speed of elastic cord material 51 is moderate normal condition.
Situation 2: too fast unusual condition occurs feeding speed
As shown in Figure 4 D, if there is the too fast unusual condition of feeding speed in elastic cord material 51, elastic cord material 51 then owing to being fed to out from roller set 131 is too much, and the part that therefore elastic cord material 51 is positioned at below pull bar 141 can be fallen toward sagging gradually, causes pull bar 141 to roll back the lower site P1 of lowermost end.
When pull bar 141 rolls back lower site P1, feeding condition monitoring module 140 can send a time-out feeding message to motor main control module 120, make motor main control module 120 responsively after a time delay of presetting, such as, after being one period of time delay in the scope of 0.1 second to 3 seconds, motor apparatus 132 is temporarily shut down, thus makes roller set 131 temporarily stop operating and stop feeding action.
After feeding pause in action, hang down and fall the tensile force f 1 that namely can produce due to sewing action in the elastic cord material 51 below pull bar 141 and being pulled upwardly again gradually, thus pull bar 141 is pulled upwardly again, therefore as shown in Figure 4 B as, again touch and closely connect sensor 143 and send a startup message to motor main control module 120, make motor main control module 120 once again starter device 132 carry out rotation roller group 131, thus recover feeding action and be fed to elastic cord material 51.
And if again there is the too fast unusual condition of feeding speed, then namely aforesaid operation repeats once again, the running of motor apparatus 132 is namely again temporarily stopped to stop feeding, then wait until pull bar 141 to be again pulled upwardly and touch when closely connecing sensor 143, then restarting motor apparatus 132 to recover feeding action.
Situation 3: slow unusual condition occurred feeding speed
As shown in Figure 4 E, if the excessively slow unusual condition of feeding speed occurs elastic cord material 51, then the elastic cord material 51 be positioned at below pull bar 141 can be caused to be pulled upwardly gradually, finally reach the position of the upper site P2 of the top of chute 142.
When pull bar 141 reaches the position of upper site P2 of the top of chute 142, namely cause feeding condition monitoring module 140 to send a feeding speed and cross slow message to alarm module 150, alarm module 150 is made responsively to send the appreciable warning message of a user, it is such as the audio warning of a Buzzing type, inform to on-the-spot operating personnel in order to the unusual condition that this feeding speed is excessively slow, make operating personnel carry out eliminating operation to this unusual condition.
Because this unusual condition is that feeding speed is excessively slow, therefore operating personnel can use man-computer interface module 110 to input in a manual manner and set a feeding speed faster.For example, if the current rotating speed of motor apparatus 132 is 500rpm, then operating personnel can use man-computer interface module 110 to input [600] in a manual manner, motor main control module 120 can be made to heighten to 600rpm by rotating speed current for motor apparatus 132 from 500rpm, thus can feeding speed be tuned up a bit, the excessively slow unusual condition of this feeding speed can be got rid of by this, make the feeding speed of elastic cord material 51 change into moderate situation.
Sum up, the utility model for existing sewing device because the problem that feeding speed is too fast or excessively slow unusual condition causes provides a kind of operating personnel of assistance to carry out the solution of unusual condition eliminating.When practical application, whether the utility model the feeding speed of automatic monitoring elastic cord can be in too fast or excessively slow unusual condition, and in time monitoring unusual condition, automatically send warning message and notify that on-the-spot operating personnel carries out the eliminating operation of unusual condition, namely tune up or slow down through the feeding speed of manual mode by elastic cord, by this feeding speed is adjusted to moderate degree, thus prevent elastic cord material due to the bad result of too fast the caused winding of feeding speed and knotting, and prevent from crossing slow due to feeding speed and causing elastic cord material to be tightened up and cause the elastic cord material being seamed to cloth products to have the inconsistent bad quality of degree of tightness, and also prevent the problem that causes equipment to damage because elastic cord material is stuck.Therefore the utility model can make sewing operation carry out in smooth-going and appropriate mode, thus improves production quality and the efficiency of weaving.
The foregoing is only preferred embodiment of the present utility model, and be not used to the scope of the claims limiting substantial technological content of the present utility model.The upper concept of broad sense of the present utility model is defined in following claim.If any product that other people complete or technical method and claim institute definien are identical or are a kind of change of equivalence, be all covered by being regarded as among the scope of the claims of the present utility model.
Claims (6)
1. a sewing device feeding speed unusual condition monitors and regulator, can be applicable to be integrated into a sewing device, in order to monitor whether the feeding speed of the elastic cord material that this sewing device is fed in time carrying out sewing operation unusual condition occurs, and the function of a manual adjustment feeding speed is provided, it is characterized in that;
This sewing device feeding speed unusual condition monitors and regulator at least comprises:
One man-computer interface module, can provide the motor rotary speed set-up function of user's manipulation, in order to set the motor rotary speed that a user specifies;
One motor main control module, can receive this motor rotary speed value set by man-computer interface module, and using this motor rotary speed value as a motor rotary speed controling parameters;
One feeding driver module, its structure comprises one group of roller and a motor apparatus; This motor apparatus drives this group roller to be fed to this elastic cord material; And the running of this motor apparatus is controlled by this motor main control module, operate in order to the motor rotary speed set by this man-computer interface module;
One feeding condition monitoring module, it has a pull bar, can move by the drive of this elastic cord material on once site and between site; When this pull bar is positioned at this lower site, represent that the feeding speed of this elastic cord material is too fast, then this feeding condition monitoring module can send a time-out feeding message to suspend the running of this motor apparatus; And this pull bar is when being positioned at site on this, then this feeding condition monitoring module can be caused to send a feeding speed and to cross and warn message slowly; And
One alarm module, can receive the feeding speed that this feeding condition monitoring module sends and cross slow message, and responsively sends the appreciable feeding speed of a user and cross and warn message slowly.
2. sewing device feeding speed unusual condition according to claim 1 monitors and regulator, it is characterized in that: this man-computer interface module sets feeding speed by a numerical value input mode.
3. sewing device feeding speed unusual condition according to claim 1 monitors and regulator, it is characterized in that: this motor apparatus is a stepping motors device.
4. sewing device feeding speed unusual condition according to claim 1 monitors and regulator, it is characterized in that: this feeding condition monitoring module comprises one and closely connects sensor, in time being touched by this pull bar, can send a startup message.
5. sewing device feeding speed unusual condition according to claim 4 monitors and regulator, it is characterized in that: this closely connects sensor is a Hall element.
6. sewing device feeding speed unusual condition according to claim 1 monitors and regulator, it is characterized in that: this alarm module is a buzzer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520708246.4U CN204939828U (en) | 2015-09-14 | 2015-09-14 | Sewing device feeding speed unusual condition monitors and regulator |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520708246.4U CN204939828U (en) | 2015-09-14 | 2015-09-14 | Sewing device feeding speed unusual condition monitors and regulator |
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| Publication Number | Publication Date |
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| CN204939828U true CN204939828U (en) | 2016-01-06 |
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| CN201520708246.4U Active CN204939828U (en) | 2015-09-14 | 2015-09-14 | Sewing device feeding speed unusual condition monitors and regulator |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105755689A (en) * | 2016-04-25 | 2016-07-13 | 广东溢达纺织有限公司 | Roll material conveying device and sewing system including same |
| CN106884266A (en) * | 2017-04-27 | 2017-06-23 | 杰克缝纫机股份有限公司 | A kind of cloth automatic conveying device and a kind of cloth automatic conveyor line |
| CN108842312A (en) * | 2018-08-20 | 2018-11-20 | 杰克缝纫机股份有限公司 | A kind of cloth conveying device and sewing device |
| CN109137272A (en) * | 2018-08-28 | 2019-01-04 | 杰克缝纫机股份有限公司 | A kind of sewing mechanism and sewing control method for the synchronous sewing of cut-parts |
-
2015
- 2015-09-14 CN CN201520708246.4U patent/CN204939828U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105755689A (en) * | 2016-04-25 | 2016-07-13 | 广东溢达纺织有限公司 | Roll material conveying device and sewing system including same |
| CN106884266A (en) * | 2017-04-27 | 2017-06-23 | 杰克缝纫机股份有限公司 | A kind of cloth automatic conveying device and a kind of cloth automatic conveyor line |
| CN106884266B (en) * | 2017-04-27 | 2020-08-11 | 杰克缝纫机股份有限公司 | Automatic cloth conveying device and automatic cloth conveying line |
| CN108842312A (en) * | 2018-08-20 | 2018-11-20 | 杰克缝纫机股份有限公司 | A kind of cloth conveying device and sewing device |
| CN109137272A (en) * | 2018-08-28 | 2019-01-04 | 杰克缝纫机股份有限公司 | A kind of sewing mechanism and sewing control method for the synchronous sewing of cut-parts |
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