CN1936144B - Control device for computerised embroidery machine adding bead-piece embroidery function and its control method - Google Patents
Control device for computerised embroidery machine adding bead-piece embroidery function and its control method Download PDFInfo
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- CN1936144B CN1936144B CN2006100521930A CN200610052193A CN1936144B CN 1936144 B CN1936144 B CN 1936144B CN 2006100521930 A CN2006100521930 A CN 2006100521930A CN 200610052193 A CN200610052193 A CN 200610052193A CN 1936144 B CN1936144 B CN 1936144B
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Abstract
The invention relates to a control device and control method for computer embroidery machine that has sequins adding function. It at least includes main control board, needle location testing coding board, plural thread breaking testing board, and an additional main control board that the input signal is upper signal, middle signal and upper sealing signal, and output signal is electromagnet jumping signal, pressure foot acting signal, and sequins pulling signal. The control method includes the following steps: starting sequins embroider, setting low level of electromagnet jumping signal, setting low level of pressure foot acting signal, setting sequins pulling to jumping signal, judging whether need to redo embroider, testing the state of electromagnet jumping signal of redo embroider head and un-redo embroider head, testing the state of pressure foot acting signal of redo embroider head and un-redo embroider head, testing the state of sequins pulling signal of redo embroider head and un-redo embroider head, judging whether redo embroider end, ending redo embroider. The invention realizes the same function as sequins embroidery machine.
Description
Technical field
The present invention relates to the embroidery machine field, particularly install the control device and the control method of sequin function additional at computerized emboridering machine.
Background technology
The embroidery machine that has automaton is made up of frame, body, a plurality of head and electronic-controlled installation usually, and eedle and presser feet are set on the head, and eedle drive floss silk moves up and down during work, embroiders required figure.Often need increase sequin embroidery (claiming paillette again) from decoration and angle attractive in appearance at embroidery.Generally do not have the sequin embroidering device on the old-fashioned embroidery machine, needing sequin to do the place decorated at clothes or other need make up by craft, the manual method cost height of wasting time and energy.Along with the development of technology, people have designed and increased the paillette embroidering machine that sequin is embroidered function on the common computer embroidery machines.The Chinese patent of Granted publication CN2578369Y (application number is 02269223.1) discloses a kind of computer paillette embroidery machine, on the head of common computer embroidery machine, be provided with a cover paillette and embroider the additional mechanical device, realized that computerized emboridering machine increases the function that sequin is embroidered when embroidering.
The existing method that installs the sequin embroidery on common embroidery machine additional all is to read pulse at the automatically controlled internal memory of embroidery machine master, utilize the meta signal wire transmits to each head of embroidery machine, again the pulse signal is transferred to the jump electromagnet and makes its work, the embroidery machine presser feet pauses in the above during the jump work of electromagnet, the sequin pusher is also received sequin of time propelling movement that pulse signal utilizes presser feet to pause simultaneously, realizes sequin embroidery function.When embroidery machine need be mended embroidery, mend the pulse signal that embroidery machine head is only accepted upper signal wire transmits, to pass to the jump electromagnet again by upper holding wire and make its work, this moment, presser feet paused in the above, and the sequin device is also accepted pulse signal and is pushed sequin simultaneously.And the head that need not mend embroidery receives and seals up the uninterrupted continuous signal relief jump electromagnet that a holding wire gives and work all the time, and at this moment presser feet pauses in the above.But this moment, the sequin device can continue to push paillette continuously, at random because of receiving jump signal, therefore can't operate as normal.
This control method of implementing the sequin embroidery on embroidery machine makes embroidery machine plain embroidery can embroider by sequin again, has improved the operating efficiency of embroidery machine.But the shortcoming one that the device that this kind utilizes neutrality line transmission sequin to embroider control signal singlely exists is because of stopping embroidering and move to such an extent that the embroidery machine operating efficiency is reduced, economic benefit decline repeatedly.The 2nd, be parked in top moment propelling movement paillette in order to utilize shank, whenever going out a sequin jump electromagnet will work once.So long-time frequent operation, the electromagnet that causes jumping are easy to wearing and tearing, impact for the durability of embroidery machine.The 3rd, the common embroidery machine that installs the sequin embroidery additional can not directly carry out sequin and mend embroidery.
Summary of the invention
For overcoming the above-mentioned shortcoming of prior art, the invention provides a kind of control device and control method of computerised embroidery machine adding bead-piece embroidery function, basic principle is to install a sequin additional to embroider main automatically controlled plate, existing upper signal, meta signal on the embroidery machine with seal up a signal and carry out recombinant, allow sequin pusher and plain embroidery syringe needle effectively work.
The present invention realizes that the technical scheme of above-mentioned purpose is: a kind of control device of computerised embroidery machine adding bead-piece embroidery function, at least by the automatically controlled plate of embroidery machine master, the decoding plate is detected in the pin position, a plurality of burn out detection plates are formed, and embroider executing agency by the plain embroidery executing agency and the sequin of burn out detection plate control, the pin position is detected the decoding plate and is connected with a plurality of burn out detection plates, it is characterized in that: set up a cover sequin and embroider main automatically controlled plate, the automatically controlled plate of described embroidery machine master is exported upper holding wire, meta holding wire and seal up a holding wire and embroider three input signal cables of main automatically controlled plate as described sequin and seal up a holding wire and directly output to the pin position and detect the decoding plate, the output that described sequin is embroidered the automatically controlled plate of master is that sequin is embroidered the main upper holding wire of automatically controlled plate and sequin is embroidered main automatically controlled plate meta holding wire, and described two holding wires output on the pin position detection decoding plate.
When carrying out the function of common computer embroidery, the input signal that described sequin is embroidered main automatically controlled plate is identical with output signal.Described a plurality of burn out detection plate by the first burn out detection plate, the second burn out detection plate ... N burn out detection plate is formed.It is to be made of digital circuit that described sequin is embroidered main automatically controlled plate.
A kind of control method of computerised embroidery machine adding bead-piece embroidery function, at least set up a sequin and embroider main automatically controlled plate, its input signal is upper signal, meta signal and seals up a holding wire that output signal is electromagnet jump signal, presser feet actuating signal, sequin propelling movement signal.
The control procedure of described output signal is; 1. sequin is embroidered beginning, 2. the electromagnet jump signal is a low level, the jump electromagnet is not worked, 3. presser feet actuating signal low level, the work that do not stop of embroidery machine presser feet, head is in running order, 4. sequin propelling movement signal is a jump signal, and each jump signal makes the sequin pusher push a sequin, does 5. detecting judgement need to mend embroidery? as the "No" return course 2., then enter next step as "Yes", 6. mend embroidery machine head; The electromagnet jump signal is a low level, and the jump electromagnet is not worked, and does not mend embroidery machine head; The electromagnet jump signal is a high level, and 7. the non-stop run of jump electromagnet mends embroidery machine head; The presser feet actuating signal is a low level, the work that do not stop of embroidery machine presser feet, and head is in running order, does not mend embroidery machine head; The presser feet actuating signal is a high level, and the embroidery machine presser feet is parked in the top, and head is not worked, and 8. mends embroidery machine head; It is jump signal that sequin pushes signal, and each jump signal makes the sequin pusher push a sequin, does not mend embroidery machine head; It is low level that sequin pushes signal, and the sequin pusher is not worked, and judge 9. whether finish, as the "No" return course 6., then enter next step as "Yes" if mending embroidery, 10. mend to embroider and finish, and whole process finishes, but also 1. return course restarts sequin embroidery process.
When carrying out the function of common computer embroidery machine, the input signal that described sequin is embroidered main automatically controlled plate is identical with output signal.
Described a plurality of burn out detection plate by the first burn out detection plate, the second burn out detection plate ... N burn out detection plate is formed; Described control signal can be controlled N burn out detection plate.Process detection judgement 5. detects the decoding plate by the pin position and the burn out detection plate is finished.
Compared with prior art, the invention has the advantages that: install a sequin on the common embroidery machine additional and embroider main automatically controlled plate, embroider function to realize sequin.When having normal operating conditions carry out sequin embroider in the embroidery machine action of normally embroidering, no break.When mend embroidering, mend the embroidery machine head action of normally embroidering, the pulse signal of not mending the head of embroidery no longer changes the sequin signal into and is transferred to the sequin pusher, so the sequin pusher do not work, and makes embroidery machine can carry out sequin perfectly and mends the embroidery operation.
Description of drawings
Fig. 1 is the block diagram of the control device of computerised embroidery machine adding bead-piece embroidery function of the present invention;
Fig. 2 is the flow chart of the control method of computerised embroidery machine adding bead-piece embroidery function of the present invention;
Fig. 3 is the automatically controlled plate signal output waveform of prior art common computer embroidery machine master figure;
Fig. 4 is the working signal oscillogram of the computer paillette embroidering machine operation sequin of prior art when embroidering;
Fig. 5 is the working signal oscillogram of control device of the present invention operation sequin when embroidering.
The specific embodiment
Embodiment describes in further detail the present invention below in conjunction with accompanying drawing.
As shown in Figure 1, present embodiment is the block diagram of whole electric-control system behind a kind of control device of computerised embroidery machine adding bead-piece embroidery function, form by the automatically controlled plate 1 of embroidery machine master, pin position detection decoding plate 4, a plurality of burn out detection plate 3, and embroider executing agency by the plain embroidery executing agency and the sequin of 3 controls of a plurality of burn out detection plates, the pin position is detected decoding plate 4 and is connected with burn out detection plate 3.Set up a cover sequin and embroider main automatically controlled plate 2 devices, the automatically controlled plate of described embroidery machine master 1 output upper holding wire SC111, meta holding wire SC112 and seal up a holding wire SC113 and embroider three input signal cables of main automatically controlled plate 2 as described sequin and seal up a holding wire SC113 and directly output to the pin position and detect decoding plate 4, the output that described sequin is embroidered the automatically controlled plate 2 of master is that sequin is embroidered the main upper holding wire SC211 of automatically controlled plate and sequin is embroidered main automatically controlled plate meta holding wire SC212, and described two signals output on the sign indicating number plate 4 of detection pool, pin position.
When carrying out the function of common embroidery, the input signal that described sequin is embroidered main automatically controlled plate is identical with output signal.A plurality of burn out detection plates 3 by the first burn out detection plate 31, the second burn out detection plate 32 ... N burn out detection plate 3n forms.It is to be made of digital circuit that described sequin is embroidered main automatically controlled plate 2.
Shown in Figure 2 is the flow chart of computerised embroidery machine adding bead-piece embroidery function control method.Its control procedure is;
S10; Sequin is embroidered beginning,
S11; Electromagnet jump signal 17 is low levels, and the jump electromagnet is not worked,
S12; The work that do not stop of presser feet actuating signal 18 low levels, embroidery machine presser feet, head is in running order,
S13; It is jump signals that sequin pushes signal 19, and each jump signal makes the sequin pusher push a sequin,
S14; Detect judgement and need to mend embroidery? as "No" return course S11, then enter next step as "Yes",
S15; Mend embroidery machine head S151; Electromagnet jump signal 17 is low levels, and the jump electromagnet is not worked, and does not mend embroidery machine head S152; Electromagnet jump signal 17 is high level, the non-stop run of jump electromagnet,
S16; Mend embroidery machine head S161; Presser feet actuating signal 18 is low levels, the work that do not stop of embroidery machine presser feet, and head is in running order, does not mend embroidery machine head S162; Presser feet actuating signal 18 is high level, and the embroidery machine presser feet is parked in the top, and head is not worked,
S17; Mend embroidery machine head S171; It is jump signals that sequin pushes signal 19, and each jump signal makes the sequin pusher push a sequin, does not mend embroidery machine head S172; It is low levels that sequin pushes signal 19, and the sequin pusher is not worked,
S18; Judge to mend to embroider whether finish then to enter next step as "Yes" as "No" return course S15,
S19; Mend to embroider and finish, whole process finishes, but also 1. return course restarts sequin embroidery process.
When carrying out the function of common embroidery, the input signal that described sequin is embroidered main automatically controlled plate is identical with output signal.A plurality of burn out detection plates 3 by the first burn out detection plate 31, the second burn out detection plate 32 ... N burn out detection plate 3n forms.It is to be made of digital circuit that described sequin is embroidered main automatically controlled plate 2.
Shown in Figure 3 is upper signal 11, the meta signal 12 of automatically controlled plate 1 output of common embroidery machine master and the oscillogram of sealing up a signal 13.Its signal controlling embroidery machine plain embroidery action.Embroider the input signal of main automatically controlled plate 2 in the present invention as sequin.
Shown in Figure 4 is that prior art is utilized upper holding wire SC111, meta holding wire SC112 and seal up the pulse signal of holding wire SC113 transmission; Comprise that electromagnet jump signal 14, presser feet actuating signal 15 and sequin push the mode chart of signal 16.Its operation principle is the meta holding wire → transmit pulse signal → make each head working electromagnet action by meta holding wire SC112 of the automatically controlled plate of embroidery machine master output, and sequin pushes command signal 16 and presser feet actuating signal 15 is to go up directly from meta holding wire SC112 to produce.
The present invention of being shown in Figure 5 utilizes upper signal 11, meta signal 12 and seal up 13 3 kinds of signals of a signal and embroider main automatically controlled plate 2 by sequin and reconfigure the new pulse signal that forms; Comprise that electromagnet jump signal 17, presser feet actuating signal 18 and sequin push the mode chart of signal 19.Its control procedure is; During work, the pulse signal of automatically controlled plate 1 output of embroidery machine master is transferred to after the meta holding wire SC112, can not pass to each head working electromagnet again by meta holding wire SC112, only can change sequin propelling movement signal 19 into and pass to the sequin pusher by recombinant, make the sequin device push a sequin, this moment electromagnet jump signal low level, presser feet actuating signal low level, the action so embroidery machine is normally embroidered, no break.When needing sequin mend to embroider (when doing sequin and embroidering because of broken string, leak machine such as embroiderys and embroider and move required necessary item in order to do correct sequin again when unusual.Only need mend embroidery machine head work when mend embroidering and other heads are not worked, all heads are worked again simultaneously when embroidering end Deng benefit), mend embroidery machine head and only accept the pulse signal of upper holding wire SC111 transmission, burst transmissions changes sequin propelling movement signal 19 into and passes to the sequin pusher after upper holding wire SC111, this moment the electromagnet signal low level of jumping, presser feet actuating signal low level is mended embroidery machine head and is carried out the action of normal sequin benefit embroidery.Do not receive and seal up a high level that holding wire SC113 gives and need not mend the head of embroidering action, electromagnet jump signal 17 be a high level, and presser feet actuating signal 18 also is a high level simultaneously, and above presser feet was parked in, head was not worked.This moment, sequin pushed the output of signal 19 no signals, and the sequin pusher is not worked.Thereby make embroidery machine can improve ground sequin benefit embroidery operation.
Install control device of the present invention and utilize control method of the present invention additional, and behind sequin pusher; Make common embroidery machine have the function same with paillette embroidering machine.The method goes for the whole world, and all do not support the existing common embroidery machine that sequin is embroidered, and its stability and economic benefit are very good.Embroider operation because can on existing common embroidery machine, make the sequin of effect same, brought considerable economic benefit, also prevented social resources waste and space waste, all brought double benefit for society and user two sides to the user.
Claims (8)
1. the control device of a computerised embroidery machine adding bead-piece embroidery function, at least by the automatically controlled plate of embroidery machine master (1), decoding plate (4) is detected in the pin position, a plurality of burn out detection plates (3) are formed, and embroider executing agency by the plain embroidery executing agency and the sequin of burn out detection plate (3) control, the pin position is detected decoding plate (4) and is connected with a plurality of burn out detection plates (3), it is characterized in that: set up a cover sequin and embroider main automatically controlled plate (2), the automatically controlled plate of described embroidery machine master (1) is exported upper holding wire (SC111), meta holding wire (SC112) and seal up a holding wire (SC113) and embroider three input signal cables of main automatically controlled plate (2) as described sequin and seal up a holding wire (SC113) and directly output to the pin position and detect decoding plate (4), the output that described sequin is embroidered the automatically controlled plate of master (2) is that sequin is embroidered the main upper holding wire of automatically controlled plate (SC211) and sequin is embroidered main automatically controlled plate meta holding wire (SC212), and described two holding wires output on the pin position detection decoding plate (4).
2. the control device of a kind of computerised embroidery machine adding bead-piece embroidery function according to claim 1 is characterized in that: when carrying out the function that common computer embroiders, the input signal that described sequin is embroidered main automatically controlled plate (2) is identical with output signal.
3. the control device of a kind of computerised embroidery machine adding bead-piece embroidery function according to claim 1, it is characterized in that: described a plurality of burn out detection plates (3) are made up of the first burn out detection plate (31), the second burn out detection plate (32), N burn out detection plate (3n).
4. the control device of a kind of computerised embroidery machine adding bead-piece embroidery function according to claim 1 is characterized in that: it is to be made of digital circuit that described sequin is embroidered main automatically controlled plate (2).
5. the control method of a computerised embroidery machine adding bead-piece embroidery function according to claim 1, it is characterized in that: set up a sequin at least and embroider main automatically controlled plate (2), its input signal is upper signal (11), meta signal (12) and seals up a holding wire (13) that output signal is electromagnet jump signal (17), presser feet actuating signal (18), sequin propelling movement signal (19); The control procedure of described output signal is
1. sequin is embroidered beginning (S10),
2. electromagnet jump signal (17) is a low level, jump electromagnet do not work (S11),
3. the work that do not stop of presser feet actuating signal (18) low level, embroidery machine presser feet, head in running order (S12),
4. sequin propelling movement signal (19) is a jump signal, and each jump signal makes the sequin pusher push a sequin (S13),
5. detect judgement and need to mend embroidery? as the "No" return course 2., then enter next step (S14) as "Yes",
6. mend embroidery machine head (S151); Electromagnet jump signal (17) is a low level, and the jump electromagnet is not worked, and does not mend embroidery machine head (S152); Electromagnet jump signal (17) is a high level, jump electromagnet non-stop run (S15),
7. mend embroidery machine head (S161); Presser feet actuating signal (18) is a low level, the work that do not stop of embroidery machine presser feet, and head is in running order, does not mend embroidery machine head (S162); Presser feet actuating signal (18) is a high level, and the embroidery machine presser feet is parked in the top, head do not work (S16),
8. mend embroidery machine head (S171); It is jump signal that sequin pushes signal (19), and each jump signal makes the sequin pusher push a sequin, does not mend embroidery machine head (S172); It is low level that sequin pushes signal (19), sequin pusher do not work (S17),
9. judge to mend to embroider whether finish, as the "No" return course 6., then enter next step (S18) as "Yes",
10. mend to embroider and finish, whole process finishes, but also 1. return course restarts sequin embroidery process (S19).
6. the control method of a kind of computerised embroidery machine adding bead-piece embroidery function according to claim 5 is characterized in that: when carrying out the function of common computer embroidery machine, the input signal that described sequin is embroidered main automatically controlled plate (2) is identical with output signal.
7. the control method of a kind of computerised embroidery machine adding bead-piece embroidery function according to claim 5, it is characterized in that: described a plurality of burn out detection plates (3) are made up of the first burn out detection plate (31), the second burn out detection plate (32), N burn out detection plate (3n); Described control signal can be controlled N burn out detection plate (3).
8. the control method of a kind of computerised embroidery machine adding bead-piece embroidery function according to claim 5 is characterized in that: process detection is 5. judged by detecting decoding plate (4) and burn out detection plate (3) is finished in the pin position.
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| CN2006100521930A CN1936144B (en) | 2006-06-26 | 2006-06-26 | Control device for computerised embroidery machine adding bead-piece embroidery function and its control method |
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| CN2006100521930A CN1936144B (en) | 2006-06-26 | 2006-06-26 | Control device for computerised embroidery machine adding bead-piece embroidery function and its control method |
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| CN1936144B true CN1936144B (en) | 2011-06-22 |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2045748U (en) * | 1988-03-12 | 1989-10-11 | 弗兰克与基希讷有限公司电动机和电气设备厂 | Control device structure for industrial sewing machine |
| US5701830A (en) * | 1995-03-30 | 1997-12-30 | Brother Kogyo Kabushiki Kaisha | Embroidery data processing apparatus |
| CN2578369Y (en) * | 2002-08-28 | 2003-10-08 | 信利丰电脑机绣(深圳)有限公司 | Computer glittering embroider apparatus |
| CN2937183Y (en) * | 2006-06-26 | 2007-08-22 | 李红女 | Control device of sequins embroidering function of computer embroidering machine |
-
2006
- 2006-06-26 CN CN2006100521930A patent/CN1936144B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2045748U (en) * | 1988-03-12 | 1989-10-11 | 弗兰克与基希讷有限公司电动机和电气设备厂 | Control device structure for industrial sewing machine |
| US5701830A (en) * | 1995-03-30 | 1997-12-30 | Brother Kogyo Kabushiki Kaisha | Embroidery data processing apparatus |
| CN2578369Y (en) * | 2002-08-28 | 2003-10-08 | 信利丰电脑机绣(深圳)有限公司 | Computer glittering embroider apparatus |
| CN2937183Y (en) * | 2006-06-26 | 2007-08-22 | 李红女 | Control device of sequins embroidering function of computer embroidering machine |
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| CN1936144A (en) | 2007-03-28 |
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