CN1847500B - Differential feed sewing machine - Google Patents
Differential feed sewing machine Download PDFInfo
- Publication number
- CN1847500B CN1847500B CN2006100743828A CN200610074382A CN1847500B CN 1847500 B CN1847500 B CN 1847500B CN 2006100743828 A CN2006100743828 A CN 2006100743828A CN 200610074382 A CN200610074382 A CN 200610074382A CN 1847500 B CN1847500 B CN 1847500B
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- interval
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- make
- rotation
- sewing machine
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B19/00—Programme-controlled sewing machines
- D05B19/02—Sewing machines having electronic memory or microprocessor control unit
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B27/00—Work-feeding means
- D05B27/10—Work-feeding means with rotary circular feed members
- D05B27/16—Work-feeding means with rotary circular feed members with differential feed motions
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B19/00—Programme-controlled sewing machines
- D05B19/006—Control knobs or display means
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B19/00—Programme-controlled sewing machines
- D05B19/02—Sewing machines having electronic memory or microprocessor control unit
- D05B19/04—Sewing machines having electronic memory or microprocessor control unit characterised by memory aspects
- D05B19/10—Arrangements for selecting combinations of stitch or pattern data from memory ; Handling data in order to control stitch format, e.g. size, direction, mirror image
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
- D05B—SEWING
- D05B19/00—Programme-controlled sewing machines
- D05B19/02—Sewing machines having electronic memory or microprocessor control unit
- D05B19/12—Sewing machines having electronic memory or microprocessor control unit characterised by control of operation of machine
- D05B19/16—Control of workpiece movement, e.g. modulation of travel of feed dog
Abstract
The invention discloses a feeding seamer, which is characterized by the following: setting position switching display button (36) to display the switching position on the operational panel; selecting from multi-seaming intervals (F1-F8) along circumstance on the display image; forming sleeve top seaming interval on the display image (17a); making the display image (17a) form circumstantial top part; affirming the display image (17a); distinguishing the seaming image and real image for the differential feeding seamer (1); preventing seaming error due to fault sleeve top position.
Description
Technical field
The present invention relates under the situation of last sleeve etc. while the differential feed sewing machine of implementing to put together and making.
Background technology
At present, while the known differential feed sewing machine of implementing to put together and making when having on carrying out sleeve wait.Herein, so-called " enforcement is put together " is meant, for example, the sleeve of sewing on western-style clothes wait the part of three-dimensional shape on the shoulders the time, make the feeding amount, more of the cloth (cloth of upside cloth, sleeve one side) in the outside in the cloth made from superimposed two clothes than the feeding amount of inboard cloth (cloth of downside cloth, front and rear body side).Put together by this, make the cloth in the outside that residue be arranged, thereby form the three-dimensional shape of stipulating on the shoulders the waiting of sleeve of western-style clothes.
In addition, put together and be not limited to implement equably in a series of integral body of making portion, for example under the situation of sleeve on gentleman's usefulness shirt, the amount of putting together of sleeve top part is increased, the amount of putting together of sleeve lower part is made with reducing, and from the requirement of performance, general sleeve top partly makes the amount of putting together for " 0 ", does not implement to make with putting together.And so-called " amount of putting together " is feeding amount poor of the upside cloth of each pin of expression (stitching, a pitch) and downside cloth.
Go up the differential feed sewing machine of sleeve as such carrying out, be well known that: will be divided into around a week on the shoulders of sleeve and comprise for example a plurality of intervals of making of sleeve top part, sleeve lower part, make the interval various sewing condition [feeding amount (feeding pitch, sewing pitch), the amount of putting together, make siding-to-siding block length etc.] of setting at each, store login (for example, referring to Patent Document 1) as stitch mode data.
This differential feed sewing machine be furnished with on picture with figure show above-mentioned each make the indication mechanism of interval sewing condition.And, while the operator of differential feed sewing machine confirms that on the picture of indication mechanism shown each make interval sewing condition etc. and carry out actual making.
But, in last making of tucking inside the sleeve, comprise that interval not being defined as with the original position of making of making of sleeve top part must be consistent, be to grade from the bottom of tucking inside the sleeve to begin sewing mostly under the situation.In addition, in the differential feed sewing machine shown in the above-mentioned patent documentation 1, the sleeve top part, make and have nothing in common with each other owing to making differences such as kind that object is a clothes, size around its position on the shoulders, on the other hand on the picture of above-mentioned indication mechanism, because under the original position of making is fixed to, thus be included in the sleeve top part that shows on the picture make interval position because the difference of sewing condition and difference.
Patent documentation 1: the spy opens the 2004-141224 communique
But, if the position difference of the sleeve top that shows on the picture of indication mechanism then has individual problem to be, while confirm the operator that this picture is made at every turn, owing to think the position different by mistake sleeve top etc., make mistake and produce with the sewing position of reality.
Summary of the invention
The invention that the present invention is exactly in view of the above problems to be made, its purpose are to provide a kind of differential feed sewing machine that can easily respectively make the affirmation action of interval set condition.
To achieve these goals, the described invention of first aspect provides a kind of differential feed sewing machine, it comprises: storing mechanism, its storage stitch mode data, described stitch mode data are included in that each has determined order a plurality of make that the interval sets, relevant with the amount of putting together the amount of putting together data and makes the length data of making that length is correlated with of making in interval with this; Make mechanism, the action of its sewing of putting together; Make interval switching controls mechanism, it is based on the stitch mode data that are stored in the described storing mechanism, to make the amount of putting together that the interval is set at each, in order described make mechanism be implemented in described each make interval set make making of length; Show controlling organization, it respectively makes the interval with the order of making along what the circumference configuration showed described stitch mode data, and on indication mechanism with respectively make the length proportional band and upwards show in week and respectively make the interval; Selection mechanism, it makes the interval from described a plurality of one of interval selection of making, it is characterized in that, has the demonstration switching mechanism, its circumference for the described stitch mode that is undertaken by described indication mechanism shows, can switch following show state: the top, top that the interval becomes described circumference of making that makes by described selection mechanism selection is moved in rotation.
The described invention of second aspect is characterised in that, in the described differential feed sewing machine of first aspect, described demonstration switching mechanism, by the described calculation process of making length data of carrying out respectively making in the interval based on described, calculate by the interval rotation amount of movement of making of described selection mechanism selection, on the few direction of rotation of the rotation amount of movement of positive rotation and contrary rotation, show switching based on this to top, described top.
The described invention of the third aspect is characterised in that, in the described differential feed sewing machine of first aspect, described stitch mode data comprise respectively makes interval angle of circumference degrees of data, described demonstration switching mechanism, by based on the center of the demonstration figure of the ring-type that shows with respect to described circumference described each make interval angle of circumference degrees of data and carry out calculation process, calculate by the interval rotation amount of movement of making of described selection mechanism selection, on the few direction of rotation of the rotation amount of movement of positive rotation and contrary rotation, show switching based on this to top, described top.
According to first aspect to the described invention of the third aspect, has the differential feed sewing machine that shows switching mechanism, interval select desirable a make interval via selection mechanism from a plurality of making by the operator, can switch and show the state of rotation, make this make interval in the circumference demonstration of the stitch mode that is undertaken by indication mechanism, becoming and push up top.Thus, can switch and show rotation status, make the desirable interval of making is disposed at top, top in the display frame of indication mechanism with shirtsleeve operation.Therefore, can switch demonstration makes the sleeve top part become the top, top of circumference in display frame.
In addition, the stitch mode of the operator of differential feed sewing machine by confirming in the display frame of indication mechanism, to show, thereby can visually easily recognize actual carry out make the stitch mode that should implement in the action.Thus, the operator's that causes because on the picture of indication mechanism, do not show the position of sleeve top misidentification can be prevented, the actual mistake of making of making in the action can be prevented in advance on the top, top of circumference.In addition owing to can easily recognizing stitch mode, so can improve operating efficiency.
And, according to second aspect and the described invention of the third aspect, because selected selectively to make interval position from showing, to the few direction of rotation of rotation amount of movement of switching the position that shows, so suppose to move under the situation of demonstration, can promptly show switching in the rotation of making the interval.
Description of drawings
Fig. 1 is the stereogram of differential feed sewing machine of the present invention;
Fig. 2 is the enlarged drawing of the II part among Fig. 1, is the last pay-off portion enlarged drawing on every side of differential feed sewing machine;
Fig. 3 is the skeleton diagram of differential feed sewing machine of the present invention;
Fig. 4 is the block diagram of the major part structure of expression differential feed sewing machine of the present invention;
Fig. 5 is the explanation of the example making picture in the expression differential feed sewing machine of the present invention
Fig. 6 is the key diagram of an example of the editing pictures in the expression differential feed sewing machine of the present invention;
Fig. 7 is that the key diagram of confirming picture is switched in the demonstration that is illustrated in the demonstration hand-off process of being undertaken by differential feed sewing machine of the present invention, shows in display frame;
Fig. 8 is illustrated in the key diagram of making the display frame after switch interval position in the demonstration hand-off process of being undertaken by differential feed sewing machine of the present invention, in the selection that shows in the display frame;
Fig. 9 is the key diagram of making picture after demonstration hand-off process that expression is undertaken by differential feed sewing machine of the present invention is finished;
Figure 10 is the flow chart of the demonstration hand-off process in the expression embodiments of the present invention 1;
Figure 11 is that the flow chart that the demonstration processing is switched on interval top, top is made in the selection among expression Figure 10.
Symbol description:
1: differential feed sewing machine
2: the Sewing machines base plate
3: the Sewing machines uprights
4: head of sewing machine (transverse arm)
5: go up pay-off
5a: go up feeding belt
6: following pay-off
7: eedle
10a:MPU (make interval switching controls mechanism, show controlling organization, selection mechanism, demonstration switching mechanism)
10b：ROM
10c：RAM
10d:EEPROM (storing mechanism)
11: go up the feeding motor
11a: drive circuit
12: following feeding motor
12a: driving mechanism
13: the thread tension solenoid
13a: drive circuit
14: electrical motor of sewing machine
15: Sewing machines starts pedal
15a: input circuit
16: change-over switch
16a: input circuit
17: guidance panel
17a: display frame (indication mechanism)
17b: panel-switch (input mechanism)
21: the amount of putting together is set button
22: set button in detail
31,32: make the interval selection button
36: display button is switched in the position
39: close button
F1～F8: make interval (step)
The specific embodiment
Below, describe embodiments of the present invention in detail based on accompanying drawing.And, in the present embodiment, describe while go up the differential feed sewing machine of making of tucking inside the sleeve for implementing to put together.In addition, the differential feed sewing machine 1 of present embodiment has: (automatically) pattern that automaticallyes switch and manual switchover (semi-automatic) pattern, described automatic switchover (automatically) pattern, based in selecteed stitch mode, making the amount of setting in the step (making the interval) of putting together the sewing of putting together, be accompanied by finish respectively make interval set make making of siding-to-siding block length amount, can automatically switch to the next one and make the interval; Described manual switchover (semi-automatic) pattern, the sewing though the amount of setting in the interval based on making in selecteed stitch mode of putting together is put together, but making interval switching and be switch by operating provision waits and carries out, according to the characteristic of sewn object or operator's hobby etc., can separately use automatic switchover mode and manual switchover pattern.
Fig. 1 is the stereogram of Sewing machines head of the differential feed sewing machine 1 of embodiments of the present invention, and Fig. 2 is the amplification stereogram of the II part of Fig. 1.In addition, Fig. 3 is the skeleton diagram of differential feed sewing machine of the present invention, and Fig. 4 is the block diagram that is used to illustrate the electric structure of differential feed sewing machine shown in Figure 11.
At first, the mechanical structure for the differential feed sewing machine 1 of present embodiment describes.
Differential feed sewing machine 1 has: Sewing machines base plate 2, Sewing machines uprights 3, head of sewing machine 4, last pay-off 5, following pay-off 6, eedle 7.
Sewing machines uprights 3 is erected the square tube body that is arranged on the Sewing machines base plate 2, and the top in its rear sidewall (with the sidewall of the bearing of trend opposition side of head of sewing machine 4) is equipped with the electrical motor of sewing machine 14 that is used to drive eedle 7.In addition, on the sidewall of the paper front side of Sewing machines uprights 3, be provided with guidance panel 17 (aftermentioned).
Head of sewing machine 4 is the baskets that are connected with the upper end of Sewing machines uprights 3 and extend with Sewing machines base plate 2 subtends ground approximate horizontal, within it portion dispose be used for the rotary driving force of electrical motor of sewing machine 14 be passed to eedle 7 (not having illustrated) main shaft, be used for rotatablely moving of this main shaft converted to reciprocating (not having illustrated) pin up-down mechanism etc. of the vertical direction of eedle 7.
Last pay-off 5 is set at the front end of head of sewing machine 4, plays the function of transporting the cloth of upside with the feeding amount of regulation in making operation.As shown in Figure 2, last pay-off 5 be furnished be used for the arrow A direction with the regulation the feeding amount transport upside cloth on feeding belt 5a.By feeding belt 5a in last feeding motor 11 (with reference to figure 1 and Fig. 4) driving.
That is, go up feeding belt 5a by the driving of last feeding motor 11 with the fixing speed transmission, the bottom of the head of feeding belt 5a and eedle 7 move up and down synchronously in the supporting, and each pin all carries out work feed off and on the feeding amount corresponding to the belt transfer rate.
Following pay-off 6 is set at the top of Sewing machines base plate 2, plays the function of transporting the cloth of downside with the feeding amount of regulation in making operation.As shown in Figure 2, following pay-off 6 is furnished with the following feeding belt 6a that is used for transporting with the feeding amount of regulation in the arrow A direction downside cloth.Above following pay-off 6, be provided with the needle plate 6b that is used for mounting cloth when making operation, be provided with shuttle, broken string mechanism in the inside of pay-off 6 down, be used to drive under the following feeding motor 12 (with reference to figure 4) etc. of feeding belt 6a.
By being furnished with above-mentioned each portion of mechanism, differential feed sewing machine 1 is based on the stitch mode data that are stored in as the EEPROM10d of storing mechanism described later, can carry out the action of making the sewing of putting together that the interval constitutes by a plurality of.That is above-mentioned pay-off 5, following pay-off 6, eedle 7, pin up-down mechanism, main shaft, the electrical motor of sewing machine 14 formations mechanism of making of the present invention of going up.
Then, the electric structure for the differential feed sewing machine 1 of present embodiment describes.
As shown in Figure 4, differential feed sewing machine 1 is furnished with: control part 10, go up feeding motor 11 with its drive circuit 11a, feeding motor 12 starts pedal 15 and its input circuit 15a, change-over switch 16 and its input circuit 16a and guidance panel 17 etc. with its drive circuit 13a, electrical motor of sewing machine 14 with its drive circuit 14a, Sewing machines with its drive circuit 12a, thread tension solenoid 13 down.
Store various control programs, control data of differential feed sewing machine 1 etc. at ROM10b.In RAM10c, be provided with various working storage and counter etc., that use workspace in the action as making, relevant for the amount of putting together set handle, the various data of making processing of putting together also are stored among the RAM10.
In EEPROM10d, record a plurality of stitch datas.That is, EEPROM10d is a stocking mechanism of the present invention.Stitch data set be used to carry out one go up the sleeve sewing needed, make the various sewing conditions set in interval (step) (amount of putting together, make length, thread tension etc.) at each.And No. manages stitch data by pattern, and EEPROM10d can logging mode No.1～99.
And the order of making is determined in the interval of respectively making of stitch data, according to respectively making interval order, makes the amount of putting together that the interval sets Yi Bian be switching to each, Yi Bian make.
In addition, if when the making of automatic switchover mode with reference to respectively making interval set make length, carry out respectively make interval set make making of length, then switch to the next one in turn and make the interval.
Under the control of MPU10a, rotate driving via drive circuit 11a and go up feeding motor 11, drive upward feeding motor 11 by rotation, drive the last feeding belt 5a (with reference to figure 2) that transports upside cloth.
In addition, under the control of MPU10a, rotate driving feeding motor 12 down, drive this time feeding motor 12, drive the following feeding belt 6a (with reference to figure 2) that transports downside cloth by rotation via drive circuit 12a.And, by driven feeding belt 5a and following feeding belt 6a of going up, transport upside cloth and downside cloth with the feeding amount (pitch) of regulation respectively, thereby make.
Promptly, control by MPU10a, drive feeding motor 12 down to rotate, go up feeding motor 11 to rotate to drive corresponding to the speed that from the feeding pitch of feeding motor 12 down, deducts the pitch after the amount of putting together corresponding to the speed of the feeding pitch of being set by stitch data.
Thread tension solenoid 13 is to use as the clamping line and to the drive source that suture is given the suture clamping part of tension force (do not have diagram), under the control of MPU10a, is driven via drive circuit 13a.By driving this thread tension solenoid 13, to applied the tension force of prescribed level by the suture of suture clamping part clamping.
Drive electrical motor of sewing machine 14 by the operation that starts pedal 15 based on Sewing machines, electrical motor of sewing machine 14 makes (the not having illustrated) main axis rotation that is configured in the head of sewing machine 4.Main shaft is converted to reciprocating switching mechanism via rotatablely moving, link with (not having illustrated) shank, at the front end of this shank eedle 7 is installed.And if make main axis rotation by electrical motor of sewing machine 14, then shank and eedle 7 can reciprocating motions and sewn object (upside cloth and downside cloth) are made.
It is the devices that use for the operator controls differential feed sewing machine 1 that Sewing machines starts pedal 15.Sewing machines starts pedal 15, is converted to the input circuit 15a of the signal of telecommunication by the motion with pedal, to the instruction that MPU10a output rotate, stopped etc., rotation driving electrical motor of sewing machine 14.
Change-over switch 16 is when making with described manual switchover pattern, is used for the switch that the operator makes interval switching.
Guidance panel 17 is furnished with display frame 17a; And the panel-switch 17b of the sheet of the detection contact position that on the surface of this display frame 17a, is provided with.Display frame 17a shows various information (for example, make the interval amount of setting of putting together, represent to make interval interval figure, make shape, sewing position etc. with figure at each) or the various configuration switchs made from MPU10a output.Panel-switch 17b reads the coordinate that principle detects the operation that is touched with the coordinate of induction, magnetostriction type, pressure sensitive etc., and detected coordinate is exported to MPU10a as position signalling.That is,, obtain the input indication by making positional information at the shown various configuration switchs of display frame 17a, corresponding with the positional information of detected coordinate by touch operation.
At this, utilize Fig. 5 to illustrate to Fig. 9 that position that the control part 10 by the differential feed sewing machine 1 of present embodiment carries out is switched and show and handle.And so-called " position switch show handle " is meant: according to the setting input that comes from panel-switch 17b, the display frame 17a that switches in guidance panel 17 goes up shown configuration of respectively making in the interval demonstration, and to its processing that shows.In addition, control part 10 is used to carry out the position and switches the program that shows the various processing of handling etc., is stored among the ROM10b with the form of the program code that can read, and MPU10a implements to defer to the action of this program code one by one.
MPU10a carries out following control, according to the regulated procedure that is stored among the ROM10b, in the making when automatic switchover mode is selected, make each portion of mechanism of mechanism in formation, to make the interval amount of setting of putting together at each, be implemented in order each make interval set make making of length.That is, MPU10a carries out the control as the interval switching controls of making among the present invention mechanism.
In addition, MPU10a carries out following control: according to the regulated procedure that is stored among the ROM10b, by the order of making along circumference dispose show stitch mode data arbitrarily respectively make the interval, on indication mechanism, with respectively make the length proportional band and upwards show in week and respectively make the interval.That is, MPU10a carries out the control as the demonstration controlling organization among the present invention.
In addition, guidance panel 17 has following function: select via selecting button to make one that interval selection goes out and make the interval from a plurality of.That is, guidance panel 17 plays a role as the selection mechanism among the present invention.
And, MPU10a in the present embodiment carries out following control: according to the regulated procedure that is stored among the ROM10b, in the circumference of the stitch mode that is undertaken by indication mechanism shows, switch to make by select as the guidance panel 17 of above-mentioned selection mechanism make the interval arbitrarily, rotation moves to the show state that becomes top, the top of circumference.That is, MPU10a plays a role as the demonstration switching mechanism among the present invention.
In addition, MPU10a carries out following control, make interval rotation when moving to the demonstration control on top, top making described selection, make the length of making that interval (step) sets with reference to stitch data at each, calculate positive rotation (for example being rotated counterclockwise) and the contrary rotation amount of movement that rotates (pin of for example taking advantage of a situation rotation) respectively, show switching with the few direction of rotation of rotation amount of movement.
In addition, MPU10a carries out following control, according to the regulated procedure that is stored among the ROM10b, control constitutes the action of above-mentioned each portion of mechanism of making mechanism, and shows making the interval or making the completed interval of making in making now with certain particular color in the display graphics of display frame 17a.Thus, while the operator of differential feed sewing machine makes by confirming display frame 17a, visually can easily recognize the interval of making in making now.
Fig. 5 is to switch the demonstration example that shows the various pictures that show in the processing on display frame 17a in the position of making the interval to Fig. 9, based on this, illustrate that MPU10a is used to carry out switching by the position of making the interval that the predetermined process program is carried out the various processing of demonstration.
Fig. 5 is " editing pictures " that is used to set various sewing conditions.On the editing pictures in the present embodiment, show eight eight interval figure F1～F8 that make the sleeve shape of interval, imitation sub-circular that set corresponding to stitch data.In described editing pictures, initial show expression by the display graphics of making interval circle entirely that interval figure F1～F8 constitutes, make the original position of making interval (first makes the interval) (interval left part) of making at first be positioned at this display graphics under the position., make interval, second according to first and make the interval around counterclockwise from this original position ... the 8th order of making the interval disposes and shows.Use the circumferential length of coming figure F1～F8 between the viewing area corresponding to the ratio of setting by stitch data of making length of respectively making the interval.
In addition, in the bottom of editing pictures shown in Figure 5, show a plurality of amount of putting together that is used for setting the amount of putting together of respectively making the interval and set button 21.Set button 21 by operating this amount of putting together, can set " 4 "～amount of putting together of " 35 ".And Fig. 5 shows the state that the amount of putting together is set the amount of putting together of button 21, " 0 "～" 12 " of distributing to.
Herein, so-called " amount of putting together " is meant the feeding amount with respect to descending the poor of feeding amount, and when the difference of last feeding amount and following feeding amount was 0.1mm, setting the amount of putting together was " 1 ".Therefore, be set at: a pin makes downside cloth sewing advancing 2mm, makes under the situation of upside cloth sewing advancing 2.2mm, because the difference of last feeding amount and following feeding amount is 0.2mm, then the amount of putting together is " 2 ".
The operator can set and want to distribute to the amount of putting together that the amount of putting together that will select is set button 21 by selecting and any one amount of putting together setting button 21 of touch operation, is used as the desirable interval amount of putting together of making.And, as shown in Figure 5, in each interval figure F1～F8, show the amount of putting together set wanted.In addition, make interval interval figure F1 corresponding to first in making, it can be made a distinction with other interval figure F2～F8 with the state demonstration of counter-rotating Show Color.
In addition, the upper right quarter in display frame shown in Figure 5 shows detailed setting button 22.Should set button 22 in detail by operator's touch operation, editing pictures shown in Figure 5 switches to detailed setting picture shown in Figure 6.
Fig. 6 is " the setting picture in detail " that switches to by touch operation detailed setting button 22 shown in Figure 5.On described detailed setting picture, show and be used for selecting one to make the interval interval selection button 31,32 of making from F1～F8.
Usually, interval selection button 31,32 is made in the operator of Sewing machines operation, and input becomes the interval selection of making of sleeve top.
The operator makes interval selection button 31,32 by touch operation optionally, can select the desirable interval of making.In the present embodiment, select the sleeve top part promptly the amount of putting together be set to the interval F4 of Fpir Crevices system of " 0 ".And, show the interval F4 of selecteed Fpir Crevices system with Dark grey, be different from do not have selecteed other make the interval.
And, on detailed setting picture shown in Figure 6, show the position and switch display button 36.The operator is switched display button 36 by the touch operation position, and detailed setting picture shown in Figure 6 switches to switching shown in Figure 7 and confirms picture.
On the picture of switching affirmation picture shown in Figure 7, show and determine button 37.In addition, switch in the affirmation picture, be presented at the interval F4 of the Fpir Crevices system of selecting among Fig. 6 with Dark grey, to distinguish over other the interval of making at this.And, determine button 37 if press by the operator, the interval F4 of then selecteed Fpir Crevices system, promptly in the present embodiment the sleeve top part atop portion show the detailed setting picture (with reference to figure 8) that is shown after the switching.
And, close button 39 upper right the showing of making the detailed setting picture after switch in the interval, if the operator presses this and closes button 39, then as shown in Figure 9, show the editing pictures of selecting to make after the interval is configured in the switching of pushing up top.
And in display frame 17a, above-mentioned selection is made the interval and is configured in top, top, switches picture displayed and is remembered, is stored among the EEPROM10d of control part 10.Therefore, herein the data of being rewritten, promptly, be used for the data that the interval is presented at the top, top on the display frame 17a of making that will select, by being written in the lump among the above-mentioned EEPROM10d, and be stored as control data after the renewal.In addition, if start the power supply of differential feed sewing machine 1 after interval switching display setting is made in this selection, the data during then based on this setting dispose on display frame 17a and show respectively makes the interval.
In addition, selecting the desirable interval of making to carry out the position when switch showing once more, cover and storage control data in EEPROM10d, this control data switches the interval configuration of making that shows that also this quilt reselects, and it is become push up top.
Then, switch the demonstration processing, be elaborated based on flow chart shown in Figure 10 for the interval position of making of differential feed sewing machine 1.
At first, based on the main power source of connecting differential feed sewing machine 1, the control part 10 of differential feed sewing machine 1 carries out initialization action, and the stitch data of obtaining the original state of storing in ROM10b (for example, the stitch data of the pattern No. of stitch data " 01 "), on guidance panel 16, show editing pictures (with reference to figure 5) (step S1) based on the regulation of acquired this stitch data.
And, in the present embodiment, in the editing pictures in above-mentioned original state, it is the most following some position in the display graphics of model that original position makes promptly that the starting position is set to the sub-circular, and from this most following some position around counterclockwise according to first make interval F1, second make interval F2 ... the 8th order of making interval F8 disposes.
Then, whether control part 10 supresses the judgement (step S2) of the detailed setting button 22 in this editing pictures.Under the situation of not pressing detailed setting button 22, judge whether to supress other button (step S21), if supress other buttons then the processing (step S22) of the button that is pressed.And, (step S2 under the situation of supressing detailed setting button 22; Be), in display frame 17a, show detailed setting picture (step S3) shown in Figure 6.
Then, operate in based on the operator and to make interval selection button 31,32 on the panel-switch 17b, what selection should become sleeve top makes interval (step S4) arbitrarily.In the present embodiment, promptly, do not implement the sleeve top part of putting together for " 0 ", select Fpir Crevices system interval F4 for portion atop shows the amount of putting together.And in order to distinguish mutually with other the interval of making, the state that reverses with the Show Color on the display frame 17a shows the interval F4 of selected Fpir Crevices system.
Then, in detailed setting picture shown in Figure 6, after the interval was made in one of selection, whether control part 10 supressed the judgement (step S5) that shows switch bar 36.Not pressing under the situation that shows switch bar 36, judge whether to supress other button (step S51), if supress other buttons then the processing (step S53) of the button that is pressed.Then, judge whether to supress and close button 39 (step S52), under situation about supressing, enter step S10, under situation about not pressing, enter step S3.And, show switch bar 36 (step S5 if supress; Be), then in display frame 17a, show switching affirmation picture (step S6) shown in Figure 7.Show at this whether control part 10 supresses the judgement (step S7) of determining button 37 in switching affirmation picture.Not pressing under the situation of determining button 37, judge whether to supress and close button 39 (step S71), under situation about supressing, enter step S3.Determine button 37 (step S7 if supress; Be), then carry out " selection is made interval top, top switching and shown processing " (step S8) described later, the selecteed interval (having selected the interval F4 of Fpir Crevices system in the present embodiment) of making is presented at the detailed setting picture (with reference to figure 8) that top, top disposes.In the present embodiment, along with portion atop shows the interval F4 of the Fpir Crevices system of being selected by the operator, comprise original position promptly first make interval F1 respectively make interval F1～F8, wholely show in rotation on counter clockwise direction.
And, being configured in the detailed setting picture that pushes up top, close button 39 (step S79 if supress with selecting to make interval (sleeve top part); Be), then as shown in Figure 9, demonstration will be selected makes editing pictures (step S10) after the interval is configured in the switching on top, top, and the completing place is switched and is shown and handle.
Then, in Figure 10 with shown in the step S8, differential feed sewing machine 1 make interval position switch show in handling " selection make interval top, top switch show handle ", be elaborated based on flow chart shown in Figure 11.
And, in the present embodiment, set and respectively make the interval length of making, for example, first make interval F1 (50.0mm), second and make interval F2 (100.0mm), the 3rd and make the interval F4 (20.0mm), the 5th of interval F3 (80.0mm), Fpir Crevices system and make interval F5 (50.0mm), the 6th and make interval F6 (100.0mm), the 7th and make interval F7 (100.0mm), the 8th and make interval F8 (60.0mm).
As shown in figure 11, selection is in the present embodiment made interval top, top switching and is shown in the processing, at first, in control part 10, calculate by MPU10a and respectively to make whole among interval F1～F8 and make the interval total of making length, the total length on the shoulders that promptly calculates the sleeve of sleeve in sewing (is designated as L1.) (step S81).In the present embodiment, first make the total L1 that makes length that interval F1～8th make interval F8 and be: (50.0mm)+(100.0mm)+... (60.0mm)=560.0mm.
Then, what will calculate in step S81 respectively makes interval combined length (L1) divided by " 2 ", and the value (L2) that obtains is stored in (step S82) among the RAM10c.That is, in RAM10c, store 560.0mm ÷ 2=280.0mm as L2.
Then, the model that in display frame 17a, shows sub-circular, and among respectively making interval display graphics along its circumference configuration, under above-mentioned original state, with the most following some position becoming original position is initial point, calculates from here and (is designated as L3 to the previous combined length of making interval (the 3rd makes interval F3) of making interval (being the interval F4 of Fpir Crevices system in the present embodiment) that is designated as sleeve top.) (step S83).That is, from first make that interval F1 to the three makes interval F3 make adding up to of length: (50.0mm)+(100.0mm)+(80.0mm)=230.0mm.
In addition, with be designated as sleeve top make the interval, promptly in the present embodiment the length of the interval F4 of Fpir Crevices system divided by " 2 ", the value that obtains is added on the value of calculating in this step S83 (L3=230.0mm), and the value that calculates after this add operation (is designated as L5.) (step S84).That is, (230.0mm)+(20.0mm ÷ 2)=240.0mm is designated as L5.
Then, control part 10 carries out: the value of in step S82, calculating (L2), with the relatively judgement (step S85) of the size of the value (L5) in step S84, calculated.In the present embodiment, because L2=280.0mm, L5=240.0mm, so L2＞L5.
And, (step S85 when L2＞L5; Not), 17a controls to display frame, makes to show as follows: the length amount of calculating by L2-L5 around rotation counterclockwise, promptly, (280.0mm)-(240.0mm)=40.0mm (step S86) in the present embodiment.Consequently show the detailed setting picture after demonstration is switched in sleeve top position shown in Figure 8, finish top, the top switching of selecting to make the interval and show processing.
In addition, respectively make the interval length of making and be configured to the numerical value different, perhaps, be appointed as the interval of making of sleeve top with above-mentioned object lesson, for example, as the situation of the situation of making interval F6 at the 6th among Fig. 6 etc., (step S85 when L2＜L5; Be), on display frame 17a, show and rotate the figure (step S87) of the length amount of calculating by L5-L2 around clockwise direction.Consequently show the detailed setting picture after demonstration is switched in sleeve top position shown in Figure 8, finish top, the top switching of selecting to make the interval and show processing.
Promptly, above-mentioned " selection is made interval top, top switching and shown processing " is following control (processing): the top, top with the circle on the display frame 17a is benchmark, be positioned under the situation on right side in the interval of making of being appointed as sleeve top, be used to make and make interval F1～F8 entirely and show around rotation counterclockwise; It still is following control (processing) in addition: with top, above-mentioned top is benchmark, is positioned under the situation in left side in the interval of making of being appointed as sleeve top, and is used to make make interval F1～F8 entirely and rotate around clockwise direction and show.
As mentioned above, differential feed sewing machine 1 according to present embodiment, select one and make the interval from a plurality of make interval F1～F8 via selection mechanism by the operator, with this make interval as be appointed as sleeve top desirable make the interval, for example, Fpir Crevices system interval F4, can carry out following demonstration on the display frame 17a: with the sub-circular be respectively making of disposing of model during interval circumference shows, the state that switches to rotation makes the interval F4 of described Fpir Crevices system become top, top.Thus, can switch rotation status and demonstration, make the desirable interval (for example, the 4th step S4) of making is disposed at the top, top on the display frame 17a with shirtsleeve operation.
In addition, the stitch mode of the operator of differential feed sewing machine 1 by confirming on display frame 17a, to show, thereby can visually easily recognize actual carry out make the stitch mode that should implement in the action.Thus, can prevent because on display frame 17a, not show the position of sleeve top on the top, top of circumference and the operator's that causes misidentification, can prevent the actual mistake of making of making in the action in advance.In addition owing to can easily recognizing stitch mode, so can improve operating efficiency.
And, though " selection make interval top, top switch show handle " be by being that the calculating of benchmark calculates respectively to make the interval length of making, but might not be defined in this, for example, also can be in stitch data, when each makes interval storage with respect to the center angle at the center of respectively making interval circle that shows on display frame 17a, be that benchmark carries out calculation process with the value of each center angle, the interval of having selected of making is shown in top, top.Promptly, " selection is made interval top, top switching and is shown processing ", based on making interval angle of circumference degrees of data with respect to each of the center of the display graphics of the ring-type that on display frame 17a, shows, carry out calculation process, thus, can control as follows: will move the top, top that is shown in described circumference by the interval of making that selection mechanism is selected.Thus, can access the effect identical with above-mentioned embodiment.
In addition, self-evident, for other, concrete tiny structure etc. can carry out suitable change.
Claims (3)
1. differential feed sewing machine,
Comprise:
Storing mechanism, its storage stitch mode data, described stitch mode data are included in that each has determined order a plurality of make that the interval sets, relevant with the amount of putting together the amount of putting together data and makes the length data of making that length is correlated with of making in interval with this;
Make mechanism, its sewing of putting together;
Make interval switching controls mechanism, it is based on the stitch mode data that are stored in the described storing mechanism, to make the amount of putting together that the interval is set at each, be implemented in order described each make interval the putting of setting together of length of making and make;
Show controlling organization, it respectively makes the interval with the order of making along what the circumference configuration showed described stitch mode data, and on indication mechanism with respectively make the length proportional band and upwards show in week and respectively make the interval;
Selection mechanism, it makes the interval from described a plurality of one of interval selection of making,
It is characterized in that,
Also have the demonstration switching mechanism, its circumference for the described stitch mode that is undertaken by described indication mechanism shows, switches to: rotation moves to the show state that the interval becomes the top, top of described circumference of making that makes by described selection mechanism selection.
2. differential feed sewing machine according to claim 1 is characterized in that,
Described demonstration switching mechanism,
By the described calculation process of making length data of carrying out respectively making in the interval based on described, calculate by the interval rotation amount of movement of making of described selection mechanism selection, on the few direction of rotation of the rotation amount of movement of positive rotation and contrary rotation, show switching based on this to top, described top.
3. differential feed sewing machine according to claim 1 is characterized in that,
Described stitch mode data comprise respectively makes interval angle of circumference degrees of data,
Described demonstration switching mechanism,
By based on described each make the angle of circumference degrees of data at center of the demonstration figure of the interval ring-type that shows with respect to described circumference, carry out calculation process, calculate by the interval rotation amount of movement of making of described selection mechanism selection, on the few direction of rotation of the rotation amount of movement of positive rotation and contrary rotation, show switching based on this to top, described top.
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2005116930A JP4551805B2 (en) | 2005-04-14 | 2005-04-14 | Differential feed sewing machine |
| JP2005116930 | 2005-04-14 | ||
| JP2005-116930 | 2005-04-14 |
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| Publication Number | Publication Date |
|---|---|
| CN1847500A CN1847500A (en) | 2006-10-18 |
| CN1847500B true CN1847500B (en) | 2011-05-04 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN2006100743828A Active CN1847500B (en) | 2005-04-14 | 2006-04-14 | Differential feed sewing machine |
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| Country | Link |
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| JP (1) | JP4551805B2 (en) |
| KR (1) | KR101198581B1 (en) |
| CN (1) | CN1847500B (en) |
| DE (1) | DE102006017469B4 (en) |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| DE102011052521B4 (en) | 2011-08-09 | 2023-02-23 | Chee Siang Industrial Co., Ltd. | pillar sewing machine |
| JP6343957B2 (en) * | 2014-02-19 | 2018-06-20 | ブラザー工業株式会社 | sewing machine |
| JP2017064205A (en) * | 2015-09-30 | 2017-04-06 | ブラザー工業株式会社 | Sewing machine and method for controlling sewing machine |
| CN110030915B (en) * | 2019-03-21 | 2021-11-02 | 杰克缝纫机股份有限公司 | Differential quantity detection device and method |
| CN114908483B (en) * | 2022-04-26 | 2023-11-10 | 卡拉库立传动科技(台州)有限公司 | Sewing machine with automatic gathering operation and automatic gathering operation method thereof |
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| JP4004914B2 (en) | 2002-10-18 | 2007-11-07 | Ｊｕｋｉ株式会社 | Differential feed sewing machine |
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| JP4121848B2 (en) | 2002-12-24 | 2008-07-23 | Ｊｕｋｉ株式会社 | Differential feed sewing machine |
| JP4038148B2 (en) | 2003-04-18 | 2008-01-23 | Ｊｕｋｉ株式会社 | Differential feed sewing machine |
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| JP4364115B2 (en) | 2004-12-03 | 2009-11-11 | Ｊｕｋｉ株式会社 | sewing machine |
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- 2005-04-14 JP JP2005116930A patent/JP4551805B2/en active Active
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- 2006-04-11 KR KR1020060032609A patent/KR101198581B1/en active IP Right Grant
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| EP0877112A2 (en) * | 1997-04-28 | 1998-11-11 | Fritz Gegauf Ag Bernina-Nähmaschinenfabrik | Method and apparatus for embroidering tubular workpieces |
| CN1379138A (en) * | 2001-04-05 | 2002-11-13 | 重机公司 | Up and down cloth feeding sewing machine |
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| CN1550604A (en) * | 2003-04-21 | 2004-12-01 | 重机公司 | Differential cloth-feed sewing machine |
Also Published As
| Publication number | Publication date |
|---|---|
| DE102006017469B4 (en) | 2019-01-17 |
| DE102006017469A1 (en) | 2006-10-26 |
| JP4551805B2 (en) | 2010-09-29 |
| JP2006288939A (en) | 2006-10-26 |
| KR20060108503A (en) | 2006-10-18 |
| CN1847500A (en) | 2006-10-18 |
| KR101198581B1 (en) | 2012-11-06 |
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