CN114232223A - Method and device for setting sewing data of round-neck clothes - Google Patents
Method and device for setting sewing data of round-neck clothes Download PDFInfo
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- CN114232223A CN114232223A CN202111497608.6A CN202111497608A CN114232223A CN 114232223 A CN114232223 A CN 114232223A CN 202111497608 A CN202111497608 A CN 202111497608A CN 114232223 A CN114232223 A CN 114232223A
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- D—TEXTILES; PAPER
- D05—SEWING; EMBROIDERING; TUFTING
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- D05B19/00—Programme-controlled sewing machines
- D05B19/02—Sewing machines having electronic memory or microprocessor control unit
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Abstract
The invention provides a method and a device for setting sewing data of round-neck clothes, and belongs to the technical field of sewing equipment control. The method solves the problems that the existing setting method for sewing length is complex and not visual. The method for setting the data of the round-neck clothes comprises the following steps: s1, dividing the round-neck garment into a front region and a back region; s2, displaying the actual pattern of the round-neck garment and the actual shape of each first sewing section and each second sewing section on a human-computer interaction interface; s3, determining a fixed value L1 of the total sewing length of the front panel area and a fixed value L2 of the total sewing length of the back panel area through trial sewing, and determining the respective sewing length values of each first sewing section and each second sewing section; and S4, clicking the corresponding sewing section on the human-computer interaction interface to set the sewing length. The setting method has the advantages that the data setting mode is more visual and vivid, the setting can be conveniently carried out without professional operators, and errors are not easy to occur.
Description
Technical Field
The invention belongs to the technical field of sewing equipment control, and relates to a method and a device for setting sewing data of round-neck clothes.
Background
In a differential feed sewing machine for performing so-called tuck sewing in which sewing is performed by providing a difference in the feed amount of an upper cloth and a lower cloth, a sewing portion is sequentially divided into a plurality of sewing sections, and the section length and the tuck amount of each sewing section can be arbitrarily set. The term "tuck-in sewing" refers to, for example, a case where, when sewing a round-neck garment, the outer cloth (body) is sewn with a margin by setting a feed amount of the upper cloth (body) as the outer side to be larger than a feed amount of the lower cloth (round-neck) as the inner side in two overlapped sewing cloths. The cloth gathering amount is the difference value of the cloth feeding amount of an upper cloth and a lower cloth of an average needle (one stitch and one space), a stepping motor is used on a specific sewing machine to drive the differential mechanism to move, and the differential mechanism can be adjusted in real time during sewing, so that different gathering amount adjustment among the cloth of each layer at different positions of the clothes is realized.
Chinese patent, publication No. CN101008135B, discloses a differential feed sewing machine which sews according to a sewing length and a tucking amount determined for each sewing section, and changes the sewing length of each sewing section for each garment size to perform sewing, the differential feed sewing machine comprising: a sewing mechanism for gathering and sewing; a data storage mechanism that stores: reference data for determining the sewing length of each sewing section according to a reference size and independent correction data for determining the offset of the sewing length of each sewing section of the reference size; a size selecting mechanism for selecting the size of sewing; and a control means for controlling the sewing means to perform the gathering sewing corresponding to the selected size, wherein the data storage means stores individual independent correction data for each size, and the control means has an independent unfolding function for obtaining the sewing length of each sewing section for the sewing means to perform the gathering sewing based on the reference data and the independent correction data of the selected size when the size is selected. However, the sewing length setting method, in which the reference data is set for each sewing section for the reference dimension and then the data is independently corrected for the offset from the reference dimension, is complicated and requires a high level of expertise on the operator when setting.
Disclosure of Invention
The invention aims to solve the technical problems and provides a method and a device for setting data of a round-neck garment.
The purpose of the invention can be realized by the following technical scheme: a method for setting data of round-neck clothes comprises the steps of arranging a round-neck clothes body above the round-neck when sewing, and is characterized by comprising the following steps:
s1, dividing the round-neck garment into a front width area and a rear width area, wherein the front width area is divided into a plurality of sections by sewing stitches between the round neck and the garment body, which belong to the front width area, so as to form a plurality of corresponding first sewing sections, and the total sewing length of each first sewing section is a fixed value L1; the back panel area is divided into a plurality of sections by sewing stitches between the round collar and the clothes body, which belong to the back panel area, so that a plurality of corresponding second sewing sections are formed, and the total sewing length of each second sewing section is a fixed value L2;
s2, displaying the actual pattern of the round-neck garment and the actual shape of each first sewing section and each second sewing section on a human-computer interaction interface;
s3, determining the fixed value L1 and the fixed value L2 and the respective sewing length values of each first sewing section and each second sewing section through seam trial sewing;
s4, defining a specific first sewing interval needing data setting as a first sewing interval to be set, clicking the first sewing interval to be set on the human-computer interaction interface, directly setting specific sewing length values of the first sewing interval to be set, automatically and correspondingly adjusting the specific sewing length values of other first sewing intervals to ensure that the sum of all the sewing length values of all the first sewing intervals is a constant value L1, and simultaneously displaying the specific sewing length values of all the first sewing intervals on the corresponding first sewing intervals on the human-computer interaction interface respectively;
similarly, a specific second sewing section needing data setting is defined as a second sewing section to be set, the second sewing section to be set on the human-computer interaction interface is clicked, the specific sewing length value of the second sewing section to be set can be directly set, the specific sewing length values of other second sewing sections are automatically adjusted to ensure that the sum of all the sewing length values of all the second sewing sections is constant as a fixed value L2, and meanwhile, the specific sewing length value of each second sewing section is respectively displayed on each corresponding second sewing section on the human-computer interaction interface.
In the above method for setting data of a round-neck garment, the front panel area and the rear panel area are formed by sewing the upper fabric and the lower fabric and then equally dividing the upper fabric.
In the above method for setting data of a round-neck garment, the front panel area is divided into three first sewing sections, the three first sewing sections are an area a, an area B and an area C; the back panel area is divided into three second sewing intervals which are respectively a D area, an E area and an F area.
In the above method for setting data of a neckcloth, the step S4 of automatically adjusting the specific sewing length values of the other first sewing sections to ensure that the sum of the sewing length values of all the first sewing sections is constant L1 is specifically:
when the first sewing section to be arranged is a first sewing section at the left edge and the right edge, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length value of the first sewing section adjacent to the first sewing section to be arranged is correspondingly decreased or increased by D1, and the sewing lengths of other first sewing sections are kept unchanged;
when the first sewing section to be arranged is a first sewing section in the middle position, namely the first sewing sections are arranged on the left side and the right side of the first sewing section to be arranged, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length values of two first sewing sections adjacent to the left side and the right side of the first sewing section to be arranged are respectively decreased or increased by half of D1, and the lengths of other first sewing sections are kept unchanged;
the specific sewing length values of the other second sewing sections are automatically adjusted correspondingly to ensure that the sum of all the sewing length values of all the second sewing sections is a fixed value L2 and the specific value is as follows:
the numerical adjustment principle is the same as the first sewing section.
In the above method for setting data of a circular collar garment, the trial sewing in step S3 specifically includes:
each first sewing section and each second sewing section on the human-computer interaction interface are respectively provided with an indicator light for indicating whether the corresponding sewing section is in a seam trial sewing state currently, and the human-computer interaction interface is also provided with a seam trial button and a progress button for displaying whether the front and the back of the cloth are finished in seam trial sewing;
when a seam test is performed, a seam test button is pressed, and a progress button displays' completion of previous width? The information of the sewing machine is that simultaneously, all the indicating lamps on all the first sewing sections are lightened, the front pedal is stepped to enable the sewing machine to work, and the sewing machine system can count the sewing needle number of the machine needle and display the number in real time through a human-computer interaction interface; after all indications on all the first sewing intervals are sequentially extinguished, pressing a progress button, finishing the trial sewing of the front area, recording the accumulated sewing needle number of the machine needle, and calculating the total sewing length fixed value L1 of the front area according to the needle pitch value;
at this time, "the back is completed? The information of the sewing machine is that simultaneously, all the indicating lamps on all the second sewing sections are lightened, the forward stepping is continued to enable the sewing machine to work, and the sewing machine system can count the sewing needle number of the machine needle and display the number in real time through a human-computer interaction interface; when all the indications on all the second sewing intervals are sequentially extinguished, pressing a progress button, finishing the trial sewing of the back area, recording the accumulated sewing needle number of the machine needle, and calculating the total sewing length fixed value L2 of the back area according to the needle pitch value;
at this point, the trial seam is ended.
In the above method for setting data of a neckline garment, the step S3 of determining the respective sewing length values of each first sewing section and each second sewing section by trial sewing specifically includes:
respectively distributing the fixed value L1 and the fixed value L2 to each first sewing section and each second sewing section in an evenly-divided mode; or the fixed value L1 and the fixed value L2 are respectively distributed to each first sewing section and each second sewing section according to a certain proportion value.
In the above-mentioned data setting method for a neckcloth, the data setting method further comprises the step S5: clicking any first sewing area or any second sewing area on the human-computer interaction interface can directly set the specific differential value, namely the gathering amount, of the first sewing area or the second sewing area.
The utility model provides a round collar clothes data set device, round collar clothes include round collar and clothing body, and during the sewing, the clothing body is arranged in round collar top, its characterized in that includes:
the circular collar garment comprises an initialization module, a sewing module and a sewing module, wherein the initialization module is used for dividing a circular collar garment into a front width area and a rear width area, the front width area is divided into a plurality of sections by sewing stitches between a circular collar and a garment body, which belong to the front width area, so that a plurality of corresponding first sewing sections are formed, and the total sewing length of each first sewing section is a fixed value L1; the back panel area is divided into a plurality of sections by sewing stitches between the round collar and the clothes body, which belong to the back panel area, so that a plurality of corresponding second sewing sections are formed, and the total sewing length of each second sewing section is a fixed value L2;
the human-computer interaction module is used for displaying the actual pattern of the round-neck garment and the actual shapes of the first sewing intervals and the second sewing intervals on a human-computer interaction interface;
a seam trial module for determining the fixed value L1 and the fixed value L2 and the respective sewing length values of each first sewing section and each second sewing section through seam trial;
the data setting module is used for defining a specific first sewing interval needing data setting as a first sewing interval to be set, clicking the first sewing interval to be set on the human-computer interaction interface, directly setting a specific sewing length value of the first sewing interval to be set, automatically and correspondingly adjusting the specific sewing length values of other first sewing intervals to ensure that the sum of all the sewing length values of all the first sewing intervals is a constant value L1, and simultaneously displaying the specific sewing length value of each first sewing interval on each corresponding first sewing interval on the human-computer interaction interface;
similarly, a specific second sewing section needing data setting is defined as a second sewing section to be set, the second sewing section to be set is used for clicking the second sewing section to be set on the human-computer interaction interface, the specific sewing length value of the second sewing section to be set can be directly set, the specific sewing length values of other second sewing sections are automatically correspondingly adjusted to ensure that the sum of all the sewing length values of all the second sewing sections is constant L2, and meanwhile, the specific sewing length value of each second sewing section is respectively displayed on each corresponding second sewing section on the human-computer interaction interface.
In the above-mentioned round-neck clothes data setting device, the data setting module includes an automatic adjusting unit, and the automatic adjusting unit:
when the first sewing section to be arranged is a first sewing section at the left edge and the right edge, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length value of the first sewing section adjacent to the first sewing section to be arranged is correspondingly decreased or increased by D1, and the sewing lengths of other first sewing sections are kept unchanged;
when the first sewing section to be arranged is a first sewing section in the middle position, namely the first sewing sections are arranged on the left side and the right side of the first sewing section to be arranged, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length values of two first sewing sections adjacent to the left side and the right side of the first sewing section to be arranged are respectively decreased or increased by half of D1, and the lengths of other first sewing sections are kept unchanged;
similarly, the specific sewing length values of the other second sewing sections are automatically adjusted correspondingly to ensure that the sum of all the sewing length values of all the second sewing sections is constant L2.
Compared with the prior art, the method and the device for setting the data of the round-neck clothes have the following advantages:
1. the actual pattern of the round collar garment and the actual shapes of the first sewing section and the second sewing section are displayed on a human-computer interaction interface, so that the round collar garment is very visual and vivid when an operator sets data and modifies the data, the operator can see the round collar garment at a glance without specialized training, the operation is fast and easy to operate, and meanwhile, due to the very visual and vivid effect, errors are not easy to make when the data is set; meanwhile, any one of the first sewing area or the second sewing area can be directly clicked to set an independent differential value according to actual requirements, namely, the gathering amount is set, so that the method is visual and convenient and is not easy to make mistakes;
2. the sewing length values of the first sewing intervals are linked, the sewing length of one first sewing interval is modified, and the lengths of other first sewing intervals can be automatically adjusted, so that the other first sewing intervals do not need to be set one by one, and data modification is more convenient; similarly, the data modification of each second sewing section is very convenient;
3. the round collar clothes are divided into the front panel area and the rear panel area, and the sewing length values between the front panel area and the rear panel area are not influenced mutually, so that the actual process requirements are met easily during sewing length value distribution.
Drawings
Fig. 1 is a flowchart of the present method for setting data of a round-neck garment.
FIG. 2 is a schematic view of a display of a round-neck garment on a human-computer interaction interface.
FIG. 3 is a schematic view showing first sewing sections and second sewing sections each having a sewing length value and a differential value displayed on a human-machine interface.
In the figure, 1, a round collar; 2. a coat body; 3. a region A; 4. a region B; 5. a region C; 6. a region D; 7. a region E; 8. a region F; 9. and an indicator light.
Detailed Description
The following are specific embodiments of the present invention and are further described with reference to the drawings, but the present invention is not limited to these embodiments.
Example one
As shown in fig. 1, the round-neck garment includes a round-neck 1 and a garment body 2, and the garment body 2 is placed above the round-neck 1 when sewing, and the round-neck garment data setting method includes the following steps:
s1, dividing the round-neck garment into a front width area and a rear width area, wherein the front width area is divided into a plurality of sections by sewing stitches between the round neck and the garment body, which belong to the front width area, so as to form a plurality of corresponding first sewing sections, and the total sewing length of each first sewing section is a fixed value L1; the back panel area is divided into a plurality of sections by sewing stitches between the round collar and the clothes body, which belong to the back panel area, so that a plurality of corresponding second sewing sections are formed, and the total sewing length of each second sewing section is a fixed value L2;
specifically, in this embodiment, the front area and the rear area are formed by equally dividing the upper fabric and the lower fabric into three first sewing sections, where the three first sewing sections are an area a 3, an area B4, and an area C5; the rear panel area is divided into three second sewing sections, which are a D section 6, an E section 7 and an F section 8, respectively, as shown in fig. 2.
The round collar clothes are divided into the front panel area and the rear panel area, and the sewing length values between the front panel area and the rear panel area are not influenced mutually, so that the actual process requirements are met easily during sewing length value distribution.
S2, displaying the actual pattern of the round-neck garment and the actual shape of each first sewing section and each second sewing section on a human-computer interaction interface;
the practical pattern of the round collar clothes and the practical shapes of the first sewing section and the second sewing section are displayed on the human-computer interaction interface, the data are set and modified by operators visually, the operators can see the patterns at a glance without specialized training, the operators are rapid and easy to operate, and meanwhile, due to the very visual patterns, the data are not easy to make mistakes when being set.
S3, determining the fixed value L1 and the fixed value L2 and the respective sewing length values of each first sewing section and each second sewing section through seam trial sewing;
the concrete trial seam is as follows:
each first sewing section and each second sewing section on the human-computer interaction interface are respectively provided with an indicator light 9 for indicating whether the corresponding sewing section is in a seam trial sewing state currently or not, the indicator light 9 in an initial state is turned on, the corresponding indicator light 9 is turned off after the seam trial sewing of the sewing section is finished, and the human-computer interaction interface is also provided with a seam trial button and a progress button for displaying whether the seam trial sewing of the front and the back frames is finished or not;
when a seam test is performed, a seam test button is pressed, and a progress button displays' completion of previous width? The information of the sewing machine is that simultaneously, all the indicator lamps 9 on all the first sewing sections are lightened, the front pedal is stepped to enable the sewing machine to work, and the sewing machine system can count the sewing needle number of the machine needle and display the number in real time through a human-computer interaction interface; after all indications on all the first sewing intervals are sequentially extinguished, pressing a progress button, finishing the trial sewing of the front area, recording the accumulated sewing needle number of the machine needle, and calculating the total sewing length fixed value L1 of the front area according to the needle pitch value; distributing the total sewing length fixed value L1 to each first sewing interval in a certain proportion value or equal division mode, of course, other distribution rules can be adopted for distribution; in the embodiment, the total sewing length fixed value L1 is 30 cm, and is respectively allocated to the area a 3, the area B4 and the area C5 according to the ratio of 3:4:3, so that the sewing length of the area a 3 is 9 cm, the sewing length of the area B4 is 12 cm, and the sewing length of the area C5 is 9 cm;
at this time, "the back is completed? The information of the step (2) is that simultaneously, all the indicator lamps (9) on all the second sewing sections are lightened, the forward stepping is continued to enable the sewing machine to work, and the sewing machine system counts the sewing needle number of the machine needle and displays the sewing needle number in real time through a human-computer interaction interface; when all the indications on all the second sewing intervals are sequentially extinguished, pressing a progress button, finishing the trial sewing of the back area, recording the accumulated sewing needle number of the machine needle, and calculating the total sewing length fixed value L2 of the back area according to the needle pitch value; specifically, in the embodiment, the total sewing length fixed value L2 is 27 cm, and is respectively allocated to the D area 6, the E area 7 and the F area 8 according to the ratio of 8:11:8, so that the sewing length of the D area 6 is 8 cm, the sewing length of the E area 7 is 11 cm, and the sewing length of the F area 8 is 8 cm;
at this point, the trial seam is ended.
S4, defining a specific first sewing interval needing data setting as a first sewing interval to be set, clicking the first sewing interval to be set on the human-computer interaction interface, directly setting specific sewing length values of the first sewing interval to be set, automatically and correspondingly adjusting the specific sewing length values of other first sewing intervals to ensure that the sum of all the sewing length values of all the first sewing intervals is a constant value L1, and simultaneously displaying the specific sewing length values of all the first sewing intervals on the corresponding first sewing intervals on the human-computer interaction interface respectively;
similarly, a specific second sewing section needing data setting is defined as a second sewing section to be set, the second sewing section to be set on the human-computer interaction interface is clicked, the specific sewing length value of the second sewing section to be set can be directly set, the specific sewing length values of other second sewing sections are automatically adjusted to ensure that the sum of all the sewing length values of all the second sewing sections is constant as a fixed value L2, and meanwhile, the specific sewing length value of each second sewing section is respectively displayed on each corresponding second sewing section on the human-computer interaction interface.
The specific adjustment mode is as follows:
when the first sewing section to be arranged is a first sewing section at the left edge and the right edge, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length value of the first sewing section adjacent to the first sewing section to be arranged is correspondingly decreased or increased by D1, and the sewing lengths of other first sewing sections are kept unchanged;
when the first sewing section to be arranged is a first sewing section in the middle position, namely the first sewing sections are arranged on the left side and the right side of the first sewing section to be arranged, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length values of two first sewing sections adjacent to the left side and the right side of the first sewing section to be arranged are respectively decreased or increased by half of D1, and the lengths of other first sewing sections are kept unchanged;
the specific sewing length values of the other second sewing sections are automatically adjusted correspondingly to ensure that the sum of all the sewing length values of all the second sewing sections is a fixed value L2 and specifically comprises the following steps: the numerical adjustment principle is the same as the first sewing section.
Specifically, in the embodiment, when the sewing length of the area A3 is changed from 9 cm to 8 cm, the sewing length of the area B4 is automatically changed from 12 cm to 13 cm, and the sewing length of the area C5 is kept unchanged; similarly, when the sewing length of the C area 5 is changed from 9 cm to 8 cm, the sewing length of the B area 4 is automatically changed from 12 cm to 13 cm, and the sewing length of the A area 3 is kept unchanged; when the sewing length of the B area 4 is modified from 12 cm to 10 cm, the sewing lengths of the A area 3 and the C area 5 are both changed from 9 cm to 10 cm.
Similarly, when the sewing length of the area D6 is modified from 8 cm to 9 cm, the sewing length of the area E7 is changed from 11 cm to 10 cm, and the sewing length of the area F8 is kept unchanged; when the sewing length of the F area 8 is modified from 8 cm to 9 cm, the sewing length of the E area 7 is changed from 11 cm to 10 cm, and the sewing length of the D area 6 is kept unchanged; if the sewing length of the E area 7 is modified from 11 cm to 13 cm, the sewing length of the D area 6 and the F area 8 is changed from 8 cm to 7 cm.
Of course, besides the above-mentioned adjustment method, the adjustment method can be also performed in other manners, for example, the sewing length value of one first sewing section is decreased or increased, and is equally divided into all other first sewing sections, for example, if the sewing length of the area a 3 is changed from 9 cm to 8 cm in this example, the sewing lengths of the area B4 and the area C5 are respectively increased by 0.5 cm, the area B4 is 12.5 cm, and the area C5 is 9.5 cm. Of course, the increased or decreased portions may be distributed to other first sewing sections in a certain ratio, and the second sewing section may be distributed in the above-mentioned manner.
The sewing length values of the first sewing intervals are linked, the sewing length of one first sewing interval is modified, and the lengths of other first sewing intervals can be automatically adjusted, so that the other first sewing intervals do not need to be set one by one, and data modification is more convenient; similarly, the data modification of each second sewing section is very convenient.
The data setting method further includes step S5: clicking any first sewing area or any second sewing area on the human-computer interaction interface can directly set the specific differential value, namely the gathering amount, of the first sewing area or the second sewing area. Specifically, in this embodiment, as shown in fig. 3, the differential values of the a zone 3, the B zone 4, the C zone 5, the D zone 6, the E zone 7 and the F zone 8 are 5, 8, 5, 8 and 5, respectively, the a zone 3 may be directly clicked to directly modify the differential value 5 into 6 or other values, and the differential values of other zones are not changed. Can make up the interval according to actual demand direct click arbitrary first interval or the second is made up and is carried out independent differential value setting, gather together the volume setting promptly, directly perceived and convenience is difficult to make mistakes.
Example two
The embodiment discloses round collar clothes data set device, round collar clothes include round collar and clothing body, and during the sewing, the clothing body is arranged in the round collar top, include:
the initialization module is used for dividing the round-neck garment into a front width area and a rear width area, the front width area is divided into a plurality of sections by sewing stitches between the round neck and the garment body, the sewing stitches belong to the front width area, so that a plurality of corresponding first sewing sections are formed, and the total sewing length of each first sewing section is a fixed value L1; the back panel area is divided into a plurality of sections by sewing stitches between the round collar and the clothes body, which belong to the back panel area, so that a plurality of corresponding second sewing sections are formed, and the total sewing length of each second sewing section is a fixed value L2;
the human-computer interaction module is used for displaying the actual pattern of the round-neck garment and the actual shapes of the first sewing intervals and the second sewing intervals on a human-computer interaction interface;
a seam trial module for determining the fixed value L1 and the fixed value L2 and the respective sewing length values of each first sewing section and each second sewing section through seam trial;
the data setting module is used for defining a specific first sewing interval needing data setting as a first sewing interval to be set, clicking the first sewing interval to be set on the human-computer interaction interface, directly setting a specific sewing length value of the first sewing interval to be set, automatically and correspondingly adjusting the specific sewing length values of other first sewing intervals to ensure that the sum of all the sewing length values of all the first sewing intervals is a constant value L1, and simultaneously displaying the specific sewing length value of each first sewing interval on each corresponding first sewing interval on the human-computer interaction interface;
similarly, a specific second sewing section needing data setting is defined as a second sewing section to be set, the second sewing section to be set is used for clicking the second sewing section to be set on the human-computer interaction interface, the specific sewing length value of the second sewing section to be set can be directly set, the specific sewing length values of other second sewing sections are automatically correspondingly adjusted to ensure that the sum of all the sewing length values of all the second sewing sections is constant L2, and meanwhile, the specific sewing length value of each second sewing section is respectively displayed on each corresponding second sewing section on the human-computer interaction interface.
Wherein the data setting module comprises an automatic adjusting unit:
when the first sewing section to be arranged is a first sewing section at the left edge and the right edge, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length value of the first sewing section adjacent to the first sewing section to be arranged is correspondingly decreased or increased by D1, and the sewing lengths of other first sewing sections are kept unchanged;
when the first sewing section to be arranged is a first sewing section in the middle position, namely the first sewing sections are arranged on the left side and the right side of the first sewing section to be arranged, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length values of two first sewing sections adjacent to the left side and the right side of the first sewing section to be arranged are respectively decreased or increased by half of D1, and the lengths of other first sewing sections are kept unchanged;
similarly, the specific sewing length values of the other second sewing sections are automatically adjusted correspondingly to ensure that the sum of all the sewing length values of all the second sewing sections is constant L2.
The data setting method and method are the same as those in the first embodiment, and are not described herein again.
The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications or additions may be made to the described embodiments or alternatives may be employed by those skilled in the art without departing from the spirit or ambit of the invention as defined in the appended claims.
Claims (9)
1. A method for setting data of round-neck clothes comprises the steps of arranging a round-neck clothes body above the round-neck when sewing, and is characterized by comprising the following steps:
s1, dividing the round-neck garment into a front width area and a rear width area, wherein the front width area is divided into a plurality of sections by sewing stitches between the round neck and the garment body, which belong to the front width area, so as to form a plurality of corresponding first sewing sections, and the total sewing length of each first sewing section is a fixed value L1; the back panel area is divided into a plurality of sections by sewing stitches between the round collar and the clothes body, which belong to the back panel area, so that a plurality of corresponding second sewing sections are formed, and the total sewing length of each second sewing section is a fixed value L2;
s2, displaying the actual pattern of the round-neck garment and the actual shape of each first sewing section and each second sewing section on a human-computer interaction interface;
s3, determining the fixed value L1 and the fixed value L2 and the respective sewing length values of each first sewing section and each second sewing section through seam trial sewing;
s4, defining a specific first sewing interval needing data setting as a first sewing interval to be set, clicking the first sewing interval to be set on the human-computer interaction interface, directly setting specific sewing length values of the first sewing interval to be set, automatically and correspondingly adjusting the specific sewing length values of other first sewing intervals to ensure that the sum of all the sewing length values of all the first sewing intervals is a constant value L1, and simultaneously displaying the specific sewing length values of all the first sewing intervals on the corresponding first sewing intervals on the human-computer interaction interface respectively;
similarly, a specific second sewing section needing data setting is defined as a second sewing section to be set, the second sewing section to be set on the human-computer interaction interface is clicked, the specific sewing length value of the second sewing section to be set can be directly set, the specific sewing length values of other second sewing sections are automatically adjusted to ensure that the sum of all the sewing length values of all the second sewing sections is constant as a fixed value L2, and meanwhile, the specific sewing length value of each second sewing section is respectively displayed on each corresponding second sewing section on the human-computer interaction interface.
2. The method of claim 1, wherein the front panel area and the rear panel area are formed by sewing the upper fabric and the lower fabric in equal parts.
3. The method for setting the data of the round-neck clothes according to claim 2, wherein the front panel area is divided into three first sewing zones, the three first sewing zones are a zone a, a zone B and a zone C; the back panel area is divided into three second sewing intervals which are respectively a D area, an E area and an F area.
4. The method as claimed in claim 2 or 3, wherein the sewing length values of the other first sewing sections in the step S4 are automatically adjusted to ensure that the sum of the sewing length values of all the first sewing sections is constant, and the L1 is:
when the first sewing section to be arranged is a first sewing section at the left edge and the right edge, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length value of the first sewing section adjacent to the first sewing section to be arranged is correspondingly decreased or increased by D1, and the sewing lengths of other first sewing sections are kept unchanged;
when the first sewing section to be arranged is a first sewing section in the middle position, namely the first sewing sections are arranged on the left side and the right side of the first sewing section to be arranged, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length values of two first sewing sections adjacent to the left side and the right side of the first sewing section to be arranged are respectively decreased or increased by half of D1, and the lengths of other first sewing sections are kept unchanged;
the specific sewing length values of the other second sewing sections are automatically adjusted correspondingly to ensure that the sum of all the sewing length values of all the second sewing sections is a fixed value L2 and the specific value is as follows:
the numerical adjustment principle is the same as the first sewing section.
5. The method for setting the data of the neckcloth according to claim 4, wherein the trial sewing in the step S3 is specifically:
each first sewing section and each second sewing section on the human-computer interaction interface are respectively provided with an indicator light for indicating whether the corresponding sewing section is in a seam trial sewing state currently, and the human-computer interaction interface is also provided with a seam trial button and a progress button for displaying whether the front and the back of the cloth are finished in seam trial sewing;
when a seam test is performed, a seam test button is pressed, and a progress button displays' completion of previous width? The information of the sewing machine is that simultaneously, all the indicating lamps on all the first sewing sections are lightened, the front pedal is stepped to enable the sewing machine to work, and the sewing machine system can count the sewing needle number of the machine needle and display the number in real time through a human-computer interaction interface; after all indications on all the first sewing intervals are sequentially extinguished, pressing a progress button, finishing the trial sewing of the front area, recording the accumulated sewing needle number of the machine needle, and calculating the total sewing length fixed value L1 of the front area according to the needle pitch value;
at this time, "the back is completed? The information of the sewing machine is that simultaneously, all the indicating lamps on all the second sewing sections are lightened, the forward stepping is continued to enable the sewing machine to work, and the sewing machine system can count the sewing needle number of the machine needle and display the number in real time through a human-computer interaction interface; when all the indications on all the second sewing intervals are sequentially extinguished, pressing a progress button, finishing the trial sewing of the back area, recording the accumulated sewing needle number of the machine needle, and calculating the total sewing length fixed value L2 of the back area according to the needle pitch value;
at this point, the trial seam is ended.
6. The method for setting the data of the neckcloth of claim 5, wherein the step S3 of determining the respective values of the sewing length of each first sewing section and each second sewing section by trial sewing is specifically:
respectively distributing the fixed value L1 and the fixed value L2 to each first sewing section and each second sewing section in an evenly-divided mode; or the fixed value L1 and the fixed value L2 are respectively distributed to each first sewing section and each second sewing section according to a certain proportion value.
7. The data setting method of a neckcloth according to claim 1, further comprising the step of S5: clicking any first sewing area or any second sewing area on the human-computer interaction interface can directly set the specific differential value, namely the gathering amount, of the first sewing area or the second sewing area.
8. The utility model provides a round collar clothes data set device, round collar clothes include round collar and clothing body, and during the sewing, the clothing body is arranged in round collar top, its characterized in that includes:
the circular collar garment comprises an initialization module, a sewing module and a sewing module, wherein the initialization module is used for dividing a circular collar garment into a front width area and a rear width area, the front width area is divided into a plurality of sections by sewing stitches between a circular collar and a garment body, which belong to the front width area, so that a plurality of corresponding first sewing sections are formed, and the total sewing length of each first sewing section is a fixed value L1; the back panel area is divided into a plurality of sections by sewing stitches between the round collar and the clothes body, which belong to the back panel area, so that a plurality of corresponding second sewing sections are formed, and the total sewing length of each second sewing section is a fixed value L2;
the human-computer interaction module is used for displaying the actual pattern of the round-neck garment and the actual shapes of the first sewing intervals and the second sewing intervals on a human-computer interaction interface;
a seam trial module for determining the fixed value L1 and the fixed value L2 and the respective sewing length values of each first sewing section and each second sewing section through seam trial;
the data setting module is used for defining a specific first sewing interval needing data setting as a first sewing interval to be set, clicking the first sewing interval to be set on the human-computer interaction interface, directly setting a specific sewing length value of the first sewing interval to be set, automatically and correspondingly adjusting the specific sewing length values of other first sewing intervals to ensure that the sum of all the sewing length values of all the first sewing intervals is a constant value L1, and simultaneously displaying the specific sewing length value of each first sewing interval on each corresponding first sewing interval on the human-computer interaction interface;
similarly, a specific second sewing section needing data setting is defined as a second sewing section to be set, the second sewing section to be set is used for clicking the second sewing section to be set on the human-computer interaction interface, the specific sewing length value of the second sewing section to be set can be directly set, the specific sewing length values of other second sewing sections are automatically correspondingly adjusted to ensure that the sum of all the sewing length values of all the second sewing sections is constant L2, and meanwhile, the specific sewing length value of each second sewing section is respectively displayed on each corresponding second sewing section on the human-computer interaction interface.
9. The data-setting device of claim 8, wherein the data-setting module comprises an automatic adjusting unit, the automatic adjusting unit:
when the first sewing section to be arranged is a first sewing section at the left edge and the right edge, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length value of the first sewing section adjacent to the first sewing section to be arranged is correspondingly decreased or increased by D1, and the sewing lengths of other first sewing sections are kept unchanged;
when the first sewing section to be arranged is a first sewing section in the middle position, namely the first sewing sections are arranged on the left side and the right side of the first sewing section to be arranged, and the sewing length value of the first sewing section to be arranged is increased or decreased by D1, the sewing length values of two first sewing sections adjacent to the left side and the right side of the first sewing section to be arranged are respectively decreased or increased by half of D1, and the lengths of other first sewing sections are kept unchanged;
similarly, the specific sewing length values of the other second sewing sections are automatically adjusted correspondingly to ensure that the sum of all the sewing length values of all the second sewing sections is constant L2.
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| CN202111497608.6A CN114232223A (en) | 2021-12-09 | 2021-12-09 | Method and device for setting sewing data of round-neck clothes |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202111497608.6A CN114232223A (en) | 2021-12-09 | 2021-12-09 | Method and device for setting sewing data of round-neck clothes |
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