CN204753066U - Automatic system of making up of sleeve vent in sides of a garment - Google Patents
Automatic system of making up of sleeve vent in sides of a garment Download PDFInfo
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- CN204753066U CN204753066U CN201520338110.9U CN201520338110U CN204753066U CN 204753066 U CN204753066 U CN 204753066U CN 201520338110 U CN201520338110 U CN 201520338110U CN 204753066 U CN204753066 U CN 204753066U
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Abstract
The utility model provides an automatic system of making up of sleeve vent in sides of a garment, it can compress tightly module, work feed module, sewing module and power module including folding, power module with folding compress tightly the module the work feed module with sewing module electric connection, wherein, folding compress tightly the module the work feed module with the sewing module is linked to be one -way route. The utility model provides an automatic system of making up of sleeve vent in sides of a garment and method can fold, compress tightly and sew sleeve vent in the sides of a garment cloth piece, have reduced like this to make up operating personnel and need not the staff guard even, and that has improved the sleeve vent in the sides of a garment greatly makes up efficiency and precision, moreover the utility model discloses an automatic system of making up of sleeve vent in sides of a garment and method have convenient to use and the low characteristics of cost of maintenance.
Description
Technical field
The utility model relates to stitching process field, particularly one sleeve vent in the sides of a garment automatic sewing system.
Background technology
Shirt can be divided into multiple parts such as anter, collar, sleeve and sleeve vent in the sides of a garment when making, the sewing mode of different piece is all not identical.Current shirt sleeve vent in the sides of a garment is made and is still adopted traditional manual mode of operation, because making of sleeve vent in the sides of a garment is comparatively inconvenient, make for completing smoothly, the machinist with technical experience is for many years needed to sew, but the machinist be difficult on guarantee flow production line can reach sleeve vent in the sides of a garment makes standard, this makes the sewing efficiency of shirt sleeve vent in the sides of a garment low, and precision is difficult to ensure.
Utility model content
It is high that the technical problems to be solved in the utility model is to provide a kind of efficiency, can ensure the sleeve vent in the sides of a garment automatic sewing system of making precision.
For solving the problems of the technologies described above, the utility model proposes a kind of sleeve vent in the sides of a garment automatic sewing system, it comprises folding compression module, work feed module, sewing module and power plant module, described power plant module and described folding compression module, described work feed module and described sewing module are electrically connected, wherein, described folding compression module, described work feed module and described sewing module are linked to be one-way passage.
Preferably, also comprise and get cloth module, described in get cloth module and be connected with described sewing module.
Preferably, also comprise the control module be electrically connected with described power plant module, described control module gathers the signal of described sewing module work, and sends the signal of folding compression module work.
More preferably, also comprise and get cloth module, the signal of cloth module work is got in described control module collection, and sends the signal of work feed module work.
The utility model also proposes another kind of sleeve vent in the sides of a garment automatic sewing system, it comprises the first folding compression module, the second folding compression module, work feed module, sewing module and power plant module, described power plant module and the described first folding compression module, the described second folding compression module, described work feed module and described sewing module are electrically connected, wherein, the described first folding compression module, the described second folding compression module, described sewing module are all connected with described work feed module.
Preferably, also comprise and get cloth module, described in get cloth module and be connected with described sewing module.
Preferably, also comprise the control module be electrically connected with described power plant module, described control module gathers the signal of the sleeve vent in the sides of a garment pieces of cloth on the signal of the sleeve vent in the sides of a garment pieces of cloth on the folding compression module of described work feed module transfer described first and the folding compression module of described work feed module transfer described second, and sends the signal of the described second folding compression module work and the signal of the described first folding compression module work.
More preferably, also comprise and get cloth module, the signal of cloth module work is got in described control module collection, and sends the signal of work feed module work.
The sleeve vent in the sides of a garment automatic sewing system that the utility model provides can carry out folding compression and sewing to sleeve vent in the sides of a garment pieces of cloth, which reduce and make operating personnel and even guard without the need to staff, substantially increase sewing efficiency and the precision of sleeve vent in the sides of a garment, and sleeve vent in the sides of a garment automatic sewing system and method for the present utility model has easy to use and that maintenance cost is low feature.
Accompanying drawing explanation
Fig. 1 is the structural representation of the first sleeve vent in the sides of a garment automatic sewing system embodiment of the utility model;
Fig. 2 is the structural representation of the utility model the second sleeve vent in the sides of a garment automatic sewing system embodiment.
Indicate as follows in figure:
The folding compression module-12 of folding compression module-1, the first folding compression module-11, the second, work feed module-2, sewing module-3, gets cloth module-4.
Detailed description of the invention
For enabling above-mentioned purpose, the feature and advantage of utility model more become apparent, below detailed description of the invention of the present utility model is described in detail.
Set forth a lot of detail in the following description so that fully understand the utility model, but the utility model can also adopt other to be different from alternate manner described here to implement, those skilled in the art can when doing similar popularization without prejudice to when the utility model intension, and therefore the utility model is by the restriction of following public specific embodiment.
As shown in Figure 1, the sleeve vent in the sides of a garment automatic sewing system that the utility model provides, comprise folding compression module 1, work feed module 2, sewing module 3 and power plant module, the requirement as required of sleeve vent in the sides of a garment pieces of cloth can fold by above-mentioned folding compression module 1, and by being fixed the folding line of the sleeve vent in the sides of a garment pieces of cloth folded, precision is made with the vent in the sides of a garment pieces of cloth of ensureing to tuck inside the sleeve, prevent the folding line distortion of sleeve vent in the sides of a garment pieces of cloth and cause sleeve vent in the sides of a garment to make unsuccessfully, the structure of folding compression module 1 can adopt structure well known in the art to realize, as long as structure that is folding and compression sleeve vent in the sides of a garment pieces of cloth can be completed, such as, what folding compression module 1 can comprise that folded sheet and Foldable plate move along the folding direction of needs is such as the actuator of cylinder, and pressure strip and drive pressure strip move along the sleeve vent in the sides of a garment pieces of cloth folded is such as the actuator of cylinder,
Above-mentioned work feed module 2 can be transferred to sewing module 3 by completing the folding sleeve vent in the sides of a garment pieces of cloth compressed, as long as this work feed module 2 can complete structure sleeve vent in the sides of a garment pieces of cloth being transferred to sewing module 3, such as, work feed module 2 can comprise the structure with the motion of sleeve vent in the sides of a garment pieces of cloth;
Above-mentioned sewing module 3 can be sewed to sleeve vent in the sides of a garment pieces of cloth, and this sewing module 3 can adopt structure well known in the art to realize, and such as, sewing module 3 can comprise the sewing head and sewing shuttle that match;
Above-mentioned power plant module can supply power to other module;
Described power plant module and described folding compression module 1, described work feed module 2 and described sewing module 3 are electrically connected; Wherein
Described folding compression module 1, described work feed module 2 and described sewing module 3 are linked to be one-way passage, and sleeve vent in the sides of a garment pieces of cloth in folding compression module 1, transmission between work feed module 2 and sewing module 3, thus realize making of sleeve vent in the sides of a garment pieces of cloth, obtain sleeve vent in the sides of a garment finished product.
The sleeve vent in the sides of a garment automatic sewing system that the utility model provides can carry out folding compression and sewing to sleeve vent in the sides of a garment pieces of cloth, which reduce and make operating personnel and even guard without the need to staff, substantially increase sewing efficiency and the precision of sleeve vent in the sides of a garment, and sleeve vent in the sides of a garment automatic sewing system and method for the present utility model has easy to use and that maintenance cost is low feature.
In order to ensure the continuous operation of sleeve vent in the sides of a garment automatic sewing system, the utility model sleeve vent in the sides of a garment automatic sewing system also can comprise gets cloth module 4, described cloth module 4 of getting is connected with described sewing module 3, like this, after sewing module 3 completes sewing, get cloth module 4 will tuck inside the sleeve vent in the sides of a garment finished product take out, with make sewing module 3 can continue next time sewing.
In order to improve the operating efficiency of sleeve vent in the sides of a garment automatic sewing system, also comprise the control module be electrically connected with described power plant module, described control module gathers the signal of described sewing module 3 work, and send the signal of folding compression module 1 work, when module 3 of sewing starts to sew, folding compression module 1 just starts to carry out folding compression operation to sleeve vent in the sides of a garment pieces of cloth.
Because the folding compression operation of sleeve vent in the sides of a garment pieces of cloth needs the regular hour, and the time of the sewing operation of vent in the sides of a garment pieces of cloth of tucking inside the sleeve is less than the time of the folding compression operation of sleeve vent in the sides of a garment pieces of cloth usually, described control module gathers the signal of described sewing module 3 work, and the signal sending the work of folding compression module 1 is conducive to ensureing that sewing module 3 works continuously, thus improve sewing efficiency.
Further, also comprise and get cloth module 4, the signal that cloth module 4 works is got in described control module collection, and send the signal of work feed module 2 work, like this, when getting cloth module 4 and starting to get cloth, work feed module 2 just starts to be transferred to by the sleeve vent in the sides of a garment pieces of cloth on folding compression module 1 in sewing module 3.
As shown in Figure 2, the utility model additionally provides another kind of sleeve vent in the sides of a garment automatic sewing system, it comprises the first folding compression module 11, second folding compression module 12, work feed module 2, sewing module 3 and power plant module, described power plant module and the described first folding compression module 11, described second folding compression module 12, described work feed module 2 and described sewing module 3 are electrically connected, wherein, described first folding compression module 11, described second folding compression module 12, described sewing module 3 is all connected with described work feed module 2, first folding compression module 11 and the second folding compression module 12 can carry out folding compression and operate to different sleeve vent in the sides of a garment pieces of cloth, sleeve vent in the sides of a garment pieces of cloth are at the first folding compression module 11 and the second folding compression module 12, transmit between work feed module 2 and sewing module 3, thus realize making of sleeve vent in the sides of a garment pieces of cloth, obtain sleeve vent in the sides of a garment finished product.
In order to ensure the continuous operation of sleeve vent in the sides of a garment automatic sewing system, the utility model sleeve vent in the sides of a garment automatic sewing system also can comprise gets cloth module 4, described cloth module 4 of getting is connected with described sewing module 3, like this, after sewing module 3 completes sewing, get cloth module 4 will tuck inside the sleeve vent in the sides of a garment finished product take out, with make sewing module 3 can continue next time sewing.
In order to improve the operating efficiency of sleeve vent in the sides of a garment automatic sewing system, also comprise the control module be electrically connected with described power plant module, described control module gathers described work feed module 2 and transfers the signal that the signal of the sleeve vent in the sides of a garment pieces of cloth on the described first folding compression module 11 and described work feed module 2 transfer the sleeve vent in the sides of a garment pieces of cloth on the described second folding compression module 12, and send the signal of the described second folding compression module 12 work and the signal of the described first folding compression module 11 work, when work feed module 2 starts to transfer the sleeve vent in the sides of a garment pieces of cloth on the first folding compression module 11, second folding compression module 12 just starts to carry out folding compression to sleeve vent in the sides of a garment pieces of cloth and operates, when work feed module 2 starts to transfer the sleeve vent in the sides of a garment pieces of cloth on the second folding compression module 12, the first folding compression module 11 just starts to carry out folding compression operation to sleeve vent in the sides of a garment pieces of cloth.
Further, also comprise and get cloth module 4, the signal that cloth module 4 works is got in described control module collection, and send the signal of work feed module 2 work, like this, when getting cloth module 4 and starting to get cloth, work feed module 2 just starts the sleeve vent in the sides of a garment pieces of cloth on the first folding compression module 11 or the second folding compression module 12 to be transferred in sewing module 3.
Although the utility model is described in conjunction with above embodiment, but the utility model is not defined to above-described embodiment, and only by the restriction of claims, those of ordinary skill in the art can easily modify to it and change, but do not leave essential idea of the present utility model and scope.
Claims (8)
1. a sleeve vent in the sides of a garment automatic sewing system, it is characterized in that, comprise folding compression module, work feed module, sewing module and power plant module, described power plant module and described folding compression module, described work feed module and described sewing module are electrically connected, wherein, described folding compression module, described work feed module and described sewing module are linked to be one-way passage.
2. sleeve vent in the sides of a garment automatic sewing system according to claim 1, is characterized in that, also comprise and get cloth module, described in get cloth module and be connected with described sewing module.
3. sleeve vent in the sides of a garment automatic sewing system according to claim 1, is characterized in that, also comprise the control module be electrically connected with described power plant module, described control module gathers the signal of described sewing module work, and sends the signal of folding compression module work.
4. sleeve vent in the sides of a garment automatic sewing system according to claim 3, it is characterized in that, also comprise and get cloth module, the signal of cloth module work is got in described control module collection, and sends the signal of work feed module work.
5. a sleeve vent in the sides of a garment automatic sewing system, it is characterized in that, comprise the first folding compression module, the second folding compression module, work feed module, sewing module and power plant module, described power plant module and the described first folding compression module, the described second folding compression module, described work feed module and described sewing module are electrically connected, wherein, the described first folding compression module, the described second folding compression module, described sewing module are all connected with described work feed module.
6. sleeve vent in the sides of a garment automatic sewing system according to claim 5, is characterized in that, also comprise and get cloth module, described in get cloth module and be connected with described sewing module.
7. sleeve vent in the sides of a garment automatic sewing system according to claim 5, it is characterized in that, also comprise the control module be electrically connected with described power plant module, described control module gathers the signal of the sleeve vent in the sides of a garment pieces of cloth on the signal of the sleeve vent in the sides of a garment pieces of cloth on the folding compression module of described work feed module transfer described first and the folding compression module of described work feed module transfer described second, and sends the signal of the described second folding compression module work and the signal of the described first folding compression module work.
8. sleeve vent in the sides of a garment automatic sewing system according to claim 7, it is characterized in that, also comprise and get cloth module, the signal of cloth module work is got in described control module collection, and sends the signal of work feed module work.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520338110.9U CN204753066U (en) | 2015-05-22 | 2015-05-22 | Automatic system of making up of sleeve vent in sides of a garment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520338110.9U CN204753066U (en) | 2015-05-22 | 2015-05-22 | Automatic system of making up of sleeve vent in sides of a garment |
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| CN204753066U true CN204753066U (en) | 2015-11-11 |
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| CN201520338110.9U Active CN204753066U (en) | 2015-05-22 | 2015-05-22 | Automatic system of making up of sleeve vent in sides of a garment |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113818155A (en) * | 2021-10-08 | 2021-12-21 | 武汉纺织大学 | Folding and forming system for placket and using method thereof |
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2015
- 2015-05-22 CN CN201520338110.9U patent/CN204753066U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113818155A (en) * | 2021-10-08 | 2021-12-21 | 武汉纺织大学 | Folding and forming system for placket and using method thereof |
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