CN205099902U - Automatic control system that in proper order of banded material sewing operation - Google Patents

Abstract

The utility model relates to an automatic control system in proper order of band material sewing operation can be applied to and integrate to a sewing machine for to the band material sewing operation that goes on this sewing machine, also be used for sewing operation that sews up a band material to a cloth goods, provide a full automatization and no time difference's instantaneity in proper order control function. The full-automatic sequential control function can be used for controlling a series of control programs included in the band-shaped material sewing operation, including a band-shaped material feeding program, a band-shaped material tension adjusting program, a band-shaped material sewing program and a band-shaped material cutting program, so that the starting and the execution of the control programs can be sequentially carried out in a real-time mode without time difference, and the execution speed of the sewing operation and the production efficiency of textiles are improved.

Description

Automatic Sequential Control System for Strip Sewing Operation

technical field

The utility model relates to a sewing equipment technology, in particular to an automatic sequential control system for the sewing operation of strip materials, which can be applied to a sewing equipment for performing the sewing operation of the sewing equipment A series of control procedures, including the strip feeding procedure, the strip tension adjustment procedure, the strip sewing procedure, and the strip cutting procedure, provide a fully automatic and real-time sequential control function without time difference.

Background technique

A sewing machine is a machine used to make textiles, the main function of which is to stitch a piece of textile material to a cloth product.

The sewing operation performed by the sewing machine needs to be sewed together with an elastic band-shaped material when sewing fit-type fabric products. This type of fitted fabric product has different elastic states in different parts, so when sewing this strip-shaped material, the sewing machine must have a module that can adjust the fed strip-shaped material to the required tension value, by This gives the webbing the desired elastic effect. In addition, the sewing length of the cloth is a fixed length, so the sewing machine must also have a module that can cut off the webbing when the stitched webbing reaches a predetermined fixed length.

Therefore, this sewing equipment used for sewing strips must be equipped with the following facilities in addition to the sewing needles: strip feeding device, strip tension adjustment device, and strip cutting device; Among them, the strip-shaped material feeding device is used to feed the strip-shaped material to a sewing position point below the sewing needle; the strip-shaped material tension adjustment device is used to adjust the tension of the strip-shaped material, so as to make the strip-shaped material elastic effect; and the strip material cutting device is used to cut off the strip material when each sewing operation is completed.

Since these devices must be started and operated in a predetermined sequence during the sewing operation of the same fabric product, a fully automated and efficient solution is required in the application, which can be used to control these devices to cooperate with the sewing The sewing operation of needles is carried out sequentially in a real-time manner with no time difference, thereby improving the execution speed of sewing operations and the production efficiency of textiles.

Utility model content

The purpose of the research and development of this utility model is to propose a feasible solution to the above-mentioned demand problems, which can be used for a series of control procedures required for the strip material sewing operation, including the strip material feeding program, the strip material tension Adjustment program, strip sewing program, and strip cutting program provide a fully automatic and real-time sequential control system without time difference.

In the system of the present utility model, its uppermost basic structure includes the following components: (A) a central control module; (B) a belt-shaped material feeding monitoring module; (C) a belt-shaped material tension adjustment monitoring module ; (D) a belt-shaped material sewing monitoring module; and (E) a belt-shaped material cutting monitoring module.

In actual operation, the control process performed by the utility model is as follows; (1) execute a strip-shaped material feeding program, so as to feed the strip-shaped material into a sewing position point; (2) in the strip-shaped material When the material feeding procedure is completed, the strip-shaped material tension adjustment procedure is executed sequentially in a real-time manner without time difference, so as to adjust the tension of the strip-shaped material to a predetermined value; (3) when the strip-shaped material tension adjustment procedure is completed , then sequentially execute the strip sewing process in a real-time manner with no time difference, so as to sew the strip to the fabric product; and (4) when the strip sewing process is completed, then proceed with no time difference The strip-shaped material cutting process is executed sequentially in a real-time manner, so as to cut the strip-shaped material.

The technical means implemented by the utility model to achieve the above purpose is an automatic sequential control system for strip sewing operation, which can be applied to a sewing equipment, and the sewing equipment has a sewing master control unit, a strip strip Material feeding device, belt-shaped material tension adjustment device, and belt-shaped material cutting device, wherein the sewing master control unit is used to control a motor to drive a sewing needle to perform a sewing operation, so that the belt The strip material is stitched to a fabric product; the automatic sequential control system for the strip material sewing operation at least includes; (A) a central control module, which is used for the sewing master control unit, the strip material feeding device, the belt The strip material tension adjustment device and the start of the strip material cutting device provide a real-time sequential control function without time difference; (B) the strip material feeds into the monitoring module, which can be controlled by the central control module to start and monitor The strip material feeding device executes a strip material feeding program, so as to feed the strip material to a sewing position point; (C) a strip material tension adjustment monitoring module can be used to feed the strip material When the entry program is completed, the central control module is then controlled by the central control module to execute the belt-shaped material tension adjustment program sequentially in a real-time manner without time difference, so as to adjust the tension of the belt-shaped material to a predetermined value; (D) the belt-shaped material The sewing monitoring module can be controlled by the central control module to execute the sewing process of the strip material sequentially in a real-time manner without time difference when the tension adjustment procedure of the strip material is completed, so as to sew the strip material to the Cloth products; and (E) a strip-shaped material cutting monitoring module, which can be controlled by the central control module to execute the strip-shaped material cutting process sequentially in a real-time manner without time difference when the strip-shaped material sewing process is completed, Thereby the strip material is cut.

The strip-shaped material feeding device is a double-roller-type strip-shaped material feeding device.

The strip-shaped material cutting device is a double-blade strip-shaped material cutting device.

The described central control module adopts programmable hardware in specific implementation.

The utility model can be made into a single circuit module, and this single circuit module can be directly connected to the existing sewing master control unit, strip material feeding device, strip material tension adjustment device, and strip material on the sewing equipment. The cutting device is used to sequentially control these devices to start and execute the required tape feeding program, tape tension adjustment program, tape sewing program, and tape cutting program, which can be used to improve the sewing operation. Execution speed and textile productivity.

Description of drawings

Fig. 1 is a schematic diagram of application, which is used to show the basic structure of a typical sewing equipment and the application mode of integrating the automatic sequential control system of the present utility model into the sewing equipment;

Fig. 2A, Fig. 2B are a group of structural schematic diagrams, in order to show the basic structure of the strip material feeding device controlled by the automatic sequential control system of the present invention;

Fig. 3 is a structural schematic diagram, in order to show the basic structure of the strip material tension adjustment device controlled by the automatic sequential control system of the present utility model;

Fig. 4A, Fig. 4B are a group of structural schematic diagrams, in order to show the basic structure of the strip cutting device controlled by the automatic sequential control system of the utility model;

Fig. 5 is a structural schematic diagram, in order to show the basic structure of the automatic sequential control system of the present utility model;

FIG. 6A to FIG. 6C are a set of application schematic diagrams for showing various steps of the strip feeding procedure controlled by the automatic sequential control system of the present invention.

detailed description

The technical contents and embodiments of the automatic sequential control system for sewing strips of the present invention are disclosed in detail below in conjunction with the accompanying drawings.

Application of the utility model

Fig. 1 shows the basic structure of a typical sewing equipment 10 and the utility model is integrated into the sewing system when it is implemented as a system (the block indicated by the label 100, hereinafter referred to as "the automatic sequential control system of the utility model") Mode of application of the device 10 .

As shown in the figure, the basic structure of this sewing device 10 includes a sewing needle 20, a motor 30, a sewing master control unit 40, and a strip material supply device 50; wherein the sewing needle 20 can be controlled by the motor 30 is driven to carry out a reciprocating sewing action up and down, so as to sew a strip 51 supplied by the strip supply device 50 to a cloth product 60 by sewing a suture 21 through the sewing action; The motor 30 is controlled by the sewing master control unit 40 to drive the sewing needle 20 to perform up and down sewing. In addition, on the path where the strip material 51 is conveyed from the strip material supply device 50 to the sewing needle 20, the sewing equipment 10 is further provided with a mechanical strip material feeding device 70, a mechanical strip material tension adjustment device 80, and a mechanical strip cutting device 90. In the structure shown in FIG. 1 , the sewing equipment 10 still includes many other modules and facilities, but here only schematically shows and describes the parts related to the present utility model.

In practical application, the cloth product 60 is especially a kind of clothing product with strips.

As shown in FIG. 2A and FIG. 2B , the strip material feeding device 70 is, for example, a double-roller type strip material feeding device, and its structure includes two rollers; a first roller 71 and a second roller 72 . In actual operation, the strip-shaped material feeding device 70 can apply a mechanical driving force F1 to the strip-shaped material 51, thereby driving the strip-shaped material 51 and feeding it into the sewing machine under the sewing needle 20 and the presser foot 22. Sew position point 23. As shown in FIG. 2A , when the strip-shaped material feeding procedure is not performed, the first roller 71 and the second roller 72 are separated, and the strip-shaped material 51 passes through the middle. On the contrary, when carrying out the strip-shaped material feeding program, then as shown in Figure 2B, the first roller 71 and the second roller 72 can turn into closed state, thereby the strip-shaped material 51 is clamped, and the first roller 71 can Rotate clockwise, while the second roller 72 rotates counterclockwise, thereby driving the strip material 51 to move down and feeding the thread ends of the strip material 51 into the sewing machine below the sewing needle 20 and the presser foot 22. Sew position point 23. It must be noted here that the construction of the strip-shaped material feeding device 70 is not limited to the type shown in FIGS. mechanical device.

As shown in FIG. 3 , the strip tension adjusting device 80 is, for example, a roller-type strip tension adjusting device, and its structure includes a main roller 81 , a secondary roller 82 , and a tension sensor 83 . In actual operation, the strip-shaped material tension adjusting device 80 can apply a mechanical tension F2 to the strip-shaped material 51 to adjust the tension of the strip-shaped material 51 to a predetermined value, thereby allowing the stitching to the fabric product 60 The strip material 51 has the desired elastic effect. If the main roller 81 rotates counterclockwise, the strip material 51 can be relaxed to reduce the tension of the strip material 51, and the larger the angular displacement of the rotation, the greater the degree of relaxation. On the contrary, if the main roller 81 rotates clockwise, the strip material 51 can be tightened to increase the tension of the strip material 51, and the larger the angular displacement of the rotation, the greater the tension. The tension sensor 83 is used to sense the tension of the strip material 51 so as to accurately adjust the tension of the strip material 51 to a preset tension value through feedback control. It must be noted here that the strip tension adjustment module 80 is not limited to the roller-type strip tension adjustment device shown in FIG. device.

As shown in FIG. 4A and FIG. 4B , the strip cutting device 90 is, for example, a double-blade strip cutting device, and its structure includes two blades; a first blade 91 and a second blade 92 . In actual operation, the strip material cutting device 90 can apply a mechanical cutting force F3 to the strip material 51 to cut off the part of the strip material 51 passing therethrough. As shown in FIG. 4A , when the strip-shaped material cutting operation is not performed, the first blade 91 and the second blade 92 are separated, and the strip-shaped material 51 passes through the middle. On the contrary, when carrying out the strip material feeding program, then as shown in Figure 4B, the first blade 91 and the second blade 92 can turn into closed state, thereby produce a mechanical cutting force F3, thereby the strip The part of material 51 passing therethrough is cut off; and after the strip material 51 is cut off, the first blade 91 and the second blade 92 will return to the original separated state. It should be noted here that the strip cutting device 90 is not limited to the type shown in FIGS. 4A and 4B , but any mechanical device capable of cutting the strip 51 can be used.

In the strip sewing operation, the sewing equipment 10 must use the strip feeding device 70 to feed the strip 51 to the sewing position point 23; then use the strip tension adjustment device 80 to adjust the strip tension. Then use the sewing needle 20 to sew the strip-shaped material 51; finally, when the sewing operation is completed, use the strip-shaped material cutting device 90 to cut off the strip-shaped material 51. Therefore, when the sewing equipment 10 performs the strip-shaped material sewing operation on the cloth product 60, it must perform the following series of manipulation procedures on the strip-shaped material 51;

(P1) Ribbon feeding program

(P2) Ribbon tension adjustment procedure

(P3) Ribbon sewing program

(P4) Ribbon cutting procedure

Function of the utility model

The function of the automatic sequential control system 100 of the present utility model is to be used for the aforesaid series of control programs; (P1) strip-shaped material feeding program, (P2) strip-shaped material tension adjustment program, (P3) strip-shaped material car The sewing program and (P4) strip material cutting program provide a real-time sequential control function without time difference. After the previous control program is completed, the next one can be started and executed immediately in a real-time manner without time difference. control program.

In actual implementation, the automatic sequential control system 100 of the present utility model is connected to the sewing main control unit 40, the strip material feeding device 70, the strip material tension adjustment device 80, and the strip material cutting device 90 for These devices are sequentially controlled to respectively start and execute the strip feeding procedure, the strip tension adjustment procedure, the strip sewing procedure, and the strip cutting procedure. The program of the instant sequential control function without time difference carried out by the automatic sequential control system 100 of the present utility model is as follows;

(P1) Execute the strip-shaped material feeding program, so as to feed the thread end of the strip-shaped material 51 into the sewing position point 23;

(P2) After the ribbon-shaped material feeding procedure is completed, immediately start and execute the ribbon-shaped material tension adjustment procedure in a real-time manner with no time difference, so as to adjust the tension of the ribbon-shaped material 51 to a predetermined value;

(P3) After the strip-shaped material tension adjustment process is completed, immediately start and execute the strip-shaped material sewing process in a real-time manner without time difference, so as to sew the strip-shaped material 51 to the fabric product 60;

(P4) After the strip-shaped material sewing process is completed, immediately start and execute the strip-shaped material cutting process in a real-time manner without time difference, so as to cut off the strip-shaped material 51 .

Construction method of the utility model

As shown in Figure 5, the basic structure of the automatic sequential control system 100 of the present utility model comprises the following components; (A) a central control module 101; (B) a strip material feeding monitoring module 110; (C) a (D) the belt sewing monitoring module 130 ; and (E) the belt cutting monitoring module 140 .

In practice, the automatic sequential control system 100 of the present utility model can be made into a single circuit module, and this single circuit module can be directly connected to the existing sewing master control unit 40 and the strip material feeding device on the sewing equipment 70. The strip tension adjustment device 80 and the strip cutting device 90 are used to sequentially control these devices to start and execute the required strip feeding program, strip tension adjustment program, and strip sewing program , and strip cutting procedures. Therefore, the utility model is very easy to be integrated into the existing sewing equipment in practical application.

The individual attributes and functions of each component of the automatic sequential control system 100 of the present invention will be described firstly below.

(A) Central control module 101

The central control module 101 is used as a central control unit to start the aforementioned series of control procedures in a sequential manner, that is, the strip feeding program, the strip tension adjustment program, the strip sewing program, and the strip sewing program. Material cutting procedure.

In actual operation, the central control module 101 can issue control instructions to the strip feeding monitoring module 110, the strip tension adjustment monitoring module 120, the strip sewing monitoring module 130, and the strip cutting monitoring module 140. Respectively start the strip-shaped material feeding device 70, the strip-shaped material tension adjustment device 80, the sewing master control unit 40, and the strip-shaped material cutting device 90 to execute the strip-shaped material feeding program, the strip-shaped material tension adjustment program, the strip-shaped material The sewing program and the strip material cutting program are sent back to the central control module 101 with relevant monitoring information.

In actual implementation, the central control module 101 can be implemented by software or hardware, that is, by using a microprocessor to cooperate with a microcomputer program to process control information, or by using a customized or programmable logic circuit, such as a Application-Specific Integrated Circuit ASIC (Application-Specific Integrated Circuit), Field Programmable Logic Gate Array FPGA (Field Programmable Gate Array), Programmable Logic Device PLD (Programmable Logic Device), Programmable Logic Array PLA (Programmable Logic Array), Programmable Array Logic PAL (Programmable Array Logic ),etc.

(B) The strip material is fed into the monitoring module 110

The strip feeding monitoring module 110 is used to monitor the execution process and operation status of the strip feeding device 70, and can be activated in response to receiving a strip feeding enabling message from the central control module 101. The strip-shaped material feeding device 70 is used to execute the strip-shaped material feeding program, so that the thread end of the strip-shaped material 51 is fed into the sewing position point 23; and when the strip-shaped material feeding device 70 is monitored to complete this feeding action Afterwards, a message of completion of feeding the strip is sent to the central control module 101 , so that the central control module 101 immediately sends a message of enabling the strip tension adjustment to the strip tension adjustment monitoring module 120 .

(C) Strip material tension adjustment monitoring module 120

The strip tension adjustment monitoring module 120 can receive the strip tension adjustment enabling message sent by the central control module 101, and activate the strip tension adjustment device 80 in response to execute the strip tension adjustment procedure, so as to adjust the strip tension. The tension of the strip material 51 is adjusted to a predetermined value; and after monitoring that the strip tension adjustment monitoring module 120 completes the strip tension adjustment action, it returns a strip tension adjustment completion message to the central control module 101, Then the central control module 101 sends a sewing operation enabling message to the belt sewing monitoring module 130 .

(D) Strip material sewing monitoring module 130

The strip sewing monitoring module 130 can receive the sewing operation enabling message sent by the central control module 101, and in response, the sewing master control unit 40 starts the motor 30 to drive the sewing needle 20 to perform one sewing operation, In order to sew the strip material 51 to the cloth product 60; and when it is monitored that the sewing needle 20 completes the sewing operation of this time, it returns a sewing operation completion message to the central control module 101, so that the central control module 101 immediately Send a strip cutting enabling message to the strip cutting monitoring module 140 .

(E) Strip cutting monitoring module 140

The strip-shaped material cutting monitoring module 140 can receive the strip-shaped material cutting enable message sent by the central control module 101, and activate the strip-shaped material cutting device 90 in response to cut off the part of the strip-shaped material 51 passing therethrough; After the strip cutting device 90 finishes cutting the strip, it returns a strip cutting completion message to the central control module 101 immediately.

Mode of operation of the utility model

The following describes the operation mode and operation process of the automatic sequential control system 100 of the present invention in actual application.

In actual operation, as long as the textile worker places a piece of fabric product 60 on the sewing platform of the sewing equipment 10, the sewing equipment 10 and the automatic sequential control system 100 of the present utility model can be activated to start the operation of the fabric product 60. Carry out one sewing operation. This sewing operation includes the following series of control procedures in sequence;

(P1) Ribbon feeding program

(P2) Ribbon tension adjustment procedure

(P3) Ribbon sewing program

(P4) Ribbon cutting procedure

They are described as follows;

(P1) Ribbon feeding program

As shown in FIG. 1 , the purpose of the strip feeding procedure is to feed the end of the strip 51 to the sewing position point 23 below the sewing needle 20 and the presser foot 22 . As shown in Fig. 6A and Fig. 6C, the strip-shaped material feeding procedure includes the following series of manipulation actions in specific implementation;

(S1) As shown in FIG. 6A, the central control module 101 first makes the strip-shaped material feeding monitoring module 110 start the two rollers 71, 72 of the strip-shaped material feeding device 70 to close to clamp the part of the strip-shaped material 51 passing therethrough. , and then make the first roller 71 rotate clockwise, while the second roller 72 rotates counterclockwise, thereby driving the strip material 51 to push the thread end of the strip material 51 to the sewing needle 20 and the presser foot Sewing position point 23 below 22.

(S2) Next, as shown in FIG. 6B, when the thread end of the strip material 51 reaches the sewing position point 23, the sewing master control unit 40 will move the presser foot 22 downward to compress the thread end of the strip material 51.

( S3 ) Next, as shown in FIG. 6C , when the presser foot 22 is pressed down to the position, then the two rollers 71 , 72 of the strip feeding device 70 will open and return to the original position. This completes the strip feeding procedure.

After the strip-shaped material feeding monitoring module 110 monitors that the strip-shaped material feeding device 70 completes the strip-shaped material feeding program, it immediately sends a strip-shaped material feeding completion message to the central control module 101, so that the central control module 101 immediately sends A strip tension adjustment enabling message is sent to the strip tension adjustment monitoring module 120 .

(P2) Ribbon tension adjustment procedure

After receiving the ribbon tension adjustment enabling message from the central control module 101, the ribbon tension adjustment monitoring module 120 immediately activates the ribbon tension adjustment device 80 to execute the ribbon tension adjustment procedure, thereby Adjust the tension of the strip 51 to a predetermined value; and after monitoring that the strip tension adjustment monitoring module 120 completes the strip tension adjustment, then return the strip tension adjustment completion message to the central control module 101, the central control module 101 immediately sends a sewing operation enabling message to the belt sewing monitoring module 130.

(P3) Ribbon sewing program

After receiving the sewing operation enabling message sent by the central control module 101, the belt sewing monitoring module 130 immediately responds to the sewing master control unit 40 to start the motor 30 to drive the sewing needle 20 to perform one sewing Operation, whereby the strip material 51 is sewn to the cloth product 60.

During the execution of the strip-shaped material sewing program, the strip-shaped material feeding device 70 and the strip-shaped material cutting device 90 are kept in an inactive state, that is, the two rollers 71, 72 of the strip-shaped material feeding device 70 And the two blades 91, 92 of the strip cutting device 90 are kept separated as shown in FIG. 6C.

After the belt sewing monitoring module 130 monitors that the sewing needle 20 has completed the sewing operation, it immediately returns a sewing operation completion message to the central control module 101, so that the central control module 101 immediately sends out a belt sewing operation. The cutting enabling message is sent to the strip cutting monitoring module 140 .

(P4) Ribbon cutting procedure

After the ribbon-shaped material cutting monitoring module 140 receives the ribbon-shaped material cutting enabling message sent by the central control module 101, it immediately activates the ribbon-shaped material cutting device 90 to cut off the part of the ribbon-shaped material 51 passing therethrough; and After monitoring that the strip cutting device 90 completes the strip cutting action, it immediately returns a strip cutting completion message to the central control module 101 .

In terms of specific implementation, the strip cutting procedure includes the following series of manipulation actions:

(S1) The central control module 101 enables the sewing main control unit 40 to control the motor 30 to raise the sewing needle 20 to the upper positioning point, that is, away from the fabric product 60 .

(S2) The central control module 101 enables the strip-shaped material tension adjustment monitoring module 120 to control the strip-shaped material tension adjustment device 80 to relax the strip-shaped material 51 to a relaxed state with no tension.

(S3) The central control module 101 makes the strip material feeding monitoring module 110 control the two rollers 71, 72 of the strip feeding device 70 to close to clamp the strip material 51, as shown in FIG. Material 51 is cut off and loosened.

(S4) The central control module 101 makes the strip cutting monitoring module 140 control the two blades 91, 92 of the strip cutting device 90 to close, as shown in FIG. 4B , so as to cut off the portion of the strip 51 passing therethrough. These two blades 91, 92 will automatically reset to the original separated state after they are closed, and when returning to the original position, it represents the completion of the strip cutting procedure.

After the strip-shaped material cutting device 90 completes the strip-shaped material cutting process, it means that the sewing operation performed on the current cloth product 60 is completed.

If there is still the next cloth product 60 to be sewn, then as long as the next cloth product 60 is placed at the sewing position point 23, the sewing equipment 10 and the automatic sequential control system 100 of the present utility model will be started. The aforementioned control procedures from P1 to P4 are executed again until all the fabric products 60 have been sewn.

To sum up, the utility model provides a fully automatic and high-efficiency control system for the sewing operation of the strip material, which can be used to make a series of control procedures included in the sewing operation of the strip material, including the strip material The feeding procedure, strip tension adjustment procedure, strip sewing procedure, and strip cutting procedure are carried out sequentially in a fully automated and real-time manner without time lag, thereby improving the execution speed of sewing operations and the production efficiency of textiles .

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the patent scope of the substantial technical content of the present utility model. The broadest concept of the present invention is defined in the following claims. If any product or technical method completed by others is exactly the same as defined in the scope of the patent application below, or is an equivalent change, it will be deemed to be covered by the patent scope of the utility model.

Claims (4)

1. An automatic sequential control system for sewing strips, which can be integrated into a sewing device, and the sewing equipment has a sewing master control unit, a strip feeding device, and a strip tension adjustment device, and a strip-shaped material cutting device, wherein the sewing master control unit is used to control a motor to drive a sewing needle to perform a sewing operation, so as to sew a strip-shaped material to a fabric product, which is characterized in that ; The automatic sequential control system for sewing strips at least includes; (A) A central control module, used to provide a no-time-difference immediacy for starting the sewing master control unit, the strip feeding device, the strip tension adjustment device, and the strip cutting device Sequential control function; (B) a strip feeding monitoring module, which can be controlled by the central control module to start and monitor the strip feeding device to perform a strip feeding procedure, so as to feed the strip into a Sewing position point; (C) The strip tension adjustment monitoring module can be controlled by the central control module to execute the strip tension adjustment procedure sequentially in a real-time manner without time difference when the strip feeding procedure is completed, so as to The tension of the ribbon is adjusted to a predetermined value; (D) The belt-shaped material sewing monitoring module can be controlled by the central control module to execute the belt-shaped material sewing program sequentially in a real-time manner without time difference when the belt-shaped material tension adjustment program is completed, so as to the webbing is sewn to the cloth article; (E) The ribbon material cutting monitoring module can be controlled by the central control module to execute the ribbon material cutting program sequentially in a real-time manner without time difference when the ribbon material sewing process is completed, so as to The material is cut off. 2 . The automatic sequential control system for strip material sewing operation according to claim 1 , wherein the strip material feeding device is a double-roller type strip material feeding device. 3 . 3. The automatic sequential control system for strip sewing operation according to claim 1, characterized in that: the strip cutting device is a double-blade strip cutting device. 4. The automatic sequential control system for strip sewing operation according to claim 1, characterized in that: the central control module is implemented using programmable hardware.