Garment hanger line carrier storage device

Abstract

The application discloses a clothes hanging line carrier caching device, and relates to the technical field of clothes hanging production. The device comprises a station track, which is located in a working station sewing area of a clothes hanging conveying system and is used for conveying and hanging clothes racks or hanging baskets; a caching unit, which is arranged on the station track and comprises a caching area, a caching claw arranged in the caching area and used for controlling the clothes racks or hanging baskets to be conveyed along the station track, caching detection photoelectricity and caching full detection photoelectricity; a plurality of caching units are sequentially arranged on the station track; and a station controller, which is arranged on the station track, and is connected with the caching claw, the caching detection photoelectricity and the caching full detection photoelectricity, and is used for receiving signals of the caching detection photoelectricity and the caching full detection photoelectricity and controlling the caching claw to operate.

Description

Technical Field

[0001] This invention relates to the field of garment hanging production technology, and more specifically, to a garment hanging line carrier buffer device. Background Technology

[0002] In existing technologies, multiple hangers or baskets are often stored in front of the work area at sewing stations during garment production. This allows sewing workers to quickly retrieve the next semi-finished product after completing one, improving work efficiency. Currently, the industry uses different devices to control hangers and baskets. Specifically, hangers are stored side-by-side, while baskets are stored separately. Due to the different mechanical structures and control methods used in these two approaches, different styles of garments need to be processed at hanging sewing stations equipped with different buffer devices (basket buffers or hanger buffers). In other words, given the current trend in the garment manufacturing industry towards small-batch, fast-turnaround models, frequent switching between different garment styles is common. To adapt to this, different types of hanging production lines need to be built simultaneously, such as basket buffer hanging stations or hanger buffer hanging stations. This not only increases the construction cost of the production line but also results in limited applicability and low efficiency for hanging stations with only a single buffer mode.

[0003] In summary, how to provide a device that can accommodate both clothes hangers and hanging baskets within a hanging station, and that allows for rapid switching of cache modes without altering the mechanical structure, is a problem that urgently needs to be solved by those skilled in the art. Summary of the Invention

[0004] In view of this, the purpose of the present invention is to provide a garment hanging line carrier buffer device that is compatible with the storage of hangers and baskets in the hanging station, and can switch between hanger buffer and basket buffer operations without modifying the mechanical structure.

[0005] To achieve the above objectives, the present invention provides the following technical solution:

[0006] A garment hanging line carrier buffer device, comprising:

[0007] The station track, located in the sewing area of ​​the garment hanging and conveying system, is used to transport and hang garment hangers or baskets.

[0008] A buffer unit is provided on the track inside the station. The buffer unit includes a buffer area, a buffer claw provided in the buffer area for controlling the transport of the clothes hanger or the basket along the track inside the station, a buffer detection photoelectric sensor for detecting whether there is a clothes hanger or basket waiting to be released in the current buffer area, and a buffer full detection photoelectric sensor for detecting whether the number of clothes hangers stored in the next buffer area has reached the upper limit.

[0009] A station controller is installed on the track inside the station. The buffer claw, the buffer detection photoelectric sensor, and the buffer full detection photoelectric sensor are all connected to the station controller. The station controller is used to receive signals from the buffer detection photoelectric sensor and the buffer full detection photoelectric sensor, and control the operation of the buffer claw.

[0010] In one embodiment, a hanging control system is also included, which controls the operation of the garment hanging conveyor system and is used to manually configure or automatically configure the operation of the buffer unit according to the production order.

[0011] In one embodiment, the buffer detection photoelectric sensor, the buffer full detection photoelectric sensor, and the buffer claw are all connected to the station controller via cables.

[0012] In one embodiment, the station controller is connected to a switch via a network cable, and the switch and the hanging control system are connected to the same network.

[0013] In one embodiment, the operating state of the cache unit includes a hanger cache working mode;

[0014] In the hanger buffer working mode, the hanger that enters the sewing area of ​​the workstation slides on the track inside the station and stops at the first buffer claw, and the hanger is within the detection range of the first buffer detection photoelectric sensor;

[0015] The system determines whether the first cache detection photoelectric sensor detects the presence of the hanger. If not, it controls the first cache claw to close; if so, it controls the first cache claw to open. The system then determines whether the first cache full detection photoelectric sensor detects the hanger. If so, it controls the first cache claw to close; if not, it controls the first cache claw to open. The hanger reaches the second cache claw, and the second cache unit operates in the same mode as the first cache unit.

[0016] In one embodiment, the operating state of the cache unit includes a basket cache working mode;

[0017] In the basket buffer working mode, the basket that enters the sewing area of ​​the workstation slides on the track inside the station and stops at the first buffer claw, and the basket is within the detection range of the first buffer detection photoelectric sensor;

[0018] Determine whether the first buffer detection photoelectric sensor detects the presence of the hanging basket. If not, control the first buffer claw to close; if yes, control the first buffer claw to open. Then determine whether the second buffer detection photoelectric sensor detects the clothes hanger. If yes, control the first buffer claw to close; if no, control the first buffer claw to open. The hanging basket reaches the second buffer claw, and the second buffer unit operates in the same mode as the first buffer unit.

[0019] In one embodiment, the operating state of the cache unit includes changing the cache mode, which is used to switch between the basket cache working mode and the clothes hanger cache working mode of the cache unit; the scheduling personnel initiate the change of cache mode on the hanging control system or on the station controller.

[0020] In one embodiment, the system further includes a hoisting robotic arm connected to the station controller, the hoisting robotic arm being used to suspend the clothes hanger or the basket onto the track within the station.

[0021] When using the garment hanging line carrier buffer device provided by this invention, if it is necessary to buffer the hangers, firstly, the hangers entering the sewing area of ​​the workstation slide on the station track to the buffer claw of the first buffer area, stop, and be within the detection range of the buffer detection photoelectric sensor of the first buffer area. The buffer detection photoelectric sensor of the first buffer area detects whether the hangers are stably present to determine whether there are hangers to be released in the first buffer area. At this time, if the buffer full detection photoelectric sensor of the first buffer area does not detect a hanger, that is, the second buffer area is not full of hangers, the hangers can still be buffered, and the station controller controls the buffer claw of the first buffer area to open, and the hangers enter the second buffer area from the first buffer area. However, if the buffer full detection photoelectric sensor of the first buffer area detects a hanger, that is, the second buffer area is full of hangers, the buffer claw of the first buffer area will remain closed. The released hangers arrive at the second buffer area, and depending on the number of hangers in the second buffer area, they may be within the buffer full detection photoelectric sensor area of ​​the first buffer area. At this time, the opening of the buffer claw of the first buffer area will be prevented from releasing the hangers. In hanger mode, subsequent cascaded cache units operate in the same mode as the first cache unit.

[0022] If buffering is required for the hoist basket, firstly, the hoist basket entering the station slides along the station track to the buffer claw of the first buffer area, stops, and falls within the detection range of the buffer detection photoelectric sensor in the first buffer area. The photoelectric sensor in the first buffer area detects whether the hoist basket is stably present, determining if a hoist basket needs to be released in the first buffer area. At this point, if the photoelectric sensor in the second buffer area does not detect a hoist basket (i.e., no hoist basket exists in the second buffer area), the buffer claw in the first buffer area will open, and the hoist basket will enter the second buffer area from the first buffer area. Conversely, if the photoelectric sensor in the second buffer area detects a hoist basket (i.e., a hoist basket exists in the second buffer area), the buffer claw in the first buffer area will remain closed. Once the released hoist basket reaches the second buffer area, it will be within the detection range of the buffer detection photoelectric sensor in the second buffer area, preventing the buffer claw in the first buffer area from opening and releasing the hoist basket. In hoist basket mode, the subsequent cascaded buffer combination units operate in the same mode as the first buffer unit described above.

[0023] In summary, the garment hanging line carrier buffer device provided by the present invention is compatible with the storage of hangers and baskets in the hanging station. That is, the device can switch between hanger buffering and basket buffering operations without modifying the mechanical structure. Attached Figure Description

[0024] To more clearly illustrate the technical solutions in the embodiments of the present invention or the prior art, the drawings used in the description of the embodiments or the prior art will be briefly introduced below. Obviously, the drawings described below are only embodiments of the present invention. For those skilled in the art, other drawings can be obtained based on the provided drawings without creative effort.

[0025] Figure 1 A schematic diagram of the structure of the garment hanging line carrier buffer device provided by the present invention;

[0026] Figure 2 A schematic diagram of the working mode of the clothes hanger buffer;

[0027] Figure 3 A schematic diagram of the control flow of the station controller when the cache unit is in the coat hanger cache working mode;

[0028] Figure 4 A schematic diagram of the working mode of the suspended basket buffer;

[0029] Figure 5 This is a schematic diagram of the control flow of the station controller when the cache unit is in the basket cache working mode.

[0030] Figure label:

[0031] 1-Station track; 2-Buffer unit; 21-Buffer area; 22-Buffer claw; 23-Buffer detection photoelectric sensor; 24-Buffer full detection photoelectric sensor; 3-Station controller; 4-Hanging control system; 5-Clothes rack; 6-Hanging basket. Detailed Implementation

[0032] The technical solutions of the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings. Obviously, the described embodiments are only some embodiments of the present invention, and not all embodiments. Based on the embodiments of the present invention, all other embodiments obtained by those skilled in the art without creative effort are within the scope of protection of the present invention.

[0033] The core of this invention is to provide a garment hanging line carrier buffer device that is compatible with the storage of hangers and baskets in the hanging station, and can switch between hanger buffer and basket buffer operations without modifying the mechanical structure.

[0034] Please refer to Figures 1 to 5 .

[0035] This specific embodiment provides a garment hanging line carrier buffer device, including:

[0036] The station track 1 is located in the sewing area of ​​the garment hanging and conveying system. The station track 1 is used to transport and hang garment hangers 5 or baskets 6.

[0037] The buffer unit 2 is located on the station track 1. The buffer unit 2 includes a buffer area 21, a buffer claw 22 located in the buffer area 21 for controlling the transport of the hanger 5 or basket 6 along the station track 1, a buffer detection photoelectric sensor 23 for detecting whether there is a hanger 5 or basket 6 waiting to be released in the current buffer area 21, and a buffer full detection photoelectric sensor 24 for detecting whether the number of hangers 5 stored in the next buffer area 21 has reached the upper limit.

[0038] The station controller 3 is located on the track 1 inside the station. The buffer claw 22, the buffer detection photoelectric sensor 23, and the buffer full detection photoelectric sensor 24 are all connected to the station controller 3. The station controller 3 is used to receive the signals from the buffer detection photoelectric sensor 23 and the buffer full detection photoelectric sensor 24, and control the operation of the buffer claw 22.

[0039] It should be noted that the operating modes of cache unit 2 include three parts: hanger cache mode, basket cache mode, and cache mode change mode. For example, Figure 2 and Figure 3As shown (where the first level is the first one, and the second level is the second one), the hanger buffer working mode (i.e., hanger mode) includes: the hanger 5 entering the sewing area of ​​the workstation slides on the station track 1 to the buffer claw 22 of the first buffer area 21, stops, and is within the detection range of the buffer detection photoelectric sensor 23 of the first buffer area 21. The buffer detection photoelectric sensor 23 of the first buffer area 21 detects whether the hanger 5 is stably present to determine whether there is a hanger 5 in the first buffer area 21 that needs to be released. At this time, if the buffer full detection photoelectric sensor 24 of the first buffer area 21 does not detect the hanger 5, that is, the second buffer area 21 is not full of hangers 5, the hanger 5 can still be buffered, and the station controller 3 controls the buffer claw 22 of the first buffer area 21 to open, and the hanger 5 enters the buffer claw 22 of the second buffer area 21 from the first buffer area 21. If the full-detection photoelectric sensor 24 of the first buffer area 21 detects a hanger 5, meaning the second buffer area 21 is full of hangers 5, the buffer claw 22 of the first buffer area 21 will remain closed. When the hanger 5 that was previously allowed to pass reaches the second buffer area 21, depending on the number of hangers 5 in the second buffer area 21, it may be within the detection range of the full-detection photoelectric sensor 24 of the first buffer area 21. In this case, the buffer claw 22 of the first buffer area 21 will be prevented from opening to allow the hanger 5 to pass. In hanger mode, the subsequent cascaded buffer units 2 operate in the same mode as the first buffer unit 2.

[0040] like Figure 4 and Figure 5 As shown (where the first level is the first one, and the second level is the second one), the basket buffer working mode (i.e., basket mode) includes: the basket 6 entering the station slides on the station track to the buffer claw 22 of the first buffer area 21, stops, and is within the detection range of the buffer detection photoelectric sensor 23 of the first buffer area 21. The buffer detection photoelectric sensor 23 of the first buffer area 21 detects whether the basket 6 is stably present to determine whether there is a basket 6 in the first buffer area 21 that needs to be released. At this time, if the buffer detection photoelectric sensor 23 of the second buffer area 21 does not detect the basket 6, that is, there is no basket 6 in the second buffer area 21, the buffer claw 22 of the first buffer area 21 will open, and the basket 6 will enter the second buffer area 21 from the first buffer area 21. If the buffer detection photoelectric sensor 23 of the second buffer area 21 detects the basket 6, that is, there is a basket 6 in the second buffer area 21, the buffer claw 22 of the first buffer area 21 will remain closed. Once the released basket 6 reaches the second buffer area 21, it is within the detection range of the buffer detection photoelectric sensor 23 of the second buffer area 21. At this point, it will prevent the opening of the buffer claw 22 of the first buffer area 21 to release the basket 6. In basket mode, the subsequent cascaded buffer combination units operate in the same mode as the first buffer unit 2.

[0041] Changing the buffer mode can be initiated by the scheduling personnel on the hanging control system 4 or on the station controller 3. Once initiated, the hanging control system 4 sends the change command to the station controller 3 via the network. Upon receiving the command, the station controller 3 uses the changed buffer mode to control the operation of the hanging robotic arm, the buffer grippers 22 of each buffer area 21, the buffer detection photoelectric sensors 23 of each buffer area 21, and the buffer full detection photoelectric sensor 24. Simultaneously, the changed buffer mode is displayed on the LCD screen of the workstation control panel.

[0042] In practical applications, the shape, type, and location of the station track 1, buffer unit 2, and station controller 3 can be determined according to the actual situation and needs.

[0043] In one embodiment, the system further includes a hanging control system 4, which controls the operation of the garment hanging conveyor system and allows for manual or automatic configuration of the operation of the buffer unit 2 based on production orders. The hanging control system 4 can be software installed on a computer, used to control the operation of the garment hanging conveyor system, and the operating mode of the buffer unit 2 can be manually configured or automatically configured based on production orders via the software interface.

[0044] In one embodiment, the buffer detection photoelectric sensor 23, the buffer full detection photoelectric sensor 24, and the buffer gripper 22 are all connected to the station controller 3 via cables. That is, the station controller 3 receives signals from the buffer detection photoelectric sensor 23 and the buffer full detection photoelectric sensor 24 and controls the opening and closing state of the buffer gripper 22. The station controller 3 can be installed on the track 1 within the station, and is connected to the photoelectric sensors (buffer detection photoelectric sensor 23 and buffer full detection photoelectric sensor 24) and the solenoid valves of the buffer gripper 22 via cables.

[0045] In one embodiment, the station controller 3 is connected to a switch via a network cable, and the switch and the hanging control system 4 are connected to the same network. That is, the hanging control system 4 can be software installed on a computer to control the operation of the garment hanging conveyor system. The software interface can be manually configured or automatically configured according to production orders to set the buffer mode of the buffer unit 2. The station controller 3 can be connected to the switch via a network cable, thus placing it on the same network as the hanging control system 4 on the computer.

[0046] In one embodiment, the operating state of cache unit 2 includes a hanger cache working mode;

[0047] In the hanger buffer working mode, the hanger 5 that enters the sewing area of ​​the workstation slides on the station track 1 and stops at the first buffer claw 22, and the hanger 5 is within the detection range of the first buffer detection photoelectric 23.

[0048] Determine whether the first buffer detection photoelectric sensor 23 detects the presence of the hanger 5. If not, control the first buffer claw 22 to close; if yes, control the first buffer claw 22 to open. Determine whether the first buffer full detection photoelectric sensor 24 detects the hanger 5. If yes, control the first buffer claw 22 to close; if not, control the first buffer claw 22 to open. The hanger 5 reaches the second buffer claw 22, and the second buffer unit 2 operates in the same mode as the first buffer unit 2.

[0049] It should be noted that the analysis can be based on two cache units 2, while the structure with more than two cache units 2 can be expanded by adding a cache claw 22, a cache detection photoelectric sensor 23, and a cache full detection photoelectric sensor 24 as a cache unit 2 through cascading.

[0050] In hanger mode, hanger 5 entering the sewing area of ​​the workstation slides on the station track 1 to the first buffer claw 22, stops, and falls within the detection range of the first buffer detection photoelectric sensor 23. The buffer detection photoelectric sensor 23 checks whether hanger 5 is stably present to determine if hanger 5 needs to be released in the first buffer area 21. If the first buffer full detection photoelectric sensor 24 does not detect hanger 5, meaning the second buffer area 21 is not full, hanger 5 can still be buffered, and the first buffer claw 22 will open, allowing hanger 5 to enter the second buffer area 21. However, if the first buffer full detection photoelectric sensor 24 detects hanger 5, meaning the second-level buffer is full, the first-level buffer claw 22 will remain closed. The released hanger 5 reaches the second buffer area 21. Depending on the number of hangers 5 in the second buffer area 21, it may be within the detection range of the first buffer full detection photoelectric sensor 24, at which point the first buffer claw 22 will be prevented from releasing it. The subsequent cascaded buffer unit 2 operates in the same mode as the first buffer unit 2.

[0051] In one embodiment, the operating state of cache unit 2 includes the basket cache working mode;

[0052] In the suspended basket buffer working mode, the suspended basket 6, which enters the sewing area of ​​the workstation, slides on the station track 1 and stops at the first buffer claw 22, and the suspended basket 6 is within the detection range of the first buffer detection photoelectric 23;

[0053] Determine whether the first buffer detection photoelectric sensor 23 detects the presence of the hanging basket 6. If not, control the first buffer claw 22 to close; if yes, control the first buffer claw 22 to open. Then determine whether the second buffer detection photoelectric sensor 23 detects the clothes hanger 5. If yes, control the first buffer claw 22 to close; if not, control the first buffer claw 22 to open. The hanging basket 6 reaches the second buffer claw 22, and the second buffer unit 2 operates in the same mode as the first buffer unit 2.

[0054] In basket mode, basket 6, entering the sewing area of ​​the workstation, slides on the station track 1 to the first buffer claw 22, stops, and falls within the detection range of the first buffer detection photoelectric sensor 23. The first buffer detection photoelectric sensor 23 checks whether basket 6 is stably present to determine if basket 6 needs to be released in the first buffer area 21. If the second buffer detection photoelectric sensor 23 does not detect basket 6, meaning basket 6 is not present in the second buffer area 21, the first buffer claw 22 will open, and basket 6 will enter the second buffer area 21 from the first. If the second buffer detection photoelectric sensor 23 detects basket 6, meaning the second buffer area 21 is full, the first buffer claw 22 will remain closed. Once basket 6 reaches the second buffer area 21, it is within the detection range of the second buffer detection photoelectric sensor 23, preventing the first buffer claw 22 from opening and allowing release. The subsequent cascaded buffer units 2 operate in the same mode as the first buffer unit 2 described above.

[0055] In one embodiment, the operating state of the buffer unit 2 includes changing the buffer mode. Changing the buffer mode is used to switch between the basket buffer working mode and the clothes hanger buffer working mode of the buffer unit 2. The scheduling personnel initiate the change of buffer mode on the hanging control system 4 or on the station controller 3. That is, the change of buffer mode can be initiated by the scheduling personnel on the hanging control system 4 or by requesting a change on the workstation screen of the station controller 3. After initiation, the hanging control system 4 sends the command to change the buffer mode to the workstation via the network. Upon receiving the command, the station controller 3 switches to the change of buffer mode to control the hanging robotic arm, the various buffer grippers 22, and various detection photoelectric devices, while simultaneously transmitting the control mode to the LCD screen of the workstation for display.

[0056] In one embodiment, a hanging robotic arm connected to the station controller 3 is also included, which is used to suspend the clothes hanger 5 or the basket 6 to the track 1 inside the station.

[0057] This device employs a specific mechanical structure and control equipment, achieving compatible control of both hanger 5 buffer mode and basket 6 buffer mode through software configuration. In other words, the same hardware can simultaneously control both hanger 5 and basket 6 buffer modes without modifying the hardware structure. Simple configuration on the workstation screen of the hanging control system 4 or station controller 3 allows for switching (i.e., changing the buffer mode) of a single station or the entire production line. Compared to hanging stations using a single buffer mode, this application offers greater flexibility and lower costs, improving the applicability of garment hanging conveyor systems and enhancing the efficiency of mixed production of multiple garment styles.

[0058] In addition, it should be noted that the orientation or positional relationship of the "entry / exit" and other indications in this invention is based on the orientation or positional relationship shown in the accompanying drawings. It is only for the purpose of simplifying the description and making it easier to understand, and does not indicate or imply that the device or element referred to must have a specific orientation, or be constructed and operated in a specific orientation. Therefore, it should not be construed as a limitation of this invention.

[0059] The various embodiments in this specification are described in a progressive manner, with each embodiment focusing on its differences from other embodiments. Similar or identical parts between embodiments can be referred to interchangeably. Any combination of all embodiments provided by this invention is within the scope of protection of this invention and will not be elaborated upon here.

[0060] The above provides a detailed description of the garment hanging line carrier buffer device provided by the present invention. Specific examples have been used to illustrate the principles and implementation methods of the present invention. The descriptions of the above embodiments are merely for the purpose of helping to understand the method and core ideas of the present invention. It should be noted that those skilled in the art can make various improvements and modifications to the present invention without departing from its principles, and these improvements and modifications also fall within the protection scope of the claims of the present invention.

Claims

1. A garment hanging line carrier buffer device, characterized in that, include: The station track (1) is located in the sewing area of ​​the workstation of the garment hanging conveyor system. The station track (1) is used to transport and hang garment hangers (5) or baskets (6). A buffer unit (2) is provided on the station track (1). The buffer unit (2) includes a buffer area (21), a buffer claw (22) provided in the buffer area (21) for controlling the transport of the hanger (5) or the basket (6) along the station track (1), a buffer detection photoelectric sensor (23) for detecting whether the hanger (5) or the basket (6) is waiting to be released in the current buffer area (21), and a buffer full detection photoelectric sensor (24) for detecting whether the hanger (5) stored in the next buffer area (21) has reached the upper limit of quantity. The station controller (3) is located on the track (1) inside the station. The buffer claw (22), the buffer detection photoelectric sensor (23), and the buffer full detection photoelectric sensor (24) are all connected to the station controller (3). The station controller (3) is used to receive the signals from the buffer detection photoelectric sensor (23) and the buffer full detection photoelectric sensor (24) and control the operation of the buffer claw (22). It also includes a suspension control system (4); The operating state of the cache unit (2) includes the hanger cache working mode; In the hanger buffer working mode, the hanger (5) that enters the sewing area of ​​the workstation slides on the station track (1) and stops at the first buffer claw (22), and the hanger (5) is within the detection range of the first buffer detection photoelectric (23); Determine whether the first cache detection photoelectric sensor (23) detects the existence of the hanger (5). If not, control the first cache claw (22) to close. If yes, control the first cache claw (22) to open. Determine whether the first cache full detection photoelectric sensor (24) detects the hanger (5). If yes, control the first cache claw (22) to close. If not, control the first cache claw (22) to open. The hanger (5) reaches the second cache claw (22), and the second cache unit (2) has the same working mode as the first cache unit (2). The operating state of the cache unit (2) includes the basket cache working mode; In the basket buffer working mode, the basket (6) that enters the sewing area of ​​the workstation slides on the station track (1) and stops at the first buffer claw (22), and the basket (6) is within the detection range of the first buffer detection photoelectric (23); Determine whether the first cache detection photoelectric sensor (23) detects the presence of the hanging basket (6). If not, control the first cache claw (22) to close. If yes, control the first cache claw (22) to open. Determine whether the second cache detection photoelectric sensor (23) detects the clothes hanger (5). If yes, control the first cache claw (22) to close. If not, control the first cache claw (22) to open. The hanging basket (6) reaches the second cache claw (22), and the second cache unit (2) has the same working mode as the first cache unit (2). The operating status of the cache unit (2) includes changing the cache mode, which is used to switch the basket cache working mode and the clothes hanger cache working mode of the cache unit (2); the scheduling personnel initiate the change of cache mode on the hanging control system (4) or on the station controller (3).

2. The garment hanging line carrier buffer device according to claim 1, characterized in that, The hanging control system (4) is used to control the operation of the garment hanging conveyor system and to manually configure or automatically configure the operation of the buffer unit (2) according to the production order.

3. The garment hanging line carrier buffer device according to claim 2, characterized in that, The buffer detection photoelectric sensor (23), the buffer full detection photoelectric sensor (24), and the buffer claw (22) are all connected to the station controller (3) via cables.

4. The garment hanging line carrier buffer device according to claim 2, characterized in that, The station controller (3) is connected to the switch via a network cable, and the switch and the hanging control system (4) are connected to the same network.

5. The garment hanging line carrier buffer device according to any one of claims 1 to 4, characterized in that, It also includes a hanging robotic arm connected to the station controller (3), which is used to suspend the clothes rack (5) or the basket (6) to the station track (1).

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