Clothing hanging line carrier caching device

Abstract

The invention discloses a clothing hanging line carrier temporary storage device, and relates to the technical field of clothing hanging production, and the clothing hanging line carrier temporary storage device comprises an in-station track which is located in a workstation sewing area of a clothing hanging conveying system and is used for conveying and hanging clothes hangers or hanging baskets; the temporary storage units are arranged on the in-station track, each temporary storage unit comprises a temporary storage area, a temporary storage clamping jaw arranged in the temporary storage area and used for controlling clothes hangers or hanging baskets to be conveyed along the in-station track, a temporary storage detection photoelectric device and a temporary storage full detection photoelectric device, and the multiple temporary storage units are sequentially arranged on the in-station track; and the station controller is arranged on the in-station track, the cache clamping jaw, the cache detection photoelectricity and the cache full detection photoelectricity are all connected with the station controller, and the station controller is used for receiving signals of the cache detection photoelectricity and the cache full detection photoelectricity and controlling the operation of the cache clamping jaw. The device can be compatible with storage of clothes hangers and hanging baskets in a hanging station, and a mechanical structure does not need to be changed.

Description

Technical Field

[0001] The invention relates to the technical field of clothing hanging production, and more specifically to a clothing hanging line carrier buffer device. Background Art

[0002] In the prior art, during the garment production process, a plurality of hangers or hanging baskets are often reserved in front of the work area in the sewing station, so that the sewing machine worker can get the next semi-finished product to be processed immediately after completing the processing of a semi-finished product, so as to improve work efficiency. At present, different devices are used in the industry to control hangers and hanging baskets. The specific method is that hangers are stored side by side, while hanging baskets are stored separately. Due to the different mechanical structures and control methods used in the two methods, when producing different styles of clothing, it is necessary to arrange orders for processing on a hanging sewing station with different cache devices (hanging basket cache or hanger cache). That is, in the context of the current clothing production industry tending to the small order fast return mode, it is a common phenomenon to frequently switch different clothing styles for production. In order to adapt to this situation, it is necessary to build hanging lines of different styles at the same time, such as a hanging basket cache hanging station or a hanger cache hanging station. This not only increases the high construction cost of the production line, but also the hanging station with only a single cache mode is not very applicable and has low efficiency.

[0003] In summary, how to provide a device that is compatible with the storage of hangers and hanging baskets in a hanging station and has a fast switching of cache modes without changing 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, an object of the present invention is to provide a clothing hanging line carrier caching device that is compatible with the storage of hangers and hanging baskets in a hanging station, and can switch between hanger caching and hanging basket caching operations without changing the mechanical structure.

[0005] In order to achieve the above object, the present invention provides the following technical solutions:

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

[0007] An in-station track, which is located in the sewing area of ​​the workstation of the garment hanging and conveying system, and is used to convey and hang hangers or hanging baskets;

[0008] A cache unit is arranged on the station track, and the cache unit includes a cache area, a cache claw arranged in the cache area for controlling the hanger or the hanging basket to be transported along the station track, a cache detection photoelectric device for detecting whether there is a hanger or a hanging basket to be released in the current cache area, and a cache full detection photoelectric device for detecting whether the hangers stored in the next cache area have reached an upper limit;

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

[0010] In one embodiment, it also includes a hanging control system, which is used to control the operation of the clothing hanging conveying system and is used to manually configure or automatically configure the operation of the cache unit according to a production order.

[0011] In one embodiment, the cache detection photoelectric sensor, the cache full detection photoelectric sensor, and the cache 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 operating mode;

[0014] In the hanger cache working mode, the hanger entering the sewing area of ​​the workstation slides on the station track to the first cache claw and stops, and the hanger is in the detection range of the first cache detection photoelectric;

[0015] Determine whether the first cache detection photoelectric device detects the existence of the hanger. If not, control the first cache claw to close; if so, control the first cache claw to open, and determine whether the first cache full detection photoelectric device detects the hanger. If so, control the first cache claw to close; if not, control the first cache claw to open, and the hanger reaches the second cache claw, and the second cache unit has the same working mode as the first cache unit.

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

[0017] In the hanging basket cache working mode, the hanging basket entering the sewing area of ​​the workstation slides on the track in the station to the first cache claw and stops, and the hanging basket is in the detection range of the first cache detection photoelectric;

[0018] Determine whether the first cache detection photoelectric device detects the existence of the hanging basket. If not, control the first cache claw to close; if so, control the first cache claw to open, and determine whether the second cache detection photoelectric device detects the hanger. If so, control the first cache claw to close; if not, control the first cache claw to open, and the hanging basket reaches the second cache claw, and the second cache unit has the same working mode as the first cache unit.

[0019] In one embodiment, the operating status of the cache unit includes changing the cache mode, and the changing cache mode is used to switch the hanging basket cache working mode and the hanger cache working mode of the cache unit; the production scheduling personnel initiates the changing cache mode in the hanging control system, or initiates the changing cache mode on the station controller.

[0020] In one embodiment, it also includes a hanging mechanical arm connected to the station controller, and the hanging mechanical arm is used to hang the hanger or the hanging basket to the track in the station.

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

[0022] If it is necessary to carry out the transport cache processing of the hanging basket, first, the hanging basket entering the station slides on the track in the station to the cache claw of the first cache area, stops, and is in the detection range of the cache detection photoelectric of the first cache area. The cache detection photoelectric of the first cache area detects whether the hanging basket is stable to determine whether there is a hanging basket in the first cache area that needs to be released. At this time, if the cache detection photoelectric of the second cache area does not detect the hanging basket, that is, there is no hanging basket in the second cache area, the cache claw of the first cache area will open, and the hanging basket enters the second cache area from the first cache area. If the cache detection photoelectric of the second cache area detects the hanging basket, that is, there is a hanging basket in the second cache area, the cache claw of the first cache area will remain closed. The above released hanging basket arrives at the second cache area, which is now in the cache detection photoelectric detection range of the second cache area, and the cache claw of the first cache area will be prevented from opening to release the hanging basket. In the hanging basket mode, the subsequent cascaded cache combination unit has the same working mode as the above-mentioned first cache unit.

[0023] In summary, the clothing hanging line carrier caching device provided by the present invention is compatible with the storage of hangers and hanging baskets in the hanging station, that is, the device can switch between hanger caching and hanging basket caching operations without changing the mechanical structure. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on the provided drawings without paying creative work.

[0025] Figure 1 This is a schematic diagram of the structure of the clothing hanging line carrier buffer device provided by the present invention;

[0026] Figure 2 It is a structural diagram of the working mode of the hanger cache;

[0027] Figure 3 It is a control flow diagram of the station controller when the cache unit is in the clothes hanger cache working mode;

[0028] Figure 4 It is a structural diagram of the hanging basket cache working mode;

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

[0030] Reference numerals:

[0031] 1-station track; 2-cache unit; 21-cache area; 22-cache claw; 23-cache detection photoelectric; 24-cache full detection photoelectric; 3-station controller; 4-hanging control system; 5-hanger; 6-hanging basket. DETAILED DESCRIPTION

[0032] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0033] The core of the present invention is to provide a clothing hanging line carrier caching device, which is compatible with the storage of hangers and hanging baskets in a hanging station, and can switch between hanger caching and hanging basket caching operations without changing the mechanical structure.

[0034] Please refer to Figures 1 to 5 .

[0035] This specific embodiment provides a clothing hanging line carrier buffer device, comprising:

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

[0037] A cache unit 2 is provided on the station track 1, and includes a cache area 21, a cache claw 22 provided in the cache area 21 for controlling the conveyance of hangers 5 or hanging baskets 6 along the station track 1, a cache detection photoelectric 23 for detecting whether there are hangers 5 or hanging baskets 6 to be released in the current cache area 21, and a cache full detection photoelectric 24 for detecting whether the number of hangers 5 stored in the next cache area 21 has reached an upper limit;

[0038] The station position controller 3 is arranged on the track 1 in the station. The cache claw 22, the cache detection photoelectric 23 and the cache full detection photoelectric 24 are all connected to the station position controller 3. The station position controller 3 is used to receive the signals of the cache detection photoelectric 23 and the cache full detection photoelectric 24, and control the operation of the cache claw 22.

[0039] It should be noted that the operation mode of the cache unit 2 includes three parts: hanger cache working mode, hanging basket cache working mode and change cache mode. Figure 2 and Figure 3As shown (where the first level is the first, and the second level is the second), the hanger cache working mode (also known as the hanger mode) includes: the hanger 5 entering the sewing area of ​​the workstation slides on the station track 1 to the cache claw 22 of the first cache area 21, stops, and is in the detection range of the cache detection photoelectric 23 of the first cache area 21. The cache detection photoelectric 23 of the first cache area 21 detects whether the hanger 5 is stable, so as to determine whether there is a hanger 5 in the first cache area 21 that needs to be released. At this time, if the cache full detection photoelectric 24 of the first cache area 21 does not detect the hanger 5, that is, the second cache area 21 is not full of hangers 5, and hangers 5 can still be cached, the station controller 3 controls the cache claw 22 of the first cache area 21 to open, and the hanger 5 enters the cache claw 22 of the second cache area 21 from the first cache area 21. If the cache full detection photoelectric 24 of the first cache area 21 detects hangers 5, that is, the second cache area 21 is full of hangers 5, the cache claw 22 of the first cache area 21 will remain closed. The hangers 5 released above reach the second cache area 21. At this time, according to the number of hangers 5 in the second cache area 21, they may be in the detection area of ​​the cache full detection photoelectric 24 of the first cache area 21, and the cache claw 22 of the first cache area 21 will be prevented from opening to release hangers 5. In the hanger mode, the subsequent cascaded cache units 2 have the same working mode as the first cache unit 2.

[0040] like Figure 4 and Figure 5 As shown (where the first level is the first, and the second level is the second), the hanging basket caching working mode (i.e., the hanging basket mode) includes: the hanging basket 6 entering the station slides on the station track to the cache claw 22 of the first cache area 21, stops, and is in the detection range of the cache detection photoelectric 23 of the first cache area 21. The cache detection photoelectric 23 of the first cache area 21 detects whether the hanging basket 6 is stable, so as to determine whether there is a hanging basket 6 in the first cache area 21 that needs to be released. At this time, if the cache detection photoelectric 23 of the second cache area 21 does not detect the hanging basket 6, that is, there is no hanging basket 6 in the second cache area 21, the cache claw 22 of the first cache area 21 will be opened, and the hanging basket 6 enters the second cache area 21 from the first cache area 21. If the cache detection photoelectric 23 of the second cache area 21 detects the hanging basket 6, that is, there is a hanging basket 6 in the second cache area 21, the cache claw 22 of the first cache area 21 will remain closed. The released hanging basket 6 reaches the second buffer area 21, and is now in the detection range of the buffer detection photoelectric 23 of the second buffer area 21, which will prevent the buffer claw 22 of the first buffer area 21 from opening and releasing the hanging basket 6. In the hanging basket mode, the subsequent cascaded buffer combination unit has the same working mode as the first buffer unit 2 described above.

[0041] Changing the cache mode includes: the production scheduler initiates the cache mode change on the hanging control system 4, or initiates the cache mode change on the station controller 3. When the cache mode change is initiated, the hanging control system 4 sends a command to change the cache mode to the station controller 3 through the network. After receiving the command, the station controller 3 will use the cache mode change to control the operation of the hanging mechanical arm, the cache claws 22 of each cache area 21, the cache detection photoelectric 23 of each cache area 21, and the cache full detection photoelectric 24. At the same time, the cache mode change is synchronously controlled to be displayed on the LCD screen of the workstation screen.

[0042] In actual use, the shape, type, position, etc. of the station track 1, the cache unit 2 and the station controller 3 can be determined according to actual conditions and actual needs.

[0043] In one embodiment, a hanging control system 4 is further included, which is used to control the operation of the clothing hanging conveying system and to manually configure or automatically configure the operation of the buffer unit 2 according to the production order. The hanging control system 4 can be software installed on a computer, which is used to control the operation of the clothing hanging conveying system, and the operation mode of the buffer unit 2 can be manually configured on the interface of the software or automatically configured according to the production order.

[0044] In one embodiment, the cache detection photoelectric sensor 23, the cache full detection photoelectric sensor 24, and the cache claw 22 are all connected to the station controller 3 through cables. That is, the station controller 3 is used to receive signals from the cache detection photoelectric sensor 23 and the cache full detection photoelectric sensor 24 and control the open and closed state of the cache claw 22. The station controller 3 can be installed on the station track 1, and the station controller 3 is connected to the photoelectric sensor (the cache detection photoelectric sensor 23 and the cache full detection photoelectric sensor 24) and the electromagnetic valve of the cache claw 22 through cables.

[0045] In one embodiment, 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. That is, the hanging control system 4 can be software installed on a computer, which is used to control the operation of the clothing hanging conveying system, and the cache mode of the cache unit 2 can be manually configured on the software interface or automatically configured according to the production order. The station controller 3 can be connected to the switch via a network cable, so that it is in the same network as the hanging control system 4 on the computer.

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

[0047] In the hanger cache working mode, the hanger 5 entering the sewing area of ​​the workstation slides on the station track 1 to the first cache claw 22 and stops, and the hanger 5 is in the detection range of the first cache detection photoelectric 23;

[0048] Determine whether the first cache detection photoelectric 23 detects the existence of the hanger 5. If not, control the first cache claw 22 to close; if so, control the first cache claw 22 to open, and determine whether the first cache full detection photoelectric 24 detects the hanger 5. If so, control the first cache claw 22 to close; if not, control the first cache claw 22 to open, and 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.

[0049] It should be noted that two cache units 2 can be taken as an example for analysis, and a structure with more than two cache units 2 can be cascaded and expanded by adding a cache claw 22, a cache detection photoelectric 23, and a cache full detection photoelectric 24 as a cache unit 2.

[0050] In the hanger mode, the hanger 5 entering the sewing area of ​​the workstation slides on the station track 1 to the first cache claw 22, stops, and is in the detection range of the first cache detection photoelectric 23. The cache detection photoelectric 23 detects whether the hanger 5 is stable to determine whether there is a hanger 5 in the first cache area 21 that needs to be released. At this time, if the first cache full detection photoelectric 24 does not detect the hanger 5, that is, the second cache area 21 is not full, the hanger 5 can still be cached, the first cache claw 22 will be opened, and the hanger 5 enters the second cache area 21 from the first cache area 21. If the first cache full detection photoelectric 24 detects the hanger 5, that is, the second-level cache segment is full, the first-level cache claw 22 will remain closed. The above released hanger 5 arrives at the second cache area 21. At this time, according to the number of hangers 5 in the second cache area 21, it may be in the detection area of ​​the first cache full detection photoelectric 24, and the release of the first cache claw 22 will be prevented. The subsequent cascaded cache unit 2 has the same working mode as the above-mentioned first cache unit 2.

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

[0052] In the hanging basket cache working mode, the hanging basket 6 entering the sewing area of ​​the workstation slides on the station track 1 to the first cache claw 22 and stops, and the hanging basket 6 is in the detection range of the first cache detection photoelectric 23;

[0053] Determine whether the first cache detection photoelectric 23 detects the existence of the hanging basket 6. If not, control the first cache claw 22 to close; if so, control the first cache claw 22 to open, and determine whether the second cache detection photoelectric 23 detects the hanger 5. If so, 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.

[0054] In the hanging basket mode, the hanging basket 6 entering the sewing area of ​​the workstation slides to the first cache claw 22 on the station track 1, stops, and is in the detection range of the first cache detection photoelectric 23. The first cache detection photoelectric 23 detects whether the hanging basket 6 is stable to determine whether the first cache area 21 has a hanging basket 6 that needs to be released. At this time, if the second cache detection photoelectric 23 does not detect the hanging basket 6, that is, there is no hanging basket 6 in the second cache area 21, the first cache claw 22 will open, and the hanging basket 6 enters the second cache area 21 from the first cache area 21. If the second cache detection photoelectric 23 detects the hanging basket 6, that is, the second cache area 21 is full, the first cache claw 22 will remain closed. The above released hanging basket 6 arrives at the second cache area 21, which is now in the detection range of the second cache detection photoelectric 23, and the opening and release of the first cache claw 22 will be prevented. The subsequent cascaded cache unit 2 has the same working mode as the above-mentioned first cache unit 2.

[0055] In one embodiment, the operating state of the cache unit 2 includes changing the cache mode, and changing the cache mode is used to switch the hanging basket cache working mode and the hanger cache working mode of the cache unit 2; the production scheduling personnel initiate the change of the cache mode in the hanging control system 4, or initiate the change of the cache mode on the station controller 3. That is, the change of the cache mode can be initiated by the production scheduling personnel in the hanging control system 4, or the change can be initiated by applying for the change on the station screen of the station controller 3. After the initiation, the hanging control system 4 sends a command to change the cache mode to the work station through the network. After receiving the command, the station controller 3 of the control station switches to the change cache mode to control the hanging mechanical arm, the cache claws 22 at each level, and each detection photoelectric, and synchronously transmits the control mode to the LCD of the station screen for display.

[0056] In one embodiment, it also includes a hanging mechanical arm connected to the station controller 3, and the hanging mechanical arm is used to hang the hanger 5 or the hanging basket 6 to the track 1 in the station.

[0057] This device adopts a specific mechanical structure and control equipment, and realizes compatible control of the cache mode of hanger 5 and the cache mode of hanging basket 6 through software configuration, that is, the control of the cache mode of hanger 5 and the cache mode of hanging basket 6 can be realized at the same time using the same set of hardware equipment, without changing the hardware structure, only a simple configuration is required on the workstation screen of the hanging control system 4 or the station controller 3, and the cache mode switching (that is, changing the cache mode) of a single station or the entire assembly line can be realized. Compared with a hanging station using a single cache mode, this application is more flexible and less costly, improves the applicability of the clothing hanging and conveying system, and improves the efficiency of mixed production of multiple styles of clothing.

[0058] In addition, it should be noted that the orientation or positional relationship indicated by "in and out" etc. in the present invention is based on the orientation or positional relationship shown in the drawings, and is only for the convenience of simplifying the description and facilitating understanding, rather than indicating or implying that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as a limitation on the present invention.

[0059] In this specification, each embodiment is described in a progressive manner, and each embodiment focuses on the differences from other embodiments. The same or similar parts between the embodiments can be referred to each other. Any combination of all embodiments provided by the present invention is within the protection scope of this invention and will not be described in detail here.

[0060] The above is a detailed introduction to the clothing hanging line carrier cache device provided by the present invention. This article uses specific examples to illustrate the principles and implementation methods of the present invention. The description of the above embodiments is only used to help understand the method of the present invention and its core idea. It should be pointed out that for ordinary technicians in this technical field, without departing from the principles of the present invention, the present invention can also be improved and modified, and these improvements and modifications also fall within the scope of protection of the claims of the present invention.

Claims

1. A clothing hanging line carrier buffer device, characterized in that: include: An in-station track (1) located in a sewing area of ​​a workstation of a garment hanging and conveying system, wherein the in-station track (1) is used to convey and hang hangers (5) or hanging baskets (6); A cache unit (2) is arranged on the station track (1), the cache unit (2) comprising a cache area (21), a cache claw (22) arranged in the cache area (21) for controlling the conveyance of the hanger (5) or the hanging basket (6) along the station track (1), a cache detection photoelectric (23) for detecting whether there is a hanger (5) or a hanging basket (6) to be released in the current cache area (21), and a cache full detection photoelectric (24) for detecting whether the hangers (5) stored in the next cache area (21) have reached an upper limit in number; A station position controller (3) is arranged on the station track (1); the cache claw (22), the cache detection photoelectric sensor (23) and the cache full detection photoelectric sensor (24) are all connected to the station position controller (3); the station position controller (3) is used to receive signals from the cache detection photoelectric sensor (23) and the cache full detection photoelectric sensor (24) and control the operation of the cache claw (22).

2. The clothing hanging line carrier buffer device according to claim 1, characterized in that: It also comprises a hanging control system (4), which is used to control the operation of the clothing hanging conveying system and is used to manually configure or automatically configure the operation of the cache unit (2) according to a production order.

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

4. The clothing hanging line carrier buffer device according to claim 2, characterized in that: 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.

5. The clothing hanging line carrier buffer device according to any one of claims 1 to 4, characterized in that: The operating state of the cache unit (2) includes a clothes hanger cache working mode; In the hanger cache working mode, the hanger (5) entering the sewing area of ​​the workstation slides on the station track (1) to the first cache claw (22) and stops, and the hanger (5) is in the detection range of the first cache detection photoelectric (23); It is determined whether the first cache detection photoelectric device (23) detects the existence of the hanger (5). If not, the first cache claw (22) is controlled to be closed; if so, the first cache claw (22) is controlled to be opened, and it is determined whether the first cache full detection photoelectric device (24) detects the hanger (5). If so, the first cache claw (22) is controlled to be closed; if not, the first cache claw (22) is controlled to be opened, and 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).

6. The clothing hanging line carrier buffer device according to any one of claims 1 to 4, characterized in that: The operating state of the cache unit (2) includes a hanging basket cache working mode; In the hanging basket cache working mode, the hanging basket (6) entering the sewing area of ​​the workstation slides on the station track (1) to the first cache claw (22) and stops, and the hanging basket (6) is in the detection range of the first cache detection photoelectric (23); It is determined whether the first cache detection photoelectric device (23) detects the existence of the hanging basket (6). If not, the first cache claw (22) is controlled to be closed; if so, the first cache claw (22) is controlled to be opened, and it is determined whether the second cache detection photoelectric device (23) detects the hanger (5). If so, the first cache claw (22) is controlled to be closed; if not, the first cache claw (22) is controlled to be opened, 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).

7. The clothing hanging line carrier buffer device according to any one of claims 2 to 4, characterized in that: The operating state of the cache unit (2) includes changing the cache mode, and the changing cache mode is used to switch the hanging basket cache working mode and the hanger cache working mode of the cache unit (2); the production scheduling personnel initiates the changing cache mode on the hanging control system (4), or initiates the changing cache mode on the station controller (3).

8. The clothing hanging line carrier buffer device according to claim 7, characterized in that: It also comprises a hanging mechanical arm connected to the station controller (3), and the hanging mechanical arm is used to hang the clothes hanger (5) or the hanging basket (6) on the track (1) in the station.

Images