Hanging type ready-made clothes storage system

Abstract

The invention discloses a hanging type ready-made garment warehousing system which solves the problem that in an existing warehousing system, ready-made garment circulation is inconvenient to automatically control, the hanging type ready-made garment warehousing system structurally comprises a racking area, a storage area, a screening area and a packaging area, the racking area comprises a plurality of racking guide rails arranged side by side, racking stations are formed on the outer sides of the racking guide rails, and the racking stations are arranged on the outer sides of the racking guide rails; the rack loading station is used for hanging a transition rack on which ready-made clothes and clothes hangers are hung on a rack loading guide rail; the rack loading guide rail is provided with a channel machine, the channel machine is located at the downstream position of the rack loading station, the channel machine is internally provided with a channel for the transition rack, the clothes hanger and the hung ready-made clothes to pass through, and the channel machine is in communication connection with a main controller in the warehousing system and used for binding the identification information on the transition rack with the corresponding ready-made clothes label information. Communication among the functional areas is achieved through various conveying lines, identification information is read through card readers arranged on the conveying lines, and the main controller is used for controlling circulation and conveying of the ready-made clothes.

Description

Technical Field

[0001] The invention relates to a garment storage system, in particular to a storage system for storing and circulating garments in a hanging state. Background Art

[0002] In the prior art, the way of cargo storage is usually to manually put the cargo into cargo boxes, classify the cargo boxes, set labels, and then place them on different shelves according to the labels, and further use conveying equipment to transport the cargo boxes between different storage devices. In this cargo storage system, the racks are cumbersome to set up and occupy a large area, the classification and transportation of cargo boxes take up a lot of manpower, and the equipment for transporting cargo boxes also requires a large operating space. Therefore, this cargo storage system has the problems of cumbersome rack setting, large floor space occupied by racks and conveying equipment, and high cost.

[0003] Moreover, when such a cargo storage system is applied to some industries that circulate soft sheet materials, such as the clothing industry, multiple pieces of clothing need to be packed in the same cargo box during the warehousing process. Packing not only requires manpower and material resources, but also causes the clothes to be stacked and squeezed, resulting in wrinkles. In addition, in the clothing industry, it is often necessary to store the clothes according to the production batches, and sort and pack them out according to the attributes of the clothes. The number of clothes in the same production batch is often large, and the clothes have multiple attributes, such as size, color, style, etc. Therefore, the actual classification and outbound requirements are relatively complex. If manual packaging and classification are used, it will be very time-consuming, inefficient, and prone to classification errors, because multiple pieces of clothing are packed into the same cargo box. Therefore, once a classification error occurs, it is necessary to manually open the box for inspection and repacking, which is very inconvenient.

[0004] To this end, the applicant has applied for a batch-type non-fixed shelf storage and sorting system, publication number: CN115783576A, which is used for warehousing, storage and sorting of cargo carriers carrying goods, including cargo racking lines, warehousing and storage room conveying and transfer mechanisms, storage and sorting room conveying and transfer mechanisms and control devices. The control device has a cargo identification information reading unit that can read the batch information and attribute information of the goods. Therefore, the batch-type non-fixed shelf storage and sorting system can receive cargo carriers and transfer them to multiple cargo storage lines in batches for storage. The control device can allocate corresponding cargo sorting lines to each cargo based on the attribute information, quickly take out the same batch of goods from the cargo storage line, and then quickly and accurately divert them to each cargo sorting line according to the cargo attributes, so as to quickly sort the same batch of goods. The entire warehousing, storage and sorting process is more efficient and highly automated.

[0005] This sorting system is also rather troublesome for the storage of ready-made clothes, and it is inconvenient to control the flow of individual pieces of ready-made clothes in the warehousing system. Summary of the invention

[0006] The technical problem to be solved by the present invention is to provide a hanging type garment storage system, which can conveniently and automatically control the flow of garments in the storage system.

[0007] A technical solution to solve the technical problem: a hanging type garment storage system, characterized in that the garments are provided with labels for identifying garment information, the garments are used to be hung on hangers, the hangers are used to be hung on transition racks, and the transition racks are provided with labels for identifying transition rack information, and further comprising: The racking area includes a plurality of racking rails arranged in parallel, and a racking station is formed on the outer side of the racking rails, and the transition rack with the garments and hangers hung thereon is hung on the racking rails at the racking station; a channel machine is provided on the racking rails, and the channel machine is located at the downstream position of the racking station, and a channel is provided in the channel machine for the transition rack, the hangers and the hung garments to pass through, and the channel machine is connected to the main controller in the storage system for communication, and is used to bind the identification information on the transition rack with the corresponding garment label information; The storage area includes a plurality of shelves arranged in parallel and separated, and a plurality of layers of hanging structures for hanging transition racks with ready-made clothes are arranged on the shelves; a delivery rail is arranged between two adjacent shelves, and the delivery rail provides a travel path for the transition racks with ready-made clothes hung thereon, so that the transition racks can reach the corresponding position of the target shelves; The screening area is located outside the storage area and includes a plurality of screening guide rails arranged in parallel; the inlet end of the screening guide rails is connected to the screening inlet conveyor line, and the outlet end of the screening guide rails is connected to the screening outlet conveyor line; The main conveyor line is connected to the shelf area and the storage area, and the inlet ends of the delivery guide rails are respectively connected to the main conveyor line; The delivery conveyor line is connected to the storage area and the screening area, the outlet ends of the delivery guide rails are respectively connected to the delivery conveyor line, and the delivery conveyor line is connected to the screening input conveyor line; The packing area is connected to the screening conveying line through the first loop line, a plurality of packing stations are formed on the outside of the first loop line, and a plurality of packing guide rails are connected to the packing stations and the first loop line; Card readers for reading identification information on the transition rack are respectively arranged at corresponding positions of the conveying line, and the card readers are communicatively connected with the main controller.

[0008] The information stored in the label on the garment corresponds to the attributes of the garment, such as style, size, color, fabric type, etc. The information stored in the label on the transition rack is generally the code of the transition rack. When the transition rack is hung with garments and runs in the storage system, it only needs the card reader to read the identification information, which corresponds to the attributes of the garment. The main controller will then understand the location of the target garment and control the next flow direction of the target garment.

[0009] The conveyor line involved includes a guide rail, and a flexible driving mechanism, such as a bird hook chain driving mechanism or a lever chain driving mechanism, is provided on the upper side of the guide rail. Under the push of these driving mechanisms, the transition frame can move forward on the guide rail. The connection can be achieved through the track change mechanism in the existing hanging system, or through the connecting guide rail. In the case of the connecting guide rail, the inlet end of the connecting guide rail is high and the outlet end is low, and sliding under the action of gravity can be achieved, but it is not excluded that a lifting mechanism such as a lifting arm is provided at the middle position of the connecting guide rail to generate a height difference to achieve sliding transition.

[0010] When the transition rack moves forward along the delivery rail, it can be driven by manpower, or the aforementioned driving mechanism can be set on the upper side of the delivery rail to provide the driving force for the forward movement. When the ready-made clothes are delivered to the corresponding position for storage, the target transition rack can be moved from the delivery rail to the hanging structure of the corresponding shelf by manpower or a robot; when the clothes are shipped out of the warehouse, the target transition rack can be moved from the shelf to the delivery rail by manpower or a robot, and then transferred to the shipping conveyor line, and then transported to the screening area by the shipping conveyor line, and finally arrives at the packaging area for packaging and shipment.

[0011] This warehousing system is mainly used as a clothing storage base for retailers, and can also be used as a clothing storage base for clothing manufacturers. It can not only store ready-made clothes, but also realize the delivery of ready-made clothes.

[0012] Furthermore, the label and the mark are provided with coupling elements and chips for storing identity information, respectively, and the channel machine is an RFID channel machine. RFID technology is mature, and it can realize accurate tracking and efficient management of ready-made clothes. It can be well applied to the storage logistics of ready-made clothes, and is stable, durable, accurate and efficient.

[0013] Furthermore, a metal shielding shell is provided on the outer peripheral surface of the channel machine. By providing the metal shielding shell, on the basis of meeting the startup requirements of the target chip, the startup signal of the channel machine will not diverge to the outside of the channel machine, and thus will not affect other chips outside the channel machine to generate interference signals. Therefore, the shelf area can be set close to the storage area, which can effectively improve the overall structural compactness of the storage system.

[0014] Furthermore, the storage area is divided into a first storage area and a second storage area, with a gap between the first storage area and the second storage area. The length directions of the shelves and guide rails in the first storage area and the second storage area are both perpendicular to the length direction of this gap, and the outgoing goods conveyor line is arranged within this gap; the main conveyor line is arranged to surround the storage area. This layout is reasonable, can well balance the storage and outbound requirements of the ready-to-wear garments, and ensures the operation efficiency.

[0015] Furthermore, a buffer line is provided on one side of the main conveyor line close to the screening area. The length of the buffer line corresponds to the width of the storage area, and both ends of the buffer line are respectively communicated with the main conveyor. A flexible driving mechanism is also arranged on the upper side of the buffer line. Through the setting of the buffer line, some transfer racks on the main conveyor line can be buffered onto the buffer line, reducing the stacking pressure of the transfer racks on the main conveyor line, and can well adapt to the storage and outbound work progress at the delivery guide rail.

[0016] Furthermore, one end side of the outgoing goods conveyor line facing the screening area is communicated and connected with a curved branch conveyor line, and the branch conveyor line communicates the outgoing goods conveyor line and the screening incoming conveyor line; the position where the branch conveyor line is connected to the screening incoming conveyor line is错开 from the position where the outgoing goods conveyor line is connected to the screening incoming conveyor line. The branch conveyor line can also convey the transfer racks on the outgoing goods conveyor line to the screening area, so as to realize the multi-channel outbound of the transfer racks on the outgoing goods conveyor line, effectively improve the work efficiency, and meet the stable outbound of the large-size and large-flow storage system.

[0017] Furthermore, the outlet end of the loading guide rail is communicated with the second loop line, the first transfer conveyor line is connected with the screening incoming conveyor line, and the second loop line is communicated with the main conveyor line through the transfer conveyor line. Through the setting of the first transfer conveyor line and making the first transfer conveyor line communicate with the screening area, in case of an emergency order, the ready-to-wear garments can directly enter the screening area after being loaded onto the shelves, without having to go through the main conveyor line, the delivery guide rail, the shelf storage, and the outgoing goods conveyor line, which can effectively shorten the forward path of the target ready-to-wear garments, meet the requirements of the emergency order, improve the work efficiency, and reduce the conveying pressure of the relevant conveyor lines.

[0018] Furthermore, the screening guide rails are in three columns, and the three columns of screening guide rails are arranged in parallel and separated. The screening incoming conveyor line and the screening outgoing conveyor line are arranged in a "冂" shape, and the screening incoming conveyor line and the screening outgoing conveyor line are arranged in an interdigitated manner. This layout between the screening guide rails, the screening incoming conveyor line, and the screening outgoing conveyor line is reasonable, and through the rapid realization of the flow transfer of the transfer racks among the three of them, the work efficiency is high.

[0019] Furthermore, the screening out conveyor line is connected to the first loop line through the second transition conveyor line, and the second transition conveyor line is connected to the screening in conveyor line. Thus, a fast channel is formed between the screening in conveyor line and the second transition conveyor line, so that a single order or a transition rack with a successful order can directly enter the packaging area through the second transition conveyor line to realize packaging and delivery, which can effectively improve work efficiency and reduce the conveying pressure of the transition rack in the screening area.

[0020] Furthermore, the screening out conveyor line is connected to the screening in conveyor line, and is used to allow some transition racks on the screening out conveyor line to enter the screening in conveyor line. This can return the transition racks that are not processed in time on the screening out conveyor line, or the transition racks that need to be re-matched, to the screening in conveyor line, so as to screen and match the orders again in the screening area.

[0021] Furthermore, a transport trolley is provided on the conveyor line and / or delivery rail, and the transport trolley is provided with a running part and a hanging part, the running part is a wheeled structure, and a plurality of transition racks with ready-made clothes hung thereon are hung on the hanging part. By providing the transport trolley, the wear on the metal rail is reduced, and the fine chips generated by the wear on the metal rail are not easily sprinkled on the ready-made clothes to cause pollution.

[0022] Compared with the prior art, the present invention has the following beneficial effects: This storage system is divided into shelving area, storage area, screening area and packaging area. The areas are connected through relevant conveyor lines. The layout is reasonable, which can realize large-scale storage of hanging ready-made clothes and can adapt well to the entire circulation management of ready-made clothes. It has a high degree of automation and can ensure operating efficiency.

[0023] Labels are set on the garments, the labels match the attributes of the garments, and the garments are hung on transition racks through ordinary hangers. The transition racks are provided with identification readable by card readers in the storage system, and are connected to the main controller in the storage system through a channel machine to achieve information binding between the garments and the transition racks, so that the main controller in the storage system can know the location of the target garments, so as to automatically control the next position flow of the target garments. This can well adapt to the storage system's requirements for identifying garment information, has a high degree of automation, and is convenient for large-scale storage of garments.

[0024] By binding the identification information and label information through the channel machine, the storage system can be adapted to the centralized storage management of clothing from different manufacturers, different styles, and different batches, and can well adapt to the automated operation requirements of large-capacity storage systems for garment storage. Through the setting of each conveyor line, the garments can be circulated in each corresponding area through the transition rack to meet the storage and outbound needs of the garments, and well meet the commercial needs of garment retailers.

[0025] By setting up the screening area, multiple garments for the same order can be matched, which has high work efficiency and can well meet the requirements of rapid matching and delivery of orders. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 This is a simplified structural diagram of this warehousing system.

[0027] Figure 2 yes Figure 1 The structure diagram after removing the shelves.

[0028] Figure 3 It is an enlarged structural diagram of the shelf area.

[0029] Figure 4 It is a simplified diagram of the enlarged structure of the storage area.

[0030] Figure 5 This is a simplified diagram of the enlarged structure of the screening area, relative to Figure 1 , 2 , Figure 5 Rotated 90 degrees clockwise.

[0031] Figure 6 It is an enlarged structural diagram of the packaging area.

[0032] Figure 7 It is a structural diagram of ready-made clothes, hangers and transition racks hung together.

[0033] In the figure, 1, connecting rail; 2, transition rack; 3, hanger; 4, ready-made clothes; 100, shelf area; 101, channel machine; 102, second loop line; 103, shelf rail; 104, first transition conveyor line; 200, storage area; 201, shelf; 202, delivery conveyor line; 203, delivery rail; 204, main conveyor line; 205, cache rail; 206, branch conveyor line; 300, screening area; 301, screening out conveyor line; 302, screening in conveyor line; 303, screening rail; 304, second transition conveyor line; 305, return rail; 306, fast delivery rail; 400, packaging area; 401, first loop line; 402, packaging rail. DETAILED DESCRIPTION

[0034] The attached drawings of the specification mainly show the structural diagram of the storage system from the layout mode, and the arrows in the figure indicate the forward direction of the transition rack 2 in the storage system. Combined with the attached drawings of the specification, the storage system of ready-made clothes 4 is used to realize the storage of ready-made clothes 4 and fast delivery. The entire storage system is controlled by the main controller, and the main controller controls the corresponding actuators in the storage system to achieve the purpose of controlling the flow direction of the ready-made clothes 4. The transition racks 2 involved in the storage system are all hung with ready-made clothes 4, and the transition racks 2 carry the ready-made clothes 4 to realize the circulation in the storage system.

[0035] The garment 4 is provided with a label for identifying the information of the garment 4. The label is flexible and is sewn on the garment 4 during the preparation process of the garment 4. Once the label is sewn on the garment 4, it generally accompanies the entire service life of the garment 4. The garment 4 needs to be hung on the hanger 3. There is no special requirement on the structure of the hanger 3, as long as it is suitable for hanging the garment 4. The hook on the hanger 3 is used to hang on the transition rack 2. The transition rack 2 is provided with an elastic hook. The hook on the hanger 3 can be hung on the elastic hook or removed from the elastic hook. The transition rack 2 is provided with a label for identifying the information of the transition rack 2. The information in the label can be read by a card reader provided at a corresponding position of the storage system. The card reader transmits the information read in the label to the main controller of the storage system, and the main controller will grasp the specific position of the target transition rack 2 in the storage system. The label and label can be calibrated in the form of a two-dimensional code or a bar code, or RFID can be set on the label and label.

[0036] The storage system is arranged according to functional areas, mainly including the shelf area 100, the storage area 200, the screening area 300 and the packaging area 400. These areas are connected by corresponding conveyor lines so that the garments 4 can be circulated and transported in these areas. The racking area 100 is used to realize the hanging and racking of the ready-made clothes 4. The racking area 100 includes a plurality of racking guide rails 103 arranged in parallel. The racking guide rails 103 are in the form of rod segments. A racking station is formed on the outer side of the racking guide rail 103. The operator works at the racking station. At the racking station, the transition rack 2 with the ready-made clothes 4 and the hanger 3 hung thereon is hung on the racking guide rail 103 to complete the racking operation. In order to achieve the unification of information, a channel machine 101 is provided on the racking guide rail 103. The channel machine 101 is located at the downstream position of the racking station. The channel machine 101 is provided with a channel for the transition rack 2, the hanger 3 and the hung ready-made clothes 4 to pass through. The channel machine 101 is connected to the main controller in the storage system for communication, and is used to bind the identification information on the transition rack 2 and the corresponding label information of the ready-made clothes 4. The label and the identification are respectively provided with a coupling element and a chip for storing identity information. The channel machine 101 is an RFID channel machine 101. The channel machine 101 is provided with a coupling element trigger device, which makes the coupling element trigger the chip to start, and the chip sends the relevant information to the channel machine 101. The channel machine 101 transmits the obtained information to the main controller, so as to obtain what kind of garment 4 is hung on a certain numbered transition rack 2. During the circulation process, after the card reader reads the identification information on the transition rack 2, the main controller will grasp the location of the target garment 4 and control the subsequent circulation of the garment 4. After obtaining the order information, the main controller will plan the outbound path for the target garment 4, so that the target garment 4 is outbound along the outbound path. In order to improve the structural compactness of the warehousing system, a metal shielding shell is provided on the outer peripheral surface of the channel machine 101, so that the electrical signal generated by the trigger device will not affect the chip outside the channel machine 101, and thus will not bring interference signals.

[0037] The storage area 200 is used to realize the hanging storage of the ready-made clothes 4, and includes a plurality of shelves 201 arranged in parallel and separated. The shelves 201 are provided with a plurality of layers of hanging structures, which are generally rod-type hanging rods, and the hanging rods are arranged horizontally. The hooks on the transition rack 2 with the ready-made clothes 4 are hung on the hanging rods to realize storage. A delivery rail 203 is provided between two adjacent shelves 201. The length of the delivery rail 203 corresponds to the length of the adjacent shelves 201. The delivery rail 203 provides a travel path for the transition rack 2 with the ready-made clothes 4 hung thereon, so that the transition rack 2 can reach the corresponding position of the target shelf 201. The shelves 201 generally store the ready-made clothes 4 in partitions, and usually the ready-made clothes 4 of the same attribute are stored in a small area of ​​the shelf 201. The ready-made clothes 4 of the same attribute stored in the area generally have more than ten or even dozens of pieces. The ready-made clothes 4 can be manually stored in the area at the position of the delivery rail 203, or the stored ready-made clothes 4 can be moved from the area to the position of the delivery rail 203. The operator is both the storage clerk and the delivery clerk of the garment 4. The order information from outside can be sent to the operator's handheld terminal by the main controller. The operator finds the target garment 4 in the corresponding storage area according to the order information and transfers the target garment 4 from the storage area to the corresponding delivery rail 203. The delivery rail 203 is generally made of aluminum alloy. In order to reduce the grinding of the delivery rail 203 by the hook on the transition frame 2, a carrying trolley can be set on the delivery rail 203. The carrying trolley has a wheeled running part, and the running part is supported on the delivery rail 203 in a rolling manner. The carrying trolley is provided with a hanging part, and multiple transition frames 2 can be hung on the hanging part at one time. The carrying trolley is used to move on the delivery rail 203 to realize the movement of the garment 4 along the length direction of the delivery rail 203. The above-mentioned carrying trolley can also be provided on some conveyor lines.

[0038] The screening area 300 is used to screen and match the order information of multiple garments 4. An inspection station can also be set at the screening area 300 to inspect the garments 4 before they are shipped out. As shown in the figure, the screening area 300 is located on the left side of the storage area 200, and includes a plurality of screening guide rails 303 arranged in parallel. The screening guide rails 303 are rod sections, which can store multiple transition racks 2. The screening guide rails 303 are generally arranged in a manner that the inlet end is high and the outlet end is low, and the automatic sliding of the transition rack 2 is achieved by gravity. Of course, it is not excluded that a driving mechanism is correspondingly set on the upper side of the screening guide rail 303 to push the transition rack 2 forward on the screening guide rail 303. The inlet end of the screening guide rail 303 is connected to the screening inlet conveyor line 302, and the outlet end of the screening guide rail 303 is connected to the screening outlet conveyor line 301. The communication is generally achieved through the connecting guide rail 1, and the connecting guide rail 1 is usually also arranged in an inclined manner to achieve the sliding of the transition rack 2 from high to low. Track changing mechanisms are respectively provided at both ends of the connecting guide rail 1 to achieve track changing of the transition frame 2 .

[0039] The main conveyor line 204 connects the loading area 100 and the storage area 200, and the inlet end of the delivery rail 203 is respectively connected to the main conveyor line 204; the delivery conveyor line 202 connects the storage area 200 and the screening area 300, and the outlet end of the delivery rail 203 is respectively connected to the delivery conveyor line 202, and the delivery conveyor line 202 is connected to the screening input conveyor line 302 through the connecting rail 1. A track changing mechanism is provided between the inlet end of the delivery rail 203 and the main conveyor line 204, and between the outlet end of the delivery rail 203 and the delivery conveyor line 202, so as to realize the track changing of the transition rack 2 from the main conveyor line 204 to the delivery rail 203, and the track changing of the transition rack 2 from the delivery rail 203 to the delivery conveyor line 202. The track-changing mechanism at the inlet end of the delivery guide rail 203 includes a "7"-shaped swing head, which can be overlapped with the rail on the main conveyor line 204 under the drive of the cylinder, and the target transition rack 2 is connected to the delivery guide rail 203; the track-changing mechanism at the outlet end of the delivery guide rail 203 includes a resiliently arranged exit guide rail, which is arc-shaped, and the outer end of the exit guide rail is overlapped with the guide rail on the delivery conveyor line 202 to form a passage for the target transition rack 2 to pass through, so that the target transition rack 2 can be changed to the guide rail of the delivery conveyor line 202.

[0040] The delivery conveyor line 202 is connected to one end of the screening area 300 with a curved branch conveyor line 206, which connects the delivery conveyor line 202 and the screening inlet conveyor line 302. The position where the branch conveyor line 206 is connected to the screening inlet conveyor line 302 is staggered from the position where the delivery conveyor line 202 is connected to the screening inlet conveyor line 302, so that the transition frame 2 can be transported to the screening inlet conveyor line 302 at multiple points.

[0041] The packing area 400 is used to pack the garments 4 corresponding to the order and send them out of the warehouse. It is connected to the screening conveyor line 301 through the first loop line 401. A plurality of packing stations are formed outside the first loop line 401. A plurality of packing guide rails 402 connect the packing stations and the first loop line 401. The packing guide rails 402 are rod-segment structures. One packing guide rail 402 enters the garments 4 corresponding to one order at a time. The operator folds and packs the garments 4 in one order together at the packing station for shipment.

[0042] In order to adapt to the large - scale storage of ready - made garments 4, the storage area 200 is partitioned. As shown in the figure, the storage area 200 is divided into a first storage area and a second storage area, with a gap between the first storage area and the second storage area. The length directions of the shelves 201 and the delivery guide rails 203 in the first storage area and the second storage area are both perpendicular to the length direction of this gap. The outgoing conveyor line 202 is arranged within this gap. The main conveyor line 204 is arranged to surround the periphery of the storage area 200. There is one main conveyor line 204, and the main conveyor line 204 basically completely surrounds the storage area 200. On one side of the main conveyor line 204 near the screening area 300, there is a buffer line 205. The structure of the buffer line 205 includes a buffer rail and a flexible driving mechanism arranged on the upper side of the buffer rail, used to push the transfer rack 2 on the buffer rail to move forward. The length of the buffer line 205 corresponds to the width of the storage area 200. The two ends of the buffer line 205 are respectively communicated with the main conveyor line 204. At the two ends of the buffer line 205, there are respectively provided track - changing mechanisms to achieve the communication between the buffer line 205 and the main conveyor line 204.

[0043] The outlet end of the loading guide rail 103 is communicated with the second loop line 102. The structure of the second loop line 102 also includes a closed - loop guide rail. On the upper side of this guide rail, there is a closed - loop flexible driving mechanism, and the driving mechanism is used to push the transfer rack 2 to move forward on this guide rail. The first transition conveyor line 104 is connected to the screening - in conveyor line 302. The second loop line 102 is communicated with the main conveyor line 204 through a transition conveyor line and a connecting guide rail 1.

[0044] The screening guide rails 303 are in three columns, and these three columns of screening guide rails 303 are arranged side - by - side and separated in the left - right direction in the figure. The screening - in conveyor line 302 and the screening - out conveyor line 301 are arranged in a "冂" shape, and the screening - in conveyor line 302 and the screening - out conveyor line 301 are arranged in an interdigitated manner facing each other. One side part of the screening - in conveyor line 302 is communicated with the inlet end of one column of screening guide rails 303, and the other side part of the screening - in conveyor line 302 is communicated with the inlet ends of the other two columns of screening guide rails 303; one side part of the screening - out conveyor line 301 is communicated with the outlet ends of two columns of screening guide rails 303, and the other side part of the screening - out conveyor line 301 is communicated with the outlet end of one column of screening guide rails 303. Their communication is also achieved by setting corresponding track - changing mechanisms.

[0045] The screening - out conveyor line 301 is connected to the first loop line 401 through the second transition conveyor line 304. The second transition conveyor line 304 is communicated with the screening - in conveyor line 302 through a fast - delivery guide rail 306, so that the transfer rack 2 on the screening - in conveyor line 302 can directly enter the packing area 400 for packing through the second transition conveyor line 304. The screening - out conveyor line 301 is communicated with the screening - in conveyor line 302 through a return guide rail 305, which is used to return some of the transfer racks 2 on the screening - out conveyor line 301 to the screening - in conveyor line 302.

Claims

1. A hanging type garment storage system, which allows garments to be stored in a hanging manner, characterized in that: The garment is provided with a label identifying the garment information, the garment is used to be hung on a hanger, the hanger is used to be hung on a transition rack, and a label identifying the transition rack information is provided on the transition rack, and further comprising: The racking area includes a plurality of racking rails arranged in parallel, and a racking station is formed on the outer side of the racking rails, and the transition rack with the garments and hangers hung thereon is hung on the racking rails at the racking station; a channel machine is provided on the racking rails, and the channel machine is located at the downstream position of the racking station, and a channel is provided in the channel machine for the transition rack, the hangers and the hung garments to pass through, and the channel machine is connected to the main controller in the storage system for communication, and is used to bind the identification information on the transition rack with the corresponding garment label information; The storage area includes a plurality of shelves arranged in parallel and separated, and a plurality of layers of hanging structures for hanging transition racks with ready-made clothes are arranged on the shelves; a delivery rail is arranged between two adjacent shelves, and the delivery rail provides a travel path for the transition racks with ready-made clothes hung thereon, so that the transition racks can reach the corresponding position of the target shelves; The screening area is located outside the storage area and includes a plurality of screening guide rails arranged in parallel; the inlet end of the screening guide rails is connected to the screening inlet conveyor line, and the outlet end of the screening guide rails is connected to the screening outlet conveyor line; The main conveyor line is connected to the shelf area and the storage area, and the inlet ends of the delivery guide rails are respectively connected to the main conveyor line; The delivery conveyor line is connected to the storage area and the screening area, the outlet ends of the delivery guide rails are respectively connected to the delivery conveyor line, and the delivery conveyor line is connected to the screening input conveyor line; The packing area is connected to the screening conveying line through the first loop line, a plurality of packing stations are formed on the outside of the first loop line, and a plurality of packing guide rails are connected to the packing stations and the first loop line; Card readers for reading identification information on the transition rack are respectively arranged at corresponding positions of the conveying line, and the card readers are communicatively connected with the main controller.

2. The hanging type garment storage system according to claim 1, characterized in that: The label and the mark are respectively provided with a coupling element and a chip for storing identity information, and the channel machine is an RFID channel machine.

3. The hanging type garment storage system according to claim 2, characterized in that: A metal shielding shell is provided on the outer peripheral surface of the channel machine.

4. The hanging type garment storage system according to claim 1, 2 or 3, characterized in that: The storage area is divided into a first storage area and a second storage area, with a gap between the first storage area and the second storage area. The length directions of the shelves and guide rails in the first storage area and the second storage area are perpendicular to the length direction of the gap, and the shipping conveyor line is arranged in the gap; the main conveyor line is arranged around the periphery of the storage area.

5. The hanging type garment storage system according to claim 4, characterized in that: A cache line is provided on one side of the main conveying line close to the screening area. The length of the cache line corresponds to the width of the storage area. Both ends of the cache line are respectively connected to the main conveying line.

6. The hanging type garment storage system according to claim 4, characterized in that: The delivery conveyor line is connected to one end side of the screening area with a curved branch conveyor line, which connects the delivery conveyor line and the screening input conveyor line; the position where the branch conveyor line is connected to the screening input conveyor line is staggered with the position where the delivery conveyor line is connected to the screening input conveyor line.

7. The hanging type garment storage system according to claim 1, 2 or 3, characterized in that: The exit end of the upper guide rail is communicated with the second loop line, the first transition conveyor line is connected with the screening input conveyor line, and the second loop line is communicated with the main conveyor line through the transition conveyor line.

8. The hanging type garment storage system according to claim 1, 2 or 3, characterized in that: The screening guide rails are in three columns, and the three columns of screening guide rails are arranged side by side and separated. The screening-in conveyor line and the screening-out conveyor line are arranged in a "冂" shape, and the screening-in conveyor line and the screening-out conveyor line are arranged in an inserted manner facing each other.

9. The hanging type garment storage system according to claim 1, 2 or 3, characterized in that: The screening-out conveyor line communicates with the first loop line through the second transition conveyor line, and the second transition conveyor line communicates with the screening-in conveyor line.

10. The hanging type garment storage system according to claim 1, 2 or 3, characterized in that: The screening-out conveyor line communicates with the screening-in conveyor line, and is used to enable some of the transition racks on the screening-out conveyor line to enter the screening-in conveyor line.

11. The hanging type garment storage system according to claim 1, 2 or 3, characterized in that: Carrying trolleys are provided on the conveyor line and / or the delivery guide rail. The carrying trolleys are provided with traveling parts and hanging parts. The traveling parts are of a wheeled structure, and multiple transition racks with garments hung thereon are hung on the hanging parts.

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