Clothing package distribution and boxing method and clothing package distribution and boxing system thereof
Patent Information
- Application Number
- CN202611338176.7
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2026-08-31
- Publication Date
- 2026-11-03
AI Technical Summary
Laundry companies face challenges in the distribution and packing process, including high labor costs, reduced production efficiency due to manual labor, and the risk of packing errors.
The system employs an automatic on-demand distribution method for paper packaging boxes and an automatic order-based distribution method for clothing. The automated operation is achieved through a carton distribution line and a clothing distribution line. The appropriate size of the carton is selected according to the order information, and the clothing is automatically distributed into the corresponding carton. The sealing and labeling are completed on the sealing production line.
It achieves a high degree of automation in automatic carton selection and automatic clothing distribution and packing, reducing manual labor, improving production efficiency, lowering labor costs, and avoiding packing errors.
Smart Images
Figure CN123025984A_ABST
Abstract
Description
Technical Field
[0001] This invention relates to the field of automated clothing sorting and packaging technology, and more specifically, to a clothing packaging and dispensing method and system. Background Technology
[0002] With the improvement of people's living standards and the acceleration of the pace of life, people's demand for clothing washing and maintenance is also increasing. People often send their clothes to professional laundry companies for cleaning and maintenance. Laundry companies have a large number of clothes to wash every day. Distribution and packing is the last step in the washing process. In practice, distribution and packing need to be done according to customer orders. At present, laundry companies have achieved automation in washing and order collection. However, the distribution and packing process is still mainly done manually (the mainstream operation is that the clothes flow on the logistics line, and the staff picks up and packs the clothes themselves. The size of the boxes and the clothes are all chosen by the workers themselves). Factories face the problem of high labor intensity and high labor costs in the distribution and packing process. Moreover, the manual operation not only affects production efficiency, but is also prone to errors in distribution and packing due to subjective reasons such as worker fatigue from long-term labor. The stability of operation quality is at risk. The market currently has an urgent need for highly automated clothing distribution and packing equipment, which is why this case was developed. Summary of the Invention
[0003] The purpose of this invention is to overcome the shortcomings of the prior art and provide a method and system for packaging and distributing clothing. In this invention, paper boxes are automatically distributed on demand by a carton distribution line, and clothing is automatically distributed according to orders by a clothing distribution line. Cartons come in various sizes and models; the appropriate size carton is automatically allocated based on the information requirements of the clothing order for the packing operation. Clothing from the same order can be centrally distributed and packed into the corresponding cartons. After packing, the cartons are automatically sealed and labeled on the sealing production line. This invention enables continuous operations such as automatic carton selection and automatic clothing distribution and packing. It has the advantages of high automation and low manual labor, and can meet the market demand for highly automated clothing distribution and packing equipment.
[0004] To achieve the above objectives, the present invention adopts the following technical solution:
[0005] A method for packaging, distributing, and packing clothing includes the following steps:
[0006] S1. Cartons are distributed and conveyed via a carton distribution line. The distribution and conveying method is as follows:
[0007] (a1): Cartons are opened and formed according to different sizes and types. The formed cartons are then sent to the opened carton distribution line.
[0008] (a2): The cartons are transferred to the sorting buffer bin via the unpacked distribution line. The sorting buffer bin is divided into several box areas according to the size and model of the cartons. The cartons enter the box area corresponding to their size and model to be replenished and filled.
[0009] S2. Clothes are distributed and conveyed via a clothing distribution line. The distribution and conveying method is as follows:
[0010] (b1): The clothing circulates in the order distribution line and is distributed to the corresponding order distribution bar according to the order number;
[0011] (b2): Workers take all the clothes for an order from the order distribution bar, then sort them at the folding worktable. Clothes and pants are folded and output by the horizontal packaging machine, while shoes and boots are output by the shoe and boot conveyor belt.
[0012] (b3): All clothing items in the same order are gathered at the packing and distribution station to await packing;
[0013] S3. While sorting at the folding workbench, scan the barcode to enter the order information. The carton buffer warehouse determines the corresponding size and model of the carton based on the order information. The carton enters the carton distribution line and is sent to the bottom of the packing and distribution table through the carton distribution line.
[0014] S4. At the first receiving position, clothes and trousers are put into the cardboard box in conjunction with the packing and distribution table; at the second receiving position, shoes and boots are put into the cardboard box in conjunction with the packing and distribution table.
[0015] S5. After packing, the cartons are transferred to the sealing production line. The cartons are conveyed along the sealing conveyor line. During the transfer, they first pass through the sealing machine to complete the sealing operation, and then pass through the labeling machine to complete the affixing of the order label. The labeled cartons are directly output.
[0016] Furthermore, steps S1 and S2 are performed simultaneously.
[0017] A clothing packaging and distribution system includes a carton distribution line, a clothing distribution line, a packing distribution table, and a sealing production line. The carton distribution line includes a carton opener, an opened carton distribution line, and a carton buffer bin. The exit end of the carton opener is connected to the opened carton distribution line, the inlet end of the carton buffer bin is connected to the conveying path of the opened carton distribution line, and the outlet end of the carton buffer bin is connected to a carton allocation line. The clothing distribution line includes an order collection distribution line, a garment folding table, a horizontal packaging machine, and a shoe conveyor belt. The horizontal packaging machine and the shoe conveyor belt are installed side by side, and their outlet ends are both connected to the packing distribution table. The carton allocation line passes under the packing distribution table, and the sealing production line is connected to the outlet end of the carton allocation line.
[0018] Furthermore, the compartmentalized buffer zone is provided with several box areas arranged in columns. Different box areas correspond to the loading of cartons of different sizes. Several box opening machines are installed, and the number of box opening machines corresponds to the number of box areas.
[0019] Furthermore, the pre-opened carton distribution line is installed horizontally, and the outlet ends of all the carton openers are connected to the pre-opened carton distribution line. Several carton buffer bins are provided, and the several carton buffer bins are arranged in parallel along the length of the pre-opened carton distribution line. Each carton buffer bin is equipped with a carton handling line and a carton packing distribution table.
[0020] Furthermore, the order distribution line includes a circulating conveyor belt, which is equipped with a main input rod and several order distribution rods. Each order distribution rod can only receive all the clothing items from the same order at a time.
[0021] Furthermore, each of the packing and distribution stations is equipped with a folding worktable, a horizontal packaging machine, and a shoe conveyor belt. The packing and distribution station is provided with a first distribution station and a second distribution station on its surface. The first distribution station is connected to the outlet end of the horizontal packaging machine, and the second distribution station is connected to the outlet end of the shoe conveyor belt. A first receiving position and a second receiving position are provided along the conveying direction of the carton distribution line. The first distribution station and the first receiving position are arranged vertically corresponding to each other, and the second distribution station and the second receiving position are also arranged vertically corresponding to each other.
[0022] Furthermore, both the first and second distribution stations are equipped with flip-up double doors, and a clothing pusher is installed between the first and second distribution stations.
[0023] Furthermore, the carton sealing production line includes a sealing conveyor line, a receiving bus line, and receiving branch lines. The receiving bus line is installed horizontally, and its outlet end is connected to the sealing conveyor line. The number of receiving branch lines is set according to the number of carton buffer bins. The inlet end of the receiving branch line is connected to the outlet end of the carton distribution line, and the outlet end of the receiving branch line is connected to the receiving bus line. A carton sealing machine and a labeling machine are installed sequentially along the output direction of the sealing conveyor line.
[0024] In summary, the present invention has the following beneficial effects:
[0025] The paper packaging boxes of this invention are automatically distributed on demand by a carton distribution line, and clothing is automatically distributed according to order by a clothing distribution line. The cartons come in various sizes and models, and the appropriate size carton is automatically allocated for packing based on the information requirements in the clothing order. Clothing from the same order can be centrally distributed and packed into the corresponding cartons. After packing, the cartons are automatically sealed and labeled on the sealing production line. This invention can realize continuous operations such as automatic selection and distribution of cartons and automatic distribution and packing of clothing. This invention has the advantages of high automation and low manual labor, and can meet the market's demand for highly automated clothing distribution and packing equipment. Attached Figure Description
[0026] Figure 1 This is a layout diagram of the upper structure of a clothing packaging and distribution boxing system according to this embodiment;
[0027] Figure 2 This is a lower-level structural layout diagram of a clothing packaging and distribution boxing system according to this embodiment;
[0028] Figure 3 This is a partial enlarged view of the location of the clothing distribution line in this embodiment;
[0029] Figure 4 This is a partial enlarged view of the location of the carton distribution line in this embodiment.
[0030] Figure label:
[0031] Carton distribution line 1, carton opener 11, opened carton distribution line 12, carton buffer bin 13, carton area 131, carton allocation line 14, first receiving position 141, second receiving position 142, clothing distribution line 2, order collection distribution line 21, circulating conveyor belt 211, main input rod 212, order collection distribution rod 213, folding workbench 22, horizontal packaging machine 23, shoe and boot conveyor belt 24, packing distribution table 3, first distribution station 31, second distribution station 32, flip-top double door 33, clothing pusher 34, carton sealing production line 4, sealing conveyor line 41, carton sealing machine 411, labeling machine 412, carton receiving bus 42, carton receiving branch line 43. 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] like Figures 1 to 4As shown, this embodiment discloses a clothing packaging and distribution system, which includes a carton distribution line 1, a clothing distribution line 2, a packing distribution table 3, and a sealing production line 4. In the clothing packaging and distribution process, the collection and packaging of clothing by order and the selection of cartons by order are two processes with a high manual workload. The carton distribution line 1 is used for automated operation of the carton orientation. The carton distribution line 1 includes a carton opener 11, an opened carton distribution line 12, and a carton buffer bin 13. The paper packaging boxes purchased by the manufacturer are initially in a folded state and need to be opened and formed using the carton opener 11. The outlet end of the carton opener 11 connects to the opened carton distribution line 12. After opening, the cartons enter the opened carton distribution line 12 for circulation. The opened carton distribution line 12 is equipped with a linearly moving distributor (pallet robot). It has functions such as lifting and transferring, carton in / out, and carton reversing. The entrance end of the carton buffer bin 13 is connected to the conveying path of the opened carton distribution line 12. The carton buffer bin 13 is a temporary storage unit for cartons. Cartons are sent into the carton buffer bin 13 through the opened carton distribution line 12. In actual use, the quantity of clothing in each order varies, and clothing also varies in size and thickness due to different types. It is not suitable to put large orders in small boxes, and it is also wasteful to put small orders in large boxes. Therefore, the cartons used by the manufacturer need to have multiple sizes and models, preferably 5. First, the number of carton openers 11 is set to 5 to adapt to the opening operation needs of 5 types of cartons. Second, 5 box areas 131 are designed in columns in the carton buffer bin 13. Different box areas 131 correspond to the loading of different types of cartons. Different sizes of cardboard boxes are fed in. When the boxes are used, the corresponding box area 131 is selected according to the order information to output the appropriate size cardboard box. The outlet end of the box buffer bin 13 is connected to the cardboard box distribution line 14. The output cardboard boxes flow along the cardboard box distribution line 14 (the cardboard box distribution line 14 is also equipped with a distributor) to the boxing position. The clothing distribution line 2 includes the order distribution line 21, the folding workbench 22, the horizontal packaging machine 23 and the shoe conveyor belt 24. The order distribution line 21 flows the externally input already grouped clothing (grouped clothing refers to clothing from the same order being distributed together by the order distribution line 21). The order distribution line 21 includes a circulating conveyor belt 211. The circulating conveyor belt 211 is equipped with a main input rod 212 and several order distribution rods 213. Rod 212 serves as the clothing input inlet for the circulating conveyor belt 211. Order distribution rods 213 are vertically connected to the circulating conveyor belt 211. A large number of order distribution rods 213 facilitate the output of clothing from different orders. The output rule is that each order distribution rod 213 can only accept all clothing from the same order at a time. A folding worktable 22 is configured for worker operation. The worker first collects all clothing from one order from the order distribution rods 213, and then sorts it on the folding worktable 22. The horizontal packaging machine 23 and the shoe conveyor belt 24 of this invention are installed side-by-side. Clothing generally includes shirts, trousers, and shoes. The sorted shirts and trousers are folded and then packaged and output by the horizontal packaging machine 23, while the sorted shoes are directly bagged and placed on the shoe conveyor belt 24 for output.The outlets of the horizontal packaging machine 23 and the shoe conveyor belt 24 are both connected to the packing and distribution table 3. This means that all clothing from an order is collected at the packing and distribution table 3 to await packing. In this invention, workers scan and input order information while sorting clothing at the packing and distribution table 3. Based on the order information, the packing buffer 13 outputs cartons of the corresponding size for packing operations. This invention designs a carton distribution line 14 that passes under the packing and distribution table 3, meaning the cartons pass under the table, completing the clothing loading and packing operation during this process. This invention designs a sealing production line 4 that connects to the outlet of the carton distribution line 14. After packing, the cartons enter the sealing production line 4 for final sealing and labeling (affixing the order QR code).
[0034] In this invention, each carton buffer compartment 13 stores all types of cartons. Therefore, the number of carton openers 11 corresponds to the number of carton zones 131. After a carton in a particular carton zone 131 is used, the opened carton distribution line 12 replenishes the zone in a timely manner. The opened carton distribution line 12 is installed horizontally, and the outlet ends of all carton openers 11 are connected to the opened carton distribution line 12. The carton buffer compartments 13 are arranged parallel to the length of the opened carton distribution line 12 to facilitate the handling of cartons. Each carton buffer compartment 13 is essentially a carton packing point. Therefore, this invention equips each carton buffer bin 13 with a carton distribution line 14 and a packing distribution table 3. Correspondingly, each packing distribution table 3 is equipped with a garment folding worktable 22, a horizontal packaging machine 23, and a shoe conveyor belt 24 to complete the order sorting and packing operation. Each carton buffer bin 13 is a working point. The purpose of the multi-point design is to improve processing efficiency, thereby adapting to the needs of efficient garment packaging, distribution, and packing operations. In this invention, the various box areas 131 of the carton buffer bin 13 can adopt a horizontally laid-out layout (e.g., ...). Figure 3 As shown), the various box areas 131 of the box buffer warehouse 13 can also adopt a vertical stacking layout (that is, the various box areas 131 are stacked in sequence along the vertical direction. This layout can improve the space utilization in the height direction and reduce the production line floor area. However, elevator-type lifts need to be installed at both ends of the box buffer warehouse 13. The elevator-type lift is installed at the beginning of the box buffer warehouse 13 to lift the carton to the corresponding height box area 131 for replenishment. The elevator-type lift is installed at the end of the box buffer warehouse 13 to receive the carton output from the corresponding height box area 131 and lower it to the output of the carton distribution line 14).
[0035] like Figures 1-4As shown, the packing distribution table 3 has a first distribution station 31 and a second distribution station 32. The first distribution station 31 connects to the outlet end of the horizontal packaging machine 23 to receive packaged clothes and pants. The second distribution station 32 connects to the outlet end of the shoe conveyor belt 24 to receive packaged shoes and boots. A first receiving position 141 and a second receiving position 142 are arranged along the conveying direction of the carton distribution line 14. The first distribution station 31 and the first receiving position 141 are arranged vertically, and the second distribution station 32 and the second receiving position 142 are arranged vertically. The outlet of the carton area 131 of the carton buffer bin 13 of this invention is located at the bottom of the carton area 131. Therefore, the position of the carton distribution line 14 is lower and belongs to the lower structure, while the packing distribution table 3 is higher and belongs to the upper structure. The structure allows the carton distribution line 14 to be installed directly beneath the packing distribution table 3 to enable drop-type packing operations. The invention includes flip-top double doors 33 installed at both the first and second distribution stations 31 and 32. As the cartons flow along the carton distribution line 14, they first enter the first receiving station 141 (below the first distribution station 31), then the second receiving station 142 (below the second distribution station 32), sequentially receiving clothing, trousers, and shoes to complete the packing operation. When the flip-top double doors 33 are open normally, the clothing falls naturally due to gravity. To ensure smooth packing, the invention also includes a clothing pusher 34 installed between the first and second distribution stations 31 and 32, ensuring that all clothing at the stations falls off.
[0036] like Figure 2 As shown, the carton sealing production line 4 connects to the carton distribution line 14, and therefore both are located in the lower layer of this system (low-level operation). The carton sealing production line 4 includes a sealing conveyor line 41, a receiving bus 42, and a receiving branch line 43. The receiving bus 42 is installed horizontally and can be installed below the opened carton distribution line 12 to utilize space. The outlet end of the receiving bus 42 connects to the sealing conveyor line 41. The number of receiving branch lines 43 corresponds to the number of carton buffer bins 13. The inlet end of the receiving branch line 43 connects to the outlet end of the carton distribution line 14, and the outlet end of the receiving branch line 43 connects to the receiving bus 42. Line 43 is individually connected to each carton distribution line 14 to collect completed cartons output from each carton distribution line 14, and then aggregates them to the receiving bus 42. The receiving bus 42 then centrally transports them to the packaging conveyor line 41. The packaging conveyor line 41, the receiving bus 42, and the receiving branch line 43 of this invention are also equipped with distributors (pallet robots) to achieve linear flow of cartons. A carton sealing machine 411 and a labeling machine 412 are installed sequentially along the output direction of the packaging conveyor line 41. The completed cartons are finally sealed by the carton sealing machine 411, and then the order QR code is labeled by the labeling machine 412.
[0037] A method for packaging, distributing, and packing clothing includes the following steps:
[0038] S1. The cartons are distributed and conveyed via carton distribution line 1. The distribution and conveying method is as follows:
[0039] (a1): Cartons are opened and formed according to different sizes and types by different carton opening machines 11. The formed cartons are then sent to the opened carton distribution line 12 for conveying and distribution.
[0040] (a2): The cartons are transferred to the sorting buffer bin 13 via the unpacked distribution line 12. The sorting buffer bin 13 is equipped with several box areas 131 determined according to the size and model of the cartons. The cartons enter the box area 131 corresponding to their size and model to be replenished and filled.
[0041] S2. Clothes are distributed and conveyed via clothing distribution line 2. The distribution and conveying method is as follows:
[0042] (b1): Clothes enter the order distribution line 21 according to the order and circulate in the order distribution line 21. They are then distributed and transported to the corresponding order distribution bar 213 according to the order number to wait for pickup.
[0043] (b2): The worker takes all the clothes of the next order from the order distribution bar 213, and then sorts them on the folding work table 22. The clothes and pants are folded and packaged and then output by the horizontal packaging machine 23. The shoes and boots are bagged and packaged and then output by the shoe and boot conveyor belt 24.
[0044] (b3): All the clothes in the same order are gathered at the packing and distribution station 3 to wait for packing. The packing and distribution station 3 has a first distribution station 31 and a second distribution station 32. The first distribution station 31 is connected to the outlet end of the horizontal packaging machine 23 to receive the packaged clothes and pants. The second distribution station 32 is connected to the outlet end of the shoe and boot conveyor belt 24 to receive the packaged shoes and boots.
[0045] S3. While the folding workbench 22 is sorting, the order information is scanned and entered. The carton buffer bin 13 determines the corresponding size and model of the carton based on the order information. The carton enters the carton distribution line 14 and is sent to the bottom of the packing distribution table 3 through the carton distribution line 14 to cooperate with the packing operation. Steps S1 and S2 are performed simultaneously. After the corresponding carton is output from the carton buffer bin 13, the carton distribution line 12 distributes the corresponding size of the carton into the corresponding carton buffer bin 13 for the carton replenishment operation.
[0046] S4. The cardboard boxes are transferred through the cardboard box distribution line 14 and stop at the corresponding receiving positions to complete the receiving and packing operation. The cardboard boxes are used to pack clothes and pants at the first receiving position 141 with the packing distribution table 3, and the cardboard boxes are used to pack shoes and boots at the second receiving position 142 with the packing distribution table 3. The packing operation is achieved by opening the flip-door 33 on the first distribution station 31 and the second distribution station 32 to allow the clothes to fall naturally.
[0047] S5. The packed cartons are completed cartons. The completed cartons are transferred to the sealing production line 4. The cartons are first collected and transferred by the receiving bus 42 and receiving branch line 43, and then enter the sealing conveyor line 41 for conveying. During the transfer, the cartons are first sealed by the sealing machine 411, and then the labeling machine 412 is used to affix the order label. The labeled cartons are directly output.
[0048] This invention has the advantage of a high degree of automation. The selection and distribution of cardboard boxes and the packing of clothes can be completed automatically. Only the sorting and folding of clothes requires manual assistance (due to the complexity of the types of clothes, the folding operation currently must be done manually). The application of this invention can significantly reduce the amount of labor and labor costs, and can meet the needs of clothing washing manufacturers for efficient and automated production.
[0049] The above description is merely a preferred embodiment of the present invention. The scope of protection of the present invention is not limited to the above embodiments. All technical solutions falling within the scope of the present invention's concept are within the scope of protection of the present invention. It should be noted that for those skilled in the art, any improvements and modifications made without departing from the principles of the present invention should also be considered within the scope of protection of the present invention.
Claims
1. A method for packaging, distributing, and packing clothing, characterized in that, Includes the following steps: S1. The cartons are distributed and conveyed via the carton distribution line (1). The distribution and conveying method is as follows: (a1): Cartons are opened and formed according to different sizes and types. The formed cartons are then sent to the opened carton distribution line (12). (a2): The cartons are transferred to the sorting buffer bin (13) via the unpacked distribution line (12). The sorting buffer bin (13) has several box areas (131) determined according to the size and model of the cartons. The cartons enter the box area (131) corresponding to their size and model to be replenished and filled. S2. Clothes are distributed and transported via the clothing distribution line (2). The distribution and transport method is as follows: (b1): The clothes circulate on the order distribution line (21) and are distributed to the corresponding order distribution rod (213) according to the order number. (b2): The worker takes all the clothes of the next order from the collection and distribution bar (213), and then sorts them on the folding worktable (22). The clothes and pants are folded and output by the horizontal packaging machine (23), and the shoes and boots are output by the shoe and boot conveyor belt (24). (b3): All clothing items in the same order are collected at the packing and distribution station (3) and await packing; S3. While sorting at the folding workbench (22), scan the barcode to enter the order information. The carton buffer warehouse (13) judges and outputs the corresponding size and model of the carton according to the order information. The carton enters the carton distribution line (14) and is sent to the bottom of the packing distribution table (3) through the carton distribution line (14). S4. The cardboard box is used to pack clothes and pants at the first receiving position (141) and the packing distribution table (3). The cardboard box is used to pack shoes and boots at the second receiving position (142). S5. After packing, the cartons are transferred to the sealing production line (4). The cartons are conveyed along the sealing conveyor line (41). During the transfer, the carton is first sealed by the sealing machine (411) and then the order label is pasted by the labeling machine (412). The labeled cartons are directly output.
2. The method for packaging, distributing, and boxing clothing according to claim 1, characterized in that, Steps S1 and S2 are performed simultaneously.
3. A clothing packaging and dispensing system, applied to the clothing packaging and dispensing method as described in claim 1, characterized in that, The system includes a carton distribution line (1), a clothing distribution line (2), a packing distribution table (3), and a carton sealing production line (4). The carton distribution line (1) includes a carton opener (11), an opened carton distribution line (12), and a carton buffer bin (13). The outlet end of the carton opener (11) is connected to the opened carton distribution line (12), and the inlet end of the carton buffer bin (13) is connected to the conveying path of the opened carton distribution line (12). The outlet end of the carton buffer bin (13) is connected to a carton transfer line (14). The clothing distribution line (2) includes a collection and distribution line (21), a folding workbench (22), a horizontal packaging machine (23), and a shoe and boot conveyor belt (24). The horizontal packaging machine (23) and the shoe and boot conveyor belt (24) are installed side by side. The outlet ends of the horizontal packaging machine (23) and the shoe and boot conveyor belt (24) are connected to the carton distribution table (3). The carton allocation line (14) passes through the bottom of the carton allocation table (3). The carton sealing production line (4) is connected to the outlet end of the carton allocation line (14).
4. A clothing packaging, distribution, and boxing system according to claim 3, characterized in that, The compartment buffer (13) is provided with several compartments (131) arranged in columns. Different compartments (131) are filled with cartons of different sizes. Several carton openers (11) are installed. The number of carton openers (11) corresponds to the number of compartments (131).
5. A clothing packaging, distribution, and boxing system according to claim 3, characterized in that, The opened box distribution line (12) is installed horizontally, and the outlet end of all the box openers (11) is connected to the opened box distribution line (12). There are several box distribution buffers (13), and the several box distribution buffers (13) are arranged in parallel along the length of the opened box distribution line (12). Each box distribution buffer (13) is equipped with a carton distribution line (14) and a packing distribution table (3).
6. A clothing packaging, distribution, and boxing system according to claim 3, characterized in that, The order distribution line (21) includes a circulating conveyor belt (211), which is equipped with a main input rod (212) and several order distribution rods (213). Each order distribution rod (213) can only receive all the clothing items of the same order at a time.
7. A clothing packaging, distribution, and boxing system according to claim 3, characterized in that, Each of the packing and distribution stations (3) is equipped with a folding worktable (22), a horizontal packaging machine (23), and a shoe conveyor belt (24). The packing and distribution station (3) has a first distribution station (31) and a second distribution station (32) on its surface. The first distribution station (31) is connected to the outlet end of the horizontal packaging machine (23), and the second distribution station (32) is connected to the outlet end of the shoe conveyor belt (24). A first receiving position (141) and a second receiving position (142) are set along the conveying direction of the carton distribution line (14). The first distribution station (31) and the first receiving position (141) are arranged vertically and vertically, and the second distribution station (32) and the second receiving position (142) are arranged vertically and vertically.
8. A clothing packaging, distribution, and boxing system according to claim 7, characterized in that, Both the first distribution station (31) and the second distribution station (32) are equipped with flap double doors (33), and a clothing pusher (34) is installed between the first distribution station (31) and the second distribution station (32).
9. A clothing packaging, distribution, and boxing system according to claim 3, characterized in that, The carton sealing production line (4) includes a sealing conveyor line (41), a receiving bus (42), and a receiving branch line (43). The receiving bus (42) is installed horizontally, and its outlet end is connected to the sealing conveyor line (41). The number of receiving branch lines (43) is set according to the number of carton buffer bins (13). The inlet end of the receiving branch line (43) is connected to the outlet end of the carton distribution line (14), and the outlet end of the receiving branch line (43) is connected to the receiving bus (42). A carton sealing machine (411) and a labeling machine (412) are installed sequentially along the output direction of the sealing conveyor line (41).