Card packaging method and system

Abstract

The application provides a card packaging method, which comprises the following steps: independently packing cards into card boxes with unique first bar codes according to different card combination strategies in different regions and / or different time periods, and obtaining information of the first bar codes of each card box; mapping the first bar codes and the box types to define the box types of the card boxes immediately after obtaining the information of the first bar codes; wherein the card combination strategies are one-to-one corresponding to the box types, the same box type has multiple card boxes and the card combinations are the same; packaging the card boxes of different box types in the same packaging equipment; obtaining the information of the first bar codes of the card boxes packaged by the packaging equipment, and separating the card boxes of different box types according to the mapping relationship between the first bar codes and the box types. By packaging the card boxes of different box types in the same packaging equipment, the visible differences in the appearances of the card boxes of different box types are eliminated, and the problem that the box types are disordered and cannot be identified during boxing caused by using the same packaging equipment is solved.

Description

Technical Field

[0001] This application relates to the field of toy manufacturing, and more particularly to a card packaging method and system. Background Technology

[0002] In current technology, when packaging game cards, different game cards are combined and placed into card boxes to form different box types, and each box type is sealed using an independent laminator. The boxes sealed by different laminators have slight differences in appearance, making them easily distinguishable by buyers. Summary of the Invention

[0003] To address at least one technical problem in the prior art, this application provides a card packaging method and system.

[0004] According to one aspect of this disclosure, a card packaging method is provided, comprising the following steps: In different regions and / or at different times, cards are independently packaged into card boxes with unique first barcodes according to different card combination strategies. The information of the first barcode for each card box is obtained, and a mapping relationship is immediately established between the first barcode and the box type to define the card box type. The card combination strategy corresponds one-to-one with the box type; multiple card boxes of the same type have the same card combination. Card boxes of different types are packaged in the same packaging device. The information of the first barcode of the packaged card boxes is then obtained. The process involves separating different box types based on the mapping relationship between the first barcode and the box type; manually matching box types according to the box type combination strategy and placing the card boxes layer by layer in the card box with the first barcode facing upwards. After placing each layer of card boxes, the information of the first barcode of all card boxes in that layer is obtained, and the number of card boxes of each type in all layers of the card box is counted based on the mapping relationship between the first barcode and the box type; the number of card boxes of each type in the card box is compared with the preset box type combination strategy to determine whether the box type and box type ratio of the card boxes in the card box are correct.

[0005] In some implementations, each card box has a unique second barcode on its surface, and the method further includes obtaining information about the second barcode of the card box and establishing a mapping relationship between the second barcode and the box type and the first barcode.

[0006] In some implementations, different card combination strategies are executed independently in different regions and at the same time, or different card combination strategies are executed sequentially in the same region and at different time. Different regions refer to different devices, and the same region refers to the same device.

[0007] In some implementations, the first barcode is a QR code.

[0008] According to another aspect of this disclosure, a card packaging system is provided, comprising: at least one boxing device adapted to pack card combinations into card boxes having unique first barcodes on their surfaces according to different card combination strategies; at least one first conveyor belt, each first conveyor belt corresponding to one boxing device, adapted to transport card boxes from the corresponding boxing device; at least one first barcode scanner, respectively disposed above each first conveyor belt, adapted to acquire information of the first barcode of the card box on the corresponding first conveyor belt; a sealing device adapted to seal multiple card boxes belonging to different box types, each box type corresponding to a card combination strategy, and multiple card boxes of the same box type with the same card combination; at least one second conveyor belt. The system comprises: a conveyor belt for transporting multiple card boxes of different types packaged by a packaging device; at least one second barcode scanner, respectively positioned above each second conveyor belt, for acquiring information about the first barcode of the card box on the second conveyor belt; at least one sorting mechanism for separating the card boxes on the second conveyor belt according to their box type based on the information about the first barcode acquired by the second barcode scanner; and a control system for acquiring information about the first barcode acquired by the first barcode scanner, establishing a mapping relationship between the first barcode and the box type, and storing this mapping relationship to define the box type of the card box. The control system is also suitable for acquiring information about the first barcode acquired by the second barcode scanner and generating control commands for the sorting mechanism based on the mapping relationship between the first barcode and the box type.

[0009] In some embodiments, the control system includes: a first control device connected to a first barcode scanner, the first control device being adapted to establish a mapping relationship between a first barcode and a box type to define the box type of the card box; and a second control device connected to a second barcode scanner, the second control device generating control instructions for the sorting mechanism based on the mapping relationship between the first barcode and the box type.

[0010] In some embodiments, there are multiple cartoning devices, a first conveyor belt, and a first barcode scanner, and each first barcode scanner is provided with a first control device.

[0011] In some embodiments, the sorting mechanism includes multiple sorting conveyors spaced apart along the conveying direction of the second conveyor belt and a rotating pushing device corresponding to the junction of each sorting conveyor belt and the second conveyor belt. Multiple second barcode scanners and multiple second control devices are provided, with each sorting conveyor belt corresponding to one second barcode scanner and one second control device. The second control device compares the barcode information collected by the corresponding second barcode scanner, the preset box type to be sorted by the second control device, and the mapping relationship between the first barcode and the box type. When the collected barcode information matches the preset mapping relationship, it issues an action command to the rotating pushing device. The rotating pushing device is adapted to transfer the card box on the second conveyor belt to the corresponding sorting conveyor belt according to the action command.

[0012] In some implementations, a third barcode scanner is also included, which is adapted to obtain information about the first barcode of each layer of card boxes in the card box. The control system also includes a third computing device, which is adapted to count the number of card boxes of various types in the card box according to the mapping relationship between the first barcode and the box type, and compare the number of card boxes of each type in the card box with a preset box type combination strategy to determine whether the box type and quantity of card boxes in the card box are qualified.

[0013] In some implementations, the third barcode scanner is a handheld barcode scanner.

[0014] This invention uses the same packaging equipment to package card boxes of different types, eliminating the visual differences in appearance between card boxes of different types, and solving the problem that the box types are disordered and cannot be identified during packing when using the same packaging equipment. Attached Figure Description

[0015] Figure 1 The card packaging method in some embodiments of this disclosure is illustrated schematically.

[0016] Figure 2 The card packaging method in some other embodiments of this disclosure is illustrated schematically.

[0017] Figure 3 The diagram illustrates a boxing method in a card packaging method according to other embodiments of the present disclosure.

[0018] Figure 4 The card packaging system of some embodiments of the present disclosure is illustrated schematically. Detailed Implementation

[0019] The specific embodiments of this disclosure will be described in detail below with reference to the accompanying drawings. It should be understood that the specific embodiments described herein are for illustration and explanation only and are not intended to limit this disclosure.

[0020] In this disclosure, unless otherwise stated, directional terms such as "inner" and "outer" refer to the inner and outer contours of the corresponding components; "far" and "near" refer to the corresponding structure or component being away from or near another structure or component. Furthermore, the terms "first," "second," etc., used in this disclosure are for distinguishing one element from another and do not have sequential or importance implications. Additionally, in the following description, when referring to the accompanying drawings, unless otherwise explained, the same reference numerals in different drawings denote the same or similar elements. The above definitions are for explanation and illustration only and should not be construed as limiting this disclosure.

[0021] According to one aspect of this disclosure, a card packaging method is provided, such as... Figure 1 As shown, the method includes steps S10 to S30.

[0022] Step S10: In different regions and / or at different times, cards are independently placed into card boxes with a unique first barcode on the surface according to different card combination strategies, and the information of the first barcode of each card box is obtained. After obtaining the information of the first barcode, the first barcode is immediately mapped to the box type to define the box type of the card box. The card combination strategy corresponds one-to-one with the box type. The same box type has multiple card boxes with the same card combination.

[0023] Card combo strategy can refer to the types of cards included in a card box and the quantity of each type. Taking cards as an example, card combo strategy refers to the types of cards included in a card box and the quantity of each type.

[0024] Card combination strategies correspond one-to-one with card box types. That is, all card boxes using the same card combination strategy belong to the same box type, while card boxes using different card combination strategies belong to different box types. For example, combining one A card and three B cards into a card box will result in the first box type, while combining one A card, one B card, and four C cards into a card box will result in the second box type. The first and second box types are different box types.

[0025] Each card box has a unique first barcode on its surface. Preferably, the first barcode is a QR code. In other embodiments, the first barcode may also be a barcode.

[0026] In some embodiments, cards are independently placed into card boxes with unique first barcodes on their surfaces in different areas according to different card combination strategies, and the information of the first barcode of each card box is obtained. After obtaining the information of the first barcode, a mapping relationship is immediately established between the first barcode and the box type to define the box type of the card box.

[0027] Different areas can refer to different devices. For example, on a first device, cards are packaged according to a first card combination strategy. All resulting card boxes belong to the first box type. A first information collection device collects the information of the first barcode on the surface of each card box, instantly establishing a mapping relationship between the first barcode information and the first box type. On a second device, cards are packaged according to a second card combination strategy. All resulting packages belong to the second box type. A second information collection device collects the information of the first barcode on the surface of each card box, instantly establishing a mapping relationship between the first barcode information and the second box type. By independently executing different card combination strategies in different areas, confusion and difficulty in identification of different box types during the boxing stage can be prevented. The mapping relationship between the first barcode and the box type can be established using computing software. This mapping relationship is stored locally and / or in the cloud. Card boxes are categorized into different box types, meaning each box type represents a card combination strategy. Computer software can retrieve the mapping relationship between the first barcode and the box type based on the first barcode information on the surface of the card box to determine the box type.

[0028] In some embodiments, cards can be independently placed into card boxes with a unique first barcode on the surface at different time periods according to different card combination strategies, and the information of the first barcode of each card box can be obtained. After obtaining the information of the first barcode, the first barcode is immediately mapped to the box type to define the box type of the card box.

[0029] For example, on the same packaging and information collection equipment, different card combination strategies can be executed sequentially at different times. More specifically, in the first time period, the first equipment is used to package cards according to the first card combination strategy, and all the resulting packages belong to the first box type. The first information collection equipment collects the information of the first barcode on the surface of each card box, and immediately establishes a mapping relationship between the information of the first barcode and the first box type. In the second time period, which is later than the first time period, the first equipment is used to package cards according to the second card combination strategy, and all the resulting packages belong to the second box type. The first information collection equipment collects the information of the first barcode on the surface of each card box, and immediately establishes a mapping relationship between the information of the first barcode and the second box type.

[0030] In some embodiments, different card combination strategies are executed independently in different regions and at the same time, where different regions refer to different devices. This embodiment is suitable for situations where there is a sufficient number of devices. Simultaneously packing different box types in multiple regions (or on multiple devices) facilitates efficient production.

[0031] In some embodiments, different card combination strategies are executed sequentially in the same area and at different time periods, where the same area refers to the same device. This embodiment is applicable when the number of devices is insufficient.

[0032] Step S20: Package card boxes of different types on the same packaging device.

[0033] In some embodiments, the packaging equipment may be a plastic sealer, which is used to wrap a plastic film on the surface of a card box.

[0034] In step S20, the card boxes produced in step S10 are packaged using the same packaging equipment without distinguishing between box types. Since all box types are packaged on the same equipment, subtle differences in the plastic sealing of different box types are eliminated, making it difficult for buyers to distinguish the visible differences in the surface plastic sealing of different box types, thereby avoiding damage to the fun and randomness of the cards.

[0035] S30: Obtain the information of the first barcode of the card box packaged by the packaging equipment, and separate different box types according to the mapping relationship between the first barcode and the box type.

[0036] After being packaged by the same packaging equipment, card boxes of different types are mixed together, making it difficult to distinguish the box types during subsequent packing. In this embodiment, the unique first barcode on the surface of the card box and the mapping relationship established in step S10 can distinguish the box types to which different card boxes belong. For example, by scanning the first barcode on the surface of the card box, and using the mapping relationship established in step S10, the first barcode is quickly matched with the box type, thereby identifying the box type to which the card box belongs.

[0037] In some embodiments, such as Figure 2 As shown, the card packaging method further includes step S40: manually matching card types according to a box type combination strategy and packing card boxes of various box types into a card box according to a preset box type combination strategy. The box type combination strategy includes the types of box types contained in each card box and the quantity of each type of box. For example, the box type combination strategy could be that the card box can have n1 card boxes of the first box type, n2 card boxes of the second box type, and n3 card boxes of the third box type. Step S40 is performed manually.

[0038] In some embodiments, such as Figure 3 As shown, step S40 further includes: S41: Place the card boxes into the card box layer by layer with the first barcode facing up. After each layer of card boxes is placed, obtain the information of the first barcode of all card boxes in that layer, and count the number of card boxes of various types in all layers of the card box according to the mapping relationship between the first barcode and the box type. S42: Compare the number of card boxes of each type in the card box with the preset box combination strategy to determine whether the type and number of card boxes in the card box are qualified.

[0039] Preferably, the card boxes are manually arranged according to the box type combination strategy and placed layer by layer in the card box with the first barcode facing up. After each layer of card boxes is placed, the information of the first barcode of all card boxes in that layer is obtained, and the number of card boxes of various types in all layers of the card box is counted based on the mapping relationship between the first barcode and the box type.

[0040] Manually matching and packing card boxes of various types into card cartons according to a preset box type combination strategy is a common practice. However, automated online box matching and packing on an assembly line has drawbacks. Because of variations in the quantity of different box types, once the majority of card boxes are ready, the smaller quantities must be packed, causing a production mismatch. This invention solves the problem of mismatched production rhythm by manually matching and packing the sorted card boxes according to the box type combination strategy.

[0041] When placing card boxes containing card combinations into a card box, first place the first layer of card boxes at the bottom of the card box, keeping the first barcode of each card box facing upwards. Then scan the first barcode of each card box in the first layer. Next, place the second layer of card boxes on top of the first layer, keeping the first barcode of each card box facing upwards, and then scan the second barcode of the second layer. Continue in this manner, with the number of card box layers in each card box selected as needed. In some embodiments, the number of card box layers in a card box is two or more.

[0042] The number of card boxes of various box types in the card box is counted based on the mapping relationship between the first barcode and the box type. For example, after obtaining each first barcode, the corresponding box type is determined according to the mapping relationship, and then the number of card boxes of the corresponding box type is increased by one, until the first barcodes of all card boxes in the card box have been counted.

[0043] In step S42, the number of card boxes of each type in the card box is compared with a preset box combination strategy to determine whether the box types and box ratios in the card box are qualified. Box ratio refers to the types of boxes and their corresponding quantities. If the number of card boxes of each type in the card box is the same as the preset box combination strategy, the packaging of the card box is qualified. If the number of card boxes of each type in the card box is different from the preset box combination strategy, the packaging of the card box is unqualified and needs to be repacked. This embodiment overcomes the errors that may occur with manual box matching and packing by using layer-by-layer barcode scanning and automatic judgment.

[0044] In some embodiments, each card box has a unique second barcode on its surface. The method further includes acquiring information from the second barcode of the card box and establishing a mapping relationship between the second barcode and the box type and the first barcode. By establishing the second barcode of the card box, the box type, and the first barcode of the card box, the cards in each card box are traceable. Specifically, by scanning the second barcode of the card box, and using the mapping relationship between the second barcode, the box type, and the first barcode, it is possible to query which box types are in the card box, the quantity of each box type, and the first barcode corresponding to each card box.

[0045] According to another aspect of this disclosure, a card packaging system is provided. For example... Figure 4 As shown, the card packaging system includes: At least one boxing device 1, which is adapted to pack card combinations into card boxes with a unique first barcode on the surface according to different card combination strategies; At least one first conveyor belt 2, each first conveyor belt 2 corresponding to a boxing device 1, suitable for conveying card boxes from the corresponding boxing device 1; At least one first barcode scanner 3 is respectively disposed above each first conveyor belt 2, and is suitable for acquiring information of the first barcode of the card box on the corresponding first conveyor belt 2; A packaging device 4 is suitable for packaging multiple card boxes of different types. Each type of box corresponds to a card combination strategy. The same type of box has multiple card boxes with the same card combination. At least one second conveyor belt 5, the second conveyor belt 5 being adapted to transport multiple card boxes of different types that are packaged by the packaging device 4; At least one second barcode scanner 6 is respectively disposed above each second conveyor belt 5. The second barcode scanner 6 is used to obtain information of the first barcode of the card box on the second conveyor belt 5. At least one sorting mechanism 7 is adapted to separate the card boxes on the second conveyor belt 5 according to the box type based on the information of the first barcode collected by the second barcode scanner 6. The control system is adapted to acquire the information of the first barcode collected by the first barcode scanner 3, establish a mapping relationship between the first barcode and the box type and store it to define the box type of the card box. The control system is also adapted to acquire the information of the first barcode collected by the second barcode scanner 6 and generate control instructions for the sorting mechanism 7 according to the mapping relationship between the first barcode and the box type.

[0046] For example, the card packing device 1 can be a device that takes multiple cards according to a preset card combination strategy and packs them into a card box.

[0047] In some embodiments, the system includes multiple cartoning devices 1, multiple first conveyor belts 2 corresponding one-to-one with the multiple cartoning devices 1, and a first barcode scanner 3 disposed above each first conveyor belt 2. In this embodiment, the multiple cartoning devices 1 and the multiple first barcode scanners 3 can independently perform cartoning tasks and first barcode scanning tasks according to different card combination strategies at the same time period, realizing simultaneous production of multiple box types and improving production efficiency.

[0048] On the first conveyor belt 2, the first barcode of the card box faces upwards so that the first barcode scanner 3 can scan the first barcode of the card box.

[0049] The packaging equipment 4 can be a plastic sealer. Multiple card boxes of different types are sealed by the same plastic sealer, eliminating the subtle differences in the plastic sealing of card boxes of different types. This makes it difficult for buyers to distinguish the differences in plastic sealing between different types of boxes, thereby avoiding damage to the fun and randomness of the cards.

[0050] Card boxes containing card combinations produced by multiple cartoning devices 1 are transferred to packaging device 4. For example, the card boxes can be automatically transferred to packaging device 4 via a conveyor belt, or the card boxes can be manually transferred to packaging device 4 using tools such as trolleys. Optionally, multiple first conveyor belts 2 converge into a main conveyor belt 10, so that the card boxes containing card combinations produced by multiple cartoning devices 1 converge into the main conveyor belt, and are then automatically transferred to packaging device 4 via the main conveyor belt 10.

[0051] Card boxes are packaged together by the same packaging equipment 4 without distinguishing their box types, resulting in a mixture of card boxes of different types. A sorting mechanism 7 can separate the packaged card boxes of different types. Specifically, card boxes are conveyed via a second conveyor belt 5, and a second barcode scanner 6 scans the first barcode on each card box on the second conveyor belt 5. Since the first barcode establishes a mapping relationship with the box type, the box type can be identified using the information from the first barcode. The sorting mechanism 7, located along the second conveyor belt 5, then sorts the card boxes on the second conveyor belt 5 according to their box type.

[0052] The control system can establish and store a mapping relationship between the first barcode of the card box and the box type after the cards are boxed, so as to define the box type of the card box. It can also use the mapping relationship between the first barcode and the box type to identify the box type to which the card box belongs during the sorting process.

[0053] In some embodiments, the control system includes a first control device 8 and a second control device 9. The first control device 8 is connected to a first barcode scanner 3 and is adapted to establish a mapping relationship between the first barcode and the box type to define the box type of the card box. The second control device 9 is connected to a second barcode scanner 6 and generates control instructions for the sorting mechanism 7 according to the mapping relationship between the first barcode and the box type.

[0054] The first control device 8 and the second control device 9 are networked devices that run control software respectively. The first control device 8 can establish a mapping relationship between the information of the first barcode collected by the first barcode scanner 3 and the box type name through software, and save the mapping relationship locally and / or on a server. The second control device 9 can call the mapping relationship according to the information of the first barcode collected by the second barcode scanner 6, thereby identifying the box type of the card box on the second conveyor belt 5, and generating control instructions for the sorting structure accordingly.

[0055] The first control device 8 and the second control device 9 also support the visual display of the box type name and the number of card boxes for each type.

[0056] For example, the first control device 8 and the second control device 9 can be an industrial computer, a computer or a PLC controller.

[0057] In some embodiments, the sorting mechanism 7 includes multiple sorting conveyor belts 11 spaced apart along the conveying direction of the second conveyor belt 5, and a rotating pusher device 12 corresponding to the junction of each sorting conveyor belt 11 and the second conveyor belt 5. Multiple second barcode scanners 6 and multiple second control devices 9 are provided, with each sorting conveyor belt 11 corresponding to one second barcode scanner 6 and one second control device 9. The second control device 9 compares the barcode information of the card box collected by the corresponding second barcode scanner 6, the preset box type to be sorted by the second control device 9, and the mapping relationship between the first barcode and the box type. When the collected barcode information matches the mapping relationship, it sends an action command to the rotating pusher device 12. The rotating pusher device 12 is adapted to transfer the card box on the second conveyor belt 5 to the corresponding sorting conveyor belt 11 according to the action command. The card box types output from the packaging device 4 are shuffled, and the sorting mechanism 7 can separate card boxes of different types. Each second computing device 9 pre-stores a box type corresponding to the rotating pusher device 12 that needs to be sorted. Each second barcode scanner 6 and rotating pusher 12 corresponds to a sorting point. When a card box on the second conveyor belt 5 is transported to a sorting point, the second barcode scanner 6 collects the first barcode information on the card box. The second control device 9 corresponding to the second barcode scanner 6 immediately compares the collected first barcode information, the pre-stored box type to be sorted in the corresponding second control device 9, and the mapping relationship between the first barcode and the box type. If the collected first barcode information matches the pre-stored box type to be sorted according to the mapping relationship, the second control device 9 sends an action command to the rotating pusher 12, causing the rotating pusher 12 to push the card box onto the corresponding sorting conveyor belt 11. If the collected first barcode information does not match the pre-stored box type to be sorted according to the mapping relationship, the rotating pusher 12 will not operate, and the card box continues to move to the next sorting point for judgment and sorting.

[0058] In some embodiments, the system further includes a third barcode scanner, which is adapted to obtain information about the first barcode of each layer of card boxes within the card box. The control system is also adapted to count the number of card boxes of various box types within the card box based on the mapping relationship between the first barcode and the box type, and to compare the number of card boxes of each box type within the card box with a preset box type combination strategy to determine whether the box type and quantity of card boxes within the card box are qualified. The third barcode scanner and the control system in this embodiment work together to automatically perform the card box packing inspection operation.

[0059] Furthermore, the control system may include a third computing device, which runs control software and can be networked. After acquiring the first barcode information of the card boxes inside the card box collected by the third barcode scanner, the software running on the third computing device can call the mapping relationship between the first barcode and the box type, count the number of card boxes of various box types, and compare it with a preset packing scheme to verify whether the packing is correct. The third computing device is connected to the third barcode scanner and is suitable for acquiring the first barcode information of the card boxes obtained by the third barcode scanner. For example, the third computing device can be an industrial control computer, a computer, or a PLC controller.

[0060] In some implementations, the third barcode scanner is a handheld scanner. This handheld scanner is suitable for manually scanning the first barcode of each layer of the card box during manual packing.

[0061] In some embodiments, the control system includes a storage module that can be used to store information about the first barcode, the box type, information about the second barcode, and their mapping relationships. The information about the first barcode, the box type, the second barcode, and their mapping relationships can be retrieved as needed.

[0062] The preferred embodiments of the present disclosure have been described in detail above with reference to the accompanying drawings. However, the present disclosure is not limited to the specific details of the above embodiments. Within the scope of the technical concept of the present disclosure, various simple modifications can be made to the technical solutions of the present disclosure, and these simple modifications all fall within the protection scope of the present disclosure.

[0063] It should also be noted that the various specific technical features described in the above specific embodiments can be combined in any suitable manner without contradiction. In order to avoid unnecessary repetition, this disclosure will not describe the various possible combinations separately.

[0064] Furthermore, various different embodiments of this disclosure can be combined in any way, as long as they do not violate the spirit of this disclosure, they should also be regarded as the content disclosed in this disclosure.

Claims

1. A card packaging method, characterized in that, Includes the following steps: In different regions and / or at different times, cards are independently placed into card boxes with a unique first barcode on the surface according to different card combination strategies, and the information of the first barcode of each card box is obtained. After obtaining the information of the first barcode, the first barcode is immediately mapped to the box type to define the box type of the card box. The card combination strategy corresponds one-to-one with the box type. There are multiple card boxes of the same box type and the card combination is the same. The card boxes of different types are packaged in the same packaging device; Obtain information about the first barcode of the card box packaged by the packaging device, and separate different box types according to the mapping relationship between the first barcode and the box type; The card boxes are arranged in a card box layer by layer according to the box type combination strategy and the first barcode is placed face up. After each layer of card boxes is placed, the information of the first barcode of all card boxes in that layer is obtained. Based on the mapping relationship between the first barcode and the box type, the number of card boxes of each type in all layers of the card box is counted. The number of card boxes of each type in the card box is compared with the preset card box combination strategy to determine whether the card box type and the card box ratio in the card box are correct.

2. The card packaging method according to claim 1, characterized in that, Each card box has a unique second barcode on its surface. The method further includes acquiring information about the second barcode of the card box and establishing a mapping relationship between the second barcode and the box type and the first barcode.

3. The card packaging method according to claim 1, characterized in that, Different card combination strategies can be executed independently in different regions and at the same time, or different card combination strategies can be executed sequentially in the same region and at different time. The different regions refer to different devices, and the same region refers to the same device.

4. The card packaging method according to claim 1, characterized in that, The first barcode is a QR code.

5. A card packaging system, characterized in that, include: At least one boxing device, said boxing device being adapted to pack card combinations into card boxes with a unique first barcode on the surface, according to different card combination strategies; At least one first conveyor belt, each first conveyor belt corresponding to one of the cartoning devices, adapted to transport card boxes from the corresponding cartoning device; At least one first barcode scanner is respectively disposed above each first conveyor belt, and is adapted to acquire information of the first barcode of the card box on the corresponding first conveyor belt; A packaging device is suitable for packaging multiple card boxes of different types, each type of box corresponding to a card combination strategy, and multiple card boxes of the same type with the same card combination. At least one second conveyor belt, the second conveyor belt being adapted to transport multiple card boxes of different types that are packaged by the packaging equipment; At least one second barcode scanner is respectively disposed above each of the second conveyor belts, and the second barcode scanner is adapted to acquire information of the first barcode of the card box on the second conveyor belt; At least one sorting mechanism, the sorting mechanism being adapted to separate the card boxes on the second conveyor belt according to the box type based on the information of the first barcode collected by the second barcode scanner; The control system is adapted to acquire information of the first barcode collected by the first barcode scanner, establish a mapping relationship between the first barcode and the box type, and store it to define the box type of the card box. The control system is also adapted to acquire information of the first barcode collected by the second barcode scanner and generate control instructions for the sorting mechanism according to the mapping relationship between the first barcode and the box type.

6. The card packaging system according to claim 5, characterized in that, The control system includes: A first control device is connected to the first barcode scanner. The first control device is adapted to establish a mapping relationship between the first barcode and the box type to define the box type of the card box. A second control device is connected to the second barcode scanner. The second control device generates control instructions for the sorting mechanism based on the mapping relationship between the first barcode and the box type.

7. The card packaging system according to claim 6, characterized in that, The boxing equipment, the first conveyor belt, and the first barcode scanner are each provided in multiple units, and each first barcode scanner is provided with a corresponding first control device.

8. The card packaging system according to claim 6, characterized in that, The sorting mechanism includes multiple sorting conveyors spaced apart along the conveying direction of the second conveyor belt, and a rotating pushing device corresponding to the connection point between each sorting conveyor belt and the second conveyor belt. There are multiple second barcode scanners and multiple second control devices, with one second barcode scanner and one second control device corresponding to each sorting conveyor belt. The second control device compares the barcode information collected by the second barcode scanner, the preset box type to be sorted by the second control device, and the mapping relationship between the first barcode and the box type. When the collected barcode information matches the preset mapping relationship, it sends an action command to the rotating push device. The rotating pusher is adapted to transfer the card box on the second conveyor belt to the corresponding sorting conveyor belt according to the action command.

9. The card packaging system according to claim 7, characterized in that, It also includes a third barcode scanner, which is adapted to obtain information about the first barcode of each layer of the card box within the card box. The control system further includes a third computing device, which is adapted to count the number of card boxes of various box types in the card box according to the mapping relationship between the first barcode and the box type, and compare the number of card boxes of each box type in the card box with a preset box type combination strategy to determine whether the box type and quantity of the card boxes in the card box are qualified.

10. The card packaging system according to claim 9, characterized in that, The third barcode scanner is a handheld barcode scanner.

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