Artificial intelligence medical logistics distribution management method for realizing commodity self-taking

Abstract

The invention relates to an artificial intelligence medical logistics distribution management method for realizing commodity self-taking, and the method comprises the steps: distributing a medical product purchased by a purchaser to a self-taking point counter at a distribution position designated by the purchaser through a distribution resource selected by a server instruction, and enabling the server to respond to the information, fed back by a medical product distribution terminal, of the medical product entering the counter, the server sends self-taking information to a purchaser terminal of the medical product, the server sends a self-taking cooperation instruction cooperating with self-taking of the user to the self-taking point counter based on self-taking permission authorization operation fed back by the purchaser terminal of the medical product, and the self-taking point counter verifies the legal identity of a receiver; the medical products purchased by the purchaser and temporarily stored in the container are sorted out and output to the current pick-up person, and the pick-up point container feeds back the information that the medical products are taken away to the server side for managing distribution of the medical products. Therefore, the distribution requirement of the user for commodity self-taking of the purchased medical product is met, verification of the self-taking identity and authority of the user is also realized, and the commodity self-taking safety of the medical product is ensured.

Description

Technical Field

[0001] The present invention relates to the field of logistics and distribution, and in particular to an artificial intelligence medical logistics and distribution management method that enables self-collection of goods. Background Art

[0002] With the continuous development of the logistics and express delivery industry, especially the same-city food delivery business, medical supplies as a special form of commodity have gradually been integrated into the same-city food delivery business, making medical logistics distribution a new form of logistics distribution that better meets people's needs for self-pickup of medical supplies under special circumstances.

[0003] However, the existing medical logistics distribution management method has shortcomings: after the user completes the order operation of the selected medical supplies through his terminal device, the medical supplies ordering platform will send the relevant medical supplies delivery information to the user's terminal device, and then the delivery person will deliver the medical supplies to the receiving address left by the purchaser. However, if it is inconvenient for the recipient to pick up the medical supplies in person at the retained receiving address, the delivery efficiency will be reduced. Not only that, after the recipient provides the pickup code originally sent to the purchaser's terminal, the delivery person will not further verify whether the recipient has the authority to pick up the current medical supplies, but will directly hand over the medical supplies to the recipient who provided the pickup code. This will undoubtedly lead to the recipient pretending to pick up the medical supplies because the identity of the recipient and the self-collection authority have not been verified, which reduces the delivery safety of medical supplies. Summary of the Invention

[0004] The technical problem to be solved by the present invention is to provide an artificial intelligence medical logistics distribution management method for self-pickup of goods based on the above-mentioned existing technology.

[0005] The technical solution adopted by the present invention to solve the above technical problems is: to realize the artificial intelligence medical logistics distribution management method for self-collection of goods, which is characterized by comprising the following steps:

[0006] The server responds to the medical supplies purchase operation of the medical supplies purchaser and instructs the selected delivery resource to deliver the medical supplies purchased by the purchaser to the pickup point container at the delivery location specified by the purchaser;

[0007] The server responds to the information that the medical supplies have been put into the container fed back by the medical supplies delivery terminal, and sends a self-pickup message to the purchaser terminal of the medical supplies; wherein the self-pickup message includes a self-pickup code and a corresponding shelf number;

[0008] The server responds to the self-pickup authorization operation fed back by the medical supply purchaser terminal and sends a self-pickup cooperation instruction for cooperating with the user to the self-pickup point container; wherein the self-pickup cooperation instruction includes self-pickup information corresponding to the medical supply;

[0009] After the self-collection point container responds to the self-collection cooperation instruction and verifies the legal identity of the picker, it sorts out the medical supplies purchased by the purchaser and temporarily stored in the container and outputs them to the current picker;

[0010] The self-pickup point container feeds back the information that the medical supplies have been taken away to the server that manages the distribution of medical supplies.

[0011] Improved, in the method for implementing artificial intelligence medical logistics distribution management for self-pickup of goods, the server instructs the selected distribution resources to deliver the medical supplies purchased by the purchaser to the self-pickup point container at the delivery location specified by the purchaser using a collaborative distribution method; wherein the collaborative distribution method includes the following steps:

[0012] Step a1: The server pre-stores information of multiple distribution resources responsible for the distribution of medical supplies and establishes a communication connection with each distribution resource;

[0013] Step a2: The server extracts the recipient address and scheduled delivery time stored in the medical supplies shopping operation, and uses the recipient address as the delivery address to be coordinated;

[0014] Step a3: The server obtains the delivery capacity of each delivery resource at the scheduled delivery time;

[0015] Step a4: The server determines whether the first delivery resource it has initially selected has the independent delivery capability to deliver the medical supplies corresponding to the delivery address to be coordinated at the scheduled delivery time.

[0016] If the first delivery resource has the independent delivery capability, the server instructs the first delivery resource to independently deliver the medical supplies corresponding to the delivery address to be coordinated; otherwise, the process proceeds to step a5;

[0017] In step a5, the server marks all delivery resources except the first delivery resource among the multiple delivery resources as to-be-selected delivery resources, obtains the delivery information of each to-be-selected delivery resource that has been scheduled for delivery at the scheduled delivery time, and extracts the delivery address from each delivery information;

[0018] Step a6: The server checks whether the delivery address to be coordinated exists among the delivery addresses of all the delivery resources to be selected.

[0019] If the delivery address to be coordinated exists, the server selects the delivery resource with the delivery information corresponding to the delivery address to be coordinated as the preferred delivery resource, and proceeds to step a7. Otherwise, the server instructs the first delivery resource to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently if it has independent delivery capabilities.

[0020] Step a7: The server determines whether the preferred delivery resource has the delivery capability to deliver the medical supplies corresponding to the delivery address to be coordinated:

[0021] When the delivery capability is available, the server instructs the first delivery resource to transfer the medical supplies corresponding to the delivery address to be coordinated to the preferred delivery resource for collaborative delivery; otherwise, the server instructs the first delivery resource to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently when it has the independent delivery capability.

[0022] Further improved, in this invention, the method for realizing artificial intelligence medical logistics distribution management for self-collection of goods further includes:

[0023] When the server determines that the first delivery resource needs to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently when it has independent delivery capabilities, the server sends delayed delivery confirmation information to the purchaser;

[0024] The server makes a judgment based on the feedback from the purchaser terminal regarding the delayed delivery confirmation information:

[0025] When the buyer confirms to accept the delayed delivery, the server sends a notification message to the first delivery resource that the buyer has confirmed the delayed delivery; otherwise, the server prompts the buyer to cancel the current order for the purchased medical supplies.

[0026] Improved, in the method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods, in step a4, the preliminary selection process of the first distribution resource includes the following steps:

[0027] Step b1: The server obtains the order time and the delivery address of the medical supplies;

[0028] Step b2: the server obtains the real-time locations of the multiple delivery resources at the time of order placement;

[0029] In step b3, the server makes a selection based on the acquired medical supply delivery address and the real-time locations of the delivery resources: the delivery resource closest to the medical supply delivery address is selected as the first delivery resource preliminarily selected.

[0030] Further improvement, in the method for realizing the artificial intelligence medical logistics distribution management of self-pickup of goods, the process of verifying the legal identity of the pick-up person at the self-pickup point container includes the following steps:

[0031] The self-pickup point container prompts the picker to enter the self-pickup information within a first preset time period;

[0032] The self-collection point container determines whether the pick-up person has entered the correct self-collection information within a first preset time period:

[0033] When the correct self-pickup information is not entered within the first preset time period, the self-pickup point container prompts the picker with a message indicating that the identity verification has failed; otherwise, the self-pickup point container preliminarily determines that the identity verification of the current picker is legal.

[0034] Improved, in the method for realizing the artificial intelligence medical logistics distribution management of self-pickup of goods, after the self-pickup point container preliminarily determines that the identity verification of the current picker is legal, it also includes:

[0035] The pickup point container sends a secondary identity verification request to the server;

[0036] The server responds to the current request of the self-collection point cabinet and generates a secondary identity verification code, and simultaneously sends the secondary identity verification code to the self-collection point cabinet and the purchaser terminal performing the medical supplies shopping operation;

[0037] The self-pickup point container prompts the picker to enter the secondary identity verification code sent by the server within a second preset time period;

[0038] The self-collection point container determines whether the picker enters the correct self-collection information within the second preset time period:

[0039] When the correct self-pickup information is not entered within the second preset time period, the self-pickup point container prompts the picker with a prompt message that the identity secondary verification has failed; otherwise, the self-pickup point container determines that the current picker's identity verification is legal.

[0040] Further improvement, in this invention, the method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods also includes:

[0041] The self-pickup point container collects a delivery resource's release action image when placing the medical supplies into the container, obtains the release action image, and sends the release action image to the server;

[0042] The self-pickup point container collects a pickup action image of the medical product at the moment the picker takes the medical product, and sends the pickup action image to the server;

[0043] The server sends the received placing action image and picking action image of the same medical product to the buyer terminal of the buyer corresponding to the medical product.

[0044] Furthermore, in this invention, the method for realizing artificial intelligence medical logistics distribution management for self-collection of goods also includes:

[0045] Step c1: When the distribution resource requests to open the self-collection point container, the container prompts the user to enter the order information of the medicines to be placed.

[0046] Step c2: The self-service pickup point container makes a judgment based on whether the input medicine order information is received:

[0047] When received, the self-service container will send the received order information to the server for verification; otherwise, the self-service container will prompt to refuse to open the current container;

[0048] Step c3: The server performs matching processing based on the order information sent from the pickup point container:

[0049] When the order information is consistent with the stored order information, the server instructs the self-pickup point container to open the container for the current delivery resource; otherwise, the server instructs the self-pickup point container to refuse to open the container for the current delivery resource.

[0050] Improved, in the method for implementing the artificial intelligence medical logistics distribution management of self-pickup of goods, when the server determines that the order information is consistent with the stored order information, and before instructing the self-pickup point container to open the container for the current distribution resource, it also includes:

[0051] Step d1, the server obtains the container location of the self-pickup point container and the delivery location in the order information;

[0052] Step d2: The server performs security verification based on the acquired container location and delivery location:

[0053] When the distance between the container location and the delivery location is within the preset safety distance range, the server instructs the pickup point container to open the container for the current delivery resource; otherwise, the process goes to step d3;

[0054] Step d3: the server sends the container location to the recipient terminal corresponding to the order information as a container location confirmation reply;

[0055] In step d4, the server processes the container location confirmation response fed back by the recipient terminal:

[0056] When the container location is confirmed, the server instructs the pickup point container to open the container for the current delivery resource; otherwise, the server instructs the pickup point container to refuse to open the container for the current delivery resource and proceeds to step d5;

[0057] In step d5, the server selects an idle pickup point container that is closest to the delivery location, and sends the selected pickup point container location to the delivery resource rejected by the current pickup point container.

[0058] Improved, in this invention, the method for realizing artificial intelligence medical logistics distribution management for self-collection of goods further includes:

[0059] After receiving the medical supply order, the medical supply seller terminal generates an external order tag and an internal order tag corresponding to the medical supply order; wherein the external order tag carries the external order number, and the internal order tag carries the internal order number, and the external order number and the internal order number correspond one to one;

[0060] The medical supply seller terminal sends the external order number and the internal order number for the medical supply order to the server;

[0061] The medical product seller affixes the external order label to the outer surface of the logistics packaging bag, and affixes the internal order label to the outer surface of the medical product packaging box; wherein the medical product packaging box is placed in the logistics packaging bag;

[0062] Furthermore, the server instructs the self-pickup point container to perform a medical supplies anti-substitution verification operation before opening the container for the current delivery resource, and after passing the medical supplies anti-substitution verification, the server instructs the self-pickup point container to open the container for the current delivery resource.

[0063] Compared with the existing technology, the advantages of the present invention are: the invention realizes the artificial intelligence medical logistics distribution management method of self-pickup of goods, which delivers the medical supplies purchased by the purchaser to the self-pickup point container at the delivery location specified by the purchaser through the distribution resources selected by the server instruction. The server responds to the information that the medical supplies have entered the container feedback from the medical supply distribution terminal and sends the self-pickup information to the purchaser terminal of the medical supplies. The server sends the self-pickup cooperation instruction to the self-pickup point container based on the self-pickup permission authorization operation feedback from the medical supply purchaser terminal. After the self-pickup point container verifies the legal identity of the picker, it sorts the medical supplies purchased by the purchaser and temporarily stored in the container and outputs them to the current picker. The self-pickup point container then feedbacks the information that the medical supplies have been taken away to the server end that manages the medical supply distribution. In this way, it not only meets the delivery needs of users for self-pickup of purchased medical supplies, but also realizes the verification of the user's self-pickup identity and authority, ensuring the safety of self-pickup of medical supplies.

[0064] Description of the attached figure

[0065] Figure 1 This is a flow chart of a method for implementing artificial intelligence medical logistics and distribution management for self-collection of goods in an embodiment of the present invention;

[0066] Figure 2 Schematic diagram of the collaborative distribution method in an embodiment of the present invention. DETAILED DESCRIPTION

[0067] The present invention will be described in further detail below with reference to the accompanying drawings and embodiments.

[0068] This embodiment provides a method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods. Figure 1 As shown, the method for implementing the artificial intelligence medical logistics distribution management method for self-collection of goods in this embodiment includes the following steps:

[0069] Step 1: The server responds to the purchaser's purchase request and instructs the selected delivery resource to deliver the purchased medical supplies to the pickup point container at the designated delivery location. In this embodiment, the delivery resource refers to the delivery person responsible for delivering the medical supplies, and the delivery person is someone who has registered their real-name information with the server.

[0070] Step 2: In response to the medical supply delivery terminal's feedback that the medical supplies have been loaded into the container, the server sends a self-pickup message to the purchaser's terminal of the medical supplies; the self-pickup message includes a self-pickup code and a corresponding shelf number; the purchaser's terminal of the medical supplies can be a mobile terminal or a PC terminal;

[0071] For example, as needed, some code segments for generating self-retrieval codes are as follows:

[0072]

[0073]

[0074] Step 3: In response to the self-pickup authorization operation fed back by the medical supply purchaser terminal, the server sends a self-pickup cooperation instruction to the self-pickup point container to facilitate the user's self-pickup; wherein the self-pickup cooperation instruction includes the self-pickup information corresponding to the medical supply;

[0075] Step 4: After the pickup point container responds to the pickup instruction and verifies the legal identity of the pickup person, it sorts out the medical supplies purchased by the purchaser and temporarily stored in the container and outputs them to the current pickup person;

[0076] Step 5: The pickup point container feeds back the information that the medical supplies have been taken away to the server that manages the distribution of medical supplies.

[0077] In the actual process of medical supply delivery, sometimes the delivery resources are unable to deliver the medicine orders they have undertaken due to various reasons. Therefore, in order to avoid this situation and deliver the medicines to the recipients in a timely manner, in the artificial intelligence medical logistics distribution management method for self-pickup of goods in this embodiment, the server will instruct the selected delivery resources to deliver the medical supplies purchased by the purchaser to the self-pickup point container of the delivery location specified by the purchaser using a collaborative delivery method. Among them, the collaborative delivery method includes the following steps a1 to a7:

[0078] Step a1: The server pre-stores information of multiple distribution resources responsible for the distribution of medical supplies and establishes a communication connection with each distribution resource;

[0079] Step a2: The server extracts the recipient address and scheduled delivery time stored in the medical supplies shopping operation, and uses the recipient address as the delivery address to be coordinated;

[0080] Step a3: The server obtains the delivery capacity of each delivery resource at the scheduled delivery time; in this embodiment, the delivery capacity refers to the carrying capacity of the medicines;

[0081] Step a4: The server determines whether the first delivery resource it has initially selected has the independent delivery capability to deliver the medical supplies corresponding to the delivery address to be coordinated at the scheduled delivery time.

[0082] If the first delivery resource has the independent delivery capability, the server instructs the first delivery resource to independently deliver the medical supplies corresponding to the delivery address to be coordinated; otherwise, the process proceeds to step a5;

[0083] It should be noted that, in this embodiment, the initial selection process of the first delivery resource includes the following steps:

[0084] Step b1: The server obtains the order time and delivery address of the medical supplies;

[0085] Step b2: The server obtains the real-time locations of multiple delivery resources at the time of order placement;

[0086] In step b3, the server makes a selection based on the acquired medical supply delivery address and the real-time locations of the delivery resources: the delivery resource closest to the medical supply delivery address is selected as the first delivery resource preliminarily selected;

[0087] In step a5, the server marks all delivery resources except the first delivery resource among the multiple delivery resources as to-be-selected delivery resources, obtains the delivery information of each to-be-selected delivery resource that has been scheduled for delivery at the scheduled delivery time, and extracts the delivery address from each delivery information;

[0088] Step a6: The server checks whether the delivery address to be coordinated exists among the delivery addresses of all the delivery resources to be selected.

[0089] If the delivery address to be coordinated exists, it indicates that the medical supplies that are being delivered to the same address as the current medical supplies are being delivered by a delivery resource to be selected. The delivery resource with the delivery information corresponding to the delivery address to be coordinated is selected as the preferred delivery resource, and the process proceeds to step a7. Otherwise, the server instructs the first delivery resource to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently if it has independent delivery capabilities.

[0090] Step a7: The server determines whether the preferred delivery resource has the delivery capability to deliver the medical supplies corresponding to the delivery address to be coordinated:

[0091] When the delivery capability is available, the server instructs the first delivery resource to transfer the medical supplies corresponding to the delivery address to be coordinated to the preferred delivery resource for collaborative delivery; otherwise, the server instructs the first delivery resource to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently when it has the independent delivery capability.

[0092] It should be noted that, in this embodiment, when the server determines that the first delivery resource needs to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently when it has the ability to deliver independently, the server sends a delayed delivery confirmation message to the purchaser; then, the server makes a judgment based on the information fed back by the purchaser's terminal regarding the delayed delivery confirmation message: when the delayed delivery is confirmed to be accepted, the server sends a notification message to the first delivery resource that the purchaser has confirmed the delayed delivery; otherwise, the server prompts the purchaser to cancel the order for the currently purchased medical supplies.

[0093] In order to ensure that the recipient has the legal identity to obtain the medical supplies in the container, the method for implementing the self-collection artificial intelligence medical logistics distribution management method of this embodiment also includes verifying the legal identity of the recipient. Specifically, in this embodiment, the process of verifying the legal identity of the recipient at the self-collection point container includes the following steps:

[0094] The self-pickup point cabinet prompts the picker to enter the self-pickup information within a first preset time period; for example, the first preset time period is set to 60 seconds as needed;

[0095] The self-pickup point container determines whether the pick-up person has entered the correct self-pickup information within a first preset time period: if the correct self-pickup information is not entered within the first preset time period, the self-pickup point container prompts the pick-up person that the identity verification has failed; otherwise, the self-pickup point container preliminarily determines that the identity verification of the current pick-up person is legal.

[0096] In order to avoid the situation where medical supplies are illegally taken away due to the purchaser leaking the self-pickup information, in this embodiment, after the self-pickup point cabinet preliminarily determines that the identity authentication of the current pick-up person is legal, the following steps are further included: first, the self-pickup point cabinet sends a secondary identity authentication request to the server; second, the server responds to the current request of the self-pickup point cabinet and generates a secondary identity authentication code, and sends the secondary identity authentication code to the self-pickup point cabinet and the purchaser terminal performing the medical supply shopping operation at the same time; then, the self-pickup point cabinet prompts the pick-up person to enter the secondary identity authentication code sent by the server within a second preset time period. For example, the second preset time period is also set to 60 seconds as needed; finally, the self-pickup point cabinet determines whether the pick-up person enters the correct self-pickup information within the second preset time period: if the correct self-pickup information is not entered within the second preset time period, the self-pickup point cabinet prompts the pick-up person a prompt message indicating that the secondary identity authentication failed; otherwise, the self-pickup point cabinet determines that the identity authentication of the current pick-up person is legal.

[0097] In order to preserve evidence of the storage and removal process of medical supplies, the embodiment of the method for realizing self-pickup artificial intelligence medical logistics distribution management also includes: the self-pickup point container collects the release action image when the distribution resources place the medical supplies into the container, obtains the release action image, and sends the release action image to the server; the self-pickup point container collects the pickup action image at the moment the picker gets the medical supplies, and sends the pickup action image to the server; and the server sends the received placement action image and pickup action picture of the same medical supply to the purchaser terminal of the corresponding purchaser of the medical supply.

[0098] In order to ensure that only medical supplies that have been registered with the server can be placed in the self-collection point container, this embodiment also performs a verification operation for medical supplies. That is, the implementation of the artificial intelligence medical logistics distribution management method for self-collection of goods also includes the following steps c1 to c3:

[0099] Step c1: When the delivery resource requests to open the container, the self-collection point container is prompted to enter the order information of the medicines to be put in;

[0100] Step c2: The pickup point container makes a decision based on whether the input medicine order information has been received:

[0101] When received, the self-service container will send the received order information to the server for verification; otherwise, the self-service container will prompt to refuse to open the current container;

[0102] Step c3: The server performs matching processing based on the order information sent by the pickup point container:

[0103] When the order information is consistent with the stored order information, the server instructs the self-pickup point container to open the container for the current delivery resource; otherwise, the server instructs the self-pickup point container to refuse to open the container for the current delivery resource.

[0104] To further ensure the safety of the medical supplies placed in the pickup point container, in this embodiment, when the server determines that the order information is consistent with the stored order information, and before instructing the pickup point container to open the container for the current delivery resource, the server also includes the following steps d1 to d5:

[0105] Step d1: The server obtains the container location of the pickup point container and the delivery location in the order information;

[0106] Step d2: The server performs security verification based on the obtained container location and delivery location:

[0107] When the distance between the container location and the delivery location is within the preset safety distance range, the server instructs the pickup point container to open the container for the current delivery resource; otherwise, the process goes to step d3;

[0108] Step d3: The server sends the container location to the recipient terminal corresponding to the order information as a confirmation reply of the container location;

[0109] Step d4: The server processes the container location confirmation response from the recipient terminal:

[0110] When the container location is confirmed, and the recipient of the instructions allows the medical supplies to be placed at the pickup point container at the current location, the server instructs the pickup point container to open the container for the current delivery resource; otherwise, the server instructs the pickup point container to refuse to open the container for the current delivery resource, and the process proceeds to step d5;

[0111] In step d5, the server selects the idle pickup point container closest to the delivery location, and sends the selected pickup point container location to the delivery resource rejected by the current pickup point container.

[0112] In order to prevent the situation where the medical supplies purchased by the purchaser are swapped, the method for realizing the self-collection artificial intelligence medical logistics distribution management of the embodiment further includes the following steps:

[0113] After receiving the medical supply order, the medical supply seller terminal generates an external order tag and an internal order tag corresponding to the medical supply order; wherein the external order tag carries the external order number, and the internal order tag carries the internal order number, and the external order number and the internal order number correspond one to one;

[0114] The medical supply seller terminal sends the external order number and the internal order number for the medical supply order to the server;

[0115] The medical product seller affixes the external order label to the outer surface of the logistics packaging bag, and affixes the internal order label to the outer surface of the medical product packaging box; wherein the medical product packaging box is placed in the logistics packaging bag;

[0116] Furthermore, the server instructs the pickup point container to perform a medical supply anti-substitution verification operation before opening the container for the current delivery resource. After passing the medical supply anti-substitution verification, the server instructs the pickup point container to open the container for the current delivery resource. For example, in this embodiment, the internal order label is a RIFD electronic label. Thus, by instructing the pickup point container to scan the external order label on the outer surface of the logistics packaging bag and the internal order label on the outer surface of the medical supply packaging box within the logistics packaging bag, and then sending the scanned information within the external order label and the internal order label information to the server, the server determines that the information within the external order label and the internal order label information correspond one-to-one and pass verification, and then instructs the pickup point container to open the container for the current delivery resource.

[0117] Although the preferred embodiments of the present invention have been described in detail above, it should be clearly understood that various modifications and variations are possible for those skilled in the art. Any modifications, equivalent substitutions, improvements, etc. made within the spirit and principles of the present invention are intended to be included within the scope of protection of the present invention.

Claims

1. Implementing an artificial intelligence medical logistics distribution management method for self-collection of goods, characterized by: The steps include: The server responds to the medical supplies purchase operation of the medical supplies purchaser and instructs the selected delivery resource to deliver the medical supplies purchased by the purchaser to the pickup point container at the delivery location specified by the purchaser; The server responds to the information that the medical supplies have been put into the container fed back by the medical supplies delivery terminal, and sends a self-pickup message to the purchaser terminal of the medical supplies; wherein the self-pickup message includes a self-pickup code and a corresponding shelf number; The server responds to the self-pickup authorization operation fed back by the medical supply purchaser terminal and sends a self-pickup cooperation instruction for cooperating with the user to the self-pickup point container; wherein the self-pickup cooperation instruction includes self-pickup information corresponding to the medical supply; After the self-collection point container responds to the self-collection cooperation instruction and verifies the legal identity of the picker, it sorts out the medical supplies purchased by the purchaser and temporarily stored in the container and outputs them to the current picker; The self-pickup point container feeds back the information that the medical supplies have been taken away to the server that manages the distribution of medical supplies.

2. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 1 is characterized in that: The server instructs the selected distribution resources to deliver the medical supplies purchased by the purchaser to the pickup point container at the delivery location specified by the purchaser using a collaborative distribution method; wherein the collaborative distribution method includes the following steps: Step a1: The server pre-stores information of multiple distribution resources responsible for the distribution of medical supplies and establishes a communication connection with each distribution resource; Step a2: The server extracts the recipient address and scheduled delivery time stored in the medical supplies shopping operation, and uses the recipient address as the delivery address to be coordinated; Step a3: The server obtains the delivery capacity of each delivery resource at the scheduled delivery time; Step a4: The server determines whether the first delivery resource it has initially selected has the independent delivery capability to deliver the medical supplies corresponding to the delivery address to be coordinated at the scheduled delivery time. If the first delivery resource has the independent delivery capability, the server instructs the first delivery resource to independently deliver the medical supplies corresponding to the delivery address to be coordinated; otherwise, the process proceeds to step a5; In step a5, the server marks all delivery resources except the first delivery resource among the multiple delivery resources as to-be-selected delivery resources, obtains the delivery information of each to-be-selected delivery resource that has been scheduled for delivery at the scheduled delivery time, and extracts the delivery address from each delivery information; Step a6: The server checks whether the delivery address to be coordinated exists among the delivery addresses of all the delivery resources to be selected. If the delivery address to be coordinated exists, the server selects the delivery resource with the delivery information corresponding to the delivery address to be coordinated as the preferred delivery resource, and proceeds to step a7. Otherwise, the server instructs the first delivery resource to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently if it has independent delivery capabilities. Step a7: The server determines whether the preferred delivery resource has the delivery capability to deliver the medical supplies corresponding to the delivery address to be coordinated: When the delivery capability is available, the server instructs the first delivery resource to transfer the medical supplies corresponding to the delivery address to be coordinated to the preferred delivery resource for collaborative delivery; otherwise, the server instructs the first delivery resource to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently when it has the independent delivery capability.

3. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 2 is characterized in that: Also includes: When the server determines that the first delivery resource needs to continue to deliver the medical supplies corresponding to the delivery address to be coordinated independently when it has independent delivery capabilities, the server sends delayed delivery confirmation information to the purchaser; The server makes a judgment based on the feedback from the purchaser terminal regarding the delayed delivery confirmation information: When the buyer confirms to accept the delayed delivery, the server sends a notification message to the first delivery resource that the buyer has confirmed the delayed delivery; otherwise, the server prompts the buyer to cancel the current order for the purchased medical supplies.

4. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 2 is characterized in that: In step a4, the initial selection process of the first distribution resource includes the following steps: Step b1: The server obtains the order time and the delivery address of the medical supplies; Step b2: the server obtains the real-time locations of the multiple delivery resources at the time of order placement; In step b3, the server makes a selection based on the acquired medical supply delivery address and the real-time locations of the delivery resources: the delivery resource closest to the medical supply delivery address is selected as the first delivery resource preliminarily selected.

5. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 2 is characterized in that: The process of verifying the legal identity of the pickup point container includes the following steps: The self-pickup point container prompts the picker to enter the self-pickup information within a first preset time period; The self-collection point container determines whether the pick-up person has entered the correct self-collection information within a first preset time period: When the correct self-pickup information is not entered within the first preset time period, the self-pickup point container prompts the picker with a message indicating that the identity verification has failed; otherwise, the self-pickup point container preliminarily determines that the identity verification of the current picker is legal.

6. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 5 is characterized in that: After the self-collection point container preliminarily determines that the identity verification of the current pickup person is legal, the following steps are also performed: The pickup point container sends a secondary identity verification request to the server; The server responds to the current request of the self-collection point cabinet and generates a secondary identity verification code, and simultaneously sends the secondary identity verification code to the self-collection point cabinet and the purchaser terminal performing the medical supplies shopping operation; The self-pickup point container prompts the picker to enter the secondary identity verification code sent by the server within a second preset time period; The self-collection point container determines whether the picker enters the correct self-collection information within the second preset time period: When the correct self-pickup information is not entered within the second preset time period, the self-pickup point container prompts the picker with a prompt message that the identity secondary verification has failed; otherwise, the self-pickup point container determines that the current picker's identity verification is legal.

7. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 6 is characterized in that: Also includes: The self-pickup point container collects a delivery resource's release action image when placing the medical supplies into the container, obtains the release action image, and sends the release action image to the server; The self-pickup point container collects a pickup action image of the medical product at the moment the picker takes the medical product, and sends the pickup action image to the server; The server sends the received placing action image and picking action image of the same medical product to the buyer terminal of the buyer corresponding to the medical product.

8. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 7 is characterized in that: Also includes: Step c1: When the distribution resource requests to open the self-collection point container, the container prompts the user to enter the order information of the medicines to be placed. Step c2: The self-service pickup point container makes a judgment based on whether the input medicine order information is received: When received, the self-service container will send the received order information to the server for verification; otherwise, the self-service container will prompt to refuse to open the current container; Step c3: The server performs matching processing based on the order information sent from the pickup point container: When the order information is consistent with the stored order information, the server instructs the self-pickup point container to open the container for the current delivery resource; otherwise, the server instructs the self-pickup point container to refuse to open the container for the current delivery resource.

9. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 8 is characterized in that: When the server determines that the order information is consistent with the stored order information, and before instructing the pickup point container to open the container for the current delivery resource, the server also includes: Step d1, the server obtains the container location of the self-pickup point container and the delivery location in the order information; Step d2: The server performs security verification based on the acquired container location and delivery location: When the distance between the container location and the delivery location is within the preset safety distance range, the server instructs the pickup point container to open the container for the current delivery resource; otherwise, the process goes to step d3; Step d3: the server sends the container location to the recipient terminal corresponding to the order information as a container location confirmation reply; In step d4, the server processes the container location confirmation response fed back by the recipient terminal: When the container location is confirmed, the server instructs the pickup point container to open the container for the current delivery resource; otherwise, the server instructs the pickup point container to refuse to open the container for the current delivery resource and proceeds to step d5; In step d5, the server selects an idle pickup point container that is closest to the delivery location, and sends the selected pickup point container location to the delivery resource rejected by the current pickup point container.

10. The method for realizing the artificial intelligence medical logistics distribution management of self-collection of goods according to claim 9 is characterized in that: Also includes: After receiving the medical supply order, the medical supply seller terminal generates an external order tag and an internal order tag corresponding to the medical supply order; wherein the external order tag carries the external order number, and the internal order tag carries the internal order number, and the external order number and the internal order number correspond one to one; The medical supply seller terminal sends the external order number and the internal order number for the medical supply order to the server; The medical product seller affixes the external order label to the outer surface of the logistics packaging bag, and affixes the internal order label to the outer surface of the medical product packaging box; wherein the medical product packaging box is placed in the logistics packaging bag; Furthermore, the server instructs the self-pickup point container to perform a medical supplies anti-substitution verification operation before opening the container for the current delivery resource, and after passing the medical supplies anti-substitution verification, the server instructs the self-pickup point container to open the container for the current delivery resource.

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