CN114548858A - Closed robot pharmacy remote medicine purchasing and delivery method and system - Google Patents
Closed robot pharmacy remote medicine purchasing and delivery method and system Download PDFInfo
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Abstract
The invention provides a closed robot pharmacy remote medicine purchasing and delivery method and system, wherein the method comprises the following steps: the method comprises the steps that a user mobile phone APP receives a medicine purchasing order sent by a user and sends the order to a cloud server through a network; the cloud server issues the order to the closed robot pharmacy after the pharmacy is selected or automatically matched by the user, and sends the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person; when the distribution personnel arrive at a pharmacy appointed by the cloud server, the window terminal equipment of the closed robot pharmacy scans the two-dimensional code for taking the goods and informs the shop control terminal to start a medicine taking process; and the store control terminal forms a medicine taking instruction according to the order information of the cloud server, and issues the medicine taking instruction to a robot in the pharmacy to take the medicine and send the medicine to a corresponding window. In the scheme of the invention, the user can order the medicine on line, and the distribution personnel can finish the medicine taking and distribution only through human-computer interaction, thereby greatly reducing the contact chance between people and being beneficial to the propagation control of certain infectious diseases.
Description
Technical Field
The invention relates to the technical field of computers, in particular to a medicine purchasing method and system for a robot pharmacy.
Background
The existing medicine purchasing method mainly uses internet to purchase medicine and express delivery personnel to send the medicine to the home. The current country controls otc medicines and medical insurance cards to be progressively digitalized, so that the original medicine purchasing mode needs to be changed.
Most patients go to a pharmacy to purchase medicines, the medicines to be purchased a are recommended to be the medicines b by pharmacists, the pharmacists are not doctors and often take the role of the doctors, when some sick patients inquire, the pharmacists can match the medicines for the patients, and the patients are greatly prevented from being treated in time, so that the illness condition is aggravated.
The chinese invention with publication number CN113113105A, published as 20210713, provides a robot-based pharmacy customer service and management method, which comprises the following steps: s1, the robot system is in communication connection with an ERP system of the pharmacy; s2, the robot system is in communication connection with a pharmacy cashier system; s3, building a shop map by the robot; associating a store medicine area and a medicine placing position through a background; s4, registering or establishing member files and electronic calendar information by the user; s5, examining and checking prescription drugs by Internet hospital medical practitioners and medical pharmacists; and S6, the robot analyzes the order information of the customer, takes the customer to arrive at the medicine area and informs the customer to take the medicine. Although the robot solves the burden of labor cost of enterprise store personnel, the robot only assists the customer in the whole process of selecting, paying and getting medicines in the medicine purchasing process to follow the service, and the customer can complete the service of selecting and purchasing medicines to take the medicines out of the store only when arriving at the site, so that the pharmacy is required to be an open service and cannot be completely unmanned, thereby not only being not beneficial to management, but also increasing the chance of contact between people and being not beneficial to the propagation control of certain diseases.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a method and a system for picking and delivering remote medicine purchasing in a closed robot pharmacy.
In a first aspect, the invention provides a closed robot pharmacy remote medicine purchasing and delivery method, which comprises the following steps:
s1, receiving a medicine purchasing order sent by a user through a user mobile phone APP, and sending medicine purchasing order information to a cloud server through a network after payment is successful;
s2, after receiving the medicine purchasing order, the cloud server issues the order to a store control terminal of the closed robot pharmacy to prepare for starting a medicine taking process according to the selection of a user or automatic matching of the pharmacy, and sends the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person;
s3, when the distribution personnel arrive at the pharmacy appointed by the cloud server, scanning the two-dimensional code for picking up goods by window terminal equipment of the closed robot pharmacy, and informing the shop control terminal of starting a medicine picking process by the window terminal equipment;
and S4, the shop control terminal forms a medicine taking instruction according to the order information of the cloud server, the medicine taking instruction is issued to the robot in the pharmacy, and the robot takes the medicine from the intelligent medicine cabinet and sends the medicine to the corresponding window to enable the distribution personnel to take the medicine away and reach the user and then finish the order.
In a second aspect, the invention provides a closed robot pharmacy remote medicine purchasing and taking and distributing system, which comprises a user mobile phone APP, a mobile phone APP of a distributor, a cloud server, window terminal equipment, a store control terminal, a robot and an intelligent medicine cabinet, wherein the window terminal equipment, the store control terminal, the robot and the intelligent medicine cabinet are arranged at the robot pharmacy;
the user mobile phone APP is used for receiving a medicine purchasing order sent by a user, and after payment is successful, medicine purchasing order information is sent to the cloud server through the network;
the cloud server is used for issuing the order to a store control terminal of the closed robot pharmacy to prepare for starting a medicine taking process after receiving the medicine purchasing order and according to the selection of a user or automatically matching the pharmacy, and sending the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person;
after the delivery personnel arrive at the pharmacy specified by the cloud server, the mobile phone APP of the delivery personnel provides the goods taking two-dimensional code for scanning by window terminal equipment of the closed robot pharmacy;
the window terminal equipment informs the store control terminal to start a medicine taking process after scanning the two-dimensional code for taking the goods;
the store control terminal forms a medicine taking instruction according to the order information of the cloud server and issues the medicine taking instruction to a robot in the pharmacy;
and the robot sends the intelligent medicine cabinet to the corresponding window according to the medicine taking instruction, so that the order is finished after the distribution personnel take the intelligent medicine cabinet to take the medicine.
One or more technical solutions provided in the embodiments of the present invention have at least the following technical effects or advantages: set up the robot pharmacy into closed, the user only needs to place an order through APP, after cloud server is according to user's selection or automatic matching pharmacy, issue the order and give the shop control terminal of closed robot pharmacy and do the preparation of opening the flow of getting it filled, send the cell-phone APP that gets goods information and get goods two-dimensional code and give the delivery personnel simultaneously, the delivery personnel need not to get into in the pharmacy, but sweep the sign indicating number through window terminal equipment, get it filled after sending to the window by the robot is accomplished the flow of getting it filled by oneself. Because the user does not need to directly arrive at the pharmacy to purchase the medicine but delivers the medicine through the delivery personnel, and the delivery personnel only complete the medicine taking and the delivery through the human-computer interaction, the contact chance between people is greatly reduced, the transmission control of certain infectious diseases is facilitated, and the medicine purchasing efficiency is improved for the user.
The foregoing description is only an overview of the technical solutions of the present invention, and the embodiments of the present invention are described below in order to make the technical means of the present invention more clearly understood and to make the above and other objects, features, and advantages of the present invention more clearly understandable.
Drawings
The invention will be further described with reference to the following examples with reference to the accompanying drawings.
FIG. 1 is a schematic block diagram of the system of the present invention;
FIG. 2 is a schematic structural view of a closed robotic pharmacy embodying the present invention;
FIG. 3 is a flowchart of a method according to an embodiment of the invention.
Detailed Description
The embodiment of the application provides a method and a system for picking up and delivering medicines remotely purchased in a closed robot pharmacy, unmanned management is completely realized in the pharmacy, a user only needs to place an order through an APP, then picking up and delivering are completed by delivery personnel, and the delivery personnel do not need to enter the pharmacy to finish picking up the medicines.
The technical scheme in the embodiment of the application has the following general idea: set up the robot pharmacy into closed, the user only needs to place an order through the APP, after cloud server is according to user's selection or automatic matching pharmacy, issue the order and give the shop control terminal of closed robot pharmacy and do the preparation of opening the flow of getting it filled, send the cell-phone APP that gets goods information and get goods two-dimensional code and give the delivery personnel simultaneously, the delivery personnel need not to get into in the pharmacy, but sweep the sign indicating number through window terminal equipment, get it filled after sending to the window after accomplishing the flow of getting it filled by oneself by the robot, greatly reduced the contact chance between people, simultaneously also greatly reduced the propagation chance of viral disease, also improved the efficiency of purchasing the medicine to the user.
Before describing the specific embodiment, a system framework corresponding to the method of the embodiment of the present application is described, and as shown in fig. 1 and fig. 2, the system is roughly divided into the following parts:
the system comprises a user mobile phone APP used for receiving a medicine purchasing order sent by a user and sending medicine purchasing order information to a cloud server through a network after payment is successful;
the mobile phone APP of the distribution personnel is used for receiving the goods taking information and the goods taking two-dimensional code;
the pharmacy of the closed robot pharmacy is a closed pharmacy, but is provided with at least one medicine purchasing window and an intelligent door for a manager to use;
the window terminal equipment is arranged on a medicine taking window of the closed robot pharmacy and used for scanning the two-dimensional code of the delivery personnel mobile phone APP and then informing the shop control terminal to start a medicine taking process and displaying related information for the delivery personnel to check;
the intelligent medicine cabinet is arranged in the closed robot pharmacy, is used for storing medicines and medical instruments, is provided with a sensor and can sense the distance of the robot;
the robot is arranged in the closed robot pharmacy and used for moving to a corresponding intelligent medicine cabinet to take medicine or a medical instrument when receiving a medicine taking instruction, sending the medicine or the medical instrument to a corresponding medicine taking window and automatically charging the medicine or the medical instrument to a charging position when the power is low;
the store control terminal can be arranged in the closed robot pharmacy but is not limited to the closed robot pharmacy, and is used for receiving a medicine taking instruction issued by the cloud server after data matching, transmitting the medicine taking instruction to the intelligent medicine cabinet and the robot after attaching corresponding information, and receiving feedback information of the intelligent medicine cabinet and the robot;
the cloud server is used for interacting with a user mobile phone APP, a mobile phone APP of a distribution worker and a store control terminal, automatically matching a pharmacy and establishing remote connection with an on-line pharmacist to realize examination and verification of OTC medicines.
Example one
As shown in fig. 3, the present embodiment provides a method for picking up and delivering a medicine remotely purchased by a closed robot pharmacy, which includes the following steps:
s1, receiving a medicine purchasing order sent by a user through a user mobile phone APP, and sending medicine purchasing order information to a cloud server through a network after payment is successful;
s2, after receiving the medicine purchasing order, the cloud server issues the order to a store control terminal of the closed robot pharmacy to prepare for starting a medicine taking process according to the selection of a user or automatic matching of the pharmacy, and sends the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person;
s3, when the distribution personnel arrive at the pharmacy appointed by the cloud server, scanning the two-dimensional code for picking up goods by window terminal equipment of the closed robot pharmacy, and informing the shop control terminal of starting a medicine picking process by the window terminal equipment;
and S4, the shop control terminal forms a medicine taking instruction according to the order information of the cloud server, the medicine taking instruction is issued to the robot in the pharmacy, and the robot takes the medicine from the intelligent medicine cabinet and sends the medicine to the corresponding window to enable the distribution personnel to take the medicine away and reach the user and then finish the order.
In step S2, the specific process of automatically matching the pharmacy by the cloud server is as follows: the method comprises the following steps of firstly, taking a user position receiving address as a center, circling out an alternative range by a preset radius, matching with a closed robot pharmacy in the alternative range in a database according to medicine data on a medicine purchasing order, and taking the success of matching all medicines on the medicine purchasing order as a criterion, wherein:
if a plurality of closed robot pharmacies are matched successfully, preferentially selecting a closed robot pharmacy closest to a goods receiving address of a user position or preferentially selecting a closed robot pharmacy with a smaller order and a smaller robot;
for example: the pharmacy A has 10 robots, the current order number is 10, and the ratio of the order to the robots is 10:10 to 1; b pharmacy has 5 robots, and if the current order number is 2, the ratio of the order to the robot is 2:5 to 0.4, so B pharmacy is preferably selected.
If the medicine data of one closed robot pharmacy cannot be completely matched with the medicines on the medicine purchasing order, decomposing the medicine purchasing order to form two or more sub-orders, namely selecting two or more closed robot pharmacies which are closest to each other for common matching until the medicine purchasing order is completely matched successfully, and sending the decomposition matching scheme and the medicine shortage purchasing scheme to a user mobile phone APP for selection; if the user selects the decomposition matching scheme, additional freight subsidy is required to be subsidized, when the user finishes subsidizing, the process is continued, and if the user does not subsidize, the process is ended, and the expense paid in the early stage is returned; and if the user selects the medicine shortage purchase scheme, returning the purchase cost of the medicine shortage. Thereby ensuring the successful completion of the order form of the medicine purchase.
For example: the medicine purchasing orders are 10 medicines in total, wherein 6 kinds of medicine stores in the family A are matched, the remaining 4 kinds of medicine stores are in a shortage state, then the remaining 4 kinds of medicine stores in the family B are matched, the matching of the whole medicine purchasing order is completed after the two medicine stores are matched together, the medicine purchasing order is equivalently divided into two sub-orders, and the delivery personnel need to run the two medicine stores to pick up the goods, so that freight subsidy is needed to be carried out on the two sub-orders. Two schemes are formed in this way: the first is lack of medicine purchase, only 6 of A pharmacy or only 4 of B pharmacy are purchased, and the expense of the lack of medicine is returned; the second is a decomposition matching scheme, namely, the pharmacy A buys 6 and the pharmacy B buys 4, but additional freight subsidies are required to be paid.
In step S2, after the cloud server selects or automatically matches the pharmacy according to the user, it further determines whether the drug contains OTC drug data; if not, continuing the process; if yes, sending a request for uploading a prescription and an identity card to a mobile phone APP of the user, and after the user finishes shooting and uploading, forwarding the request to an online pharmacist for auditing; continuing the process after the audit is passed; and the user cannot be allowed to delete the related medicines by checking, otherwise, the process is ended, and the early-stage payment cost is returned.
And the store control terminal predicts the consumed time for completing the medicine taking instruction while issuing the medicine taking instruction to the robot, and displays the medicine list and the consumed time on corresponding window terminal equipment for a delivery person to check.
Based on the same inventive concept, the application also provides a device corresponding to the method in the first embodiment, which is detailed in the second embodiment.
Example two
As shown in fig. 1 and fig. 2, in the present embodiment, a closed robot pharmacy remote medicine-purchasing delivery system is provided, which includes a user mobile phone APP, a mobile phone APP of a delivery person, a cloud server, a window terminal device, a store control terminal, a robot, and an intelligent medicine cabinet, where the window terminal device, the store control terminal, the robot, and the intelligent medicine cabinet are provided at a robot pharmacy;
the user mobile phone APP is used for receiving a medicine purchasing order sent by a user, and after payment is successful, medicine purchasing order information is sent to the cloud server through the network;
the cloud server is used for issuing the order to a store control terminal of the closed robot pharmacy to prepare for starting a medicine taking process after receiving the medicine purchasing order and according to the selection of a user or automatically matching the pharmacy, and sending the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person;
after the delivery personnel arrive at the pharmacy specified by the cloud server, the mobile phone APP of the delivery personnel provides the goods taking two-dimensional code for scanning by window terminal equipment of the closed robot pharmacy;
the window terminal equipment informs the store control terminal to start a medicine taking process after scanning the two-dimensional code for taking the goods;
the store control terminal forms a medicine taking instruction according to the order information of the cloud server and issues the medicine taking instruction to a robot in the pharmacy;
and the robot sends the intelligent medicine cabinet to the corresponding window according to the medicine taking instruction, so that the order is finished after the distribution personnel take the intelligent medicine cabinet to take the medicine.
The specific process of automatically matching the pharmacy by the cloud server is as follows: the method comprises the following steps of firstly, taking a user position receiving address as a center, circling out an alternative range by a preset radius, matching with a closed robot pharmacy in the alternative range in a database according to medicine data on a medicine purchasing order, and taking the success of matching all medicines on the medicine purchasing order as a criterion, wherein:
if a plurality of closed robot pharmacies are matched successfully, preferentially selecting a closed robot pharmacy closest to a goods receiving address of a user position or preferentially selecting a closed robot pharmacy with a smaller order and a smaller robot;
for example: the pharmacy A has 10 robots, the current order number is 10, and the ratio of the order to the robots is 10:10 to 1; b pharmacy has 5 robots, and if the current order number is 2, the ratio of the order to the robot is 2:5 to 0.4, so B pharmacy is preferably selected.
If the medicine data of one closed robot pharmacy cannot be completely matched with the medicines on the medicine purchasing order, decomposing the medicine purchasing order to form two or more sub-orders, namely selecting two or more closed robot pharmacies which are closest to each other for common matching until the medicine purchasing order is completely matched successfully, and sending the decomposition matching scheme and the medicine shortage purchasing scheme to a user mobile phone APP for selection; if the user selects the decomposition matching scheme, additional freight subsidy is required to be subsidized, when the user finishes subsidizing, the process is continued, and if the user does not subsidize, the process is ended, and the expense paid in the early stage is returned; and if the user selects the lack-of-medicine purchase scheme, returning the purchase cost of the lack-of-medicine. Thereby ensuring the successful completion of the order form of the medicine purchase.
For example: the medicine purchasing orders are 10 medicines in total, wherein 6 kinds of medicine stores in the family A are matched, the remaining 4 kinds of medicine stores are in a shortage state, then the remaining 4 kinds of medicine stores in the family B are matched, the matching of the whole medicine purchasing order is completed after the two medicine stores are matched together, the medicine purchasing order is equivalently divided into two sub-orders, and the delivery personnel need to run the two medicine stores to pick up the goods, so that freight subsidy is needed to be carried out on the two sub-orders. Two schemes are formed in this way: the first is lack of medicine purchase, only 6 of A pharmacy or only 4 of B pharmacy are purchased, and the expense of the lack of medicine is returned; the second is a decomposition matching scheme, namely, the pharmacy A buys 6 and the pharmacy B buys 4, but additional freight subsidies are required to be paid.
The cloud server also judges whether the medicines contain OTC medicine data or not after the cloud server is selected by a user or automatically matched with a pharmacy; if not, continuing the process; if yes, sending a request for uploading a prescription and an identity card to a mobile phone APP of the user, and after the user finishes shooting and uploading, forwarding the request to an online pharmacist for auditing; continuing the process after the audit is passed; and the user cannot be allowed to delete the related medicines by checking, otherwise, the process is ended, and the early-stage payment cost is returned.
And the store control terminal predicts the consumed time for completing the medicine taking instruction while issuing the medicine taking instruction to the robot, and displays the medicine list and the consumed time on corresponding window terminal equipment for a delivery person to check.
Since the system described in the second embodiment of the present invention is a system used for implementing the method of the first embodiment of the present invention, a person skilled in the art can understand the specific structure and the deformation of the device based on the method described in the first embodiment of the present invention, and thus the detailed description is omitted here. All the devices adopted in the method of the first embodiment of the present invention belong to the protection scope of the present invention.
The technical scheme provided in the embodiment of the application at least has the following technical effects or advantages: the robot pharmacy is set to be closed, a user does not need to enter the robot pharmacy, medicine is purchased through window terminal equipment based on a mode of self-selection of medicines by cloud service or inquiry of doctors through remote videos, and the robot finishes a medicine taking process and then sends the medicines to a window.
Although specific embodiments of the invention have been described above, it will be understood by those skilled in the art that the specific embodiments described are illustrative only and are not limiting upon the scope of the invention, and that equivalent modifications and variations can be made by those skilled in the art without departing from the spirit of the invention, which is to be limited only by the appended claims.
Claims (8)
1. A closed robot pharmacy remote medicine purchasing goods taking and distribution method is characterized in that: the method comprises the following steps:
s1, the user mobile phone APP receives a medicine purchasing order sent by the user, and after payment is successful, the medicine purchasing order information is sent to the cloud server through the network;
s2, after receiving the medicine purchasing order, the cloud server issues the order to a store control terminal of the closed robot pharmacy to prepare for starting a medicine taking process according to the selection of a user or automatic matching of the pharmacy, and sends the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person;
s3, when the distribution personnel arrive at the pharmacy appointed by the cloud server, scanning the two-dimensional code for picking up goods by window terminal equipment of the closed robot pharmacy, and informing the shop control terminal of starting a medicine picking process by the window terminal equipment;
and S4, the shop control terminal forms a medicine taking instruction according to the order information of the cloud server, the medicine taking instruction is issued to the robot in the pharmacy, and the robot takes the medicine from the intelligent medicine cabinet and sends the medicine to the corresponding window to enable the distribution personnel to take the medicine away and reach the user and then finish the order.
2. The closed type robot medicine shop remote medicine purchasing and delivery method as claimed in claim 1, wherein the method comprises the following steps: in step S2, the specific process of automatically matching the pharmacy by the cloud server is as follows: the method comprises the following steps of firstly, taking a user position receiving address as a center, circling out an alternative range by a preset radius, matching with a closed robot pharmacy in the alternative range in a database according to medicine data on a medicine purchasing order, and taking the success of matching all medicines on the medicine purchasing order as a criterion, wherein:
if the closed robot pharmacies are matched successfully, preferentially selecting the closed robot pharmacies closest to the delivery address of the user position or preferentially selecting the closed robot pharmacies with smaller orders and robots;
if the medicine data of one closed robot pharmacy cannot be completely matched with the medicines on the medicine purchasing order, decomposing the medicine purchasing order to form two or more sub-orders, namely selecting two or more closed robot pharmacies which are closest to each other for common matching until the medicine purchasing order is completely matched successfully, and sending the decomposition matching scheme and the medicine shortage purchasing scheme to a user mobile phone APP for selection; if the user selects the decomposition matching scheme, additional freight subsidy is required to be subsidized, when the user finishes subsidizing, the process is continued, and if the user does not subsidize, the process is ended, and the expense paid in the early stage is returned; and if the user selects the lack-of-medicine purchase scheme, returning the purchase cost of the lack-of-medicine.
3. The closed type robot medicine shop remote medicine purchasing and delivery method as claimed in claim 1, wherein the method comprises the following steps:
in step S2, after the cloud server selects or automatically matches the pharmacy according to the user, it further determines whether the drug contains OTC drug data; if not, continuing the process; if yes, sending a request for uploading a prescription and an identity card to a mobile phone APP of the user, and after the user finishes shooting and uploading, forwarding the request to an online pharmacist for auditing; continuing the process after the audit is passed; and the user cannot be allowed to delete the related medicines by checking, otherwise, the process is ended, and the early-stage payment cost is returned.
4. The closed type robot medicine shop remote medicine purchasing and delivery method as claimed in claim 1, wherein the method comprises the following steps: and the store control terminal predicts the consumed time for completing the medicine taking instruction while issuing the medicine taking instruction to the robot, and displays the medicine list and the consumed time on corresponding window terminal equipment for a delivery person to check.
5. The utility model provides a long-range goods, the delivery system of buying of closed robot pharmacy which characterized in that: the system comprises a user mobile phone APP, a mobile phone APP of a distributor, a cloud server, window terminal equipment, a store control terminal, a robot and an intelligent medicine cabinet, wherein the window terminal equipment, the store control terminal, the robot and the intelligent medicine cabinet are arranged at a robot medicine store;
the user mobile phone APP is used for receiving a medicine purchasing order sent by a user, and after payment is successful, medicine purchasing order information is sent to the cloud server through the network;
the cloud server is used for issuing the order to a store control terminal of the closed robot pharmacy to prepare for starting a medicine taking process after receiving the medicine purchasing order and according to the selection of a user or automatically matching the pharmacy, and sending the goods taking information and the goods taking two-dimensional code to a mobile phone APP of a delivery person;
after the delivery personnel arrive at the pharmacy specified by the cloud server, the mobile phone APP of the delivery personnel provides the goods taking two-dimensional code for scanning by window terminal equipment of the closed robot pharmacy;
the window terminal equipment informs the store control terminal to start a medicine taking process after scanning the two-dimensional code for taking the goods;
the store control terminal forms a medicine taking instruction according to the order information of the cloud server and issues the medicine taking instruction to a robot in the pharmacy;
and the robot sends the intelligent medicine cabinet to the corresponding window according to the medicine taking instruction, so that the order is finished after the distribution personnel take the intelligent medicine cabinet to take the medicine.
6. The closed robotic pharmacy remote-order delivery system according to claim 5, wherein: the specific process of automatically matching the pharmacy by the cloud server is as follows: the method comprises the following steps of firstly, taking a user position receiving address as a center, circling out an alternative range by a preset radius, matching with a closed robot pharmacy in the alternative range in a database according to medicine data on a medicine purchasing order, and taking the success of matching all medicines on the medicine purchasing order as a criterion, wherein:
if a plurality of closed robot pharmacies are matched successfully, preferentially selecting a closed robot pharmacy closest to a goods receiving address of a user position or preferentially selecting a closed robot pharmacy with a smaller order and a smaller robot;
if the medicine data of one closed robot pharmacy cannot be completely matched with the medicines on the medicine purchasing order, decomposing the medicine purchasing order to form two or more sub-orders, namely selecting two or more closed robot pharmacies which are closest to each other for common matching until the medicine purchasing order is completely matched successfully, and sending the decomposition matching scheme and the medicine shortage purchasing scheme to a user mobile phone APP for selection; if the user selects the decomposition matching scheme, additional freight subsidy is required to be subsidized, when the user finishes subsidizing, the process is continued, and if the user does not subsidize, the process is ended, and the expense paid in the early stage is returned; and if the user selects the lack-of-medicine purchase scheme, returning the purchase cost of the lack-of-medicine.
7. The closed robotic pharmacy remote-order delivery system according to claim 5, wherein: the cloud server also judges whether the medicines contain OTC medicine data or not after the cloud server is selected by a user or automatically matched with a pharmacy; if not, continuing the process; if yes, sending a request for uploading a prescription and an identity card to a mobile phone APP of the user, and after the user finishes shooting and uploading, forwarding the request to an online pharmacist for auditing; continuing the process after the audit is passed; and the user cannot be allowed to delete the related medicines by checking, otherwise, the process is ended, and the early-stage payment cost is returned.
8. The closed robotic pharmacy remote-order picking and dispensing system of claim 5, wherein: and the shop control terminal predicts the consumed time for completing the medicine taking instruction while issuing the medicine taking instruction to the robot, displays the medicine list and the consumed time on corresponding window terminal equipment, and allows a dispensing person to check the medicine list and the consumed time.
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210092733.7A CN114548858A (en) | 2022-01-26 | 2022-01-26 | Closed robot pharmacy remote medicine purchasing and delivery method and system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115965447A (en) * | 2023-03-16 | 2023-04-14 | 杭州康晟健康管理咨询有限公司 | Intelligent pharmacy position management method and system |
| CN117408619A (en) * | 2023-12-14 | 2024-01-16 | 广东鑫港湾供应链管理有限公司 | Intelligent method for preventing medicine from being dispensed and preventing hair leakage |
-
2022
- 2022-01-26 CN CN202210092733.7A patent/CN114548858A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN115965447A (en) * | 2023-03-16 | 2023-04-14 | 杭州康晟健康管理咨询有限公司 | Intelligent pharmacy position management method and system |
| CN117408619A (en) * | 2023-12-14 | 2024-01-16 | 广东鑫港湾供应链管理有限公司 | Intelligent method for preventing medicine from being dispensed and preventing hair leakage |
| CN117408619B (en) * | 2023-12-14 | 2024-03-26 | 广东鑫港湾供应链管理有限公司 | Intelligent method for preventing medicine from being dispensed and preventing hair leakage |
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