CN107480447B - Cloud-based medical platform - Google Patents
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Abstract
The invention discloses a cloud-based medical platform which comprises a pharmacy management unit, a clinic, a medical institution management unit, a data analysis processing unit, a pharmacy client, a clinic client, a medical institution client, a pharmaceutical factory client and a cloud server. The medical platform provided by the invention is based on the cloud technology, can realize the purpose of comprehensively planning the demand of each pharmacy, clinic and medical institution for a certain medicine and purchasing the medicine to a pharmaceutical factory in batches, effectively reduces the price cost, and is particularly beneficial to the pharmacies, clinics and medical institutions with smaller purchase quantity. Moreover, competition can exist among a plurality of pharmaceutical factories, and the service quality of the pharmaceutical factories can be improved, and the price of the medicines can be reduced. In addition, because the platform can obtain prescription and medical record data for various clinics and medical institutions, patients can be treated seamlessly from medical institution to medical institution.
Description
Technical Field
The invention relates to the technical field of cloud platforms, in particular to a cloud-based medical platform.
Background
Cloud medical treatment refers to medical services which are based on new technologies such as cloud computing, internet of things, 3G communication and multimedia and combined with medical technologies and aims to improve medical treatment level and efficiency, reduce medical treatment expenditure, realize medical resource sharing and expand medical treatment range.
At present, the cloud medical system is still blank for assisting a drug provider (such as a pharmacy, a clinic, a medical institution and the like) to manage drug inventory and purchase, and the drug inventory and purchase are important links for the drug provider to manage and are not neglected.
Disclosure of Invention
Aiming at the defects of the prior art, the invention aims to provide a cloud-based medical platform which can assist drug suppliers in drug inventory and purchase, and achieves the effects of improving management efficiency, reducing purchase cost and the like.
In order to achieve the purpose, the invention adopts the following technical scheme:
a cloud-based medical platform comprises a pharmacy management unit, a clinic and medical institution management unit, a data analysis processing unit, a pharmacy client, a clinic client, a medical institution client and a pharmaceutical factory client; wherein the content of the first and second substances,
the pharmacy management unit is used for being in butt joint with the pharmacy clients through the cloud server to acquire medicine purchase, sale and storage data of the pharmacies;
the clinic and medical institution management unit is used for being in butt joint with each clinic client and each medical institution client through the cloud server to acquire prescription data and purchase-sale-stock data of medicines of each clinic and each medical institution;
the data analysis processing unit is associated with the pharmacy management unit, the clinic and the medical institution management unit and is used for obtaining the total demand amount corresponding to each medicine by obtaining the usage amount of each medicine and the inventory condition of each pharmacy, clinic and medical institution according to the data obtained by the pharmacy management unit, the clinic and the medical institution management unit, sending purchase information to the client of the pharmaceutical factory according to the total demand amount and purchasing the pharmaceutical factory in batches;
the pharmacy client is used for being in butt joint with the pharmacy management unit through the cloud server and sending the medicine purchasing intention and the purchase, sale and storage data of the provided medicines to the pharmacy management unit;
the clinic client is used for being in butt joint with the clinic and the medical institution management unit through the cloud server and sending the medicine purchasing intention and the purchase, sale and stock data of the provided medicines to the clinic client;
the medical institution client is used for being in butt joint with the clinic and the medical institution management unit through the cloud server and sending the medicine purchasing intention and the purchase, sale and stock data of the provided medicines to the medical institution client;
the pharmaceutical factory client is used for receiving the purchasing information of the data analysis processing unit through the cloud server and sending the quoted price to the data analysis processing unit through the cloud server when the pharmaceutical factory client is willing to participate in the transaction;
cloud server: the pharmacy management unit, the clinic and medical institution management unit, the data analysis and processing unit, the pharmacy client, the clinic client, the medical institution client and the pharmaceutical factory client perform data interaction through the cloud server.
Furthermore, the clinic and medical institution management unit is further configured to obtain medical record data of each clinic and medical institution from each clinic client and medical institution client through the cloud server, and each clinic and medical institution can obtain medical record data of a certain patient from the medical record data obtained by the clinic and medical institution management unit through the client and treat the patient according to the medical record data.
Further, the cloud-based medical platform further comprises a retail unit which is in butt joint with the pharmacy clients, the clinic clients and the medical institution clients through the cloud server and is in butt joint with the pharmacy clients through the cloud server, and the retail unit is used for enabling the pharmacy clients, the clinic clients and the medical institution clients to directly carry out retail transaction with the pharmacy.
Further, the cloud-based medical platform further comprises a pharmaceutical factory data storage unit which is associated with the data analysis processing unit and used for storing the pharmaceutical factory data including the scale, the region and the service quality evaluation data of each pharmaceutical factory.
The working method of the cloud-based medical platform comprises the following steps:
s1, when each pharmacy, clinic or medical institution needs to purchase a certain medicine, the cloud server is used to send an instruction to the pharmacy management unit or the clinic and medical institution management unit, and the pharmacy management unit or the clinic and medical institution management unit obtains the purchase, sale and inventory data of the medicine of the corresponding pharmacy, clinic or medical institution from each pharmacy client, clinic client or medical institution client through the cloud server, and if the medicine is a clinic or medical institution, obtains the prescription data of the clinic or medical institution;
and S2, the data analysis processing unit obtains the total demand corresponding to the medicine according to the usage of the medicine and the inventory status of each pharmacy, clinic and medical institution according to the data acquired by the pharmacy management unit and the clinic and medical institution management unit, and sends a purchase message to the client of the pharmaceutical factory through the cloud server according to the total demand to purchase the medicine in batches from the pharmaceutical factory.
Further, in step S2, the data analysis unit pushes the purchase amount of the drug to each pharmaceutical factory client through the cloud server, and if each pharmaceutical factory is willing to participate in the transaction, the data analysis unit makes a price quote in each pharmaceutical factory client and transmits the price quoted to the data analysis unit through the cloud server; the data analysis unit decides which pharmaceutical factory to purchase to based on quote analysis of each pharmaceutical factory.
Furthermore, the data analysis unit further obtains data of the pharmaceutical factories participating in the quotation from the pharmaceutical factory data storage unit, including scale, location and service quality evaluation data of each pharmaceutical factory, and performs comprehensive analysis by combining the quotation of each pharmaceutical factory, thereby obtaining a result of purchasing from which pharmaceutical factory.
Furthermore, each pharmacy, clinic, medical institution and pharmaceutical factory can enter the retail unit through respective client by using the cloud server and interact with each other, so as to directly carry out retail transaction.
Further, when a certain patient receives treatment in one or more clinics or medical institutions and needs to receive treatment in another clinic or medical institution, the clinic or medical institution uses its own client to send instructions to the clinic and medical institution management unit through the cloud server, and the clinic and medical institution management unit acquires medical record data of the patient from each clinic or medical institution through the cloud server and transmits the medical record data to the client of the clinic or medical institution to which the patient is currently receiving treatment through the cloud server.
The invention has the beneficial effects that: the demand of each pharmacy, clinic and medical institution for certain medicine can be planned and purchased from the pharmaceutical factory in batches, so that the price cost is effectively reduced, and the system is particularly favorable for the pharmacies, clinics and medical institutions with smaller purchase quantity. Moreover, competition can exist among a plurality of pharmaceutical factories, and the service quality of the pharmaceutical factories can be improved, and the price of the medicines can be reduced. In addition, because the platform can obtain prescription and medical record data for various clinics and medical institutions, patients can be treated seamlessly from medical institution to medical institution.
Drawings
FIG. 1 is a block diagram schematically illustrating the structure of the present invention;
FIG. 2 is a schematic flow chart of the present invention.
Detailed Description
The present invention will be further described with reference to the accompanying drawings, and it should be noted that the present embodiment is based on the technical solution, and the detailed implementation and the specific operation process are provided, but the protection scope of the present invention is not limited to the present embodiment.
As shown in fig. 1, a cloud-based medical platform includes a pharmacy management unit 101, a clinic and medical institution management unit 102, a data analysis processing unit 103, a pharmacy client 104, a clinic client 105, a medical institution client 106, and a pharmaceutical factory client 107; wherein the content of the first and second substances,
the pharmacy management unit 101 is configured to interface with each pharmacy client 104 through the cloud server 110 to obtain drug purchase, sale and inventory data of each pharmacy;
the clinic and medical institution management unit 102 is configured to interface with each clinic client 105 and medical institution client 106 through the cloud server 110 to obtain prescription data and purchase-sale-stock data of the medicines of each clinic and medical institution;
the data analysis processing unit 103 is associated with the store management unit 101 and the clinic and medical institution management unit 102, and is configured to obtain the total demand amount corresponding to each medicine by obtaining the usage amount of each medicine and the inventory status of each pharmacy, clinic and medical institution according to the data obtained by the pharmacy management unit 101 and the clinic and medical institution management unit 102, and send a purchase message to the pharmaceutical factory client 107 through the cloud server 110 according to the total demand amount, so as to purchase the medicines in bulk;
the pharmacy client 104 is used for being connected with the pharmacy management unit 101 through the cloud server 110, and sending the medicine purchasing intention and the purchase, sale and storage data of the provided medicines to the pharmacy management unit;
the clinic client 105 is used for interfacing with the clinic and the medical institution management unit 102 through the cloud server 110, and sending the drug purchasing intention and the purchase-sale-stock data of the provided drugs to the clinic and the medical institution management unit;
the medical institution client 106 is used for interfacing with the clinic and the medical institution management unit 102 through the cloud server 110, and sending the drug purchase intention and the purchase-sale-stock data of the provided drugs to the clinic and the medical institution management unit;
the pharmaceutical factory client 107 is configured to receive the purchase message of the data analysis processing unit 103 through the cloud server 110, and send a quote to the data analysis processing unit 103 through the cloud server 110 when willing to participate in a transaction.
Cloud server 110: the pharmacy management unit 101, the clinic and medical institution management unit 102, the data analysis processing unit 103, the pharmacy client 104, the clinic client 105, the medical institution client 106, and the pharmaceutical factory client 107 perform data interaction through the cloud server 110.
Further, the clinic and medical institution management unit 102 further obtains medical record data of each clinic and medical institution from each clinic client 105 and medical institution client 106 through the cloud server 110, and each clinic and medical institution can obtain medical record data of a certain patient from the medical record data obtained by the clinic and medical institution management unit through the cloud server 110 by using the respective client, and treat the patient according to the medical record data.
Further, the cloud-based medical platform further comprises a retail unit 108, which is interfaced with each pharmacy client, clinic client and medical institution client through a cloud server 110, and is interfaced with each pharmacy client, so that each pharmacy, clinic and medical institution can directly perform retail transaction with each pharmacy.
Further, the cloud-based medical platform further includes a pharmaceutical factory data storage unit 109, which is associated with the data analysis processing unit 103 and is used for storing the pharmaceutical factory data including the scale, the location area, and the service quality evaluation data of each pharmaceutical factory.
As shown in fig. 2, the working method of the cloud-based medical platform includes the following steps:
s1, when each pharmacy, clinic or medical institution needs to purchase a certain medicine, the cloud server 110 sends an instruction to the pharmacy management unit 101 or the clinic and medical institution management unit 102 via the respective client, and the pharmacy management unit 101 or the clinic and medical institution management unit 102 obtains the medicine purchase-sale-inventory data of the corresponding pharmacy, clinic or medical institution from each pharmacy client 104, clinic client 105 or medical institution client 106 via the cloud server 110, and also obtains the prescription data of the corresponding clinic or medical institution if the pharmacy, clinic or medical institution is the clinic or medical institution;
specifically, each pharmacy, clinic and medical institution may directly enter their own inventory and sales data in the client, or may associate and interface their own client with their own original database, so that the pharmacy management unit or the clinic and medical institution management unit may call out from the database and send the data to the pharmacy management unit or the clinic and medical institution management unit when requesting to acquire each item of data.
S2, the data analysis processing unit 103 obtains the total demand corresponding to the medicine according to the usage amount of the medicine and the inventory status of each pharmacy, clinic and medical institution based on the data acquired by the pharmacy management unit 101 and the clinic and medical institution management unit 102, and purchases the medicine in bulk from the pharmaceutical factory according to the total demand.
In a specific operation, the platform can be used as only one intermediate platform for purchasing medicines and then distributed to each pharmacy, medical institution and clinic participating in purchasing after purchasing is completed, and can also be used as an intermediate agent for selling medicines obtained by batch purchasing to each pharmacy, clinic and medical institution.
Further, in step S2, the data analysis unit 103 pushes the purchase amount of the drug to each pharmaceutical factory client 107 through the cloud server 110, and if each pharmaceutical factory is willing to participate in the transaction, the price is quoted in each pharmaceutical factory client 107, and the quoted price is transmitted to the data analysis unit 103 through the cloud server 110; the data analysis unit 103 decides which pharmaceutical factory to purchase to based on quote analysis of each pharmaceutical factory.
Still further, the data analysis unit 103 obtains data of the pharmaceutical factories participating in the quotation from the pharmaceutical factory data storage unit 108 through the cloud server 110, including scale, location area, and service quality evaluation data of each pharmaceutical factory, and performs comprehensive analysis by combining the quotation of each pharmaceutical factory, thereby obtaining a result of purchasing to which pharmaceutical factory.
In practical application, each standard can be digitalized and set with weight, and a comprehensive score can be obtained through weight calculation to decide which pharmaceutical factory to select. For example, the quoted price is directly quantified by price, the scale is quantified by the number of the enterprises, the region is quantified by distance, the grade is quantified by service quality evaluation, and the like, and then the weight of each standard is set and then calculation is performed.
Furthermore, each pharmacy, clinic, medical institution and pharmaceutical factory can enter the retail unit through respective client by using the cloud server and interact with each other, so as to directly carry out retail transaction.
Further, when a patient is treated in one or more clinics or medical institutions and needs to be treated in another clinic or medical institution, the clinic or medical institution uses its client to send a command to the clinic and medical institution management unit through the cloud server 110, and the clinic and medical institution management unit obtains medical record data of the patient from each clinic or medical institution through the cloud server 110 and transmits the medical record data to the client of the clinic or medical institution to which the patient is currently treated through the cloud server 110.
Various changes and modifications can be made by those skilled in the art based on the above technical solutions and concepts, and all such changes and modifications should be included in the scope of the present invention.
Claims (3)
1. The working method of the cloud-based medical platform is characterized in that the cloud-based medical platform comprises a pharmacy management unit, a clinic and medical institution management unit, a data analysis processing unit, a pharmacy client, a clinic client, a medical institution client and a pharmaceutical factory client; wherein the content of the first and second substances,
the pharmacy management unit is used for being in butt joint with the pharmacy clients through the cloud server to acquire medicine purchase, sale and storage data of the pharmacies;
the clinic and medical institution management unit is used for being in butt joint with each clinic client and each medical institution client through the cloud server to acquire prescription data and purchase-sale-stock data of medicines of each clinic and each medical institution;
the data analysis processing unit is associated with the pharmacy management unit, the clinic and the medical institution management unit and is used for obtaining the total demand amount corresponding to each medicine by obtaining the usage amount of each medicine and the inventory conditions of each pharmacy, clinic and medical institution according to the data obtained by the pharmacy management unit, the clinic and the medical institution management unit, sending purchase information to the client of the pharmaceutical factory according to the total demand amount and purchasing the pharmaceutical factory in batches;
the pharmacy client is used for being in butt joint with the pharmacy management unit through the cloud server and sending the medicine purchasing intention and the purchase, sale and storage data of the provided medicines to the pharmacy management unit;
the clinic client is used for being in butt joint with the clinic and the medical institution management unit through the cloud server and sending the medicine purchasing intention and the purchase, sale and stock data of the provided medicines to the clinic client;
the medical institution client is used for being in butt joint with the clinic and the medical institution management unit through the cloud server and sending the medicine purchasing intention and the purchase, sale and stock data of the provided medicines to the medical institution client;
the pharmaceutical factory client is used for receiving the purchasing information of the data analysis processing unit through the cloud server and sending the quoted price to the data analysis processing unit through the cloud server when the pharmaceutical factory client is willing to participate in the transaction;
cloud server: the pharmacy management unit, the clinic and medical institution management unit, the data analysis and processing unit, the pharmacy client, the clinic client, the medical institution client and the pharmaceutical factory client perform data interaction through the cloud server;
the retail unit is in butt joint with each pharmacy client, each clinic client and each medical institution client through the cloud server, is in butt joint with each pharmacy client through the cloud server, and is used for enabling each pharmacy, each clinic and each medical institution to directly carry out retail transaction with each pharmacy;
the system also comprises a pharmaceutical factory data storage unit which is associated with the data analysis processing unit and is used for storing the data of each pharmaceutical factory including the scale, the region and the service quality evaluation data of each pharmaceutical factory;
the working method comprises the following steps:
s1, when each pharmacy, clinic or medical institution needs to purchase a certain medicine, the cloud server is used to send an instruction to the pharmacy management unit or the clinic and medical institution management unit, and the pharmacy management unit or the clinic and medical institution management unit obtains the purchase, sale and inventory data of the medicine of the corresponding pharmacy, clinic or medical institution from each pharmacy client, clinic client or medical institution client through the cloud server, and if the medicine is a clinic or medical institution, obtains the prescription data of the clinic or medical institution;
s2, the data analysis processing unit obtains the total demand corresponding to the medicine according to the usage of the medicine and the inventory status of each pharmacy, clinic and medical institution according to the data acquired by the pharmacy management unit and the clinic and medical institution management unit, and sends purchasing information to the client of the pharmaceutical factory through the cloud server according to the total demand, and the purchasing information is purchased in bulk to the pharmaceutical factory;
the data analysis processing unit also acquires the data of the pharmaceutical factories participating in quotation from the pharmaceutical factory data storage unit, including scale, region and service quality evaluation data of each pharmaceutical factory, and performs comprehensive analysis by combining the quotation of each pharmaceutical factory, so as to obtain the result of purchasing to which pharmaceutical factory;
each pharmacy, clinic, medical institution and pharmaceutical factory can utilize the cloud server to enter the retail unit through respective client and interact, and retail transaction is directly carried out.
2. The working method according to claim 1, wherein in step S2, the data analysis processing unit pushes the purchase amount of the drug to each pharmaceutical factory client through the cloud server, and if each pharmaceutical factory is willing to participate in the transaction, the price is quoted in each pharmaceutical factory client and is transmitted to the data analysis processing unit through the cloud server; the data analysis processing unit determines which pharmaceutical factory to purchase to according to quote analysis of each pharmaceutical factory.
3. The method of claim 1, wherein when a patient is treated in one or more of the clinics or medical institutions and needs to be treated in another clinic or medical institution, the clinic or medical institution uses its own client to send instructions to the clinic and medical institution management unit through the cloud server, and the clinic and medical institution management unit obtains medical record data of the patient from each clinic or medical institution through the cloud server and transmits the medical record data to the client of the clinic or medical institution to which the patient is currently treated through the cloud server.
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| CN110675187A (en) * | 2019-09-18 | 2020-01-10 | 医修技术服务(北京)有限公司 | Inquiry and purchase method and device for medical consumables, computer equipment and storage medium |
| CN114004432A (en) * | 2020-07-28 | 2022-02-01 | 韩美营销集团 | Method and system for generating medicine purchase order and sales-end equipment |
| CN112951401B (en) * | 2021-04-26 | 2023-12-01 | 湖南城市学院 | Scheduling platform, medicine management system, combined medicine allocation system and scheduling method |
| CN115376671B (en) * | 2022-10-18 | 2023-12-01 | 山东聊城华阳医药辅料有限公司 | Medical auxiliary material sales data management system and method |
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| CN1570931A (en) * | 2003-07-12 | 2005-01-26 | 鸿富锦精密工业（深圳）有限公司 | Centralized purchasing management method and system for material |
| CN102819899A (en) * | 2012-08-25 | 2012-12-12 | 广州佳玛动漫科技开发有限公司 | Internet-of-things medicine management and sales system based on cloud computing |
| CN205427952U (en) * | 2016-02-26 | 2016-08-03 | 厦门柏事特信息科技有限公司 | Medical institution is management system in coordination |
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| US20030033532A1 (en) * | 2001-08-10 | 2003-02-13 | Body Health Resources Corporation | System and method for forming an on-line buyer's club |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1570931A (en) * | 2003-07-12 | 2005-01-26 | 鸿富锦精密工业（深圳）有限公司 | Centralized purchasing management method and system for material |
| CN102819899A (en) * | 2012-08-25 | 2012-12-12 | 广州佳玛动漫科技开发有限公司 | Internet-of-things medicine management and sales system based on cloud computing |
| CN205427952U (en) * | 2016-02-26 | 2016-08-03 | 厦门柏事特信息科技有限公司 | Medical institution is management system in coordination |
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