CN111080256A - Internet medical platform framework - Google Patents
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Abstract
The invention relates to the technical field of construction of technical platform frameworks, and discloses an Internet medical platform framework, which comprises the following contents: the system comprises a foreground, a medical platform and a management platform, wherein the foreground comprises an APP (application), a WEB (WEB page), a small program and an access control, the access control comprises a doctor access inlet, a patient access inlet, an operation management terminal access inlet and a supervision access inlet, all mobile applications, WEB pages and the small program for WeChat payment belong to the same layer, foreground products are mainly constructed and serve according to business forms and product positioning, the platform adopts a layered architecture, high cohesion and low coupling are realized among layers, the whole platform is completely containerized, and the problems of safety and privatization deployment are solved; on the basis of containerization, the system adopts a micro-service architecture and solves the problem of high customization demand of customers by utilizing module multiplexing.
Description
Technical Field
The invention relates to the technical field of construction of technical platform frameworks, in particular to an internet medical platform framework.
Background
In 2018, 14 th 9 th, the national health and health commission and the national traditional Chinese medicine administration jointly issue an internet medical management method (trial), an internet hospital management method (trial) and a remote medical service management specification (trial), and 3 matched documents, meaning that "internet ten medical health" enters a floor practice stage, newly and definitely encourages medical institutions to apply information technologies such as internet and the like to expand medical service space and content, an online-offline integrated medical service mode covering before, during and after diagnosis is constructed, according to Chinese patent CN206938478U and Chinese patent CN204576514U, if a medical institution is to develop internet medical services for the whole diagnosis and treatment process, the following services can be included, firstly, in terms of construction of a medical service system, an internet hospital is built by means of the medical institution, and an online-offline integrated medical closed loop is created, the system is characterized by being definite in innovation, allowing partial common disease and chronic disease review to be developed on line, allowing doctors to develop partial common disease and chronic disease prescriptions on line after mastering medical record data of patients, supporting medical and health institutions and third-party institutions meeting conditions to build an internet information platform, developing remote medical treatment, health consultation and health management services, not only being used for past pre-hospital and post-hospital peripheral services such as appointment making and registration, and the like, secondly, aiming at the improvement of the whole process of the in-hospital business and the mobile deployment of a hospital information system, except for the scenes before and after the hospital, the requirement of the in-hospital link on the internet is larger, for example, an increasingly popular electronic doctor card of a hospital is used as the core content of process optimization, has all information of the patients in the hospitalization process and can run through the whole process of the patients in hospitalization, and thirdly, aiming at the matched services of the patients with prognosis, including prescription drug delivery and drug delivery, Hospital follow-up visits, health management, rehabilitation and nursing, and the like.
Disclosure of Invention
Technical problem to be solved
Aiming at the defects of the prior art, the invention provides the Internet medical platform construction method, which has the advantage of high efficiency of report generation and solves the problem of low construction efficiency of the platform architecture in the traditional technology.
(II) technical scheme
In order to realize the purpose of efficient report generation, the invention provides the following technical scheme: an Internet medical platform construction method comprises the following steps:
s01, foreground.
And S02, access control.
And S03, service of business.
S04 basic service.
S05 middleware service.
S06 infrastructure.
Preferably, the foreground includes APP, WEB and applets.
Preferably, the access control comprises a doctor access entrance, a patient access entrance, an operation management access entrance and a supervision access entrance, the mobile application, the webpage and the WeChat payment small program belong to the same layer, and foreground products are mainly constructed according to business forms and product positioning.
Preferably, the business services comprise online inquiry, health promotion, family doctors, chronic disease treatment, intelligent diagnosis guide, prescription circulation transfer, on-line reservation, operation management and medicine purchase, and the business services are concentrated on technical means of process arrangement, so that basic service capacity is constructed into a business solution, and common and personalized problems are solved.
Preferably, the basic services include order management, payment management, drug management, workflow, CMS, visual language communication, report service, authority control, user center, medical dictionary, inventory management, logistics management, data synchronization, IM chat, and data analysis, and this layer includes a plurality of basic services independent of a specific floor-based business scenario, and mainly includes basic capabilities and general business services, which has the advantage that the basic service layer focuses on a stably converged business model and the basic services themselves, and does not change with the adjustment of business and foreground products, and can be easily understood as DAO of the business model.
Preferably, the middleware services include a publish-subscribe service, an ORM, a queue service, a timing service, and a cache service, and the middleware services mainly have the functions of shielding details of a base layer, providing unified calls, and mainly providing unified calls of the following services: and publishing-subscribing, wherein a producer consumer mode is supported in a basic layer message queue, bottom layer cluster information is shielded, only upper layer business service is needed to be concerned, ORM shields the bottom layer operation details of the database, for upper layer business calling, the current operation database is not needed to be concerned, a bottom layer sql statement is not needed to be written, the bottom layer database and the queue service can be directly operated, and based on the basic layer message queue, consumption tasks in strict sequence and timing services are supported, timing task services and cache services are provided, and cache services are provided.
Preferably, the infrastructure includes docker, Postgres cluster, Redis cluster, kafaka cluster and elasticsearch cluster, the platform adopts a containerization deployment method, the container eliminates the online and offline environmental difference, the environmental consistency standardization of the application life cycle is guaranteed, the developer uses the mirror image to realize the construction of the standard development environment, the development is completed and then the migration is carried out by encapsulating the complete environment and the mirror image of the application, therefore, the testing and operation and maintenance personnel can directly deploy the software mirror image to test and release, the process of continuous integration, testing and release is greatly simplified, the platform bottom layer data is mainly stored in the Postgres database, if the cache is needed, the platform bottom layer data is stored in the cache service Redis, the search index data is stored in the search engine ES cluster, and in addition, the message queue Kafka cluster also belongs to the foundation layer.
(III) advantageous effects
Compared with the prior art, the invention provides a construction method of an internet medical platform, which has the following beneficial effects:
the internet medical platform construction method comprises the steps of building an infrastructure, wherein the platform is based on a Linux operating system, and the system configuration is as follows: at least 8 cores of CPUs (central processing units), at least 16G of memories and at least 1TSSD (secure digital), then installing a container tool and a container arrangement tool on a Linux system, compiling a container arrangement file, constructing and starting a mirror image, compiling or selecting a universal middleware service, packaging a release-subscription and queue service, shielding bottom-layer cluster details, opening a box for an upper-layer service, and realizing simple switching of a database by an ORM (object relational mapping) middleware except for operating the database, even whether to realize dynamic routing of the database according to the service condition; the timing service realizes the function of executing a certain task at a specific time or periodically executing a certain task; the cache service is also packaged to provide uniform cache operation and basic service for an upper layer, for a basic component, an open source tool or cloud service such as audio and video communication, IM chat and the like can be used, for general service, a general service flow is supported, a service platform is enabled to provide a flexible and changeable basic service implementation scheme for similar service systems in the future, for special service flows, a special service system is independently developed, the special service flow and the special service flow are combined together to provide complete service and service, and different lower-layer services are arranged to complete a specific service. For different specific services, the lower-layer service is kept unchanged, only the combination and the service logic of the lower-layer service are changed, the service is accessed and controlled, the access control is mainly completed through an API gateway, the API gateway is an intermediate layer between a client and a server, and all external requests pass through the API gateway layer first. The functions of monitoring, unified authentication, load balancing and the like are realized on the layer, foreground services, mobile applications, web pages, WeChat payment small programs belong to the layer, foreground products are mainly constructed according to business forms and product positioning, meanwhile, the platform adopts a layered framework, high cohesion and low coupling are realized among layers, the whole platform is comprehensively containerized, the problems of safety and privatization deployment are solved, on the basis of containerization, the system adopts a micro-service framework, and the problem of many customized demands of customers is solved by utilizing module multiplexing.
Drawings
FIG. 1 is a flow chart of the system of the present invention.
Detailed description of the invention
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, an internet medical platform architecture includes the following contents:
and S01, foreground, wherein the foreground comprises APP, WEB and applets.
And S02, access control, wherein the access control comprises a doctor access entrance, a patient access entrance, an operation management end access entrance and a supervision access entrance, mobile applications, web pages and WeChat payment small programs belong to the layer, and foreground products are mainly constructed according to business forms and product positioning.
And S03, business services including online inquiry, health promotion and education, family doctors, chronic disease treatment, intelligent diagnosis guide, prescription flow transfer, hanging payment check, online reservation, operation management and medicine purchase, and the business services are concentrated on technical means of process arrangement, and the basic service capacity is constructed into a business solution to solve common and personalized problems.
S04, basic services including order management, payment management, drug management, workflow, CMS, visual communication, report service, authority control, user center, medical dictionary, inventory management, logistics management, data synchronization, IM chat and data analysis, wherein the layer contains a plurality of basic services irrelevant to specific landing service scenes and mainly comprises basic capability and universal service services.
S05, middleware services including publish-subscribe service, ORM, queue service, timing service and cache service, wherein the middleware services mainly have the functions of shielding details of a basic layer and providing unified call, and mainly provide unified call of the following services: and publishing-subscribing, wherein a producer consumer mode is supported in a basic layer message queue, bottom layer cluster information is shielded, only upper layer business service is needed to be concerned, ORM shields the bottom layer operation details of the database, for upper layer business calling, the current operation database is not needed to be concerned, a bottom layer sql statement is not needed to be written, the bottom layer database and the queue service can be directly operated, and based on the basic layer message queue, consumption tasks in strict sequence and timing services are supported, timing task services and cache services are provided, and cache services are provided.
S06, infrastructure including docker, Postgres cluster, Redis cluster, kafaka cluster and elastic search cluster, platform adopting containerization deployment method, container eliminating on-line and off-line environment difference, ensuring environment consistency standardization of application life cycle, developer using mirror image to realize standard development environment construction, after development is completed, transferring through mirror image encapsulating complete environment and application, therefore, testing and operation and maintenance personnel can directly deploy software mirror image to test and issue, greatly simplifying continuous integration, test and issue process, platform bottom data mainly stored in database Postgres, if need caching, stored in cache service Redis, search index data stored in search engine ES cluster, and message queue Kafka cluster also belongs to the foundation layer.
The working principle is that infrastructure is built, a platform is based on a Linux operating system, and the system configuration is as follows: at least 8 cores of CPUs (central processing units), at least 16G of memories and at least 1TSSD (secure digital), then installing a container tool and a container arrangement tool on a Linux system, compiling a container arrangement file, constructing and starting a mirror image, compiling or selecting a universal middleware service, packaging a release-subscription and queue service, shielding bottom-layer cluster details, opening a box for an upper-layer service, and realizing simple switching of a database by an ORM (object relational mapping) middleware except for operating the database, even whether to realize dynamic routing of the database according to the service condition; the timing service realizes the function of executing a certain task at a specific time or periodically executing a certain task; the cache service is also packaged to provide uniform cache operation and basic service for an upper layer, for a basic component, an open source tool or cloud service such as audio and video communication, IM chat and the like can be used, for general service, a general service flow is supported, a service platform is enabled to provide a flexible and changeable basic service implementation scheme for similar service systems in the future, for special service flows, a special service system is independently developed, the special service flow and the special service flow are combined together to provide complete service and service, and different lower-layer services are arranged to complete a specific service. For different specific services, the lower-layer service is kept unchanged, only the combination and the service logic of the lower-layer service are changed, the service is accessed and controlled, the access control is mainly completed through an API gateway, the API gateway is an intermediate layer between a client and a server, and all external requests pass through the API gateway layer first. The functions of monitoring, unified authentication, load balancing and the like are realized on the layer, foreground services, mobile applications, web pages, WeChat payment small programs and the like all belong to the layer, and foreground products are mainly constructed according to business forms and product positioning.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (7)
1. An internet medical platform framework, its characterized in that: the method comprises the following steps:
s01, foreground; the system comprises a server and a server, wherein the server is used for receiving access information of an APP, a webpage or an applet;
s02, controlling access; the system is used for accessing a doctor access port, a patient access port, an operation management terminal access port or a supervision access port according to the access information;
s03, service; the system is used for connecting to one of a plurality of modules of on-line inquiry, health promotion and education, family doctors, chronic disease treatment, intelligent diagnosis guide, prescription circulation, on-line check, on-line reservation, operation management and medicine purchase according to the access port connected by the access information and the access control;
s04, basic service; the system comprises a connection module, a user center, a medical dictionary, logistics management, inventory management, data synchronization, IM chat and data analysis, wherein the connection module is used for performing one of order management, payment management, medicine management, workflow, visual communication, report service, authority control, the user center, the medical dictionary, logistics management, inventory management, data synchronization, IM chat and data analysis according to business services;
s05, middleware service; the system is used for providing object relation mapping service, publishing subscription service, queue service, timing service and suspension service for foreground, access control, business service and basic service;
s06, infrastructure; for providing container engines, POSTGRES clusters, REDIS clusters, KAFKA clusters, and ELASTICSEARCH clusters.
2. The internet medical platform architecture as claimed in claim 1, further providing an internet medical platform architecture, wherein: the foreground comprises APP, WEB and applets.
3. The internet medical platform architecture as claimed in claim 1, further providing an internet medical platform architecture, wherein: the access control comprises a doctor access portal, a patient access portal, an operation management access portal and a supervision access portal.
4. The internet medical platform architecture as claimed in claim 1, further providing an internet medical platform architecture, wherein: the business services comprise online inquiry, health promotion and education, family doctors, chronic disease treatment, intelligent diagnosis guide, prescription transfer, hanging check, online reservation, operation management and medicine purchase.
5. The internet medical platform architecture as claimed in claim 1, further providing an internet medical platform architecture, wherein: the basic services include order management, payment management, drug management, workflow, CMS, visual communication, reporting services, rights control, user center, medical dictionary, inventory management, logistics management, data synchronization, IM chat, and data analysis.
6. The internet medical platform architecture as claimed in claim 1, further providing an internet medical platform architecture, wherein: the middleware services include publish-subscribe services, ORMs, queue services, timing services, and caching services.
7. The internet medical platform architecture as claimed in claim 1, further providing an internet medical platform architecture, wherein: the infrastructure includes docker, postgres clusters, Redis clusters, kafaka clusters, and elasticsearch clusters.
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| CN113688129A (en) * | 2021-07-21 | 2021-11-23 | 中国铁道科学研究院集团有限公司电子计算技术研究所 | Method and device for encoding link transport data |
| CN113921130A (en) * | 2021-09-07 | 2022-01-11 | 医惠科技有限公司 | Cloud-native-based smart medical cloud ecological service method, equipment and storage medium |
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