CN111383749B - Information management system and method - Google Patents
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- CN111383749B CN111383749B CN202010157528.5A CN202010157528A CN111383749B CN 111383749 B CN111383749 B CN 111383749B CN 202010157528 A CN202010157528 A CN 202010157528A CN 111383749 B CN111383749 B CN 111383749B
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- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
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- G06F21/62—Protecting access to data via a platform, e.g. using keys or access control rules
- G06F21/6218—Protecting access to data via a platform, e.g. using keys or access control rules to a system of files or objects, e.g. local or distributed file system or database
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Abstract
The invention discloses an information management system, which comprises an information management end, a cloud server and an application information system, wherein the information management end is a PC end, and is characterized in that: the information management terminal comprises a system function module, a system parameter module, an application parameter module, a template workstation configuration module and a service workstation configuration module; the invention also discloses an information management method, which comprises the following steps: s01, registering and maintaining functional unit information and configuring application parameters; s02, establishing and managing a template workstation; and S03, establishing and managing a service workstation. The invention has the advantages that the information maintenance management is more efficient and convenient, the accurate standardized management can be carried out according to the functional requirements of the business workstation established by the client, the individual functional requirements of different users can be met through one system, and the like.
Description
[ technical field ] A method for producing a semiconductor device
The present invention relates to the technical field of information management systems and methods, and in particular, to the technical field of information management systems and methods.
[ background of the invention ]
At present, the problems of poor version management and incapability of commercialization commonly exist in an industrial application information system. The root of these problems is that current research and development and delivery methods fail to solve the contradiction between satisfying the customer's personalized needs and improving the level of productization. If N functional modules exist in an industry application information system, and the ith (i ═ 1,2,3.. N) module corresponds to N i The enterprise needs to construct a possible variation
The individual software versions can cover the entire personalization requirements of the customer. Taking specific numbers as an example, if a certain information system has 10 functional modules, and each functional module corresponds to 2 variations, an enterprise needs to correspondingly research and develop 1024 software versions to completely cover the personalized requirements of customers, which seriously hinders the improvement of the enterprise product level.
Among them, the medical institution information system is a typical representative of a complex information system which includes numerous functional modules and has a remarkable customer personalization demand. Generally, in terms of hospital business related to the flow of materials (drugs, consumables), financial (charges), medical (prescriptions, medical records), a typical medical information system may include thousands of functional modules. In addition, the enormous size of the business and the complexity of the medical procedure result in the hospital having more personalized demands for the hospital information system used by itself.
Facing a great deal of personalized demands of strong customers, most medical informatization enterprises adopt a coping method of field service of research and development personnel at present. Specifically, the research and development personnel will carry a certain version of the source code to the field, and when the personalized requirements of the customer cannot be denied, the research and development personnel will directly modify the code to realize the functions required by the customer. With the continuous extension of project construction period and the development of multiple projects for the medical information enterprise, the simple and rough field service mode causes the enterprise to form a large number of fragmented versions. By adopting the research, development and delivery mode, the product management difficulty of enterprises is increased, the enterprise is not favorable for summarizing the common problem of the individual requirements of customers, and the usability of standardized products are further improved. Meanwhile, the direct field-parking code modification of research personnel greatly increases the workload of field-parking personnel, leads to the infinite extension of project period and the great increase of enterprise cost, and is not beneficial to the short-term profit and long-term growth of medical informatization enterprises.
Therefore, it is urgently needed to provide an efficient information system and management method, which can not only improve the production level of the information system, but also meet the personalized requirements of institutional customers. There are relevant documents in the aspect of improving the delivery efficiency and the research and development efficiency of the information system, and one of the documents is a mode of combining parameter configuration and a workflow engine. This approach has several disadvantages: firstly, the user experience is poor, the application of the workflow engine requires that the setting of a client page is as simple as possible, and the workflow engine is not suitable for complex scenes; secondly, in the face of customer requirements, research and development personnel need to modify the whole system, the research and development efficiency is not high, and the normal operation of the whole system can be influenced; thirdly, the site configuration at the workstation level is not supported, when a client has a new user role and a new use scene, the problems cannot be solved by the parameter configuration and the workflow engine, and a large amount of codes must be compiled; fourthly, the efficiency of subsequent product version management is not high.
In addition, in order to meet the personalized requirements of customers through one system, some enterprises also adopt a method of providing a standardized product and constructing a PaaS platform to provide a personalized component development and transaction platform for third-party developers, so that the customers can develop or purchase third-party functional components independently. This approach has several disadvantages: firstly, the application range is very limited, the application ecology construction is only suitable for taps in a very individual industry, and the enthusiasm of third-party developers is hindered due to insufficient total number of users or weak payment willingness of the users, so that the clients cannot obtain personalized functional components; secondly, the timeliness is not strong, and even a very developed application ecology cannot immediately meet all individual requirements of all customers, so that part of mechanisms cannot be on-line in time; and thirdly, extra cost is increased for the customer, and besides the customer purchases standardized software, the customer needs to pay extra uncertain cost to meet the personalized demand of the customer, so that the purchase willingness of the customer is reduced. The existing information management systems have the problems that the information maintenance management can not realize the standardization and the precision, the individual function requirements of different users can not be met through one system, the system management is complicated, and the like.
[ summary of the invention ]
The invention aims to solve the problems in the prior art, and provides an information management system and an information management method, which can enable information maintenance and management to be more efficient and convenient, and meet the personalized function requirements of different users through one system.
In order to achieve the above purpose, the present invention provides a novel workstation information management system, which includes an information management end, a cloud server, and an application information system, wherein the information management end is a PC end, and is characterized in that: the information management terminal comprises a system function module, a system parameter module, an application parameter module, a template workstation configuration module and a service workstation configuration module;
the system function module is used for registering, maintaining and managing function unit information required by the construction of each service workstation, and comprises a system function list, wherein all available function unit information of an application information system is stored in the system function list;
the system parameter module is used for configuring and managing system parameter information required by system operation and storing the system parameter information in a system parameter list;
the application parameter module is used for configuring and managing application parameter information required by system operation and storing the application parameter information in an application parameter list;
the template workstation configuration module is used for indexing and inquiring and quickly extracting the functional unit information in the system function list and the application parameter information in the application parameter list according to the construction requirements of the service workstation, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, and storing the functional unit information after basic setting and management and default value setting of the application parameters are carried out;
the interaction of information data is realized between the service workstation configuration module and the template workstation configuration module, the corresponding template workstation information data can be quickly called according to the functional requirements of the workstation established by a client, and the user-defined application parameters, the registered and managed users and the user permission can be configured according to the requirements of the specific service workstation, and the user-defined application parameters can cover the application parameter information in the template workstation.
Preferably, the application parameter information recorded in the application parameter list in the application parameter module includes parameter classification, parameter name, parameter description, range type, range value, value type, and storage address information, and the functional unit information in the system functional module includes function name, function classification, and function start address information.
Preferably, the template workstation configuration module includes a data storage module, an application state management module, a grouping management module and a configuration analysis module, the data storage module is used for storing template workstation information, the application state management module is used for adjusting and converting the application state of the functional unit in the template workstation, the configuration analysis module is used for inputting an application parameter default value, inquiring an index, quickly extracting the functional unit information in the system function list and the application parameter information in the application parameter list, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, and the grouping management module is used for grouping management of the functional unit information.
The invention also provides an information system management method, which comprises the following steps:
s01, registering and maintaining functional unit information and configuring application parameters: registering service workstation to build required function unit information and maintaining the registered function unit information into system function list, and configuring system parameter information and application parameter information required by system operation;
s02, establishing and managing a template workstation: according to the building requirement of the service workstation, searching and quickly extracting functional unit information in a system function list and application parameter information in an application parameter list, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, and storing the functional unit information after basic setting and management and default value setting of application parameters are carried out;
s03, establishing and managing a service workstation: and corresponding template workstation information data are quickly called according to the functional requirements of the workstation established by a client, and user-defined application parameters, registered and managed users and user permissions can be configured according to the requirements of the specific service workstation.
The invention has the beneficial effects that: the information maintenance management is more efficient and convenient, accurate standardized management can be carried out according to the functional requirements of the workstations established by customers, and the personalized functional requirements of different users are met through one system.
The features and advantages of the present invention will be described in detail by embodiments with reference to the accompanying drawings.
[ description of the drawings ]
FIG. 1 is a schematic diagram of an information management system according to the present invention;
FIG. 2 is a schematic structural diagram of an embodiment of an information management system according to the present invention;
FIG. 3 is a block flow diagram of an embodiment of a novel method of information management of the present invention;
FIG. 4 is a diagram of an information data interaction process according to an embodiment of the information management system and method of the present invention.
[ detailed description ] embodiments
With reference to fig. 1 to 4, an information management system according to the present invention includes an information management end, a cloud server, and an application information system, where the information management end is a PC end, and the information management end includes a system function module, a system parameter module, an application parameter module, a template workstation configuration module, and a service workstation configuration module;
the information management end is a medical care information management end, the application information system is a medical care information system, and mutual information data interactive transmission can be carried out among the medical care information management end, the cloud server and the hospital information system;
the system function module is used for registering, maintaining and managing functional unit information required by the construction of each service workstation, and comprises a system function list, wherein all available functional unit information of the hospital information system is stored in the system function list;
the system parameter module is used for configuring and managing system parameter information required by system operation, and comprises a system parameter list for storing the system parameter information;
the application parameter module is used for configuring and managing application parameter information required by system operation, and comprises an application parameter list used for storing the application parameter information;
the template workstation configuration module is used for inquiring and quickly extracting functional unit information in a system function list and application parameter information in an application parameter list according to the construction requirement index of a service workstation, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, carrying out basic setting and management on the functional unit information and carrying out default value setting on the application parameters and then storing the functional unit information and the application parameter information, wherein the service workstation is a hospital nurse service workstation;
the interaction of information data is realized between the service workstation configuration module and the template workstation configuration module, the corresponding template workstation information data can be quickly called according to the functional requirements of the specified hospital department mechanism, the self-defined application parameters, the registered and managed users and the user permission can be configured according to the requirements of the specific hospital nurse service workstation, and the self-defined application parameters can cover the default values of the application parameters;
the application parameter information recorded in the application parameter list in the application parameter module comprises parameter classification, parameter names, parameter description, range types, range values, value types and storage address information, and the functional unit information in the system functional module comprises function names, function classification and function starting address information;
the system function module comprises a function registration module, a system function list and a maintenance management module, wherein information data interaction is sequentially carried out among the function registration module, the maintenance management module and the system function list, the function registration module is used for registering function unit information possessed by the hospital information system, and the maintenance management module is used for importing the registered function unit information into the system function list;
the template workstation configuration module comprises a data storage module, an application state management module, a grouping management module and a configuration analysis module, wherein the data storage module is used for storing template workstation information data, the template workstation information data comprises application parameter default values and grouping values corresponding to the functional unit information data, the system comprises a function unit information data storage module, an application state management module, a configuration analysis module, a grouping management module and a cloud server, wherein the function unit information data storage module is used for storing function unit information data, the application state management module is used for adjusting the application state of a function unit in a conversion template workstation, such as whether the function unit is in a self-starting state or not, the configuration analysis module is used for inputting an application parameter default value, inquiring an index, quickly extracting function unit information in a system function list and application parameter information in an application parameter list, analyzing and converting the function unit information and the application parameter information into corresponding data formats, the grouping management module is used for carrying out grouping ordered management on the function unit information data, and the data storage module is connected with the cloud server;
the service workstation configuration module comprises a user authority management module and a functional parameter configuration module, the user authority management module is used for inputting medical staff information and configuring the authority of the medical staff according to requirements, the medical staff information comprises names, job numbers, account login names and affiliated department information, the authority configuration is set according to the grade of the medical staff, the grade of the medical staff comprises nurses and nurse officers, the functional parameter configuration module is used for adjusting and setting application parameters in a self-defining mode according to the requirements of a specific inpatient nurse service workstation, and the adjusted application parameters can cover application parameter default values;
the medical care information management end is connected with the cloud server through the Ethernet to achieve receiving and sending of corresponding data, and each hospital information system can perform data interaction with the cloud server, so that personalized function requirements of different hospitals are met by one system, and standardized management of system maintenance management is improved.
The invention relates to an information management method, which comprises the following steps:
s01, registering and maintaining functional unit information and configuring application parameters: registering service workstation to build required function unit information and maintaining the registered function unit information into system function list, and configuring system parameter information and application parameter information required by system operation;
s02, establishing and managing a template workstation: according to the building requirements of the service workstation, functional unit information in a system function list and application parameter information in an application parameter list are indexed, inquired and quickly extracted, analyzed and converted into corresponding data formats, basic setting and management are carried out on the functional unit information, default value setting is carried out on the application parameters, and then the functional unit information and the application parameter information are stored, and the template workstation is stored in a cloud server after configuration is completed;
s03, establishing and managing a hospital nurse service workstation: and corresponding template workstation information data are quickly called according to the functional requirements of the appointed hospital department institution, and custom application parameters, registered and managed users and user permissions can be configured according to the requirements of specific service workstations.
The above embodiments are illustrative of the present invention, and are not intended to limit the present invention, and any simple modifications of the present invention are within the scope of the present invention.
Claims (4)
1. The utility model provides an information management system, includes information management end, high in the clouds server, application information system, and the information management end is the PC end, its characterized in that: the information management terminal comprises a system function module, a system parameter module, an application parameter module, a template workstation configuration module and a service workstation configuration module;
the system function module is used for registering, maintaining and managing function unit information required by the construction of each service workstation, and comprises a system function list, wherein all available function unit information of an application information system is stored in the system function list;
the system parameter module is used for configuring and managing system parameter information required by system operation and storing the system parameter information in a system parameter list;
the application parameter module is used for configuring and managing application parameter information required by system operation and storing the application parameter information in an application parameter list;
the template workstation configuration module is used for indexing and inquiring and quickly extracting the functional unit information in the system function list and the application parameter information in the application parameter list according to the construction requirements of the service workstation, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, and storing the functional unit information after basic setting and management and default value setting of the application parameters are carried out;
the interaction of information data is realized between the business workstation configuration module and the template workstation configuration module, the corresponding template workstation information data can be quickly called according to the functional requirements of the workstation established by a client, the self-defined application parameters, the registered and managed users and the user permission can be configured according to the specific business workstation requirements, and the self-defined application parameters can cover the application parameter information in the template workstation.
2. The information management system according to claim 1, wherein: the application parameter information recorded in the application parameter list in the application parameter module comprises parameter classification, parameter name, parameter description, range type, range value, value type and storage address information, and the functional unit information in the system functional module comprises function name, function classification and function starting address information.
3. The information management system according to claim 1, wherein: the template workstation configuration module comprises a data storage module, an application state management module, a grouping management module and a configuration analysis module, wherein the data storage module is used for storing template workstation information, the application state management module is used for adjusting and converting the application state of a functional unit in the template workstation, the configuration analysis module is used for inputting an application parameter default value, inquiring indexes, quickly extracting functional unit information in a system function list and application parameter information in an application parameter list, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, and the grouping management module is used for grouping management of the functional unit information.
4. An information management method, characterized by: the method comprises the following steps:
s01, registering and maintaining functional unit information and configuring application parameters: registering service workstation to build required function unit information and maintaining the registered function unit information into system function list, and configuring system parameter information and application parameter information required by system operation;
s02, establishing and managing a template workstation: according to the building requirement of the service workstation, searching and quickly extracting functional unit information in a system function list and application parameter information in an application parameter list, analyzing and converting the functional unit information and the application parameter information into corresponding data formats, and storing the functional unit information after basic setting and management and default value setting of application parameters are carried out;
s03, establishing and managing a service workstation: and corresponding template workstation information data are quickly called according to the functional requirements of the workstation established by a client, and user-defined application parameters, registered and managed users and user permissions can be configured according to the requirements of the specific service workstation.
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