CN111641656A - Hospital data real-time screen projection system - Google Patents
Hospital data real-time screen projection system Download PDFInfo
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Abstract
The invention discloses a hospital data real-time screen projection system. The system comprises a data entry module, an interface polling module, a data updating module, a data cleaning module, an image generation module, a data rendering module, a picture processing module, a picture splicing module, a local storage module, a system configuration module, a remote data transmission module, a user operation interface module and a network service publishing module, and can realize linkage control, real-time data loading, picture dynamic generation and the like of a display screen through the cooperation among the modules, data provided by a user can be locally synthesized into a static picture, the picture can be sent to a screen end to be displayed and played in a full-screen linkage way through network service, local dynamic refreshing can be carried out on different parts of the whole picture, the problem of complicated data delay in traditional manual data updating is solved, the automatic real-time display of hospital latest data can be conveniently and quickly realized, the working stability and the real-time performance of the system are ensured, the simplicity and the practicability of installation and deployment can be achieved.
Description
Technical Field
The invention belongs to the technical field of data maintenance of medical institutions, and relates to a hospital data real-time screen projection system.
Background
With the improvement of science and technology, the improvement of medical treatment level and the improvement of the quality of life of urban residents, the efficient treatment problem of hospitals becomes a key problem for hospital management. It is understood that the biggest problems in many small and medium sized hospitals are the shortage of manpower resources, the blockage of effective information, the difficulty in implementing a novel technology, and the like. When a patient is hospitalized, the exact position and doctor of hospitalization cannot be accurately found, the problem of low efficiency of the patient is solved when the patient pays fee, and the problems can be effectively solved by improving the timeliness of information.
At present, the information display modes adopted by various small and medium-sized hospitals are different in the whole country, but the main ways are still the traditional modes of bulletin boards, LED screen subtitle broadcasting or slide screen projection and the like. The hospital staff is required to maintain regularly, and the working content is prone to making mistakes, so that a large amount of labor input is caused, and therefore, the development of an automatic data real-time screen projection system becomes an indispensable requirement.
Disclosure of Invention
The invention mainly aims to overcome the defects of the prior art and provide a client program of a mixed architecture, which can automatically update information at regular time and fulfill the requirement of local real-time updating of content, namely a hospital data real-time screen projection system.
In order to achieve the purpose, the invention adopts the technical scheme that:
the invention provides a hospital data real-time screen projection system which comprises a client, a browser end and remote hardware screen connection equipment, wherein the client is connected with the browser end through a network; the system adopts a B/S and C/S mixed software architecture (mixed architecture), the mixed B/S and C/S architecture is executed, and a client-side is mixed and interacted with a browser-side and a remote hardware on-screen device (remote screen);
the remote hardware screen-connecting equipment is a remote display screen-connecting system, namely a remote screen;
the browser end is mainly used for deploying a Web network server end program, providing Web network picture address mapping and providing the mapping for a remote data transmission module to carry out data transmission (pictures are sent to remote hardware on-screen equipment, namely a remote screen to be displayed); the browser end comprises a network service publishing module and is used for providing browser network picture address mapping;
the client is used for deploying a client program, and the client program comprises the following functional modules: the system comprises a data input module, a data updating module, an interface polling module, a data cleaning module, a data rendering module, a picture processing module, an image generating module, a local storage module, a picture splicing module, a remote data transmission module and a user operation interface module; the local storage module is respectively connected with the picture generation module and the picture splicing module and is responsible for storing the generated local sub-pictures and the spliced whole picture; the system configuration module is respectively connected with the local storage module and the interface polling module and controls the parameter setting of the local storage module and the interface polling module; when the program is executed, the data entry module and the interface polling module execute synchronously, and then the data updating module is executed; after data updating, a data cleaning module, a picture generating module, a data rendering module, a picture processing module and a picture splicing module are sequentially executed;
the data entry module is connected with the data updating module and used for a user to manually enter hospital data through the user operation interface module, namely, the hospital data is imported through a form; these manually entered hospital data include temporarily changing physician information, public information, and the like.
The interface polling module is connected with the data updating module; the system configuration module presets an interface polling time interval, the interface polling module can poll hospital data at a specified time interval (such as polling and automatic data updating every 12 hours), and calls the data updating module to complete automatic updating of the hospital data, so that the real-time performance of the data is ensured; the automatically updated hospital data mainly comprises scheduling information of experts, main departments and the like;
the data updating module is used for updating hospital data; the data input module and the interface polling module are respectively connected, and the hospital data can be manually updated or automatically updated; hospital data is manually input through a data input module, and then a data updating module is called to complete data updating, namely, the data is manually updated; these manually updated hospital data include temporarily changing physician information, public information; polling is carried out through an interface polling module, and then a data updating module is called to complete automatic updating of hospital data; the automatically updated hospital data comprises expert diagnosis information and diagnosis stopping information;
the data cleaning module is connected with the data updating module and used for carrying out structuralization and formatting processing on the data received by the multiple ends and calling the subsequent data;
the picture generation module is connected with the data cleaning module and used for loading the structured data processed by the data cleaning module, calling a bottom operating system graphic library, drawing the structured data content to generate a JPG graphic file and generating an image, namely a static local sub-picture; if the data is updated, reloading a text data part needing to be updated to generate a new static local sub-picture;
the data rendering module is connected with the picture generation module and used for converting the text data into character graphs and rendering the character graphs into local sub-pictures generated in the picture generation module;
the picture processing module is connected with the data rendering module and is used for performing processing of increasing definition and sharpness fidelity on the rendered picture;
the picture splicing module and the picture processing module load a plurality of generated and processed static local sub-pictures, namely pictures subjected to definition and sharpness fidelity processing, and generate a whole static picture through picture splicing combination (splicing a plurality of local pictures); loading and updating the global data to generate a new whole static picture;
the local storage module is respectively connected with the image generation module and the picture splicing module and is mainly used for loading the static local sub-picture resources generated by the data of the image generation module and storing the static picture whole picture resources loaded and updated by the picture splicing module in a local place; namely, the method is used for storing the generated latest static local sub-picture resource and static picture whole picture resource at the designated position, reading and setting a configuration file, and completing local storage;
the remote data transmission module, namely a serial port transmission module (a serial port transmission interface, such as an RS-232 serial port communication interface), is connected with the remote hardware screen connection device and transmits data to the remote display screen connection system;
the network service publishing module is mainly used for mapping a network address of a picture resource stored in the local through a web network server, previewing and configuring the picture resource through a user operation interface, and sending the picture resource to remote hardware on-screen equipment, namely a remote screen; the input end of the picture splicing module is connected with the picture splicing module, and the output end of the picture splicing module is connected with the user operation interface; the method comprises the steps of receiving a splicing address of a spliced whole image, generating an image mapping network address, sending the image mapping network address to a user operation interface, previewing and configuring the image through the user operation interface, carrying out data transmission through a remote data transmission module, and sending the image mapping network address to remote hardware screen-connected equipment, namely a remote display screen-connected system for display;
the user operation interface module is connected with other related interactive function modules (respectively connected with the data entry module, the network service release module and the remote data transmission module); the method comprises the following steps that a user carries out various functions on user operation interfaces of a client and a browser; the operation control of other related interactive function modules is realized through a local client, and the operation control comprises table uploading, manual/automatic switching, data loading updating and the like.
Furthermore, the hospital data real-time screen projection system also comprises a system configuration module; the system configuration module is connected with the local storage module and the interface polling module; and the path modification and polling time parameter adjustment function is used for generating files according to the data content of the configuration information.
Further, the system configuration module comprises system file configuration, system path configuration and system parameter configuration.
Furthermore, the system configuration module is configured to change a system configuration path of the generated static picture, and save the designated file (set a location where the picture is saved by the local storage module); and also for controlling updates of software versions; the network address is also used for modifying the stored network address of the picture resource; through the system configuration module, a user can configure the storage path of the global data, can control the change of the software version, and can modify the network address stored in the picture resource.
Further, the working method of the hospital data real-time screen projection system of the invention is as follows: through the cooperation between the data entry module and the data updating module, or through the cooperation between the interface polling module and the data updating module, the hospital data is updated manually or automatically; the updated data is subjected to data cleaning module and image generation module to generate local sub-pictures, formatted text data is converted into character graphs through the data rendering module and rendered into the pictures, and the final static picture whole picture generation is completed through the picture processing module and the picture splicing module and stored in the local storage module; and finally, sending the picture resources stored in the local to a user operation interface preview configuration through a web network server by a network service publishing module, and then transmitting the data to remote hardware screen-connecting equipment, namely a remote display screen-connecting system for displaying through a remote data transmission module.
Furthermore, after the image splicing module and the local storage module are sequentially executed, a local path for storing the image is mapped to a network address through the network service publishing module; the network service publishing module of the browser end is connected with the remote hardware screen-connected device through the remote data transmission module, and after the pictures are published through the web network server, the corresponding picture resources are displayed on a screen of the remote hardware screen-connected device in a webpage mode.
The storage addresses of the static local sub-picture resources and the static picture whole picture resources can be directly transmitted to the user operation interface module and the remote hardware screen connection equipment through Web page picture mapping (the storage address of the local picture is mapped to a Web page access address), then the Web page access address of the picture is clicked on the user side operation interface through a user, and after the user side performs preview viewing and configuration, the Web page access address is transmitted to the screen of the remote hardware screen connection equipment through the remote data transmission module for display.
Furthermore, the interface polling module and the user operation interface module can be switched and replaced, a timing polling interface is adopted when no person is on duty, and a user operation interface module is adopted when people is on duty.
Further, the web network server selects a main stream browser such as an IE, a Chrome and the like.
Further, the client program is compatible with and supports a PC, an intelligent mobile phone, intelligent equipment, a tablet computer or a common desktop computer; the client program can be packaged and installed as desktop software, a PC end program, a mobile phone end program or a tablet computer program.
Further, the remote display screen connection system is a fifteen-screen connection system.
The hospital data real-time screen projection system can be directly used on a machine used by a user without using a specific installation package and a network environment, can complete the functions of hospital data updating, data picture synthesis, data picture network publishing and the like, and then performs interface polling through network timing service to realize unattended automatic operation. The user can complete the updating and displaying of the data every day without specific operation, and the method is simple, convenient, quick and real-time.
The hospital data real-time screen projection system of the invention has the following basic principles:
the user updates hospital data in real time, loads, acquires and renders the updated data to generate a static picture, and then sends the static picture to the remote hardware screen-linking equipment through the network server. The polling calling of the data is completed through the interface polling module, the effect that the data can be updated in real time is ensured, the local storage module can store the data in the local, and then the network address is mapped through the network service publishing module, and the pictures are published to the screen of the remote hardware screen-connected equipment in a webpage form for dynamic demonstration.
And storing the published static resource picture locally, wherein the network server program can map local picture resources and transmit the local picture to a remote large screen in a network webpage form. The real-time updating of the data is completed, and the timely issuing of the notice information of the hospital can be finally met. The whole process is free from the need of personnel on duty, can be automatically completed through a program, and is provided with an interface polling module for setting fixed time and updating real-time data regularly.
The invention has the beneficial effects that:
the hospital data real-time screen projection system is characterized in that: the system is deployed and published into the executable file, the problem of the prior user deployment and configuration environment is solved, then the user is helped to finish complex steps through the user operation interface, the modification of hospital data and the publishing work of network pictures are facilitated for the user, and the simplicity and the practicability of installation can be achieved while the safety and the reliability of the system work are ensured.
Compared with the prior art, the invention has the advantages that: the hospital data real-time screen projection system comprises a data entry module, a data updating module, an interface polling module, a data cleaning module, an image generating module, an image splicing module, a local storage module, a system configuration module, a user operation interface module, a remote data transmission module and a network service publishing module, wherein the modules are matched to realize that a server-side device automatically and diversifies the information of a remote hardware large-screen device in real time, the update of data is maintained through a timed polling interface or manual data import (namely table entry and interface update), then system software carries out structural analysis on the obtained data, renders and writes new data into old local sub-images to generate new local sub-images (the rendering and covering process is adopted, so the real-time updating effect is achieved, and the traditional mode needs to re-edit characters in the images and manually replace the images), after the definition and the sharpness fidelity are increased by adopting an image processing technology, the images are spliced by adopting an image splicing technology, and finally one or more static resource images are generated; the static resource pictures are sent to a remote hardware screen end through a network service release module, and the real-time update of hospital data is completed; after the new data is updated, rendering and covering the corresponding old local sub-picture, and because the network mapping address is not changed, the local change of the content of the whole picture can be realized, and the whole page shows the effect of real-time updating (namely, the local real-time updating of the content can be completed); after the stability and the real-time performance of the system are ensured, the simplicity and the practicability of system installation can be met.
Drawings
Fig. 1 is a schematic overall structure diagram of a hospital data real-time screen projection system according to the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention clearer, the technical solutions of the present invention are further described below with reference to the accompanying drawings and examples.
Examples
As shown in fig. 1, the hospital data real-time screen projection system of the present invention includes a client, a browser, and a remote hardware screen-connection device; the system adopts a B/S and C/S mixed software architecture (mixed architecture), the mixed B/S and C/S architecture is executed, and a client-side is mixed and interacted with a browser-side and a remote hardware screen-connected device (fifteen-screen-connected device).
The hardware equipment of the client can be a PC (personal computer), a mobile phone, intelligent equipment, a tablet computer, a common desktop computer and the like; the client software operating system only needs to be provided with a Windows operating system, and the mobile phone end only needs to be provided with an Android system or an IOS system.
The client is provided with hospital data real-time screen projection system software (namely a client program); the client program can be compatible with a PC (personal computer), an intelligent mobile phone, intelligent equipment, a tablet computer, a common desktop computer and the like; the client program can be packaged and installed into desktop software, a PC (personal computer) end program, a mobile phone end program or a tablet computer program; the software (client program) includes the following functions: data import, data update, interface polling, data cleaning, data rendering, picture processing, image generation, picture splicing, system configuration, local storage and user interface operation.
The browser end refers to a web network server program and can select main stream browsers such as IE, Chrome and the like; the browser end mainly provides Web network service to a remote hardware screen-connected device (remote screen); the browser end comprises a network service publishing module, wherein the network service publishing module is used for realizing network publishing of local resources and providing browser network picture address mapping.
The remote hardware screen connection device is a remote display screen connection system, the remote display screen connection system is a fifteen-screen connection system (fifteen-screen connection device), and fifteen screens are adopted for linkage display.
The client is used for deploying a client program, and the client program comprises the following functional modules: the system comprises a data input module, a data updating module, an interface polling module, a data cleaning module, a data rendering module, a picture processing module, an image generating module, a local storage module, a picture splicing module, a remote data transmission module and a user operation interface module; the data input module and the interface polling module are respectively connected with the data updating module; the data updating module, the data cleaning module, the picture generating module, the data rendering module, the picture processing module and the picture splicing module are sequentially connected; the system configuration module is used for controlling parameter setting of the local storage module and the interface polling module respectively. When the program is executed, the data entry module and the interface polling module execute synchronously, and then the data updating module is executed; and after the data is updated, the data cleaning module, the picture generating module, the data rendering module, the picture processing module and the picture splicing module are sequentially executed.
The data entry module is connected with the data updating module, so that a user can manually enter hospital data through the user operation interface module conveniently, namely the hospital data is imported through a form; these manually entered hospital data include temporarily changing physician information, public information, and the like.
The interface polling module is connected with the data updating module; the system configuration module presets an interface polling time interval, the interface polling module can poll hospital data at a specified time interval (such as polling and automatic data updating every 12 hours), and calls the data updating module to complete automatic updating of the hospital data, so that the real-time performance of the data is ensured; the automatically updated hospital data mainly comprises scheduling information of experts, main departments and the like;
the data updating module is used for updating hospital data; the data input module and the interface polling module are respectively connected, and the hospital data can be manually updated or automatically updated; hospital data is manually input through a data input module, and then a data updating module is called to complete data updating, namely, the data is manually updated; these manually updated hospital data include temporarily changing physician information, public information; polling is carried out through an interface polling module, and then a data updating module is called to complete automatic updating of hospital data; the automatically updated hospital data comprises expert diagnosis information and diagnosis stopping information;
and the data cleaning module is connected with the data updating module and used for carrying out structuralization and formatting processing on the data received by the multiple ends and calling the subsequent data.
The picture generation module is connected with the data cleaning module and used for loading the structured data processed by the data cleaning module, calling a bottom operating system graphic library, drawing the structured data content to generate a JPG graphic file and generating an image, namely a static local sub-picture; if the data is updated, reloading a text data part needing to be updated to generate a new static local sub-picture;
the data rendering module is connected with the picture generation module and used for converting the text data into character graphs and rendering the character graphs into local sub-pictures generated in the picture generation module;
and the picture processing module is connected with the data rendering module and is used for performing processing of increasing definition and sharpness fidelity on the rendered picture.
The picture splicing module and the picture processing module load a plurality of generated and processed static local sub-pictures, namely pictures subjected to definition and sharpness fidelity processing, and generate a whole static picture through picture splicing combination (splicing a plurality of local pictures); and loading and updating the global data to generate a new whole static picture.
The local storage module is respectively connected with the image generation module and the picture splicing module and is mainly used for loading the static local sub-picture resources generated by the data of the image generation module and storing the static picture whole picture resources loaded and updated by the picture splicing module in a local place; namely, the method is used for saving the generated latest static local sub-picture resource and static picture whole picture resource in the designated position, reading and setting the configuration file, and completing the local storage.
The system configuration module is connected with the local storage module and the interface polling module; and the path modification and polling time parameter adjustment function is used for generating files according to the data content of the configuration information.
The system configuration module comprises system file configuration, system path configuration and system parameter configuration.
The system configuration module is used for changing the system configuration path of the generated static picture and saving the specified file (setting the position of the picture saved by the local storage module); and also for controlling updates of software versions; the network address is also used for modifying the stored network address of the picture resource; through the system configuration module, a user can configure the storage path of the global data, can control the update of the software version, and can modify the network address stored in the picture resource.
The user operation interface module is connected with other related interactive function modules (respectively connected with the data entry module, the remote data transmission module, the system configuration module and the network service release module); the method comprises the following steps that a user carries out various functions on user operation interfaces of a client and a browser; the operation control of other related interactive function modules is realized through a local client, and the operation control comprises table uploading, manual/automatic switching, data loading updating and the like.
And the remote data transmission module, namely a serial port transmission module (a serial port transmission interface, an RS-232 serial port communication interface), is connected with the remote hardware screen connection device and transmits data to the remote display screen connection system.
The network service publishing module is mainly used for mapping a network address of a picture resource stored in the local through a web network server, previewing and configuring the picture resource through a user operation interface, and sending the picture resource to remote hardware on-screen equipment, namely a remote screen; the input end of the picture splicing module is connected with the picture splicing module, and the output end of the picture splicing module is connected with the user operation interface; the method comprises the steps of receiving a splicing address of a spliced whole picture, generating a picture mapping network address, sending the picture mapping network address to a user operation interface, previewing and configuring the picture through the user operation interface, then carrying out data transmission through a remote data transmission module, and sending the picture mapping network address to remote hardware screen connection equipment, namely a remote display screen connection system (a fifteen-screen connection system) for display.
The working method of the hospital data real-time screen projection system comprises the following steps: through the cooperation between the data entry module and the data updating module, or through the cooperation between the interface polling module and the data updating module, the hospital data is updated manually or automatically; the updated data is subjected to data cleaning module and image generation module to generate local sub-pictures, the data rendering module renders formatted texts, the picture processing module and the picture splicing module are used for completing final generation of a whole static picture, and the whole static picture is stored in the local storage module; and finally, sending the picture resources stored in the local to a user operation interface preview configuration through a web network server by a network service publishing module, and then transmitting the data to a remote hardware screen-connected device (a fifteen-screen-connected system) for display by a remote data transmission module.
After the image splicing module and the local storage module are sequentially executed, a local path for storing the image is mapped to a network address through the network service publishing module; the network service publishing module of the browser end is connected with the remote hardware screen-connected device through the remote data transmission module, and after the pictures are published through the web network server, the corresponding picture resources are displayed on a screen of the remote hardware screen-connected device in a webpage mode.
The storage addresses of the static local sub-picture resources and the static picture whole picture resources can be directly transmitted to the user operation interface module and the remote hardware screen connection equipment through Web page picture mapping (the storage address of the local picture is mapped to a Web page access address), then the Web page access address of the picture is clicked on the user side operation interface through a user, and after the user side performs preview viewing and configuration, the Web page access address is transmitted to the screen of the remote hardware screen connection equipment through the remote data transmission module for display.
The interface polling module and the user operation interface module can be switched and replaced, a timing polling interface is adopted when no person is on duty, and the user operation interface module is adopted when people is on duty.
The hospital data real-time screen projection system can be directly used on a machine used by a user without using a specific installation package and a network environment, can complete the functions of hospital data updating, data picture synthesis, data picture network publishing and the like, and then performs interface polling through network timing service to realize unattended automatic operation. The user can complete the updating and displaying of the data every day without specific operation, and the method is simple, convenient, quick and real-time.
In this embodiment, the hospital data real-time screen projection system of the present invention includes a data entry module, a data cleaning module, an interface polling module, an image generation module, an image processing module, an image splicing module, a local storage module, a system configuration module, a user operation interface module, a remote data transmission module and a network service publishing module, all the modules are tightly matched to realize the linkage control of a PC desktop program on fifteen display screens of hospital outpatient halls, real-time data loading, dynamic image generation, network service polling, hospital information display, hospital announcement notification, and shift scheduling and rest information update, and then a user can provide data to the system through a desktop table, a configuration file or database data, the system performs data loading and image generation at regular time according to a set duration, and locally synthesizes a static image with a real-time data update result, the picture is sent to the screen end through network service, full-screen linkage show broadcast etc. and the whole picture is divided into a plurality of different parts, can carry out local dynamic refreshing to each different part of whole picture, has solved the loaded down with trivial details problem of traditional artifical data update, and the data has the problem of postponing, can conveniently realize automatic real-time show hospital's newest data fast.
In the embodiment, the hospital data real-time screen projection system realizes timely update of hospital real-time data through cooperation of the modules, does not need personnel to watch, and can automatically complete the process. The automatic polling module plays a role in automatically updating data, and can complete stable and long-term operation of the system without manual participation. The safety and reliability of the system work are guaranteed, and meanwhile simplicity and practicability of installation can be achieved.
The above description is only a preferred embodiment of the present invention, and does not limit the present invention in any way. It will be understood by those skilled in the art that various changes, substitutions and alterations can be made herein without departing from the spirit and scope of the invention as defined by the appended claims.
Claims (10)
1. A hospital data real-time screen projection system is characterized by comprising a client, a browser end and remote hardware screen connection equipment; the system adopts a B/S and C/S mixed architecture, and a client side is mixed and interacted with a browser side and a remote hardware on-screen device;
the remote hardware screen-connecting equipment is a remote display screen-connecting system, namely a remote screen;
the browser end is mainly used for deploying a Web network server end program and providing Web network picture address mapping to the remote data transmission module for data transmission; the browser end comprises a network service publishing module and is used for providing browser network picture address mapping;
the client is used for deploying a client program, and the client program comprises the following functional modules: the system comprises a data input module, a data updating module, an interface polling module, a data cleaning module, a data rendering module, a picture processing module, an image generating module, a local storage module, a picture splicing module, a remote data transmission module and a user operation interface module; the data input module and the interface polling module are respectively connected with the data updating module; the data updating module, the data cleaning module, the picture generating module, the data rendering module, the picture processing module and the picture splicing module are sequentially connected; the local storage module is respectively connected with the picture generation module and the picture splicing module and is responsible for storing the generated local sub-pictures and the spliced whole picture; the system configuration module is respectively connected with the local storage module and the interface polling module and controls the parameter setting of the local storage module and the interface polling module; when the program is executed, the data entry module and the interface polling module execute synchronously, and then the data updating module is executed; after data updating, a data cleaning module, a picture generating module, a data rendering module, a picture processing module and a picture splicing module are sequentially executed;
the data entry module is connected with the data updating module and used for a user to manually enter hospital data through the user operation interface module, namely, the hospital data is imported through a form; the manually entered hospital data includes temporarily changed physician information, public information;
the interface polling module is connected with the data updating module; the system configuration module presets an interface polling time interval, the interface polling module can poll the hospital data at the specified time interval and call the data updating module to complete the automatic updating of the hospital data, so that the real-time performance of the data is ensured; the automatically updated hospital data mainly comprises the scheduling information of experts;
the data updating module is used for updating hospital data; the data input module and the interface polling module are respectively connected, and the hospital data can be manually updated or automatically updated; hospital data is manually input through a data input module, and then a data updating module is called to complete data updating, namely, the data is manually updated; these manually updated hospital data include temporarily changing physician information, public information; polling is carried out through an interface polling module, and then a data updating module is called to complete automatic updating of hospital data; the automatically updated hospital data comprises expert diagnosis information and diagnosis stopping information;
the data cleaning module is connected with the data updating module and used for carrying out structuralization and formatting processing on the data received by the multiple ends and calling the subsequent data;
the picture generation module is connected with the data cleaning module and used for loading the structured data processed by the data cleaning module, calling a bottom operating system graphic library, drawing the structured data content to generate a JPG graphic file and generating an image, namely a static local sub-picture; if the data is updated, reloading a text data part needing to be updated to generate a new static local sub-picture;
the data rendering module is connected with the picture generation module and used for converting the text data into character graphs and rendering the character graphs into local sub-pictures generated in the picture generation module;
the picture processing module is connected with the data rendering module and is used for performing processing of increasing definition and sharpness fidelity on the rendered picture;
the picture splicing module and the picture processing module are used for loading a plurality of generated and processed static local sub-pictures, namely pictures subjected to definition and sharpness fidelity processing, and generating a whole static picture through picture splicing and combination; loading and updating the global data to generate a new whole static picture;
the local storage module is respectively connected with the image generation module and the picture splicing module and is mainly used for loading the static local sub-picture resources generated by the data of the image generation module and storing the static picture whole picture resources loaded and updated by the picture splicing module in a local place; namely, the method is used for storing the generated latest static local sub-picture resource and static picture whole picture resource at the designated position, reading and setting a configuration file, and completing local storage;
the remote data transmission module, namely a serial port transmission module, is connected with the remote hardware screen-connected device and transmits data to the remote hardware screen-connected device;
the network service publishing module is mainly used for mapping a network address of a picture resource stored in the local through a web network server, previewing and configuring the picture resource through a user operation interface, and sending the picture resource to remote hardware on-screen equipment, namely a remote screen; the input end of the picture splicing module is connected with the picture splicing module, and the output end of the picture splicing module is connected with the user operation interface; the method comprises the steps of receiving a splicing address of a spliced whole image, generating an image mapping network address, sending the image mapping network address to a user operation interface, previewing and configuring the image through the user operation interface, carrying out data transmission through a remote data transmission module, and sending the image mapping network address to remote hardware screen-connected equipment, namely a remote display screen-connected system for display;
the user operation interface module is respectively connected with the data entry module, the network service release module and the remote data transmission module; the method comprises the following steps that a user carries out various functions on user operation interfaces of a client and a browser; the method comprises the operation control of other related interactive function modules, and is realized through a local client, and comprises form uploading, manual/automatic switching and data loading and updating.
2. The hospital data real-time screen projection system according to claim 1, further comprising a system configuration module; the system configuration module is connected with the local storage module and the interface polling module; and the path modification and polling time parameter adjustment function is used for generating files according to the data content of the configuration information.
3. The hospital data real-time screen projection system according to claim 2, wherein the system configuration module is configured to generate a static picture address path, change the system configuration path, and set the position of the picture stored in the local storage module; the network address is also used for modifying the stored network address of the picture resource; but also for controlling the updating of the software version.
4. The hospital data real-time screen projection system according to claim 2, wherein the system configuration module comprises system file configuration, system path configuration and system parameter configuration.
5. The hospital data real-time screen projection system according to claim 1, 2, 3 or 4, characterized in that the system works as follows: through the cooperation between the data entry module and the data updating module, or through the cooperation between the interface polling module and the data updating module, the hospital data is updated manually or automatically; the updated data is subjected to data cleaning module and image generation module to generate local sub-pictures, the data rendering module renders formatted texts, the picture processing module and the picture splicing module are used for completing final generation of a whole static picture, and the whole static picture is stored in the local storage module; and finally, sending the picture resources stored in the local to a user operation interface preview configuration through a web network server by a network service publishing module, and then transmitting the data to remote hardware screen-connecting equipment, namely a remote display screen-connecting system for displaying through a remote data transmission module.
6. The hospital data real-time screen projection system according to claim 5, wherein after the image splicing module and the local storage module are sequentially executed, the local path for storing the image is mapped to the network address through the network service publishing module; the network service publishing module of the browser end is connected with the remote hardware screen-connected device through the remote data transmission module, and after the pictures are published through the web network server, the corresponding picture resources are displayed on a screen of the remote hardware screen-connected device in a webpage mode.
7. The hospital data real-time screen projection system according to claim 5, wherein the interface polling module and the user operation interface module can be switched and replaced, the timing polling interface is adopted when no one is on duty, and the user operation interface module is adopted when one is on duty.
8. The hospital data real-time screen projection system according to claim 1, 2, 3 or 4, wherein said web server is optionally compatible with IE or Chrome browser.
9. The hospital data real-time screen projection system according to claim 1, 2, 3 or 4, wherein the remote display screen networking system is a fifteen-screen networking system.
10. The hospital data real-time screen projection system according to claim 1, 2, 3 or 4, wherein the client program is compatible with a support PC, a smart mobile phone, a smart device, a tablet computer or a common desktop computer; the client program can be packaged and installed as desktop software, a PC end program, a mobile phone end program or a tablet computer program.
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