Hospital equipment purchasing and management platform based on software as a service (SaaS) application modeTechnical Field
The invention relates to the technical field of medical management platforms, in particular to a hospital equipment purchasing and management platform based on a software as a service (SaaS) application mode.
Background
The quality of the purchasing work of the hospital directly affects the medical quality and the medical safety, and is also the key point of the cost control of the hospital. In the purchasing process of a hospital, due to the fact that purchasing system is incomplete and supervision is not thorough, material purchasing has great randomness, and the phenomena that purchasing unit price is inconsistent with market conditions, purchasing price is different, cost control is difficult and the like often occur. Moreover, since the procurement varieties are many and the suppliers are many, a large amount of data flow is generated, the processing capacity and the energy of the hospital for procurement data are limited, and the existing information difference is large, so that the procurement personnel cannot accurately procure the best quality and most suitable price selected products from the many suppliers. The traditional equipment purchasing and management in hospitals have numerous defects, so that the purchasing cost and the management cost of the hospitals are increased, and medical equipment with uneven quality in the market can have important influence on the medical quality and the medical safety once purchased in the hospitals. A novel hospital equipment procurement and management system is on standby.
Software-as-a-Service (SaaS) is a completely innovative Software application model that has started to rise in the 21 st century with the development of internet technology and the maturity of application Software. Through the mode of providing software through the Internet, a customer can order required application software services from a manufacturer through the Internet according to actual requirements of the customer, and obtain the services provided by the manufacturer through the Internet. The user can rent Web-based software to the provider instead of purchasing the software to manage the enterprise operation, and the service provider can manage and maintain the software without maintaining the software. Due to the maturity and development of the SaaS technology, a bottom layer technical support is provided for the construction and application of a novel purchasing and management platform of hospital equipment.
Disclosure of Invention
In order to overcome the above defects in the prior art, an embodiment of the present invention provides a hospital equipment purchasing and management platform based on a SaaS application mode, and the technical problem to be solved by the present invention is: the traditional equipment purchasing and management in hospitals have numerous defects, so that the purchasing cost and the management cost of the hospitals are increased, and medical equipment with uneven quality in the market can have important influence on the medical quality and the medical safety once purchased in the hospitals.
In order to achieve the purpose, the invention provides the following technical scheme: a hospital equipment purchasing and management platform based on a software as a service (SaaS) application mode comprises a remote server, a basic operation interface and a page switching program;
the remote server provides a source program of a customizable hospital equipment ordering management platform, and the source program provides a subscription interface and a platform operation interface and can meet the application requirements of purchasing and managing specific hospital equipment;
the basic operation interface comprises pictures and texts;
compiling a platform operation interface by using HTML5+ CSS;
compiling the back end of the platform webpage by php;
compiling a basic operation interface of a hospital equipment purchasing and managing platform by using HTML5+ CSS;
compiling a functional module, namely a rear end part, of a hospital equipment purchasing and managing platform by using php;
the user information storage is realized by using MySQL language;
when the hospital equipment purchasing and managing platform is remotely registered and called at a remote server side, the hospital equipment purchasing and managing platform is realized by the following steps:
s1: the user registration is successful, and the user login information is stored as a certificate at a remote server side;
s2: the user logs in successfully, responds to a request initiated by a browser end of the user, loads a hospital equipment purchasing and managing platform on a browser of a user end, and carries out related communication;
s3: and the user operates by using the platform, logs out after the operation is finished, and the remote server stores the operation result of the user.
In a preferred embodiment, the subscription interface directly interfaces to a user information storage database as a user login and logout credential, and the specific steps are implemented as follows:
1): the user inputs account information on a login interface, the data is transmitted into a background database for searching, the matched data is fed back to a page where the user successfully logs in, and meanwhile, a hospital equipment purchasing and management platform corresponding to the user is loaded on a user side browser and related communication is carried out;
2): the user clicks the related component through a mouse to enter the customized hospital equipment purchasing and management platform, the platform is used for carrying out related required operation, the user logs out after use is finished, the server side stores the operation result of the user, data change related to the operation is fed back to the database, and the database is stored.
In a preferred embodiment, the platform operation interface content comprises: the system comprises a login module, a subscription channel or button for realizing a subscription interface, required specific hospital equipment purchase, a management platform subscription option, a platform operation module, a payment channel and a login option;
the login interface comprises a user account password input window, a retrieval password page and a registration page;
after the user logs in successfully, the linked page is a subscription channel or a button of a subscription interface;
a user customizes the platform required by the user according to the required specific hospital equipment purchasing and management platform subscription option;
skipping to a payment channel after customization is completed;
the payment channel page includes a logout button for logout operations.
The invention also comprises a method for constructing the hospital equipment purchasing and managing platform based on the SaaS application mode, which is characterized by comprising the following steps: the method comprises the following steps:
step one, writing a basic frame of a user registration page through HTML5+ CSS language;
step two, constructing a basic frame of a user landing page through HTML5+ CSS language;
step three, writing a basic frame of the user login information retrieval page through HTML5+ CSS language;
step one to step three, PHP is used for carrying out back-end interaction, mysql is used for carrying out increasing, deleting, modifying and checking operations with a database, and the information of a user is determined to complete the response of the user operation;
step four, inputting and storing data of the database by whether the user subscribes the information or not through PHP + Mysql language;
step five, building a use channel of the subscribed user providing platform through HTML5+ CSS + JavaScript + PHP + Mysql language;
and step six, constructing a hospital equipment purchasing and managing platform using an operation interface of the subscriber through HTML5+ CSS + Javascript language.
In a preferred embodiment, the first step to the third step further include performing back-end interaction with the user interface by using the PHP language, and performing add-delete modify-check operation on the user information in the database by mysql, and confirming and responding the user information; in the sixth step: the method comprises the platform functions corresponding to the user subscription categories, the switching among all function pages, the related information stored on the platform by the user, the use traces of the user on the platform, the storage of the functional effect information which the user wants to achieve on the platform and the interactive function among the users.
In a preferred embodiment, the user further includes the functions of uploading, viewing, storing and downloading audio and video when the platform is enabled, and the platform-related accessory functions are specifically as follows:
the platform is added with audio and video related operation buttons according to the requirements of users, visual and real-time monitoring can be carried out on some key steps in the purchasing and using processes of the hospital equipment, and the video and audio materials of related problems can be saved to assist the examination and maintenance operations of the hospital equipment management when the abnormality occurs.
In a preferred embodiment, the method comprises the following steps:
a basic frame of a platform page written by HTML5+ CSS;
implanting a page to be locked into a basic frame of a platform page through HTML5, CSS and JavaScript languages, wherein page elements mainly comprise texts and pictures, and implanting an instruction program into the basic frame of the platform page, wherein the instruction program comprises a page switching program and is implanted through JavaScript, VUE and PHP languages;
creating button marks on the basic platform frame through JavaScript and VUE languages, wherein the button marks comprise buttons corresponding to text, pictures and page switching instructions;
clicking a corresponding button, calling a target text and a picture or stopping the current loading process in real time, switching pages and simulating the platform pages;
fifthly, the platform is arranged to a server side through a SaaS mode, the platform is updated and maintained at the server side according to actual requirements, and users can use ordered software and services anytime and anywhere.
In a preferred embodiment, in the step two, the instruction program comprises a saving program, a registration program, a login program, a loading program and a page selection program;
in the third step, the button corresponding to the dynamically loaded program also comprises a button corresponding to a saving program, a registration program, a login program, an element program, a loading program and a page selection program;
in the fourth step, the functions that can be realized by clicking the button corresponding to the dynamic loading program include:
click the save program button: storing the manufactured platform file data;
click the release program button: arranging the stored platform to a server side based on the Saas mode and issuing the platform; the maintenance of hardware and a database is realized through a terminal without self preparation of a user;
click the login program button: the user logs in the own account, and can use the subscribed platform to realize the login function of the user by pairing the user input data with the user data in the background MYSQL database;
click on the element program button: adjusting the format of the materials in the current platform, and specifically using HTML and CSS to realize the adjustment;
click on the page select button: and selecting a corresponding page, and specifically, skipping by using an A tag in the HTML.
The invention has the technical effects and advantages that:
1. according to the invention, the required functional modules can be customized according to the requirements of customers, the platform can be built and daily maintenance can be carried out, the customers can use the medical equipment by completing registration from a background without purchasing any hardware and arranging professional technicians, and each user can make up for deficiencies and continuously optimize in the purchasing and management of the medical equipment, so that the purchasing and management efficiency in hospitals is improved, and the efficiency of the whole medical industry is further improved;
2. the invention can grade purchased suppliers, perform centralized processing on data, and grade all the suppliers in the database according to categories, thereby reducing the time cost and the cost of purchasing equipment of the same category of hospitals in different hospitals.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to 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.
The invention provides a hospital equipment purchasing and managing platform based on a software as a service (SaaS) application mode, which comprises a remote server end, a basic operation interface and a page switching program, wherein the remote server end is connected with a server;
the remote server provides a source program of a customizable hospital equipment ordering management platform, and the source program provides a subscription interface and a platform operation interface and can meet the application requirements of purchasing and managing specific hospital equipment;
the basic operation interface comprises pictures and texts;
compiling a platform operation interface by using HTML5+ CSS;
compiling the back end of the platform webpage by php;
compiling a basic operation interface of a hospital equipment purchasing and managing platform by using HTML5+ CSS;
compiling a functional module, namely a rear end part, of a hospital equipment purchasing and managing platform by using php;
the user information storage is realized by using MySQL language;
when the hospital equipment purchasing and managing platform is remotely registered and called at a remote server side, the hospital equipment purchasing and managing platform is realized by the following steps:
s1: the user registration is successful, and the user login information is stored as a certificate at a remote server side;
s2: the user logs in successfully, responds to a request initiated by a browser end of the user, loads a hospital equipment purchasing and managing platform on a browser of a user end, and carries out related communication;
s3: and the user operates by using the platform, logs out after the operation is finished, and the remote server stores the operation result of the user.
The subscription interface is directly connected to a user information storage database as a user login and logout certificate, and the specific steps are as follows:
1): the user inputs account information on a login interface, the data is transmitted into a background database for searching, the matched data is fed back to a page where the user successfully logs in, and meanwhile, a hospital equipment purchasing and management platform corresponding to the user is loaded on a user side browser and related communication is carried out;
2): the user clicks the related component through a mouse to enter the customized hospital equipment purchasing and management platform, the platform is used for carrying out related required operation, the user logs out after use is finished, the server side stores the operation result of the user, data change related to the operation is fed back to the database, and the database is stored.
The platform operation interface content comprises: the system comprises a login module, a subscription channel or button for realizing a subscription interface, required specific hospital equipment purchase, a management platform subscription option, a platform operation module, a payment channel and a login option;
the login interface comprises a user account password input window, a retrieval password page and a registration page;
after the user logs in successfully, the linked page is a subscription channel or a button of a subscription interface;
a user customizes the platform required by the user according to the required specific hospital equipment purchasing and management platform subscription option;
skipping to a payment channel after customization is completed;
the payment channel page includes a logout button for logout operations.
The invention also comprises a method for constructing the hospital equipment purchasing and managing platform based on the SaaS application mode, which is characterized by comprising the following steps: the method comprises the following steps:
step one, writing a basic frame of a user registration page through HTML5+ CSS language;
step two, constructing a basic frame of a user landing page through HTML5+ CSS language;
step three, writing a basic frame of the user login information retrieval page through HTML5+ CSS language;
step one to step three, PHP is used for carrying out back-end interaction, mysql is used for carrying out increasing, deleting, modifying and checking operations with a database, and the information of a user is determined to complete the response of the user operation;
step four, inputting and storing data of the database by whether the user subscribes the information or not through PHP + Mysql language;
step five, building a use channel of the subscribed user providing platform through HTML5+ CSS + JavaScript + PHP + Mysql language;
and step six, constructing a hospital equipment purchasing and managing platform using an operation interface of the subscriber through HTML5+ CSS + Javascript language.
The first step to the third step further comprises the steps of utilizing the PHP language to carry out back-end interaction with a user using interface, carrying out addition and deletion, modification and check operations on the user information in the database through mysql, confirming the user information and responding to the user operation; in the sixth step: the method comprises the platform functions corresponding to the user subscription categories, the switching among all function pages, the related information stored on the platform by the user, the use traces of the user on the platform, the storage of the functional effect information which the user wants to achieve on the platform and the interactive function among the users.
The user also comprises the functions of uploading, watching, storing and downloading audio and video when the platform is used, and the relevant accessory functions of the platform are as follows:
the platform is added with audio and video related operation buttons according to the requirements of users, visual and real-time monitoring can be carried out on some key steps in the purchasing and using processes of the hospital equipment, and the video and audio materials of related problems can be saved to assist the examination and maintenance operations of the hospital equipment management when the abnormality occurs.
The method for building the hospital equipment purchasing and managing platform based on the SaaS application mode further comprises the following steps of:
a basic frame of a platform page written by HTML5+ CSS;
implanting a page to be locked into a basic frame of a platform page through HTML5, CSS and JavaScript languages, wherein page elements mainly comprise texts and pictures, and implanting an instruction program into the basic frame of the platform page, wherein the instruction program comprises a page switching program and is implanted through JavaScript, VUE and PHP languages;
creating button marks on the basic platform frame through JavaScript and VUE languages, wherein the button marks comprise buttons corresponding to text, pictures and page switching instructions;
clicking a corresponding button, calling a target text and a picture or stopping the current loading process in real time, switching pages and simulating the platform pages;
fifthly, the platform is arranged to a server side through a SaaS mode, the platform is updated and maintained at the server side according to actual requirements, and users can use ordered software and services anytime and anywhere.
The specific explanation is as follows:
building a text, picture and page switching instruction tiny component through a Vue.js and jquery frame library, enabling a user to insert and read the text and the picture and install and use related plug-ins in a platform, and switching and jumping to other target pages at any time; the Saas mode provides related database and server hardware equipment by our party, so that the user can use related operations in the manufactured platform only by proposing related requirements during customization without carrying out capital maintenance of personnel and hardware equipment;
in the second step, the instruction program comprises a saving program, a registration program, a login program, a loading program and a page selection program;
in the third step, the button corresponding to the dynamically loaded program also comprises a button corresponding to a saving program, a registration program, a login program, an element program, a loading program and a page selection program;
in the fourth step, the functions that can be realized by clicking the button corresponding to the dynamic loading program include:
click the save program button: storing the manufactured platform file data;
click the release program button: arranging the stored platform to a server side based on the Saas mode and issuing the platform; the maintenance of hardware and a database is realized through a terminal without self preparation of a user;
click the login program button: the user logs in the own account, and can use the subscribed platform to realize the login function of the user by pairing the user input data with the user data in the background MYSQL database;
click on the element program button: adjusting the format of the materials in the current platform, and specifically using HTML and CSS to realize the adjustment;
click on the page select button: and selecting a corresponding page, and specifically, skipping by using an A tag in the HTML.
Based on the above functions: the user can use the operation interface to carry out simple element design to the platform, insert the background picture, change the typeface operation to can carry out simple operation of arranging to corresponding page.
And finally: the above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that are within the spirit and principle of the present invention are intended to be included in the scope of the present invention.