TWI489304B - Mobile diagnosis system for nurses - Google Patents

Description

Nurse action rounds system

The present invention is a nurse action ward round system which is a system device related to electronic medical records and digital data processing.

With the development and improvement of the medical system, advanced medical equipment has brought many benefits to human beings. When human beings are sick and need to be hospitalized for observation and treatment, they can rely on the medical staff in the hospital to provide the most complete care. The medical staff in the hospital need to be on standby to provide the safest care for the patients. The daily work of the medical staff is to take the medical records of the patients in charge and check the care items for each patient one by one. And manually log in the medical record data, and when there is a job handover between nurses, each nurse needs to rely on the medical records recorded by hand to know the medical condition of each patient. The same doctor who is responsible for the consultation is also It must be learned in the same way. In this way, the medical records recorded by handwriting not only bring more work pressure to the already-heavy medical staff, but also cannot provide the medical staff with the need to immediately query the patient data, so it will not be able to In view of this, the inventors have devoted themselves to research and deeper conceiving, and after many trials and developments, finally Nurse action rounds out a kind of system.

The object of the present invention is to provide a nurse action ward round system, which can be used for medical personnel to conduct ward rounds by using mobile devices, which can reduce the need for medical records on paper records and manual misuse of medical records, which may cause human error, improve medical care quality and reduce nurses. The workload allows them to concentrate on caring for inpatients, simplifying the work of nurses and reducing work stress.

To achieve the foregoing objective, the present invention provides a nurse action ward round system, comprising: a web server including an internet subsystem, the internet subsystem is configured on the web server, and the internet subsystem includes a A website used by doctors, nurses, hospitalized patients/families, and visitors. The user logs in to the subsystem through the homepage of the website; a database server includes a permission selection system, a back-end database, and the data server and the server The web server is connected, and the internet subsystem accesses the back-end database through the database server when the user logs in, transfers the user data to the permission selection system, and uses the permission selection system to verify the identity of the user, and After the user identity verification succeeds, the user login work is completed, and the Internet subsystem is completed; a mobile device includes a mobile device subsystem, and the mobile device can be a personal digital assistant (PDA, Digital Assistant), a smart phone ( Smartphone), tablet PC, etc., portable mobile device with microprocessor and operating system. The mobile device subsystem runs under the operating system of the mobile device, and the mobile device subsystem is connected to the mobile device database to access the data in the mobile device database; and a mobile device database includes a replication unit The replication unit can access the backend database on the database server by means of a network communication module on the mobile device in a wired or wireless network communication connection manner. After the nurse logs into the mobile device subsystem, the wired or wireless network communication connection mode is connected to the database server, the later database is rewritten to the mobile device database, the mobile device database is updated, and the nurse completes the logout. Before the mobile device subsystem, the wired or wireless network communication connection mode is also connected to the database server, and the mobile device database is rewritten to the back-end database to update the back-end database.

Using the mobile device subsystem to assist the nurses in ward rounds, the network communication module on the mobile device can be connected to the database server by wired or wireless communication, and the information about the hospitalized patients can be obtained for medical care. Record and report the results of medical care and medical orders, reduce the need for medical records on paper records and manually copy the medical records may cause human error, reduce work pressure and improve the quality of medical care. By using the mobile device subsystem, the nurse can also transfer the work without having to memorize the patient-related information, and only need to hand over the mobile device to complete the handover work, reduce the workload of the nurse, and concentrate on the full-time care of the hospitalized patients. Simplify the work of nurses to transfer jobs and improve work efficiency.

Using the Internet Subsystem, by establishing a website to share the back-end database, doctors can add medical orders or track the execution status of doctors through the website; let nurses at the nursing stations, through mobile devices and web pages. Inquire/handle the in-patient/to-do list of inpatient care, check the doctor's new orders, and report the doctor's execution status; allow visitors to check the information of the inpatient ward through the webpage in the specially set up Internet location; Let hospitalized patients and their families in the ward or specially set up online location, you can use the webpage to find information about inpatients. Enable doctors, nurses, visitors, hospitalized patients and their families to obtain information on hospitalized patients with permission from their websites and keep up to date with the latest information on inpatients.

In order to enable your review committee to have a better understanding and understanding of the purpose, features and effects of the present invention, please refer to the following [detailed description of the drawings] as follows: The preferred embodiment of the nurses' ward rounding system of the present invention is as follows. 1 to 3, comprising: a web server 10, comprising an internet subsystem 11, the internet subsystem 11 is connected to a web server 10, the internet subsystem 11 comprising a doctor, a nurse, and a hospital The website used by the user/family and the visitor, the Internet subsystem 11 is configured on the web server 10, and the user logs into the Internet subsystem 11 through the homepage of the website; a database server 20 includes a permission selection system 21 a back-end database 22, the database server 20 is connected to the web server 10, and the user logs in to the Internet subsystem 11 by the web server 10, and selects the permission through the database server 20 after login. The system 21 selects its data usage rights according to the user identity, and the back end database 22 stores relevant information and residences of users (including doctors, nurses, patients/families and visitors). Patient-related information (including basic patient information, medical records, inpatient wards, medical orders, required care items, surgery, inspections, etc.), the permission selection system 21 accesses and accesses the back-end database 22 according to its own authority. The authorized information of the privilege is returned to the Internet subsystem 11 for browsing by the user; a mobile device 30 includes a mobile device subsystem 31, and the mobile device 30 can be a personal digital device. An assistant, a smart phone or a tablet, etc., a portable mobile device having a microprocessor and an operating system, the mobile device subsystem 31 running under the operating system of the mobile device 30; a mobile device database 40, a replication unit 41, the mobile device database 40 is connected to the mobile device subsystem 31, the mobile device subsystem 31 can access data in the mobile device database 40, and the replication unit 41 is provided on the mobile device 30. The network communication module accesses the data in the backend database 22 on the database server 20 by means of wired or wireless network communication, and the nurse logs in to the mobile device. After the system 31, the wired or wireless network communication connection mode is connected to the database server 20, the later database 22 is rewritten to the mobile device database 40, the mobile device database 40 is updated, and the nurse completes the logout operation. Before the device subsystem 31, the wired or wireless network communication connection mode is also connected to the database server 20, and the mobile device database 40 is overwritten to the backend database 22 to update the backend database 22.

The above is the system architecture of the nurse action ward round system of the present invention. When the system is to be used, the user can select the login by the internet subsystem 11 or the mobile device subsystem 30 according to the requirements, and the flow diagram of the internet subsystem 11 is used. As shown in FIG. 2, the Internet subsystem 11 can be used by the user to log in to the Internet subsystem 11 by browsing the system homepage. When the user logs in, the permission selection system 21 selects the data usage permission according to the user identity. And accessing the permission data in the backend database 22 according to the user's own authority and returning it to the Internet subsystem 11 for the user to browse. Since the doctor and the nurse are the main workers for the patient care work, the doctor and the doctor The authority value obtained by the nurse can access the medical details and information of the hospitalized patient for the care or consultation of the inpatient, and the patient's medical information in the hospitalized patient data accessed by the doctor will be accessed by the nurse. The care items for patients with inpatient information are linked to each other so that if the doctor delivers a new order, they can be updated to the hospital where the nurse is accessing. In the case of necessary care, the nurse can report the doctor's execution status of the hospitalized patient's doctor's order at any time, and the doctor's doctor's advice on the hospitalized patient and the nurse's care for the hospitalized patient can be divided into the to-do list and the The office is used to allow the doctor or nurse to keep abreast of the condition of the hospitalized patient. If the patient/family is logged in, the permission value obtained can only be accessed by the doctor or nurse. In addition, if the visitor logs in, the visitor's permission value can only access the inpatient ward information and check the inpatient ward's ward so that the visitor can visit the hospitalized patient.

If the nurse chooses to use the mobile device to log in with the mobile device subsystem 30, the flow diagram of the mobile device subsystem 30 is used. As shown in FIG. 3, the nurse only needs to carry one mobile device, and the mobile device subsystem 30 logs in to the mobile device. The subsystem 31, after the login, the replication unit 41 of the mobile device database 40 connected to the mobile device subsystem 31 performs data replication, and rewrites the backend database 22 in the database server 20 to the mobile device database 40. The mobile device database 40 is synchronized with the backend database 22 in the database server 20 so that the nurse can perform the medical care required by the patient according to the data in the mobile device database 40. After the nurse performs the required medical care on the patient, all medical care and medical order results recorded and reported in the mobile device subsystem 31 will be used by the nurse before the mobile device subsystem 31 is used to log out. The replication unit 41 in 40 rewrites the mobile device database 40 to the backend database 22 on the database server 20, updates the backend database 22, and enables the backend data. 22 to keep pace with the data on the mobile device database 40.

In summary, the back-end database 22 of the nurses' ward rounding system of the present invention is synchronized with the data of the mobile device database 40, so that the Internet subsystem 11 and the mobile device subsystem 30 can be synchronized and updated, and the mobile device subsystem 30 allows nurses to instantly check the patient's condition and required care items with only a mobile device, so it takes time and effort to write a written medical record, and the patient's medical care data can be digitized and accessed through the database. The system merges and rewrites to achieve the effect of timely and synchronous updating of data, thereby greatly reducing the administrative work of nurses, enabling nurses to concentrate on caring for patients and providing better medical care quality for inpatients.

10. . . Web server

11. . . Internet subsystem

20. . . Database server

twenty one. . . Privilege selection system

twenty two. . . Backend database

30. . . Mobile device

31. . . Mobile device subsystem

40. . . Mobile device database

41. . . Copy unit

Figure 1 is a system architecture diagram of the nurses' ward rounding system of the present invention.

Figure 2 is a flow chart showing the operation of the Internet subsystem in the nurses' ward rounding system of the present invention.

Figure 3 is a flow chart showing the operation of the mobile device subsystem in the nurses' ward rounding system of the present invention.

10. . . Web server

11. . . Internet subsystem

20. . . Database server

twenty one. . . Privilege selection system

twenty two. . . Backend database

30. . . Mobile device

31. . . Mobile device subsystem

40. . . Mobile device database

41. . . Copy unit

Claims (3)

A nurse action rounds system comprising: a web server comprising an internet subsystem, the internet subsystem architecture connected to the web server, the internet subsystem comprising a doctor, a nurse, and a hospitalized patient / The website used by the family and the visitor, the user logs in to the Internet subsystem through the homepage of the website; a database server is connected to the Internet subsystem, and the database server includes a permission selection system and a back end a database, the Internet subsystem accesses the back-end database through the database server when the user logs in, and transmits the user data to the permission selection system, and the permission selection system verifies the user identity and is the user identity. After the verification is successful, the user login work is completed, and the Internet subsystem is completed; a mobile device includes a mobile device subsystem, and the mobile device is a personal digital assistant, a smart phone or a tablet, and the mobile device has a microprocessor. And a portable mobile device of the operating system, the mobile device subsystem operating in the operating system of the mobile device And a mobile device database connected to the mobile device, and the mobile device database includes a replication unit, which can be wired or wireless through a network communication module on the mobile device The communication connection mode accesses the back-end database on the database server, and after the nurse logs into the mobile device subsystem, the wired or wireless network communication connection mode is connected to the database server, and the later data is The library is rewritten into the mobile device database, and the mobile device database is updated. Before the nurse completes the logout of the mobile device subsystem, the wired or wireless network communication connection mode is also connected to the database server to use the mobile device database. Rewrite to the backend repository and update the backend repository. For example, the nurses' action ward round system described in claim 1 includes the relevant information of the users (including doctors, nurses, patients/families and visitors) and the information about the hospitalized patients in the back-end database. For example, the nurses' action ward round system described in the first paragraph of the patent application, including information on hospitalized patients (including basic patient information, medical records, inpatient wards, medical orders, required care items, surgery, inspections, etc.) The doctor's advice on the hospitalized patients and the nurses' care for the hospitalized patients can be divided into the to-do list and the part to be done, so that the doctor or nurse can keep abreast of the condition of the hospitalized patients.