TW202008386A - Nursing monitoring system - Google Patents

Abstract

A nursing monitoring system includes a plurality of bed device, a server and a plurality of nursing member devices. The bed device is installed a operating system. The bed device includes a store module, a display module and an emergency button. The store module saves a patient data. The display module is configured to display the patient data. The emergency button produces an emergency signal after pushed. The server is connected to the bed device and receives the emergency signal. The nursing member device is connected to the bed and receives the emergency signal.

Description

Nursing monitoring system

The invention provides a monitoring system, especially a nursing monitoring system.

In general hospitals, in order to facilitate nursing staff and doctors to grasp the status of inpatients, they will hang the relevant information of patients in beds or wards. With the advancement of technology, electronic devices have gradually replaced data cards hung on hospital beds and replaced with electronic screens. The patient's information is displayed on an electronic screen, and an emergency notification button is installed for medical personnel. However, in the current system, the electronic screen at the end of the bed only has a display function, which does not have calculation or operation functions. All functions are calculated by the central servo host, and the display items of the electronic screen are changed. Although such a configuration is convenient to manage, it will cause the central server to bear heavy computing power and require more expensive hardware equipment. And if the central server fails, it will also cause the entire system to shut down. Moreover, the display content must be controlled by the central server, which is also not conducive to the operation and use of on-site personnel. On the whole, there are still many defects. Therefore, how to solve the above problems is worth considering by those with ordinary knowledge in the field.

The invention provides a nursing monitoring system. The bed end device is designed to have an independent operating system, so that it can operate independently and is more expandable. The invention provides a nursing monitoring system, including a plurality of bed end devices, a servo host and a plurality of nursing end devices. The bed end device is equipped with an operating system. The bed end device includes a storage module, a display module and an emergency button. The storage module stores a patient's data. The display module is suitable for displaying the patient data. An emergency signal is generated after the emergency button is touched. The servo host is in communication connection with the bed end device and is suitable for receiving the emergency signal. The nursing device is in communication with the bed device and is suitable for receiving the emergency signal. In the above-mentioned nursing monitoring system, the nursing device is a mobile phone, and when the emergency button is touched, the bed device sends a call request to the nursing device. In the above-mentioned nursing monitoring system, the servo host further includes an editing module adapted to input or edit the patient data and send it to the corresponding bed end device. In the above-mentioned nursing monitoring system, the emergency button is connected to the bed end device through a cable. In the above nursing monitoring system, the display module is an electronic paper display. In the above nursing monitoring system, the operating system is Linux. In the above-mentioned nursing monitoring system, wherein the bed end device, the servo host and the nursing end mobile device communicate using SIP communication protocol. The invention also provides a bed end device, which includes a housing, a storage module, a display module and an emergency button. The shell covers the bed end device. The storage module stores a patient's data. The display module is arranged on the casing and is suitable for displaying the patient data. The emergency button is connected to the casing through a cable, and an emergency signal is generated after being touched. Among them, the emergency signal will be sent to a nursing device. In the above bedside device, wherein the nursing end device is a mobile phone, when the emergency button is touched, the bed end device sends a call request to the nursing end device.

The invention provides a nursing monitoring system, which allows an independent operating system to be installed in the terminal device of the hospital bed, so that the terminal device can operate independently, and will not lose its function even if the servo host fails. Please refer to FIG. 1, which illustrates the nursing monitoring system of the present invention. The nursing monitoring system 100 includes a plurality of bed end devices 110, a servo host 120, and a plurality of nursing end mobile devices 130. The bed-side device 110 is a device installed in a bed, a ward, or around a patient, and the bed-side device 110 is equipped with an operating system. In this embodiment, the bed-side device 110 is equipped with a Linux operating system, and the bed-side device 110 is used ARM (Advanced RISC Machine) architecture processor. The ARM architecture processor has the characteristics of low cost, high efficiency, and low power consumption, so it is very suitable for devices in the field of mobile communication, so that the bedside device 110 can perform more efficient operations Its operating system. . In addition, the bed end device 110 has an independent operating system, which means that even without the servo host 120, the bed end device 110 can operate by itself without losing its function because there is no servo host 120. The independent operating system has good scalability, allowing the bedside device 110 to be installed through applications or connected with medical equipment to adapt to the requirements of different types of wards, such as connecting with important life-support equipment in the intensive care unit, so as to monitor the patient’s health. body condition. Please refer to FIG. 2, which is a schematic diagram of a bed end device. The bed end device 110 includes a housing 10, a storage device (not shown), a display module 111, and an emergency button 112. The casing 10 covers the bed end device 110, and the casing 10 may be a plastic casing, a metal casing, or other materials conforming to medical equipment specifications. The storage module is a storage element in the bed end device 110, such as a memory, a memory card, and other components, and the storage module stores the operating system and a patient data. The patient information is the data corresponding to the patient in the bed, including the name, date of hospitalization, attending physician, responsible nurse, duty nurse, age and contact person, etc., and further includes the patient’s precautions, such as food/drug allergies, Eating items and special diseases are prohibited. These data will be displayed on the display module 111. The display module 111 is disposed on the casing 10 of the bed end device 110 and occupies a certain area of the casing 10 of the bed end device 110. In one embodiment, the display module 111 is an electronic paper display, which has the characteristics of low power consumption and low flash, and is more suitable for human eyes to browse. Cooperating with the bed end device 110 is arranged around the bed, the display module 111 displays the patient data, which can help the medical staff to quickly identify the patient's data, especially the nursing staff can quickly grasp the characteristics and precautions of individual patients. The emergency button 112 is provided on a separate casing 113 outside the outer shell of the bed end device 110 and connected to the bed end device 110 via a cable 115. When the emergency button 112 is touched, the bed end device 110 will generate an emergency signal. The emergency signal is sent to the mobile device 130 at the nursing end. In one embodiment, the independent housing 113 further includes a hook 114, which is matched with a cable 115 having a certain length, so that the independent housing 113 can hang around the bed or the ward, so that the relevant personnel or even the patient can easily operate . In addition, in an embodiment, a plurality of care request buttons 116 are also provided on the independent housing 113. When the care request button 116 is triggered, the bed end device 110 will send a care request information to the care end device 130 to notify the care The need for care of personnel and patients. That is to say, the care request of the care request button 116 can be designed according to common care needs, such as care requests for patients with limited mobility who need to go to bed and use the toilet or change urine bags. Therefore, in this embodiment, the care request information can also be transmitted to a care-side device, which is the care hired by the patient or his family to notify the caregiver to perform relevant care operations. Please refer to FIG. 3, which is a schematic diagram of emergency signal transmission. In this embodiment, the nursing mobile device 130 is a mobile phone. While the emergency signal is transmitted, the bed device 110 sends a call request to the nursing mobile device 130. In addition, the bedside device 110 may be configured with a broadcasting device (speaker) and a radio device (microphone). In other words, when the emergency button 112 is triggered, the bed-side device 110 broadcasts a call to the nursing-side device 130, and can communicate with the nursing-side device 130 through the broadcasting device and the radio device, so that the people around the bed-side device 110 can communicate with The users of the nursing device 130 talk to each other. In addition, in the nursing monitoring system 100, the bed end device 110, the server host 120, and the care end device 130 communicate using SIP communication protocol. SIP refers to Session Initiation Protocol (SIP, Session Initiation Protocol), which is a kind of VoIP technology. The main feature of the SIP communication protocol is to enable the bedside device 110 to send a call to the nursing device 130 and establish a call , That is, the digital device can directly talk to the telephone device. In addition, SIP also has the advantages of easy development, concise content, and high scalability. It also allows SIP to be constructed on any other type of transmission network in addition to interactive operations on the transport layer of TCP or UDP. It is easier for the system to integrate. In addition, in some embodiments, the bed end device 110 can be further connected to a physiological observation device in the ward, such as an electrocardiogram device. When the physiological observation device finds an abnormality, for example, the heartbeat stops, the bed end device 110 can also send an emergency signal to the nursing end device 130 to notify the medical staff to perform emergency treatment. The servo host 120 is a central control unit of the nursing monitoring system 100, and is connected to each bed end device 110, and is managed and monitored by the servo host 120. However, since each bed end device 110 is provided with an independent operating system capable of operating on its own, when the server host 120 loses function, the bed end device 110 can still operate. Correspondingly, the servo host 120 does not require much computing performance, and can also use lower cost equipment. In one embodiment, the servo host 120 further includes an editing module adapted to input or edit patient data and send it to the corresponding bed end device 110. In other words, the system administrator can input or modify patient data through the servo host 120, thereby changing the data displayed by the bed end device 110. When the bedside device 110 sends out an emergency signal, the servo host 120 can also receive the emergency signal, which can be used for statistics and analysis. Further, if the bed end device 110 is connected to other medical equipment or physiological observation devices, the servo host 120 can also receive data from these medical equipment or physiological observation devices, which can be used for hospital monitoring, storage, and analysis. Further, it can store the relevant data of each patient, and introduce mechanical learning and data analysis to further predict the conditions that may occur in the ward. The nursing monitoring system of the present invention allows the bed end device 110 to have an independent operating system, so that the bed end device 110 can operate independently. Even if the servo host 120 fails, the bed end device 110 can continue to operate. Moreover, since the bed end device 110 has an independent operating system, the bed end device 110 can easily expand its functions, such as installing application software or connecting with other medical equipment. In addition, it has a separate emergency button, which is convenient for medical staff to monitor the patient's status more efficiently. The description of the present invention is as above, but it is not intended to limit the scope of patent rights claimed in this creation. The scope of patent protection depends on the scope of the attached patent application and its equivalent fields. Anyone with ordinary knowledge in this field who makes changes or retouching without departing from the spirit or scope of this patent belongs to the equivalent change or design completed under the spirit disclosed in this creation, and shall be included in the scope of the following patent application Inside.

10‧‧‧Housing 100‧‧‧Nursing monitoring system 110‧‧‧Bed end device 111‧‧‧Display module 112‧‧‧Emergency button 113‧‧‧Independent housing 114‧‧‧Hook 115‧‧‧‧Cable 116‧‧‧ Care request button 120‧‧‧Servo host 130‧‧‧ Nursing device

FIG. 1 illustrates the nursing monitoring system of the present invention. FIG. 2 is a schematic diagram of a bed end device. FIG. 3 is a schematic diagram of emergency signal transmission.

100‧‧‧Nursing monitoring system

110‧‧‧Bed end device

120‧‧‧Servo host

130‧‧‧ Nursing device

Claims (9)

A nursing monitoring system includes: a plurality of bedside devices equipped with an operating system. The bedside devices include: a storage module storing a patient data; a display module suitable for displaying the patient data; and a The emergency button generates an emergency signal after being touched; a servo host is in communication connection with the bed end device and is suitable for receiving the emergency signal; and a plurality of nursing end devices are in communication connection with the bed end device and is suitable for receiving the Emergency signal. The nursing monitoring system as described in item 1 of the patent application, wherein the nursing device is a mobile phone, and when the emergency button is touched, the bed device sends a call request to the nursing device. The nursing monitoring system as described in item 1 of the patent application scope, wherein the servo host further includes an editing module adapted to input or edit the patient data and send it to the corresponding bedside device. The nursing monitoring system as described in item 1 of the patent application scope, wherein the emergency button is connected to the bedside device through a cable. The nursing monitoring system as described in item 1 of the patent application scope, wherein the display module is an electronic paper display. The nursing monitoring system as described in item 1 of the patent application scope, wherein the operating system is Linux. The nursing monitoring system as described in item 1 of the patent application scope, wherein the bed end device, the servo host and the nursing end mobile device communicate using SIP communication protocol. A bed end device, including: a housing covering the bed end device; a storage module storing a patient data; a display module provided on the housing to display the patient data; and an emergency The button is connected to the casing through a cable, and an emergency signal is generated after being touched; wherein, the emergency signal is transmitted to a nursing device. The bed-side device as described in item 8 of the patent application range, wherein the care-side device is a mobile phone, and when the emergency button is touched, the bed-side device sends a call request to the care-side device.

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