TWM531823U - Vital signs monitoring system for observation patients - Google Patents

Abstract

This works is about a vital signs monitoring system for observation patients. Those medical devices could be deployed on monitoring patients for collecting their vital signs and those collect data can be spontaneously transmitted out. SOS warning message can be notified when patients in jeopardy or caring tour period in between when medical faculty would not be close-by. This works takes pulse oximetry for examples that wirelessly hook onto system for monitoring patients' vital status. Monitoring data from devices are also synchronized to smart mobile device that is carried by on-duty medical faculty. While oxygen concentration or pulse rate reaches preset standard values, system and mobile app will launch alarms for prompt medical assistance. The monitoring system can also link to life support system, such as oxygen supplying system, making appropriate move/service.

Description

Watch the patient's vital signs monitoring system

Designed for patients in the hospital for observation (referred to as "staying"), the patient's vital signs are transmitted wirelessly to the central server and connected to the medical staff's smart handheld device, so that the medical staff can grasp the patient's vital signs at any time. For immediate processing, the central server can be connected to the hospital's life support system to support critical situations.

The first cause of death in China is malignant tumor, the second is due to cerebrovascular disease, the third is due to accidental injury, the fourth is due to heart disease, and the second, third and fourth causes are most common. In the event of an emergency, immediate medical attention is required, and every second counts. The proper treatment is an important key to life and death. Taking the emergency room as an example, people who come to the emergency room of the hospital in case of an accident or outpatient visit, the doctors and nursing staff in the emergency room must deal with the patients who have no time and no harm in the expected content for the first time. Diagnosis or rescue. Patients who have been treated may need to be transferred to the inpatient ward of each department. If the condition/diagnosis is unstable or they need to be hospitalized for observation, or if they are waiting for further reasons for surgery, they will be observed in the emergency room.

Usually, the emergency room doctor only relieves the symptoms of the patients who are being sent in the first time. If the patient needs to stay and the patient may continue to be unstable or unstable, the medical staff needs to take photos. Seeing that other patients can't stay with the patient, the doctor will decide the time of the visit according to the severity of the disease (or the number of grades or the number of grades) (for example, every 30 minutes of the level of the grade) Check back once) and stay in time.

However, the above operations are only based on human identification as the time for patients to see and return to the clinic, or when the doctor can not immediately look after each emergency room patient, there can be a monitoring system when the patient's life signs are threatened. The medical staff can be notified at the first time, and the hospital life-sustaining system can be linked to fill the medical staff to save the lives of the patients.

The main purpose of this creation is to provide a monitoring system for the patient's vital signs, including medical equipment worn on the patient to monitor signs of life, and wirelessly transmit the patient's vital signs monitoring results to the central server at any time.

Another purpose of this creation is to assist in the purely manual way of judging whether the patient's life is threatened, and to systematically monitor and assist the empty window that can not be taken care of by people, and timely intervention. When the monitoring instrument worn on the patient transmits the instantaneous value to the central server, the server synchronously transmits the value to the medical staff intelligent handheld device application. When the value exceeds (or falls below) the set standard value represents a threat to the patient's life. The system and the handheld device in turn issue an alert, prompting the medical staff to immediately provide emergency treatment to the patient.

Another purpose of this creation is to link the hospital's living system (such as oxygen supply equipment). When the patient's oximeter detection value is lower than the preset concentration (for example, 85% of SPO2), the central server will start the alarm simultaneously. The vitamin system increases the oxygen supply to the patient and can compensate for the empty window when the medical staff has not arrived at the site for treatment.

The purpose of this creation is to provide a monitoring system for the patient's vital signs, which includes at least one patient with a life sign monitoring device, and the sensing module on the device wirelessly connects the measuring signal to the wireless receiving device. The signal collected by the receiving device is transmitted back to the central server through a wired or wireless network. The central server also synchronizes the collected signals to the smart handheld device of the medical staff. When the situation occurs, both the server and the handheld device can make an alarm reminder, and the central servo The device can also be connected to start the living system at the same time.

The following description of the embodiments and the drawings is provided to understand the purpose of the creation, the content of the creation, and the effect to be achieved.

10‧‧‧Review of the patient's vital signs monitoring system

11‧‧‧Life sign measuring device

12‧‧‧Life Signs Module

13‧‧‧Wireless Transmitter Module

21‧‧‧Wireless receiver

31‧‧‧Central Server

41‧‧‧Smart handheld device

42‧‧‧ Patients' life signs and warnings

51‧‧‧Life System

52‧‧‧Attend patients with life signs monitoring devices

Figure 1 is a system diagram of the creation

Figure 2 is a link diagram of the connected smart handheld device

Figure 3 is a link between the creation and the living system.

The patient's vital signs monitoring system 10 of this creation is aimed at (1) the condition is unstable, and the hospital is required to treat the observer; (2) the patient needs to be hospitalized urgently and there is no general ward bed; (3) the diagnosis is unclear and the disease persists. The patient; during the observation period, the life representation is monitored, and the critical condition is immediately notified to the medical staff for proper disposal. Referring to FIG. 1, the system includes a vital sign monitoring device 11. The vital sign sensing module 12 in the device is used to detect the life characterization measurement result of the wearer (here, the patient 52) and convert it into a transmittable. In the signal mode, the sensing module 12 transmits the signal to the wireless transmitting module 13 and converts it into a wireless signal, and waits for the wireless receiving device 21 to capture the data through a wireless radio such as low-power Bluetooth or Wi-Fi.

The wireless receiving device 21 establishes a connection with the wireless transmitting module 13 by a proprietary protocol, and collects the data according to the distance (signal strength) of the latter, and sequentially collects the connection request, but if the wireless signal has abnormal data. Unable to transmit or transmit interrupt, the wireless transmitting module 13 temporarily stores the data in its own memory, and then transmits the signal. The wireless receiving device 21 can correspond to multiple transmitting modules 13 in a one-to-many manner. Conversely, the transmitting module 13 can only establish a connection with one receiving device 21 at the same time. The wireless receiving device 21 can transmit the collected data to the central server 31 via wireless WiFi or wired Ethernet.

The central server 31 receives and processes the data from the wireless receiving device 21. The data transmitted from the wireless transmitting module 13 only includes the measurement result of the vital sign sensing module 12 and the wireless module serial number, and does not include the wearer. Patient 52) information, the central server 31 function is to establish patient information, affiliate the data from the wireless receiving device 21, and compare the measurement result with the preset standard value according to the national or world-recognized normal value. The data is presented with an alert, synchronized data to the healthcare professional smart handheld device 41, and/or linked to initiate a life support system.

As shown in FIG. 2, the central server 31 collects the measurement result of the vital sign monitoring device 11 to the set patient 52 wearing the vital sign monitoring device, and simultaneously transmits the signal to the medical staff intelligent handheld device 41. The built-in application receives the data from the central server 31. In addition to receiving the data, the application also processes and displays the patient's vital signs measurement results and warnings 42. The situation can alert the medical staff to timely disposition, which can reduce the interval due to the return visit. Care for the empty window to delay treatment.

As shown in FIG. 3, the central server 31 assigns the measurement result of the vital sign measuring device 11 to the set patient 52 wearing the vital sign monitoring device, and the vital sign monitoring system 10 can Through the living system 51 linked to it, the maintenance method (such as increasing the oxygen supply) is started, and the medical staff can be disposed in time before the arrival of the medical staff.

10‧‧‧Review of the patient's vital signs monitoring system

11‧‧‧Life sign monitoring device

12‧‧‧Life Signs Module

13‧‧‧Wireless Transmitter Module

21‧‧‧Wireless receiver

31‧‧‧Central Server

41‧‧‧Smart handheld device

51‧‧‧Life System

Claims (6)

A monitoring system for monitoring a patient's vital signs, comprising: a life sign measuring device connected to the patient, measuring device for responding to life characterization of the patient, and measuring by wireless connection such as low power Bluetooth or WiFi The result is transmitted to the wireless receiving device; a wireless receiving device wirelessly connects at least one corresponding vital sign monitoring device, and the wireless receiving device can transmit the signal to the central server through a wired or wireless manner; a central server The signal collection and processing is performed. The load control program displays the information and measurement results of the vital signs monitoring device of the patient, and generates an alarm for the abnormal measurement result to prompt the medical staff to process the measurement, and the measurement result is synchronized to the intelligent handheld device of the medical staff, and (can) link the hospital's living system; a smart handheld device that can be carried on the medical staff to wirelessly receive signals from the central server, including application software processing signals, in addition to displaying patient monitoring data and providing Alarm function. The patient vital signs monitoring system as claimed in claim 1, wherein the signs of life refer to several kinds of messages (temperature, pulse, blood pressure, respiratory rate and blood oxygen concentration, and pain, awake index, and The amount of urine output, the measurement result includes at least one (or more) numerical representation of the life representation, wherein if there is an alarm, the national or world-recognized value is used as a preset reference. The patient vital signs monitoring system as claimed in claim 1, wherein the vital sign measuring device can detect the medical device of the human life representation in a contact or non-contact manner and obtain a result, and the measurement result is wirelessly transmitted to the wireless receiving. The device; however, when the result cannot be sent, the wireless transmitting module in the measuring device has a temporary storage memory for data storage, and the result is automatically sent out after the wireless communication is restored. The patient vital signs monitoring system as claimed in claim 1, wherein the wireless receiving device can receive the result from one (or more) measuring devices by Bluetooth or WiFi, but the measuring result is determined according to the plurality of receiving devices in the field. The signal strength is transmitted to one of the receiving devices, and the collected measurement results are transmitted to the central server in a wired or wireless manner. The patient vital signs monitoring system according to claim 1, wherein the central server collects the result from the wireless receiving device and processes the result, and the processing result is displayed as a patient identity, and if the result exceeds a preset standard value, the alarm is implemented; Another function of the central server is to wirelessly transmit the processing result to the smart handheld device; another function of the central server can be connected to the hospital living system, and when the life indicator monitoring device exceeds the preset alarm value, the life can be activated. The system (equipment) provides a means for the patient to survive when the medical staff has not arrived at the scene immediately. The patient vital signs monitoring system as claimed in claim 1, wherein the smart handheld device is wirelessly connected to the central server for receiving data, and the handheld device built-in application is used to process and display the patient's immediate vital signs. And issue an alert when the result exceeds the preset value.