TH26346Y - Real-time electrocardiogram and vital signs monitor for hospital alarm systems. - Google Patents

Abstract

OCR 09WP 06/06/2568 A real-time electrocardiogram and vital signs monitoring system for hospitals has the characteristics of an electrocardiogram and vital signs monitor (10) and a hospital database system (20). The central processing unit (30) will have a newly created computer program (31) to interface between the electrocardiogram and vital signs monitor (10) and the hospital database system (20). The central processing unit (30) will display the results as graphs, text, colors, or a combination of these in real-time to display and alert the relevant electronic devices (50).

Claims (1)

OCR 09WP 31/07/2568 1. The electrocardiogram and vital signs monitor with real-time data transmission in the hospital alarm system has the following characteristics: an electrocardiogram and vital signs monitor (10) which performs the function of measuring the electrocardiogram, respiration, automatic blood pressure measurement, and blood oxygen saturation measurement, one or more of which in real-time. The electrocardiogram and vital signs monitor (10) will consist of a first processing unit (11) which performs the function of measuring the electrocardiogram, respiration, automatic blood pressure measurement, and blood oxygen saturation measurement, one or more of which in real-time. The electrocardiogram and vital signs monitor (10) will have a first display screen which performs the function of displaying the electrocardiogram measurement, respiration measurement, automatic blood pressure measurement, and blood oxygen saturation measurement, one or more of which in real-time. The first processing unit (11) will be connected to the first transmitter (1) which performs the function of sending the electrocardiogram measurement, respiration measurement, automatic blood pressure measurement, and blood oxygen saturation measurement, one or more of which in real-time wirelessly to Central Processing Unit (30) The Central Processing Unit (30) is connected to the database section (40) and is responsible for recording and transmitting measurements of electrocardiograms, respiratory measurements, automatic blood pressure measurements, and blood oxygen saturation measurements, either individually or in combination, as the first data. The hospital's database system (20) is responsible for storing patient data, selectable from patient data, medical history, and drug allergy history, either individually or in combination, in real-time. The hospital's database system (20) has a second processing unit (12) connected to a second transmission device (2) which transmits patient data, medical history, and drug allergy history, either individually or in combination, in real-time via wireless or wired connections to the Central Processing Unit (30). The Central Processing Unit (30) is connected to the database section (40) and is responsible for recording patient data, medical history, and drug allergy history, either individually or in combination, as the second data. A special feature is that the Central Processing Unit (30) has a newly created computer program (31) to process the first and second data to match the results data. The first data is measured and matched with the patient's medical history. The second data is then displayed as a graph, text, or color, either individually or in combination, in real-time to show the patient's condition. The third data is generated by a newly created computer program (31) that interfaces the ECG and Vital Signs Monitor (10) with the hospital's database (20), combining the first and second data. The central processing unit (30) connects to the third transmitter (3) and transmits the third data to an electronic device (50) to display the patient's measurements. This alerts relevant parties, including doctors, nurses, and relatives, to receive the information via at least one electronic device (50) for further monitoring and treatment. The system works as follows: A. The ECG and Vital Signs Monitor (10) measures the ECG, respiration, automatic blood pressure, and blood oxygen saturation in real-time, either individually or in combination. It then wirelessly transmits the ECG, respiration, automatic blood pressure, and blood oxygen saturation measurements in real-time to the electronic device (50). The central processing unit (30) is used as the first data. b. The hospital's database system (20) acts as a patient data storage unit, selecting from patient data, treatment history, and drug allergy history, either individually or in combination, in real-time. The hospital's database system sends patient data, treatment history, and drug allergy history, either individually or in combination, in real-time to the central processing unit (30) as the second data. c. The central processing unit (30) takes the first and second data and processes it to match the measurement results from the first data with the patient's treatment history from the second data, and displays the results as a graph, text, or color, either individually or in combination, in real-time as the third data. d. The central processing unit (30) sends the third data to an electronic device (50) to display the patient's measurement results and alerts the relevant parties, namely doctors, nurses, relatives, and patients, to receive the information through at least one electronic device (50) to continue the patient's treatment process.