TWM411914U - A kind of small electronic vital-sign system with heart spectrum monitoring - Google Patents

Abstract

A Kind of Small Electronic Vital-sign System with Heart Spectrum Monitoring. The character is a novel design that we can endue a medical equipment with transmitting vital-sign data to an external electronic device by using a data output unit and a cable. This external electronic device can supply power to the medical equipment and process heart spectrum data. Therefore the medical equipment of this small electronic vital-sign system equipment doesn't need built-in power unit and display unit. The price will be very cheap. Furthermore, we can supply the patient's real-time heart status to the patient, his/her family or professional nurses by using the heart spectrum function of this creative work.

Description

V. New description: [New technology field] This creation is related to a small electronic physiological monitoring system with cardiac spectrum function, especially for an electronic blood pressure monitor, blood oxygen monitor and electrocardiogram monitoring with data wheeling unit. Multi-function physiological monitoring system such as patient or patient physiological monitor ^patientM〇njt〇r). μ [Prior Art] In recent years, the Bay has gradually entered a society of aging and declining, and the planning and implementation of the elderly community has become an important goal of the current community development. In the health care of the elderly community, in addition to the small electronic medical device module can provide basic physiological value signals such as blood pressure and heartbeat, it is necessary to have a more complete physiological value monitoring system. By monitoring the physiological value by the elderly or family members every day, 'based on the medical equipment used, the physiological value signals such as heartbeat, blood pressure, blood oxygen or heart spectrum of the user can be monitored, so that the caregiver can track the health status of the elderly every day. . The heart spectrum measures the heart pulse signal of a human body, and converts the heart pulse signal into a spectrogram. The spectrum pattern generally has 3 to 5 main frequency waveforms, and the first main frequency waveform vertex is the heart beat frequency of the human body. If there are several spurious frequency waveforms in addition to the main frequency waveform, the heart condition of the human body is an irregular pulsation state, which is regarded as an abnormal heart condition, so the heart spectrum can be used to interpret the heart condition. Since the general small electronic physiological monitoring equipment has the advantages of easy operation and convenient carrying, it is now quite common in major hospitals, clinics and home care centers, but there is no function of heart spectrum monitoring for patients with special urgent needs or elderly people. Old people in the community who need special care cannot use the small electronic physiological monitoring equipment to monitor the heart condition every time. General hospital small electronic medical equipment does not have cardiac spectrum function when measuring patients. If you need to monitor the heart condition, you should follow the doctor's diagnosis and go to the big hospital for further precision instrument measurement. For example, the general hospital uses small electronic data that can calculate the heart spectrum function. Blood pressure, blood oxygen, heart M411.914 jump or ECG monitoring system will instantly monitor the heart, providing practicality and convenience. ^Remote care center has used small electronic medical equipment to transmit physiological data such as blood pressure, blood oxygen, heartbeat, electrocardiogram, etc., such as small electronic blood pressure, blood oxygen or electrophysiological monitoring system that can calculate cardiac spectrum function, patients, Old people and general users can monitor physiological values and heart conditions on a daily basis. In view of this, a small electronic physiological monitoring system that facilitates the function of the heart spectrum has been developed to provide patients, the elderly and the general user with immediate daily monitoring of physiological values and cardiac conditions for assistance.

[New Content] One of the aims of the present invention is to provide a small electronic physiological monitoring system having a cardiac spectrum function comprising a physiological value measuring device, an external electronic device and a transmission line. It has the functions of original measurement function and cardiac spectrum measurement. It can provide suitable help for patients, elderly people and general users with different needs.

In order to achieve the above object, a small electronic physiological monitoring system with cardiac spectrum function according to an embodiment of the present invention includes a physiological value measuring device for measuring a physiological value information, wherein the physiological value information can be blood pressure and blood. Oxygen or ECG information; an external electronic device for providing a physiological value measuring device, a power source, and a data processing, displaying and computing function of the heart spectrum for the physiological value information; and a transmission line connecting the physiological value measuring device And an external electronic device for transmitting the power source and the physiological value information. The purpose of the present invention, the technical content, the features, and the effects achieved by the present invention will be more readily understood by the specific embodiments and the accompanying drawings. [Embodiment] A small electronic physiological monitoring system with blood pressure, blood oxygen or electrocardiology with cardiac spectrum function is proposed in combination with a well-known small electronic physiological monitoring device and a combination of cardiac spectrum functions. For patients, elderly people who are in need of immediate care and need immediate assistance, or those who generally use 5 M411.914, quickly and accurately determine the condition of the heart to provide the necessary physiological information for family members, care centers, hospitals or nurses. For example, when the blood pressure monitoring system, the blood oxygen monitoring system, or the electrocardiogram monitoring system continuously monitors the physiological condition of the patient, if the patient's heart spectrum is abnormal, the accompanying person first asks the patient's physical condition. If there is any discomfort, the hospital can arrange it. Further cardiac examination. For example, when a single-function or multi-function patient physiological monitoring system continuously monitors the patient's physiological condition, if the patient's heart spectrum is abnormal, the accompanying person first asks the patient's physical condition. If there is any discomfort, he can go to the major hospitals to arrange further heart. an examination.

Referring first to the first and second figures, a small electronic physiological monitoring system having a cardiac spectrum function is provided, including a physiological value measuring device 10, such as an electronic blood pressure monitor, for measuring physiological value information. - External electronic device 30, which provides a power value measuring device for power supply, and performs data processing, display and calculation of a heart spectrum function on physiological value information. And a transmission line 20 is connected to the physiological value measuring device 1 and the external electronic device 30' for transmitting the power source and the physiological value information. Following the above, the electronic blood pressure monitor is connected to a connection line 37 of the external electronic device 3 via a connection interface 12, such as a universal serial bus (USB) or RSM2, (eg, a second circle and a third Figure), when the connection is successful, the external electronic device 3〇

Immediately supply the power required for the electronic blood pressure monitoring H, the electronic blood ship listening to the central coffee or LCD light 14 lights up or flashes to indicate that the connection is successful, and then the external electronic device 3 下 through the transmission line 2G release - quantity · order electronic Blood pressure monitoring ^. The external electronic farm 30 can be a desktop computer or a notebook computer; or an external electronic device such as a smart hand thief PDA. The _ person can use the external (4) sub-device 3 () to issue the measurement command to the physiological value measuring device 1 〇. x, refer to the third and fifth figures. The third picture shows the structure of the small-scale Leitong with heart-functioning function. The fifth county has a small spectrum of tank functions: the structural flow chart of the monitoring system. The physiological value measuring device 10 includes a control unit, and the first output unit 13 is connected to the control unit u and the interface is 12 disks.

Ml 1.914

Control order; Til miscellaneous connection. When the physiological value is set to 1G, the electronic device 3 is connected to the above-mentioned connection element (step S10), the external electronic device 3 provides the physiological value measuring device 10 - the power source, and the release command starts to perform the physiological value measurement (step S12), the control unit ^ performs simple processing on the quantity information, and transmits all the measured data to the external electronic through the connection interface 12 and the transmission line 2G through the signal output unit 7G 13 (step S14). . In this embodiment, the external electronic device 3 has a central processing unit 33, a display unit 3, a memory storage unit, and a connection interface 37, wherein the display unit 31, the memory storage unit%, and the connection interface Both π are connected or electrically connected to the central processing unit 33. After receiving the physiological value of the physiological value measuring device 1G, the external electronic device 3 is immediately processed by the processing unit of the towel and processed by the fresh mode, and the can image is processed (step S16). The CD or LED display unit 31 displays the physiological value information, the heart spectrum map (step si8), and stores the historical data in the memory storage unit 35 for the user to view at any time. In the case of consistent practice, please refer to the fourth .... π no, the tamper value re-measurement device 10 is transmitted by wireless transmission with the electronic blood pressure monitoring without transfusion

The unit 19 is connected to the wireless transmission unit 39 of the external electronic device 30. The physiological value measuring device Η) the central LED < the LCD light Μ lights up or flashes to indicate that the connection is successful (step S2 〇), and then by external electronics The device 3 transmits the measurement command to the physiological value measuring device U) through the wireless mode, and when the physiological side starts the measurement (step S22), the data processing at the control unit u is performed and all the measured data are transmitted through the signal output unit 13. After the transmission of the transmission line I9 to the external electronic device 3 (step s24), the processing unit 33 of the external electronic device 3 immediately performs data processing and passes through the mathematical mode __ (step gamma) and through the LCD or The LED display unit 31 displays the physiological value heart rate map (step S28), and stores the history data in the memory storage unit % for viewing at any time. Correction's scaly scales touch the electronic blood pressure monitoring river built-in charging rechargeable power storage unit 21. In the embodiment, the above 19 includes, but is not limited to, a 13.56 MHz transmission protocol or a 2 transmission protocol. According to the above-mentioned 'this creation · the side of the Department of Electronic Light to provide physiological value measurement 7 2:: volume function, the physiological value measurement device itself does not need to have electricity ^ 丨 ii Wei, can greatly reduce the raw noodles, and again, Increasing the small-scale electronic physiological monitoring system measured in the heart spectrum, such a small-scale electronic physiological monitoring system uses the heart spectrum function of the creation, and the patients, elderly or general users who need to take care of themselves and need immediate assistance can give Continued monitoring information. This design has innovative features and is a new design that is practical and innovative. In summary, the present invention provides a small electronic health monitoring system having a cardiac spectrum function comprising a physiological value measuring device, an external electronic device, and a transmission line or wireless transmission. It has the functions of original function and sputum spectrum measurement. Appropriate help can be provided for patients, elderly and general users of different needs. The embodiments described above are only for explaining the technical idea and characteristics of the present invention, and the purpose thereof is to enable those skilled in the art to understand the contents of the present invention and implement them according to the scope of the patent. That is, the equivalent changes or modifications made by the people in accordance with the spirit revealed by this creation should still be covered by the scope of the patent of this creation. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is an electronic blood pressure monitor of an embodiment of the present invention. The second figure is a schematic diagram of a small plastic electronic physiological monitoring system with cardiac spectrum function according to an embodiment of the present invention. The third figure is a schematic diagram of an electronic device diagram of a small plastic electronic physiological monitoring system unit having a heart spectrum function according to an embodiment of the present invention. The fourth figure is a schematic diagram of an electronic device diagram of a small electronic health monitoring system unit with cardiac spectrum function according to another embodiment of the present invention. The fifth figure is a structural flow chart of a small plastic electronic physiological monitoring system with cardiac spectrum function according to an embodiment of the present invention. The sixth figure is a structural flowchart of a small electronic physiological monitoring system with cardiac spectrum function for wireless transmission and wireless reception according to still another embodiment of the present invention. M411, 914 [Main component symbol description]

Ίο physiological value measuring device 11 control unit 12 connection interface 13 signal output unit 14 LED or LCD light number 19 wireless transmission unit 20 transmission line 21 power storage unit 30 external electronic device 31 display unit 33 central processing unit 35 memory storage unit 37 connection Interface 39 wireless transmission unit S10, S12 ' S14 ' S16, S18 ' S20, S22 ' S24 ' S26 ' S28 Step 9

Claims (1)

M411914 VI 2. 3. • Patent application scope: - A small electronic physiological monitoring system with cardiac spectrum function, including: - Physiological value #职置, lateral measurement - Physiological value information, towel, physiological value measurement device included : - a control unit that processes the physiological value information; a signal wheeling unit that threatens the control unit, _ to transmit the physiological value data; and a connection " surface electrical connection to the signal output unit side to physiologically Value data; - External electronic device, which is used to provide physiological value measuring device - power supply and data processing, age and calculation function for physiological value information. The electronic device includes: - - central processing unit The physiological value information spectrum map; the job-display unit is connected to the central processing unit to display the physiological value data and the calculated heart spectrum map; - the memory unit is connected to the central processing unit And storing the physiological value data and the historical data of the cardiac spectrogram; and - the connection interface electrically connected to the central processing unit, _ from the physiological value Measuring means for receiving the physiological information value; and - a transmission line 'is connected to the physiological value and the amount of the functional material portion facing the electronic device, the power transmission wheels and physiological value information. 〃 For example, the small electrophysiological monitoring system of claim 1 and the dirty face Wei, the physiological value measuring device is used to measure blood pressure. 8. A small electronic physiological monitoring system with a dirty spectrum and a dirty spectrum as described in claim 1, the physiological value measuring device for measuring blood oxygen. VIII As described in claim 7 and _ spectrum Wei's small electronic physiology system, the physiological value measuring device is used to measure the electrocardiogram. [10] M411914 5. The small electronic physiological monitoring system having cardiac spectrum function according to claim 1, wherein the external electronic device and the physiological value measuring device each have a connection interface. 6. A small electronic physiological monitoring system having a cardiac spectrum function as claimed in claim 5, wherein the connection interface is a universal serial bus (USB). 7. The small electronic physiological monitoring system having cardiac spectrum function as claimed in claim 5, wherein the connection interface is RS232. 8. A small electronic physiological monitoring system having a cardiac surface function as claimed in claim 1, wherein the external electronic device is a desktop computer or a notebook computer. 8. A small electronic physiological monitoring system having a cardiac surface function as claimed in claim 1, wherein the external electronic device is a smart phone or a PDA. 1〇· A small electronic physiological monitoring system with cardiac spectrum function, comprising: - a physiological value measuring device for measuring - physiological value data, wherein the device comprises: a J-controlling early element, which is used for processing The physiological value information; - a signal output unit, connected to the control unit, the side transmits the value information; - the wireless transmission element is electrically connected to the shunting material element for transmitting the physiological value information; and... ... And - the power storage unit, the Lai Jianjian physiological value amount - power; - the external electronic device 'connected to the physiological value measuring device, including the spectrum; - the central processing unit, the rib operation of the physiological value sharp and calculation - The heart is displayed in a unit, connected to the central processing unit value information and the calculated heart spectrum map; ', ''not k physiological one memory storage unit, connected to the center of the physiological «institute and the meaning Historical data of the spectrum; and '__Storage-wireless transmission element' New Zealand's physic value field to receive the physiological value: L is used from 11 M411914 11. As stated in claim 10 A small electronic physiological monitoring system for cardiac spectrum function, wherein the wireless transmission unit uses a 13.56 MHz transmission protocol. 12. The small electronic physiological monitoring system having a cardiac spectrum function according to claim 10, wherein the wireless transmission unit uses a 2.4G transmission protocol. 13. The small electronic physiological monitoring system having cardiac spectrum function according to claim 10, wherein the physiological value measuring device is configured to measure blood pressure. 14. The small electronic physiological monitoring system having cardiac spectrum function as claimed in claim 10, wherein the physiological value measuring device is for measuring blood oxygen. 15. The small electronic physiological monitoring system having cardiac spectrum function as recited in claim 10, wherein the physiological value measuring device is configured to measure an electrocardiogram. A small electronic physiological monitoring system having a cardiac spectrum function as claimed in claim 10, wherein the external electronic device is a desktop computer or a notebook computer. 17. A small electronic physiological monitoring system having cardiac spectrum function as claimed in claim 10, wherein the external electronic device is a smart phone or a PDA. 12