TWM626124U - Simple Sticker Heart Health Monitor - Google Patents

Abstract

A simple sticking heart health monitor mainly includes: a conductive patch whose sticking surface is provided with a plurality of ECG detection points, and the back is provided with a hollow first assembly part and a second assembly part with conductive contacts, And; a micro-host is provided with a micro-computer circuit, one side is provided with a key switch, the other side is provided with a third assembly part of an ultrasonic probe, and a fourth assembly part with conductive contacts, the overall effective design makes the micro-host It forms a detachable pair with the conductive patch, so that the micro-host and the conductive patch can be easily connected to each other, and the operation is simple and the bonding strength can be effectively improved, so that the ultrasonic probe of the third assembly part can protrude It is inserted and fitted in the middle of the adhesive surface of the conductive patch for easy and close-to-body use to detect and read the heart function signal.

Description

Simple Sticker Heart Health Monitor

This creation is related to the technical field of heart detection, especially a simple and sticky heart health monitor.

Continuous Doppler ultrasound cardiac output meter is a dedicated, non-invasive cardiovascular function parameter measurement device, which can measure cardiovascular parameters including blood flow velocity, cardiac output power, cardiac blood output, etc. Miniaturized, high-sensitivity, low-power probe, long-term monitoring and collection of new blood vessel data, which is beneficial for home care and remote real-time monitoring. It can be connected to a smart phone (or nursing station) to record and track changes in parameters, expand its use field to home care, and change its use method for real-time monitoring at a distance.

Electrocardiography (ECG) can record the current generated by the human heart when it beats and visualize its waveform. It is the easiest and most widely used method to detect heart conditions and heart disease. Every time the heart beats, a PQRST wave is generated. , General doctors will observe the PQRST waveform of the electrocardiogram with the naked eye for professional medical judgment, which can effectively help doctors to check and diagnose various heart diseases. For example, arrhythmia, ventricular hypertrophy, myocardial infarction or other heart disease.

However, the traditional ECG must use special testing equipment in the hospital. The patient has to go to the hospital for the ECG measurement in person. The process not only takes a lot of time in the hospital to wait in line, but also the operation is very cumbersome and troublesome each time the ECG is detected. The medical staff manually sticks each test patch to the test site on the subject's body to continuously monitor the electrocardiogram. Although the current more advanced Holter monitor has become smaller and smaller and can be carried with you, the design of its various parts is not perfect, and the ECG lead wire still needs to be connected in the application, which makes the wearer feel uncomfortable and causes inconvenience in life. As a result, there is no heart sound detection, and there is actually no way to obtain more cardiac data for medical personnel to make a correct diagnosis.

In recent years, health awareness has risen and the demand for medical quality has increased. The phenomenon of aging has become more and more obvious, and health care has become an important issue. More and more portable and small-scale sign detection devices are being manufactured and launched. The purpose is to let people know their heart status through mobile phones or other display devices without having to go to the hospital, wearing ECG sensing devices at home. Although there are many ECG sensing products, their acquisition accuracy and post-processing often have various shortcomings such as signal interference, distortion, blur, etc., so that the detection is not accurate enough, and the help for self-health management and providing doctors with disease diagnosis and treatment is still very limited.

In view of this, the main purpose of this creation is to provide a simple heart health monitor, which mainly includes: a conductive patch and a micro host; wherein

One side of the conductive patch is an adhesive surface, which is covered with a release paper, wherein the double-sided release paper is the best but not limited in practice. The adhesive surface is provided with a plurality of ECG detection points, and the conductive patch The back of the patch is provided with a hollowed first assembly portion and a second assembly portion with a conductive contact, wherein the conductive contact is electrically connected to the plurality of ECG detection points, and;

The micro-host is provided with a microcomputer circuit with its own charging power supply. One side of the micro-host is provided with a key switch, the other side is provided with a third assembly part of an ultrasonic probe, and a fourth assembly part with conductive contacts, wherein The key switch, the ultrasonic probe and the conductive contact are electrically connected to the microcomputer circuit,

The overall effective design utilizes the micro-host and the conductive patch to form a detachable pair, the third assembly part is aligned with the first assembly part, and the fourth assembly part is aligned with the second assembly part, so that the The micro-host and the conductive patch can be easily connected to each other, the operation is simple and the bonding strength can be effectively improved, and at the same time, the ultrasonic probe of the third assembly part can be protruded and embedded in the adhesive of the conductive patch. In the middle of the surface, it is used to detect and read cardiac function signals, such as ECG and cardiac output, but it is not limited to this.

In order to facilitate the understanding of the content of this creation and the effects that can be achieved, specific embodiments are listed with the drawings, and the detailed description is as follows: Please refer to Figures 1 to 2, a simple heart health monitor set up in this creation. 100, mainly including: a conductive patch 10 and a micro host 20; wherein

One side of the conductive patch 10 is an adhesive surface 11 , which is covered with a release paper 111 . The adhesive surface 11 is provided with a plurality of ECG detection points 110 , and the back of the conductive patch 10 is provided with a hollow first assembly portion 12 and a second assembly 13 having a conductive contact 131, wherein the conductive contact 131 is in electrical communication with the plurality of ECG detection points 110, and;

The micro-host 20 is provided with a micro-computer circuit 21 with its own charging power source 210, one side of the micro-host 20 is provided with a key switch 211, the other side is provided with a third assembly portion 22 of an ultrasonic probe 220, and a conductive contact The fourth assembly part 23 of 231, wherein the key switch 211, the ultrasonic probe 220, and the conductive contact 231 are electrically connected to the microcomputer circuit 21,

In a preferred implementation, the micro-host 20 and the conductive patch 10 are detachably paired with each other, and the fourth assembly portion 23 is paired with the second assembly portion 13 to form electrical continuity, and the third assembly portion 22 pairs are assembled on the hollowed first assembly portion 12, so that the ultrasonic probe 220 of the third assembly portion 22 can be protruded and embedded in the middle of the adhesive surface 11 of the conductive patch 10 for close-fitting detection and reading Heart function signal.

In a preferred implementation, the conductive patch 10 is a disposable patch, such as a bandage body with a waist, the first assembly portion 12 is a circular through hole 121, and the third assembly portion 22 is a circular The convex step 221 is provided with a groove 222 on the peripheral edge of the circular convex step so as to form a mutual clamping and fixation with the circular through hole 121 of the first assembly portion 12 .

Preferably, the second assembly portion 13 is a pair of protruding double sockets 130 disposed on both sides of the circular through hole 121 of the first assembly portion 12; the fourth assembly portion 23 is a pair of double sockets 130 arranged in pairs. The concave holes 230 are distributed on both sides of the circular convex step 221 of the third assembly portion 22 .

In a preferred implementation, the micro-host 20 is further provided with an LED light 212 on the side of the switch button 211 . Moreover, the micro host 20 is further provided with a magnetic charging contact 24 between the third assembly part 22 and the fourth assembly part 23, so as to be connected with a charging stand (not shown) for charging.

The overall effective design utilizes the micro-host 20 and the conductive patch 10 to form a detachable pair, the third assembly portion 22 is aligned with the first assembly portion 12, and the fourth assembly portion 23 and the second assembly portion 13. The alignment combination allows the micro host 20 and the conductive patch 10 to be easily connected to each other and electrically connected to each other. The operation is simple and the bonding strength can be effectively improved. At the same time, the ultrasonic probe 220 of the third assembly part 22 can be effectively raised. It is fitted in the middle of the adhesive surface 11 of the conductive patch 10 for simple close-fitting use to detect and read heart function signals.

In a preferred implementation, as shown in FIGS. 1 to 4 , the present invention creates an application method of a simple sticking heart health monitor 100 , which mainly includes: constructing a simple sticking heart health monitor 100 , and sticking it on the chest of a living body to collect Cardiac physiology detection signal, wirelessly transmit the collected detection signal to a mobile computing device 200 for computing and processing, and display the data of the cardiac detection result; and a cloud network computing storage unit 300 for the mobile computing device 200 transmit data recording the results of the cardiac test, wherein

The simple sticker heart health monitor 100 includes: a conductive patch 10 and a micro host 20 , one side of the conductive patch 10 is an adhesive surface 11 , which is covered with a release paper 111 , on the adhesive surface 11 is provided a plurality of ECG detection point 110, and the back of the conductive patch 10 is provided with a hollowed first assembly portion 12 and a second assembly portion 13 with a conductive contact 131, wherein the conductive contact 131 and the plurality of ECG detection Point 110 is electrically connected, and; the micro-host 20 is provided with a micro-computer circuit 21 with its own charging power supply 210, one side of the micro-host 20 is provided with a switch button 211, and the other side is provided with a third assembly part of an ultrasonic probe 220 22, and a fourth assembly portion 23 with conductive contacts 231, wherein the switch button 211, the ultrasonic probe 220, the conductive contacts 231 are electrically connected to the microcomputer circuit 21, and the micro-host 20 is connected to the microcomputer circuit 21. The conductive patches 10 are detachably paired with each other, the fourth assembly portion 23 is paired with the second assembly portion 13 to form electrical connection, and the third assembly portion 22 is paired with the hollowed first assembly portion. 12, so that the ultrasonic probe 220 of the third assembly portion 22 can be protruded and embedded in the middle of the adhesive surface 11 of the conductive patch 10 for close detection and reading of cardiac function signals, and the following method is performed;

Step S110. Press the probe (ultrasonic probe 220) of the micro-host 20 on the chest;

Step S120. Check whether the position of the pulmonary artery blood vessel is correct. If not, step S121. If there is no response, go to step S122. Move the probe position. If yes, go to step S123. Step S124. Start measurement;

Step S130. Detecting blood flow velocity;

Step S140. Detecting cardiac physiological signals;

Step S150. Detect heart rate;

Step S210. Through wireless transmission and Step S211. Wireless receiver to the mobile computing device 200 to perform Step S212. Save the file; Step S345. Biological calculation to obtain at least three waveforms; Step S301. Electrocardiogram waveform, Step S401. S501. Blood flow waveform;

Wherein, according to step S301. Step S302. Parameters of ECG waveform acquisition are further obtained in Step S303. Heart rate and heart rate variability, and the detection result thereof is displayed;

Wherein according to step S401. the heart sound waveform is further obtained through step S402. identification to obtain step S403. The first heart sound, the second heart sound, the third heart sound and the fourth heart sound, and the detection results thereof are displayed, and;

According to step S501. Step S502. Parameters of blood flow waveform acquisition are further obtained in Step S503. Pulse wave blood flow velocity peak blood flow velocity integral stroke volume and cardiac output, and display the detection results.

In a preferred implementation, as shown in FIG. 1 and FIG. 4 , the mobile computing device 200 is further provided with an application unit 201 , a display unit 202 , a control unit 203 , and a network connection unit 204 to receive the simple sticker The physiological signal of the heart transmitted from the heart health monitor 100 is processed and the detection result is displayed on the display unit 202 .

In a preferred implementation, as shown in FIG. 4 and FIG. 5, the mobile computing device 200 is further provided with a heart health detection APP application 205, and the provided display items 250 include: ECG waveform, heart sound waveform, blood flow waveform, heart rate, blood Velocity peak value, blood velocity time integral, single stroke volume, continuous cardiac output index, and heart rate variability, and also provide a linear index graph of the relative switching of the above display items 250.

Thereby, as shown in Figures 3 to 5, the authoring structure is simplified, the combination is simple and the operation is quite convenient, and the implementation can be beneficial to the home self-heart detection health management and the provision of telemedicine. To collect the heart function of the living body to be tested, such as infants, humans, animals, and livestock, it provides more diverse and broad applications. For example, the creative mobile computing device 200 is provided with an APP application 205, which can monitor the heart health according to the simple stickers. The device 100 detects the collected heart sounds, heart rate and cardiac physiological signals, and is used to provide basic display items 250 including: ECG waveform, heart sound waveform, blood flow waveform, heart rate, blood velocity peak value, and blood velocity time integral, as Reference for individual general home self-healthy heart care.

More detailed contents may even include: single cardiac output, continuous cardiac output index, and heart rate variability, etc., and the above cardiac function detection contents and display items 250 are transmitted to the cloud network computing storage unit 300 for creation. File management, in order to further provide remote medical units to use and display on the terminal application device 400, so that doctors can judge the heart state of the subject to be tested by using the heart function detected and collected and the records of the displayed items 250 to be regarded as medical treatment. Auxiliary use.

To sum up, the novel and practical creation of this invention fully complies with the patent requirements, and a new type patent application is filed. However, the above are only the preferred embodiments of this creation, and should not limit the scope of implementation of this creation; therefore, any equivalent changes and modifications made in accordance with the scope of the patent application for this creation and the content of the creation description should be are covered by this creative patent.

100: Simple Sticker Heart Health Monitor 10: Conductive patch 11: Adhesive side 110: ECG detection point 111: release paper 12: The First Combination Department 121: round perforation 13: Second Combination Department 130: Double socket 131: Conductive contacts 20: The microhost 21: Microcomputer circuit 210: Charging Power 211: key switch 212: LED lights 22: The third group 220: Ultrasonic Probe 221: Circular convex step 222: Groove 23: Fourth Combination Department 230: Double concave hole 231: Conductive contacts 24: Charging contacts 200: Mobile Computing Device 201: Application Unit 202: Display unit 203: Control Unit 204: Network Link Unit 205: APP application 250: show item 300: Cloud network computing storage unit S110.S120.S121.S122.S123: Steps S124.S130.S140.S150: Steps S210.S211.S212: Steps S301.S302.S303.S345: Steps S401.S402.S403: Steps S501.S502.S503: Steps

Figure 1 is the application configuration diagram of this simple sticker heart health monitor. Figure 2 shows the appearance of the simple sticker heart health monitor for this creation. Figure 3 shows the application example of this creation. Figure 4 is a flow chart of this authoring application method. Figure 5 is a schematic diagram of the project for displaying cardiac measurement data for this creation.

100: Simple Sticker Heart Health Monitor

10: Conductive patch

111: release paper

12: The First Combination Department

13: Second Combination Department

20: The microhost

21: Microcomputer circuit

210: Charging Power

211: key switch

212: LED lights

200: Mobile Computing Device

201: Application Unit

202: Display unit

203: Control Unit

204: Network Link Unit

300: Cloud network computing storage unit

Claims (6)

A simple heart health monitor, which mainly includes: a conductive patch and a micro host; wherein One side of the conductive patch is an adhesive surface, which is covered with a release paper. The adhesive surface is provided with a plurality of ECG detection points, and the back of the conductive patch is provided with a hollow first assembly portion and a conductive contact. The second assembly part, wherein the conductive contact is in electrical communication with the plurality of ECG detection points, and; The micro-host is provided with a microcomputer circuit with its own charging power supply. One side of the micro-host is provided with a key switch, the other side is provided with a third assembly part of an ultrasonic probe, and a fourth assembly part with conductive contacts, wherein The key switch, the ultrasonic probe and the conductive contact are electrically connected to the microcomputer circuit, The micro-host and the conductive patch are detachably paired with each other, the fourth assembly portion is paired with the second assembly portion to form an electrical connection, and the third assembly portion is paired with the hollowed first The assembly part enables the ultrasonic probe of the third assembly part to protrude and fit in the middle of the adhesive surface of the conductive patch, so as to be used close to the body to detect and read the heart function signal. The easy-to-stick heart health monitor as claimed in claim 1, wherein the conductive patch is a disposable patch, the first assembly part is a circular perforation, the third assembly part is a circular convex step, and the circular The peripheral ring of the convex step is provided with a groove to form a mutual clamping and fixation with the circular through hole of the first assembly part. The simple and easy-to-stick heart health monitor according to claim 1, wherein the second assembly part is a pair of protruding double sockets arranged on both sides of the circular hole in the first assembly part; the fourth assembly part is The double concave holes arranged in pairs are distributed on both sides of the circular convex step of the third combination part. The simple and sticky heart health monitor as claimed in claim 1, wherein the micro-host is further provided with an LED light beside the switch button. The simple-attached heart health monitor as claimed in claim 1, wherein the micro-host is further provided with a magnetically attracted charging contact located between the third assembly part and the fourth assembly part. The easy-to-stick heart health monitor as claimed in claim 1, wherein the conductive patch is a bandage body with a waist.

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