TWI790821B - ECG detection system - Google Patents

Abstract

The present invention is an ECG detection system, which includes: a ring device with a ring processing module, the ring processing module is electrically connected to a ring electrode induction part; The group is electrically connected with the electrode induction parts of the bracelet. The bracelet device and the ring device have electrode induction parts respectively, which can be worn on the left and right hands of the human body respectively, so as to obtain the left arm electrode (LA) and right arm electrode (RA). Maintaining the advantage of being suitable for going out and wearing, also solves the problem that the ECG measurement devices of the previous wristband and watch type must touch the same device with both hands to measure the ECG.

Description

ECG detection system

The present invention is an ECG detecting system, which is used for detecting ECG (Electrocardiography) after being worn by a human body.

To observe a person's current physical state, measuring ECG is a good way. ECG can clearly interpret a person's current heart rhythm state, and any abnormalities can be found quickly, such as: irregular heartbeat, long-term rapid heartbeat, The problem of slow heartbeat for a long time.

However, it was quite difficult to measure ECG in the past. The reason is that the equipment for detecting ECG is very large, not easy to carry and is also quite expensive. Therefore, people have to go to the hospital to measure ECG, so that most people do not have regular measurements. The habit of measuring ECG.

Fortunately, with the development of science and technology, the devices for measuring ECG are getting smaller and smaller. At present, they have advanced to the extent that they can be worn anywhere. One of the common ones is to be worn near the heart of the human body. It will make it difficult to wear clothes, so it is not suitable for going out. Another common type is a wristband and watch. The ECG measurement method of this kind of ECG measurement device is that there will be an electrode sheet on the inside for attaching to the arm ( For example, the left hand), and there will be another electrode sheet on the outside for the other hand (for example, the left hand) to touch, so that the device can obtain the left arm electrode (LA) and the right arm electrode (RA) for calculation to obtain the lead, however The ECG measuring device of the wristband and watch type requires both hands to touch the device to measure the ECG, which is inconvenient to operate.

However, the present invention includes a wristband device and a ring device, each of which has electrode induction parts, which can be worn on the left and right hands of the human body, so as to obtain the left arm electrode (LA) and right arm electrode (RA), which not only maintains a suitable for going out The advantages of wearing it also solve the problem that the ECG measurement devices of the wristband and watch type in the past have to touch the same device with both hands to measure the ECG, which greatly improves the convenience.

In order to achieve the above purpose and effect, the present invention provides an ECG detection system, which includes: a ring device, which includes a ring processing module, and the ring processing module is electrically connected to a ring electrode sensor, a ring clock unit, a A ring wireless transmission module, a ring power supply, the ring processing module processes the data detected by the ring electrode sensor according to the time presented by the ring clock unit; and a bracelet device, which includes a bracelet processing module, The bracelet processing module is electrically connected with a bracelet electrode sensor, a bracelet clock unit, a bracelet wireless transmission module, and a bracelet power supply. The bracelet processing module processes the bracelet according to the time presented by the bracelet clock unit The data detected by the electrode sensor of the bracelet, wherein the wireless transmission module of the bracelet is used to receive the signal sent by the wireless transmission module of the ring for the calculation of the bracelet processing module.

The present invention also provides an ECG detection system, which includes: a ring device, which includes a ring processing module, and the ring processing module is electrically connected to a ring electrode sensor, a ring clock unit, and a ring wireless transmission module 1. A ring power supply, the ring processing module processes the data detected by the ring electrode sensor according to the time presented by the ring clock unit; a bracelet device, which includes a bracelet processing module, the bracelet processing module Electrically connected to a bracelet electrode sensor, a bracelet clock unit, a bracelet wireless transmission module, and a bracelet power supply, the bracelet processing module processes the time generated by the bracelet electrode sensor according to the time presented by the bracelet clock unit The detected data; and a server device, which is used to receive the signal sent by the wireless transmission module of the wristband and the wireless transmission module of the ring and perform lead calculation.

In order to understand the embodiment of the present invention in more detail, please also watch it with the illustrations. As shown in the first to second figures, an ECG detection system includes: a ring device 1, which includes a ring processing module 11, The ring processing module 11 is electrically connected to a ring electrode sensor 12, a ring clock unit 13, a ring wireless transmission module 14, and a ring power supply 15. time processing the data detected by the ring electrode sensor 12; Clock unit 23, a wristband wireless transmission module 24, a wristband power supply 25, the wristband processing module 21 processes the data detected by the wristband electrode sensor 22 according to the time presented by the wristband clock unit 23, wherein The wristband wireless transmission module 24 is used to receive the signal sent by the ring wireless transmission module 14 for calculation by the bracelet processing module 21 .

The wristband device 2 also includes wristwatches, bracelets, etc. that can be worn on the hand in a ring shape.

Continuing the above content, the embodiment of the present invention is further described in detail, taking the ring device 1 worn on the finger of the left hand, and the bracelet device 2 worn on the right arm as an example, so that the ring electrode sensor 12 can detect the left arm electrode (LA ), the bracelet electrode sensor 22 can detect the right arm electrode (RA), and the ring processing module 11 can match the left arm electrode (LA) and the time currently presented by the ring clock unit 13 into the ring electrode information, For example: 10:10:10 LA1, 10:10:11 LA2, etc., and the ring electrode information will be sent through the ring wireless transmission module 14, and the bracelet processing module 21 can connect the right arm electrode (RA) with The time currently presented by the wristband clock unit 23 is matched to the bracelet electrode information, for example: RA1 at 10:10:10 seconds, RA2 at 10:10:11 seconds, etc. Further, the wristband processing module 21 matches LA, RA can calculate the correct lead, for example, match LA1 at 10:10:10 seconds with RA1 at 10:10:10 seconds. The advantage of this design is that it can avoid the delay caused by wireless transmission, and use different time points LA, The value caused by RA matching together is incorrect.

Based on the above contents, it can be known that the present invention does maintain the advantages of being suitable for going out and wearing, and also solves the problem that the ECG measuring devices of the previous wristband and watch type must touch the same device with both hands to measure the ECG. It greatly improves the convenience, which is novel and progressive.

The present invention also provides another embodiment, as shown in the third to fourth figures, which is an ECG detection system, which includes: a ring device 1, which includes a ring processing module 11, and the ring processing module 11 is electrically Connected to a ring electrode sensor 12, a ring clock unit 13, a ring wireless transmission module 14, and a ring power supply 15, the ring processing module 11 processes the ring electrode sensor according to the time presented by the ring clock unit 13 12 The detected data; a wristband device 2, which includes a wristband processing module 21, the wristband processing module 21 is electrically connected to a wristband electrode sensor 22, a wristband clock unit 23, a wristband wireless transmission Module 24, a wristband power supply 25, the wristband processing module 21 processes the data detected by the wristband electrode sensor 22 according to the time presented by the wristband clock unit 23; a server device 3, which is used for Receive the signal sent by the bracelet wireless transmission module 24 and the ring wireless transmission module 14 and perform lead calculation.

The server device 3 may include handheld devices such as smart phones and tablet computers, and may also be a computer.

The main difference between this embodiment and the previous embodiment is that the ring wireless transmission module 14 is used to send the ring electrode information, and the bracelet wireless transmission module 24 is used to send the bracelet electrode information, so that the server device 3 receives the ring electrode information. Information, bracelet electrode information to perform lead calculation.

The above are only preferred embodiments for explaining the present invention, and are not intended to limit the present invention in any form. Therefore, any modification of the present invention under the spirit of the same invention Or changes, which are other forms that can be implemented and have the same effect, should still be included in the intended protection scope of the present invention.

To sum up, the "ECG detection system" of the present invention, in terms of practicability and cost-effectiveness, indeed fully meets the needs of industrial development, and the disclosed structural invention also has an unprecedented innovative structure, so it has "novel There should be no doubt about the nature of this invention, and the present invention can be more functionally enhanced than the conventional structure, so it is also "progressive". Please review and affirm it as soon as possible.

1: Ring device 11: Ring Handling Mod 12: Ring electrode sensor 13: Ring clock unit 14: Ring wireless transmission module 15:Ring Power 2: Bracelet device 21: Bracelet processing module 22: Bracelet electrode sensor 23:Bracelet clock unit 24:Bracelet wireless transmission module 25: bracelet power supply 3: Server device

The first figure is a schematic diagram of the present invention. The second figure is a schematic block diagram of the present invention. The third figure is a schematic diagram of another embodiment of the present invention. Figure 4 is a schematic block diagram of another embodiment of the present invention.

1: Ring device

12: Ring electrode sensor

2: Bracelet device

Claims (2)

An ECG detection system, which includes: a ring device, which includes a ring processing module, the ring processing module is electrically connected to a ring electrode sensor, a ring clock unit, a ring wireless transmission module, and a ring power supply, The ring processing module processes the data detected by the ring electrode sensor according to the time presented by the ring clock unit to generate matching ring electrode data with time; and a bracelet device, which includes a bracelet processing module, The bracelet processing module is electrically connected with a bracelet electrode sensor, a bracelet clock unit, a bracelet wireless transmission module, and a bracelet power supply. The bracelet processing module processes the bracelet according to the time presented by the bracelet clock unit The data detected by the bracelet electrode sensor is used to generate matching bracelet electrode data with time, wherein the bracelet wireless transmission module is used to receive the signal sent by the ring wireless transmission module for processing by the bracelet The module calculates the lead by matching the ring electrode data with the same time and the bracelet electrode data. An ECG detection system, which includes: a ring device, which includes a ring processing module, the ring processing module is electrically connected to a ring electrode sensor, a ring clock unit, a ring wireless transmission module, and a ring power supply, The ring processing module processes the data detected by the ring electrode sensor according to the time presented by the ring clock unit to generate ring electrode data matching the time; a bracelet device includes a bracelet processing module, the The bracelet processing module is electrically connected to a bracelet electrode sensor, a bracelet clock unit, a bracelet wireless transmission module, and a bracelet power supply. The bracelet processing module processes the bracelet according to the time presented by the bracelet clock unit. The data detected by the ring electrode sensor is used to generate matching wristband electrode data with time; And a server device, which is used to receive the wireless transmission module of the wristband, the signal sent by the wireless transmission module of the ring, and perform lead calculation by matching the ring electrode data with the same time.

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