TWM589535U - Active wireless electrocardiogram recording device - Google Patents

Abstract

An active wireless electrocardiogram recording device, including: a wireless main control component, which sends the electrocardiogram measurement setting information through wireless communication to set and control the time and/or cycle of measuring the electrocardiogram; a main wearable wireless active electrocardiogram measurement The component has a conductive electrode pad for sensing ECG signals, receiving ECG measurement setting information sent from the wireless master control component, as well as integrating, outputting and displaying ECG information; and the first wearable wireless active heart The electrical energy measuring component has a conductive electrode sheet for sensing an electrocardiogram signal, and can transmit the sensed electrocardiographic signal to the main wearable wireless active electrocardiographic energy measuring component for integration. The pole electrode plates are matched in pairs, one of which is an L pole electrode and the other is an R pole electrode.

Description

Active wireless electrocardiogram recording device

This creation is about a smart bracelet with the function of sensing ECG signals, especially about an active wireless ECG recording device.

The conventional smart bracelet has many functions, and the smart bracelet with the function of sensing the electrocardiogram signal can not only enable the wearer to know the heartbeat status of the body at any time, but also can match the results measured by the official medical equipment to make relevant data It is more complete and can reduce the time and effort required by medical staff to analyze and judge the health status. However, the conventional smart bracelets with the function of sensing ECG signals all require the wearer to hold the hand without the smart bracelet on the electrode crown on the crown or ring surface of the smart bracelet. It can form a cardiac current loop and perform sensing of the wearer's electrocardiogram signal. This measurement method is extremely inconvenient for those who are in bed or have inconvenient hands when operating the conventional smart bracelet. Therefore, the conventional smart bracelet with the function of sensing the electrocardiogram signal is necessary for its improvement.

Therefore, the purpose of this creation is to provide an active wireless electrocardiogram recording device, which is controlled by wireless communication and can actively monitor the electrocardiogram.

The technical means adopted in this creation to solve the problems of the conventional technology is to provide an active wireless electrocardiogram recording device, including: a wireless main control component, having a command sending unit, a receiving information unit, a display information unit, the sending command The unit sends ECG measurement setting information by wireless communication to set and control the time and/or cycle of measuring ECG. The receiving information unit is connected to the display information unit; a main wearable wireless active electrocardiogram measuring component, It has a main ring body, a main first electrode electrode sheet and a main wireless communication module, a signal integration unit and an electrocardiogram information output unit. The main ring body is used for wearing on the human body, and the main first guide The electrode pads are arranged on the surface of the main sleeve body to contact the main first conductive electrode piece with the human body when the main sleeve body is worn on the human body, and the main wireless communication module is connected to the main A conductive electrode sheet, and for receiving ECG measurement setting information sent from the wireless main control member, the signal integration unit is connected to the main wireless communication module, and the ECG information output unit is connected to the signal integration unit; and The first wearable wireless active electrocardiogram measuring component has a first set of ring body, a first electrode electrode sheet and a first wireless communication module, which is used for the first set of ring body When worn on the human body, the secondary first electrode pads are disposed on the surface of the secondary first ring body to allow the secondary first lead to be worn when the secondary first ring body is worn on the human body The electrode pad is in contact with the human body, the secondary first wireless communication module is connected to the secondary first conductive electrode pad, and the secondary first wireless communication module is wirelessly connected to the primary wireless communication module, Among them, the primary first electrode pad and the secondary first electrode pad are matched in pairs, and one of them is an L pole electrode and the other is an R pole electrode, which is set based on the information set by the ECG measurement Sensing the ground to obtain the electrocardiogram signal of the L pole and the electrocardiogram signal of the R pole, respectively, the electrocardiogram signal sensed by the secondary first electrode pad is passed through the secondary first wireless communication module and the The main wireless communication module transmits the signal to the signal integration unit, and the signal integration unit senses the electrocardiogram signal of the L pole by the primary first electrode electrode sheet and the secondary first electrode electrode sheet respectively And the electrocardiogram signals of the R pole are aggregated to obtain aggregated electrocardiogram information, which is displayed on the main wearable wireless active electrocardiogram measuring component or output to the wireless main control component by the electrocardiographic information output unit, And after receiving the collected electrocardiogram information by the receiving information unit of the wireless main control member, it is displayed on the display information unit.

An active wireless electrocardiogram recording device according to an embodiment of the present invention further includes a second wearable wireless active electrocardiogram measuring member, which has a second ring body, a second electrode electrode sheet, and a primary In the second wireless communication module, the secondary second ring body is used to be worn on the human body, and the secondary second electrode pad is disposed on the surface of the secondary second ring body, so that the secondary When the two sets of ring bodies are worn on the human body, the secondary second conductive electrode pad is brought into contact with the human body, the secondary second wireless communication module is connected to the secondary second conductive electrode pad, and the secondary Two wireless communication modules are wirelessly connected to the main wireless communication module, and the main wearable wireless active electrocardiogram measuring member further has a main second pole electrode piece, which is arranged on the surface of the main sleeve body, When the main collar body is worn on the human body, the main second conductive electrode pad is brought into contact with the human body, and the main wireless communication module is connected to the main second conductive electrode pad, wherein the main second guide The electrode pads and the secondary second electrode pads are matched in pairs, and one of them is an L-pole electrode and the other is an R-pole electrode, which are obtained by sensing in pairs based on the ECG measurement setting information. The electrocardiogram signal of the other L pole and the electrocardiogram signal of the other R pole, the electrocardiogram signal sensed by the secondary second electrode pad is passed through the secondary second wireless communication module and the primary wireless communication module Sent to the signal integration unit, and the signal integration unit detects the other electrocardiogram signal of the L pole and the other of the L pole electrocardiogram signals respectively sensed by the main second pole electrode sheet and the secondary second pole electrode sheet The R pole electrocardiogram signal is aggregated to obtain another aggregated electrocardiogram information, and the other aggregated electrocardiogram information is output to the wireless main control component and/or the main wearable wireless active electrocardiogram measurement component through the electrocardiogram information output unit On the display.

An active wireless electrocardiogram recording device according to an embodiment of the present invention, wherein the primary first conductive electrode pad is an L-pole electrode pad, the secondary first conductive electrode pad is an R-pole electrode pad, and the primary wearable wireless active The electrocardiographic measurement component is worn on the left hand of the human body, and the secondary first wearable wireless active electrocardiographic measurement component is worn on the right hand of the human body.

According to an active wireless electrocardiogram recording device according to an embodiment of the present invention, the main first electrode electrode sheet is an L electrode electrode sheet, the main second electrode electrode sheet is an R electrode electrode sheet, and the secondary first electrode electrode The electrode is an R-electrode, the secondary second electrode is an L-electrode, the primary wearable wireless active electrocardiograph is worn on the left hand of the human body, the secondary first wearable wireless active The electrocardiogram measuring element is worn on the right hand of the human body, and the secondary second wearable wireless active electrocardiogram measuring element is worn on the left foot of the human body.

An active wireless electrocardiogram recording device according to an embodiment of the present invention, wherein the main wearable wireless active electrocardiogram measuring member further has a SIM card slot or an eSIM card module connected to the signal aggregation unit for storage The ECG information should be aggregated.

An active wireless electrocardiogram recording device according to an embodiment of the present invention, wherein the main wireless communication module performs wireless communication in the manner of Bluetooth wireless communication.

According to an active wireless electrocardiogram recording device of an embodiment of the present invention, wherein the main wearable wireless active electrocardiogram measuring member further has a heart rate sensor, the heart rate sensor is disposed on the surface of the main loop body to When the main collar body is worn on the human body, the heart rate sensor is brought into contact with the human body to sense the heart rate of the human body. The sensing result of the heart rate sensor can be interpreted with the electrocardiogram to interpret the human body Heartbeat status.

According to an active wireless electrocardiogram recording device according to an embodiment of the present invention, wherein the electrocardiogram information output unit is a screen, and the aggregated electrocardiogram information is displayed on the main wearable wireless active electrocardiogram measuring component.

Through the technical means adopted in this creation, the active wireless ECG recording device can actively sense the ECG signal through remote control, and the wearer does not need to hold the hand without the smart bracelet on the ring of the smart bracelet Electrodes on the crown or annulus can also form an electrocardiogram circuit to perform sensing of the wearer's electrocardiogram signal. In this way, this creation greatly increases the convenience of the subject when sensing the electrocardiogram. In addition, the active wireless electrocardiogram recording device of the present invention uses wireless communication to transmit and receive the measured electrocardiogram information, so that the creative will not be interfered by many wires when sensing the electrocardiogram signal.

The specific embodiments used in this creation will be further explained by the following embodiments and accompanying drawings.

The embodiment of the present creation will be described below based on FIGS. 1 to 10. This description is not intended to limit the implementation of this creation, but is one of the examples of creation.

As shown in FIG. 1, FIG. 8 and FIG. 9, an active wireless electrocardiogram recording device 100 according to an embodiment of the present invention includes: a wireless main control member 1, having a sending command unit 11, a receiving information Unit 12, a display information unit 13, the sending instruction unit 11 sends the electrocardiogram measurement setting information 14 by wireless communication to set and control the time and/or cycle of measuring the electrocardiogram, the receiving information unit 12 is connected to the display Information unit 13; a main wearable wireless active electrocardiogram measuring component 2 with a main sleeve body 21, a main first electrode electrode sheet 22 and a main wireless communication module 24, a signal integration unit 25 and a In the electrocardiogram information output unit 26, the main collar body 21 is used to be worn on the human body, and the main first electrode electrode sheet 22 is provided on the surface of the main collar body 21 to be worn on the human body by the main collar body 21 When the main first electrode electrode sheet 22 is brought into contact with the human body, the main wireless communication module 24 is connected to the main first electrode electrode sheet 22 and used to receive electrocardiogram measurements sent from the wireless main control member 1 Setting information 14, the signal integration unit 25 is connected to the main wireless communication module 24, the electrocardiogram information output unit 26 is connected to the signal integration unit 25; and the first wearable wireless active electrocardiogram measuring member 3 has, The first set of ring body 31 is required once, the first electrode electrode sheet 32 is required once, and the first wireless communication module 33 is required. The secondary first set of ring body 31 is used for wearing on the human body, and the secondary first The electrode pads 32 are disposed on the surface of the secondary first ring body 31 to contact the secondary first electrode pads 32 with the human body when the secondary first ring body 31 is worn on the human body , The secondary first wireless communication module 33 is connected to the secondary first electrode pad 32, and the secondary first wireless communication module 33 is wirelessly connected to the primary wireless communication module 24, wherein the The main first electrode pads 22 and the secondary first electrode pads 32 are matched in pairs, and one of them is an L pole electrode, and the other is an R pole electrode, based on the ECG measurement setting information 14 Sensing the ground to obtain the electrocardiogram signal of the L pole and the electrocardiogram signal of the R pole, respectively, the electrocardiogram signal sensed by the secondary first electrode pad 32 is passed through the secondary first wireless communication module 33 and The main wireless communication module 24 transmits to the signal integration unit 25, and the signal integration unit 25 senses the primary first electrode electrode sheet 22 and the secondary first electrode electrode sheet 32 respectively The electrocardiogram signal of the L pole and the electrocardiogram signal of the R pole are aggregated to obtain aggregated electrocardiogram information 27. The aggregated electrocardiogram information 27 is provided on the main wearable wireless active electrocardiogram measuring unit 2 by the electrocardiogram information output unit 26 It is displayed or output to the wireless main control member 1, and after the received electrocardiogram information 27 is received by the reception information unit 12 of the wireless main control member 1, it is displayed on the display information unit 13.

In detail, the secondary first wearable wireless active electrocardiographic measuring component 3 is received by the secondary first wireless communication module 33 from the wireless signal sent by the primary wearable wireless active electrocardiographic measuring component 2 The ECG measurement setting information 14 of the main control member 1 starts to sense the ECG signal.

In detail, in this work, the measurement principle of the primary wearable wireless active electrocardiographic measuring component 2 and the secondary first wearable wireless active electrocardiographic measuring component 3 is the one-limb lead of general clinical physiology (Unipolar Leads) principle. The principle of unipolar leads implemented in this embodiment is to sense the change in heart potential difference that can be sensed at different positions of the human body, wherein the change in heart potential difference that can be sensed at different positions of the human body is sensed It is the change of cardiac potential difference that can be sensed by the left and right hands.

As shown in FIG. 2, FIG. 8 and FIG. 10, an active wireless electrocardiogram recording device '100' according to another embodiment of the present invention, in addition to having the main wearable wireless active electrocardiogram measuring member 2 and the In addition to the secondary first wearable wireless active electrocardiographic measuring member 3, it further includes a secondary wearable wireless active electrocardiographic measuring member 4 with a second ring body 41 and a second electrode electrode Piece 42 and a secondary wireless communication module 43, the secondary second ring body 41 is used for wearing on the human body, and the secondary second electrode pad 42 is disposed on the secondary second ring body 41 Surface of the secondary second ring electrode body 42 to contact the human body when the secondary second ring body 41 is worn on the human body, the secondary second wireless communication module 43 is connected to the secondary The second electrode pad 42 and the secondary second wireless communication module 43 are wirelessly connected to the primary wireless communication module 24, and the primary wearable wireless active electrocardiograph 2 further has a primary The two-electrode electrode sheet 23 is disposed on the surface of the main collar body 21 to contact the main second pole electrode sheet 23 with the human body when the main collar body 21 is worn on the human body, the main wireless communication The module 24 is connected to the main second electrode pad 23, wherein the main second electrode pad 23 and the second second electrode pad 42 are matched in pairs, and one of them is an L pole electrode , The other is an R pole electrode, which is used to sense the electrocardiogram signal of the other L pole and the electrocardiogram signal of the other R pole in pairs according to the electrocardiogram measurement setting information 14, the secondary second electrode pad The electrocardiogram signal sensed by 42 is transmitted to the signal aggregation unit 25 via the secondary second wireless communication module 43 and the primary wireless communication module 24, and the major second polar The other electrocardiogram signal of the L pole and the other electrocardiogram signal of the R pole respectively obtained by the electrode pad 23 and the secondary second electrode pad 42 are collected to obtain another integrated electrocardiogram information 27, and the other The aggregated electrocardiogram information 27 is output to the wireless main control member 1 by the electrocardiogram information output unit 26 and/or displayed on the main wearable wireless active electrocardiogram measuring member 2.

In detail, the secondary first wearable wireless active electrocardiographic measuring component 3 and the secondary second wearable wireless active electrocardiographic measuring component 4 are respectively composed of the secondary first wireless communication module 33 and the The secondary second wireless communication module 43 receives the electrocardiogram measurement setting information 14 from the wireless main control component 1 sent by the main wearable wireless active electrocardiogram measuring component 2 and starts to sense the electrocardiogram signal.

In detail, in this creation, the primary wearable wireless active electrocardiographic measuring component 2 is used with the secondary first wearable wireless active electrocardiographic measuring component 3 and the secondary second wearable wireless active electrocardiographic measuring component The measurement principle of component 4 is the principle of bipolar leads in general clinical physiology. The principle of Bipolar Leads implemented in this embodiment is to sense the change in heart potential difference that can be sensed at different positions of the human body, wherein the change in heart potential difference that can be sensed at different positions of the human body is Changes in cardiac potential differences that can be sensed by the left hand, right hand, and left foot.

Regarding the principle of unipolar leads, as shown in FIG. 3, in this embodiment, the main first lead electrode sheet 22 is an L pole electrode sheet, and the secondary first lead electrode sheet 32 As an R-electrode, the main wearable wireless active electrocardiographic measuring member 2 is worn on the left hand of the human body, and the secondary first wearable wireless active electrocardiographic measuring member 3 is worn on the right hand of the human body.

In detail, the wearing positions of the primary wearable wireless active electrocardiographic measuring member 2 and the secondary first wearable wireless active electrocardiographic measuring member 3 must correspond to the left and right sides of the longitudinal axis of the subject's body The location. Among them, the R electrode electrode of the secondary first wearable wireless active electrocardiogram measuring member 3 worn on the right hand of the subject is the main wearable wireless active electrocardiogram on the left hand of the subject The L pole electrode piece of the measuring member 2 forms a cardiac current loop.

Regarding the principle of Bipolar Leads, as shown in FIG. 4, in another embodiment, the main first pole electrode pad 22 is an L pole electrode pad, and the main second pole electrode pad 23 is R pole electrode piece, the secondary first pole electrode piece 32 is an R pole electrode piece, the secondary second pole electrode piece 42 is an L pole electrode piece, the main wearable wireless active electrocardiogram measuring member 2 series Wear on the left hand of the human body, the secondary first wearable wireless active electrocardiographic measuring member 3 is worn on the right hand of the human body, and the secondary second wearable wireless active electrocardiographic measuring member 4 is worn on the human body The left foot.

In detail, the R electrode electrode of the secondary first wearable wireless active electrocardiogram measuring member 3 worn on the right hand of the subject is the main wearable wireless active heart worn on the left hand of the subject The L pole electrode of the electricity measuring component 2 forms a cardiac current loop; the L pole electrode of the secondary second wearable wireless active electrocardiographic measuring component 4 worn on the left foot of the subject is connected with the receiver The R-electrode of the main wearable wireless active electrocardiogram measuring member 2 on the left hand of the subject forms a cardiac current loop; the secondary second wearable wireless active electrocardiographic measuring member worn on the left foot of the subject The L pole electrode piece of 4 forms a cardiac current circuit with the R pole electrode piece of the secondary first wearable wireless active electrocardiogram measuring member 3 worn on the right hand of the subject.

As shown in FIG. 8, the main wearable wireless active electrocardiograph 2 further has a SIM card slot 5 connected to the signal aggregation unit 25 for storing the aggregated electrocardiogram information. In detail, the SIM card slot 5 can also be an eSIM card module.

As shown in FIGS. 1 to 2, the main wireless communication module 24 performs wireless communication by means of Bluetooth wireless communication. Of course, the transmission technology of wireless communication in this creation is not limited to Bluetooth communication, and the transmission technology of the wireless communication can also be Wi-Fi or infrared transmission.

As shown in FIG. 8, the main wearable wireless active electrocardiogram measuring member 2 further has a heart rate sensor 6, and the heart rate sensor 6 is disposed on the surface of the main sleeve body 21, so that the main sleeve When the ring body 21 is worn on the human body, the heart rate sensor 6 is brought into contact with the human body to sense the heart rate of the human body. The sensing result of the heart rate sensor 6 can be used with the electrocardiogram to interpret the heart of the human body Stroke status.

As shown in FIGS. 5 to 7, the electrocardiogram information output unit 26 is a screen, and the aggregated electrocardiogram information 27 is displayed on the main wearable wireless active electrocardiogram measuring member 2. The secondary first wearable wireless active electrocardiographic measuring component 3 and the secondary second wearable wireless active electrocardiographic measuring component 4 also have the screen to display the secondary first wearable wireless active electrocardiographic component The electrical quantity of the electrical energy measuring component 3 and the secondary second wearable wireless active electrocardiographic energy measuring component 4 and Bluetooth wireless communication status.

As shown in FIGS. 5 to 7, the primary wearable wireless active electrocardiogram measuring component 2, the secondary first wearable wireless active electrocardiographic measuring component 3, and the secondary second wearable wireless active electrocardiographic component The measuring component 4 further has a switch button 7 for controlling the main wearable wireless active electrocardiographic measuring component 2, the secondary first wearable wireless active electrocardiographic measuring component 3, and the secondary second wearable The power supply of the wireless active electrocardiogram measuring component 4.

As shown in FIG. 8 to FIG. 10, the primary wearable wireless active electrocardiographic measuring component 2, the secondary first wearable wireless active electrocardiographic measuring component 3, and the secondary second wearable wireless active electrocardiographic component The primary first electrode electrode sheet 22, the primary second electrode electrode sheet 23, the secondary first electrode electrode sheet 32, and the secondary second electrode electrode sheet 42 of the electricity measuring member 4 are It is used to sense the pole piece for generating electrical signals, which is used to sense biological current. In this creation, it is to sense cardiac current.

By using the technical means adopted in this creation, the wireless master control member 1 is used to send the electrocardiogram measurement setting information 14 to the main wearable wireless active electrocardiogram measuring member 2 by wireless communication, so that the active wireless electrocardiogram recording device 100 And the active wireless electrocardiogram recording device '100' can actively sense the electrocardiogram signal of the subject, and transmit and receive the measured aggregate electrocardiogram information 27 by wireless communication. Therefore, the wearer does not need to hold the hand that is not wearing the smart bracelet on the crown or ring surface of the smart bracelet, and can also form a heart current circuit to perform the sensing of the wearer's electrocardiogram Signal. In this way, this creation greatly increases the convenience of the subject when sensing the electrocardiogram. Moreover, the active wireless electrocardiogram recording device 100 and the active wireless electrocardiogram recording device '100' of the author use wireless communication to transmit and receive the measured electrocardiogram information, so that the author can not detect the electrocardiogram signal. There is a problem of interference by many wires.

The above description and description are only for the description of the preferred embodiment of this creation. Those with ordinary knowledge of this technology can make other modifications based on the scope of the patent application defined below and the above description, but these modifications should still be It is within the scope of the rights of this creation for the creative spirit of this creation.

100‧‧‧ Active wireless ECG recording device 100’‧‧‧ Active wireless ECG recording device’ 1‧‧‧Wireless main control component 11‧‧‧Send command unit 12‧‧‧Receiving information unit 13‧‧‧Display information unit 14‧‧‧ECG measurement setting information 2‧‧‧Main wearable wireless active electrocardiogram measuring component 21‧‧‧Main ring body 22‧‧‧Main first electrode pad 23‧‧‧Main second electrode pad 24‧‧‧Main wireless communication module 25‧‧‧Signal integration unit 26‧‧‧ ECG information output unit 27‧‧‧Collect ECG information 3‧‧‧Secondary wearable wireless active electrocardiography component 31‧‧‧ secondary first ring body 32‧‧‧Secondary first electrode pad 33‧‧‧ secondary first wireless communication module 4‧‧‧Secondary wearable wireless active electrocardiography component 41‧‧‧Second set of second ring body 42‧‧‧Second secondary electrode pad 43‧‧‧Secondary secondary wireless communication module 5‧‧‧SIM card slot 6‧‧‧Heart rate sensor 7‧‧‧Switch button

Figure 1 is a schematic diagram showing an active wireless electrocardiogram recording device according to an embodiment of the present creation; Figure 2 is a schematic diagram showing an active wireless electrocardiogram recording device according to another embodiment of the present creation; FIG. 3 is a schematic diagram showing that the active wireless electrocardiogram recording device is worn on the human body according to the embodiment of the present invention; FIG. 4 is a schematic diagram showing that an active wireless electrocardiogram recording device is worn on a human body according to another embodiment of the present creation; FIG. 5 is a schematic front view showing the main wearable wireless active electrocardiogram measuring component according to the embodiment of the present invention; FIG. 6 is a schematic front view showing a secondary first wearable wireless active electrocardiogram measuring component according to an embodiment of the present invention; FIG. 7 is a schematic front view showing a secondary second wearable wireless active electrocardiogram measuring component according to an embodiment of the present invention; FIG. 8 is a schematic diagram showing the back of the main wearable wireless active electrocardiogram measuring component according to the embodiment of the present invention; FIG. 9 is a schematic back view showing the secondary first wearable wireless active electrocardiogram measuring component according to the embodiment of the present invention; FIG. 10 is a schematic diagram showing the back surface of the secondary second wearable wireless active electrocardiogram measuring component according to the embodiment of the present invention.

100‧‧‧ Active wireless ECG recording device

1‧‧‧Wireless main control component

11‧‧‧Send command unit

12‧‧‧Receiving information unit

13‧‧‧Display information unit

14‧‧‧ECG measurement setting information

2‧‧‧Main wearable wireless active electrocardiogram measuring component

21‧‧‧Main ring body

22‧‧‧Main first electrode pad

24‧‧‧Main wireless communication module

25‧‧‧Signal integration unit

26‧‧‧ ECG information output unit

27‧‧‧Collect ECG information

3‧‧‧Secondary wearable wireless active electrocardiography component

31‧‧‧ secondary first ring body

32‧‧‧Secondary first electrode pad

33‧‧‧ secondary first wireless communication module

Claims (8)

An active wireless electrocardiogram recording device, including: A wireless main control component, having a sending instruction unit, a receiving information unit, and a display information unit, the sending instruction unit sends the electrocardiogram measurement setting information by wireless communication to set and control the time and/or time for measuring the electrocardiogram Period, the receiving information unit is connected to the displaying information unit; A main wearable wireless active electrocardiogram measuring component has a main sleeve body, a main first electrode electrode piece and a main wireless communication module, a signal integration unit and an electrocardiogram information output unit, the main sleeve The body is used to be worn on the human body, and the main first pole electrode sheet is disposed on the surface of the main collar body to contact the main first pole electrode sheet with the body when the main collar body is worn on the body , The main wireless communication module is connected to the main first electrode electrode sheet and used to receive the electrocardiogram measurement setting information sent from the wireless main control member, the signal integration unit is connected to the main wireless communication module, the electrocardiogram The information output unit is connected to the signal integration unit; and The first wearable wireless active electrocardiogram measuring component has a first set of ring body, a first electrode electrode sheet and a first wireless communication module, which is used for the first set of ring body When worn on the human body, the secondary first electrode pads are disposed on the surface of the secondary first ring body to allow the secondary first lead to be worn when the secondary first ring body is worn on the human body The electrode pad is in contact with the human body, the secondary first wireless communication module is connected to the secondary first conductive electrode pad, and the secondary first wireless communication module is wirelessly connected to the primary wireless communication module, Among them, the primary first electrode pad and the secondary first electrode pad are matched in pairs, and one of them is an L pole electrode and the other is an R pole electrode, which is set based on the information set by the ECG measurement Sensing the ground to get the electrocardiogram signal of the L pole and the electrocardiogram signal of the R pole, The electrocardiogram signal sensed by the secondary first electrode electrode sheet is transmitted to the signal integration unit through the secondary first wireless communication module and the primary wireless communication module, and the signal integration unit converts the main The electrocardiogram signal of the L pole and the electrocardiogram signal of the R pole respectively sensed by the first electrode electrode sheet and the secondary first electrode electrode sheet are aggregated to obtain aggregated electrocardiogram information, and the aggregated electrocardiogram information is obtained by the The electrocardiogram information output unit is displayed on the main wearable wireless active electrocardiogram measuring component or output to the wireless main control component, and after the received information unit of the wireless main control component receives the collected electrocardiogram information, the Display information unit display. The active wireless electrocardiogram recording device as described in claim 1, further comprising a second wearable wireless active electrocardiogram measuring member, which has a second ring body, a second electrode pad and a second Two wireless communication modules, the secondary second ring body is used for wearing on the human body, and the secondary second pole electrode pad is disposed on the surface of the secondary second ring body, so that the secondary second When the body of the collar is worn on the human body, the secondary second pole electrode pad contacts the human body, the secondary second wireless communication module is connected to the secondary second pole electrode pad, and the secondary second The wireless communication module is wirelessly connected to the main wireless communication module, and The main wearable wireless active electrocardiogram measuring member further has a main second pole electrode pad, which is arranged on the surface of the main loop body to make the main second pole when the main loop body is worn on the human body The pole electrode pad is in contact with the human body, the main wireless communication module is connected to the main second pole electrode pad, Among them, the primary second electrode pad and the secondary second electrode pad are matched in pairs, and one of them is an L pole electrode, and the other is an R pole electrode, which is paired according to the ECG measurement setting information Sensing to obtain the electrocardiogram signal of the other L pole and the electrocardiogram signal of the other R pole respectively. The electrocardiogram signal sensed by the secondary second electrode pad is passed through the secondary second wireless communication module and The main wireless communication module transmits to the signal integration unit, and the signal integration unit senses the other L pole obtained by sensing the main second conductive electrode sheet and the secondary second conductive electrode sheet respectively ECG signal and another R pole ECG signal are aggregated to obtain another aggregated ECG information, and the other aggregated ECG information is output to the wireless control component and/or the main wearable type through the ECG information output unit Displayed on the wireless active electrocardiogram measuring component. The active wireless electrocardiogram recording device according to claim 1 or 2, wherein the primary first electrode pad is an L-electrode pad, the secondary first electrode pad is an R-electrode pad, and the primary wearable wireless The active electrocardiographic measurement component is worn on the left hand of the human body, and the secondary first wearable wireless active electrocardiographic measurement component is worn on the right hand of the human body. According to the active wireless electrocardiogram recording device described in claim 2, the main first conductive electrode pad is an L-pole electrode pad, the main second conductive electrode pad is an R-pole electrode pad, and the secondary first conductive electrode pad It is an R pole electrode piece, the secondary second pole electrode piece is an L pole electrode piece, the primary wearable wireless active electrocardiogram measuring member is worn on the left hand of the human body, the secondary first wearable wireless active cardioid The electricity measuring member is worn on the right hand of the human body, and the secondary second wearable wireless active cardiac electricity measuring member is worn on the left foot of the human body. The active wireless electrocardiogram recording device according to claim 1, wherein the main wearable wireless active electrocardiogram measuring member further has a SIM card slot or an eSIM card module connected to the signal integration unit for storing the Consolidate ECG information. The active wireless electrocardiogram recording device according to claim 1 or 2, wherein the main wireless communication module performs wireless communication in the manner of Bluetooth wireless communication. The active wireless electrocardiogram recording device according to claim 1, wherein the main wearable wireless active electrocardiogram measuring member further has a heart rate sensor, the heart rate sensor is disposed on the surface of the main loop body to When the main collar body is worn on the human body, the heart rate sensor is brought into contact with the human body to sense the heart rate of the human body, and the sensing result of the heart rate sensor can be interpreted with the electrocardiogram to interpret the heart of the human body Stroke status. The active wireless electrocardiogram recording device according to claim 1, wherein the electrocardiogram information output unit is a screen, and the aggregated electrocardiogram information is displayed on the main wearable wireless active electrocardiogram measuring member.

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