CN205029824U - Electrocardio monitor based on bluetooth headset - Google Patents

Abstract

The utility model discloses an electrocardiogram monitor based on a bluetooth earphone. The electrocardiogram monitor comprises a left earplug (1) and a right earplug (2). (7) connection; the outer facades of the earphone bodies (3) of the two earplugs are embedded with standard electrode sheets (4), and the earphone body (3) of the right earplug (2) is also provided with an electrocardiographic chip (9) and Bluetooth module (10), ECG chip (9) is electrically connected with described Bluetooth module (10), and described Bluetooth module (10) is electrically connected with external communication unit; The earphone body (3) of described left earplug (1) An electrocardiographic integrated circuit (8) is also arranged on it, and the electrocardiographic integrated circuit (8) is connected with the electrocardiographic chip (9) through a stretchable wire (7). The utility model is equipped with a set of monitoring equipment for monitoring the user's ECG signal on the Bluetooth earphone, which can not only use the communication function of the earplug normally, but also collect the user's ECG signal in real time, which is convenient to carry and operate; Wired ECG signals are vulnerable to interference in a strong magnetic environment.

Description

A heart monitor based on bluetooth earphone

technical field

The utility model belongs to the technical field of medical equipment, in particular to an electrocardiographic monitor based on a bluetooth earphone.

Background technique

With the continuous development of society, great breakthroughs have been made in the application of new technologies. It has become a development trend to monitor human body disease information with smart phones, and various application methods emerge in endlessly. The integration and modularization of microelectronic devices enable the miniaturization of detection equipment. It can collect and monitor human body information anytime and anywhere, so that people can live better and be healthier. The basis of intelligent medical care is intelligent inspection, and the basis of intelligent inspection is mobile intelligent inspection, so as to provide basic data for real-time diagnosis.

However, traditional smartphone monitoring systems have the following disadvantages:

1. At present, except for the earphone-type ECG lead attached to the standard plug-in parts of the mobile phone, the ECG collection mode of other leads is a separate system, which leads to low adhesion between the system and the mobile phone, and the user needs to It is purchased separately, which is very inconvenient in daily work and life. Forgetting, loss, etc. have become common phenomena. Other acquisition methods are single-lead embedded, and there is no possibility of replacing 12-lead ECG.

2. During sleep and exercise, due to its large size and heavy weight, it is difficult to implement monitoring.

3. It is difficult to meet the coverage of other basic sign information collection (such as body temperature, blood oxygen, etc.).

4. When the energy is exhausted, there is no other effective substitute.

Utility model content

The technical problem to be solved by the utility model is to provide an ECG monitor based on a bluetooth earphone, which uses wireless ECG to make up for the deficiency that the signal of a wired ECG is easily disturbed in a strong magnetic environment

The technical scheme that the utility model solves the problems of the technologies described above is as follows:

The utility model provides an electrocardiogram monitor based on a bluetooth earphone, and the electrocardiogram monitor includes:

A left earplug 1 and a right earplug 2, the left earplug 1 and the right earplug 2 are connected by a stretchable wire 7;

Standard electrode sheets 4 are embedded on the facades of the earphone bodies 3 of the two earplugs, and an electrocardiographic chip 9 and a bluetooth module 10 are also arranged on the earphone body 3 of the right earplug 2, and the electrocardiographic chip 9 and the The bluetooth module 10 is electrically connected, and the bluetooth module 10 is electrically connected with an external communication unit;

The earphone body 3 of the left earplug 1 is also provided with an ECG integrated circuit 8 , and the ECG integrated circuit 8 is connected to the ECG chip 9 through a stretchable wire 7 .

The beneficial effects of the utility model are as follows: a set of monitoring equipment for monitoring the user's ECG signal is set on the Bluetooth earphone, not only the communication function of the earplug can be used normally, but also the user's ECG signal can be collected in real time, which is convenient to carry and operate; A variety of functions are integrated with earphones, creating high adhesion with users. The collected ECG signals are accurate, stable, and continuous, which is convenient for users to effectively capture heart diseases; the use of wireless ECG makes up for the strong magnetic environment of wired ECG. The down signal is vulnerable to interference.

On the basis of the above technical solutions, the following improvements can also be made.

Further, a microphone 5 and a controller 6 are installed on the stretchable wire 7, and the controller 6 controls the earphone communication module 12 on the earphone body 3 of the two earplugs.

Further, the electrode sheet 4 is provided with electrode patch buttonholes 11 to fix the silicone conductive electrode patch.

The further beneficial effect is: the electrode patch buttonhole is provided on the electrode sheet to fix the silicone conductive electrode patch, so that the connection with the silicone conductive electrode patch will not fall off when the user monitors the ECG while sleeping or exercising.

Further, the earphone body 3 of the right earplug 2 is also provided with a charging port 13, which can support the power supply of a power bank and an external communication unit.

Description of drawings

Fig. 1 is a kind of bluetooth earphone-based ECG monitor structural representation of the utility model embodiment;

Fig. 2 is another structural schematic diagram of a kind of ECG monitor based on bluetooth earphone according to the embodiment of the present invention;

Fig. 3 is a working flowchart of the ECG monitor provided by the utility model.

The labeling of each part is as follows in the accompanying drawing:

1. Left earplug, 2. Right earplug, 3. Headphone body, 4. Electrode sheet, 5. Microphone, 6. Controller, 7. Retractable wire, 8. ECG integrated circuit, 9. ECG chip, 10. Bluetooth Module, 11. Electrode patch buttonhole, 12. Earphone communication module, 13. Charging port.

detailed description

The principles and features of the present utility model are described below in conjunction with the accompanying drawings, and the examples given are only used to explain the utility model, and are not used to limit the scope of the utility model.

Embodiment, a kind of ECG monitor based on bluetooth earphone. The ECG monitor provided by this embodiment will be described below with reference to FIG. 1 .

Referring to FIG. 1 , the ECG monitor provided in this embodiment includes a left earplug 1 and a right earplug 2 , and the left earplug 1 and the right earplug 2 are connected by a stretchable wire 7 . Standard electrode sheets 4 are embedded on the facades of the earphone bodies 3 of the two earplugs, and an electrocardiographic chip 9 and a bluetooth module 10 are also arranged on the earphone body 3 of the right earplug 2, and the electrocardiographic chip 9 and the The Bluetooth module 10 is electrically connected, and the Bluetooth module 10 is electrically connected with an external communication unit. The earphone body 3 of the left earplug 1 is also provided with an ECG integrated circuit 8 , and the ECG integrated circuit 8 is connected to the ECG chip 9 through a stretchable wire 7 . The retractable wire 7 is also equipped with a microphone 5 and a controller 6, and the controller 6 regulates the earphone communication module 12 on the earphone body 3 of the two earplugs. The electrode piece 4 is provided with an electrode patch grommet 11 to fix the silicone conductive electrode patch, and the earphone body 3 of the right earplug 2 is also provided with a charging port 13, which can support the power supply of the power bank and the external communication unit. The electrode sheet 4 is a metal electrode sheet, which not only can collect electrocardiographic signals, but also has a marking function.

The process of adopting the ECG monitor provided by the present embodiment to collect and process ECG signals is as follows: referring to Fig. 2, the electrodes 4 on the left earplug 1 and the right earplug 2 will collect, such as the user's upper limbs, lower limbs, Ⅰ, Ⅱ, Ⅲ lead type or chest V lead type and other ECG signals are transmitted to the ECG integrated circuit 8 in front of the ECG chip 9 (the ECG integrated circuit 8 is electrically connected to the ECG chip 9 through the stretchable wire 7), and the ECG After the integrated circuit 8 processes the electrocardiographic signal transmitted by the electrode sheet 4 (for example, removing noise and filtering the collected electrocardiographic signal), it transmits the sorted electrocardiographic signal to the electrocardiographic chip 9 through the retractable wire 7, and the electrocardiographic signal The electrical chip 9 converts the analog ECG signal into a digital ECG signal, and transmits the digital ECG signal to an external communication unit through the Bluetooth module 10, for example, to a smart phone, and the smart phone parses the digital ECG signal according to the standard ECG mode for display. The smart phone also sends the ECG signal to the background database through the G network or wifi for storage. The background also compares the ECG signal with the standard ECG signal to determine whether the user's ECG signal is normal. The corresponding smart phone sends a normal reminder message; if it is judged to be abnormal, the ECG signal is imported into the platform such as Ping An Healthy Doctor for diagnosis and treatment advice, and the diagnosis result and treatment advice are sent to the corresponding smart phone through the background. for reference.

Among them, when the user measures the ECG signal on a daily basis, the user sticks the electrode pads 4 on the two earplugs to the pads of the thumb or index finger of the left and right hands, and presses lightly, and the smartphone is automatically connected to the Bluetooth module to receive the Bluetooth module transmission. The ECG signal is displayed, and the ECG signal is sent to the specified database in the background. When the user needs to monitor the ECG in real time in the clinical (sleep) state or in the exercise state, the standard silicone conductive electrode patch is pasted on the designated part (for example, chest V-lead type), and the earphone is attached to the earphone. The buttonholes of the electrode patch are fastened and connected respectively, and the silicone conductive electrode patch can be fixed, so that the connection with the silicone conductive electrode patch will not fall off, and it can be stable, accurate, and uninterrupted in real-time during sleep or exercise. Perform cardiac monitoring.

The utility model provides a Bluetooth earphone-based ECG monitor. A set of monitoring equipment for monitoring the user's ECG signal is set on the Bluetooth earphone, which can not only use the communication function of the earplugs normally, but also collect the user's ECG in real time. Signal, easy to carry and operate; multiple functions are integrated into the earphone, which creates high adhesion with the user, and the collected ECG signal is accurate, stable and continuous, which is convenient for the user to effectively capture heart disease and can accurately target the general population The daily heart disease screening can detect the early signs of heart disease in time, and it can also capture the ECG information of the heart attack period in time for the heart monitoring of patients in all clinical or non-clinical periods; the wireless ECG using Bluetooth technology makes up for the Wired ECG signals are vulnerable to interference in a strong magnetic environment.

The above descriptions are only preferred embodiments of the present utility model, and are not intended to limit the present utility model. Any modifications, equivalent replacements, improvements, etc. made within the spirit and principles of the present utility model shall be included in this utility model. within the scope of protection of utility models.

Claims (4)

1. a kind of electrocardiographic monitor based on bluetooth earphone, it is characterized in that, described electrocardiographic monitor comprises: A left earplug (1) and a right earplug (2), the left earplug (1) and the right earplug (2) are connected by a stretchable wire (7); The outer facades of the earphone bodies (3) of the two earplugs are embedded with standard electrode sheets (4), and the earphone body (3) of the right earplug (2) is also provided with an ECG chip (9) and a Bluetooth module ( 10), the ECG chip (9) is electrically connected to the Bluetooth module (10), and the Bluetooth module (10) is electrically connected to an external communication unit; The earphone body (3) of the left earplug (1) is also provided with an ECG integrated circuit (8), and the ECG integrated circuit (8) is connected to the ECG chip (9) through a stretchable wire (7) . 2. the electrocardiogram monitor based on bluetooth earphone as claimed in claim 1, is characterized in that, microphone (5) and controller (6) are also housed on the described retractable wire (7), and described controller ( 6) Regulating the earphone communication module (12) on the earphone body (3) of the two earplugs. 3. The ECG monitor based on bluetooth earphone as claimed in claim 1, characterized in that, said electrode sheet (4) is provided with an electrode patch buttonhole (11) to fix the silicone conductive electrode patch. 4. The ECG monitor based on bluetooth earphones according to claim 1, characterized in that, the earphone body (3) of the right earplug (2) is also provided with a charging port (13), which can support charging treasure and External communication unit power supply.