阅读说明：本技术 一种智能可穿戴脑电波管理仪器 (Wearable brain wave management instrument of intelligence ) 是由 张宇 于 2020-05-18 设计创作，主要内容包括：本发明涉及脑电波技术领域,公开了一种智能可穿戴脑波管理仪器,包括内置连接线的主体、内置有电磁波发生器的CPU控制装置、开关、设置有电磁波发生器的耳部固定件；CPU控制装置、开关、耳部固定件通过主体内置连接线依次电连接实现信息交互；主体、CPU控制装置、开关、耳部固定件的外部结构通过结构件依次连接。本发明采用双电磁波发生器,实现对大脑的动态实时干预功能,同时通过分时控制,发射的时候不检测,检测的时候不发射解决检测电磁波与发射电磁波之间的相互干扰问题。(The invention relates to the technical field of brain waves, and discloses an intelligent wearable brain wave management instrument which comprises a main body with a built-in connecting wire, a CPU control device with a built-in electromagnetic wave generator, a switch and an ear fixing piece with the electromagnetic wave generator, wherein the main body is provided with the built-in connecting wire; the CPU control device, the switch and the ear fixing piece are electrically connected in sequence through a connecting line arranged in the main body to realize information interaction; the main body, the CPU control device, the switch and the external structure of the ear fixing piece are connected in sequence through the structural part. The invention adopts double electromagnetic wave generators to realize the dynamic real-time intervention function to the brain, and simultaneously, the invention does not detect when transmitting and solves the problem of mutual interference between the detected electromagnetic wave and the transmitted electromagnetic wave by time-sharing control and no transmission when detecting.)

1. An intelligent wearable brain wave management instrument comprises a main body with a built-in connecting wire, a CPU control device with a built-in electromagnetic wave generator, a switch and an ear fixing piece with the electromagnetic wave generator, wherein the CPU control device, the switch and the ear fixing piece are sequentially and electrically connected through the built-in connecting wire of the main body to realize information interaction; the main part, the CPU control device, the switch and the external structure of the ear fixing part are sequentially connected through a structural part.

2. The intelligent wearable brain wave management apparatus according to claim 1, wherein there are two electromagnetic wave generators.

3. The intelligent wearable brain wave management instrument of claim 1, wherein two metal probes are disposed on the ear mount.

4. The intelligent wearable brain wave management apparatus according to claim 3, wherein the ear fixing members are two in number, and four metal probes are provided.

5. The intelligent wearable brain wave management instrument according to claim 4, wherein the metal probe is an electromagnetic wave generator and a brain wave detection contact.

6. The intelligent wearable brain wave management instrument according to claim 1, wherein the CPU control device comprises a main board, an electromagnetic wave generator, an electromagnetic wave detection chip and a CPU control device shell.

7. The intelligent wearable brain wave management instrument according to claim 6, wherein the main board, the electromagnetic wave generator and the electromagnetic wave detection chip are integrated into a whole.

8. The intelligent wearable brain wave management instrument according to claim 1, further provided with a charging device.

9. The intelligent wearable brain wave management instrument of claim 8, wherein the charging device is an FPC charging pad.

10. The intelligent wearable brain wave management apparatus of claims 1-4, wherein the ear mount is a earcap or earhook structure provided with a microphone.

Technical Field

The invention relates to the technical field of brain waves, in particular to an intelligent wearable brain wave management instrument.

Background

The human brain electromagnetic wave signal is composed of mixed frequency signals of 0.4-100 Hz, including but not limited to the following brain waves:

the electromagnetic wave emitter can simulate the frequency signal of human brain biological electromagnetic wave. Chinese patent CN 108404275a discloses a sleep training method and related apparatus, wherein a transmitter can emit an electromagnetic wave signal with a specific frequency, such as a θ wave with a frequency of 4-8 hz, to help a user to quickly enter a sleep state.

At present, the known structure for detecting or monitoring brain electromagnetic waves is a multi-point probe for receiving metal electromagnetic waves, a connecting shell and a brain wave signal receiving and analyzing integrated chip, wherein the chip is a highly integrated single-chip electroencephalogram sensor, can output brain wave analysis parameters, can perform analog-to-digital conversion, detects abnormal states of poor contact and filters out eye electrical noise and 50/60hz alternating current interference. The number of the probes for receiving the metal electromagnetic waves is 1-100, more than 3 probes can ensure the accuracy, and the long-time monitoring and short-term detection and analysis of the brain are the core functions generally, but the functions of brain wave transmitting equipment are not provided.

In order to understand that the dynamic real-time intervention function of the brain can not be realized, the problem of mutual interference between the detection electromagnetic wave and the emission electromagnetic wave is solved. Therefore, there is a need to develop a wearable brain wave management device that can solve at least one of the above problems.

Disclosure of Invention

In order to solve the technical problem, the invention provides an intelligent wearable brain wave management instrument.

In order to achieve the purpose, the invention provides the following technical scheme:

an intelligent wearable brain wave management instrument comprises a main body with a built-in connecting wire, a CPU control device with a built-in electromagnetic wave generator, a switch and an ear fixing piece with the electromagnetic wave generator, wherein the CPU control device, the switch and the ear fixing piece are sequentially and electrically connected through the built-in connecting wire of the main body to realize information interaction; the main part, the CPU control device, the switch and the external structure of the ear fixing part are sequentially connected through a structural part.

Preferably, the electromagnetic wave generators are provided in two; one of the electromagnetic wave generators is a high-frequency electromagnetic pulse generator for emitting 30HZ-50HZ frequency, the other is a low-frequency electromagnetic pulse generator for emitting 0HZ-30HZ frequency, and the high-frequency electromagnetic pulse generator with the 30HZ-50HZ frequency and the low-frequency electromagnetic pulse generator with the 0HZ-30HZ frequency are respectively connected with the CPU control device.

The high-frequency electromagnetic pulse generator is a device which directly contacts with skin to emit simulated human brain biological electromagnetic waves, can instantly output electromagnetic waves to be immediately received by a human body due to the direct contact with the human body, so that electromagnetic wave signals of the brain are infinitely close to signals emitted by an electromagnetic wave emitter, personal data of user big data analysis and brain wave states required by a user need to be followed in the process, an instruction is firstly emitted after the personal data are analyzed by a cloud server, the brain electromagnetic wave signals are rapidly and immediately received by taking the second level as a unit, and the most appropriate biological electromagnetic waves are emitted based on current detection data, and corresponding frequency emission is carried out according to real-time dynamic data of the brain.

The low-frequency electromagnetic pulse generator is used for simulating a human brain biological electromagnetic wave frequency signal, the biological electromagnetic wave is similar to the brain electromagnetic wave through the dynamic interactive traction of the biological electromagnetic wave, after detecting the electromagnetic wave signal of the brain of the current human body, simulating a closer electromagnetic wave signal, then gradually adjusting the frequency and intensity of the signal emitted by the electromagnetic wave to gradually induce the electromagnetic wave signal which draws the brain of the human body, so that the electromagnetic wave signal of the brain is infinitely close to the signal emitted by the electromagnetic wave emitter, the process needs to follow personal data analyzed by the user big data and brain wave state required by the user, the personal data is analyzed by the cloud server and then an instruction is sent out, the device is used for rapidly and immediately receiving brain electromagnetic wave signals in a second level unit and then emitting the most appropriate bio-mimetic electromagnetic wave based on the current detection data, and the device is used for carrying out corresponding frequency emission according to real-time dynamic data of the brain.

Preferably, two metal probes are arranged on the ear fixing piece.

Preferably, the ear fixing part has two, and four metal probes are arranged.

Preferably, the metal probe is an electromagnetic wave generator and a brain wave detection contact.

One of the four metal probes is an electromagnetic wave generator, and the other three metal probes are brain wave detection contacts.

Preferably, the CPU control device includes a main board, an electromagnetic wave generator, an electromagnetic wave detection chip, and a CPU control device housing;

preferably, the main board, the electromagnetic wave generator and the electromagnetic wave detection chip are integrated into a whole.

Preferably, the wearable brain wave management instrument of intelligence still is provided with charging device.

Preferably, the charging device is an FPC charging pad.

The charging device is provided with a charging plug and a storage battery, supplies power to the whole detection instrument and is connected with the CPU control device through a flat cable.

Compared with the prior art, the invention has the advantages that:

the invention can realize dynamic real-time intervention function to brain, and solves the problems of detecting electromagnetic wave and transmitting electromagnetic wave

The electromagnetic wave transmitter is used for simulating a human brain biological electromagnetic wave frequency signal, and carrying out corresponding frequency transmission according to brain real-time dynamic data through dynamic interactive traction of simulated biological electromagnetic waves. Can send out multi-signal mixed frequency mode to single frequency and multi-frequency signals of electromagnetic wave to be generated

Drawings

Fig. 1 is a schematic structural diagram of an intelligent wearable brain wave management apparatus according to the present invention;

fig. 2 is a detailed structural diagram of an intelligent wearable brain wave management instrument according to the present invention.

Reference numbers in fig. 1: 1-a body; 2-ear fixing; 3-a CPU control device; 4-a switch; 5-an electromagnetic wave generator; 6-brain wave detection contact

Reference numbers in fig. 2: 101-a main body housing; 102-a body joint; 103-shaping the steel ring; 104-flat cable; 105-steel ring wrapping; 201-a stationary part; 202-a housing; 301-a main board; 302-an electromagnetic wave generator; 303-an electromagnetic wave detection chip; 304-CPU control device housing; 401-switch control key; 402-switch control key housing; 403-a switch controller; 404-a switch housing; 5-an electromagnetic wave generator; 6-brain wave detection contact; 7-a power supply device; 8-a transparent light guide column; 9-connecting piece

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.