TW201812517A - Device and method for using brain wave control platform to move - Google Patents

Abstract

The present invention relates to a device and method for controlling movement of a platform using an electroencephalogram, and in particular, to a device for electroplating using an electroencephalogram, which can provide immediate assistance to those who need long-term care, people with reduced mobility or elderly people living alone. It mainly calculates the characteristic values of brain waves, and cooperates with the receiver worn by the user to send the brain waves sent by the user to the platform, so that the platform can move or follow the user according to the instructions of the brain wave. And with the setting of the infrared Z-wave signal command of the intelligent chip in the platform, the user can activate various electrical equipment with only brain waves to meet the needs of people with mobility problems, and has excellent practicability.

Description

Device and method for controlling movement of brainwave platform

The invention relates to a device and method for controlling movement of a brainwave platform, which calculates characteristic values of brainwaves and stores the calculation results in a smart chip, which can cooperate with a receiver to transmit brainwave messages. For mobile platforms.

According to the situation, the modern social form is gradually aging and having fewer children. In the future, it will be difficult for one child to support two elderly people. Therefore, the awareness of care has gradually increased, including: foreign nursing care, day care centers, etc. These are for the years Derived from the care of an elderly person or a person with reduced mobility. In addition, in order to monitor management and take care of people with reduced mobility, many conservation centers will be equipped with wearable physiological devices to manage the number of people in the hospital in real time.

However, most of the care needs to be accompanied by someone to respond to unexpected situations, but its cost is very high, and often poor communication in language can sometimes not meet the needs of the caregivers, so the caregivers are more prominent Professionalism.

The inventor considers that although traditional personal care can accompany the caregivers, it lacks timely treatment of the caregivers. Therefore, the inventors conducted research on the brain waves of the caregivers to further analyze the psychological status of the caregivers. The platform can automatically move to people with reduced mobility to provide timely assistance, and the platform also has the function of following and turning on the electrical equipment in the environment, so that people with reduced mobility can use brain waves to control the platform and start electrical equipment in the environment. It is an ideal multifunctional mobile platform.

The present invention relates to a device and method for controlling movement of a platform using an electroencephalogram, and in particular, to a device for electroplating using an electroencephalogram, which can provide immediate assistance to those who need long-term care, people with reduced mobility or elderly people living alone. It mainly calculates the characteristic values of ripples generated by brain waves. The human brain waves have different ripples according to the different conscious behaviors. The result of the pattern combination calculation is implanted in the smart chip as reference data for platform movement, and the infrared Z-wave signal command is written into the smart chip, which can control the movement of the platform and Start the electrical equipment in the environment. Among them, the user must wear a receiver to transmit the brain wave to the chip of the platform, and the receiver is put on the head to receive the brain wave signal.

Among them, the ripples of brain waves are quite complex and subtle. In order to record and calculate a large number of ripples, you must first obtain the ripples of various brain waves through training, including: β waves, α waves, θ waves, δ waves, etc. These ripples are calculated by formula to generate a huge database, and then all these data are implanted into the smart chip, and the smart chip is placed in the platform, so that the platform can move according to the instructions received by the smart chip; In addition, in order to improve the functionality of the platform, at the same time, the brain wave signal and the infrared Z-wave signal are correspondingly written into the smart chip. The brain wave can also be used to activate electrical equipment in the environment, making the platform have Various functions such as moving, following and activating electrical equipment.

When in use, the receiver is worn on the user's head to detect and record the user's brain wave. When the brain wave sends a lot of pressure, is in tension or needs assistance, the help signal will be transmitted from Platform, and the platform will be moved to the user to provide immediate help, such as: delivery of drugs, mobile phones or pagers, etc., and when the user moves, the platform can also generate a follow-up function. With the user behind him, he accompanies the user like a caregiver and can provide help with mobility.

In addition, in addition to the brainwave control platform, you can also wear a smart watch, which can use spoken commands to control the platform and electrical equipment in the startup environment. When a user wears a smart watch, he can input spoken instructions to the smart watch. After the smart watch receives the spoken instruction, it transmits the spoken instruction to the platform, so that the platform can be moved to the user, and the spoken instruction can also activate the electrical equipment in the environment through the infrared Z-wave signal.

Therefore, the present invention detects brain waves through a wearable receiver, thereby activating the movement of the platform or the electrical equipment in the environment, and can be used as a home helper for people with reduced mobility. In particular, the brain wave detection is more effective than ordinary instruments. For accuracy, the user's status can be known immediately, crisis handling is faster, and it has excellent care effects.

〔this invention〕

a‧‧‧ mental state

b‧‧‧ Eigenvalue

c‧‧‧ Brainwave Database

1‧‧‧ platform

10‧‧‧ Infrared Z-wave signal command

101‧‧‧ mobile function

102‧‧‧ Follow function

11‧‧‧ Smart Chip

12‧‧‧ pulley

13‧‧‧console

131‧‧‧ lens

14‧‧‧Sensor

2‧‧‧ users

20‧‧‧ Receiver

201‧‧‧ Head

21‧‧‧ Brainwave

22‧‧‧ Oral instruction

3‧‧‧ Smart Watch

4‧‧‧Electrical Equipment

Fig. 1 is a flowchart of the present invention.

Figure 2 is a perspective view of the platform of the present invention.

Fig. 3 is a schematic diagram of an electroencephalogram of the present invention.

FIG. 4 is an operation explanatory diagram of the infrared Z-wave signal command of the present invention.

FIG. 5 is a schematic diagram of using the brain wave to move the platform according to the present invention.

FIG. 6 is a schematic diagram of using the brain wave to make the platform follow according to the present invention.

FIG. 7 is a schematic diagram of using the brainwave to start electrical equipment according to the present invention.

FIG. 8 is a schematic diagram of the present invention using spoken instructions to start electrical equipment.

First of all, please refer to the flow chart of the present invention as shown in Figure 1. The brain waves of the human body have different ripples with different conscious behaviors, so that various ripples can show the psychological state of the human body. A is in tension, anxiety, and relaxation. , Sleep, etc., the inventors call it the brain wave characteristic value b, and combine various brain wave characteristic values b by a specific formula calculation. After the calculation, a brain wave database c is generated. The data of the brain wave database c is implanted into the smart chip 11 as reference data for the movement of the platform 1, and the infrared Z-wave signal command 10 is written into the smart chip 11 together, which can be used by the user The brain wave 21 of 2 controls the movement function 101, the follow function 102, and the electrical equipment 4 in the starting environment of the platform 1, and the platform 1 has a pulley 12 and a console 13 (as shown in FIG. 2) in order to perform the platform 1. Movement and manual control, wherein the user 2 must wear the receiver 20 to transmit the brain wave 21 to the smart chip 11 of the platform 1, and the receiver 20 is sleeved on the head 201 for receiving Brainwave 20 signal for user 2 (as shown in Figure 5) ).

Secondly, please still refer to Figure 1 and Figure 2. The ripples of the brain waves are quite complicated and subtle. In order to record and calculate a large number of ripples, the ripples of various brain waves 21 must be obtained through training (see Figure 3). (Shown), including: β-wave, α-wave, θ-wave, δ-wave, etc. These ripples are calculated by formula to generate a large brain wave database c, and then all these brain wave databases c are implanted In the smart chip 11, the smart chip 11 is placed in the platform 1, so that the platform 1 can move according to the instructions received by the smart chip 11. In addition, in order to improve the functionality of the platform 1, the brain The signal of wave 21 and the infrared Z-wave signal command 10 correspond to each other (see Figure 4), and written into the smart chip 11 together, the The wave generated by the brain wave 21 is transmitted to the intelligent chip 11 in the platform 1 by the receiver 20, and then the electrical equipment 4 (not shown in the figure) in the environment is activated by the instruction of the intelligent chip 11 so that the platform 1 has movement , Follow and start electrical equipment 4 and other functions.

Regarding the structure of the platform 1, please refer to FIG. 2 again, which is mainly composed of a smart chip 11, a pulley 12, and a console 13 combined with a sensor 14. The platform 1 has a movable accommodation space for placement. The article is provided with a pulley 12 at the bottom of the platform 1 for movement, and the smart chip 11 is installed in the platform 1 so that the platform 1 can move according to the brain wave 21 signal received by the smart chip 11 ( Please refer to Figure 3), and the smart chip 11 mainly has a fine circuit board and battery, which can receive signals from the brain wave 21 to start the platform 1 to start moving, and cooperate with the lens 131 on the console 13 to To assist the movement of the platform 1, a sensor 14 is located on the side of the platform 1, which is a dual infrared detector that can detect obstacles in front and sides, so that the mobile platform 1 avoids obstacles when moving forward. The platform 1 can be moved by the signal of the brain wave 21, which effectively improves the convenience in use.

During use, please continue to refer to Figure 5. User 2 wears the receiver 20 on the head 201 to detect and record the brain wave 21 of the user. When the brain wave 21 emits a large amount of pressure and is in tension Or when assistance is needed, the requested brainwave 21 status will be transmitted to platform 1, and the platform 1 will automatically move to user 2 to provide immediate help, such as transferring drugs, mobile phones or calling Devices, etc., and when user 2 moves, the platform 1 can also generate a follow-up function. Please refer to FIG. 6 again. It is behind user 2 and accompanies user 2 like a caregiver. Help with mobility.

Regarding the application of brainwave 21, please refer to FIG. 7 again. User 2 wears the receiver 20 on the head 201. In addition to using brainwave 21 to control the movement of platform 1, the brainwave 21 can also send electrical appliances to be turned on. The signal from device 4 is transmitted to platform 1. The smart chip 11 (not shown in the figure) of platform 1 corresponds to the infrared Z-wave signal to start the electrical equipment 4 in the environment. Has a variety of functions.

In addition, please refer to FIG. 8 again. In addition to controlling the platform 1 with the brain wave 21 (not shown in the figure), the present invention can also wear a smart watch 3, which controls the movement and activation of the platform 1 with spoken instructions 22. The electrical equipment 4 in the environment, when the user 2 wears the smart watch 3, he can input a spoken command 22 to the smart watch 3, and then the smart watch 3 receives the spoken command 22 and then transmits the spoken command 22 to the platform 1. The platform 1 can be moved to the user 2 side, and the spoken command 22 can also activate the in-environment through the infrared Z-wave signal. Electrical equipment 4, and the smart watch 3 can also transmit the physiological data of the user 2 to the platform 1, and then transmit the data to the remote database through the platform 1 for monitoring the health status of the user 2 for regular monitoring Track the physical state of user 2 to improve care assistance.

In summary, the present invention detects brain waves through a wearable receiver, thereby activating the platform's movement and following mechanism, or activating electrical equipment in the environment, which can be used as a home helper for people with reduced mobility, especially the brain. Wave detection is more accurate than ordinary instruments. It can immediately know the status of the user, making crisis handling faster, and has excellent care effects. It has shown progress. When it meets the patent requirements, it is proposed according to law. Application for a patent.

Claims (4)

A method for controlling the movement of a platform using an electroencephalogram, the main steps are: (a) recording various ripples of the human brainwave, which can display the psychological state of the human body; (b) recording the various ripples as characteristic values of the brainwave; c) Combined calculation of various brainwave characteristic values through formula calculation, and then generate a brainwave database after formula calculation; (d) The data of the brainwave database is implanted into the smart chip, and the infrared Z -wave signal instructions are written into the smart chip; (e) The user's brain waves are used to control the movement and following of the platform, and can activate electrical equipment in the environment. A device for controlling movement of a platform using an electroencephalogram, which includes: a platform with a pulley, and an intelligent chip set in the platform. The intelligent chip is embedded with data from an electroencephalogram database and infrared Z-wave signal instructions. A plurality of dual infrared sensors are arranged on the edge of the platform; a console is set on the platform for manual control of the platform setting; a wearable receiver for the user to wear on the body; The receiver on the body transmits the ripples of brain waves to the platform, so that the platform can automatically move and follow the user, and can start the electrical equipment in the environment. The device for controlling movement of a platform using an electroencephalogram as described in claim 2, wherein the wearable receiver is a smart watch, which can use spoken instructions to control the movement of the platform and start electrical appliances in the environment. The device using the electroencephalogram control platform described in claim 3, wherein the smart watch can transmit physiological data on the user to the platform, and then transmit the data data to the remote database through the platform.