TW201544073A - Smart space integrated system through brainwave control - Google Patents

Abstract

The invention relates to a smart space integrated system through brainwave control. Primarily, a brainwave capturing device is provided to be worn on a user's head and communicated with a main control device. The main control device is loaded with a fast Fourier transform program and a pattern setting program. The pattern setting program can set a flash frequency for the pattern, and the setting pattern can be shown on a display unit of the main control device. Furthermore, an electric lamp control system, a television set control system, an air conditioner control system and an electric bed control system are communicated with the main control device. Accordingly, when a user watches the pattern with a specific flash frequency displayed on the display unit, a brain wave potential signal generated after the user watches the pattern will be captured by the brainwave capturing device. Continuously, the brain wave potential signal will be transmitted to the main control device and be converted into a control signal through the operation of the fast Fourier transform program, so as to control an electric lamp, a television set, an air conditioner and an electric bed.

Description

Brain space control smart space integration system

The invention relates to a smart space integration system for brain wave control, in particular to a brain wave potential signal which can be obtained after viewing a certain frequency pattern, and then converts the brain wave potential signal into a fast Fourier transform program operation into After the control signal, the integrated system for the corresponding control of electrical appliances.

Press, often see some people in the car accident, stroke and other major diseases or injuries, causing physical paralysis, must be sick in bed. The existing hospital bed is convenient for the patient lying on the hospital bed to take up medicine, eat or adjust the posture, so that the bed can be adjusted in angle, on the one hand, the convenience of taking medicine and eating, and the other aspect can avoid maintaining the same posture for a long time. Causes local skin and tissue to be compressed for a long time, resulting in ulceration of the skin and tissue ulceration and necrosis.

In the existing electric bed, the user only needs to operate the button of the controller to drive the power mechanism of the electric bed to make appropriate angle adjustment between the phase group plates, and then, for the gradual atrophy of the muscles caused by the motor neuron disease, For people with severe physical disabilities, even if it is simply a simple action of pressing the button, it is difficult to complete it. Therefore, it depends on the button of the controller that the caretaker operates the electric bed to help him get up or Make adjustments to the body posture, but if the nursing staff forgets to adjust the body posture for people with severe physical disabilities such as the frozen person due to busy work or negligence, hemorrhoids may cause skin and tissue ulceration, and even lead to sepsis and other dangers. .

In addition, with the development of technology, such as: televisions, air-conditioners and electric lights, and other electrical appliances have additional remote control functions, using a remote control to wirelessly control the TV, air-conditioners and electric lights and other electrical appliances to open With the remote control, people can easily control the electrical appliances without having to get up and move to the electrical appliances. However, when you control the electrical appliances with the remote control, you still need to press the remote control. The button on the top can be achieved, and it is extremely difficult for people with severe physical disabilities such as the frozen person. Therefore, it is necessary to rely on the help of others in the handling of electrical appliances such as televisions, air-conditioners and electric lights. The help of others is limited and cannot be accompanied at any time, which leads to a considerable psychological frustration and inconvenience in life for people with severe physical disabilities such as the frozen person.

The reason is that the present inventors have in view of the fact that electrical appliances such as electric beds, televisions, air conditioners, and electric lights can be easily controlled by remote controls, but those with severe physical disabilities such as gradual freezing people cannot enjoy the technological advancement. The convenience of life brought about by years of manufacturing and design experience and knowledge in related fields, and through various ingenuity, for the control of electric appliances such as electric beds and televisions for people with severe physical disabilities such as gradual freezing people. Research and development improvements, and research and development of the present invention.

The invention relates to a smart space integration system for brain wave control, and the main purpose thereof is to provide a brain wave potential signal which can be correspondingly generated after viewing a certain frequency pattern, and then convert the brain wave potential signal by fast Fourier transform. After the program operation is converted into a control signal, an integrated system for corresponding control of electrical appliances is performed.

In order to achieve the above-mentioned implementation objectives, the inventors have developed the following intelligent space integration system for brain wave control, which includes:

a brain wave picking device is provided with a wearing piece, and a brain wave sensing electrode is arranged in the headwear group, and the brain wave sensing electrode is coupled with a brain wave capturing unit, and the brain is made The wave capturing unit is coupled to the communication unit;

A main control device includes a display unit, a data storage unit, a communication unit and a processing unit, such that the display unit, the data storage unit and the communication unit are coupled to the processing unit, and the data storage unit is loaded with a fast Fourier transform program and a pattern setting program, the pattern setting program mainly sets a flickering frequency of the pattern, and causes the pattern setting program to display the set pattern on the display unit, and the communication unit of the main control device and the brain wave Communication unit communication link of the capture device;

At least one electrical appliance control system is provided with electrical appliances, and an electrical appliance control unit is coupled to the electrical appliance, and a communication unit is further coupled to the electrical appliance control unit to re-enable the electrical appliance control unit The communication unit of the electrical appliance control system is communicatively coupled to the communication unit of the main control device.

The brain space control smart space integration system as described above, wherein the at least one electrical appliance control system comprises at least one of a light control system, a television control system, an air conditioner control system, and an electric bed control system, and the electric light The control system uses an electric lamp as an electrical appliance, and the electric lamp control unit is its electrical appliance control unit, and the electric lamp is further coupled with a relay, and the relay is coupled with the electric lamp control unit, and the electric lamp is controlled. The unit is coupled to the communication unit, and the communication unit of the light control system is communicatively coupled with the communication unit of the main control device, and the television control system uses the television as an electrical appliance, and the television control unit is The electric appliance control unit further comprises a remote control receiver coupled to the television set, and a remote control transmitter coupled to the remote control receiver signal coupled to the television, and the remote control transmitter and the television set The control unit is coupled, and the television control unit is coupled to the communication unit, and the television is controlled The communication unit of the system is in communication with the communication unit of the main control device, and the air conditioner control system uses the air conditioner as the electrical appliance, and the air conditioner control unit is the electrical appliance control unit, and the air conditioner is further coupled. There is a remote control receiver, and a remote control transmitter is coupled to the remote control receiver signal coupled to the air conditioner, and the remote control transmitter is coupled to the air conditioner control unit, and the air conditioner control unit is coupled The communication unit is connected, and the communication unit of the air conditioner is communicatively coupled with the communication unit of the main control device. The electric bed control system uses the electric bed as an electrical appliance, and the electric bed control unit controls the electrical appliance. Unit, and the electric bed set is provided with a power unit for controlling the lifting angle of the bed plate, and the power unit is coupled to the electric bed control unit, and the electric bed control unit is coupled to the communication unit, and The communication unit of the electric bed control system is communicatively coupled with the communication unit of the main control device.

The intelligent space integration system for brainwave control as described above, wherein the pattern setting program of the master control device includes a home screen and at least a light control system interface and a television control system presented on the home screen. The opening pattern of one of the interface, the air conditioner control system interface and the electric bed control system interface, and the opening pattern of the light control system interface, the TV control system interface, the air conditioner control system interface and the electric bed control system interface are different Flashing frequency.

The intelligent space integration system of the brain wave control as described above, wherein the light control system interface has a picture, and the image of the light control system interface is displayed with a light on, a light off, and a return to the front page. The patterns that turn on the lights, turn off the lights, and return to the top page each exhibit different blinking frequencies.

The intelligent space integration system of brain wave control as described above, wherein the television control system interface has a picture, and the power control, volume adjustment, channel switching, channel are displayed on the screen of the TV control system interface. The selection of the station, the number selection, and the return of the home page pattern, and the power control, volume adjustment, channel switching, channel selection, number selection, and return to the top of the pattern each show a different blinking frequency.

The intelligent space integration system for brain wave control as described above, wherein the air conditioner control system interface has a picture, and the air conditioner control system interface has power supply control, temperature control, wind speed control, and wind direction on the screen of the air conditioner control system. Control and return to the pattern of the home page, and make the power control, temperature control, wind speed control, wind direction control and the pattern returned to the home page each with different blinking frequencies.

The intelligent space integration system for brain wave control as described above, wherein the electric bed control system interface has a picture, and the screen of the electric bed control system interface has a pattern of bed rise, bed drop and return to the front page. And the patterns of the bed rising, the bed falling, and returning to the front page each exhibit different blinking frequencies.

The brainwave control smart space integration system as described above, wherein the headgear comprises an endless belt, and a cross-stitched connecting belt is arranged above the loop belt, and the connecting belt is connected to the loop belt And the brain wave sensing electrode assembly is disposed at the leading edge, the trailing edge and the side edge of the annulus, and the connecting strip is staggered.

Thereby, when the implementation is used, the user wears the brain wave picking device on the head, and then causes the user to look at the specific blinking frequency pattern appearing on the display unit of the master device, and at this time, the brain wave 撷The device will obtain the corresponding brain wave potential signal after the user views the pattern, and then transmit the brain wave potential signal to the main control device, and calculate the brain wave potential signal through the fast Fourier transform program per second. After being converted into a control signal, the effect of corresponding control of the lamp control system, the television control system, the air conditioner control system, and the electric bed control system is achieved.

In order to make the technical means of the present invention and the effects thereof can be more completely and clearly disclosed, the following is a detailed description. Please refer to the disclosed drawings and drawings:

First, please refer to the first and second figures. The intelligent space integration system for brain wave control of the present invention is mainly composed of brain wave capturing device (1), main control device (2), and electric light control system (3). , TV control system (4), air conditioner control system (5) and electric bed control system (6);

The brain wave picking device (1) is provided with a wearing member (11), and the wearing member (11) comprises a loop belt (111) which can be looped to the head of the human body, and the loop belt ( 111) a connecting strip (112) having a cross-interlace is arranged on the upper side to be connected with the loop belt (111), and a brain wave sensing electrode (12) is further disposed on the head wearing member (11). The wave sensing electrode (12) is assembled on the leading edge of the annulus (111), the trailing edge of the annulus (111) and the side edge of the annulus (111), and the connecting strip (112) is interlaced with the forehead of the human body. The part [relative to the frontal part of the brain], the back of the head [relative to the occipital part of the brain], the ear part of the side of the head, and the top of the head [relative to the frontal part of the brain] are in contact with each other. There is a brain wave capturing unit (13), the brain wave capturing unit (13) is a neurosky chip coupled to the brain wave sensing electrode (12), and a communication unit (14) is further provided, the communication unit (14) is a Bluetooth communicator, The electroencephalogram capture unit (13) coupled;

The main control device (2), which can be a tablet computer or the like, is installed at the electric bed (61), and mainly comprises a display unit (21), a data storage unit (22), a communication unit (23) and a processing unit. (24), the display unit (21), the data storage unit (22) and the communication unit (23) are coupled to the processing unit (24), the communication unit (23) is a Bluetooth communicator, and The communication unit (23) of the main control device (2) is communicatively coupled with the communication unit (14) of the brain wave capturing device (1), and the data storage unit (22) is loaded with fast Fourier transform (Fast a Fourier Transform (FFT) program, and a pattern setting program, the pattern setting program can set the blinking frequency of the pattern, and cause the pattern setting program to display the set pattern on the display unit (21);

The lamp control system (3) is provided with a lamp (31), and the lamp (31) is coupled to the relay (32), and the relay (32) is coupled to the lamp control unit (33), and The light control unit (33) is coupled to the communication unit (34), the communication unit (34) is a Bluetooth communication device, and the communication unit (34) of the light control system (3) and the main control Communication unit (23) communication connection of device (2);

The television control system (4) is provided with a television (41), and the television (41) is coupled with a remote control receiver (42), and a remote control transmitter (43) is attached to the television. The remote control receiver (42) coupled to the machine (41) is connected to the signal. The remote control receiver (42) and the remote control transmitter (43) are infrared receivers and infrared emitters, and the remote control transmitter (43) is coupled to A television control unit (44) is coupled, and the television control unit (44) is coupled to the communication unit (45), the communication unit (45) is a Bluetooth communicator, and the television is controlled The communication unit (45) of the system (4) is communicatively coupled with the communication unit (23) of the main control device (2);

The air conditioner control system (5) is provided with an air conditioner (51), and the air conditioner (51) is coupled with a remote control receiver (52), and a remote control transmitter (53) is attached to the air conditioner. The remote control receiver (52) coupled to the machine (51) is connected to the signal, and the remote control receiver (52) and the remote control transmitter (53) are infrared receivers and infrared emitters, and the remote control transmitter (53) is An air conditioner control unit (54) is coupled, and the air conditioner control unit (54) is coupled to the communication unit (55), the communication unit (55) is a Bluetooth communicator, and the air conditioner is controlled The communication unit (55) of the system (5) is communicatively coupled with the communication unit (23) of the main control device (2);

The electric bed control system (6) is provided with an electric bed (61), and the electric bed (61) is provided with an electric bed control unit (62), and the electric bed control unit (62) is a Xilinx chip. Further, the electric bed (61) is provided with a power unit (63) for controlling the lifting angle of the bed plate to be coupled with the electric bed control unit (62), and the electric bed (61) is further provided with a communication unit ( 64), coupled to the electric bed control unit (62), the communication unit (64) is a Bluetooth communication device, and the communication unit (64) of the electric bed control system (6) is repeated with the main control The communication unit (23) of the device (2) is communicatively linked.

Accordingly, when the application is implemented, the user with severe physical obstacles such as a gradual frozen person is placed on the electric bed (61), and the brain wave picking device (1) is used by the wearing member (11). The sensor is provided on the head of the user. At this time, the brain wave sensing electrodes (12) disposed on the headwear (11) are respectively located on the forehead of the user, corresponding to the frontal lobe of the brain, and located The top position of the user's head corresponds to the frontal lobe of the brain, and is located behind the user's head, corresponding to the occipital lobe of the brain, and the ear at the side of the user's head. The main control device (2) is mounted on the electric bed (61), and the display unit (21) of the main control device (2) is adjusted to a position convenient for the user to view.

At this time, the user can view the home screen displayed by the display unit (21) of the main control device (2) installed at the electric bed (61), which includes the electric light control system interface and the television control system. The opening pattern of the interface, the air conditioner control system interface and the electric bed control system interface, and the opening pattern of the light control system interface, the TV control system interface, the air conditioner control system interface and the electric bed control system interface are respectively blinking Frequency, the present invention is to set the blinking frequency of the light control system interface, the TV control system interface, the air conditioner control system interface and the opening mode of the electric bed control system interface to 6 Hertz (HZ), 8 Hertz (HZ), 7 Hz (HZ) and 11 Hz (HZ).

Please refer to the third and fourth figures together. When the user looks at the opening pattern of the light control system interface, the eyes will receive the stimulation of the blinking frequency of the pattern, and the pillow in the cerebral cortex is responsible for processing the visual part. The leaf will generate the potential activity of the same frequency when the user's eyes look at the fixed frequency visual stimulation pattern, and the brain wave sensing electrode (12) will sense the brain wave potential signal and the brain will be sensed. The wave potential signal is transmitted to the brain wave capturing unit (13), and the brainwave potential signal after the extraction is transmitted by the communication unit (14) to the communication unit (23) of the main control device (2) for mastering The device (2) receives the signal received by the processing unit (24), and converts the display unit (21) to the interface of the light control system, and the interface of the light control system displays a pattern of turning on the light, turning off the light, and returning to the front page. And the lights are turned on, the lights are turned off, and the patterns returned to the front page each have different blinking frequencies. The present invention sets the blinking frequency of the lights to be turned on. 6 Hertz (HZ), while the lamp is off patterns flicker frequency of 8 Hz (HZ), Home patterns flicker frequency of 11 Hertz (HZ). When the user wants to drive the electric lamp (31) to open, and the electric light of the display unit (21) opens the pattern, the occipital lobe of the cerebral cortex will generate a potential activity corresponding to the frequency, and the electroencephalogram sensing electrode (12) Sensing the brain wave potential signal, and transmitting to the brain wave capturing unit (13), so that the brain wave capturing unit (13) extracts a brain wave potential signal of 0 to 512 Hz (HZ) per second, continued by The communication unit (14) transmits the extracted post-brain wave potential signal to the communication unit (23) of the main control device (2) for fast Fourier transform by the processing unit (24) of the main control device (2) by internal loading The (FFT) program calculates the spectrum of the brain wave potential signal transmitted from the brain wave extraction device (1) to obtain a spectrum distribution of 0 to 255 Hz (HZ).

Here, the brainwave potential signal can be converted into a control signal by fast Fourier transform (FFT) program operation and spectrum distribution analysis, and then the control signal is transmitted by the communication unit (23) of the master device (2). a communication unit (34) of the electric lamp (31), and the electric light control unit (33) drives the electric lamp (31) to emit light through the relay (32) to provide a light source for reading, watching television, etc., and when the user looks at When the display unit (21) displays the lamp off pattern, the lamp (31) can also be driven to perform the corresponding lamp off action, so that the user who is physically severely obstructed by the user can achieve convenience. The effect of turning on and off the light (31).

Furthermore, please refer to the fifth and sixth figures together. When the user wants to watch the TV, he can look at the display of the home page displayed by the display unit (21). At this time, the main control device (2) will The display unit (21) screen is switched to the first page. Then, the user looks at the TV control system interface opening pattern to open the TV control system interface screen. The TV control system interface screen includes power control and volume adjustment. , channel switching, channel channel selection, number selection, and return to the home page pattern, and the power control, volume adjustment, channel switching, channel channel selection, number selection, and return to the home page pattern each exhibit different blinking frequencies, the present invention is Set the power control pattern flicker frequency to 6 Hz (HZ), the volume adjustment pattern flicker frequency to 7 Hz (HZ), the channel switching pattern flicker frequency to 8 Hz (HZ), and the channel selection pattern flicker frequency to 9 Hz (HZ) The number selection pattern flashes at a frequency of 13 Hz (HZ) and returns to the home page with a flashing frequency of 11 Hz (HZ). Therefore, when the user looks at the power control pattern, the brain wave capturing device (1) captures the corresponding brain wave potential signal, and then converts the brain wave potential signal into a control signal by the master device (2). Thereafter, the control signal is received by the communication unit (45) of the television (41), so that the television control unit (44) drives the coupled television (41) remote control transmitter (43) to issue a power on/off code. Infrared, and the remote control receiver (42) set on the television (41) receives the coded signal to drive the television (41) to turn on. If the user wants to turn off the television (41), he only needs to watch the power control again. The pattern can turn off the power of the TV (41). When the TV (41) is turned on, the user can watch the volume adjustment and the channel switching pattern through the brain wave capturing device (1) and the main control device ( 2) The remote control transmitter (43) of the television control unit (44) and the television (41) drives the television (41) to perform volume adjustment and channel switching operations, and when used When looking at the number selection mode, the display unit (21) will switch to the number selection interface screen, and the number selection screen will have a number pattern of 0 to 9, and the number pattern of 0 to 9 is also set. Different flicker frequencies, whereby the user can look at the number pattern from 0 to 9 through the brain wave picking device (1), the main control device (2), the television control unit (44), and the television set ( 41) The remote control transmitter (43) drives the television (41) to switch to the corresponding channel according to the number selected by the user, and when the user looks at the channel selection pattern, the display unit (21) switches to the channel selection. On the channel interface screen, the pattern of each TV channel name is displayed on the channel selection screen, and the pattern of each TV channel name has different blinking frequencies, and the user can select the TV channel name pattern to be watched, and then Remote control transmitter (43) and remote control receiver (42) driven by brain wave picking device (1), main control device (2), television control unit (44) and television (41) A television (41) to a desired television channel to watch, so, for the user's body and severe disorders of getting cold, etc., by the present invention can achieve self-control and viewing TV.

When the user wants to adjust the indoor air due to the sultry air, please refer to the air conditioner opening pattern of the display unit (21) as shown in the seventh and eighth figures. The main control unit (2) will display the screen. Switching to the air conditioner control system interface screen, the air conditioner control system interface screen includes power supply control, temperature control, wind speed control, wind direction control and return to the front page pattern, and enables the power control, temperature control, wind speed control, wind direction control The patterns returned to the front page each have different flicker frequencies. The present invention sets the power control pattern flicker frequency to 6 Hz (HZ), the temperature control pattern flicker frequency to 8 Hz (HZ), and the wind speed control pattern flicker frequency to 9 Hz (HZ). ), the wind direction control pattern flicker frequency is 13 Hz (HZ) and the return home pattern flicker frequency is 11 Hz (HZ). Here, when the user looks at the power control pattern, the brain wave capturing device (1) captures the corresponding brain wave potential signal, and then converts the brain wave potential signal into a control signal by the master device (2). Thereafter, the control signal is received by the communication unit (55) of the air conditioner (51), so that the air conditioner control unit (54) drives the air conditioner (51) coupled to the remote control transmitter (53) to issue a power on/off code. The infrared light is set, and the remote control receiver (52) set in the air conditioner (51) receives the coded signal to drive the air conditioner (51) to be turned on. If the user wants to turn off the air conditioner (51), it is only necessary to look at the power supply again. By controlling the pattern, the air conditioner (51) can be turned off. When the air conditioner (51) is turned on, and the user wants to perform temperature control, wind speed control and wind direction control of the air conditioner (51), the temperature can be individually watched. The pattern of control, wind speed control and wind direction control can be passed through the brain wave picking device (1), the main control device (2), the air conditioner control unit (54) and the air conditioner (51). The remote control transmitter (53) and the remote control receiver (52) drive the air conditioner (51) to perform temperature control, wind speed control and wind direction control adjustment. The present invention focuses on the temperature control, wind speed control and wind direction control patterns. Each of the temperature control interface, the wind speed control interface and the wind direction control interface are further included, and the temperature control interface screen includes five temperature selection patterns of 24 ° C, 25 ° C, 26 ° C, 27 ° C and 28 ° C, and Each of the temperature selection patterns is provided with different flickering frequencies, and the wind speed control interface screen includes four wind speed selection patterns of large, medium, small and automatic wind speeds, and each wind speed selection pattern is provided with different flicker frequencies, and the other The wind direction control interface screen includes four wind direction selection patterns of upper, middle, lower and automatic, and each wind direction selection pattern is provided with different flickering frequencies, so as to provide the user with control of the temperature, wind speed and wind direction of the detail, Increase the comfort of its environment.

In addition, when the user wants to change the posture lying on the electric bed (61), please refer to the ninth and tenth views together, and then look at the opening pattern of the electric bed control system interface displayed by the display unit (21). At this time, the main control device (2) switches the screen to the electric bed control system interface screen, and the electric bed control system interface screen includes a pattern of bed rise, bed drop and return to the front page, and the bed is raised and the bed is lowered. And the patterns returned to the top page each have different flicker frequencies. The present invention sets the bed rising pattern flicker frequency to 6 Hz (HZ), the bed down pattern flicker frequency to 8 Hz (HZ), and returns to the home page pattern flicker frequency of 7 Hz (HZ). ). Accordingly, when the user wants to change his or her body posture, or wants to take medicine and eat, he can look at the pattern of the bed rising. At this time, the brain wave picking device (1) will draw the user to look at the bed. The corresponding brainwave potential signal of the pattern is converted into a control signal by the main control device (2), and then the control signal is received by the communication unit (64) of the electric bed (61) to control the electric bed. The unit (62) drives the power unit (63) of the electrically coupled electric bed (61) to actuate the bed of the electric bed (61) to raise the angle so that the user can take up the medicine, eat or change his body posture. . When the user wants to return to the lying position, he or she can look at the bed down pattern, and use the brain wave picking device (1) to extract the brain wave potential signal generated by looking at the falling pattern of the bed, and then the brain wave potential After the signal is converted into a control signal by the main control device (2), the control signal is received by the communication unit (64) of the electric bed (61), so that the electric bed control unit (62) drives the coupled electric bed (61). The power unit (63) activates the bed of the electric bed (61) to perform a descending resetting operation. Thus, with the design of the present invention, the user can adjust the body posture and eat for a user with severe physical obstacles such as a frozen person. , taking medicine and avoiding the actual effects of hemorrhoids.

Therefore, it can be seen from the above embodiments and experimental description that the smart space integration system of the brain wave control of the present invention is capable of obtaining a brain wave potential signal by a brain wave picking device for a user with a severe physical disorder such as a frozen person, and then The brain wave potential signal is transmitted to the main control device, and is converted into a control signal by a fast Fourier transform (FFT) program operation per second, and then the corresponding control is performed on equipment such as an electric lamp, a television, an air conditioner, and an electric bed. The low-cost brain control interface can effectively provide an instant control of the effects of electric lights, televisions, air conditioners and electric beds, and achieve good assistance to users with severe physical disabilities such as gradual freezing to reduce care. The benefits of personnel burden.

The foregoing embodiments or drawings do not limit the implementation of the intelligent space integration system of the brain wave control of the present invention, and the present invention is not limited to the implementation of the control system of electrical appliances such as electric lights, television sets, air conditioners, and electric beds. The electrical appliance is coupled to an electrical appliance control unit, and is provided with a communication unit to be coupled with the electrical appliance control unit, and then the basic structure of the communication unit of the electrical appliance control system and the communication unit of the main control device is communicated. The type should be considered as not departing from the patent scope of the invention.

In summary, the embodiments of the present invention can achieve the expected functions, and the specific structures disclosed therein have not been seen in the same products, nor have they been disclosed before the application, and have fully complied with the provisions of the Patent Law. It is required that if an application for a patent for invention is filed in accordance with the law, and if the application is granted, the patent will be granted.

(1) ‧‧‧ brain wave extraction device

(11)‧‧‧ wearing parts

(111) ‧ ‧ belt

(112)‧‧‧Links

(12) ‧‧‧ brain wave sensing electrode

(13) ‧‧‧ brain wave extraction unit

(14) ‧‧‧Communication unit

(2) ‧ ‧ main control device

(21)‧‧‧Display unit

(22)‧‧‧ Data storage unit

(23) ‧‧‧Communication unit

(24) ‧‧‧Processing unit

(3) ‧‧‧Light control system

(31) ‧‧‧Lights

(32)‧‧‧ Relay

(33)‧‧‧Light control unit

(34) ‧‧‧Communication unit

(4) ‧‧‧TV control system

(41)‧‧‧TV

(42)‧‧‧Remote Receiver

(43) ‧‧‧Remote transmitter

(44)‧‧‧TV control unit

(45) ‧‧‧Communication unit

(5) ‧‧‧Air Conditioner Control System

(51)‧‧‧Air conditioner

(52) ‧‧‧Remote Receiver

(53)‧‧‧Remote transmitter

(54) ‧‧‧Air Conditioner Control Unit

(55) ‧‧‧Communication unit

(6)‧‧‧Electric bed control system

(61)‧‧‧Electric bed

(62)‧‧‧Electric bed control unit

(63)‧‧‧Power unit

(64) ‧‧‧Communication unit

First picture: overall picture of the invention

Second picture: the architecture diagram of the present invention

Third figure: implementation diagram of the lamp driving implementation of the present invention

Fourth Figure: Flow chart of the lamp driving of the present invention

Fig. 5 is a diagram showing the state of implementation of the television driver of the present invention

Figure 6: TV drive flow chart of the present invention

Figure 7: Implementation diagram of the air conditioner drive implementation of the present invention

Figure 8: Flow chart of the air conditioner drive of the present invention

Ninth diagram: implementation state diagram of the electric bed drive of the present invention

Figure 10: Flow chart of the electric bed drive of the present invention

(1) ‧‧‧ brain wave extraction device

(12) ‧‧‧ brain wave sensing electrode

(13) ‧‧‧ brain wave extraction unit

(14) ‧‧‧Communication unit

(2) ‧ ‧ main control device

(21)‧‧‧Display unit

(22)‧‧‧ Data storage unit

(23) ‧‧‧Communication unit

(24) ‧‧‧Processing unit

(3) ‧‧‧Light control system

(31) ‧‧‧Lights

(32)‧‧‧ Relay

(33)‧‧‧Light control unit

(34) ‧‧‧Communication unit

(4) ‧‧‧TV control system

(41)‧‧‧TV

(42)‧‧‧Remote Receiver

(43) ‧‧‧Remote transmitter

(44)‧‧‧TV control unit

(45) ‧‧‧Communication unit

(5) ‧‧‧Air Conditioner Control System

(51)‧‧‧Air conditioner

(52) ‧‧‧Remote Receiver

(53)‧‧‧Remote transmitter

(54) ‧‧‧Air Conditioner Control Unit

(55) ‧‧‧Communication unit

(6)‧‧‧Electric bed control system

(61)‧‧‧Electric bed

(62)‧‧‧Electric bed control unit

(63)‧‧‧Power unit

(64) ‧‧‧Communication unit

Claims (8)

A smart space integration system for brain wave control, comprising: a brain wave picking device, which is provided with a wearing piece, and a brain wave sensing electrode is arranged in the headwear group, and the brain wave sensing electrode is further provided The brain wave capturing unit is coupled to the brain wave capturing unit and coupled to the communication unit; the main control device includes a display unit, a data storage unit, a communication unit and a processing unit, so that the display unit is The data storage unit and the communication unit are coupled to the processing unit, and the data storage unit is loaded with a fast Fourier transform program and a pattern setting program. The pattern setting program mainly sets the blinking frequency of the pattern, and sets the pattern. The setting pattern of the program is displayed on the display unit, and the communication unit of the main control device is communicatively coupled with the communication unit of the brain wave capturing device; at least one electrical appliance control system is provided with electrical appliances and electrical appliances. a product control unit coupled to the electrical appliance, and a communication unit coupled to the electrical appliance control unit to re-enable the electrical appliance Product control unit connected to the communication system of the communication unit of the communication master device. The smart space integration system for brainwave control according to claim 1, wherein the at least one electrical appliance control system comprises at least a light control system, a television control system, an air conditioner control system, and an electric bed control system. First, the electric light control system uses an electric lamp as an electrical appliance, and the electric lamp control unit is an electric appliance control unit thereof, and the electric lamp is further coupled with a relay, and the relay is coupled with the electric lamp control unit. And the light control unit is coupled to the communication unit, and the communication unit of the light control system is communicatively coupled with the communication unit of the main control device, and the television control system uses the television as an electrical appliance, and The television control unit is an electrical appliance control unit, and the television is further coupled with a remote control receiver, and a remote control transmitter is coupled to the remote control receiver signal coupled to the television, and the remote control is transmitted. The device is coupled to the television control unit, and the television control unit is coupled to the communication unit, and the television is The communication unit of the machine control system is in communication with the communication unit of the main control device, and the air conditioner control system uses the air conditioner as the electrical appliance, and the air conditioner control unit is the electrical appliance control unit, and the air conditioner further A remote control receiver is coupled to the remote control transmitter for coupling with the remote control receiver signal coupled to the air conditioner, and the remote control transmitter is coupled to the air conditioner control unit, and the air conditioner is controlled The unit is coupled to the communication unit, and the communication unit of the air conditioner is communicatively coupled with the communication unit of the main control device. The electric bed control system uses the electric bed as an electrical appliance, and the electric bed control unit is an electric appliance. a power control unit, wherein the power bed unit is provided with a power unit for controlling the lifting angle of the bed plate, and the power unit is coupled to the electric bed control unit, and the electric bed control unit is coupled to the communication unit. And communicating the communication unit of the electric bed control system with the communication unit of the main control device. The smart space integration system for brain wave control according to claim 2, wherein the pattern setting program of the master device includes a home screen and at least a light control system interface presented on the home screen. The opening pattern of one of the TV control system interface, the air conditioner control system interface and the electric bed control system interface, and the light control system interface, the TV control system interface, the air conditioner control system interface and the electric bed control system interface The opening pattern presents different blinking frequencies. The intelligent space integration system for brain wave control according to claim 3, wherein the light control system interface has a picture, and the light control system interface has an electric light on, a light off and a return on the screen. The pattern of the home page, and the lights are turned on, the lights are turned off, and the patterns returned to the front page each have different blinking frequencies. For example, the smart space integration system of brain wave control described in claim 3, wherein the TV control system interface has a picture, and the power control and volume adjustment are displayed on the screen of the TV control system interface. , channel switching, channel channel selection, number selection and return to the home page pattern, and the power control, volume adjustment, channel switching, channel channel selection, number selection and return to the home page pattern each with different blinking frequencies. For example, the smart space integration system of brain wave control described in claim 3, wherein the air conditioner control system interface has a picture, and the air conditioner control system interface has power control and temperature control on the screen. , wind speed control, wind direction control and return to the top page of the pattern, and the power control, temperature control, wind speed control, wind direction control and return to the top of the pattern each showing a different flashing frequency. For example, the smart space integration system of brain wave control according to the third application of the patent scope, wherein the electric bed control system interface has a picture, and the bed of the electric bed control system interface has a bed rise and a bed drop. And return to the pattern of the home page, and make the bed rise, the bed down and the pattern returned to the front page each with different blinking frequencies. The invention relates to a brainwave control wheelchair and message transmission integration system according to claim 1, wherein the headgear comprises an endless belt, and a cross-stitched connecting belt is arranged above the loop belt, and the connection is made The strap is coupled to the annulus, and the brainwave sensing electrode assembly is disposed at the leading edge, the trailing edge and the side edge of the annulus, and the connecting strip is staggered.