TWI811541B - A body signal detection and excitation (adjustment control) device with ai intelligence, which is worn on the human body or installed in the car body and home bedding device system - Google Patents

Abstract

The present invention is a body signal detection and excitation (adjustment control) device with AI intelligence, which is worn on the human body or installed in the car body and home bedding device system, including a control module device, a circuit board, a vibrator, a brain Wave-heart rhythm detection device and optical stimulation control module device, wherein the optical stimulation control module device is worn on various parts of the human body or installed in various parts of the car or home bedding system, and connected to several control module devices The optical stimulation control module is used as a control to control the driver's waking state and the passenger's relaxation, sleep or waking state or to detect human safety.

Description

Body signal detection and excitation (adjustment control) device with AI intelligence, worn by people Body or device system installed on car body and home bedding

The present invention relates to a body signal detection and excitation (adjustment control) device with AI intelligence, which is worn on the human body or installed on the car body and home bedding device system, and particularly includes a control module device, a circuit board, It is composed of a vibrator, a brain wave-heart rhythm detection device, a temperature detection device, a blood oxygen concentration detection device, a muscle strength detection device and an optical stimulation control module device. The optical stimulation control module device is installed in the car. Each part or each part of the human body is connected to the control module device with several optical stimulation control modules for control, controlling the driver's awakening state and the passenger's relaxation, sleep or awakening state, or human body safety detection.

At present, smart devices are generally installed in cars, with audible warning sounds to inform drivers of safety, such as fastening seat belts, or using voice language to inform drivers and passengers to pay attention to safety when getting out of the car. There are also irritating warnings installed for drivers. The device prevents the driver from dozing off. This only reminds the driver and informs him of his mental state but does not detect and stimulate (regulate) the individual body signals of the driver or passengers! It is impossible to use non-invasive stimulation sources to directly stimulate the driver or passengers, change the status of the driver or passengers' body and brain wave physical information, and adjust the brain wave control to produce a state of awakening or sleep. Therefore, in order to increase the driving safety of car drivers, especially when the tour bus driver is transporting people everywhere, he cannot fully control the driver's mental state, causing irreparable damage, or generally detecting the health and safety status of the human body. There are wearable devices that detect heartbeats, heart rhythms, etc., but they cannot directly use wearable devices as non-invasive stimulation sources to stimulate the body, detect heart rhythm, brain waves, and adjust physical parameters and mental conditions.

The main purpose of the present invention is to propose a body signal detection and excitation (regulation control) device with AI intelligence, which can be worn on the human body or installed on the car body and home bedding device system patent application. The inventor of this case claims that it has AI intelligence. Feedback light modulation technology emits light in a special frequency band while also providing optical heart rhythm feedback and using low-energy optical elements that can penetrate human skin to stimulate the skin or the peripheral nervous system of the human body, soothing people's emotions and Regulates the autonomic nervous system to help the human body enter a state of relaxation, sleep, wakefulness or concentration. It is further combined with heart rhythm or brain wave detection to turn passive detection into active detection, and collects users' personal information to further provide big data collection for analysis. Diagnosis and control.

The invention includes a control module device, a circuit board, a vibrator, a brain wave-heart rhythm detection device, a temperature detection device, a blood oxygen concentration detection device, a muscle strength detection device and an optical stimulation control module device. , in which the optical stimulation control module device is installed on the car steering wheel, roof, air outlet, seat head cushion, door, seat belt, foot pad or the head, wrist, chest, abdomen and feet of the human body, and is connected with The control module device is connected to several optical stimulation control modules as controls to control the driver's awakening, concentration state and the passenger's relaxation, sleep state or awakening concentration state. The optical stimulation control module device is equipped with several optical particles that contact the driver. The patient's palms or other parts of the body are irradiated with light rays, which are similar to non-invasive light acupuncture, stimulating the skin nerves and transmitting them to the brain to produce resonance, thereby inducing brain waves of specific frequencies such as alpha waves, beta waves, r waves, theta waves, and delta waves. The brain waves α wave > β wave > r wave are the waking state, and the brain wave α wave < theta wave < delta wave is the sleep state, and the feedback light adjustment technology is combined with the control unit and physiological The signal sensing unit displays the driver's and passengers' waking status, sleep status, heart rhythm status, and blood pressure value to connect to the control module device or detect the human body's heart rhythm status, blood pressure value, temperature, blood oxygen concentration, and muscle strength.

Among them, the optical stimulation control module device is composed of an upper layer board, an optical module board, a control unit, a wireless device, a battery board, a physiological signal sensing device and a lower layer board. The optical module board is equipped with several The optical particles are in the upper and lower parts, and several optical particles are used to contact other parts of the palm, and will emit special frequency band light ray wavelengths (700nm~1000nm), and enable the optical stimulation control module device to be installed in various parts of the car or worn In various parts of the human body (including the head, wrists, feet, chest, abdomen and shoulders), an optical stimulation control module device environment is formed in the car. Several optical particles installed in the optical stimulation control module device contact the driver. The patient's palms and light irradiated parts of the body or clothing are worn on various parts of the human body, and the light rays are used to stimulate the skin nerves and transmit them to the brain to generate resonance to induce specific frequency brain wave types such as alpha waves and beta waves, similar to non-invasive light acupuncture. Wave, r wave, theta wave, delta wave, using feedback light adjustment technology combined with the control unit and physiological signal sensing unit to show the waking state, sleeping state of the driver and passengers, connected to the car control module device or worn on the human body Each part is used to detect the heart rhythm, blood pressure, temperature, blood oxygen concentration and muscle strength status of the human body. In addition, its application system can be installed on hats, headphones, masks, scarves, shawls, bracelets, gloves, etc. Products such as clothes, underwear, underwear, kneepads, socks, insoles or home bedding systems (lamps, chairs, chair cushions, beds, mattresses, pillows...).

1 ' : Body signal detection and excitation (adjustment control) device with AI intelligence, worn on the human body or installed in automobiles and home bedding device systems

1 " , 2 " : Optical stimulation control module ring device

1: Steering wheel

2,21:Roof

31,32: Air outlet

41~44: Seat head cushion

51~54: Car door

6:Safety belt

7: Foot pad

8:Head

9: Hand part

10:Feet

11: Chest

12: Abdomen

13:Shoulder

14: Ears

A:Control module device

A ' : control unit

A ' 1:Battery board

A'11 :Wireless devices

A ' 2: Physiological signal sensing device

A ' 3: Optical particles

A1,A11,A12,A31,A32,A41~A44,A51~A54,A6,A7,B1,B2,B3,B4,B5,B6,C1: Optical stimulation control module device

A " : Cloud device

A1 " :Company server

A2 " :Download website

A3 " :Online store

B: Brainwave-heart rhythm, temperature, blood oxygen concentration, muscle strength detection device

C:Car

D: Lower board

D ' :circuit board

E:Power supply

F: Optical module board

G:Magic felt

P:Human body

L,R: ring sleeve

L ' : network link

S: sleep state

S ' : Hats, headphones, masks, scarves, shawls, bracelets, gloves, clothes, underwear, underwear, knee pads, socks, insoles or home bedding systems (lamps, chairs, chair cushions, beds, mattresses, pillows... .)

U: Upper board

S1: Electric stimulation vibrator

S1 ' : Headphones

S2: Vibrator

W: wake state

Figure 1 shows the body signal detection and excitation (adjustment control) device with AI intelligence of the present invention, which is worn on the human body or installed in the car body and home bedding device system.

Figure 2 is a schematic diagram of the optical stimulation control module device of the present invention installed on the roof of a car.

Figure 3 is a schematic diagram of the optical stimulation control module device of the present invention installed in a car.

Figure 4 is a schematic diagram of the optical stimulation control module device installed on the steering wheel of the present invention.

Figure 5 is a schematic diagram of the optical stimulation control module device installed on the safety belt of the present invention.

Figure 6 is an exploded view of the optical stimulation control module device of the present invention.

Figure 7 is a schematic diagram of the optical stimulation control module device installed on the steering wheel and roof of the present invention.

Figure 8 is a schematic diagram of the optical stimulation control module loop device of the present invention.

Figure 9 is a schematic diagram of the optical stimulation control module ring device of the present invention installed on the steering wheel.

Figure 10 is a coordinate diagram of the waking and sleeping states generated by the optical stimulation control module device of the present invention by stimulating brain waves.

Figure 11 is a schematic diagram of the optical stimulation control module ring device of the present invention being installed and worn on various parts of the human body.

The invention is a body signal detection and excitation (adjustment control) device with AI intelligence, which is worn on the human body or installed on the car body and home bedding device system 1 ' , including a control module device A and a circuit board D ' , vibrator, brainwave-heart rhythm detection device and optical stimulation control module device (B1~B8, A1, A11, A12, A31, A32, A41~A44, A51~A54, A6, A7, C1) , where the control module device is connected to the cloud device A " through the network link L ' , the cloud device A " refers to the company server A1 " , the download website A2 " and the online store A3 " , and the control module device A is connected to the circuit Board D ' , brainwave-heart rate detection device B, power supply E, then connect steering wheel 1-optical stimulation control module device A1, roof 2,21-optical stimulation control module device A11, air outlet 31,32-optical Stimulation control module device A31, A32, seat headrest 41~44-optical stimulation control module device A41~A44, door 51~54-optical stimulation control module device A51~A54, seat belt 6-optical stimulation control module Set device A6, foot pad 7 - optical stimulation control module device A7, in which an electric stimulation vibrator S1 is installed on the safety belt 6, and a vibrator S2 is installed on the foot pad, as shown in Figures 1 to 5.

As shown in Figure 6, the optical stimulation control modules A1, A11, A12, A31, A32, A41~A44, A51~A54, A6, and A7 are installed from top to bottom on the upper layer board U, the optical module board F, and the control unit A. ' , wireless device A ' 11, battery board A ' 1, physiological signal sensing device A ' 2 and lower board D. The optical module board F is equipped with several optical particles A ' 3 in the upper and lower parts. , several optical particles A'3 are used to contact other parts of the palm, and will emit light ray wavelengths in a special frequency band (700nm~1000nm), and at the same time, through the heart rhythm feedback of the non-contact pulse sensing device, as a light source similar to non-contact Light acupuncture stimulates the nerves in the skin to transmit to the brain to produce resonance, inducing brain waves of specific frequencies such as alpha, beta, r, theta and delta waves. In addition, the feedback light adjustment technology is combined with the control unit to show the waking W or sleep S state. And the heart rhythm data are shown in Table 1, in which the waking state is W-α wave→β wave→r. Sleep state S-α wave → θ wave → δ wave.

As shown in Figure 10, the optical stimulation control module device of the present invention stimulates brain waves to produce awakening and sleep state coordinate diagrams, in which the control module device A is connected to the optical stimulation control module devices A1, A11, A12, A31, A32, A41~A44 , A51~A54, A6, A7, where the abscissa represents the state and the ordinate represents the wavelength. The two are related to each other: (1). The waking state W state is α wave>β wave>r wave. (2) Sleep state S is alpha wave <theta wave <delta wave. The wake-up W system is connected to the steering wheel 1, the seat belt 6, the roof above the driver 21, the footrest 7, the front left seat headrest 41, the air outlet 32, and the front door 51. The sleep S or wake-up connection is connected to the air outlet 31 and the roof. 2. The front right door 53, the left rear door 54, the right rear door 52, the front right seat head pad 42, the front right seat head pad 43, and the rear left seat head pad 44 are shown in Figures 2 to 10.

Figure 11 is a schematic diagram of the optical stimulation control module ring device of the present invention being installed and worn on various parts of the human body to control the module device A to connect to the circuit board D ' , brainwave-heart rhythm, temperature, blood oxygen concentration, Muscle strength detection device B, power supply E, connect the head 8 - optical stimulation control module device B1, then connect the hand 9 - optical stimulation control module device B2, connect the feet 10 - optical stimulation control module device B3 , connected to the chest 11 - optical stimulation control module device B4, connected to the abdomen 12 - optical stimulation control module device B5, connected to the shoulder 13 - optical stimulation control module device B6, connected to the ear 14 of the earphone S1 ' - optical stimulation control The module device B7 is connected to the bottom of the foot 15 and the optical stimulation control module device B8 as shown in Figure 11 for health and safety detection of various parts of the human body P. In addition, the control module device A is connected to the circuit board D ' , brain wave-heart rhythm, temperature, blood oxygen concentration, muscle strength detection device B, and power supply E, and is connected to the optical stimulation control module device C1 and installed on the hat and earphones , masks, scarves, shawls, bracelets, gloves, clothes, underwear, underwear, knee pads, socks, insoles or home bedding systems (lamps, chairs, chair cushions, beds, mattresses, pillows...) S ' , where The product of the present invention is installed in the earphone S1 to act on the ear 14 .

Example 1

The optical stimulation control module device A1 is installed on the steering wheel 1:

As shown in Figures 4, 6 to 9, the optical stimulation control module device A1 is installed on the left and right handgrips of the steering wheel 1. The optical stimulation control module device A1 is installed behind the inner surfaces of the rings L and R to form a Optical stimulation control module ring device 1 " , 2 " , and then put the magic felt G on both sides of the ring ring L and R into the appropriate positions on both sides of the car driving steering wheel 1, in which the optical stimulation control module device A1 is equipped with several optical Particle A'3 contacts the palm of the driver's hand, using light rays similar to non-invasive light acupuncture to stimulate the nerves transmitted from the skin to the brain to generate resonance to induce brain waves of a specific frequency to beta waves (13hz~30hz), and feedback light The adjustment technology combines the control unit and the physiological signal sensing unit to display the driver's awakening state W1 and connects to the vehicle control module device A.

Example 2

Optical stimulation control module devices A41~A44 are installed on the seat headrests 41~44:

The optical stimulation control module devices A42~A44 are installed on the seat head cushions 41~44, wherein the optical stimulation control module devices A42~A44 are equipped with several optical particles A ' 3 When touching passengers, light rays will be used to stimulate skin nerves similar to non-invasive light acupuncture and transmit to the brain to produce resonance, inducing brain waves of a specific frequency to α waves ~ β waves (8 ~ 25Hz) waves to awaken the state W, or Producing brain waves α~θ waves (5~13Hz) is the sleep state S, and the optical stimulation control module device A41 controls the driver's head to contact the front left seat headrest 41 to generate the awake state W-β waves and r waves. (20~30Hz).

Example 3

The optical stimulation control module devices A41~A44 are installed on the foot pad 7 and the safety belt 6:

The optical stimulation control module device A7 is installed on the footrest 7. The optical stimulation control module device A7 is equipped with several optical particles A ' 3 that emit light to the driver. It is transmitted to the brain to generate resonance to induce brain waves of specific frequency β waves ~ r waves (17 ~ 30Hz) as the awakening state W, and a vibrator S1 is installed under the driver's left foot and connected to the control module device A as when the driver wants to sleep. The driver is awakened by a vibration, and when the driver fastens the seat belt 6, the seat belt 6 is equipped with an optical stimulation control module device A6 and an electrical stimulation vibrator S1. These stimulate the production of brain waves beta waves and r waves (20 ~30Hz) is the wake-up state W.

Example 4

Optical stimulation control module devices A31~A32 are installed on the air outlets 31 and 32:

The optical stimulation control module device A31 is installed at the air outlet 31. The optical stimulation control module device A31 is equipped with several optical particles A'3 to irradiate the passengers with light, using light rays as non-invasive light acupuncture stimulation. The skin nerves are transmitted to the brain to generate resonance to induce brain waves of a specific frequency to beta waves (17~25Hz), which is the waking state W, or generate brain waves theta waves (5~8Hz), which is the sleep state S, and the optical stimulation control module Device A32 is installed at the driver's air outlet 32 to generate wake-up state W-β waves and r-waves (16~30Hz) after light rays.

Example 5

Optical stimulation control module devices A51~A54 are installed on the car doors 51~54:

The optical stimulation control module devices A52~54 are installed on the car doors 52~54. The optical stimulation control module devices A52~A54 are equipped with several optical particles A'3 to irradiate the passengers with light, and the light rays are similar to non-invasive. The specific light acupuncture stimulates the skin nerves to transmit to the brain to produce resonance, inducing brain waves of a specific frequency to beta waves (16~27Hz), which is the waking state W, or generating brain waves theta waves (4~8Hz), which is the sleep state S, and The optical stimulation control module device A51 is installed in the driver's side door 51 and generates wake-up state W-β waves and r-waves (19~30Hz) after light rays.

Example 6

Optical stimulation control module devices A11 and A12 are installed on the roof 2 and 21:

The optical stimulation control module device A11 is installed on the roof 2 of the car. The optical stimulation control module device A11 is equipped with several optical particles A ' 3 to irradiate the passengers with light rays, which are similar to non-invasive light acupuncture stimulation. The skin nerves are transmitted to the brain to generate resonance to induce brain waves of a specific frequency to beta waves (14~28Hz) for the waking state W, or generate brain waves theta waves (4~7Hz) for the sleep state S, and the optical stimulation control module Device A12 is installed on the roof above the driver and generates wake-up state W-β waves and r-waves (22~30Hz) after 21 light rays.

Example 7

The control module device A is connected to the brain wave, heart rhythm, temperature, blood oxygen concentration, and muscle strength device B, and is connected to the optical stimulation control module devices B1 to B6, which are installed on the head 8, hands 9, and feet of the human body 10. Chest 11, abdomen 12, shoulders 13, ears 14, and soles of feet 15. Several optical particles A'3 are installed in them to emit light to various parts of the human body, using light rays to stimulate non-invasive light acupuncture. The skin nerves are transmitted to the brain to generate resonance to induce brain waves of a specific frequency to beta waves (13~30Hz) as the awakening state, and are used to detect the human body's brain waves - heart rhythm, blood pressure, temperature, blood oxygen concentration and muscle strength. Test.

To sum up, as described in Examples 1 to 6 in Table 1, the control module device A is connected to the optical stimulation control module devices A1, A11, A12, A31, A32, A41~A44, A51~A54, A6, A7 , applied to the steering wheel 1, seat belt 6, roof above the driver 21, footrest pad 7, front left seat headrest 41, air outlet 32, front door 51, sleep S or wake up connection air outlet 31, roof 2, Front right door 53, left rear door 54, right rear door 52, front right seat head cushion 42, front right seat head cushion 43, rear left seat head cushion 44, and use non-invasive light acupuncture to stimulate skin nerves It is transmitted to the brain to generate resonance to induce brain waves of a specific frequency to control the waking state W or the sleeping state S, which can provide excellent safety for car drivers and excellent comfort for passengers, or control module device A to connect to the optical stimulation control module Devices B1 to B6 are worn on the head 8, hands 9, feet 10, chest 11, abdomen 12 and shoulders 13 of the human body P and use non-invasive light acupuncture to stimulate the skin to detect the human body's brain waves. -Heart rhythm, blood pressure, temperature, blood oxygen concentration and muscle strength detection.

This invention is a body signal detection and excitation (adjustment control) device with AI intelligence, which can be worn on the human body or installed in a car body or home bedding device system. It has met the patent requirements and a patent application has been filed in accordance with the law.

1’: Body signal detection and excitation (adjustment control) device with AI intelligence, worn on the human body or installed in automobiles and home bedding device systems

1: Steering wheel

2,21:Roof

31,32: Air outlet

41~44: Seat head cushion

51~54: Car door

6:Safety belt

7: Foot pad

8:Head

9: Wrist

10:Feet

11: Chest

12: Abdomen

13:Shoulder

A:Control module device

A1,A11,A12,A31,A32,A41~A44,A51~A54,A6,A7,B1,B2,B3,B4,B5,B6,C1: Optical stimulation control module device

A”:Cloud device

A1”:Company server

A2”:Download website

A3”: Online store

B: Brainwave-heart rhythm detection device

D’: circuit board

E:Power supply

L’: network link

S’: Hats, headphones, scarves, shawls, bracelets, gloves, underwear, underwear, knee pads, socks, insoles, home bedding systems (lamps, chairs, chair cushions, beds, mattresses, pillows...)

S1: Electric stimulation vibrator

S2: Vibrator

Claims (6)

A body signal detection and excitation (adjustment control) device with AI intelligence, worn on the human body or installed in a car body and home bedding device system, consisting of a control module device, a circuit board, and a brainwave-heart rhythm detection device , temperature detection device, blood oxygen concentration detection device, muscle strength detection device, vibrator, power supply and optical stimulation control module, including: - Control module device: It is installed at the front end of the car and connected Circuit board, brainwave-heart rhythm detection device, power supply, or installed on various parts of the human body or other wearables and connected to the circuit board and brainwave-heart rhythm device, temperature detection device, blood oxygen concentration detection device and muscle strength Detection device; - Optical stimulation control module: composed of an upper layer board, an optical module board, a control unit, a wireless device, a battery board, a physiological signal sensing device and a lower layer board; and - Vibrator: It is installed on the seat belt and foot pad; among them, the control module device controls the optical stimulation control module to connect various parts of the car or various parts of the human body to generate brain wave types of alpha wave, beta wave, r wave, theta wave, and delta wave. Waves, and brain waves α waves > β waves > r waves produce a gradual awakening state, and alpha waves < theta waves < delta waves produce a gradual sleep state. The control module device controls the optical stimulation control module and is connected and installed in various parts of the car or Various parts of the human body are used as safety detectors. The body signal detection and excitation (adjustment control) device with AI intelligence as described in claim 1, worn on the human body or installed on the car body and home bedding device system, wherein the control module device is connected through a network link Cloud devices refer to company servers, download websites and online stores. The body signal detection and excitation (adjustment control) device with AI intelligence as described in claim 1, worn on the human body or installed in the car body and home bedding device system, wherein the optical module in the optical stimulation control module Several optical particles are installed on the board and distributed on the upper and lower parts. Several optical particles contact the palm or other parts and emit light rays with a special frequency band wavelength (700nm~1000nm). The learning stimulation control module device is connected to the steering wheel, car roof, air outlet, seat head cushion, door, seat belt, foot pad, and seat belt. An electric stimulation vibrator is installed on the seat belt, and a vibration device is installed on the foot pad. device. The body signal detection and excitation device (adjustment control) with AI intelligence as described in claim 1 is worn on the human body or installed on the car body or home bedding system, and is used for sleep, sleep assistance, autonomic nervous system regulation, A device system for health promotion and safety of the body, in which the control module device controls the optical stimulation control module connected to the steering wheel to generate β waves for the awakening state, and the control module device controls the optical stimulation control module connected to the foot pads to generate β~r waves for In the awakening state, the control module device controls the optical stimulation control module connected to the seat belt to generate β~r waves, which is the awakening state. The control module device controls the optical stimulation control module, connected to the passenger seat headrest, to generate α~β waves, which is the awakening state. The α~θ waves are in the sleep state. The control module device controls the optical stimulation control module connected to the driver's seat headrest to generate β~r waves. The control module device controls the optical stimulation control module connected to the passenger air outlet to generate β. The wave is the awakening state and theta wave is the sleep state. The control module device controls the optical stimulation control module to connect to the driver's air outlet to generate β~r waves to indicate the awakening state. The control module device controls the optical stimulation control module to connect to the passenger door to generate β. The wave is the awakening state and theta wave is the sleep state. The control module device controls the optical stimulation control module to connect to the driver's door to generate β~r waves to indicate the awakening state. The control module device controls the optical stimulation control module to connect to the passenger car roof to generate β. The wave is the waking state and theta wave is the sleeping state. The control module device controls the optical stimulation control module and is connected to the driver's roof to generate β~r waves, which is the waking state. The body signal detection and excitation (adjustment control) device with AI intelligence as described in claim 1 is worn on the human body or installed in the car body and home bedding device system, in which the optical stimulation control module device is connected to the human body's head It uses non-invasive light acupuncture to stimulate the skin on the head, wrists, feet, chest, abdomen, shoulders, ears, and soles of the feet to detect the human body's brainwaves-heart rate, blood pressure, temperature, blood oxygen concentration, and muscle function. force status. The body signal detection and excitation (adjustment control) device with AI intelligence as described in claim 1 is worn on the human body or installed on the car body and home bedding device system, in which the control module device is connected The optical stimulation control module device can be connected to other wearable devices including hats, headphones, masks, scarves, shawls, bracelets, gloves, clothes, underwear, underwear, knee pads, socks, insoles or home bedding systems (lamps, chairs) , chair cushions, beds, mattresses, pillows...).

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