CN110947073A - Brain sensory potential development training system and detection method - Google Patents
Brain sensory potential development training system and detection method Download PDFInfo
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- CN110947073A CN110947073A CN201911061915.2A CN201911061915A CN110947073A CN 110947073 A CN110947073 A CN 110947073A CN 201911061915 A CN201911061915 A CN 201911061915A CN 110947073 A CN110947073 A CN 110947073A
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- A61M2021/0027—Other devices or methods to cause a change in the state of consciousness; Devices for producing or ending sleep by mechanical, optical, or acoustical means, e.g. for hypnosis by the use of a particular sense, or stimulus by the hearing sense
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Abstract
The invention discloses a brain sensing potential development training system and a detection method, wherein the light-shading intensity is detected by a light sensing detection module, brainwaves of a trainee are detected and received by a brainwave detection module, brainwaves are detected by a brainwave detection module obtained by a brainwave training system platform and brain wave lines are displayed by a display screen, the brain sensing trainer judges whether the brainwaves enter an a-wave state or not by the display screen, the trainee trains and dictates surrounding scenery by a training method and receives description of the scenery by an audio receiving module, the surrounding scenery is detected by a camera shooting sensing module, the camera shooting sensing module is obtained by the brainwave training system platform and receives description contrastive analysis of the scenery with the audio receiving module, and the similarity of the description of the dictated scenery and the shot scenery is judged by the brainwave training system platform. The invention scientifically and systematically exercises and develops human potential, diversifies the method, and realizes data quantification and high efficiency through detection and analysis of modern technology.
Description
Technical Field
The invention relates to a potential development training system, in particular to a brain sensation potential development training system, and also relates to a potential training method, in particular to a brain sensation potential development training system, and belongs to the technical field of computer software.
Background
The brain sensation is also called intuition-sixth sensation, and is also called third eye, sky eye, blind vision, brain sensation, non-eye vision, spirit brain resuscitation, brain induction (HSP), super capability (ESP), and the like, and is the sixth sensation in addition to five senses such as eye (vision), ear (hearing), skin (touch), nose (smell), tongue (taste), and the like, so that the brain sensation is called sixth sensation-intuition, is a popular global brain potential development training course in recent years, and is valued in many countries such as the united states, canada, russia, united kingdom, france, germany, japan, korea, singapore, malaysia, and otalia, and the like, the waste of the brain sensation is the largest waste of the human, and the inspiration of the brain sensation (sixth sensation) is known as a new sign of human evolution in the 21 st century.
In the prior art, a plurality of modes such as a music starting method, a meditation and a picture viewing method are adopted in the brain feeling development process, and the modes cannot form scientific system training, have single technology and limited methods, have no data quantification, are long in time, slow in effectiveness and poor in stability, so that the brain feeling potential development training system and the brain feeling potential detection method are required to be invented to solve the problems.
Disclosure of Invention
The invention mainly aims to provide a brain sensing potential development training system and a detection method, wherein a shading cloth is bound on eyes of a person receiving training, the shading cloth shading intensity is detected through a light sensing detection module, brain waves of the person receiving training are detected through a brain wave detection module, the brain waves are detected through a brain sensing training system platform, the brain waves are detected through a brain wave detection module, brain wave lines are displayed through a display screen, whether the brain waves enter an a-wave state or not is judged through the display screen by a brain sensing latency trainer, the person training is trained through a training method, peripheral scenery is dictated through a training method, description of the scenery is received through an audio receiving module, the peripheral scenery is detected through a camera sensing module, the camera sensing module is obtained through the brain sensing training system platform, the scenery is detected through the camera sensing training system platform, the description of the scenery is received through the audio receiving module, the description of the scenery is compared and analyzed with the scenery through the audio receiving module, the, further, the scientific and systematic exercise and the development of human potential are realized, so that the method is diversified, and the data quantification and the high efficiency are realized through the detection and the analysis of the modern technology.
The purpose of the invention can be achieved by adopting the following technical scheme:
a brain sensory potential development training system and a detection method comprise the following steps: the light shading cloth is bound on the eyes of a receiving trainer, and the light shading intensity of the light shading cloth is detected by a light sensation detection module; detecting and receiving brainwaves of the trainee through a brainwave detection module; acquiring brain waves detected by a brain wave detection module through a brain feeling training system platform and displaying brain wave lines through a display screen; judging whether the brain waves enter an a wave state or not by a brain feeling latent trainer through a display screen; training personnel train and dictate surrounding scenes through a training method and receive description of the scenes through an audio receiving module; detecting surrounding scenes through a camera sensing module; the method comprises the steps that a shooting sensing module is obtained through a brain sensing training system platform to detect scenery and the shooting sensing module receives description comparison analysis of the scenery with an audio receiving module; and judging the similarity of the description of the dictation scenery and the photographed scenery by the brain feeling training system platform.
Preferably, the method for training a person in step 5 comprises the following steps: perception color, perception numbers and characters; sensing a moving object; sensing patterns and character information on the reverse side of the training card; sensing information of a certain character on a certain page of a book which is separated from an object or not seen; sensing a remote object.
Preferably, the sensing colors, sensing numbers and characters in the step 1 train to specifically use the brain sensing function to make the brain screen to display images, the target to be sensed is positioned by means of an idea, the matched information is on the brain screen at the same frequency, the information appearing on the brain screen is read out, the eyes are opened to determine the information, the training is repeated, and the training is repeated until various shapes, colors, numbers and characters with different sizes can be correctly sensed in a specified time range.
Preferably, the ability to specifically teach to watch television, play games and move tracking walks while perceiving moving objects in step 2 is repeatedly trained to proficiency.
Preferably, in step 3, the pattern on the reverse side of the training card is sensed, and the text information specifically senses the pattern and the text information on the reverse side of the training card and is repeatedly trained to be skilled.
Preferably, in step 5, the distant object is sensed to be close to distant, and the training is sequentially and gradually performed from 1m, 2m, 3m, 4m, 5m, 6m, 10m, and 20 m.
A brain sensing potential development training system comprises a brain sensing training system platform, a brain wave detection module, a light sensing detection module, a camera sensing module and an audio receiving module, wherein the brain sensing training system platform is used for collecting signals transmitted by the brain wave detection module, the light sensing detection module, the camera sensing module and the audio receiving module, analyzing the signals and displaying the signals through a display screen;
the brain wave detection module is used for being arranged on the head of a trainer to perform brain wave detection on the trainer and transmitting signals to the brain feeling training system platform;
the light sensation detection module is used for detecting the light sensation intensity on the shading cloth and transmitting signals of the light sensation intensity to the brain sensation training system platform;
the shooting sensing module is used for shooting surrounding scenes and transmitting signals of the scenes to the brain sensing training system platform;
the audio receiving module is used for receiving signals of dictation scenes of trainees and transmitting the signals to the brain feeling training system platform;
the brain wave detection module, the light sensation detection module, the camera shooting sensing module and the audio receiving module are electrically connected to the computer equipment, and a brain sensation training system platform used for receiving signals of the brain wave detection module, the light sensation detection module, the camera shooting sensing module and the audio receiving module and analyzing and displaying the signals is arranged in the computer equipment.
The invention has the beneficial technical effects that:
the invention provides a brain sensing potential development training system and a detection method, wherein a shading cloth is bound on eyes of a person receiving training and the shading cloth shading intensity is detected by a light sensing detection module, brain waves of the person receiving training are detected and received by a brain wave detection module, the brain waves are detected by a brain sensing training system platform and are displayed by a display screen, a brain sensing submarine trainer judges whether the brain waves enter an a-wave state or not by the display screen, the trainer trains and dictates surrounding scenery by a training method and receives the description of the scenery by an audio receiving module, the surrounding scenery is detected by a camera sensing module, the camera sensing module is obtained by the brain sensing training system platform to detect the scenery and receives the description of the scenery by the audio receiving module for comparison and analysis, and the brain sensing training system platform judges the similarity between the description of the dictated scenery and the photographed scenery, further, the scientific and systematic exercise and the development of human potential are realized, so that the method is diversified, and the data quantification and the high efficiency are realized through the detection and the analysis of the modern technology.
Drawings
Fig. 1 is a system diagram of a preferred embodiment of a brain sensory potential development training system in accordance with the present invention.
Detailed Description
In order to make the technical solutions of the present invention more clear and definite for those skilled in the art, the present invention is further described in detail below with reference to the examples and the accompanying drawings, but the embodiments of the present invention are not limited thereto.
Example one
The brain sensory potential development training detection method provided by the embodiment comprises the following steps:
step 1: the light shading cloth is bound on the eyes of a receiving trainer, and the light shading intensity of the light shading cloth is detected by a light sensation detection module;
step 2: detecting and receiving brainwaves of the trainee through a brainwave detection module;
and step 3: acquiring brain waves detected by a brain wave detection module through a brain feeling training system platform and displaying brain wave lines through a display screen;
and 4, step 4: judging whether the brain waves enter an a wave state or not by a brain feeling latent trainer through a display screen;
and 5: training personnel train and dictate surrounding scenes through a training method and receive description of the scenes through an audio receiving module;
step 6: detecting surrounding scenes through a camera sensing module;
and 7: the method comprises the steps that a shooting sensing module is obtained through a brain sensing training system platform to detect scenery and the shooting sensing module receives description comparison analysis of the scenery with an audio receiving module;
and 8: and judging the similarity of the description of the dictation scenery and the photographed scenery by the brain feeling training system platform.
In this embodiment, the method for training a human in step 5 includes the following steps:
step 1: perception color, perception numbers and characters;
step 2: sensing a moving object;
and step 3: sensing patterns and character information on the reverse side of the training card;
and 4, step 4: sensing information of a certain character on a certain page of a book which is separated from an object or not seen;
and 5: sensing a remote object.
In this embodiment, the sensing colors, sensing numbers and characters in step 1 train to make the brain screen to present images by using the brain sensing function, the target to be sensed is located by means of the idea, the matched information is on the brain screen at the same frequency, the information appearing on the brain screen is read out, the eyes are opened to determine the information, the training is repeated, and the training is repeated until various shapes, colors, numbers and characters with different sizes can be sensed correctly within a specified time range.
In this embodiment, the ability to specifically train eyes to watch television, play games, and move to track walking in step 2 is trained to be proficient repeatedly.
In this embodiment, in step 3, the pattern on the reverse side of the training card is sensed, and the text information specifically senses the pattern and text information on the reverse side of the training card and is repeatedly trained to be skilled.
In this embodiment, step 5 senses that the distant object is close to and far from, and the training is performed gradually and gradually from 1m, 2m, 3m, 4m, 5m, 6m, 10m, and 20 m.
Example two
A brain sensing potential development training system comprises a brain sensing training system platform, a brain wave detection module, a light sensing detection module, a camera sensing module and an audio receiving module, wherein the brain sensing training system platform is used for collecting signals transmitted by the brain wave detection module, the light sensing detection module, the camera sensing module and the audio receiving module, analyzing the signals and displaying the signals through a display screen;
the brain wave detection module is used for being arranged on the head of a trainer to perform brain wave detection on the trainer and transmitting signals to the brain feeling training system platform;
the light sensation detection module is used for detecting the light sensation intensity on the shading cloth and transmitting signals of the light sensation intensity to the brain sensation training system platform;
the shooting sensing module is used for shooting surrounding scenes and transmitting signals of the scenes to the brain sensing training system platform;
the audio receiving module is used for receiving signals of dictation scenes of trainees and transmitting the signals to the brain feeling training system platform;
the brain wave detection module, the light sensation detection module, the camera shooting sensing module and the audio receiving module are electrically connected to the computer equipment, and a brain sensation training system platform used for receiving signals of the brain wave detection module, the light sensation detection module, the camera shooting sensing module and the audio receiving module and analyzing and displaying the signals is arranged in the computer equipment.
In summary, the blackout cloth is bound on the eyes of a person receiving training, the blackout cloth shading intensity is detected by the light sensation detection module, the brain wave of the person receiving training is detected and received by the brain wave detection module, the brain wave is detected by the brain wave detection module obtained by the brain sensation training system platform, the brain wave line is displayed by the display screen, the brain sensation latent trainer judges whether the brain wave enters the a-wave state or not by the display screen, the person training trains and dictates the surrounding scenery by the training method and receives the description of the scenery by the audio receiving module, the surrounding scenery is detected by the camera shooting sensing module, the camera shooting sensing module is obtained by the brain sensation training system platform and compares and analyzes the description of the scenery with the audio receiving module, the description of the dictated scenery and the camera shooting scenery are judged to be similar by the brain sensation training system platform, and the person can be trained and developed by the scientific system, the method is diversified, and the data quantification and the high efficiency are realized through the detection and the analysis of the modern technology.
The above description is only for the purpose of illustrating the present invention and is not intended to limit the scope of the present invention, and any person skilled in the art can substitute or change the technical solution of the present invention and its conception within the scope of the present invention.
Claims (7)
1. A brain sensory potential development training detection method is characterized in that: the method comprises the following steps:
step 1: the light shading cloth is bound on the eyes of a receiving trainer, and the light shading intensity of the light shading cloth is detected by a light sensation detection module;
step 2: detecting and receiving brainwaves of the trainee through a brainwave detection module;
and step 3: acquiring brain waves detected by a brain wave detection module through a brain feeling training system platform and displaying brain wave lines through a display screen;
and 4, step 4: judging whether the brain waves enter an a wave state or not by a brain feeling latent trainer through a display screen;
and 5: training personnel train and dictate surrounding scenes through a training method and receive description of the scenes through an audio receiving module;
step 6: detecting surrounding scenes through a camera sensing module;
and 7: the method comprises the steps that a shooting sensing module is obtained through a brain sensing training system platform to detect scenery and the shooting sensing module receives description comparison analysis of the scenery with an audio receiving module;
and 8: and judging the similarity of the description of the dictation scenery and the photographed scenery by the brain feeling training system platform.
2. The brain sensory potential development training detection method according to claim 1, characterized in that: the method for training the trainees in the step 5 comprises the following steps:
step 1: perception color, perception numbers and characters;
step 2: sensing a moving object;
and step 3: sensing patterns and character information on the reverse side of the training card;
and 4, step 4: sensing information of a certain character on a certain page of a book which is separated from an object or not seen;
and 5: sensing a remote object.
3. The brain sensory potential development training detection method according to claim 2, characterized in that: step 1, sensing color, sensing number and character, training, specifically using brain sensing function to make brain screen image, positioning object to be sensed by intention, locking target, co-frequency matching information on brain screen, reading information appearing on brain screen, opening eyes to determine, repeating practice, and repeating practice until various shapes, colors, numbers and characters with different sizes can be sensed correctly in a specified time range.
4. The brain sensory potential development training detection method according to claim 2, characterized in that: and 2, sensing the moving object, specifically training the abilities of watching television, playing games and moving and tracking walking by eyes to be skilled repeatedly.
5. The brain sensory potential development training detection method according to claim 2, characterized in that: and 3, sensing the patterns on the reverse side of the training card, specifically sensing the patterns and the character information on the reverse side of the training card by the character information, and repeatedly training to be skilled.
6. The brain sensory potential development training detection method according to claim 2, characterized in that: in step 5, the remote object is sensed to be close first and then far, and the training is sequentially and gradually carried out from 1m, 2m, 3m, 4m, 5m, 6m, 10m and 20 m.
7. The brain sensing potential development training system of claims 1-6, comprising a brain sensing training system platform, a brain wave detection module, a light sensing detection module, a camera sensing module and an audio receiving module, characterized in that: the brain sensation training system platform is used for collecting and analyzing signals transmitted by the brain wave detection module, the light sensation detection module, the camera sensing module and the audio receiving module and displaying the signals through a display screen;
the brain wave detection module is used for being arranged on the head of a trainer to perform brain wave detection on the trainer and transmitting signals to the brain feeling training system platform;
the light sensation detection module is used for detecting the light sensation intensity on the shading cloth and transmitting signals of the light sensation intensity to the brain sensation training system platform;
the shooting sensing module is used for shooting surrounding scenes and transmitting signals of the scenes to the brain sensing training system platform;
the audio receiving module is used for receiving signals of dictation scenes of trainees and transmitting the signals to the brain feeling training system platform;
the brain wave detection module, the light sensation detection module, the camera shooting sensing module and the audio receiving module are electrically connected to the computer equipment, and a brain sensation training system platform used for receiving signals of the brain wave detection module, the light sensation detection module, the camera shooting sensing module and the audio receiving module and analyzing and displaying the signals is arranged in the computer equipment.
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| CN104606763A (en) * | 2015-01-30 | 2015-05-13 | 上海泰亿格康复医疗科技股份有限公司 | Audio-visual comprehensive training aid based on brain wave induction and audio visualization technology |
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