TWM505917U - Hypnosis machine - Google Patents

Description

Hypnotic machine

The present invention relates to a hypnotic machine, in particular to a δ wave generated by a stable and continuous feedback to the user to induce the suppression of the alpha wave, and to transmit a suitable sleep wave spectrum, so that the user can enter the sleep state more smoothly. An innovator of hypnotic machines that gives users better sleep quality and more practical use in their overall use.

According to the distribution, the human cerebral cortex has a vertical distribution of vertebral neurons [neuron]. The dendrites and cell bodies in the neurons produce local potential changes during activity. The so-called physiological potential, the human cerebral cortical cells can be connected by each other. Together, the vertebral neurons near the cerebral cortex can produce the same potential change, and the physiological potential of the brain wave is very weak, about 5 to 30 microvolts of alternating current signal.

With the advancement of electronic engineering, the number of waves of brain waves can also be measured by instruments, and different brain wave vibrations can correspond to human consciousness activities to some extent, so the International Brainwave Society The number of cycles of different vibrations of brain waves is named as α, β, θ, δ waves;

The alpha wave has a frequency of 8 to 14 Hz. When α is the dominant brain wave, the human consciousness is clear, but the body is relaxed. It provides a bridge between consciousness and subconsciousness. Because in this state, the body and mind energy consumption is the least. Relatively the higher energy gained in the brain, the operation will be faster, smoother, inspirational and intuitive, and the activity of the brain is lively. The alpha wave is the best brainwave state for people to learn and think.

The β wave has a frequency of 14 Hz or more. When the β wave is a dominant brain wave, it is a state of most brain waves when the person is awake. As the β wave increases, the human body becomes nervous and ready to respond to the external situation. Environmental response, in addition to maintaining the operation of the system itself, the brain energy must be prepared to command the external defense system, thus reducing the body's immune system ability. In this state, people's physical and mental energy consumption is relatively fierce, and they are quickly tired if not fully rested. It is very easy to accumulate pressure; however, the right amount of beta waves is a key help for positive attentional improvement and cognitive behavioral development.

The θ wave has a frequency of 4 to 8 Hz. When the θ wave is the dominant brain wave, the human consciousness is interrupted and the body is deeply relaxed. This is a high-level mental state, which is the often-introduced “into the state”. In the state, because of the interruption of consciousness, the critical or moral filtering mechanism that is usually awake is buried, thus opening the door of the mind and presenting a highly suggestive state of the external message [Hyper-suggestibility], which is why People can easily receive external commands when they are hypnotized. In addition, the θ wave has a very direct relationship with the brain limb system, which is extremely helpful for triggering deep memory and strengthening long-term memory [LTP].

The delta wave has a frequency of 0.4 to 4 Hz. When the delta wave is the dominant brain wave, it is deep sleep, unconscious state, and the quality of human sleep is directly related to the delta wave; delta sleep is a dreamless and Very deep sleep state, usually a normal sleep cycle will occur four to five times a night, and the first occurrence period in the early stage of sleep is a dreamless delta wave [Non-REM] state, so if you are in sleep It allows you to summon the physical and mental sensation of the edge of the delta wave, and you can quickly get rid of insomnia and enter deep sleep.

The reason is that, in view of this, the creators have been researching and improving the existing structures and defects by providing rich experience in design and development and actual production of the relevant industries for many years, in order to provide a hypnotic machine, in order to achieve better practical value.

The main purpose of this creation is to provide a hypnosis machine, which mainly utilizes a stable and continuous transmission of a suitable sleep wave spectrum to the user, and utilizes feedback optimization to obtain a stable and continuous wave-induced signal, so as to make the user smoother. The sleep state allows the user to obtain better sleep quality, and at the same time achieve hypnotic effect, and the utility model is more practical and effective in its overall application.

The main purpose and effect of this hypnotic machine are achieved by the following specific technical means:

The main system includes a brain wave capturing unit, an arithmetic processing unit, a feedback tactile evoked signal generating unit and an output system; wherein:

The brain wave capturing unit is attachable to the head of the user for measuring the current brain wave state of the user;

The arithmetic processing unit is coupled to the brain wave capturing unit, so that the arithmetic processing unit can perform the operation according to the brain wave signal captured by the brain wave capturing unit, and is coupled with the feedback tactile evoked signal generating unit in the arithmetic processing unit. The result of the operation of the operation processing unit is used to control the feedback tactile evoked signal generating unit to generate a feedback evoked signal;

The feedback haptic evoked signal generating unit is connected to the arithmetic processing unit, and the feedback haptic evoked signal generating unit is also coupled to the output system, so that the feedback haptic evoked signal generating unit can output a combination of a plurality of fundamental frequencies and amplitudes. Spectrum

The output system is coupled to the feedback haptic evoked signal generating unit to transmit a feedback evoked signal output by the feedback haptic evoked signal generating unit to the user via the output system.

A preferred embodiment of the present hypnotic machine, wherein the brain wave capturing unit is attached to the forehead, the top, the occiput, and the ankle of the user's head.

A preferred embodiment of the present hypnotic machine, wherein the feedback tactile evoked signal generating unit outputs a hybrid spectrum composed of a plurality of fundamental frequencies and amplitudes, which are self-regulating.

A preferred embodiment of the present hypnotic machine, wherein the output system provides a patch attached to the user for sensing to transmit an input evoked signal to the user.

A preferred embodiment of the present hypnotic machine, wherein the output system can be used with any of the in-ear hearing, strong and weak scintillating light vision, and transmits an induced signal to the user.

In order to make the technical content, creative purpose and the effect achieved by this creation more complete and clear, please elaborate below, and please refer to the drawings and drawings:

First, please refer to the schematic diagram of the first diagram of this creation. The main creation includes brainwave extraction unit (1), arithmetic processing unit (2), feedback tactile evoked signal generating unit (3) and output system ( 4); where:

The brain wave capturing unit (1) is attachable to the forehead, the top, the occiput, and the ankle of the user's head for measuring the current brain wave state of the user.

The arithmetic processing unit (2) is coupled to the brain wave capturing unit (1), so that the arithmetic processing unit (2) can perform the operation according to the brain wave signal captured by the brain wave capturing unit (1), and The arithmetic processing unit (2) is coupled with a feedback tactile evoked signal generating unit (3) for causing the result of the operation of the arithmetic processing unit (2) to control the feedback tactile evoked signal generating unit (3) to generate a feedback evoked signal.

The feedback haptic evoked signal generating unit (3) is connected to the arithmetic processing unit (2), and the feedback haptic evoked signal generating unit (3) is also coupled to the output system (4), and the feedback haptic evoked signal generating unit is 3) It can output a hybrid spectrum composed of several fundamental frequencies and amplitudes, and can be self-regulated.

The output system (4) is coupled to the feedback tactile evoked signal generating unit (3), and the output system (4) is attachable to the user for sensing to output the feedback tactile evoked signal generating unit (3) The feedback evoked signal is transmitted to the user via the output system (4), and can also be used to transmit an evoked signal to the user in conjunction with the in-ear hearing or the strong and weak scintillating light vision.

In this way, the creation of the creation is made by the user to attach the brain wave capturing unit (1) to the head, and the output system (4) is connected to the user, and the brain wave is used for capturing. The unit (1) measures the brain wave of the user, and at this time, the operation processing unit (2) performs the basic three-spectrum operation according to the brain wave signal captured by the brain wave capturing unit (1), so that the unit The arithmetic processing unit (2) controls the feedback haptic evoked signal generating unit (3) according to the calculated result to combine the fundamental frequency, the Fourier spectrum, the power spectrum and the entropy spectrum, and controls and adjusts the frequency and amplitude of the output system (4) to generate a suitable a sleep wave spectrum signal, the appropriate sleep wave spectrum signal is set as an input spectrum, and the control feedback tactile evoked signal generating unit (3) transmits a input to the user via the output system (4) to maintain the frequency of the output. With the amplitude and continuous output, the user's brain wave is hypnotized to the same frequency and amplitude as the output, so that the effect of letting sleep go to sleep can be achieved.

By the above, the composition and use of the creation structure can be seen that, compared with the existing structure, this creation mainly uses a stable and continuous transmission of a suitable sleep wave spectrum to the user, so that the user can A smoother sleep state, allowing users to obtain better sleep quality, and more practical performance characteristics in their overall use.

The above-mentioned embodiments or drawings are not intended to limit the structure of the present invention, and any suitable variations or modifications of those skilled in the art should be considered as not departing from the scope of the invention.

In summary, the present embodiment can achieve the expected use efficiency, and the specific structure disclosed is not only found in similar products, nor has it been disclosed before the application, and has fully complied with the requirements and requirements of the Patent Law.爰Proposing an application for a new type of patent in accordance with the law, and pleading for a review and granting a patent, it is really sensible.

(1) ‧‧‧ brain wave capture unit

(2) ‧‧‧Operation Processing Unit

(3) ‧ ‧ feedback tactile evoked signal generating unit

(4) ‧‧‧Output system

The first picture: Schematic diagram of the creation

(1) ‧‧‧ brain wave capture unit

(2) ‧‧‧Operation Processing Unit

(3) ‧ ‧ feedback tactile evoked signal generating unit

(4) ‧‧‧Output system

Claims (5)

A hypnotic machine, which mainly comprises a brain wave capturing unit, an arithmetic processing unit, a feedback tactile evoked signal generating unit and an output system; wherein: the brain wave capturing unit is attachable to the user's head. For determining the current brain wave state of the user; the arithmetic processing unit is coupled to the brain wave capturing unit, so that the arithmetic processing unit can perform the operation according to the brain wave signal captured by the brain wave capturing unit, and perform the operation The processing unit is coupled with a feedback haptic evoked signal generating unit for causing the result of the operation of the arithmetic processing unit to control the feedback haptic evoked signal generating unit to generate a feedback evoked signal; the feedback haptic evoked signal generating unit is connected to the arithmetic processing unit And causing the feedback tactile evoked signal generating unit to be coupled to the output system, wherein the feedback tactile evoked signal generating unit can output a spectrum composed of a plurality of fundamental frequencies and amplitudes; the output system, and the feedback tactile evoked signal generating unit Connected to pass the feedback evoked signal output by the feedback haptic evoked signal generating unit via the input The system is transmitted to the user. The hypnotic machine of claim 1, wherein the brain wave capturing unit is attached to the forehead, the top, the occiput, and the ankle of the user's head. The hypnotic machine according to claim 1, wherein the feedback tactile evoked signal generating unit outputs a hybrid spectrum composed of a plurality of fundamental frequencies and amplitudes, which can be self-regulated. The hypnotic machine of claim 1, wherein the output system provides a patch attached to the user to transmit an input evoked signal to the user. The hypnotic machine of claim 1, wherein the output system can be used with any of the in-ear hearing and the strong and weak scintillating light to transmit an induced signal to the user.