DE102021001747A1 - Electromechanical, electromagnetic and optical device for the transmission of mechanical, electromagnetic and optical signals and signal sequences and information encoded therein to humans - Google Patents

Abstract

Electromechanical and electromagnetic converter device consisting of- at least two converters (1) for converting electrical signals into electroacoustic, electromagnetic and optionally optical signals,- a connecting bracket with a coil (2),- a generator for electrical signals and signal sequences (3),- an electronic programmable coding unit (4) for coding information using the generator 3, characterized in that the metal housings of the two converters (2) and the connecting gun bracket with the coil (2) have the electrical and electromagnetic circuit form of a Tesla transformer, - the metal casings of the two transducers (2) have the role of the capacitor plates of the capacitor of the Tesla transformer and are electrically and electromagnetically connected to each other via the ferromagnetic or diamagnetic connecting bracket with the coil (2),- the two transducers (2) at the head of a Human in each case at a temple or in the temple are attached to the outside area, - the coding unit (4) for coding information using the generator (3) for the technical generation of signals and signal sequences with the aid of a computer program is used, - the signals and signal sequences generated are divided into one or more separate electromechanical, Electromagnetic or electro-optical electronic components of the converter (1) are fed electronically and thereby the generation of both electro-acoustic sound waves and electric, electromagnetic fields and field currents through the energy and function control parameters of the fed signal and signal forms in time, shape, phase, amplitude and Frequency or other associated specific properties is used, - the generated electromechanical sound waves of the transducer (1) are perceived by a human through bone sound transmission, - the generated electromagnetic induction currents of the transducer (1), according to the signals and signal forms that are fed into the electromagnetic component of the converter (1) and the electromagnetic currents between the metal housings of the two converters (1) and the external connection bracket with coil (2), through superimposition and interaction, the electrical, electrochemical or physiological Activities and modes of action of the neurons and neurotransmitters in the brain, in the nervous system or in sensory and glandular organs in a person's head are specifically influenced and thereby associated sensory stimuli or sensory impressions, such as attention, color impressions, visual impressions, noise impressions, taste impressions, emotional impressions, etc. and the basic Sensory perception, such as seeing, hearing, smelling, tasting, feeling and the body functions heart rate, breathing, digestion, urge to defecate, urinary urgency, tiredness, sleep, potency, thinking, etc., and subsequent actions.

Description

2. Summary

2.1 Technical problem of the invention

The technical task consists in the transmission of mechanical, magnetic, electromagnetic and optical signals and signal sequences and the information encoded therein from a technical system to humans.

2.2 Resolution of the issue

The technical task is solved by the sequential application of physically known processes and their mechanical, magnetic, electromagnetic and optical interaction with materials, materials and chemical substances in order to demonstrate the transmission of signals, signal sequences and to realize information encoded therein. The electromechanical and electromagnetic device is optimally applied at the level of the temples or the sphenoid bone and transmits modulated mechanical sound waves to transmit audio signals, such as a bone sound transducer, or electromagnetic waves modulated according to the application and purpose to any other sensory stimuli and sensory impressions and derivable therefrom to generate actions in people or living beings, such as attention, movement control, movement sequences, colors, color impressions, images, visual impressions, noises, noise impressions, smell and taste, smell and taste impressions, body, bodily functions, etc.,

2.3 Field of Application

The area of application lies in the areas of the communicative machine-human or human-machine interface for the appropriate and desired support of humans in any task, within the framework of applicable legal and ethical usage guidelines. Areas of application are therefore medical applications, communication systems or consumer electronics, sports applications, scientific applications, military applications, etc.

3. Description

3.1 Technical Field

The technical field is in the field of inexpensive and space-saving construction of a device for the transmission of mechanical, magnetic, electromagnetic and optical signals and signal sequences to humans, which involves the sequential application of physically known processes and their mechanical, magnetic, electromagnetic and optical interaction with materials , materials and chemical substances in order to realize the transmission of signals, signal sequences and the information and sensory perceptions encoded therein in a human being or possibly also in other vertebrates or mammals.

3.2 Prior Art and Disadvantages

Digital-to-analog converters convert digital waveforms to analog waveforms, but require dedicated or fabricated electronic circuitry. Digital signal processors are used to generate analog or digital signals based on a descriptive or generating functional program code, such as tone sequences in a sound card.

The coding of information in a technically materialized representation, such as data or signals, and their subsequent transmission via buses, interfaces and lines require different amounts of energy, depending on the coding method used, the coding processes used, depending on the data processing method used, the data processing processes used , Depending on the signaling methods used, the signaling processing processes used, depending on the interfaces used and the associated interface technology, depending on the lines used, bundled or associated lines, such as buses, or their local or spatial chen shielding, depending on line codes, etc. Disadvantageous strong or permanent electromagnetic or electrical radiation exposure to organisms, especially the human body, for example, sleep disorders, concentration disorders or proven by some studies increased frequency of cancer. The long-term use of screens with a high refresh rate by humans, such as in computer games, has also proven to be disadvantageous, as this has been shown to warm up the cerebrum, which persists for up to an hour after the end of screen use and with a perceptible tiredness or exhaustion on the part of the screen user comes along. The rapid change between light and dark image sequences on screens can create stroboscopic effects in the subconscious of the screen user, which can result in migraines or nausea.

Bone conduction transducers conveniently transmit acoustic signals via the cranial bone, a jawbone, a cheekbone or a tooth to the human ear inside the head, leaving the pinna exposed. Tweeters generate high-frequency acoustic sound waves which can still be heard by humans up to a frequency of approx. 20kHz, although it is known that the perception of higher frequencies decreases with increasing age. The use of two or more loudspeakers, which are arranged in a distributed manner and emit the acoustic sound in the direction of a listener, can produce stereophonic effects or spatial sound effects in the listener by additive or subtractive signal superimposition methods. The use of different frequency ranges to increase the audiophony through highs and lows, the transmitted sound quality and the sound saturation is achieved by using different types of loudspeakers and the associated amplifiers and signal crossovers, such as woofers, mid-range drivers and tweeters and a suitable spatial arrangement of them.

Technical medical devices such as X-ray devices, magnetic resonance tomographs and their mode of operation are assumed to be known. The associated high exposure to radiation for the human body and the often large-scale, complex and cost-intensive technical design of the device are regarded as disadvantageous. Also known are chemical or radioactive contrast agents which are used in connection with image acquisition methods or medical diagnoses, which require appropriate preparation in patients within the framework of applicable health or disease guidelines, are often only used for special examinations and also require specially trained medical personnel.

Electrochemical processes and effects are also assumed to be known, such as the electrolysis process of salt solutions or bionic solutions, which takes place by integrating the containing salt solution vessel into an electrical circuit, the paramagnetic or diamagnetic properties of water, oxygen, nitrogen and other basic substances or chemical substances that occur in living organisms, such as the osmosis process or controlled osmosis process in connection with salt solutions and the integration of the capillary salt solution vessel in an electrical circuit for the purpose of capillary or permeability regulation, the energy enrichment of water molecules through microwave radiation or high-frequency radiation from computer systems, screen tubes, Mobile radio systems, screens, mobile radio devices, smartphones, tablets, etc.

The findings and experiments with muscle tissue in electrical circuits have been known for a long time, as well as the growth-promoting absorption light spectra of photosynthesis pigments in plants, which are on the edge of the legal and ethical or understood use of technical means as an aid to human needs and scientific interest move. Experiments have also shown that a signal consisting of a carrier wave and a signal wave can be measured on plants.

In the field of physics, the following are assumed to be known: the measurement and determination of the smallest charges between two plates in the form of a floating capacitor, according to Millikan's detection experiment, the detection of the electric field as a carrier of electric energy in a plate capacitor to which an electric voltage is applied; the dielectric property of non-conductive materials in electric fields and the resulting polarization in the form of displacement or orientational polarization of the materials; the conductivity of electrolytes at AC voltages, the internal photoelectric or electromagnetic radiation effect of some insulators; the Tesla transformer, the cavity oscillator, the Hertz oscillator, the Wien bridge circuit, etc.

In the field of biological and physiological effects, the following are assumed to be known: the functioning of the nervous system, the role and functioning of neurons for the transmission and conduction of electrochemical and electrical signals with dendrites and synapses as interfaces for the reception and emission of neurotransmitters, as chemical materialization and representation of Information. Also known as the medically useful mode of action of neuromodulators, such as fluctin, serotonin, but also negative effects of botulinum toxin.

In the field of biochemical processes, the following are assumed to be known: the importance, breakdown and functioning of amino acids, especially into some important neurotransmitters; the importance, breakdown and functioning of fats, especially omega-3 fats; the importance, decomposition and functioning of antioxidants such as free radicals and flavanoids, importance and functioning of risperidone on the ability to concentrate, vitality, well-being and sexuality in humans; the importance and functioning of caffeine, alcohol, leptin and ghrelin, glucose and cortisol on concentration, hunger, mood, stress, lust, heat perception, etc. in humans. Well-known information technology replicas of the brain in the field of computer science are, for example, rete or gator discrimination networks, with associated alpha and beta nodes with internal memories, analogous to neurons, and facts, analogous to neurotransmitters, but also neural networks and logical inference systems and their Executions in the form of programs, software systems, intelligent distributed systems or information processing processors and the associated optimization methods for filter and memory processing units for information processing and information transmission.

In the field of anatomy, the task-oriented and layer-oriented division of the human brain is assumed to be known, but in particular the outer shell known as the cortex for perception and reasoning and planning of actions, such as speaking, singing, moving, orienting, seeing, Etc.; the middle layer for memory, called the limbic system, and the innermost part of the brain, consisting of the cerebellum and brainstem. The tasks of sub-areas of individual layers, such as the pituitary gland, are partially fully known, but partially only empirical assumptions. Furthermore, the following are assumed to be known: the functioning of the human ear, the auricle, the auditory canal, etc., for the perception of audio signals by the human brain; the functioning of the balance organ; the functioning of the human eye, the eye lens, the retina, the optic nerve, etc. for the perception of light signals, the focusing of objects with the help of the eyes and the eye muscles, the transmission and imaging of sections from the real world via the eye and the optic nerve to the brain; the functioning of the smell and taste receptors in the nose and mouth and the transmission of the stimuli to the brain; the temperature, moisture, pressure and touch sensitivity of human skin and the transmission of resulting stimuli via the nervous system to the brain; Sensation of pressure, stretching, heat and acidification of muscles or network tissue as well as the transmission of stimuli via the nervous system to the brain, etc.

In the field of genetics and genetic coding, the role and functionality of DNA is assumed, but knowledge of all functions of DNA sequences or sequences of DNA sequences is not mandatory. In addition, the functionality of the CRISPR editing method is known, which can be used to adapt and edit DNA sequences.

3.3 Problem statement, problem solution and examples

The technical task is the transmission of mechanical, magnetic, electromagnetic and optical signals and signal sequences from a technical system to humans.

The technical task is solved by the sequential application of physically known processes and their mechanical, magnetic, electromagnetic and optical interaction with materials, materials and chemical substances in order to demonstrate the transmission of signals, signal sequences and to realize information encoded therein. The electromechanical and electromagnetic device is optimally applied at the level of the temples or sphenoid bone of the human head and transmits modulated mechanical sound waves to transmit audio signals, such as a bone conduction transducer, or electromagnetic waves modulated according to application and purpose to any other sensory stimuli and sensory impressions and actions in humans or living beings that can be derived from this, such as attention, movement control, movement sequences, colors, color impressions, images, image impressions, To generate noises, noise impressions, bodies, tastes, taste impressions, bodily functions, etc., and if necessary to support them with a technical device within the framework of the ethically and legally permissible and justifiable human will.

The problem solution found for the inexpensive or economical solution of the technical problem consists in the use of different electrical and magnetic modulation methods for electrical and electromagnetic signals and signal sequences and their transmission through the human body with the help of at least two electromechanical, electromagnetic and possibly also electro-optical converter elements, which with the human head in a preferred manner individually in the area of the temples or are attached with a device, so that an electromechanical sound coupling or an electromagnetic and. electrical field and flow injection into the human head.

The application here is the use of the electrochemical potential resulting from the electrolytic conductivity of the electrolytes as part of an electrolysis process and the associated effects, such as electroosmosis or electrophoresis and changes in permeativity and membrane physiology properties of cell walls with alternating voltages, as well as the application of the diathermy properties of the human body in the form of organ-warming Diathermy currents in frequency ranges above 10kHz. In the frequency ranges below there is a predominant audio-acoustic coupling of mechanical sound waves, which can be realized and transmitted from approx. 100 Hz to approx. 20 kHz with conventional bone sound transducers.

The signals and signal sequences required to solve the task can be limited in time or frequency on one side, limited on both sides, discrete or continuous and can be transmitted via the electromechanical, electromagnetic and optical converter device for the transmission of mechanical, magnetic, electromagnetic and optical signals so that energy-dissipating effects of the electromechanical, electromagnetic and optical converter device on the human body take place and due to the described and known electromechanical, electromagnetic, biochemical and physiological effects, the perception and recognition of signals and signal sequences and possibly information encoded therein and the information thereon constructive generation of sensory stimuli and sensory impressions and actions that can be derived from them in humans or living beings, such as attention, movement control, movement sequences, colors, far contrasts, contrast interpretations, color contrast interpretations, images, image interpretations, noises, noise interpretations, smell, odor interpretations, influencing bodily functions, ability to think, inspiration of thoughts, etc.

The following are assumed to be known in the field of biochemical processes: the importance and functioning of amino acids, in particular some important neurotransmitters; the importance and function of fats, especially omega-3 fats; the importance and function of antioxidants such as free radicals and flavanoids; the importance and functioning of caffeine, alcohol, leptin and ghrelin, glucose and cortisol on concentration, hunger, mood, stress, desire, sexuality, potency, sensitivity to heat, metabolism, digestion, urge to hold hands, bowel movements, mood, pulse, well-being, etc. of the human.

The information can be encoded in a simple way, for example by using rising or falling edge characteristics of the signal form or by signal modulation, such as modulation of the amplitude by active or passive band filters or differential band filters, such as modulation of the frequency by active frequency converters ( Diodes, funnels, etc.) or frequency converters (oscillating circuits, antenna profiles, etc.), or well-suited application-, environment- and use-specific combinations thereof, which also allow a corresponding simple spatial addition of the signal forms of continuous or discrete signals and signal sequences . For example, by using a step converter consisting of a differential amplifier and an associated control circuit, signals from one converter can be easily discretized or separated so that they can be added to or subtracted from the signals from another converter and noise suppression is not the objective , but the energy addition of signals at a point in space.

More complex waveforms for signals and signal sequences can be generated through the use of digital signal processors, digital-to-analog converters in conjunction with microprocessors or processors and associated memory, the waveforms for the signals and signal sequences by the Execution of one or more computer programs takes place, the resulting signals and signal sequences are then optionally filtered or smoothed and then electrically transmitted to at least two electromechanical, electromagnetic and possibly also electro-optical converter elements, which are located on the right and left of the temples or the sphenoid bone of the human head are attached in such a way that they form a Tesla transformer with a connecting bracket or connecting element, in which the individual electromechanical, electromagnetic and, if necessary, also electro-optical converter elements take on the role of capacitor plates and the human head takes on the task of the electrolyte in a capacitor, in which the electrical and magnetic potential differences form electrical and magnetic flows and stimulate electrical, electromagnetic and, if necessary, optically driven biochemical processes in the human head, which in turn influence the functioning of the neurons and neurotransmitters in the human brain, the supplying nervous system strands or other sensory organs.

For the additive or subtractive overlaying or superposition of signals or signal sequences, another electromechanical, electromagnetic and possibly also electro-optical converter element can be used, which is applied or attached in the area of the back of the head below the skull bone, or metallic reflectors in the area of the forehead. The generation of the signals and signal sequences can also contain several information channels, which can each be encoded separately into partial signals, or can be achieved by the technical construction of the electromechanical, electromagnetic and, if necessary, also electro-optical transducers, such as a bone sound transducer in ring form and a concentric rmetallic spherical cap High-frequency core or, for example, a ring-shaped metallic high-frequency loudspeaker and a concentric bone sound transducer as the core, each in the form of an electrical circuit with a coil in the arrangement of a Tesla transformer or also connected as a Wien bridge arrangement in order to carry out measurement or calibration processes.

oder dreidimensinoale rotierende Conchoid-Funktionen, als räumlich gespreizte gespreizte Pascal'sche Schneckenfunktionen, aber auch beliebige andere geeignte raumfüllende bzw. raumbeschreibende Funktionen.. $$\left[\begin{array}{c}x\\ y\\ z\end{array}\right]=\left[\begin{array}{c}{k}^u\left(1+cosv\right)cosu\\ k^u\left(1+cosv\right)sinu\\ k^{u}sinv-a{k}_2^u\end{array}\right],u=0\dots 6\pi ,v=0\dots 2\pi ,k=\mathrm{1.2,}{k}_2=\mathrm{1.2,}a=1.5$$

The different brain regions can be achieved by using individual or by superimposing several spatial or three or multidimensional wave, wave field or energy density modeling methods of the electromagnetic signals and signal forms of the electromechanical, electromagnetic and optionally optical signal converters used. Well suited are, for example, three-dimensional rotating toroidal functions, as spatially spread Lissajou figures, $$\left[\begin{array}{c}{\mathrm{right}}_0\\ \theta \\ \mathrm{e.g}\end{array}\right]=\left[\begin{array}{c}3+\text{sin}t+\text{cos}\mathrm{and}\\ 2t\\ \text{sin}\mathrm{and}+2\text{cos}t\end{array}\right],t=0...2\pi ,\mathrm{and}=0...2\pi$$

or three-dimensional rotating conchoid functions, as spatially spread spread Pascal snail functions, but also any other suitable space-filling or space-describing functions.. $$\left[\begin{array}{c}x\\ y\\ \mathrm{e.g}\end{array}\right]=\left[\begin{array}{c}{k}^{\mathrm{and}}\left(1+cOsv\right)cOs\mathrm{and}\\ k^{\mathrm{and}}\left(1+cOsv\right)sin\mathrm{and}\\ k^{\mathrm{and}}sinv-a{k}_2^{\mathrm{and}}\end{array}\right],\mathrm{and}=0...6\pi ,v=0...2\pi ,k=\mathrm{1.2,}{k}_2=\mathrm{1.2,}a=1.5$$

The described construction method of the ectromechanical, electromagnetic and optical device for the transmission of mechanical, magnetic, electromagnetic and optical signals and signal sequences and optionally information encoded therein is the described technical task of transmitting signals and signal sequences and information encoded therein from a technical system to the people solved. With the help of the constructed device, it is possible to generate sensory stimuli and sensory impressions and actions that can be derived from them in humans or living beings, such as attention, movement control, movement sequences, colors, color impressions, images, image impressions, noises, noise impressions, body, taste, taste impressions, but also the basic senses such as sight, hearing, smell, taste, touch and the bodily functions of breathing, heart rate, digestion, tiredness, sensitivity to pain, itching, potency, bowel movements, urinary urgency, etc., but also concentration and thinking.

The technical device is to be used within the framework of the applicable ethical, moral and legal framework, the applicable data protection and information protection regulations and subject to the consent of the user prior to the use of the device, in the interests of their well-being and in respect of their physical and mental integrity. Any other use enables a deep intervention in human individual self-determination and the control, influencing and control of people against their will or the use of their cognitive or physical abilities by a technical system, its operators or users.

Claims (2)

Electromechanical and electromagnetic converter device consisting of - at least two converters (1) for converting electrical signals into electroacoustic, electromagnetic and optionally optical signals, - a connecting bracket with a coil (2), - a generator for electrical signals and signal sequences (3), - an electronic programmable coding unit (4) for coding information using the generator 3, characterized in that - the metal housings of the two converters (2) and the connecting gun bracket with the coil (2) have the electrical and electromagnetic circuit form of a Tesla transformer, - the metal casings of the two transducers (2) have the role of the capacitor plates of the capacitor of the Tesla transformer and are electrically and electromagnetically connected to each other via the ferromagnetic or diamagnetic connecting bracket with the coil (2), - the two transducers (2) at the head of a Human in each case at a temple or are attached in the temple area, - the coding unit (4) is used for coding information using the generator (3) for the technical generation of signals and signal sequences with the aid of a computer program, - the signals and signal sequences generated are divided into one or more separate electromechanical , electromagnetic or electro-optical electronic components of the converter (1) are fed electronically and thereby the generation of both electro-acoustic sound waves and electric, electromagnetic fields and field currents through the energy and function control parameters of the fed signal and signal forms in time, shape, phase, amplitude and frequency or other associated specific properties is used, - the generated electromechanical sound waves of the transducer (1) can be perceived by a human through bone sound transmission, - the generated electromagnetic induction currents of the transducer (1), ents According to the signals and signal forms that are fed into the electromagnetic component of the converter (1) and the electromagnetic currents between the metal housings of the two converters (1) and the external connection bracket with coil (2), the electrical, electrochemical or physiological activities and modes of action of the neurons and neurotransmitters in the brain, in the nervous system or in sensory and glandular organs in the head of a person and thereby associated sensory stimuli or sensory impressions, such as attention, color impressions, visual impressions, noise impressions, taste impressions, emotional impressions, etc. and the basic sensory perception, such as sight, hearing, smell, taste, touch and the body functions heart rate, breathing, digestion, urge to defecate, urinary urgency, tiredness, sleep, potency, thinking, etc., and subsequent actions. Electromechanical and electromagnetic converter device consisting according to A1 - and a switch-on, switch-off and approval device, characterized in that - the switch-on, switch-off and approval device which for the electromechanical and electromagnetic converter device before its use requires the user's consent before each use, so that the converter device is used only within the framework of the ethical, moral and legal framework in force, the applicable data protection and information protection regulations and the consent of the user obtained prior to the use of the device, in the interests of his well-being and in respect of his physical and mental integrity, and any other Use as an encroachment on human individual self-determination and the control, influencing and control of humans against their will or the use of their cognitive or physical abilities by a te chnsichens system whose operators or users can be prevented.