DE19529967C2 - Methods for increasing the electromagnetic compatibility of devices and data carriers therefor - Google Patents

Description

The invention relates to a method for increasing the electromagnetic compatibility (EMC) of devices, which generate a left circularly polarized frequency field against biological systems as well as data carriers for the application of this procedure.

In today's environment, there are numerous elec trical, magnetic and electromagnetic fields with different range, all biological sy can put a strain on systems. This also as "Electrosmog" means artificial radiation behind of technical origin in the past decade drastically increased. There are also natural ones electromagnetic radiation. This includes the cosmic Radiation and that emitted from the earth's surface terrestrial radiation. After Brodeur (quoted in "Stress and resistance deficiency syndrome due to technical microwaves ", Claus E. E. Schulte-Uebbing, Herold-Verlag Dr. Whips, Munich 1985), however, is now in some city regions the constant radiation background, which is caused by waves in cm Range stems from an estimated 100 to 200 million times the size of the natural background. To do this TV, radar, microwave, satellite and the total  all other operated technical field generators or interference-emitting devices.

There are also studies in the field of building ecology regarding the influence of electromagnetic waves on the bio-cybernetic events in humans, animals and plants. The investigations show that waves in the cm wavelength range, depending on the frequency, have a longer-term effect on humans from approx. 10-17 µW / cm ² power. Frequency qualities and coded frequency modes play a role here.

The verification of these biophysical field influences and the parameters can be recorded by Hensch by Lech resonant circuits that are precisely tuned and determined the biologically effective polarization Intermediate bar magnets according to the Faraday Girator Effect. Since the frequency modes are below the general noise level can be found with a Biosystem can be measured as a downstream receiver. In addition, high-frequency filters built into the measuring system from nosodes or other substances lead to clear Results (Hanover University of Applied Sciences, Department Architecture, Prof. Eike Georg Hensch, in: "ti", Technology information from Lower Saxony universities 2/95).

Fields that have a particularly strong influence on bio-cybernetics are known to originate from technical electrical or electronic devices in their closer vicinity. The loads on computer workplaces can e.g. B. lead to stress associated with headache, fatigue, fatigue, irritation of the autonomic nervous system to depression. It is known today that long-term exposure to very low radiation doses in the athermal range (e.g. around 500 µW / cm ² ) can have serious physiological and psychological effects (Schulte-Uebbing, loc. Cit., And literature cited therein).

Today, under pressure from the users, the Exposures generated by negative computer radiation will decrease. In standards such as the MPR II standard of the TCO (Swedish Central Organization of Employees and Workers) are radiation limit values or limit values for magnetic field strengths prescribed, for example observed at a certain distance in front of a monitor should be. By setting limits  however, the causes of the stress caused by electromagnetic fields are generated, not eliminated. Also the widely available shields such as grounded Front screens that are attached in front of the screen have a limited effect because the shielding - straight for the magnetic fields - is often inadequate.

To the burden of computers - the hardest Computer workstations where the surgeons have many Hours of continuous stress - then come the burdens from other field-emitting electronical devices; here are u. a. Radiotelephones and To name mobile phones that are becoming increasingly common delight. In addition, household appliances work like Microwave ovens, television and video. All these Loads add up and increasingly lead to one conscious or subconscious strain on growing parts of the world Population.

The load in the vicinity of field-generating electrical Devices can be proven using different methods will. High frequency measurements, kinesiological tests, Biofeedback tests, Kirlian photography and similar procedures provide information about the health of the User when operating the device. Normally, the Bodies to some extent such negative Compensate influences. Particularly sensitive and highly stressed people are susceptible to the previously symptoms mentioned.

There is therefore an urgent need for interference radiation or to eliminate or prevent interference fields.

The object of the invention is a method with which it is possible to provide for the Humans and other biological organisms with a cybernetic burden Fields  and thus the electromagnetic compatibility (EMC) of Devices that generate such fields, such as computers, Radiotelephones, mobile phones and. the like. To increase, as well the technical means to carry out such To provide the procedure.

The invention is based on the finding that, except for few exceptions for technical devices the so-called left circular polarized magnetic fields in the High frequency range predominate. These are magnetic Fields of technical origin that are biological magnetic fields of the human organism negative influence. While electric fields are relatively light shielding, you will find the harmful magnetic fields still 1 to 4 meters away from the device.

The aim and solution idea of the invention is the negative, broadband broadcasting in the vicinity of the device Fields in the cm wavelength range physically in the To eliminate approach or at least in strength Reduce. To solve the problem is according to the invention a method according to the characteristic features of the Claim 1 provided, in which the biocybernetisch influencing field from an electrical field-producing device, by overlay, Interference or modulation with a suitable opposing field or interference field is eliminated or reduced.

The procedure is in principle for everyone programmable logic systems applicable. Also Field issuers without a storage medium could use the Use of additional equipment at the location of the disturbing Field act, be captured.  

The method provides that initially physical characteristics influencing biocybernetics Fields generated by electrical field generating devices run out, be determined. This can be done in a known manner take place (as described for example in: Hensch, a. a. O.; H. Garbe, "TEM cells in EMC measurement technology", EMV'92, Karlsruhe, February 1992; D. Hansen, D. Königstein, EP 0 246 544 B1). Because the negative fields of similar devices but they are always the same, it is often unnecessary to redefine the field of a single device. In many cases, it is sufficient if you have a broadband magnetic high frequency field with left circular polarized quality.

In the next step it is necessary to go to the for that influencing and reducing field suitable data for to find a suitable counter or interference field. In doing so visited physical data, in particular Radio frequencies, intensities and polarities that are necessary for the Field reduction in the sense of this invention, d. H. for the Eliminating or reducing the influencing field by superposition, interference or modulation of the device field influencing bio-cybernetics with the counter or interference field are suitable.

In principle, this can be done in two ways.

First of all, it is possible with technical means synthetically create a magnetic state in which such physical information is included that when interacting with the field to be influenced at least partially neutralized the latter becomes. Different physical means could be used for this be suitable.

• 1. It is preferably provided that by a measuring system (e.g. parallel wire system, tunable Lechscher Resonant circuit, as described in more detail below), which as Transmitter is used, broadband electromagnetic Fields are generated that are in the same frequency range and are at the same intensity as the influencing ones reducing fields. For all field generating devices are preferably broadband for field reduction magnetic high-frequency fields in the right circular to use polarized range.
• 2. Alternatively, natural ones, in particular from Elements, minerals, plants or specific places outgoing magnetic fields are searched with the help of them then the further procedure can be carried out. These Fields can be strengthened, for example by add (provide) of bar magnets or by the Frequencies of special nosodes.

In the next step, the invention provides that the Data found for the opposite field in the form of suitable ones physical means generated physical Magnetic information on data carriers, such as magneto-optical Data carriers are transferred. It is possible that Transfer information from multiple fields and fields to mix". It can also be beneficial to individual measured frequencies to the i. a. broadband fields to mix.

The magnetic information or field information of a field, which can be stored in memory or on data media, includes the frequencies, amplitudes (intensities), Frequency modes and polarities of the field.

The transmission can take place, for example, in that using the measurement system when used as a transmitter is, physical field information directly on a Data carriers are transferred. Alternatively it was found that magnetic field information also through photography  recorded and on disk, e.g. B. Photo CD, can be transferred.

The data carrier to which the field information is transferred is used in principle, the physical Magnetic field information of the counter or interference field on one Fix location, then the field-generating device to be able to supply. It is therefore every physical Suitable for data carriers that perform this function in principle can meet. It is preferably provided that it is the disk around a magnetic or optical digital data carrier, a floppy disk, a magnetic disk, a magnetic tape, a compact disc or a magnetic one or optical chip.

The last step of the process is according to the invention provided that the then stored on the disk Information in at least one memory of the field generating device influencing bio-cybernetic can be saved, which means when this device is in operation a field reduction, thereby harmonizing the Device environment and an organic relief in persons in the immediate vicinity of the device entry.

This memory is preferably a main memory of the field-generating device or the hard drive of a PC. Depending on the type of disk used however, other places inside or outside the Device conceivable within the device field on which the Field reduction could take place. One would be conceivable special additional device that holds the data carrier and causes the field to be reduced when the issuer is operating.

It is also possible to reduce the field in devices that act as a receiver, such as B. radiotelephones, perform the magnetic information for the  Counterfield is sent to this recipient. These Possibility is possible with computer networks, video and Multimedia networks, videophones etc.

Under field reduction in the sense of this invention generally the interaction of (i.a.) in the device Field information transferred with the influencing device-specific field through interference, Superposition, modulation or other influencing understand that to reduce the cybernetic influencing negative field leads. After all previous investigations are those to be reduced technically generated fields with left circular polarization. The The inventive method allows the field-emitting devices outgoing fields drastically to reduce.

It is essential for the understanding of the invention that it in the stored field information for the opposite field is not about the information content of data, but that this magnetic information directly through its magnetic field works.

The solution of the invention also includes the knowledge that the magnetic field information directly to certain Carrier media, such as magnetic or optical digital Data carriers can be transferred. The solution after The invention therefore also includes a method for determination and transmission of field information electromagnetic fields, especially from circularly polarized radio frequency fields, in which physical information from these fields with a Information determination procedure (measuring procedure) accepted and transferred directly to a data carrier (copied) can be.  

The information determination process can in turn a measurement with the measuring system, preferably the Parallel wire system. The measuring system can be used for measurement of the negative, but also to generate the positive for the field reduction required field can be used. By inserting the data carrier into the field of activity of sending measuring system is the physical information of the Field on the disk. As always, you can Measuring system bar magnets, noise filters and. Ä. be interposed (see Hensch, op. cit.).

However, the information gathering process can be an alternative also be a photographic process, the Retransmission in a transfer of the photo to photo CD or floppy disk exists. In this case they are physical magnetic information in the photo saved.

For the effect it is not necessary that this Information is analyzed and then synthesized, the information is transmitted directly here Ways.

The data carrier obtained by this method can also copied by usual means, d. H. be reproduced.  

In the following the invention will be described in more detail by means of examples described.

The examples chosen, especially the examples for are natural sources of right circularly polarized fields only for a better understanding of the invention thought and do not limit the invention in its Generality.

example 1 1. Determination of the physical characteristics of the influencing field field measurements on the computer

The investigation examined approximately 100 systems (tower Computers, notebooks, network servers and multi-user systems, as well as individual screens from various manufacturers. The devices were manufactured by SNI, IBM, Texas Instruments, VOBIS, SIEMENS, ESCOM, TOSCHIBA, NOKIA, MC- Computer u. a. offered. They ran on the computers Operating systems MS / DOS, WINDOWS 3.1, WINDOWS 3.11, WINDOWS95, UNIX in several modifications, OS / 2, as well several operating systems from Apple Computer.

Several processor types from INTEL, AMD, IBM, NSC and Motorola. Furthermore, individual hardware cards that are offered for computer slots, as well Network accessories such as modems, ISDN and ATM adapters. Also Cables used for cable routing of local networks were used in the investigations.

An essential part of the work to identify the Characteristics was based on the analysis of RF fields that the Build computer. This analysis was done using broadband Field measurements in the specified cm or GHz range carried out.

For the following, listed as an example, Field measurements have been a. patented adjustable Parallel wire systems from R. Schneider as antennas used. The parallel wire systems we use use on the control scale, depending on the system coming from the Physics known units of measurement "Lambda, 1/2 Lambda and 1/4 Lambda ". These values are therefore also below listed. They correspond to the cm wavelength range, or the corresponding GHz range.

1st step of computer field measurements: preparation of Test environment

To carry out the measurements, a neutral test environment prepared. This is necessary to to prevent parameters from the test environment Influence the result. This test environment (test laboratory) was used in all measurements. In this test environment trouble-free results were achieved.

Then the object to be examined (here computer) and the measuring system to previously measured neutral test sites placed within the test environment.

In the next step, the entire measuring system was made from 5 m Distance to the object to be examined several times moved and individual field distances as below listed measured.

Step 2: field distance measurements to analyze the parameters - Field distance and intensity measurement

The measuring system was used in the field distance measurement the distance of the total field measured by the computer is built up. This distance measurement has the examined computers with the most varied Operating systems and computer accessories, depending on Computer type, a distance of 2 to 4 m result (in Cut 3 m). This distance became oval around the computer found around. The field has approximately egg-shaped dimensions. The Field strength of the total field was based on the size of the field derived. The size of the field was determined from the Distance between computer and measuring system, this was measured after the measuring system when moving to the object had reached the field boundary. A 3-stage Evaluation scale was used to determine the field distance Uses: 0.01-0.2m negligible, 0.2-1m low, 1-3 m medium, 3-4 m high and over 4 m very high field strength (intensity).

Measurement parameters and ranges

Wavelengths 100 cm to 1 mm Measuring range frequencies 0.3 to 300 GHz Measuring range intensity µW / cm ² magnetic polarity left / right circular polarized

Step 3: Determination of the field polarities, a) left circular

Since the entire RF field is polarized on the left or right or both can be done with the help of Bar magnets according to the Faraday-Girator effect in several Distance measurements determined the polarity.

The result can be one or two RF fields (left- and / or right circular polarized). These fields can have different dimensions.

The left circular polarized area gave z. B. at one Notebook PACOMP, distributed by MC-Computer in Hanover, color white, with DX2 / 66 MHz processor, dual scan  Plasma display and an external network module Distance of 2.40 m. A HIGHSCREEN Tower PC from VOBIS, with 16 MB memory, AMD DX2 / 66 MHz processor and with one 15 inch screen, type MS1570LE, gave a distance of 3.65 m. These two measurements were in working order of the devices. The field distances were in comparable systems from other manufacturers with low Differences always found.

Determination of the field polarities, b) right circular

A right circularly polarized RF field could not be found in any of the examined devices can be found. Also the Extension of the experiment to an even larger number of Devices at the Ceßit 94 and 95 in Hanover showed that all devices up to a distance of 2-4 m had left circularly polarized fields. Only in two Cases were made in addition to the left circular fields right circular components found, however, based on some frequencies limited and compared to the left-wing circular were of subordinate role.

Step 4: frequency analysis of the left circular polarized RF field

The distance measurements were now made with different Settings on the frequency controller of the parallel wire system carried out and thereby individual high frequencies of negative, left circular polarized RF field measured (e.g. 6.9 1/4 lambda left circular). Result of all Measurements was that here not so much the analysis of individuals Frequencies matter, but that the computer rather a broadband left circularly polarized RF Create a field in the cm range. Differences were in the Systems especially in the field strength.  

2. Field reduction through deletion more intensive Single frequencies

The measuring system as a transmitter was initially used as an experiment the λ / 4 wavelength of 6.9 cm right circularly polarized with a field strength that led to a distance of 3 m, upset. This triggered an interference and the left circular λ / 4 wavelength of 6.9 cm in the computer deleted. In the next step, the measuring system with a Setting the λ / 4 wavelength of 6.9 cm (on the Parallel line) photographed with right circular polarization, the image is digitized and on the hard drive of the computer saved. Repeated distance measurements showed that here also the left circular λ / 4 wavelength 6.9 cm Interference has been cleared. The process can be done with other measured individual frequencies are repeated.

Research has shown that it does not necessarily make sense is, the individual radio frequencies via interference Clear. Good results in field reduction can be achieved achieve when natural broadband right circularly polarized RF fields for interference of the the entire field, as in Examples 2 to 4 described.

Example 2 Field reduction through natural broadband right circular RF fields

The procedure corresponds to example 1. Instead of However, single frequencies were used for field reduction natural broadband fields used.

Useful broadband right-hand circularly polarized RF fields have been developed e.g. B. in the vicinity of a cactus Lophophora williamsii (λ / 4 wavelength, among others 6.9; 8.2; 28.75; 29.35), the mother tincture of Viscum Album (λ / 4 wavelength, among others 3.1; 7.8 ; 9.2). Certain right circularly polarized radio frequencies can also be saved by photography of single pure elements (e.g. water, H ₂ O, λ = 12.45 cm) and digitization of the photography.

Example 3 Field reduction by mixing natural broadband Fields (HF mixture)

In a process as described in Example 1 was used Field reduction an "HF mixture" of different natural RF fields in the right circular polarized Area selected and saved. The mixture was like this long modified until an optimal field reduction was achieved. To take the example of the two above staying computer specified here became an HF mixture compiled the left circularly polarized RF field reduced to a distance of approx. 20 cm. An operator is therefore no longer in the vicinity of the negative RF field. It was generates a positive RF field that only on the natural photographed components and not on artificial generated components was based and a distance of 2.5 m would have. That this has a positive effect on computer users in terms of electromagnetic compatibility, show those described in the effect example High frequency photos.

The composition of the HF mixture can be done in two ways happen: 1. It will be in different places photographed various objects. 2. There will be Test laboratory the individual objects that the desired RF Have frequencies, grouped into an image and together photographed. According to our investigation, it is sufficient if at the time of the photo there are objects with strong RF fields are in the immediate vicinity of the photo film. Ours Distance measurements also show the RF frequencies of these objects. They come in as objects Other selected plants mentioned in Example 2, Minerals or pure elements in question.

Wavelength examples / sources

Liquid water: 12.45 cm
Ammonia: 1.26 cm
Formaldehyde: 6.21 cm
(Further frequencies are known in the literature and confirmed by radio astronomy).

To understand the effects of interference on the biocybernetic system to analyze human and one energetic loading or relief u. U. even individual Finding organs has been medically proven Test method of high frequency photography after H.-Chr. Seidl used. It could be demonstrated by photos that the "HF mixture" used is an energetic one Relief of the organism is achieved. See the Effect example.

Example 4 Field reduction through the modified image of a fern

In the picture of a fern, the negative and the Original data carrier (CD, 3 1/2 "disk, disk) broadband magnetic right circular polarized frequencies, as in Example 2 described, saved.

They were in the plant, the soil of the plant and in stored in a terrestrial environment, of course found. By means of sharply coordinated Lech Vibration circles were determined biologically effective polarization, intensity and frequencies; the assessment of the biophysical parameters of the Biosystems. Through the arrangement and combination various plants, minerals and others natural fabrics became a broadband natural Radio frequency field generated.

By photographing the picture the physical Field information including all RF frequencies the photo carrier stored in the environment of the photo carrier were present. By multiple exposures the for the field reduction required broadband right circularly polarized fields on the photo carrier additionally applied. Even after the implementation of the photo on a photo CD, from there to a floppy disk and with one Copy of the diskette onto a magnetic tape or magnetic disk, Computer chips or optical storage remained magnetic information and frequencies detectable receive.

Measurements with the parallel wire system gave one Reduction of the system-related RF fields of the test computers depending on the system, from 2-4 m beforehand to approx. 10-20 cm Diameter. The user is after the Storage and the resulting effective interference the positivation and harmonization of the environment is not more around the negative field.

After saving to the hard drive the computer were the effects of the stored magnetic field information, the associated harmonization and relief of the human biological system High frequency photography documented (see below Effect example).

According to previous experience, the memory resident Field reduction durable (currently 4 years). When in doubt the storage can be easily renewed.  

Example of effect of the invention

The performed with the method according to this invention Field reduction leads to the reduction of electrosmog and to a significant stress relief in people who are in the Surrounding field-generating devices or with them work. This reduction in stress is due to the fact that the organic bio - cybernetic resonant circuits of the People are relieved. The burden on the heart, The circulatory and autonomic nervous systems decrease.

To prove this effect, an independent Institute conducted trials involving high-frequency photos were picked up by the fingertips of a person who once on a harmonized and according to the invention once worked on a non-harmonized computer, or in front of the computer in its negative field found.

In the case of the non-harmonized computer experiment, that was Figure of fingertips blurred around their edges and out of focus - as if leaked. The frequencies were after one of H.-Chr. Seidl, Unterschleissheim, developed Process made visible through colors. On the course of the Colors and irregular contours can vary from specialist trained in natural medicine individual body parts and organs can be recognized. The Overall picture indicates stress.

In the high-frequency photo of the fingertips from the harmonized computer working person on the other hand, to recognize clear contours. The single ones The fingertips had clear edges, like small ones Courtyards, surrounded. The calm and even image of the Fingertips indicate a significantly less stressed condition.

Claims (12)

1. A method for increasing the electromagnetic compatibility (EMC) of devices that generate a left circular polarized frequency field compared to biological systems, characterized in that
that one source of a broadband, right-hand circularly polarized frequency field or several sources of a right-hand circularly polarized frequency field of different frequencies are provided,
that the source or sources of this frequency field or these frequency fields
either recorded photographically and after digitization is stored on a data carrier of the field-generating device
or that the frequency field or the frequency fields are recorded broadband with a Lecher parallel wire system and field information is transmitted to a data carrier by using this system as a transmitter. 2. The method according to claim 1, characterized in that that what was captured by photographic means existed ne right circular polarized field from a Lech Parallel wire system runs out. 3. The method according to claim 1, characterized in that the memory of the device is a working memory, a other temporary storage or preferably one Read only memory, such as a hard disk or a chip. 4. The method according to claim 3, characterized in that the memory is housed in an additional device is. 5. The method according to any one of claims 1 to 4, characterized characterized in that the field-generating device an Emp catcher, e.g. B. is a radio telephone, and that the one save the field-reducing field information done by sending. 6. The method according to any one of claims 1 to 5, characterized characterized in that the disk is a magnetic or optical digital data carrier, a photo CD, a floppy disk, a magnetic disk, a magnetic tape, a compact disc or a magnetic or optical one Chip is. 7. The method according to any one of claims 1 to 6, characterized characterized that of nosodes, minerals or rei frequencies with the field information  saved together for the opposite field (mixed). 8. Data carrier for applying the method according to a of claims 1 to 7 to devices, of which biokyber netically influencing fields, thereby ge indicates that field information on the data carrier NEN exist from a source of a broad banded, right circularly polarized frequency field or several sources of a right circular polar frequency field of different frequencies are won. 9. A data carrier according to claim 8, characterized in that that the disk is a magnetic disk, a magnet tape, a floppy disk, an (optical) CD, a ROM, RAM or other magnetic or optical digital memory is. 10. A data carrier according to claim 8 or 9, characterized records the field information in a photo lies and the data carrier a photo CD or another rer digital memory. 11. Data carrier according to claim 8 or 9, characterized records that the data carrier ent field information holds that with a tunable measuring system as a transmitter generated and by inserting the disk in the The range of action of this measuring system is transmitted directly has been.   12. Data carrier according to one of claims 8 to 11, there characterized in that the disk has a common for the respective data carriers copy of an original data carrier is.