DE102005039748A1 - Method for bending microwaves in buildings comprises mounting interference elements in different forms in buildings as required so that they act as emitters and receivers with each polarization - Google Patents

Abstract

Method for bending microwaves comprises mounting interference elements in different forms in buildings as required so that they act as emitters and receivers with each polarization. Preferred Features: The interference elements are mounted from the windows, preferably in the plaster and in the brickwork of the building. The interference elements receive and bend microwaves from further interference sources producing a neutral zone in the building.

Description

With the invention become health-endangering high vibrations, commonly referred to as microwaves (it is also called "more frequent Energy "written), bowed before resting areas of people in front of or at the site or diverted. This suppression technique with anti-interference elements has its origin in the above-identified main patent with the other described additional patents. It's about an invention that especially against external sources of interference at apartments, houses or larger areas, without the radio operation or the fundamental frequency (carrier wave) to disturb these plants.

significantly is also that these received and diffracted frequency unused If necessary, energy can be partially used for further use can, as shown in the 1st and 2nd additional patent of the same inventor.

Of the Mobile radio traffic is becoming increasingly popular, despite limits there are still many doubts and technical difficulties what old countries concerns. GSM networks are largely occupied. The new UMTS antennas and Stations enlarge all known problems.

phones and more devices in the KHz to GHz range, the biological oscillations threaten what in the case of researchers, see also main patent and 5th additional patent. Recent research in Berlin, body cells concerning partial cell damage and genetic alterations, which is also a question of intensity is. In the literature, further negative is known. Much is from the intensity, Frequency and distance depending on what almost Every day new statements are made. - The most citizens do not know anything about the health effects of mobile radio. Be dipoles also hidden, partly because of the better look or around to avoid that citizens Not detect the presence of this mobile radio antenna immediately (uncertainty).

The Previous approaches to protection are imperfect and one doubts if it ever possible This technique will make sense in terms of protection and safety to change. The limits are mean values that do not affect take into account already ailing people. According to the prior art, nothing is known, what a better Can provide protection against such microwaves. So-called sensitive Places are sought. The current approach can also to be called improvisation. Well-known authors state that according to exams already many limits have been exceeded. We know that the transmission power of mobile radio antennas is also of unknown direction, because you do not always optically the beam direction and height can go out.

obstacles like tall buildings favor reflections, shadowing is not technically controllable. The immissions are sometimes detected by other antenna sites. much is unpredictable when e.g. Schools or other sensitive areas stand in between. For residential buildings it is known to find the higher field strengths in the upper floors. With big distance to the antenna, the electromagnetic field strength decreases significantly.

always again will be strong Propaganda made and published, about that D and E network users should change, which, however, additional transmission towers necessary would, which have their effect on non-mobile Tetefonierer and the everything despite partly negative reports in the press, far long-term effects still be played down. The good mobile phone recommendations are laughable! It is also known that the doctors are at odds.

These Invention will be convincing People do not understand what the doubters understandably the referendum. The current relief measures are larger transmitter distances and lower transmission energy with several transmitting antennas to cover area to achieve everything. City dwellers are particularly disadvantaged.

These New ways of transmitter arrangements can be seen as a complex measure to expand the radio traffic even further, because economic Benefits lure. The technique is rushing to quickly more To realize progress. Health protection remains on the route. Understandable is that individuals want to protect themselves.

task In essence, the invention now is to provide residents of buildings, kindergartens, hospitals, etc. largely and best possible before to protect such microwaves and then after the suppression measures the new limits in buildings also to be determined comparatively in sensitive places (healthy zone). The task comes with several targeted arrangements, ie procedures with Suppressor elements is solved and is further described below.

The measure also has the advantage that many small individual disorders develop. At this great Method of microwave diffraction becomes much more vulnerable detected in a predetermined area globally.

These new measures have the widest Another advantage is that not many specialists are needed for individual disorders and that everything is better under control centrally, even with control functions.

With this optimal filtering you become independent transmitter problems and their transmission, which ultimately also for the radio operation brings simplifications.

For this global interference suppression, especially for the protection of humans, among others not only the Mobile radio antennas in the area, but unfortunately also at each House or building entrance Water pipes, underground cable connections and Partial gas pipelines, which are already high-frequency technical from outside of underground cables are induced. Also microwaves with short wavelength of Transmitters dock. These microwaves are of all such Installations led to the consumer. This problem is at least initially right at the starting point, in the basement, with anti-interference elements tackle.

Out the universe can be seen at night, especially over Europe the different Spotlight shine in color. One explanation is the densely populated Erdflächen represents.

such Color photographs are well-known and make the "smog of lights" well recognizable Environmental problem is misunderstood until now.

The be detected from outer space light color concentrations in metropolitan areas recognized by the inventor as high electro-smog zones.

the is to be equated that in this area also most mobile radio antennas stand and the mobile phone operation has its stronghold.

Especially affected are Belgium, Holland, Germany, England, Northern Italy, Sweden, Finland and Switzerland.

France, Spain and Poland can be burdened as moderate classify.

Norway, Ireland, Russia to Greece and North Africa have after the Recordings of the nocturnal Considerations from a spacecraft the lowest electric smog.

The embodiments various suppression elements are known in this series of inventions as needed, even from various method descriptions of the same inventor.

In this invention, for example, angular dipoles ( 4 - 5 ) ( 1.1 ) several times at the building boundary ( 2 - 4 and 6 ), in several floors approximately in the middle of the house. Large buildings receive in the length frontal to the Störstrahlung grid-like about every 30 m further suppression elements. In experiments, the inventor found an effective distance of the interference suppression element ( 1.1 ) of 70 m on a railway line with overhead lines. It is also possible to use other suppression elements on the building or on the window ( 5 ). Likewise, a mixture of different small dipole forms (suppression elements) is possible. The structural situation or the retrofitting with their applications determines which dipole is suitable.

Here Only the basic application is presented and described.

Of the Cost of materials is low. Often you can match material waste cut or bend. All materials that are physically suitable are suitable Dipole (suppressor element) to be considered. With the elements one differentiates physical and not physical, So also printed forms. External plaster grooves (recesses) work if they have the right shape and location. tries showed that such dipoles themselves (symbolically) applied in color, to achieve the same effect. The durability has not been tested yet.

at this activity is first the places or mutes as possible with the double-angle rod or recently also with an electrosmog tester, as before from the same inventor described, important but not always necessary if you work according to this principle. If one proceeds metrologically, so the time required is greater. The greatest effort can be seen here in the attachment of the suppression elements. To be final thorough Appraisals in the building allow a safe statement by measuring or mute.

If these attached suppressor elements, no matter in what form, in the baptism of time not damaged or are removed, the suppression effect remains eternal.

A further advantage of this invention is then to be seen in that the preferably installed interference suppression elements additionally additionally deflect other interfering radio-frequency radiation (microwaves of similar frequency, in particular because of the bandwidth.) The effect of the new interference-suppression element (US Pat. 1.1 ) occurs in all positions, even from behind (obtuse angle).

It becomes explicit here said that this frequency event is not a shielding process like you know this from electrical engineering.

In summary: If this invention series for Mobile and mobile radio antennas is realized, we are in microwave protection got much further.

• a) von außen bei verschiedenen Verursachern
• b) oft auch gleich weitgehend aber nicht ausschließlich mit gegen die im Gebäude erzeugten Störquellen, also auch gegen den bisher unbeherrschbaren Elektro-Smog in den Räumen selbst.

The attached suppressor elements work

• a) from the outside with different causers
• b) often also equal but not exclusively with against the sources of interference generated in the building, including against the hitherto uncontrollable electro-smog in the rooms themselves.

The suppressor elements act sogartig without additional effort as a receiver and transmitter, as the inventor has already written in his main patent, compare ( 2 ).

In such a disturbed building you get an approximate neutral zone without microwaves. (a healthy place)

Brings according to the invention This new technology is also used in industrial buildings people have long term benefits.

at hospitals left earlier Dr. Sauerbruch Locate water veins by diviner and found better healing results. Likewise, Dr. Aschoff stuck to blood tests, as did many other authors show biological effects, including at the end of this patent specification still literature references listed become. However, these are usually research of earth rays, the latter would this with the new suppression technology with recorded. Most recent research and solutions to mastering Electro-smog go back to the same inventor.

Further to the description of the invention:

Special Interference differences are in the main patent file number 10 2004 053 983.0-35 lists where the inventor as the first discoverer of a large and a small miniature dipole writes.

Of the Difference lies at the vertex at the limit value turn "(7,23 cm length) where frequent energy behavior in which the transmitter effect, an energy output or a Conversion can be achieved.

The is with an inventive feature of the main patent.

Most suppression elements can be bent from strong wire. The large angle dipole (y) ( 1.1 ) pushes the trapped energy at the leg ends ( 4 and 5 ) ("B" and "c"), whereas in the small miniature dipole of about 6 cm length at (y) the collected energy ( 7 ) is converted and does not point anywhere in the direction indicated by the arrow at ("b" and "c"), so can not do any harm, see also rod dipole ( 1.2 ), U-shape ( 1.4 ), possibly also kink-bar dipole ( 1.5 ), where you can also apply the "limit turn".

she recognize work for new professions in all the fundamentals of this patent series, whose novelties will be accepted by a chair. A comprehensive one Health!

In summary, embodiments the invention:

1.1 shows a highly absorptive suppression element, which the inventor here announces as a new angle dipole belonging to this patent. He has given this new miniature dipole a name

Kiefner angle dipole, abbreviated KW-dipole, according to the inventor

1

Wall

2

plaster

3

drilling

y

Dipole legs with the ends 4 and 5

6

silicone

7

frequente Energy, broadband (generally microwaves)

7.1

also Electric smog from the house interior

Mode of operation of the isosceles Angle dipole:

tries at a water vein fault zone, at a curry grid strip and at a mobile radio antenna let recognize that the horizontally stuck angle with or against the flow direction as well suppressed like the standing (vertical) angle. The angle tip can do this If necessary, with or against the flow direction at the outlet "d" lie frequency energy "a" (microwaves) becomes deflected at the ends "b" and "c". In order to In any situation a diffractive effect in microwaves is possible. to suppression Preferably, the legs are almost mediated aligned to Hauptstörrichtung. A bad result is achieved with +/- 60 ° position deviation to the source of interference. The orientation is decisive. Different lengths of thighs also work, but with different performance. There are Usage and work procedures before.

The dipoles ( 1.1 / 1.2 / 1.3 / 1.4 / 1.5 ) can gieichlang or be carried out in different lengths, which hardly affects the broadband.

1.1 shows, for example, in application variants that are as needed ( 2 - 6 ) z. B. on houses used. For subsequent interference suppression, the suppression elements ( 1.2 / 1.4 / 1.5 ) from the window eg glued to the window frame or mount.

New was here in experiments the realization that house edges in UHF dipole properties can have, if they are in the lambda division. (in particular an absorption to have)

The are coincidences, these are not used as suppression elements accepted.

The suppression elements ( 1.1 to 1.5 ) and other dipoles in a different form according to the same rules, operate as a broadband receiver and transmitter and absorb various sources of interference so sog, when these microwaves are approximately at the high frequency.

you can also see these as central suppression elements.

The new dipole ( 1.1 ) works in every situation with each type of microwaves and each polarization of radio antennas, the first magnetic grid up to the 6th magnetic grid, even with water veins, geological faults, strong coarse grids to Benker, traction current, subway harmonics, house electricity with all electrical equipment , also kitchen stoves, fluorescent tubes and all other electrical equipment. In some cases, other interference suppression elements ( 1.2 - 1.5 ) these interference suppression with success. With the magnetic grids measurements with the geomagnetometer with 3 D graphics and also a georhythmogram (GRG) according to Hartmann are interesting.

The drawing sheet 1 shows these preferred suppression elements ( 1.1 to 1.5 ), which are arranged depending on the functional position (due to space).

Application examples are also listed in the previous supplementary patents of the inventor. If, for example, a mobile radio antenna arranged on a house is suppressed, the interference suppression element is horizontally ( 1.3 ) or ( 1.4 ) on the floor or on the ceiling.

The kink dipole ( 1.5 ) acts at each polarization direction (frequency position) and was referred to by the inventor with the new name abbreviated KS-dipole as the first discoverer, (see 1. additional patent, method with dipole antennas for receiving frequency weak energy ( 7 ) and its further development), which works in all situations.

2 shows different types of installation. Put in a wall hole ( 1.1 ) and fixed with silicone, on a window frame ( 1.2 ) and ( 1.5 ), horizontally mounted ( 1.3 and 1.4 ), depending on the application. With a large building depth, especially with many sources of electromagnetic pollution (eg 7.1 ) within the building, it is advantageous to use one or more suppression elements, eg 1.5 ) to be arranged one behind the other with a regulated radiation direction to the outer wall, where an outer interference suppression element ( 1.1 ) for coupling and dissipation of these microwaves ( 6 ) is available.

3 In the gable view of a small house you can see the installation of suppressor elements ( 1.1 ).

In the front and rear view could also approximately the corners or edges for the assembly of ( 1.1 ) to get voted.

From the outside inflowing microwaves ( 7 ) become at ( 1.1 ) bent. Electric smog from inside the house is also attracted ( 7.1 ).

4 represents about a large block of flats. For larger lengths, this technique works when grid-like about every 20-30 m in length Entstör elements are arranged. The distances are determined by the intensity of the interference radiation.

at skyscrapers you should also note the staggering in height. The upper floors are especially for a filtering critical, so shorter pitches are recommended, which is especially true for large cities.

5 shows a window corner with rod dipole ( 1.2 )

Thus, microwaves from the outside ( 7 ) and inside ( 7.1 ) largely diffracted in a desired direction or derived ( 2 ) or the microwave effect is deleted by energy conversion (main patent).

at It was further evident that experiments often lacked highly sensitive measuring devices and thus the examiners resorted to the well-known divining rod for a quick test. The general rods work too roughly. The earlier from the described the same inventor double-angle rod (double dipoles) is more sensitive and allows easy quick exam results. Often people are more sensitive as an indicator than some precision measuring instruments.

As previously described, we need for Health protection measures new affordable, handy measuring devices!

6 shows a high-rise example with narrower pitch with dipoles ( 1.1 - 1.5 ).

Especially in high houses are known by the electro-smog disturbances in the transmission of the beams over several floors, eg of jetways ( 7.2 ), known. One writes of splitting the Nachquanten as bundled rays (branching on each floor), for the construction biologists still have no disposal options. It has a particularly peculiar effect from the quantum mechanics of solid state physics in the GHz range, which is known, see bibliography at the end of the description, with the corresponding author comes first.

Because these microwaves in the electrical risers ( 7.2 ) can be directed upwards, hereby also according to the invention in each electrical dwelling an open ring dipole around the riser ( 1.3 ) or ( 1.5 ) horizontally arranged for suppression, wherein the ring opening at which the frequency energy ( 7.2 ) escapes, points outward.

Bibliography:

• [1] final, R. "The Radiation of the Earth and its effect on life ", 6th edition 1998, Günter Albert Ulmer Verlag, 78609 Tuningen, ISBN 3-924191-67-0
• [2] Maes, W. "Stress by electricity and radiation ", series of publications Healthy Living, Institute for Building biology and ecology, Neubeuern IBM, 1995, ISBN 3-92353-112-z
• [3] prong. Brunswig "textbook for high frequency technology ", YL, Springer-Verlag, ISBN 3-54615-858-8
• [4] Fischer, E.W. and Schneider, A.I. "Electrobiology", VL Institute for Building Biology, Ecology, IBN, Neubeuern, ISBN 3-92353-107-9
• [5] Neitzke, H. Peter. Van Capelle, Jürgen. Depner, Katharina. Edler, Kerstin. Hanisch, Thomas "Risk Electrosmog?" Effects of Electromagnetic Fields on Health and Environment, VL, Birhäuser Verlag, Basel, Boston, Berlin, ISBN 3-7643-5014-8
• [6] Catalysis Institute for applied environmental research, "The size Strahlen-Handy & Co "VL, Kiepenheuer & Witsch, Cologne ISBN 3-46203-116-86
• [7] Braun, Dieter, dr. "Time Bomb Living room and bedroom ", VL, Artisana, Bad Ems, ISBN 3-98035-120-3
• [8] Aschoff, Dieter, "Radiesthesia and Physics ", VL, More Knowledge, Dusseldorf, ISBN 3-88686-031-0
• [9] Maes, W., "Bio is not eco ", VL, Neubeuern, ISBN 3-92353-122-2
• [10] Dominik F. Rolle, "Electrosmog", AT Verlag Aarau and Munich, ISBN 3-85502-884-2
• [11] King, Herbert, L., "Earth Rays and Magnetism ", Weltbild Verlag ISBN 3-89164-058-7
• Freyer, Ulrich, "electro-smog", Franzis-Verlag, Poing, ISBN 3-77236-833-6
• [13] Sitchin, Zecharia, "The twelfth Planet ", Jochen Kopp Publisher, 72108 Rottenburg, ISBN 3-930219-58-1
• [14] Kopschina, Andreas, "Erdstrahlen", Ullstein Taschenbuchverlag Munich, 6th edition 2001, ISBN 3-548-71034-4
• [15] Pohl, Gustav, Freiherr von, "Earth Rays as Disease and carcinogen, progress for all, "publishing damp 1978, ESO publishing house Bispingen ISBN 3-9804861-0-9

Claims (16)

Method for microwave diffraction, preferably with dipoles as protection against microwaves from mobile radio antennas and other high-frequency electromagnetic interference sources, characterized in that these dipoles ( 1.1 - 1.5 ) are referred to as suppression elements and in various forms, even unlike drawn, as many times as possible on and in buildings as needed, they act even at each polarization as a receiver and transmitter and even when receiving a small Mikrowaugensaugwirkung ( 7 - 7.2 ) is available. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.4 ) as protection against microwaves ( 7 ) of mobile radio aerials and other high frequency sources of electromagnetic interference ( 7.1 / 7.2 ) according to claim 1, characterized in that z. B. such suppression elements optionally ( 1.1 to 1.5 ) physically later from the window (preferably grid-like at suitable places) in the house longitudinal direction ( 2 - 4 ) and in tall buildings ( 6 ) also with a height graduation. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio aerials and other high frequency sources of electromagnetic interference ( 7.1 / 7.2 ) according to claim 1-2, characterized in that such suppression elements preferably physically or bodily in the plaster ( 2 ), in stones ( 1 ) of the house to be suppressed are also recessed in a group-like manner as a recess. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio aerials and other high frequency sources of electromagnetic interference ( 7.1 / 7.2 ) according to claim 1, characterized in that the house (building) arranged Entstör elements ( 1.1 to 1.5 ) also microwaves ( 7 ) from other sources of interference from outside and inside the building ( 7.1 / 7.2 and others), so that the building creates an approximately neutral zone, ie a microwave-free area. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio aerials and other high frequency sources of electromagnetic interference ( 7.1 -X) according to claim 1, characterized in that despite the attached suppressor elements ( 1.1 to 1.5 ) the mobile phone operation neither within nor outside the house (building) is disturbed, because the carrier frequency (fundamental frequency) by the or the suppression element (s) is not affected, since it is harmonics. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio aerials and other high frequency sources of electromagnetic interference ( 7.1 -X) according to claim 1, characterized in that the in-house (building) installations such as electric cables, pipes of coupled "electromagnetic interference sources" of various types, for example, with the suppression elements ( 1.1 to 1.5 ) are neutralized on each floor. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-6, characterized in that suppression elements ( 1.1 to 1.5 ), no matter in what days, "group-like interaction", while the captured "frequent energy" ( 7 ) can optionally deflate or possibly use with other parts as beneficial energy. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-7, characterized in that, if necessary, find larger dipoles use or the microwave diffraction or diversion or deflection with mirror-like acting dipoles or objects, where the frequency energy ( 7 ) from the house or building ( 2 - 6 ) is at least partially discarded and it presents the operator with less absorption on certain areas that are already present everywhere, which on the one hand represent support for the transmission operation and on the other hand in the house or building ( 2 - 6 ) create approximately a neutral healthy zone. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-8, characterized in that disturbing microwaves ( 7 ) of electric railway systems with overhead lines (electro-magnetic harmonics) emanating or even from ground-level power supply lines with this method and the application of preferably the suppression elements ( 1.1 - 1.5 ) are thus carried out to protect biological life. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio aerials and other high frequency sources of electromagnetic interference ( 7.1 -X) according to claims 1-4 and 6-8. characterized in that at greater building depth ( 2 ) one or more suppression elements ( 1.1 - 1.5 ) interact in a row in the room or rooms and the microwaves ( 7 ) either to an outer wall ( 2 ), where a suppression element is already present or, on the other hand, the collected microwaves (frequency energy) ( 7 ) with a "small dipole", leaving a small dipole ( 1.1 - 1.5 ) no microwave energy ( 7 ) is irradiated. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-10, characterized in that with these or similar suppression elements ( 1.1 - 1.5 ) at least partially microwave-deflecting active measures for low-energy production ( 7 ) and also an addition of this energy ( 7 ) by several dipoles or eg suppression elements ( 1.1 - 1.5 ), whereby the energy ( 7 ) is centrally concentrated for reuse. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-11, characterized in that preferably interference suppression elements ( 1.1 - 1.5 ) Microwaves ( 7 ) (or rays) multiply horizontally or vertically by changing direction in order to obtain this energy ( 7 ), for example, in multi-family houses, hospitals, schools, etc. (eg 2 ) get out as far as possible and let it evaporate there. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-12, characterized in that by the interaction of identical or different suppression elements ( 1.1 -X) the suppression effect is achieved as well. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency sources of electromagnetic interference according to claim 1-13, characterized in that, if necessary, especially in large buildings, an interaction of suppression elements for almost perfect security is necessary. by suppressors outside of the building ( 1.1 ), in the building as a collector eg 1.4 ) and additionally in the interiors of each source of interference are attached. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 1-14, characterized. that these dipoles ( 1.1 to 1.4 ) and other forms are also used for the use of weak energy, wherein on plates of different materials, the dipole or dipoles in the representation are positively or negatively visible and perform the same functions as a receiver or transmitter. Method for microwave diffraction, preferably with dipoles ( 1.1 to 1.5 ) as protection against microwaves ( 7 ) of mobile radio antennas and other high-frequency electromagnetic interference sources according to claim 15, which act in yet another use, characterized in that the new angle dipole ( 1.1 ) is simply or repeatedly mounted in an insulating piece and also has an electronic coupling for transmitting and receiving purposes.