Radiating body

Abstract

Radiating bodies (1) for receiving and / or emitting bioenergetic radiation, have a base body (10), characterized in that the base body (10) forms a body of revolution and comprises a main section (H) and two end sections (E) which extend together in an axis of rotation (R) of the base body (10), wherein the two end sections (E) are connected to the opposite ends of the main section (H) as seen along the axis of rotation (R).

Description

[0001] The invention relates to a radiation body, in particular a shaped radiation body, for receiving and / or emitting bioenergetic radiation, comprising a base body. STATE OF THE ART

[0002] Radiation bodies have been known since ancient times and provide a protective and harmonizing environment for humans and animals. In ancient times, it was known that certain geometric shapes could absorb energy and then release it again in a targeted manner. Added to this are the laws of so-called sacred geometry. Sacred geometry describes what lies behind physical existence. The structure of metals, crystals, and organic cells can mostly be traced back to specific geometric bodies. Within physical existence, everything that exists is based on just five bodies, which are also known as Platonic solids. Based on the dimension of the cosmic key, which has a main dimension of 7.23 cm, a shape of radiation body has proven optimal, which was already found in ancient times as a headdress. The following invention relates to an improvement and optimization of such a body.Test studies by the Hagalis Institute demonstrate that such radiation sources can shield against the effects of, for example, mobile phones. Thus, the presence of such a radiation source near human and animal life not only increases well-being, but can also specifically improve the quality of air and water, allowing plants, for example, to grow better. Radiation sources with grooved and ring structures are well known, but they can be further optimized, as described further with the above invention. DISCLOSURE OF THE INVENTION

[0003] The object of the invention is to improve a radiation body for absorbing and / or emitting bioenergetic radiation based on a one-piece base body. The geometric design of the radiation body was optimized based on the resulting results regarding well-being, improved air and water quality, and improved plant growth.

[0004] This object is achieved by a radiation body according to the preamble of claim 1 in conjunction with the characterizing features. Advantageous developments of the invention are specified in the dependent claims.

[0005] The invention includes the technical teaching that the base body forms a rotational body and comprises a main section and two end sections which extend together in a rotational axis of the base body, wherein the two end sections adjoin the opposite ends of the main section as seen along the rotational axis.

[0006] This basic shape of the radiation body, especially the shaped radiation body, has proven particularly advantageous, especially since the main dimension, i.e., the length of the base body along its rotation axis, allows the dimension of the so-called cosmic key of 7.23 cm to be well implemented, so that the secondary dimensions, such as the diameters of the main section and the end sections, can be harmoniously shaped to match each other, resulting in a vibration shape. In particular, the division of the base body into a main section and two end sections enables the symmetrical design of the base body not only as a rotational body around the rotation axis, but also in symmetry along the rotation axis, which is also advantageous according to the theory of harmonic vibrations.The two end sections are connected to the main section on both sides in the same geometric design, so that the radiation body does not have a preferred direction, but is laterally and thus vibrationally symmetrical.

[0007] In general, the properties of the subject matter of the invention can be said to be that the effects of form radiation and their impact are based on geometric form radiation, including specific wavelengths, frequencies, and various organic and inorganic materials. Geometric form radiation has been known in many ancient cultures and also in the theory of bioenergy since antiquity, and since then, it has been believed that every geometric body possesses a vibrational energy that depends on its shape. The most prominent example of this is the pyramids in Egypt.

[0008] The main section can have a spherical shape, with a maximum diameter halfway along the rotational axis of the base body. The maximum diameter of the main section therefore also represents the maximum diameter of the entire base body. The diameters of the end sections are therefore smaller than the diameter of the main section.

[0009] The main section can have circumferential grooves. The grooves can have a rectangular cross-section and thus a groove base that in turn forms a cylindrical section around the rotation axis. The otherwise outer contour of the base body is exclusively radiused.

[0010] The main body has a spherical shape, which, viewed along the rotation axis, forms a maximum diameter at half the length of the base body. The radius of the contour of the main section used to create the spherical shape can, for example, be 2.58 times the maximum diameter of the base body. The main section is thus convex.

[0011] In particular, there are circumferential grooves in the main section. For example, 6 to 10, preferably 7 to 9, and particularly preferably 8 grooves can be incorporated in the main section. The grooves have a cylindrical groove base and can, for example, form a width that is 10% to 20% and preferably 13% to 15% of the maximum diameter of the main section. If the outer diameter of the main section becomes smaller, the diameter of the groove base also becomes smaller. The groove depth can, for example, be 10% to 20% and preferably 13% to 15% of the maximum diameter or of the diameter of the main section or of the groove edge. For example, the grooves in the smaller diameter range of the main section can have a diameter of 3.75 mm, further towards the center of the larger diameter 6 mm, further towards the center 7.5 mm, and a maximum of 8.25 mm in diameter if the diameter of the main body is 11.1 mm.If the diameter of the main body changes, the diameters of the grooves in the groove base area change in an analogous manner.

[0012] The end sections are spherical and merge into the main section via a neck-like tapered section. The tapered section can, for example, have a groove with a radius of 7.5 mm, while the spherical end sections also have a diameter of 7.5 mm. These absolute values ​​also refer to an outer diameter of the main section of 11.1 mm; in particular, the values ​​refer to a total length of the base body of 54.224 mm.

[0013] If the main dimensions of the base body change, the radii and diameters described above also change analogously. The main section is spherical, whereas the tapered section is concave. The concave contour of the tapered section, in turn, transitions into the convex end section, which tapers from the tapered section into a spherical shape.

[0014] In particular, the neck-like tapered section has a circumferential groove with a radius that has a value of 60% to 70% of the maximum diameter of the main section.

[0015] The base body is, in particular, gold-plated. A suitable material for forming the base body is a metal, preferably brass. It has proven particularly advantageous to choose MS58 as the brass specification.

[0016] The base body preferably has a length of 72.3 mm, corresponding to the so-called cosmic key. The diameter of the main section is 14.8 mm. If the base body is scaled down by 25%, the main section reaches a diameter of 11.1 mm, whereby the above specifications refer to this dimension.

[0017] The base body can have a length and the subdimensions assigned above can have values ​​that each correspond to an integer multiple of the dimensions specified above, and / or the dimensions can be increased or decreased by 25%. For example, the base body can have a length of 72.3 mm or a multiple thereof, such as 144.6 mm, and so on. If the value is reduced by 25%, the total length is 54.224 mm. If this value is increased by 2%, the value is multiplied accordingly. PREFERRED EMBODIMENT OF THE INVENTION

[0018] Further measures improving the invention are described in more detail below, together with the description of a preferred embodiment of the invention, with reference to the figures. They show: Fig. 1 a view of a radiation body for receiving and / or emitting bioenergetic radiation according to the invention and Fig. 2 the radiation body for receiving and / or emitting bioenergetic radiation in accordance with Fig. 1 in a prospective application.

[0019] The Fig. 1 and Fig. 2 show, in a two-dimensional and a three-dimensional view, an embodiment of the radiation body 1 according to the invention with a one-piece base body 10 which is designed as a rotational body and extends rotationally symmetrically around a rotation axis R.

[0020] The base body 10 has five sections, namely a main section H, which is formed centrally and forms the largest diameter of the rotating body. End sections E are provided at the ends, and the end sections E are each connected to the main section H at the ends via tapered sections V along the rotation axis R. The end sections, the tapered sections, and the main section H therefore extend together around the rotation axis R, so that the tapered sections V and the end sections E each adjoin the main section H symmetrically to the side, forming a rotating body that replicates itself at every circumferential angle.

[0021] Regarding the outer contour, the main section H is convex toward the outside and thus has a crowned shape, while the tapered sections V are concave and finally merge into the again convex, spherical end section E. This creates a vibration contour, so that a main vibration occurs across the main section H and a secondary vibration occurs across the end section E, while the tapered section V connects the two vibrations.

[0022] Several grooves 11 are provided in the main section H, with the exemplary embodiment showing exactly eight grooves 11. The grooves 11 have a groove base 13 that forms a cylindrical section along the rotation axis R, with grooves in the smaller diameter range of the main section H also having a smaller diameter of the groove base 13. The base body 10 is made of Ms58, thus a brass material, and the surface 12 of the base body 10 is gold-plated throughout.

[0023] The invention is not limited in its implementation to the preferred embodiment described above. Rather, a number of variants are conceivable, which utilize the presented solution even in fundamentally different embodiments. All features and / or advantages apparent from the claims, the description, or the drawings, including structural details or spatial arrangements, may be essential to the invention both individually and in a wide variety of combinations. List of reference symbols: 1 radiation body 10 basic bodies 11 grooves 12 Surface 13 Groove base E final section H Main section R rotation axis V tapering section

Claims

[1] Radiation bodies (1) for receiving and / or emitting bioenergetic radiation, comprising a base body (10), characterized by in that the base body (10) forms a rotational body and comprises a main section (H) and two end sections (E) which extend together in a rotational axis (R) of the base body (10), wherein the two end sections (E) adjoin the opposite ends of the main section (H) as seen along the rotational axis (R). [2] Radiating body (1) according to claim 1, characterized by that the main section (H) has a spherical shape which, viewed along the axis of rotation (R), has a maximum diameter at half the length of the base body (10). [3] Radiating body (1) according to claim 1 or 2, characterized by that the main section (H) has circumferential grooves (11). [4] Radiating body (1) according to one of claims 1 to 3, characterized bythat the main section (H) has 6 to 10, preferably 7 to 9 and particularly preferably 8 grooves (11). [5] Radiating body (1) according to one of the preceding claims, characterized by that the grooves (11) have a groove width which is 10% to 20% and preferably 13% to 15% of the maximum diameter of the main section (H). [6] Radiating body (1) according to one of the preceding claims, characterized by that the grooves (11) have a groove depth which is 10% to 20% and preferably 13% to 15% of the maximum diameter or of the diameter of the main section (H) or of the groove edge. [7] Radiating body (1) according to one of the preceding claims, characterized by that the end sections (E) have a spherical shape. [8] Radiating body (1) according to one of the preceding claims, characterized by that the end sections (E) each merge into the main section (H) via a neck-like tapered section (V). [9] Radiating body (1) according to claim 8, characterized by that the neck-like tapered section (V) has a circumferential groove with a radius (R) which is a value of 60% to 70% of the maximum diameter of the main section (H). [10] Radiating body (1) according to one of the preceding claims, characterized by that the base body (10) comprises a metal material, in particular a brass, preferably an Ms58, and / or is gold-plated on the surface (12). [11] Radiating body (1) according to one of the preceding claims, characterized by that the base body (10) has a length of 72.3 mm and / or that the diameter of the main section (H) has a value of 14.8 mm. [12] Radiating body (1) according to one of the preceding claims, characterized bythat the base body (10) has a length and the above-assigned partial dimensions which correspond to an integer multiple of the above-specified dimensions and / or that these are designed to be enlarged or reduced by 25%.

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