WO2018082748A1

WO2018082748A1 - Device for conditioning an electric direct current or alternating current circuit

Info

Publication number: WO2018082748A1
Application number: PCT/DE2017/100934
Authority: WO
Inventors: Florian M. König
Original assignee: Florian König Enterprises Gmbh
Priority date: 2016-11-04
Filing date: 2017-11-03
Publication date: 2018-05-11
Also published as: DE112017005560A5; DE102016013186A1

Abstract

The invention relates to a device for conditioning an electric direct current or alternating current circuit, having a first wire coil (21), which is connected to the minus pole (26) of the direct-current circuit or a phase conductor of the alternating current circuit, and a second wire coil (22), which is connected to the plus pole (25) of the direct-current circuit or an alternating current circuit return conductor belonging to the phase conductor, wherein the two wire coils (21, 22) lie opposite each other in an axially successive manner, the longitudinal axes of the coils are flush, and the two wire coils (21, 22) have opposite winding directions. The device also has a first metal sponge (19) through which the first wire coil (21) passes, a second metal sponge (20) through which the second wire coil (22) passes, a housing (10) that has a first chamber (14) for receiving the metal sponge through which the first wire coil (21) passes and a second chamber (15) for receiving the second metal sponge through which the second wire coil (22) passes, said two chambers (14, 15) being filled with an electrically insulating fine-grain material so as to surround the metal sponges (19, 20) through which the wire coils (21, 22) pass.

Description

Apparatus for conditioning an electrical DC or

AC circuit

The present invention relates to a conditioning device

an electrical DC or AC circuit.

Such a device is used, for example, to reduce the

Strain of organisms by magnetic, electrical as well

alternating electromagnetic fields (EMF) used by electric

Consumers are emitted to a single or multi-phase

AC mains (50/60 Hz mains) is connected. Such

Device is also suitable, for example, for the reduction of

electric fields supplied by DC powered electrical

Consumers are broadcast.

Every electrical load with 50/60 Hz and 110/230/380 Volt power supply emits low frequency or high frequency alternating electromagnetic fields (EMF). These EMFs may interact with an organism, including, but not limited to, an organism. influence negatively. In the highly controversial discussion about the health effects of electromagnetic fields and waves, unfortunately, there is often a tendency to dismiss this as nonsensical from the outset. However, a biological effectiveness of even weak fields due to the large number of findings can hardly be denied. At the cellular level, there are numerous publications that were able to detect not only oxidative stress but also DNA damage in cultured cells. These publications include, among others:

Agarwal A et al. (2009): Effects of radiofrequency electromagnetic waves (RF-EMW) from cellular phones on human ejaculated semen: an in vitro pilot study. Fertility and sterility 92: 13181325 Diem E et al. (2005): Non-thermal DNA breakage by mobile-phone radiation (1800 MHz) in human fibroblasts and transformed GFSH-R17 rat granulosa cells in vitro. Mutation Research / Genetic Toxicology and Environmental Mutagenesis 583: 178-183.

Blank M and Goodman R (2009): Electromagnetic fields stress living cells. Pathophysiology 16: 71-78

Kundi M and Hutter HP (2009): Mobile phone base stations - Effects on wellbeing and health. Pathophysiology 16: 123-135).

From the documents DE19635913A1, DE19618493A1 and DE19713097A1 different embodiments of a device for reducing the EMF exposure of organisms are known. This known device for reducing the load of organisms with electromagnetic alternating fields (EMF), comprising a tube made of electrically conductive material which is filled with quartz granules or sand and which partially additionally comprises quartz stones. In order for the device to be effective as intended, one end of the tube is exposed to alternating electromagnetic fields to be reduced in its effect, while the other end is intended to be directed towards the organisms to reduce their exposure to the alternating electromagnetic fields.

Over the years, in field trials, a fundamentally positive effect of using this known device, which is essentially a multi-chamber system with different crystal material fillings, to reduce the EMF exposure or burden on organisms to the subjective well-being of subjects was found, the EMF loads different Genesis have been exposed.

It is therefore an object of the present invention to provide a device for conditioning a DC or AC electrical circuit to provide, inter alia, reduce the exposure of organisms to electromagnetic fields (EMF) and electric fields emitted by consumers supplied with DC power. This object is achieved by the device according to claim 1. Advantageous

Further developments of the invention are specified in the subclaims. Accordingly, the present invention provides a device for conditioning a DC or AC electrical circuit comprising

- one to the negative pole of the DC circuit or a phase conductor of the

AC circuit connected first wire coil and

- One to the positive pole of the DC circuit or one to the phase conductor

belonging to the return conductor of the AC circuit connected to the second wire winding, wherein the two wire coils facing each other axially successively and wherein their longitudinal axes are aligned, and wherein the two wire coils have opposite winding sense,

a first metal sponge penetrated by the first wire wound,

a second metal sponge penetrated by the second wire vetch,

a housing having a first chamber for receiving the metal sponge penetrated by the first wire coil and a second chamber for receiving the second metal sponge penetrated by the second wire coil,

- Wherein the two chambers, which are surrounded by the wire coils penetrated metal sponges, filled with electrically insulating fine-grained material.

The device according to the invention can alternatively be applied to a DC circuit of unbalanced configuration with a negative and a positive pole and also to a DC circuit of symmetrical configuration with an additional zero pole as an alternative to its abovementioned application. In this case, in which the

DC circuit in addition to the plus and minus pole comprises a zero pole, the device has in addition to its above-mentioned embodiment with two wire coils for connection to the positive and negative poles of the DC circuit on:

- A connected to the zero pole third wire coil, which comes to lie in a third housing chamber between the first and second housing chambers, the longitudinal axis aligned with the longitudinal axes of the first and second wire coils, and the two axially successive first and second winding sections of which the first winding section lies opposite the first wire winding and has a winding direction opposite thereto, and of which the second winding section is opposite to the second wire winding and has a winding direction opposite thereto, a third metal sponge penetrated by the third wire wound,

95 wherein the third chamber is penetrated by the third wire coil third

Includes metal sponge enclosing and filled with electrically insulating fine-grained material.

Since iron in a multi-pole system is particularly well suited electrochemically and electrogalvanically as earthing or negative pole or return pole is advantageously provided, 100 that the first wire coil and the first wire coil opposite

Winding section of the third wire coil of the DC circuit consists of iron or steel wire or is coated with iron. For the same reason, the first metal sponge and the third metal sponge are made of iron or steel filaments or metal filaments which are coated with iron.

105 As opposed to copper in a multipolar electrochemical and

elektrogalvanisch particularly well suited as a current-conducting positive pole or Phasenleiterpol is advantageously provided that the second wire coil and the second

Wire wrap opposite winding section of the third wire coil of the

DC circuit consists of copper wire or is coated with copper. Out

For the same reason, the second metal sponge and the third metal sponge are made of copper metal filaments and metal filaments coated with copper, respectively.

The use of metal sponges interspersed with the wire coils also expands the effective area of the wire coils, that is, they form a large surface area with respect to the electrically insulating fine-grained material with which the metal sponges penetrate

115 chambers are filled.

According to a u.a. manufacturing advantageous embodiment of the invention, the housing is generally cylindrical and it preferably forms a cylindrical box of electrically conductive material, especially a tin can, or by an electrically insulating partition axially into the two chamber or two electrically

120 insulating partitions is divided axially into the three chambers, wherein the housing or

Can interior wall is electrically isolated.

Furthermore, it can be provided that the partition wall or the partition walls comprises two electrically insulating partition wall parts, preferably of cardboard, which are spaced apart from one another define an interior containing carbon-containing material, preferably brown wood 125 and / or hard coal and / or schungite and / or graphene or carboniferous

Material is filled. This choice of material has the advantage of being environmentally friendly. In addition, the partition acts as a separating layer to capacitively separate the two housing chambers from each other.

The following advantageous developments of the invention are provided:

130 - The exterior of the enclosure is at ground potential or on the ground of a housing-receiving device, such as a car or truck, or placed on the negative terminal of the DC power supply.

The two or three chambers filling, electrically insulating fine-grained material is quartz sand.

135 - The quartz sand contains at least in the area of the wire coils interspersed

Metal Sponges Gemstone sand, such as rose quartz sand and / or gemstone pieces such as rose quartz pieces.

The wire coils are guided out of the housing via electrically insulated wires to the poles of the DC circuit or to the phase or return conductor of the AC circuit 140.

The electrically insulated wires are at a point just before they emerge from the housing surrounded by a ring of gemstone material, such as rose quartz.

In the bottom region of the housing and / or in the region of the partition wall, a magnet, in particular a magnetic ring and / or a magnetic disk are arranged.

145 - The electrically insulated wires are in place just before they leave the case

emerge from a ring of gemstone material, such as rose quartz enclosed.

The effectiveness of the device can be increased by the fact that the double-wall or three-chamber configuration containing the wire coils and metal foams is designed several times in electrical parallel connection of the respective wire coils.

The invention will now be described by way of example with reference to the drawing; in this show: 1 shows an embodiment of the device according to the invention designed as a two-chamber system for use with a single-ended DC circuit or a two-pole AC circuit, and

Fig. 2 shows an embodiment of the invention designed as a three-chamber system for use with a balanced DC circuit device according to the invention.

The device shown in Fig. 1 comprises a cylindrical housing 10 in the form of a tin box. At its axial ends, the housing 10 is closed by a bottom 11 and a cover 12. Internally, the housing 10 is divided by a partition 13 axially into two substantially equal-sized chambers, a lid-side first chamber 14 and a bottom-side second chamber 15.

The bottom 11, the cover 12 and the cylinder wall 16 of the housing 10 are internally provided with an electrically insulating coating, such as a lacquer layer or alternatively covered with an insulating plastic or cardboard material. This insulating coating or cover is symbolized by the contour of the inside of the cylindrical housing 10 in a dashed line.

The partition wall 13 comprises two electrically insulating partition wall parts 17 and 18, preferably made of cardboard, spaced apart define an interior, with 170 carbonaceous material, preferably brown wood and / or hard coal and / or with

Shungite and / or graphene is filled.

Each of the two chambers 14 and 15 each contains one in each one

Metal sponge 19, 20 embedded wire coils 21, 22. In addition, the two chambers 14 and 15 are filled with electrically insulating fine-grained material, especially with 175 quartz sand.

The first wire coil 21 in the lid-side first chamber 14 is made of iron or steel wire or iron-coated metal wire, and the first metal sponge 19 penetrated by the first wire coil 21 is made of iron or steel filaments or iron-coated metal filaments. 180 The second wire coil 22 in the bottom-side second chamber 15 is made of copper or a copper-coated metal wire, especially iron or steel wire, and the second metal sponge 20 penetrated by the second wire coil 22 is made of copper or copper-coated metal filaments, especially made of iron or steel.

185 The contained in the two chambers 14 and 15 electrically insulating fine-grained

Material which is preferably present as quartz sand comprises, at least in the area of the metal sponges 19, 20 penetrated by the wire coils 21, 22, gemstone sand, such as rose quartz sand and / or gemstone pieces, such as rose quartz pieces (represented as black balls). In the bottom region of the housing 10 and / or in the region of

190 partition 13 are a magnet, especially a magnetic ring and / or a magnetic disc arranged.

The two wire coils 21 and 22 comprise, as shown in the drawing, at least one winding layer, which is preferably realized as a spiral.

195

The two wire coils 21 and 22 have opposite sense of winding: the winding sense of the first wire winding 21 extends in the clockwise direction and the winding sense of the second wire winding 22 runs in the counterclockwise direction.

The outer end of each wire coil 21, 22 is a cover opening 24 200 from the cover 12 of the housing 10, spaced or electrically isolated from the edge of the

Cover breakthrough 24 brought out. Alternatively, the outer end of each wire coil 21, 22 is connected to an electrically insulated wire, which is led out of the housing 10 via the cover opening 24. The lead-out winding ends or the lead-out electrically insulated wires serve the 205 connection with a single-ended DC circuit or a

AC circuit. In particular, the first wire coil 21 is connected to the negative pole 24 of the DC circuit while the second wire coil 22 is connected to the positive pole of the DC circuit. In the case of connection to an AC circuit, the first wire coil is connected to the return conductor thereof, while the second 210 wire coil is connected to the phase conductor thereof. The electrically insulated wires or the ends of the wire coils 21, 22 are at a position shortly before they escape through the cover opening 24 from the housing 10 in a manner not shown by a ring of gemstone material, such as rose quartz

enclosed.

Fig. 2 shows an embodiment of the device according to the invention designed as a three-chamber system for use with a symmetrical DC circuit.

Starting from the two-chamber system shown in FIG. 1 for use with a single-ended DC circuit, the three-chamber system according to FIG. 2 comprises an additional, a third chamber 30. Apart from the third chamber 30, its content 220 and the additional connection to the neutral pole 31 of a DC circuit The structure of the device of Fig. 2 corresponds to that of Fig. 1. Therefore, only the additional, the third chamber 30 and its contents will be explained in more detail below.

In order to accommodate the third chamber 30 in the cylindrical housing 10, the housing 10 of FIG. 1 is axially elongated and instead of the single partition 13 of FIG. 1 225, a second partition wall 32 is used, which together with the partition wall 13, the third Chamber 31 axially limited. The structure of the second partition wall 32 corresponds to that of the first-mentioned partition wall 13, and the third chamber 30, like the first and second chambers 14 and 15, is filled with electrically-insulating fine-grained material.

230 The opposite sense of winding of the first and second wire coils 21 and 22 shown in FIG. 1 is also realized in FIG. In order to transmit the reverse nature of the first and second wire coils 21 and 22 to the third wire coil 33 embedded in the third chamber 30 and embedded in a third metal sponge 34, the third wire coil 33 comprises two coil portions 33a and 33b, namely, a first one

235 winding section 33a in axial opposition to the first wire coil 21 in the first

Chamber 14 and with a winding direction (counterclockwise) in opposite directions to the winding sense of the first wire winding 21 and a second winding portion 33b in axial opposition to the second wire winding 22 in the second chamber 15 and with a winding sense (clockwise) opposite to the winding sense of the second wire winding 22nd At one point between the two winding sections 33a and 33b, an insulated wire 34 is connected to the third wire winding 33, which is led out of the cover opening 24 of the housing 10 and is in communication with the neutral pole 31 of the balanced DC circuit.

Claims

claims

Apparatus for conditioning an electrical DC or AC circuit, comprising

- one to the negative pole (26) of the DC circuit or a phase conductor of the

AC circuit connected first wire coil (21) and

a second wire coil (22) connected to the positive pole (25) of the DC circuit or to a back conductor of the AC circuit belonging to the phase conductor,

wherein the two wire coils (21, 22) are axially opposite each other and their longitudinal axes are aligned, and wherein the two wire coils (21, 22) have opposite winding sense,

a first metal sponge (19) penetrated by the first wire coil (21),

a second metal sponge (20) penetrated by the second wire coil (22),

a housing (10) having a first chamber (14) for receiving the metal sponge penetrated by the first wire coil (21) and a second chamber (15) for receiving the second metal sponge penetrated by the second wire coil (22),

- Wherein the two chambers (14, 15), the enforced by the wire coils (21, 22)

Metal sponges (19, 20) enclosing, are filled with electrically insulating fine-grained material.

The device of claim 1, wherein the DC circuit comprises a neutral pole (31) in addition to the plus and minus poles (25, 26), and wherein the device additionally comprises:

- A third to the neutral pole (31) connected to the third wire coil (33) which comes to lie in a third housing chamber (30) between the first and second housing chambers (14, 15) whose longitudinal axis with the longitudinal axes of the first and second wire coil (21, 22) is aligned, and the two axially successive first and second winding portions (33a, 33b), of which the first winding portions (33a) of the first wire coil (21) and opposite to this has a winding sense, and of which the second winding section (33b) is opposite to the second wire winding (22) and has a winding sense opposite thereto,

- A third metal sponge (34) which is penetrated by the third wire coil (33), wherein the third chamber (30) of the third wire coil (33) interspersed third metal sponge (34) surrounds and is filled with electrically insulating fine-grained material ,

3. Apparatus according to claim 2, wherein the first wire coil (21) and the first wire coil (21) opposite winding portion (33 a) of the third wire coil (33) consists of iron or steel or is coated with iron. 4. Device according to one of claims 1 to 3, wherein the second wire coil (22) and the second wire winding (22) opposite winding portion (33b) of the third wire coil (33) consists of copper or coated with copper.

5. Device according to one of claims 2 to 4, wherein the first metal sponge (19) and the third metal sponge (34) consist of iron or steel filaments or of metal filaments which are coated with iron.

6. Device according to one of claims 2 to 5, wherein the second metal sponge (20) from

Copper metal threads or made of metal threads, which are coated with copper.

7. Device according to one of claims 1 to 6, wherein the housing (10) is cylindrical and preferably a cylindrical can of electrically conductive material, especially a tin can, or by an electrically insulating partition (13) axially in the both

Chamber (14, 15) or by two electrically insulating partitions (13, 32) axially into the three chambers (14, 15, 30) is divided, wherein the housing or can inner wall is electrically insulated.

8. The device according to claim 7, wherein the partition wall (13) or the partition walls (13, 32) comprises two electrically insulating partition wall parts (17, 18), preferably made of cardboard, spaced apart define an interior, with carbonaceous material, preferably Brown-wood and / or hard coal and / or filled with shungite and / or graphene.

9. Apparatus according to claim 7 or 8, wherein the housing outside at ground potential or on the mass of the housing (10) receiving device, such as a car or truck or on the negative pole (26) or the neutral pole (31) of the DC power supply is.

10. Device according to one of claims 1 to 9, wherein the two or the three chambers (14, 15, 30) filling, electrically insulating fine-grained material is quartz sand.

11. The device according to claim 10, wherein the quartz sand at least in the range of the

Wire wounds (21, 22, 33) penetrated metal sponges (19, 20, 34) gemstone sand, such as osenquarzsand and / or gemstone pieces, such as rose quartz pieces comprises.

12. Device according to one of claims 1 to 11, wherein the wire coils (21, 22, 33) via electrically insulated wires out of the housing to the poles (25, 26, 31) of the DC circuit or to the phase and ückleitern of the AC circuit are guided.

13. Device according to one of claims 1 to 12, wherein in the region of the housing bottom (11).

and / or in the region of the partition wall or partitions (13, 32) a magnet, in particular a magnetic ring and / or a magnetic disk is arranged.

14. The apparatus of claim 13, wherein the electrically insulated wires at a location just before they emerge from the housing (10) are enclosed by a ring of gemstone material, such as rose quartz.

15. Device according to one of claims 1 to 14, wherein the the wire coils (21, 22, 33) and

Metal sponges (19, 20, 34) containing double-chamber configuration or

Three-chamber configuration under electrical parallel connection of the respective wire coil is executed several times.