CS71091A3 - Personal portable air ionization apparatus - Google Patents

Description

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Description of the Invention FOV RBYOLUCN1 71 8 -03- B92 f

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BACKGROUND OF THE INVENTION The present invention relates to a personalized " innitzator &quot; which is capable of continuously delivering to its wearer a significant concentration of negative oxygen ions, while staying or moving in conventional environments.

BACKGROUND OF THE INVENTION The beneficial effect of negative oxygen ions in the air on human health is undisputed. Since, as a result of the industrial operation and the operation of the vehicles, the natural content of these ions in the air is very low, especially in the cities, it is used to improve this situation with artificial ionizers. The ionizers are generally known and commercially available. . They are mostly electric ionizers, where the ion emission is caused by the high voltage applied to the emitter. The emitter is usually the tip of a metal needle, a thin metal wire or other structure. These ionizers are fed from a public power grid or, as in cars and airplanes, by a power grid connected to a local generator and battery. Recently, it has been shown that it is desirable that persons who are particularly sensitive to a lack of negative oxygen ions, such as asthmatics, are given a certain minimum dose of ions in a continuous manner. It was demonstrated by xx and the difference in the results of the stay in climatic spas, which are particularly places in the mountains, on the seashore and at the waterfalls, and the interim results of periodic inhalation stays in areas with artificial ion concentration. In climatic spas, the air-enhanced content of ions is virtually continuous throughout the day, and the health of guests has always been better at the end of their stay and a more permanent improvement has been achieved than the results achieved by the inhalation of the produced ions, although -accepted amounts of ions equal. This results in an expedient need for a portable personal ionizer. air, which would work reliably and continuously in the interim, when man is outside the environment with sufficient concentration of ions, whether natural or artificial. Commercial ionizers of the air mentioned above usually work well, for example, when portable, autonomously fed ionizers have been tested, they have worked irregularly and have ceased to function completely after some time.

SUMMARY OF THE INVENTION

In order to achieve a continuous and reliable function of an autonomously powered ionizer, it is necessary to achieve, as we have experimentally found, that negatively charged ions reach the user's face to the maximum extent and to create a closed electrical circuit between its body and the positive pole of the high voltage ionium. Then, a small amount of ions that escape outside do not interfere with the operation of the ionizer, there are no leakage electrical resistances between the user and the environment required to close these tiny currents. SUMMARY OF THE INVENTION The present invention provides a personal portable air ionizer consisting of a housing in which a high voltage source is provided, an ion emitter and a power battery within the body, and a self-contained portable air ionizer according to the invention having a housing formed of two parts, an insulating portion and an electrostatically conductive portion . The electrostatically conductive part is electrically conductively connected to the electrostatically conductive hinge of the user's neck and to the positive pole of the high voltage source, and faces the wearer when worn. 7 of the top portion facing the user's mouth when applied to the user, the housing is provided with a rectangular Ion exit slot, the narrow size of which is equal to or greater than the distance of the end of the ion tip from. The housing may be formed of an insulating material if its part facing the user is electrostatically conductive, such as by coating, galvanic, chemical, vacuum. The operation of the passenger portable air ionizer according to the invention is as follows: Upon insertion of the battery, a high negative voltage is produced at the ion emitting tip which produces ions exiting the cutout in the housing. By the operation of the insulating and electrostatic conductive housing parts and the geometrical relations between emitter -3 - ions, and with a cut-out, and achieves a high proportion of ionic emissions towards the user's face. The electrostatically conductive neck hinge of the user mediates the closing of the electric circuit for the charged particles to capture a substantial portion of the emitted ions.

The invention is explained in more detail in the accompanying drawing. The Personal Portable Air Ionizer consists of a housing 1 into which a high voltage source 2 is connected, coupled to a power supply battery 4, and a negative terminal with an ion emitter. The electrostatically conductive portion 7 of the housing 1 is further electrically conductively connected to the electrostatically conductive hinge 8. The housing 1 is provided with a notch 2 for the ejection opening in the upper portion facing the user &apos; s mouth. the same as the distance j) of the end of the ionemitor 2 from the surface of the housing 1. The letter e in the drawing indicates the side of the housing 1 facing the user.

The personal portable air ionizer of this example, prm-covaX- continuously and reliably with constant performance when hanging the user.

Industrial usability

The Personal Portable Air Ionizer of the present invention is industrially manufactured and utilized in places where and where people stay or move in a space with very low or no negative oxygen ions in the air.

Claims (2)

Patent Claims I Live! i r 5> o 1 o i GJ _L X *; u 2 j, -t mΓΜ o CO CO V3 ‘T2 ^ 55 ^ * -. cc rc rc A personal portable air ionizer comprising a housing in which a high voltage source, a power battery and an ion emitter are provided, characterized in that the housing (1) is formed of two parts, an insulating part (6) and an electrostatic (7), which is electrically conductively coupled to the electrostatically conductive hinge (8) and the positive pole of the high voltage source (&amp;), and a housing (1) at the top of the user &apos; ) provided with a recess (9) for the recesses, the smallest dimension (a) being equal to or greater than the distance (b) of the tip of the ion emitter tip (3) from the surface of the recess (1), wherein the ion emitter (3) is electrically conductive - with negative voltage of high voltage source (2). A personal portable air ionizer according to (1), characterized in that the housing (1) is made of an insulating material, a part of which. (c) facing the user is electrostatically free-surface treated.