WO2017072540A1

WO2017072540A1 - Molecular hydrogen portable generator description

Info

Publication number: WO2017072540A1
Application number: PCT/GR2016/000055
Authority: WO
Inventors: loannis KYRIAKIDIS
Original assignee: Kyriakidis Loannis
Priority date: 2015-10-22
Filing date: 2016-10-21
Publication date: 2017-05-04
Also published as: GR1009152B; GR20150100453A

Abstract

A molecular hydrogen portable generator coated by a protective cover (10), featuring in-built operation control monitor (1 ), ON/OFF switches (3) and a power input (4). The interior of the device comprising: a Central Power Unit (CPU) (5) which comprises an in-built current converter from AC to DC; a tube (6) which transfers the molecular hydrogen (H2) and atomic oxygen (O); fans (7); a unit (8) which generates molecular hydrogen (H2) and atomic oxygen (O) and which features two electrodes (11); a relief tank (9); and a tube (12) which is linked to the relief tank (9) and where the desired nozzles can be attached. Through moderate electrolysis, the device generates molecular hydrogen (H2) which can be diffused through the tube (12), which is linked to the alternative nozzles (13), (14) or (15), intended for various uses or embodiments.

Description

MOLECULAR HYDROGEN PORTABLE GENERATOR

DESCRIPTION Technical field:

The said invention refers to a device which generates molecular hydrogen (H2); the apparatus is portable, cost-efficient in its function and is able to generate molecular hydrogen (H2) and atomic Oxygen (O) via moderate electrolysis.

Technological background:

So far there has been no mention of a similar product that produces molecular hydrogen destined for everyday human use. There have been, however, numerous published surveys which verify that the usage of molecular hydrogen comes with many beneficial and therapeutic properties for human body, since the substance can be easily diffused into the sub-cellular departments and eliminate the cytotoxic free oxygen radicals, therefore shielding DNA, RNA and proteins against oxidating stress. It has also been proven that the usage of molecular hydrogen enables the upstream regulation of additional antioxidant enzymes and cytoprotective proteins of the body.

Nevertheless, the only way to manufacture molecular hydrogen so far was by means of industrial chemical process, a fact which entails complicated procedures and massive production, storage and transportation costs.

The aforementioned disadvantages urged me to find a solution to that problem. The attempt resulted to the subject of this invention. My invention eliminates the foregoing drawbacks, being a device simple in structure, mantling and function and quite cost-efficient in terms of operation and maintenance, hence turning the generation of molecular hydrogen quite easy. In addition, the invented device enables the production of both molecular hydrogen and oxygen without forcing these two elements to compress; instead they are generated via free flow while the device can also function in normal temperature.

Disclosure of the invention:

Those skilled in the art will be able to fully understand my invention as soon as they read the drawings hereby enclosed, depicting an indicative industrial embodiment application of the invention.

More specifically:

Drawing 1 depicts the outer perspective of the device;

Drawing 2 depicts the lateral angle of the device;

Drawing 3 depicts the inner details of the device;

Drawing 4 depicts the device along with the nozzles that are used for water hydrogenation;

Drawing 5 depicts the nozzles that are used to inhale hydrogen;

Drawing 6 depicts the device along with the nozzles that are used to enrich the saline solution with hydrogen. I shall now lay down an indicative example of the invention's by numbering the device's main parts into the respective Drawings; parts are inserted in indicative climax-free illustration, but with size proportions applied among them. Based on the chosen industrial embodiment of the invention, the device is coated by a protective cover (10) made by metal or any other appropriate material; the cover features an in-built operation control monitor (1 ), function lamps (2) ON/OFF switches (3) and a power input (4) for 1 10-240 volt EC voltage. The interior of the device includes: a Central Power Unit (CPU) (5) which comes with an in-built current converter from AC to DC; a tube (6) which transfers the molecular hydrogen (H2) and atomic oxygen (O); the fans (7); a unit (8) which generates molecular hydrogen (H2) and atomic oxygen (O) and which features two electrodes (1 1 ); a relief tank (9); and the tube (12) which is linked to the relief tank (9) and where the desired nozzles can be attached.

Once the CPU (5) receives 1 10-240V voltage via the power input (4), the device is activated. Once the device is activated from the ON/OFF switches (3) the CPU (5) converts the alternating current (AC) of 1 10-240V to direct current (DC) of 5-2.5V and then feeds the hydrogen/oxygen generation unit (8) which features two electrodes (1 1) and contains water. The gases (H2 and O) which are generated inside the generation unit (8) via moderate electrolysis are transferred via the tube (6) into the relief tank (9); via the respective tube (12) the molecular hydrogen (H2) comes outside the device. The user may adjust various nozzles at the end of that tube, depending on the desired and intended usage or application, including, without limitation, nozzles (13) for water hydrogenation, nozzles (14) for hydrogen inhaling or nozzles (15) to enrich the saline solution with hydrogen.

It should be noted that the scope of the function is not confined in the foregoing example. It is possible to use the device in other constructive ways and with various parts that are to be contemplated by our invention.

Claims

A molecular hydrogen portable generator characterized in that it is coated by a protective cover (10) and its interior contains a Central Power Unit (CPU) (5) which comes with an in-built current converter from AC to DC; a tube (6) which transfers the molecular hydrogen (H2) and atomic oxygen (O); fans (7); a unit (8) which generates molecular hydrogen (H2) and atomic oxygen (O) featuring two electrodes (1 1 ); a relief tank (9); and a tube (12) which is linked to the relief tank (9) and where the desired nozzles can be attached.

A molecular hydrogen portable generator according to Claim 1 , characterized in that it features an in-built operation control monitor (1 ), fun according to Claim 1 , ction lamps (2) ON/OFF switches (3) and a power input (4) for 1 10-240 volt EC voltage.

A molecular hydrogen portable generator according to Claim 1 characterized in that the one end of the tube (12) can be linked with various alternative nozzles (13) such as nozzles destined for water hydrogenation, nozzles (14) for hydrogen inhaling or nozzles (15) to enrich the saline solution with hydrogen.

A molecular hydrogen portable generator according to Claims 1-3, characterized in that in order for the device to be activated, the CPU (5) receives 1 10-240V voltage via the power input (4). Once the device is activated from the ON/OFF switches (3) the CPU (5) converts the (alternating) current (AC) of 1 10-240V to direct current (DC) of 5-2.5V and then feeds the hydrogen/oxygen generation unit (8) which contains water; the gases (H2 and O) are generated via moderate electrolysis and then transferred via the tube (6) into the relief tank (9); the molecular hydrogen (H2) comes outside the device via the respective tube (12) for the desired and intended usage or application.