DE3101618A1 - Apparatus for generating oxygen - Google Patents

Abstract

The purpose of the invention is to maintain human life for as long and healthily as possible. This is to be achieved by enriching the inhalation air with oxygen. Thus, general well-being and a more active metabolism are to be promoted. By means of UV lamps, the apparatus generates ozone (O3) which is broken down by a catalyst into oxygen (O2). This pure, sterile oxygen is then supplied to the inhalation air within enclosed spaces in a dosage of approximately 15-20%.

Description

The invention relates to a device for generating oxygen (D ₂ ).

The oxygen obtained is intended to increase the _{O 2} proportion of the air we breathe in closed rooms. It is intended to increase the C ^ proportion of the air we breathe from approx. This is intended to ensure that the Q2 content by no means falls below the I normalized even under the most unfavorable conditions, but rather is kept constantly above it. The additionally supplied O ₂ is moreover biologically germ-free, so that the air inside the supplied rooms is qualitatively better than outside the house. This device is intended to maintain or increase personal mental and physical performance in heavily polluted rooms, such as schools, assembly rooms, shelters, etc., through excellent breathing air. In addition, it is provided that previously known air conditioning systems are supplemented by this device and raised to true air conditioning systems.

It has already been shown that this is what happens in the bedroom Treated breathing air allows sensitive people to sleep deeper and more restoratively, so that they feel better the next morning.

■ fr-

Device for Saueratofferzeuqunq

To explain the oxygen device, it is shown in more detail in the drawing in principle of position x 1) to 12) for ■ '_ described · The Umueltluft is varbeigeleitet from the outside via the dust filter 1) by means of a quiet fan 2) bound to the Ozanerzeugern 3) . The generated ozone is mixed therefore with the air flow, Immediately thereafter, the air is passed through a built-in catalyst U), which passed the previously generated proportion of ozone in oxygen (Dg) reacting · Thereafter, the air through a ülahlfilter 5g), 5j_ or 5 _C who do the job a certain climate

(e.g. sea air containing iodine) takes over. The climate-determining active ingredients are contained in the corresponding containers B ₃ , 6 _D and 6 _C and can be delivered to the air flow via one of the Idahl filters after preselection via the inlets 7 _a , 7 _{D and 7 C.} The enriched breathable air is then finally passed through the outlet 8) to the.

The automatic system 9) prevents the Qjr share from falling below 22% in the supplied murmur and switches off the additional surgical supply when about 2k VoI.% Is reached Carbon dioxide (CDn), which O, D <t UoI.% Of the room air must not exceed. The suction device 11) pulls the CO _{2 that} collects on the ground through the channel 12) into the open,

Blank page

Claims (9)

1)! Device for generating O3 (ozone), characterized in that / that it serves to obtain van (^ (oxygen), 2) Device according to claim 1), characterized in that the 02 gained to enrich the air we breathe in closed rooms serves 3) Device according to claim 1) and 2), characterized in that the device increases the breathing air by an individually determined percentage, e.g. about 10 to 20% by volume above normal Share increases. 4) Device according to claim 1) to 3), characterized in that the preselected Og value automatically constant within the tolerance range is held 5) Device according to claim 1) to k), characterized in that the additionally supplied C ^ portion is added biologically sterile. 6) Device according to claim 1) to 5), characterized in that the additional Q ^ portion can optionally be _{enriched with climatic lubricants Z -} B · iodine or eucalyptus « 7) Device according to claim 1) to 6), characterized in that the CO ₂ (carbon dioxide) is sucked out of the room by the device if necessary. B) Device according to claim 1) to 7), characterized in that the CQ2 content is automatically reduced to a ratio of less than 0.04% by volume is held " 9) Device according to claim 1) to 8), characterized in that the device switches off automatically in the event of a functional failure and displays this optically while the quality of the breathable air is on the normal room atmosphere falls behind.