US 2026/0225027 A1 · MULTIMODAL OXYGEN CONTROL MODULE AND MULTIMODAL OXYGEN CONTROL APPARATUS

Abstract

A multimodal oxygen control module includes an oxygen generator configured to separate oxygen from components of air by discharging, as a second flow and a third flow, air flowing in as a first flow, an exhaust node configured to provide a diversion point for the third flow and to be in fluid communication with outside, an ozone generator into which a fourth flow diverted from the exhaust node flows, the ozone generator being configured to convert oxygen from components of incoming air into ozone and to discharge the ozone as a fifth flow, and an intake node into which the fifth flow flows, the intake node being configured to be in fluid communication with the outside and to provide the first flow to the oxygen generator, wherein an ozone component included in the fifth flow is included in the first flow and flows into the oxygen generator.

Claims15

Dependent claims

A multimodal oxygen control module comprising:

an oxygen generator configured to separate oxygen from components of air by discharging, as a second flow and a third flow, air flowing in as a first flow;
an exhaust node configured to provide a diversion point for the third flow and in fluid communication with outside;
an ozone generator configured to receive a fourth flow diverted from the exhaust node, the ozone generator (13) being configured to convert oxygen from components of incoming air into ozone and to discharge the ozone as a fifth flow;
and
an intake node configured to receive the fifth flow, the intake node being in fluid communication with the outside and configured to provide the first flow to the oxygen generator,
wherein an ozone component included in the fifth flow is included in the first flow passing through the intake node and is configured to flow into the oxygen generator to regenerate the oxygen generator.

3 more elements

A multimodal oxygen control apparatus comprising:

an oxygen generator configured to separate oxygen from components of air by discharging, as a second flow and a third flow, air flowing in as a first flow;
a chamber configured to provide the first flow to the oxygen generator, and to receive the second flow;
a control node comprising a control flow path configured to draw in air from outside or discharge air to the outside, the control node being configured to provide a diversion point for the third flow;
and
an ozone generator configured to receive a fourth flow diverted from the control node, the ozone generator being configured to convert oxygen from components of incoming air into ozone and to discharge the ozone as a fifth flow into the chamber,
wherein an ozone component included in the fifth flow is included in the first flow passing through the chamber and is configured to flow into the oxygen generator to regenerate the oxygen generator.

3 more elements

Dependencies are inferred from the claim text.

Multimodal oxygen control module and multimodal oxygen control apparatus

Life of this patent

Multimodal oxygen control module and multimodal oxygen control apparatus

Life of this patent

Abstract

Claims15