| 摘要 |
<p>Preventing an oxidation reaction of at least one oxidizable component (1) in a container (10), comprises (a) detecting an amount of the oxidizable component in the container by a detection unit (21), (b) determining a minimal oxygen content of a gaseous phase (2) in the container, which is required for an oxidation reaction of the oxidizable component in the container, based on the amount of the oxidizable component in the container, and (c) injecting an inert gas into the container through an injecting unit, until the oxygen content in the container is below the minimal oxygen content. Preventing an oxidation reaction of at least one oxidizable component (1) in a container (10) by injecting an amount of at least one inert gas into the container, comprises (a) detecting an amount of the at least one oxidizable component in the container by a detection unit (21), (b) determining a minimal oxygen content of a gaseous phase (2) in the container, which is required for an oxidation reaction of at least one oxidizable component in the container, based on the amount of at least one oxidizable component in the container by a calculation unit (22), and (c) injecting at least one inert gas into the container through an injecting unit, until the oxygen content in the container is below the minimal oxygen content, which is measured by the measuring device in the gaseous phase. Independent claims are also included for: (1) an inertizing system for carrying out the above mentioned method, comprising the detection unit, the calculating unit, the measuring device, the injecting unit, and a control unit, which is adapted to control the injecting unit for supplying the inert gas into the container until the oxygen content in the container is below the minimal oxygen content, which is measured by the measuring device in the gaseous phase; and (2) a computer program product with a program coding unit, which is executed when it is present on the computing unit of the above mentioned inertizing system, where the minimal oxygen content of a gaseous phase in the container from the amount of at least one oxidizable component in a container, which is required: (i) for the oxidation reaction of at least one oxidizable component in the container, and (ii) to calculate and to generate control commands with respect to the technical characteristics of the control unit and/or the injecting unit, in order to induce injecting of at least one inert gas into the container, until the oxygen content in the container is below the minimal oxygen content, which is measured by the measuring device in the gaseous phase.</p> |
