Sanitization edge compute device
AssigneeIntellisite
InventorsSatyajit Banerjee, Andrew Pennell
Life of this patent
Estimating the term…
Abstract
Sanitization edge compute devices are discussed herein. For example, an ozone generator may be controlled to output ozone in an environment to achieve a first ozone concentration level at a first time. A first decay rate of the ozone in the environment may be determined from the first ozone concentration level during a first period of time. The ozone generator may be controlled to output the ozone in the environment to a second ozone concentration level at a second time. A second decay rate of the ozone in the environment may be determined from the second ozone concentration level during a second period of time. A difference between the first decay rate and the second decay rate may be determined. An action may be performed based on the difference.
Claims20
A system comprising:
- one or more processors;
- and
- one or more non-transitory computer-readable media storing instructions executable by the one or more processors, wherein the instructions, when executed, cause the system to perform operations comprising:
- controlling an ozone generator to output ozone in an environment at a first time;
- determining that a first ozone concentration has reached a first ozone concentration level;
- controlling, based on the first ozone concentration reaching the first ozone concentration level, the ozone generator to stop outputting the ozone;
- determining a first decay rate of the ozone during a first period of time;
- determining that a second ozone concentration has reached a second ozone concentration level;
- based on the second ozone concentration reaching the second ozone concentration level, controlling the ozone generator to output the ozone in the environment at a second time after the first time;
- determining that a third ozone concentration has reached the first ozone concentration level;
- controlling, based on the third ozone concentration reaching the first ozone concentration level, the ozone generator to stop outputting the ozone;
- determining a second decay rate of the ozone during a second period of time;
- determining a difference between the first decay rate and the second decay rate;
- and
- performing an action based on the difference.
A method comprising:
- controlling an ozone generator to output ozone in an environment to a first ozone concentration level at a first time;
- determining a first decay rate of the ozone in the environment from the first ozone concentration level during a first period of time;
- controlling the ozone generator to output the ozone in the environment to a second ozone concentration level at a second time;
- determining a second decay rate of the ozone in the environment from the second ozone concentration level during a second period of time;
- determining a difference between the first decay rate and the second decay rate;
- and
- performing an action based on the difference.
One or more non-transitory computer-readable media storing instructions that, when executed, cause one or more processors to perform operations comprising:
- controlling an ozone generator to output ozone in an environment to a first ozone concentration level at a first time;
- determining a first decay rate of the ozone in the environment from the first ozone concentration level during a first period of time;
- controlling the ozone generator to output the ozone in the environment to a second ozone concentration level at a second time;
- determining a second decay rate of the ozone in the environment from the second ozone concentration level during a second period of time;
- determining a difference between the first decay rate and the second decay rate;
- and
- performing an action based on the difference.
Dependencies are inferred from the claim text.