Air cleaner and air cleaner state backup
An air cleaner is provided according to the invention. The air cleaner includes a main power source, a backup power source, a state detector configured to detect a state of an air cleaner component, and a state memory element coupled to the state detector. The state memory element is configured to transfer a current state in the state memory element to a control circuit: using main electrical power from a main power source, receive the state in the state memory element from the state detector when the state memory element is receiving backup electrical power from a backup power source, and store the state in the state memory element using the backup electrical power.
1 . An air cleaner, comprising:
a main power source;
a backup power source;
a state detector configured to detect a state of an air cleaner component; and
a state memory element coupled to the state detector, with the state memory element being configured to transfer a current state in the state memory element to a control circuit using main electrical power from a main power source, receive the state in the state memory element from the state detector when the state memory element is receiving backup electrical power from a backup power source, and store the state in the state memory element using the backup electrical power.
2 . The air cleaner of claim 1 , further comprising subsequently transferring the state to the control circuit when the main electrical power is restored to the state memory element.
3 . The air cleaner of claim 1 , with the state received from the state detector comprising either a new state or an existing state.
4 . The air cleaner of claim 1 , with the state comprising a collector cell state and with the state memory element comprising a collector cell state memory element.
5 . The air cleaner of claim 1 , with the state comprising an odor absorber state and with the state memory element comprising an odor absorber state memory element.
6 . The air cleaner of claim 1 , with the state comprising a collector cell state and an odor absorber state and with the state memory element comprising a collector cell state memory element and an odor absorber state memory element.
7 . The air cleaner of claim 1 , with the state memory element being further configured to transfer a collector cell state in a collector cell state memory element of the air cleaner to the control circuit using main electrical power from a main power source, transfer an odor absorber state in an odor absorber state memory element of the air cleaner to the control circuit using the main electrical power, receive a collector cell state in the collector cell state memory element when the collector cell state memory element is receiving backup electrical power from a backup power source, receive an odor absorber state in the odor absorber state memory element when the odor absorber state memory element is receiving the backup electrical power, store the collector cell state in the collector cell state memory element using the backup electrical power, and store the odor absorber state in the odor absorber state memory element using the backup electrical power.
8 . The air cleaner of claim 7 , with the state memory element being further configured to subsequently transfer the collector cell state to the control circuit when the main electrical power is restored to the collector cell state memory element and transfer the odor absorber state to the control circuit when the main electrical power is restored to the odor absorber state memory element.
9 . An air cleaner state backup method, comprising:
transferring a current state in a state memory element of an air cleaner to a control circuit using main electrical power from a main power source;
receiving a state in the state memory element from a state detector when the state memory element is receiving backup electrical power from a backup power source; and
storing the state in the state memory element using the backup electrical power.
10 . The method of claim 9 , further comprising subsequently transferring the state to the control circuit when the main electrical power is restored to the state memory element.
11 . The method of claim 9 , with the state received from the state detector comprising either a new state or an existing state.
12 . The method of claim 9 , with the state comprising a collector cell state and with the state memory element comprising a collector cell state memory element.
13 . The method of claim 9 , with the state comprising an odor absorber state and with the state memory element comprising an odor absorber state memory element.
14 . The method of claim 9 , with the state comprising a collector cell state and an odor absorber state and with the state memory element comprising a collector cell state memory element and an odor absorber state memory element.
15 . The method of claim 9 , with the transferring, receiving, and storing further comprising:
transferring a current collector cell state in a collector cell state memory element of the air cleaner to the control circuit using the main electrical power;
transferring a current odor absorber state in an odor absorber state memory element of the air cleaner to the control circuit using the main electrical power;
receiving a collector cell state in the collector cell state memory element from a collector cell state detector when the collector cell state memory element is receiving the backup electrical power;
receiving an odor absorber state in the odor absorber state memory element from an odor absorber state detector when the odor absorber state memory element is receiving the backup electrical power;
storing the collector cell state in the collector cell state memory element using the backup electrical power; and
storing the odor absorber state in the odor absorber state memory element using the backup electrical power.
16 . The method of claim 15 , further comprising:
subsequently transferring the collector cell state to the control circuit when the main electrical power is restored to the collector cell state memory element; and
transferring the odor absorber state to the control circuit when the main electrical power is restored to the odor absorber state memory element.
17 . An air cleaner state backup method, comprising:
transferring a current collector cell state in a collector cell state memory element of an air cleaner to a control circuit using main electrical power from a main power source;
transferring a current odor absorber state in an odor absorber state memory element of the air cleaner to the control circuit using the main electrical power;
receiving a collector cell state in the collector cell state memory element from a collector cell state detector when the collector cell state memory element is receiving backup electrical power from a backup power source;
receiving an odor absorber state in the odor absorber state memory element from an odor absorber state detector when the odor absorber state memory element is receiving the backup electrical power;
storing the collector cell state in the collector cell state memory element using the backup electrical power; and
storing the odor absorber state in the odor absorber state memory element using the backup electrical power.
18 . The method of claim 17 , further comprising:
subsequently transferring the collector cell state to the control circuit when the main electrical power is restored to the collector cell state memory element; and
transferring the odor absorber state to the control circuit when the main electrical power is restored to the odor absorber state memory element.
19 . The method of claim 17 , with the collector cell state received from the collector cell state detector comprising either a new collector cell state or an existing collector cell state and with the odor absorber state received from the odor absorber state detector comprising either a new odor absorber state or an existing odor absorber state.