Electrical power disable in an air cleaner
View Patent ↗An air cleaner is provided according to an embodiment of the invention. The air cleaner includes a power supply, an electrostatic precipitator cell, and a door. The door closes the electrostatic precipitator cell inside the air cleaner. The air cleaner further includes a door switch that is actuated by the door when the door is substantially closed. The air cleaner further includes a cell presence switch. The electrostatic precipitator cell actuates the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner. The cell presence switch and the door switch enable electrical power to be supplied from the power source to one or more air cleaner components when the electrostatic precipitator cell is at least partially inserted into the air cleaner and when the door is substantially closed.
1. An air cleaner, comprising:
a power supply;
an electrostatic precipitator cell;
a door, with the door closing the electrostatic precipitator cell inside the air cleaner;
a door switch that is actuated by the door when the door is substantially closed; and
a cell presence switch, wherein the electrostatic precipitator cell actuates the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner;
wherein the cell presence switch and the door switch enable electrical power to be supplied from the power source to one or more air cleaner components when the electrostatic precipitator cell is at least partially inserted into the air cleaner and when the door is substantially closed.
2. The air cleaner of claim 1 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside the electrostatic precipitator receptacle.
3. The air cleaner of claim 1 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside a side surface of the electrostatic precipitator receptacle.
4. The air cleaner of claim 1 , with the electrostatic precipitator cell further comprising at least one support projection extending from the electrostatic precipitator cell, wherein the at least one support projection presses against the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner.
5. The air cleaner of claim 1 , with the door switch including an actuation member that is contacted by the door in order to actuate the door switch.
6. The air cleaner of claim 1 , wherein the cell presence switch and the door switch further enable power to the electrostatic precipitator cell.
7. The air cleaner of claim 1 , wherein the cell presence switch and the door switch further enable power to an air moving device.
8. The air cleaner of claim 1 , with the cell presence switch and the door switch being connected in series between the power source and the electrostatic precipitator cell.
9. The air cleaner of claim 1 , further comprising:
a power switch connected to both the power source and the electrostatic precipitator cell; and
a processing system coupled to the door switch, the cell presence switch, and the power switch, wherein the processing system receives and processes a door closed signal from the door switch and a cell presence signal from the cell presence switch and controls the power switch in order to enable electrical power to be supplied from the power source to the electrostatic precipitator cell when the electrostatic precipitator cell is at least partially inserted into the air cleaner and when the door is substantially closed.
10. An air cleaner, comprising:
a power supply;
an electrostatic precipitator cell;
a door, with the door closing the electrostatic precipitator cell inside the air cleaner;
a door switch that is actuated by the door when the door is substantially closed; and
a cell presence switch, wherein the electrostatic precipitator cell actuates the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner;
wherein the cell presence switch and the door switch are connected in series between the power source and the electrostatic precipitator cell and wherein the cell presence switch and the door switch enable electrical power to be supplied from the power source to the electrostatic precipitator cell when the electrostatic precipitator cell is at least partially inserted into the air cleaner and when the door is substantially closed.
11. The air cleaner of claim 10 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside the electrostatic precipitator receptacle.
12. The air cleaner of claim 10 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside a side surface of the electrostatic precipitator receptacle.
13. The air cleaner of claim 10 , with the electrostatic precipitator cell further comprising at least one support projection extending from the electrostatic precipitator cell, wherein the at least one support projection presses against the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner.
14. The air cleaner of claim 10 , with the door switch including an actuation member that is contacted by the door in order to actuate the door switch.
15. The air cleaner of claim 10 , wherein the cell presence switch and the door switch further enable power to one or more air cleaner components.
16. The air cleaner of claim 10 , wherein the cell presence switch and the door switch further enable power to an air moving device.
17. An air cleaner, comprising:
a power supply;
an electrostatic precipitator cell;
a door, with the door closing the electrostatic precipitator cell inside the air cleaner;
a door switch that is actuated by the door when the door is substantially closed;
a cell presence switch, wherein the electrostatic precipitator cell actuates the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner;
a power switch connected to both the power source and the electrostatic precipitator cell; and
a processing system coupled to the door switch, the cell presence switch, and the power switch, wherein the processing system receives and processes a door closed signal from the door switch and a cell presence signal from the cell presence switch and controls the power switch in order to enable electrical power to be supplied from the power source to one or more air cleaner components when the electrostatic precipitator cell is at least partially inserted into the air cleaner and when the door is substantially closed.
18. The air cleaner of claim 17 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside the electrostatic precipitator receptacle.
19. The air cleaner of claim 17 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside a side surface of the electrostatic precipitator receptacle.
20. The air cleaner of claim 17 , with the electrostatic precipitator cell further comprising an actuator tab extending from the electrostatic precipitator cell, wherein the actuator tab presses against the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner.
21. The air cleaner of claim 17 , with the door switch including an actuation member that is contacted by the door in order to actuate the door switch.
22. The air cleaner of claim 17 , wherein the cell presence switch and the door switch further enable power to the electrostatic precipitator cell.
23. The air cleaner of claim 17 , wherein the cell presence switch and the door switch Thither enable power to an air moving device.
24. An electrical power disable method for an air cleaner, the method comprising:
a power supply;
providing a door switch in the air cleaner, with the door switch being actuated by a door of the air cleaner when the door is substantially closed and with the door closing an electrostatic precipitator cell inside the air cleaner;
providing a cell presence switch in the air cleaner, wherein the electrostatic precipitator cell actuates the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner; and
enabling electrical power to one or more air cleaner components when the electrostatic precipitator cell is detected by the cell presence switch to be at least partially inserted into the air cleaner and when the door is detected to be substantially closed by the door switch.
25. The method of claim 24 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside the electrostatic precipitator receptacle.
26. The method of claim 24 , with the air cleaner further comprising an electrostatic precipitator receptacle, wherein the cell presence switch is mounted inside a side surface of the electrostatic precipitator receptacle.
27. The method of claim 24 , with the electrostatic precipitator cell further comprising at least one support projection extending from the electrostatic precipitator cell, wherein the at least one support projection presses against the cell presence switch when the electrostatic precipitator cell is at least partially inserted into the air cleaner.
28. The method of claim 24 , with the door switch including an actuation member that is contacted by the door in order to actuate the door switch.
29. The method of claim 24 , wherein the cell presence switch and the door switch further enable power to the electrostatic precipitator cell.
30. The method of claim 24 , wherein the cell presence switch and the door switch further enable power to an air-moving device.
31. The method of claim 24 , with the cell presence switch and the door switch being connected in series between the power source and the electrostatic precipitator cell.
32. The method of claim 24 , further comprising:
a power switch connected to both the power source and the electrostatic precipitator cell; and
a processing system coupled to the door switch, the cell presence switch, and the power switch, wherein the processing system receives and processes a door closed signal from the door switch and a cell presence signal from the cell presence switch and controls the power switch in order to enable electrical power to be supplied from the power source to the electrostatic precipitator cell when the electrostatic precipitator cell is at least partially inserted into the air cleaner and when the door is substantially closed.