Clothes Dryer Static Charge Storage Device and Method of Reducing Static Charge In Clothes
A reusable clothes dryer static charge storage device and method of reducing static cling within clothes while tumbling in a dryer is provided. The device includes an outer housing having a conductive layer with a first conductivity and a capacitor received in the housing. The capacitor has conductive first and second walls spaced from one another. The device further includes a conductive member having a second conductivity that is greater than the first conductivity, with the conductive member being in direct electrical contact with one of the first and second walls of the capacitor, with the conductive member being spaced from the housing conductive layer by a gap. The first and second walls store the static charge accumulated from the clothing while tumbling in the dryer, whereupon the static charge is discharged to ground at a selected time.
1 . A reusable clothes dryer static charge storing device, comprising:
a housing having a conductive layer with a first conductivity;
a capacitor received in said housing, said capacitor having conductive first and second walls spaced from one another; and
a conductive member having a second conductivity that is greater than said first conductivity, said conductive member being in electrical contact with one of said first and second walls and being spaced from said conductive layer of said outer housing by a gap of a predetermined distance.
2 . The reusable clothes dryer static charge storing device of claim 1 further including a dielectric layer spacing said first and second walls from one another in their entirety.
3 . The reusable clothes dryer static charge storing device of claim 1 further including a static discharge member, said static discharge member being attached to one of said first and second walls and being in selective electrical communication with the other of said first and second walls.
4 . The reusable clothes dryer static charge storing device of claim 3 further including a conductive annulus attached to said housing, said static discharge member being operable to extend through said conductive annulus in electrical communication therewith.
5 . The reusable clothes dryer static charge storing device of claim 4 wherein said conductive annulus is in electrical communication with one of said first and second walls.
6 . The reusable clothes dryer static charge storing device of claim 1 wherein said conductive layer of said housing is a textile layer interlaced at least in part with electrically conductive yarn.
7 . The reusable dryer static charge storing device of claim 1 wherein said housing includes a nonconductive polymeric inner layer supporting said conductive layer on an outer surface thereof.
8 . The reusable dryer static charge storing device of claim 7 wherein said inner layer has a through opening with said gap being radially aligned with said through opening.
9 . The reusable dryer static charge storing device of claim 8 wherein said conductive layer extends into said through opening.
10 . A method of reducing static charge storage in clothes in a clothes dryer, comprising:
disposing a capacitor in the clothes dryer;
transferring static charge from the clothes to the capacitor while drying the clothes in the clothes dryer;
removing the capacitor from the clothes dryer; and
connecting the capacitor to an electrical ground and discharging the static charge from the capacitor.
11 . The method of claim 10 further including enclosing the capacitor in a protective, conductive housing.
12 . The method of claim 11 further including discharging the static charge from the capacitor while the capacitor remains enclosed in the housing.
13 . The method of claim 11 further including providing the housing having an outer conductive textile layer.
14 . The method of claim 13 further including providing the housing having an inner nonconductive, polymeric wall.
15 . The method of claim 11 further including providing the electrical ground as an electrical outlet.