Contactless intuitive seat adjuster control
View Patent ↗A controller for selectively adjusting a power seat includes a seat adjuster including a base panel, a stepped panel extending laterally from a surface of the base panel, selector areas inclined with respect to and extending between the base panel and the stepped panel and along at least a portion of a periphery of the stepped panel. Multiple spaced depressions are formed on an outer surface of the selector areas. A contactless sensor is secured to an inner surface of the selector areas at each a depression, each sensor selectively producing a signal representing a seat adjustment function.
1. A controller for selecting adjustment of a power seat, comprising:
a seat adjuster including a base panel, an stepped panel laterally offset from a surface of the base panel, selector areas inclined with respect to and extending between the base panel and the stepped panel and along at least a portion of a periphery of the stepped panel, multiple mutually-spaced depressions formed on an outer surface of the selector areas, and contactless sensors, each sensor secured to an inner surface of a selector area at a depression, for selectively producing a signal representing a seat adjustment function.
2. The controller of claim 1 wherein a seat assembly for use with the controller includes a seat surface having a front and a rear, and the seat adjuster further includes:
a first selector area having an upward facing outer surface;
a first sensor secured to the first selector area and associated with downward rotational adjustment of the front of the seat; and
a second sensor secured to the first selector area rearward of the first sensor, and associated with downward rotational adjustment of the rear of the seat.
3. The controller of claim 1 wherein the seat adjuster further includes:
a first selector area having an upward facing outer surface;
a second selector area located forward of the first selector area, inclined upward and forward from the first selector area, and having a rearward facing outer surface; and
a third sensor secured to the second selector area and associated with forward displacement adjustment a seat assembly.
4. The controller of claim 1 wherein the seat adjuster further includes:
a first selector area having an outer surface facing upward;
a third selector area located rearward of the first selector area, inclined upward and rearward from the first selector area, and having a forward facing outer surface; and
a fourth sensor secured to the third selector area and associated with rearward displacement adjustment of a seat assembly.
5. The controller of claim 1 wherein a seat assembly for use with the controller includes a seat surface having a front and a rear, and the seat adjuster further includes:
a first selector area having an outer surface facing upward;
a fourth selector area located on a laterally opposite edge of the stepped panel from the location of the first selector area, having a downward facing outer surface;
a fifth sensor secured to the fourth selector area and associated with upward rotational adjustment of the front of the seat; and
a sixth sensor secured to the fourth selector area, located rearward from the fifth sensor, and associated with upward rotational adjustment of the rear of the seat.
6. The controller of claim 1 , wherein a seat assembly for use with the controller includes a seat surface having a front and a rear, and the seat adjuster further includes:
a first selector area having an upward facing outer surface;
a first sensor secured to the first selector area and associated with downward rotational adjustment of the front of the seat;
a second sensor secured to the first selector area rearward of the first sensor, and associated with downward rotational adjustment of the rear of the seat;
a second selector area located forward of the first selector area, inclined upward and forward from the first selector area, and having a rearward facing outer surface;
a third sensor secured to the second selector area and associated with forward displacement adjustment the seat assembly;
a third selector area located rearward of the first selector area, inclined upward and rearward from the first selector area, and having a forward facing outer surface;
a fourth sensor secured to the third selector area and associated with rearward displacement adjustment of the seat assembly;
a fourth selector area located on a laterally opposite edge of the stepped panel from the location of the first selector area, having a downward facing outer surface;
a fifth sensor secured to the fourth selector area and associated with upward rotational adjustment of the front of the seat; and
a sixth sensor secured to the fourth selector area, located rearward from the fifth sensor, and associated with upward rotational adjustment of the rear of the seat.
7. The controller of claim 1 , wherein the sensors field effect sensor, and further comprising:
a dielectric sheet to which the sensors are secured; and
electrical leads secured to the dielectric sheet and connected to the sensors.
8. The controller of claim 1 wherein the control panel further includes cylindrical tubes for engaging holes formed in a surface of a power seat assembly, whereby the seat adjuster is secured to the seat assembly.
9. The controller of claim 1 wherein the sensors are any of field effect sensors, piezoelectric sensors and capacitive sensors.
10. A controller for selectively adjusting a power seat, comprising:
a seat adjuster including a base panel base, a stepped panel laterally offset from a surface of the base panel, selector areas inclined with respect to and extending between the base panel and the stepped panel and along at least a portion of a periphery of the stepped panel, multiple mutually-spaced depressions formed on an outer surface of the selector areas, and contactless sensors, each sensor secured to an inner surface of a selector area at a depression, for selectively producing a signal representing a seat adjustment function; and
a lumbar adjuster located on the base panel and rearward from the stepped panel.
11. The controller of claim 10 wherein the lumbar adjuster includes a second stepped panel laterally offset from a surface of the base panel, a selector band inclined with respect to and extending between the base panel and the stepped panel and along at least a portion of a periphery of the second stepped panel, multiple mutually-spaced depressions formed on an outer surface of the selector band, and contactless sensors, each sensor secured to an inner surface of a selector band at a depression, for selectively producing a signal representing a lumbar seat adjustment function.
12. The controller of claim 10 wherein a seat assembly for use with the controller includes a seat surface having a front and a rear, and the seat adjuster further includes:
a first selector area having an upward facing outer surface;
a first sensor secured to the first selector area and associated with downward rotational adjustment of the front of the seat; and
a second sensor secured to the first selector area rearward of the first sensor, and associated with downward rotational adjustment of the rear of the seat.
13. The controller of claim 10 wherein the seat adjuster further includes:
a first selector area having an upward facing outer surface;
a second selector area inclined downward with respect to the first selector area, and having a rearward facing outer surface; and
a third sensor secured to the second selector area and associated with forward displacement adjustment a seat assembly.
14. The controller of claim 10 wherein the seat adjuster further includes:
a first selector area having an outer surface facing upward;
a third selector area inclined downward with respect to the first selector area, and having a forward facing outer surface; and
a fourth sensor secured to the third selector area and associated with rearward displacement adjustment of a seat assembly.
15. The controller of claim 10 wherein a seat assembly for use with the controller includes a seat surface having a front and a rear, and the seat adjuster further includes:
a first selector area having an outer surface facing upward;
a fourth selector area located on a laterally opposite edge of the stepped panel from the location of the first selector area, having a downward facing outer surface;
a fifth sensor secured to the fourth selector area and associated with upward rotational adjustment of the front of the seat; and
a sixth sensor secured to the fourth selector area, located rearward from the fifth sensor, and associated with upward rotational adjustment of the rear of the seat.
16. The controller of claim 10 wherein a seat assembly for use with the controller includes a back, and the seat adjuster further includes
a fifth selector area located rearward of the first selector area, having a forward facing outer surface; and
a seventh sensor secured to the fifth selector area and associated with rearward rotational adjustment of the back of the seat assembly.
17. The controller of claim 10 wherein a seat assembly for use with the controller includes a back, and the seat adjuster further includes
a sixth selector area located rearward of the fifth selector area, having a rearward facing outer surface; and
an eighth sensor secured to the sixth selector area and associated with forward rotational adjustment of the back of the seat assembly.
18. The controller of claim 10 , wherein a seat assembly includes a back and a seat having a front and a rear, and the seat adjuster further includes:
a first selector area having an upward facing outer surface;
a first sensor secured to the first selector area and associated with downward rotational adjustment of the front of the seat;
a second sensor secured to the first selector area rearward of the first sensor, and associated with downward rotational adjustment of the rear of the seat;
a second selector area located forward of the first selector area, inclined upward and forward from the first selector area, and having a rearward facing outer surface;
a third sensor secured to the second selector area and associated with forward displacement adjustment the seat assembly;
a third selector area located rearward of the first selector area, inclined upward and rearward from the first selector area, and having a forward facing outer surface;
a fourth sensor secured to the third selector area and associated with rearward displacement adjustment of the seat assembly;
a fourth selector area located on a laterally opposite edge of the stepped panel from the location of the first selector area, having a downward facing outer surface;
a fifth sensor secured to the fourth selector area and associated with upward rotational adjustment of the front of the seat;
a sixth sensor secured to the fourth selector area, located rearward from the fifth sensor, and associated with upward rotational adjustment of the rear of the seat;
a fifth selector area located rearward of the first selector area, having a forward facing outer surface;
a seventh sensor secured to the fifth selector area and associated with rearward rotational adjustment of the back of the seat assembly;
a sixth selector area located rearward of the fifth selector area, having a rearward facing outer surface; and
an eighth sensor secured to the sixth selector area and associated with forward rotational adjustment of the back of the seat assembly.
19. The controller of claim 18 , wherein the lumbar adjuster includes a second stepped panel extending laterally from a surface of the base panel, a selector band inclined with respect to and extending between the base panel and the stepped panel and along at least a portion of a periphery of the second stepped panel, multiple mutually-spaced depressions formed on an outer surface of the selector band, and contactless sensors, each sensor secured to an inner surface of a selector band at a depression, for selectively producing a signal representing a lumbar seat adjustment function.
20. A controller for selectively adjusting a seat having a front and a rear a seat adjuster including a base panel base, a stepped panel extending laterally from a surface of the base panel, selector areas inclined with respect to and extending between the base panel and the stepped panel and along at least a portion of a periphery of the stepped panel, multiple mutually-spaced depressions formed on an outer surface of the selector areas, and contactless field effect sensors, each sensor secured to an inner surface of a selector area at a depression, for selectively producing a signal representing a seat adjustment function;
a lumbar adjuster located on the base panel and rearward from the stepped panel;
a dielectric sheet to which the sensors are secured; and
electrical leads secured to the dielectric sheet and connected to the sensors.