Adjustable foundation with service position
A foundation for a bed system can include an actuator, a deck mechanism operably related to the actuator so as to be actuated between raised and lowered positions in response to actuation by the actuator, and a controller operably connected to the actuator and configured to drive the actuator to actuate the deck mechanism between a lower position and an upper position. The deck mechanism can be configured to move to a service position that is further than the upper position. The deck mechanism can expose and permit access to a serviceable component when the deck mechanism is in the service position. A method of using a foundation having a service position is also described.
1. A foundation for a bed system, the foundation comprising: a deck having a plurality of deck panels including a head deck panel, a second deck panel, and a foot deck panel, wherein the head deck panel is hingedly connected to the second deck panel and rotatable with respect to the second deck panel to a lower position, a raised position, and a service position, wherein the head deck panel is hingedly connected to the second deck panel in each of the lower position, the raised position, and the service position, wherein the head deck panel and the second deck panel are substantially flat and parallel in the lower position, wherein the head deck panel and the second panel form an obtuse angle between 180 and 90 degrees in the raised position, and wherein the head deck panel and the second panel form an acute angle of less than 90 degrees in the service position; and an actuator comprising an arm and a motor operably connected to the arm, wherein the actuator is configured to operate the motor and arm to move the head deck panel from the lower position to the raised position but not to the service position, and further comprising: at least one linkage arm connected between the frame and the foot deck panel with a first linkage arm end connected to the frame and a second linkage arm end connected to the foot deck panel, wherein the linkage arm is angled less than vertical such that the second linkage arm end is positioned further from a head end of the foundation when the foot deck panel is in lower foot and upper foot positions, and wherein the linkage arm is over-rotated past vertical such that the second linkage arm end is positioned closer to the head end of the foundation when the foot deck panel is in a foot service position; and a second actuator comprising a second arm and a second motor operably connected to the second arm, wherein the second actuator is configured to operate the second motor and second arm to move the foot deck panel from the lower foot position to the raised foot position but not to the foot service position.
2. The foundation of claim 1 , wherein the head deck panel is rotated so far as to lay substantially flat against the second deck panel in the service position.
3. The foundation of claim 1 , wherein the actuator comprises a roller attached to an end of the arm, wherein the roller is in contact with a bottom of the head deck panel in the lower position and in the raised position, wherein the roller is not in contact with the bottom of the head deck panel in the service position.
4. The foundation of claim 3 , wherein the head deck panel is configured to be rotated from the raised position to the service position by manually pushing the head deck panel away from the roller.
5. The foundation of claim 1 , wherein the head deck panel is movable from the raised position to the service position without disconnecting components of the actuator or the deck.
6. The foundation of claim 1 , wherein the deck further comprises a third deck panel, wherein the foot deck panel is hingedly connected to the third deck panel and the third deck panel is hingedly connected to the second deck panel.
7. The foundation of claim 6 , wherein the second deck panel is rigidly connected to a frame of the foundation and wherein the head, third, and foot deck panels are configured to be raised.
8. The foundation of claim 6 , wherein the head, second, third, and foot deck panels have a common width in a direction from a foundation left side to a foundation right side, wherein the head, second, third, and foot deck panels each have a respective length in a direction from a foundation head to a foundation foot, and wherein the length of the head panel is greater than the lengths of each of the second, third, and foot panels.
9. A bed system comprising:
the foundation of claim 1 ;
an air mattress;
an air controller positioned below either the head deck panel or the foot deck panel; and
an air hose extending from the air controller through a hole in the second deck panel to the air mattress.
10. A foundation for a bed system, the foundation comprising:
a frame;
a deck having a plurality of deck panels including a head deck panel, a thigh deck panel, and a foot deck panel, wherein the foot deck panel has a foot edge positioned proximate a foot of the foundation and a second edge positioned opposite of the foot edge, wherein the foot deck panel is hingedly connected to the thigh deck panel proximate the second edge of the foot deck panel, wherein the foot deck panel is movably between a lower position, a raised position, and a service position, wherein the foot deck panel is hingedly connected to the thigh deck panel in each of the lower position, the raised position, and the service position;
at least one linkage arm connected between the frame and the foot deck panel with a first linkage arm end connected to the frame and a second linkage arm end connected to the foot deck panel, wherein the linkage arm is angled less than vertical such that the second linkage arm end is positioned further from a head end of the foundation when the foot deck panel is in the lower and upper positions, and wherein the linkage arm is over-rotated past vertical such that the second linkage arm end is positioned closer to the head end of the foundation when the foot deck panel is in the service position; and
an actuator comprising an arm and a motor operably connected to the arm, wherein the actuator is configured to operate the motor and arm to move the foot deck panel from the lower position to the raised position but not to the service position.
11. The foundation of claim 10 , wherein the foot panel of the deck mechanism is configured to stay in the service position without assistance of the actuator once the deck mechanism is moved to the service position.
12. The foundation of claim 10 , wherein the actuator comprises a roller attached to an end of the arm, wherein the roller is in contact with a bottom of the thigh deck panel in the lower position and in the raised position, wherein the roller is not in contact with the bottom of the thigh deck panel in the service position.
13. The foundation of claim 12 , wherein the foot deck panel is configured to be rotated from the raised position to the service position by manually pushing the foot deck panel such that the thigh deck panel moves away from the roller.
14. The foundation of claim 10 , wherein the foot deck panel is movable from the raised position to the service position without disconnecting components of the actuator or the deck.
15. The foundation of claim 10 , wherein the deck further comprises a second deck panel, wherein the foot deck panel is hingedly connected to the thigh deck panel, the thigh deck panel is hingedly connected to the second deck panel, and the second deck panel is hingedly connected to the head deck panel.
16. The foundation of claim 15 , wherein the second deck panel is rigidly connected to a frame of the foundation and wherein the head, thigh, and foot deck panels are configured to be raised.
17. The foundation of claim 15 , wherein the head, second, third, and foot deck panels have a common width in a direction from a foundation left side to a foundation right side, wherein the head, second, thigh, and foot deck panels each have a respective length in a direction from a foundation head to a foundation foot, and wherein the length of the head panel is greater than the lengths of each of the second, third, and foot panels.
18. The foundation of claim 10 , wherein the at least one linkage arm comprises a second linkage arm connected between the frame and the foot deck panel and wherein the actuator comprises a second arm and second roller.
19. The foundation of claim 10 , wherein the second linkage arm end is connected proximate the foot edge of the foot deck panel.