Abstract: Pultruded frames for an adjustable bed are described herein. The pultruded frames may include various components such as connection/joining and reinforcing structures. The various components and frame parts may be combined in multiple configurations to form light weight and strong adjustable bed frames.

Abstract: Pultruded frames for an adjustable bed are described herein. The pultruded frames may include various components such as connection/joining and reinforcing structures. The various components and frame parts may be combined in multiple configurations to form light weight and strong adjustable bed frames.

Abstract: Pultruded frames for an adjustable bed are described herein. The pultruded frames may include various components such as connection/joining and reinforcing structures. The various components and frame parts may be combined in multiple configurations to form light weight and strong adjustable bed frames.

Abstract: Pultruded frames for an adjustable bed are described herein. The pultruded frames may include various components such as connection/joining and reinforcing structures. The various components and frame parts may be combined in multiple configurations to form light weight and strong adjustable bed frames.

Abstract: An adjustable bed base includes a deck assembly made at least partially of foam. In one embodiment multiple sections of the deck assembly are joined to each other with living hinges formed from a plastic material coating the different sections of deck. In another embodiment, each section is made from foam surrounded with a plastic cover and adjacent sections joined with conventional hinges.

Abstract: An adjustable bed (10) includes an adjustable bed base (12) for supporting a mattress (14). The adjustable bed base (12) comprises an articulated deck (50) comprising head, seat, leg and foot deck boards (52, 54, 56, 58) hingedly joined together and supported by a frame (32). A foam shroud is secured to the periphery of the articulated deck (50). The foam shroud may have multiple openings made by removing material from the shroud to aid in articulation of the shroud.

Abstract: A method of making an adjustable bed (10) includes providing an adjustable bed base (12) for supporting a mattress (14). The adjustable bed base (12) comprises an articulated deck (50) comprising head, seat, leg and foot deck boards (52, 54, 56, 58) hingedly joined together and supported from a frame (32). At least one of the support sections has an opening (72, 74) and a pocket (86) secured underneath the opening. Inside the pocket (86) is located a vibratory motor (100), the vibratory motor (100) being electrically coupled to a powered drive unit (66) for vibrating a portion of the adjustable bed (10).

Abstract: An adjustable bed (10) includes an adjustable bed base (12) for supporting a mattress (14). The adjustable bed base (12) comprises an articulated deck (50) comprising head, seat, leg and foot deck boards (54, 56, 58, 58) hingedly joined together and supported from a frame (32). At least one of the support sections has an opening (72, 74) and a pocket (86) secured underneath the opening. Inside the pocket (86) is located a vibratory motor (100), the vibratory motor (100) being electrically coupled to a powered drive unit (66) for vibrating a portion of the adjustable bed (10).

Abstract: An adjustable bed (10) includes an adjustable bed base (12) for supporting a mattress (14). The adjustable bed base (12) comprises an articulated deck (50) comprising head, seat, leg and foot deck boards (54, 56, 58, 58) hingedly joined together and supported from a frame (32). At least one of the support sections has an opening (72, 74) and a pocket (86) secured underneath the opening. Inside the pocket (86) is located a vibratory motor (100), the vibratory motor (100) being electrically coupled to a powered drive unit (66) for vibrating a portion of the adjustable bed (10).

Abstract: An adjustable bed includes a stationary seat deck board and independently movable front and rear carriages powered by linear actuators supported by a stationary base. A head deck board is hingedly secured to the front carriage and moves with it. Leg and foot deck boards hingedly joined together are supported by the rear carriage and move with it. Additional linear actuators move the head deck board and leg deck boards between horizontal and inclined positions independently.

Abstract: A nestably stackable spring assembly is incorporated into a bedding foundation. The foundation includes a pocketed spring assembly which functions as a cushioning layer, thereby providing additional comfort. The spring assembly includes a number of corrugated support wires having alternating flattened peaks and valleys. The pocketed spring assembly fits inside a border which provides edge firmness to the foundation.

Abstract: An adjustable bed includes an articulated deck comprising head, seat, leg and foot deck boards hingedly joined together and supported from a frame located above a stationary base. A intermediate cushioning layer, including a pocketed coil spring assembly, is secured to the deck boards. A mattress or similar structure resides on top of the intermediate cushioning layer.

Abstract: An adjustable bed includes a stationary seat deck board and independently movable front and rear carriages powered by linear actuators supported by a stationary base. A head deck board is hingedly secured to the front carriage and moves with it. Leg and foot deck boards hingedly joined together are supported by the rear carriage and move with it. Additional linear actuators move the head deck board and leg deck boards between horizontal and inclined positions independently.

Abstract: An adjustable bed includes an articulated deck comprising head, seat, leg and foot deck boards hingedly joined together and supported from a frame movable relative to a stationary base. An lumbar support assembly, including a linear actuator operatively coupled to one of the deck boards, includes a plate which may be raised or lowered through an opening the articulated deck.