Drawer arrangements are provided which include a drawer connected to a support structure having three guides for the path of the drawer between open and closed positions, at least two of which are operational at any given position of the drawer, as it moves both horizontally and vertically between different locations. In a closed position, the drawer is supported near its horizontal extremities and rests in a position that resists horizontal motion. In fully extended open positions, the drawer is supported in a cantilevered manner from the support structure. Intermediate the fully closed and fully extended positions, the drawer is supported in inclined positions which provide access to contents therein. The present invention also includes mounting structure which facilitates connection at a variety of locations under the floor of a motor home, with exterior accessibility.

In one example, a cabinet is described for storing at least one electronic device. The cabinet includes a frame, a power supply system for charging the at least one device, and a shelving assembly. The shelving assembly can include a stationary member engaged to the frame, and a pivoting member engaged to the stationary member. The pivoting member can be adapted to hold the at least one device.

A seat and storage unit for a bathtub includes a platform, a support panel and at least one drawer supported by the support panel. The support panel extends from the platform in a substantially perpendicular relationship thereto a distance from a rear end of the platform and with a first side and a second side of the support panel spaced inwardly relative to a first side and a second side of the platform to cooperate with the platform to define a first wall receiving notch and a second wall receiving notch such that a portion of a bottom surface of the platform is positioned on the top end of the sidewalls of the bathtub when the support panel is positioned between the sidewalls of the bathtub.

A seat and storage unit for a bathtub includes a platform, a support panel and at least one drawer supported by the support panel. The support panel extends from the platform in a substantially perpendicular relationship thereto a distance from a rear end of the platform and with a first side and a second side of the support panel spaced inwardly relative to a first side and a second side of the platform to cooperate with the platform to define a first wall receiving notch and a second wall receiving notch such that a portion of a bottom surface of the platform is positioned on the top end of the sidewalls of the bathtub when the support panel is positioned between the sidewalls of the bathtub.

A synchro-deployable enclosure device for holding one or more items, including a column having a plurality of storage ports, at least one synchronization link having a linkage ring, and a plurality of stages, including a first stage and a second stage each connected to the at least one synchronization link. Each of the first stage and the second stage can include a floating link connected to the linkage ring such that the first stage and the second stage deploy or withdraw simultaneously and in synchronization with each other.

A synchro-deployable enclosure device for holding one or more items, including a column having a plurality of storage ports, at least one synchronization link having a linkage ring, and a plurality of stages, including a first stage and a second stage each connected to the at least one synchronization link. Each of the first stage and the second stage can include a floating link connected to the linkage ring such that the first stage and the second stage deploy or withdraw simultaneously and in synchronization with each other.

An access station (600) for an automated storage and retrieval system, wherein the access station (600) comprises: a frame structure (620); and a drawer assembly (610) arranged in the frame structure (620), wherein the drawer assembly (610) comprises: a drawer (611) for accommodating a storage container (106); a lower link (612) pivotally coupled at a first end (612a) to the frame structure (620) and pivotally coupled at a second end (612b) to the drawer (611); and an upper link (613) pivotally coupled at a first end (613a) to the frame structure (620) and pivotally coupled at a second end (613b) to the drawer (611); wherein the first end (613a) of the upper link (613) is arranged above the second end (613b) of the upper link (613), and the first end (612a) of the lower link (612) is arranged below the second end (612b) of the lower link (612); wherein the drawer (611) is movable between a receiving position (P.sub.R) for receiving a storage container (106) from above, and a picking position (P.sub.p) for presenting a storage container (106) to a user.