A document holder for a display monitor is provided. The device includes a lower portion attached to an upper portion with a hinge, where the lower portion is, in turn affixable to an upper edge of a housing of a display monitor. The lower portion can be integral to the display monitor housing in one embodiment or can be removably secured thereto via a bracket in alternate embodiments. The lower portion further includes a pair of sidewalls and a front retaining wall defining a tray configured to support a document. The upper portion is rotatable between a deployed configuration and a stored configuration, such that the upper portion is positioned between the side retaining walls when the upper portion is in the stored configuration. In one use, documents are displayed above a display monitor within the document holder for enhanced visibility and accessibility.

A document holder for a display monitor is provided. The device includes a lower portion attached to an upper portion with a hinge, where the lower portion is, in turn affixable to an upper edge of a housing of a display monitor. The lower portion can be integral to the display monitor housing in one embodiment or can be removably secured thereto via a bracket in alternate embodiments. The lower portion further includes a pair of sidewalls and a front retaining wall defining a tray configured to support a document. The upper portion is rotatable between a deployed configuration and a stored configuration, such that the upper portion is positioned between the side retaining walls when the upper portion is in the stored configuration. In one use, documents are displayed above a display monitor within the document holder for enhanced visibility and accessibility.

The intensive use shelf is constructed to attach to a wall and prevent ligature attachments. The intensive use shelf is formed of a one piece hollow body having sloped horizontal surfaces and without ligature tie off points such as holes in the one piece body. The body comprises a pair of sloped side walls, a sloped top and a pocket for retaining a hangar hook. Each of the pair of sloped sidewalls have a higher point on the wall and the lower point spaced from the wall. The sloped top is on the sloped sidewalls to provide a sloped top and hold the sidewalls spaced apart. The hangar support comprises an indentation in the body to hold a hangar hook.

A room caddie having a self-supporting box with a first interior chamber extending into the box from the top and a second interior chamber separate from the first interior chamber. The second interior space comprising a plurality of interior electrical power sources. A fixed cover is disposed over the first interior chamber and includes a cylindrical cup holder, at least one exterior electrical power source and a first part of a two-part releasable connector disposed in the fixed cover. A moveable lid is disposed over the second interior chamber at the top of box to provide access into the second interior chamber.

A room caddie having a self-supporting box with a first interior chamber extending into the box from the top and a second interior chamber separate from the first interior chamber. The second interior space comprising a plurality of interior electrical power sources. A fixed cover is disposed over the first interior chamber and includes a cylindrical cup holder, at least one exterior electrical power source and a first part of a two-part releasable connector disposed in the fixed cover. A moveable lid is disposed over the second interior chamber at the top of box to provide access into the second interior chamber.

The invention is directed to an intensive use furniture component having a sealing connection on a mounting surface for sealingly attaching to a floor or wall to prevent liquid from seeping under or behind the furniture component. The furniture component is formed by an outer shell having a side wall extending generally perpendicular to the mounting surface. A mounting flange is disposed adjacent the sidewall. A bolt hole is formed in the mounting flange. The sealing connection comprises a caulk channel formed as a channel in the mounting surface for receiving a bead of caulk to fill the seam between the mounting surface and the wall or floor to prevent fluid from seeping past the caulk channel to a space adjacent the interior mounting surface.

The present invention discloses an electronic device holder for a luggage comprises a holder unit for securing electronic device in luggage and at least one connector for foldably attaching holder unit to handle of luggage. A solar power strips is attached at the top of the holder unit to generate electrical energy for various operations of electronic device and holder unit. The holder unit also has a container holder to hold at least one container, an accessory holder to hold at one accessory of electronic device, a USB port to connect at least one USB device, a power outlet unit connected to external devices to use electrical energy of battery and at least one light source to illuminate holder unit. Thus, the present invention provides all necessary facilities to user to work while travelling without looking for a separate space or table for working outdoors.

The present invention discloses an electronic device holder for a luggage comprises a holder unit for securing electronic device in luggage and at least one connector for foldably attaching holder unit to handle of luggage. A solar power strips is attached at the top of the holder unit to generate electrical energy for various operations of electronic device and holder unit. The holder unit also has a container holder to hold at least one container, an accessory holder to hold at one accessory of electronic device, a USB port to connect at least one USB device, a power outlet unit connected to external devices to use electrical energy of battery and at least one light source to illuminate holder unit. Thus, the present invention provides all necessary facilities to user to work while travelling without looking for a separate space or table for working outdoors.

A foldable tray includes first and second base sections (BSs), lateral side members (LSMs) and a locking device. Each BS comprises opposed lateral edges, an inboard edge and a rigid hard surface. They are adjacent along their inboard edges, and foldable along those edges between an extended position where the hard surfaces lay in a plane and a folded position where the surfaces are stacked. The LSMs are attached along the opposed lateral edges of each of the BSs and foldable along that attached edge between an upright position where the LSM is at a substantial angle to the hard surface of its attached BS and a portable position where it is either stacked with its attached BS or has a major surface lying in the same plane as the hard surface of its attached BS. The locking device retains the BSs in the extended position only when engaged.

A foldable tray includes first and second base sections (BSs), lateral side members (LSMs) and a locking device. Each BS comprises opposed lateral edges, an inboard edge and a rigid hard surface. They are adjacent along their inboard edges, and foldable along those edges between an extended position where the hard surfaces lay in a plane and a folded position where the surfaces are stacked. The LSMs are attached along the opposed lateral edges of each of the BSs and foldable along that attached edge between an upright position where the LSM is at a substantial angle to the hard surface of its attached BS and a portable position where it is either stacked with its attached BS or has a major surface lying in the same plane as the hard surface of its attached BS. The locking device retains the BSs in the extended position only when engaged.