A cup stacking and holding assembly is disclosed with methods of application in standard use and with internal electronics for visual displays. The cup holder assembly may be manufactured in various configurations, all providing a cup rack for convenient and stable stacking of disposable cups. The cup rack may comprise a base providing a surface for abutting support for a cup retainer plate and a plurality of mounting cups; the cup retainer plate coupled to the base; the plurality of mounting cups integrally molded to the cup retainer plate; the cup retainer plate moveable from a first closed position parallel and proximal to the surface for abutting support to a second open position; a back panel extending from the base, the back panel substantially perpendicular relative to the surface for abutting support, and an electronic display installed in the back panel.

A panel device is provided. The panel device includes an energy transfer zone; at least one coil configured to generate an electromagnetic field for wirelessly charging an external electronic device that is positioned in the energy transfer zone; and an internal drive unit configured to rotate or move the panel device in relation to an exterior object in proximity to the panel device.

A receptacle rack including a base providing a surface for abutting support for a retainer plate and a plurality of mounting receptacles; the retainer plate coupled to the base; the plurality of mounting receptacles integrally molded to the retainer plate; the retainer plate moveable from a first closed position parallel and proximal to the surface for abutting support to a second open position; a back panel extending from the base, the back panel substantially perpendicular relative to the surface for abutting support, an electronic display installed in the back panel.

A nightstand designed to support and contain various CPAP machines and associated CPAP equipment including air tubing, cleaning devices and distilled water storage. Separate drawers and compartments are provided to house the CPAP machine, CPAP cleaning device, and water supply containers. Various openings are designed to increase utility and convenience in the operation and storage of CPAP devices and associated equipment. A pump may be provided to transfer water from water supply containers to the CPAP machine reservoir. The CPAP nightstand is designed to be located at bedside and provides easy access to the CPAP machine and its ancillary devices while keeping all equipment in dedicated drawers. Each dedicated drawer provides openings to allow passage of air tubing, water hoses and power cords. The CPAP nightstand also has generic drawers for additional storage.

A device for turning pages in a book includes a main frame and a bottom support configured for engaging a bottom lip of a book's binder. The bottom support is hingedly connected to the main frame. A top support is configured for engaging a top lip of a book's binder. The top support is hingedly connected to the main frame. A kick stand extends from a back surface of the main frame for providing support to the device. A light is carried by the bottom support or top support for providing illumination of the book. A pair of blades extend from one of the bottom support or the top support for imparting movement of pages of the book to a subsequent page. An actuator imparts movement to the blades and the actuator is responsive to detecting a user's audible instruction to change a page.

A system and method for an improved overbed table adapted to fit on top of standard hospital beds that may be accessible to the patient lying on the bed, the overbed having a refrigerator providing storage for cold food and drinks with a doubled sided access door allowing for a caregiver to place contents in the refrigerator through one door while permitting a patient to access the contents from the other door.

A panel device is provided. The panel device includes an energy transfer zone; at least one coil configured to generate an electromagnetic field for wirelessly charging an external electronic device that is positioned in the energy transfer zone; and an internal drive unit configured to rotate or move the panel device in relation to an exterior object in proximity to the panel device.

A cup stacking and holding assembly is disclosed with methods of application in standard use and with internal electronics for visual displays. The cup holder assembly may be manufactured in various configurations, all providing a cup rack for convenient and stable stacking of disposable cups. The cup rack may comprise a base providing a surface for abutting support for a cup retainer plate and a plurality of mounting cups; the cup retainer plate coupled to the base; the plurality of mounting cups integrally molded to the cup retainer plate; the cup retainer plate moveable from a first closed position parallel and proximal to the surface for abutting support to a second open position; a back panel extending from the base, the back panel substantially perpendicular relative to the surface for abutting support, and an electronic display installed in the back panel.

A shelf station is disclosed. The shelf station comprises a main body with a storage and mounting surface. The storage surface is non-orthogonal to the mounting surface. The mounting surface comprises one or more electronic components. The location and orientation of the electronic components results in the shelf station being compact and space efficient as, for example, charging cables do not extent beyond the footprint of the shelf station. The electronic components are interchangeable such that the shelf station is customisable. The shelf station features a dovetail mount means, a bevelled lip about the perimeter of the storage surface and a coating providing a soft, non-slip surface.

A cup stacking and holding assembly is disclosed with methods of application in standard use and with internal electronics for visual displays. The cup holder assembly may be manufactured in various configurations, all providing a cup rack for convenient and stable stacking of disposable cups. The cup rack may comprise: a base providing a surface for abutting support for a plurality of cups; a cup retainer plate coupled to the base; a plurality of cup retaining apertures formed within the cup retainer plate, each cup retaining aperture sized to receive a corresponding cup and having a diameter smaller than the largest exterior diameter of the corresponding cup; the cup retainer plate moveable from a first closed position parallel and proximal to the surface for abutting support to a second open position for insertion of cups within the cup retaining apertures.