Abstract: A wine bottle holder including a plate and an extension member coupled to the plate. The extension member may extend outwards from the plate and a ring may be coupled to the extension member. The ring may be configured to receive a portion of the wine bottle. The ring may include a cylindrical body with opposite surfaces that are parallel to each other. The opposite surfaces may define oblique openings.

Abstract: A modular bottle rack system which includes a plurality of rack components. Each of the rack components may include a first receptacle and a second receptacle facing in opposite direction. The rack components may have S-shaped transverse cross-sectional areas. The rack components may also include connection features designed to enable the various rack components to be coupled together. The rack components may be able to be stacked with each rack component nesting within the rack component above and/or below. The system may also include mounting brackets for mounting the bottle rack to a wall in various different configurations.

Abstract: A barrel rack system that may be modular and customizable to fit an existing storage space. The barrel rack system may include first and second rack units, each defining a hexagonal storage cell that is configured to hold and store a barrel. The first and second rack units may be detachably coupled together so that the hexagonal storage cells thereof are adjacent and parallel to one another. The first and second rack units, when coupled together, may collectively define an elevated storage cell that is capable of holding/storing yet another barrel. The elevated storage cell may be offset relative to the hexagonal storage cells. Additional rack units may be coupled to the first and second rack units horizontally and/or vertically to effectively conform the barrel rack system to the existing storage space.

Abstract: A modular bottle rack system which includes a plurality of rack components. Each of the rack components may include a first receptacle and a second receptacle facing in opposite direction. The rack components may have S-shaped transverse cross-sectional areas. The rack components may also include connection features designed to enable the various rack components to be coupled together. The rack components may be able to be stacked with each rack component nesting within the rack component above and/or below. The system may also include mounting brackets for mounting the bottle rack to a wall in various different configurations.

Abstract: A wine bottle holder including a plate and an extension member coupled to the plate. The extension member may extend outwards from the plate and a ring may be coupled to the extension member. The ring may be configured to receive a portion of the wine bottle. The ring may include a cylindrical body with opposite surfaces that are parallel to each other. The opposite surfaces may define oblique openings.

Abstract: A wine bottle holder including a plate and an extension member coupled to the plate. The extension member may extend outwards from the plate and a ring may be coupled to the extension member. The ring may be configured to receive a portion of the wine bottle. The ring may include a cylindrical body with opposite surfaces that are parallel to each other. The opposite surfaces may define oblique openings.

Abstract: A wine bottle holder including a plate and an extension member coupled to the plate. The extension member may extend outwards from the plate and a ring may be coupled to the extension member. The ring may be configured to receive a portion of the wine bottle. The ring may include a cylindrical body with opposite surfaces that are parallel to each other. The opposite surfaces may define oblique openings.

Abstract: A modular bottle rack system which includes a plurality of rack components. Each of the rack components may include a first receptacle and a second receptacle facing in opposite direction. The rack components may have S-shaped transverse cross-sectional areas. The rack components may also include connection features designed to enable the various rack components to be coupled together. The rack components may be able to be stacked with each rack component nesting within the rack component above and/or below. The system may also include mounting brackets for mounting the bottle rack to a wall in various different configurations.

Abstract: A clipboard having first and second panels that are integrally coupled together. In one embodiment, the clipboard comprises a first panel having a top end; a second panel having a top end, the first and second panels coupled together by a first hinge connecting the top end of the first panel to the top end of the second panel; the second panel comprising: a second hinge that divides the second panel into a cover portion and a clip portion; and a third hinge that divides the clip portion of the second panel into a first section and a second section.

Abstract: A clipboard having first and second panels that are integrally coupled together. In one embodiment, the clipboard comprises a first panel having a top end; a second panel having a top end, the first and second panels coupled together by a first hinge connecting the top end of the first panel to the top end of the second panel; the second panel comprising: a second hinge that divides the second panel into a cover portion and a clip portion; and a third hinge that divides the clip portion of the second panel into a first section and a second section.