Mount rack frame

A mount rack frame comprising a first rigid multi-component support structure, a second rigid multi-component support structure and a rack base,

• A. said rack base comprising a physically and structurally separate and distinct structure from said first rigid multi-component support structure and said second rigid multi-component support structure,
• said first rigid multi-component support structure and said second rigid multi-component support structure each comprising two rigid vertical components and two rigid horizontal components,
• said two rigid vertical components aligned parallel to and opposing each other, and said two rigid horizontal components being parallel to and opposing each other,
• each said rigid vertical component comprising a single vertical longitudinal length, and each said rigid horizontal component comprising a single horizontal longitudinal length,
• said rigid horizontal components and said rigid vertical components each being reversibly removable from each other and physically distinct and structurally separate from each other,
• said first rigid multi-component support structure and said second rigid multi-component support structure each reversibly attaching to said rack base simultaneously,
• said mount rack frame further comprising
• B. A first set of apertures and a first group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said first rigid multi-component support structure to a third multi-component rigid support structure,
• a second set of apertures and a second group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said second rigid multi-component support structure to a fourth said rigid multi-component support structure,
• C. A third set of apertures and a third group of mechanical fasteners reversibly attaching said rigid vertical components to said rigid horizontal components,
• and
• said third group of mechanical fasteners continuously adjusting a linear dimension solely within said third set of apertures,
• and
• C. A fourth set of apertures and a fourth group of mechanical fasteners,
• said fourth group of mechanical fasteners reversibly attaching said rigid vertical components to said rack base,
• and
• D. A fifth set of apertures and a fifth group of mechanical fasteners reversibly attaching mounted devices to said rigid vertical components,
• said fifth group of mechanical fasteners being the sole attachment of said mounted devices to said rigid vertical components,
• said rigid vertical components being reversibly interchangeable with each other,
• and
• said rigid horizontal components being reversibly interchangeable with each other, and
• wherein each said
• rigid multi-component support structure functions independently without remaining said rigid multi-component support structures,
• and
• wherein each said rigid multi-component support structure reversibly and mechanically attaches to said rack base, said rigid multi-component support structures being reversibly interchangeable with each other.

A mount rack frame comprising one rigid multi-component support structure, inserted mechanical fasteners, and a rack base,

• said rack base being structurally different from said multi-component support structure,
• said rack base reversibly attaching to said rigid multi-component support structure,
• said one multi-component support structure comprising two rigid vertical components and two rigid horizontal components,
• said rigid vertical components and said rigid horizontal components being reversibly removable from each other and physically separate and distinct from each other,
• each said rigid vertical component comprising a vertical longitudinal length and each said rigid horizontal component comprising a horizontal longitudinal length,
• said mount rack frame further comprising
• A. A first set of apertures and a first group of mechanical fasteners reversibly inserting within said first set of apertures,
• each said rigid vertical component attaching to a respective rack base leg of said rack base by four of said first group of said mechanical fasteners configured in a square,
• B. A second set of apertures positioned along said longitudinal length of each said rigid horizontal component, said second set of apertures containing a second group of mechanical fasteners,
• said second set of apertures comprising a first group of at least three aligned aperture pairs,
• said second group of mechanical fasteners reversibly and vertically attaching said one rigid multi-component support structure to another single said multi-component support structure in vertical alignment,
• and
• C. A third set of apertures and a third group of mechanical fasteners,
• said third group of said mechanical fasteners continuously adjusting a linear dimension solely within individual apertures of said third set of apertures without removal of said mechanical fasteners from said third set of apertures,
• said third set of apertures comprising a third group of said aligned aperture pairs,
• said third group of said mechanical fasteners attaching said rigid horizontal components to said rigid vertical components,
• and
• D. A fourth set of apertures and a fourth group of said mechanical fasteners,
• said fourth group of said mechanical fasteners reversibly attaching mounted devices to said rigid vertical components,
• said mechanical fasteners being the sole support and attachment of said mounted devices to said mount rack frame
• and
• each said rigid multi-component support structure functioning independently without remaining said rigid multi-component support structures,
• and wherein each said rigid multi-component support structure reversibly attaches to said rack base.

A mount rack frame comprising a single rigid multi-component support structure and a single reversibly attaching rack base,

• said single rigid multi-component support structure comprising two rigid horizontal components and two rigid vertical components,
• said rigid horizontal components and said rigid vertical components reversibly attaching to each other to form a four-sided polygon, and
• each said rigid horizontal component being physically separate and distinct from each said rigid vertical component and remaining said rigid horizontal component, and
• each said rigid vertical component being physically separate and distinct from each said rigid horizontal component and remaining said rigid vertical component,
• said rack base comprising a first rack base leg and a second rack base leg,
• said first rack base leg and said second rack base leg each comprising a longitudinal length, said longitudinal length being approximately twenty inches,
• each said rigid vertical component attaching perpendicular to a said corresponding rack base leg approximately three inches from a corresponding anterior end,
• said mount rack frame being free standing without mechanical supporting attachments to a surface or other object wherein said surface or said other object is not part of said mount rack frame.

A mount rack frame comprising a first rigid multi-component support structure, a second rigid multi-component support structure and a rack base,

• A. said rack base comprising a physically and structurally separate and distinct structure from said first rigid multi-component support structure and said second rigid multi-component support structure,
• said first rigid multi-component support structure and said second rigid multi-component support structure each comprising two rigid vertical components and two rigid horizontal components,
• said two rigid vertical components aligned parallel to and opposing each other, and said two rigid horizontal components being parallel to and opposing each other,
• each said rigid vertical component comprising a single vertical longitudinal length, and each said rigid horizontal component comprising a single horizontal longitudinal length,
• said rigid horizontal components and said rigid vertical components each being reversibly removable from each other and physically distinct and structurally separate from each other,
• said first rigid multi-component support structure and said second rigid multi-component support structure each reversibly attaching to said rack base simultaneously,
• said mount rack frame further comprising
• B. A first set of apertures and a first group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said first rigid multi-component support structure to a third multi-component rigid support structure,
• a second set of apertures and a second group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said second rigid multi-component support structure to a fourth said rigid multi-component support structure,
• C. A third set of apertures and a third group of mechanical fasteners reversibly attaching said rigid vertical components to said rigid horizontal components,
• and
• said third group of mechanical fasteners continuously adjusting a linear dimension solely within said third set of apertures,
• and
• D. A fourth set of apertures and a fourth group of mechanical fasteners,
• said fourth group of mechanical fasteners reversibly attaching said rigid vertical components to said rack base,
• and
• E. A fifth set of apertures and a fifth group of mechanical fasteners reversibly attaching mounted devices to said rigid vertical components,
• said fifth group of mechanical fasteners being the sole attachment of said mounted devices to said rigid vertical components,
• said rigid vertical components being reversibly interchangeable with each other,
• and
• said rigid horizontal components being reversibly interchangeable with each other,
• said mount rack frame not comprising shelves unless said shelves comprise said mounted devices.

A mount rack frame comprising

• A. one single multi-component modular rigid support structure, said single multi-component modular rigid support structure being continuously polygonal,
• said single multi-component modular rigid support structure comprising rigid horizontal components and rigid vertical support components,
• said rigid horizontal components being reversibly separated from said rigid vertical components, and said rigid horizontal components being separate and distinct components from said rigid vertical components,
• and
• B. a rack base,
• said rack base comprising two rack base legs, said two rack base legs being the sole support of said mount rack frame, said mount rack frame not attaching to supporting structures exterior to said mount rack frame,
• said rack base legs comprising a longitudinal length, said longitudinal length of each said rack base leg being equivalent to a remaining rack base leg,
• said rigid horizontal components each comprising at least four aligned aperture pairs, each of said aligned aperture pairs congruently aligning with another at least four aligned aperture pairs within another rigid horizontal component,
• said aperture pairs each comprising individual apertures, and each said individual aperture containing a single inserted corresponding mechanical fastener,
• said inserted corresponding mechanical fasteners reversibly attaching and reversibly aligning said mount rack frame to another single rigid multi-component support structure,
• whereby
• said mount rack frame increases in height and storage capacity by said vertical alignment of said another single multi-component modular rigid support structure upon said mount rack frame,
• said vertical rigid components attaching to said rack base, said rigid vertical components comprising mechanical structural features for two-point attachment of stored devices,
• said stored devices comprising lateral sides,
• said stored devices attaching to said mechanical structural features for two point attachments along said lateral sides, said mechanical structural features for two point attachments comprising the sole attachment of said devices to said mount rack frame,
• and each said rack base leg comprising single rack base leg anterior ends, and
• each said rigid vertical component attaching to a respective one of said single anterior end of a corresponding said rack base leg, and
• each said rack base leg is approximately twenty inches in longitudinal length and each said rigid vertical component attaches approximately three inches from said corresponding said rack base leg anterior end.

A mount rack frame comprising multi-component modular rigid support structures,

• said multi-component modular rigid support structures attaching to devices by two point and four point attachments and,
• wherein each said four-point attachment is located along a first multi-component modular rigid support structure and a second rigid multi-component modular rigid support structure of said multi-component modular rigid support structures,
• and
• each said two-point attachment is located exclusively along said first rigid multi-component modular rigid support structure or said second rigid multi-component modular support structure,
• said first rigid multi-component modular rigid support structure and said second rigid multi-component support structure not physically attaching to one another,
• said first rigid multi-component modular rigid support structure and said second rigid multi-component support structure each attaching to a rack base,
• said four point attachments attaching exclusively to the anterior segments and posterior segments of said devices,
• said two point attachments attaching exclusively to said anterior segments of said devices,
• each said multi-component modular rigid support structure comprising interchangeable rigid horizontal components,
• each said multi-component modular rigid support structure comprising interchangeable rigid vertical support components,
• said mount rack frame being structurally adapted to increase storage space by vertical alignment and anterior-posterior longitudinal alignment of said multi-component modular rigid support structures.

A mount rack frame comprising a first rigid multi-component support structure, a second rigid multi-component support structure and a rack base,

• A. said rack base comprising a physically and structurally separate and distinct structure from said first rigid multi-component support structure and said second rigid multi-component support structure,
• said first rigid multi-component support structure and said second rigid multi-component support structure each comprising two rigid vertical components and two rigid horizontal components,
• said two rigid vertical components aligned parallel to and opposing each other, and said two rigid horizontal components being parallel to and opposing each other,
• each said rigid vertical component comprising a single vertical longitudinal length, and each said rigid horizontal component comprising a single horizontal longitudinal length,
• said rigid horizontal components and said rigid vertical components each being reversibly removable from each other and physically distinct and structurally separate from each other,
• said first rigid multi-component support structure and said second rigid multi-component support structure each reversibly attaching to said rack base simultaneously,
• said mount rack frame further comprising
• B. A first set of apertures and a first group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said first rigid multi-component support structure to a third multi-component rigid support structure,
• a second set of apertures and a second group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said second rigid multi-component support structure to a fourth said rigid multi-component support structure,
• C. A third set of apertures and a third group of mechanical fasteners reversibly attaching said rigid vertical components to said rigid horizontal components,
• and
• said third group of mechanical fasteners continuously adjusting a linear dimension solely within said third set of apertures,
• and
• D. A fourth set of apertures and a fourth group of mechanical fasteners,
• said fourth group of mechanical fasteners reversibly attaching said rigid vertical components to said rack base,
• and
• E. A fifth set of apertures and a fifth group of mechanical fasteners reversibly attaching mounted devices to said rigid vertical components,
• said fifth group of mechanical fasteners being the sole attachment of said mounted devices to said rigid vertical components,
• said rigid vertical components being reversibly interchangeable with each other,
• and
• said rigid horizontal components being reversibly interchangeable with each other, and
• wherein said rack base comprises two rack base legs, each said rack base leg being approximately thirty inches in anterior-posterior longitudinal length, and
• wherein said mount rack frame is free standing and does not attach to or receive support from structural features external to said frame except for contact with a single flat surface.

A mount rack frame comprising

• A. one single multi-component modular rigid support structure, said single multi-component modular rigid support structure being continuously polygonal,
• said single multi-component modular rigid support structure comprising rigid horizontal components and rigid vertical support components,
• said rigid horizontal components being reversibly separated from said rigid vertical components, and said rigid horizontal components being separate and distinct components from said rigid vertical components,
• and
• B. a rack base, said rack base comprising two rack base legs, said two rack base legs being the sole support of said mount rack frame, said mount rack frame not attaching to supporting structures exterior to said mount rack frame,
• said rack base legs comprising a longitudinal length, said longitudinal length of each said rack base leg being equivalent to a remaining rack base leg,
• said rigid horizontal components each comprising at least four aligned aperture pairs, each of said aligned aperture pairs congruently aligning with another at least four aligned aperture pairs within another rigid horizontal component,
• said aperture pairs each comprising individual apertures, and each said individual aperture containing a single inserted corresponding mechanical fastener, said inserted corresponding mechanical fasteners reversibly attaching and reversibly aligning said mount rack frame to another single rigid multi-component support structure,
• whereby
• Said mount rack frame increases in height and storage capacity by said vertical alignment of said another single multi-component modular rigid support structure upon said mount rack frame,
• said vertical rigid components attaching to said rack base, said rigid vertical components comprising mechanical structural features for two-point attachment of stored devices,
• said stored devices comprising lateral sides,
• said stored devices attaching to said mechanical structural features for two point attachments along said lateral sides, said mechanical structural features for two point attachments comprising the sole attachment of said devices to said mount rack frame.

A mount rack frame comprising a first rigid multi-component support structure, a second rigid multi-component support structure and a rack base,

• A. said rack base comprising a physically and structurally separate and distinct structure from said first rigid multi-component support structure and said second rigid multi-component support structure,
• said first rigid multi-component support structure and said second rigid multi-component support structure each comprising two rigid vertical components and two rigid horizontal components,
• said two rigid vertical components aligned parallel to and opposing each other, and said two rigid horizontal components being parallel to and opposing each other,
• each said rigid vertical component comprising a single vertical longitudinal length, and each said rigid horizontal component comprising a single horizontal longitudinal length,
• said rigid horizontal components and said rigid vertical components each being reversibly removable from each other and physically distinct and structurally separate from each other,
• said first rigid multi-component support structure and said second rigid multi-component support structure each reversibly attaching to said rack base simultaneously,
• said mount rack frame further comprising
• B. A first set of apertures and a first group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said first rigid multi-component support structure to a third multi-component rigid support structure,
• a second set of apertures and a second group of mechanical fasteners reversibly vertically attaching and reversibly vertically aligning said second rigid multi-component support structure to a fourth said rigid multi-component support structure,
• C. A third set of apertures and a third group of mechanical fasteners reversibly attaching said rigid vertical components to said rigid horizontal components,
• and
• said third group of mechanical fasteners continuously adjusting a linear dimension solely within said third set of apertures,
• and
• D. A fourth set of apertures and a fourth group of mechanical fasteners,
• said fourth group of mechanical fasteners reversibly attaching said rigid vertical components to said rack base,
• and
• E. A fifth set of apertures and a fifth group of mechanical fasteners reversibly attaching mounted devices to said rigid vertical components,
• said fifth group of mechanical fasteners being the sole attachment of said mounted devices to said rigid vertical components,
• said rigid vertical components being reversibly interchangeable with each other,
• and
• said rigid horizontal components being reversibly interchangeable with each other, and
• wherein said rack base comprises two rack base legs, each said rack base leg being approximately thirty inches in anterior-posterior longitudinal length.

A mount rack frame comprising

• A. a first rigid vertical component and a second rigid vertical component, said first rigid vertical component and said second rigid vertical component each being interchangeable with each other, and
• B. an upper rigid horizontal component and a lower rigid horizontal component,
• said upper rigid horizontal component comprising a rigid strip with a width, longitudinal length, thickness and weight,
• said lower rigid horizontal component being quantitatively greater in weight than said upper rigid horizontal strip,
• said lower rigid horizontal component comprising aligned aperture pairs,
• said mount rack frame further comprising a first rack base leg and a second rack base leg,
• each said rack base leg being aligned with and attaching in a perpendicular manner to said first rigid vertical component or said second rigid vertical component,
• each said rack base leg being approximately twenty-two inches in longitudinal length, each said rack base leg comprising an anterior end,
• each said rigid vertical component attaching to a single corresponding said rack base leg at said anterior end of said corresponding rack base leg in a flush manner,
• said lower rigid horizontal component comprising a first horizontal component end and a second horizontal component end,
• said upper rigid horizontal component attaching to corresponding ends of said rigid vertical components, and
• said lower rigid horizontal component attaching to said rigid vertical components at said corresponding first horizontal component end and said second rigid horizontal component end,
• said mount rack frame being free-standing without attachment to or support from features exterior to said mount rack frame except for contact with a flat surface.

A mount rack frame comprising

• a first rigid vertical component and a second rigid vertical component, said first rigid vertical component and said second rigid vertical component each being interchangeable with each other,
• each said rigid vertical component comprising a width, longitudinal length, thickness and weight, and an upper rigid horizontal component and a lower rigid horizontal component,
• said upper rigid horizontal component comprising a rigid strip with a width, longitudinal length, thickness and weight,
• said longitudinal length of said rigid strip being quantitatively greater than said width and said thickness of said rigid strip,
• each said lower rigid horizontal component comprising a width, longitudinal length, thickness and weight,
• said lower rigid horizontal component being quantitatively greater in weight than said upper rigid horizontal strip,
• said lower rigid horizontal component comprising a continuous horizontal component longitudinal recess,
• said lower rigid continuous horizontal component longitudinal recess comprising containing at least four aligned aperture pairs,
• said mount rack frame further comprising a first rack base leg and a second rack base leg,
• each said rack base leg being aligned with and attaching in a perpendicular manner to said first rigid vertical component or said second rigid vertical component,
• each said rack base leg being approximately twenty-two inches in longitudinal length, each said rack base leg comprising an anterior end,
• each said rigid vertical component attaching to a single corresponding said rack base leg at said anterior end of said corresponding rack base leg in a flush manner,
• said lower rigid horizontal component comprising a first horizontal component end and a second horizontal component end,
• said upper rigid horizontal component attaching to corresponding ends of said rigid vertical components, and
• said lower rigid horizontal component attaching to said rigid vertical component at said corresponding first horizontal component end and said second rigid horizontal component end,
• said mount rack frame being free-standing without attachment to or support from features exterior to said mount rack frame except for contact with a flat surface, and
• wherein said each said rigid vertical component weighs approximately 4 pounds and seven ounces, said lower rigid horizontal component weighs approximately three pounds eleven ounces, said upper rigid horizontal component weighs approximately 10.4 ounces and each said rack base leg weighs approximately three pounds and three ounces.