A clothing hanging system designed to be used in automobiles with built-in safety features.

A dashboard hat rack including a hat rack assembly, a pivoting assembly, and a base assembly. The hat rack assembly includes a hat rack. The hat rack has the shape of a horseshoe. The pivoting assembly includes a pivot. The hat rack assembly and the base assembly are hingedly attached through the pivoting assembly. The pivot moves the hat rack up and down from a lower configuration to an upright configuration. A hat is held by the hat rack in the upright configuration. The base assembly includes a base. The base can be mounted in the dashboard of a car. In the lower configuration the hat rack is in abutting contact with said base. In the upright configuration the hat rack is parallel to the base.

A dashboard hat rack including a hat rack assembly, a pivoting assembly, and a base assembly. The hat rack assembly includes a hat rack. The hat rack has the shape of a horseshoe. The pivoting assembly includes a pivot. The hat rack assembly and the base assembly are hingedly attached through the pivoting assembly. The pivot moves the hat rack up and down from a lower configuration to an upright configuration. A hat is held by the hat rack in the upright configuration. The base assembly includes a base. The base can be mounted in the dashboard of a car. In the lower configuration the hat rack is in abutting contact with said base. In the upright configuration the hat rack is parallel to the base.

A chair hanger system includes a front plate, a back plate opposing the front plate, a plate separator defining a gap between the front plate and the back plate, and a first and second hook attached to the back plate. The first hook defines a first opening geometry and the second hook defines a second opening geometry. A set of spacer blocks includes a first spacer block configured to insert within the first opening to reduce and change the first opening geometry, and a second spacer block configured to insert within the second opening to reduce and change the second opening geometry. A chair hanger device is also described.

A chair hanger system includes a front plate, a back plate opposing the front plate, a plate separator defining a gap between the front plate and the back plate, and a first and second hook attached to the back plate. The first hook defines a first opening geometry and the second hook defines a second opening geometry. A set of spacer blocks includes a first spacer block configured to insert within the first opening to reduce and change the first opening geometry, and a second spacer block configured to insert within the second opening to reduce and change the second opening geometry. A chair hanger device is also described.

A deployable hanger assembly for a vehicle is provided. The hanger assembly includes a housing having a front side, a back side having one or more ribs, and an aperture extending in from the front side, and a deployable hanger that pivots relative to the housing between a flush retracted stored position within the aperture and an outward extending deployed use position. The deployable hanger assembly also includes a backer plate having one or more slots configured to receive the one or more ribs on the back side of the housing, wherein the backer plate is configured to engage a backside of a trim component of the vehicle and the housing is configured to engage a front side of the trim component, and wherein the one or more ribs extend through an opening in the trim component.

A deployable hanger assembly for a vehicle is provided. The hanger assembly includes a housing having a front side, a back side having one or more ribs, and an aperture extending in from the front side, and a deployable hanger that pivots relative to the housing between a flush retracted stored position within the aperture and an outward extending deployed use position. The deployable hanger assembly also includes a backer plate having one or more slots configured to receive the one or more ribs on the back side of the housing, wherein the backer plate is configured to engage a backside of a trim component of the vehicle and the housing is configured to engage a front side of the trim component, and wherein the one or more ribs extend through an opening in the trim component.

A seat assembly may include a seat base and/or a seat back. The seat back may be connected to the seat base. The seat back may include a back panel having a plurality of external support members disposed in a grid configuration. The back panel may include a first portion, a second portion, and/or a third portion. The third portion may connect the second portion to the first portion. A method of assembling a seat assembly may include connecting the back panel with the seat back, and/or connecting the seat back to the seat base.

A luggage hook provided in an interior portion of a vehicle includes a hook configured to be coupled to the interior portion so as to be rotatable about an axis extending in a lateral direction of the vehicle, a bezel including a frame configured to be fixed to the interior portion and to be attached around the hook, and a metal stopping portion joined to the frame of the interior portion and configured to, at a use position, stop rotation of the hook in a deployment direction protruding from the bezel. A direction in which the rotation of the hook is stopped by the stopping portion is the same as a rotation direction in which the hook is pressed about the axis as an object is hooked at the use position.

A luggage hook provided in an interior portion of a vehicle includes a hook configured to be coupled to the interior portion so as to be rotatable about an axis extending in a lateral direction of the vehicle, a bezel including a frame configured to be fixed to the interior portion and to be attached around the hook, and a metal stopping portion joined to the frame of the interior portion and configured to, at a use position, stop rotation of the hook in a deployment direction protruding from the bezel. A direction in which the rotation of the hook is stopped by the stopping portion is the same as a rotation direction in which the hook is pressed about the axis as an object is hooked at the use position.