Abstract: An apparatus can include a door. The door can be configured to couple with a side of a vehicle. The door can include a step. The door can move the step.

Abstract: Disclosed are systems and methods for a vehicle and projector module. The vehicle can include a compartment. The vehicle can include a projector module configured to extend from the compartment to provide light to a projector screen.

Abstract: Disclosed are systems and methods for a vehicle and projector module. The vehicle can include a compartment. The vehicle can include a projector module configured to extend from the compartment to provide light to a projector screen.

Abstract: A deployable apparatus and grilling module. The apparatus can include a grilling module. The grilling module can include a cooking surface. The cooking surface can be electrically coupled with a power source. The apparatus can include a shuttle. The grilling module can be coupled with the shuttle. The shuttle can stow the grilling module and the shuttle can deploy the grilling module.

Abstract: An apparatus can include a fluid access assembly. The fluid access assembly can include a first fluid access configured to pass first fluid with a first fluid pressure. The fluid access assembly can include a second fluid access configured to pass second fluid with a second fluid pressure. The first fluid pressure can be greater than the second fluid pressure. The first fluid access can be concentric with the second a fluid ir access.

Abstract: An apparatus can include a door. The door can be configured to couple with a side of a vehicle. The door can include a step. The door can move the step.

Abstract: Disclosed are systems and methods for a vehicle and projector module. The vehicle can include a compartment. The vehicle can include a projector module configured to extend from the compartment to provide light to a projector screen.

Abstract: A heads-up display (HUD) mirror housing. The HUD mirror housing includes a peripheral frame portion extending along a longitudinal axis, a rear body portion connected to the peripheral frame portion connected to each other to house a mirror such that a reflective surface of the mirror is exposed, and first and second pegs extending away from the peripheral frame portion and extending along the longitudinal axis. In this embodiment, the first peg has a first bearing surface configured to bear against a first bracket mounting slot when the HUD mirror housing is in an assembled configuration.

Abstract: A vehicle head-up display includes a liquid crystal panel, a light source, a first polarizing panel, and a second polarizing panel. The liquid crystal panel has opposing input and output surfaces. The liquid crystal panel is configured to form an image oriented relative to a horizontal axis. The light source is configured to direct light toward the input surface, through the liquid crystal panel, and out of the output surface to project the image onto an interior surface of a vehicle windshield. The first polarizing panel is secured to the output surface and has a first polarization axis oriented at a first angle relative to the horizontal axis. The second polarizing panel is disposed between the first polarizing panel and the windshield. The second polarizing panel has a second polarization axis oriented oriented at a second angle relative to the horizontal axis.

Abstract: A vehicle head-up display includes a liquid crystal panel, a light source, a first polarizing panel, and a second polarizing panel. The liquid crystal panel has opposing input and output surfaces. The liquid crystal panel is configured to form an image oriented relative to a horizontal axis. The light source is configured to direct light toward the input surface, through the liquid crystal panel, and out of the output surface to project the image onto an interior surface of a vehicle windshield. The first polarizing panel is secured to the output surface and has a first polarization axis oriented at a first angle relative to the horizontal axis. The second polarizing panel is disposed between the first polarizing panel and the windshield. The second polarizing panel has a second polarization axis oriented oriented at a second angle relative to the horizontal axis.

Abstract: A heads-up display (HUD) mirror housing. The HUD mirror housing includes a peripheral frame portion extending along a longitudinal axis, a rear body portion connected to the peripheral frame portion connected to each other to house a mirror such that a reflective surface of the mirror is exposed, and first and second pegs extending away from the peripheral frame portion and extending along the longitudinal axis. In this embodiment, the first peg has a first bearing surface configured to bear against a first bracket mounting slot when the HUD mirror housing is in an assembled configuration.

Abstract: A pointer for an indicating device includes a conductor. The conductor includes a front portion, a rear portion, and a receiving portion. The rear portion extends from the front portion. The receiving portion extends from the rear portion. The receiving portion is configured to receive light and to conduct the light through the rear portion toward the front portion. The receiving portion has a cutout dented into the receiving portion.

Abstract: A pointer is rotational relative to the dial plate. The pointer includes a pointer shaft, which is non-opaque to conduct light therethrough. A driver unit includes a drive shaft coaxial with the pointer shaft. A light source emits light. A hub interconnects the pointer shaft with the drive shaft. The hub includes a light pickup, which is non-opaque to receive light from the light source and to conduct the light into the pointer shaft.

Abstract: A pointer is rotational relative to the dial plate. The pointer includes a pointer shaft, which is non-opaque to conduct light therethrough. A driver unit includes a drive shaft coaxial with the pointer shaft. A light source emits light. A hub interconnects the pointer shaft with the drive shaft. The hub includes a light pickup, which is non-opaque to receive light from the light source and to conduct the light into the pointer shaft.

Abstract: A pointer for an indicating device includes a conductor. The conductor includes a front portion, a rear portion, and a receiving portion. The rear portion extends from the front portion. The receiving portion extends from the rear portion. The receiving portion is configured to receive light and to conduct the light through the rear portion toward the front portion. The receiving portion has a cutout dented into the receiving portion.