An automated retractable sun shield system for a vehicle, comprising a sun shield, a deployment mechanism, a roller, a tension bar, and a controller. The sun shield includes a flexible material which blocks sunlight. The deployment mechanism operates to deploy and retract the sun shield. The sun shield wraps around the roller so that the sun shield is in a rolled configuration when the sun shield is retracted and stored. The tension bar guides the sun shield to match a shape of the tension bar when the sun shield is deployed. At least one element comprising the sun shield system is installed and concealed behind a dashboard valence panel of the vehicle. At least one element comprising the sun shield system is installed and concealed behind an interior trim covering a vertical support of the vehicle.

A traffic mover includes a mover body forming an accommodation space configured to accommodate a human. The mover body includes a light blocking member and a driving assistance unit. The light blocking member blocks light entering from a front side of the mover body in a moving direction of the mover body. The driving assistance unit enables the mover body to be driven when the light blocking member blocks a forward view of the human in the moving direction of the mover body.

A vehicle windshield roller shade including a roller shade assembly having a cylindrical casing, a U-shaped bracket, and a series of fasteners. The cylindrical casing houses a retractable shade hosted on a retractable coil. The U-shaped bracket is configured to be mounted along a vertical side of a windshield using semi-permanent fastening means and is configured to removably engage the cylindrical casing. The series of fasteners may be mounted on an interior surface of the windshield opposing the cylindrical casing and are configured to engage with and secure the retractable shade when the retractable shade is in an extended condition. The retractable shade blocks sunlight from entering a vehicle through its windshield and provides shading to an interior of the vehicle during use.

A windshield shade assembly includes a spool that is mountable on a dashboard of a vehicle to extend along a windshield of the vehicle. A curtain is wrapped around the spool and the curtain is extendable over the windshield for shading an interior of the vehicle. A pair of motors is each in communication with the spool and the motors rotates the spool for extending and retracting the curtain. A control is positioned in the vehicle such that the control is accessible to a driver. The control is electrically coupled to each of the motors for extending and retracting the curtain. Moreover, the control is in remote communication with a personal electronic device thereby facilitating the personal electronic device to remotely control each of the motors.

An automated retractable sun shield system for a vehicle, comprising a sun shield, a deployment mechanism, a roller, a tension bar, and a controller. The sun shield includes a flexible material which blocks sunlight. The deployment mechanism operates to deploy and retract the sun shield. The sun shield wraps around the roller so that the sun shield is in a rolled configuration when the sun shield is retracted and stored. The tension bar guides the sun shield to match a shape of the tension bar when the sun shield is deployed. At least one element comprising the sun shield system is installed and concealed behind a dashboard valence panel of the vehicle. At least one element comprising the sun shield system is installed and concealed behind an interior trim covering a vertical support of the vehicle.

A vehicle sunvisor assembly includes a portion of a vehicle body structure and a retractable sunvisor assembly. The vehicle body structure includes an A-pillar, a windscreen and a roof structure with the A-pillar and the windscreen extending downward from the roof structure. The retractable sunvisor assembly is attached to the A-pillar below the roof structure such that in a retracted orientation the retractable sunvisor assembly is positioned along-side the A-pillar and in an extended in-use orientation a portion of the retractable sunvisor assembly extends away from the A-pillar covering an upper area of the windscreen.

The dashboard-mounted retractable sunscreen comprises a sunshade, a dual hook mechanism and a plurality of jacks. The dual hook mechanism: a) adds one or more additional hooks to the top rod; and, b) allows the position of each of the plurality of hooks to move in a direction parallel to the center axis of the top rod.

A sun visor module includes: a base portion which has an accommodating space formed therein and a front portion provided at the ceiling of a front seat of a vehicle in an openable or closable form; a sun visor portion which is provided at the center of the inside of the base portion and slides in or out through the front portion of the base portion; a screen-shaped awning portion which is provided at a lower portion of the inside of the base portion to be entered in or out to the front portion of the base portion; an air discharge portion which is connected with an A-pillar of the vehicle to introduce the wind flowing in the A-pillar into the base portion; and a first blowing portion which communicates with the rear lower portion of the base portion to send the wind to the inside of the vehicle.

Shade apparatus for a vehicle are disclosed. A disclosed the shade apparatus for a vehicle windshield includes a shade movable along the windshield in a front-rear direction of the vehicle. The shade apparatus also includes a drive unit to move the shade. The shade includes a groove portion to accommodate a room mirror mounted on the windshield and the groove portion extend from the front end of the shade toward the rear of the shade.

A retractable windshield film apparatus for reducing glare includes a film housing having a slot extending therethrough. An axle coaxially extends within the film housing. A spring is coupled to the axle. A spool is coupled to the spring coaxially to the axle. A tinted film has a fixed end coupled to the spool and a free end extending through the slot. A lead bar is coupled to the free end of the tinted film. A track is coupled to the film housing. The track has a housing end coupled to the film housing and a distal end. The lead bar is slidably engageable within the track. An engagement mechanism is coupled to the distal end of the track to secure the tinted film in the alternate extended position. Each of the film housing and the track are configured to attach to a windshield of a car.