The present teaching relates to approaches for dynamic light blocking in a moving vehicle. Sensor data from sensors deployed on a vehicle are received that capture information exterior and interior around the vehicle. The presence of a person in the vehicle is detected based on interior sensor data while a light source exterior to the vehicle is detected based on exterior sensor data. A portion of a window of the vehicle through which light from the light source shines on the person is determined and an appropriate level of shade is applied on the portion of the window to reduce the amount of light shining on the person.

An automatic sunvisor assembly 100 for vehicle is disclosed. The automatic sunvisor assembly 100 comprises sunvisor(s) 101 positioned over the front seats of the vehicle, ambient light sensor 102 positioned inside the vehicle adapted to sense the intensity of sunlight; a processor to collect and compare the intensity of sunlight sensed by the ambient sensors 102 in real time; and two high-torque servo motors 103 connected to each of the sunvisors 101 to move the at least one sunvisor 101. The processor identifies the ambient light sensor 102 sensing higher intensity of sunlight, generates signals, and transmits signals to the high-torque servo motor 103, and the signals received by the high-torque servo motor 103 determines a direction of movement of the sunvisor 101.

An automotive awning system having an awning that is configured for operatively shielding an automotive cabin of a vehicle, such as truck, from the elements. The automotive awning system includes a mounting arrangement for mounting the awning to the vehicle, the mounting arrangement comprising at least one mounting for fastening the awning to the vehicle, the mounting defining a separation zone configured to demount when a predetermined impact force is applied to the awning, as well as a retractor configured to automatically retract the awning toward the vehicle upon demounting of the separation zone, so that the awning is protected from impact damage.

An automotive awning system having an awning that is configured for operatively shielding an automotive cabin of a vehicle, such as truck, from the elements. The automotive awning system includes a mounting arrangement for mounting the awning to the vehicle, the mounting arrangement comprising at least one mounting for fastening the awning to the vehicle, the mounting defining a separation zone configured to demount when a predetermined impact force is applied to the awning, as well as a retractor configured to automatically retract the awning toward the vehicle upon demounting of the separation zone, so that the awning is protected from impact damage.

A processor-implemented vehicle controlling method includes: determining whether an object in a vehicle is a living object based on radio detection and ranging (radar) information received from a radar sensor; in response to a determination that the object is a living object, determining bioinformation of the object based on the radar information; and adjusting a temperature in the vehicle based on the bioinformation and temperature information received from a temperature sensor.

The present disclosure is a sun visor mounting apparatus, system or method having a mounting plate with a J hooked end configured to receive a sun visor, a securing plate opposing the J hooked end, configured in a U shape for receiving the sun visor. A joining plate configured in a V shape with a first side capable of coupling to the mounting plate, and a second side capable of coupling to an extension plate, and the extension plate can have a first side of a coupled to the joining plate, and a second side configured to engage against a fixed structure. One or more fasteners may be utilized with each plate to secure them together. To accommodate different sizes and configurations, the joining plate and extension plate may be extending to satisfactory positions, to engage with a fixed structure for the stability of the mounting plate.

This device is a sun visor for vehicles. The device consists of the visor body and a pivot mount. The device is attached to the interior roof and rotates down and sideways. The device has two inside panels with one panel extending towards the back of the vehicle and the other flipped down. The inside panels provide the driver and the front seat passenger additional protection from the sun's heat.

Disclosed herein are accessory devices and systems for vehicles including: a base plate assembly comprising a base plate and an articulating bracket, the base plate configured to be fixedly secured to a portion of a vehicle and the articulating bracket configured to be releasably secured to the vehicle using the base plate at a plurality of locations; and at least one auxiliary visor panel or accessory connected to the base plate assembly. Also disclosed herein are method of using the disclosed devices and systems for interchangeably moving the base plate assembly with connected auxiliary visor panel or accessory between vehicles.

A sun visor for a vehicle may include a plate-like body portion having a predetermined thickness, a pivot arm wherein a first end thereof may be secured to a vehicle body and a second end thereof may be joined through an upper side of the body portion in a length direction at a section which may be cut in a length direction to form a cut section, a clamp which may be connected sideways to the vehicle body and may be shaped to wrap the pivot arm, an elastic member provided on an upper side of the clamp to compress the pivot arm when the body portion rotates.

The vehicle sunshade is adapted for use as a sunshade within a vehicle. The vehicle sunshade is a retractable shade that is mounted in the vehicle where front windshield meets the roof of the vehicle. The shade contained on the retractable shade is adapted to fit around the rearview mirror mounted on the windshield of the vehicle and to extend laterally to partially block sunlight from passing through the front windows. The vehicle sunshade comprises a roller, a shade, a first clip, and a second clip.