A door curtain assembly having a sub-curtain unit is provided and includes a main fabric that is wound in a trim of a vehicle door; and a main shade bar that is installed in an upper end of the main fabric and fixed to a hook provided in the door when the main fabric is deployed. A sub-curtain part is additionally deployed after the main curtain part is deployed. The sub-curtain part includes a sub-housing having a first side hinge-coupled to the door and a second side interlocked with ascending or descending of the main shade bar. Additionally, a sub-fabric is wound in the sub-housing and a sub-shade bar is installed in an end portion of the sub-fabric in a length direction of the sub-housing.

A sunshade curtain having a translocation function has a curtain mechanism and a translocation mechanism. The curtain mechanism has a retracting shaft tube and a curtain mounted in the retracting shaft tube. The retracting shaft tube is capable of being rotated frontward and rearward. The curtain is capable of being pulled to extend out for shading the rear-side window. The translocation mechanism is mounted between the retracting shaft tube and a vehicle side wall in a vehicle. When the curtain mechanism is folded, the translocation mechanism makes the retracting shaft tube located adjacent to a side edge of a forward side pillar of the vehicle. When the curtain mechanism is unfolded, the retracting shaft tube is capable of being operated to be deflected toward a back of a forward side pillar to a normal position in a vertical state.

A vehicle sunshade device including: a sunshade configured to block at least a portion of light entering a vehicle cabin, by being disposed along a door glass of a vehicle; a knob attached to the sunshade; and a case configured to internally stow the sunshade, such that stowing of the sunshade is complete in a state in which the knob contacts the case.

An improved retractable screen and doorframe assembly for a vehicle is presented. The novel construction is provided wherein the window and the retractable screen reside in the housing of a vehicle doorframe once the retractable screen and window are deployed. A plurality of axially connected wheel sets residing within an inner frame track facilitates the frictionless movement of the retractable screen in a horizontal direction and secures movement of the same as it is recoiled in a backward disposition onto the screen storage reel of a screen cartridge. Forward movement is further facilitated with a positive magnetic border that quickly advances with positive magnetic force towards the doorframe assembly having a negative magnetic rod being provided therein.

This application relates to a hook assembly for a door curtain of a vehicle. The hook assembly is installed on a door panel to which a door curtain is hooked and fixed. The hook assembly includes a hook body installed to pass through a through-hole formed in the door panel in a load direction due to the door curtain, and a hook pin engaged with the hook body in a direction perpendicular to the load direction due to the door curtain. When the hook pin is engaged with the hook body, the hook body is supported in the through-hole in an engaged direction of the hook pin and one side of the hook body is pressed against a circumference of the through-hole.

A device for screening a window (F) of a vehicle (V) includes a frame configured to be stably engaged with the vehicle (V), a first rail disposed between a first and a second upright of the frame, and a retractable screen with a front edge free to slide on the first rail and a rear edge attached to the second upright. A connecting rod is hinged with a first end thereof to the front edge of the screen, and a bracket is hinged to a second end of the connecting rod.

A door curtain hook device for a vehicle may include a frame mount configured to be fixed to a door frame of the vehicle; a curtain hook having a wedge portion configured to be coupled with the frame mount and a curtain locking portion in which a door curtain is hooked integrally formed thereon; and a door curtain mounting gap formed to have a hook structure in the curtain locking portion.

The present disclosure relates to a bidirectional window screen for a vehicle, which can be independently deployed forward and backward, respectively, while moving in a longitudinal direction of a vehicle. The bidirectional window screen for the vehicle includes a guide having upper and lower ends installed on a frame and a roll screen wound around the inside of the guide to be withdrawn from the guide or stored in the guide, in which the guide is slidable in a longitudinal direction of a vehicle.

An automated sunshade assembly includes a cylinder positioned within a dashboard of a vehicle has the cylinder extending along a windshield of the vehicle. The cylinder has a slot extending into an interior of the cylinder and the slot being directed toward the windshield. A rod being rotatably disposed within the cylinder and a pair of drive units each of the drive units engages the rod for rotating the rod in a first direction or a second direction. A shield is rolled around the rod and the shield extends outwardly through the slot in the cylinder such that the shield is directed toward the windshield. The shield being driven upwardly to cover the windshield and the shield is retracted into the cylinder for storage. Furthermore, the shield is comprised of an opaque material to inhibit sunlight from passing into the vehicle from the windshield when the shield covers the windshield.

Protective device for a vehicle interior compartment and rear shelf for a passenger vehicle including a flexible planar structure which is held on a roller blind shaft to be wound up and off between a pulled-out protective position and a compactly stored rest position. The planar structure is connected to a pull-out profile, which pull-out profile is guided on each of its opposite sides in a respective guiding structure for longitudinal displacement between the rest position and the protective position of the planar structure. A drive device is provided for displacement of the pull-out profile, which includes an electric motor and drive transmission extending alongside the guiding structures and operatively connected to the pull-out profile. The roller blind shaft is rotatably mounted, without a winding spring, on opposite face ends in two casing arrangements. The drive transmission includes a cable pull, and a casing arrangement on the drive side is provided with a holder device for the electric motor coupled to both the roller blind shaft and the cable pull via a torque transmission arrangement associated with the casing arrangement on the drive side.