A visor bracket is provided to be mounted over a bracket aperture of an interior trim, where the visor bracket includes a bracket housing including a base and a side wall, the base defining a shaft aperture to receive there-through a support shaft of a visor panel, the side wall extending from the base and to be received through the bracket aperture along a mounting direction, and the visor bracket further includes an electrically-conducting material contacting the side wall.

The present disclosure discloses an anti-glare sunshade, which includes a slide rail, one side of the slide rail is provided with a slider, and an end of the slider is hinged with a polariscope via a first rotation mechanism. An end of one side of the slide rail facing away the slider is provided with a second rotation mechanism, and the slide rail is hinged with a clamp via a second rotation mechanism. The beneficial effect of the present disclosure is that the first rotation mechanism and the second rotation mechanism can rotate freely by providing the slide, so that a user can freely adjust a fixing position of the polariscope, thereby shielding sunlight shining from one side.

A mounting assembly for a vehicle sun visor includes a headliner-mounted connector having a body carrying at least one connector electrical contact configured to be placed in electrical communication with a power source. A cooperating visor mounting member includes at least one cooperating visor electrical contact and a snap-fit retainer configured to engage the headliner-mounted connector and/or a portion of a headliner. In use, the connector and visor electrical contacts and snap-fit retainer are configured such that simply attaching the visor mounting member to the headliner-mounted connector and/or the portion of the headliner by way of the snap-fit retainer places the at least one connector electrical contact in electrical communication with the at least one visor electrical contact and completes an electrical circuit.

A visor bracket is provided to be mounted over a bracket aperture of an interior trim, where the visor bracket includes a bracket housing including a base and a side wall, the base defining a shaft aperture to receive there-through a support shaft of a visor panel, the side wall extending from the base and to be received through the bracket aperture along a mounting direction, and the visor bracket further includes an electrically-conducting material contacting the side wall.

Disclosed is a device for mounting interior parts of a vehicle. The device includes: a base plate for a sun visor pivot arm; a clip to mount the base plate on a vehicle body panel by a rotation of a lever and a forward movement of a clip fastening/removal bar. In particular, the clip can be automatically removed from the vehicle body panel by a reverse rotation of the lever and a backward movement of the clip fastening/removal bar, thereby allowing easy installation and removal of interior parts such as the sun visor.

A clip-on dual swingable vehicle visor apparatus incorporates a baseboard that clips onto a standard in-car sun visor, and further incorporates a frontal visor and a removable side visor to operate as simultaneous multidimensional sunshades. The side edges of the baseboard uniquely feature rails that are designed to dock with a sliding clip connected to the side visor, which constitutes a modular and easily-removable side visor structure that can be readily attached or detached from the left or the right side of the baseboard to accommodate a flexible application of the visor apparatus on either the driver-side or the front passenger-side standard in-car sun visor, depending on users' needs and preferences. Furthermore, both the frontal visor and the removable side visor may be tinted at specific visible light transmission (VLT) levels based on manufacturer or user preferences to provide a desirable level of reduction in solar intensity and energy.