An open roof construction includes a rollo screen and a winding shaft. The screen includes a screen edge which is attached to a stationary member. An operating beam on an opposite edge is movable parallel to the opening in correspondence with the amount of screen wound on or off the winding shaft. The screen has two longitudinal edges which, when the screen is wound off, are brought into engagement with holding members extending alongside the longitudinal edges of the roof opening. The holding members each comprise at least a groove having an elongated opening. An edge area near each edge of the screen is insertable into the respective groove together with a locking member clamping the screen in the groove. The locking member, the edge area of the screen and the groove having a shape and/or dimension preventing the locking member from unintentially leaving the groove through the entrance opening.

A solar shield apparatus for an automobile windshield includes a housing having a bottom wall and plurality of side walls that define an interior area. The housing is removably coupled to a mounting base via mounting brackets such that the housing is selectively released from the mounting base when the mounting base is coupled to a cabin ceiling of the automobile adjacent the windshield. A solar shield panel having a flexible and tinted construction is movable by a spool in the housing between retracted and deployed configurations. A guide channel extending downwardly from the housing along a side of the windshield guides the solar shield panel when being deployed or retracted. The solar shield panel may be motorized via actuation buttons or moved manually. A mechanical retraction assembly may be coupled to the spool to enable spring-actuated means for retracting the shield panel.

Provided is an electric-powered door curtain including: a curtain unit including a shaft, a curtain blind wound around an outer surface of the shaft, and a shade bar fixed to an upper portion of the curtain blind; and a driving unit configured to move the shade bar upward and downward, wherein the driving unit includes: a guide rail disposed in a lower portion of the shaft, and perpendicular to the shaft; a slider installed so as to be movable upward and downward along the guide rail, and including a movable pulley installed inside the slider, an antenna; a fixed pulley installed at a position adjacent to a lower side of the shaft; a wire having one end fixed at a position adjacent to the lower side of the shaft, and configured to pass through the fixed pulley via the movable pulley; and a winding device.

The vehicular sun shade is adapted for use with a windshield of a vehicle. The vehicular sun shade is adapted for use on the windshield of the vehicle during operation of the vehicle. The vehicular sun shade is mounted on the windshield of a vehicle. The vehicular sun shade is a tinted lens. The vehicular sun shade is mounted on the windshield of the vehicle such that the vehicular sun shade reduces the light from a point source that is directed towards a target point within the vehicle. Examples of such a point source include, but are not limited to, the sun. Examples of such a target point include, but are not limited to, the eyes of a driver. The vehicular sun shade comprises a tinted lens, an attachment apparatus, and a handle. The attachment apparatus and the handle are attached to the tinted lens.

A reusable window shade assembly includes a sheet of window treatment that has a tint homogenously integrated into the sheet of window treatment. In this way the sheet of window treatment can reduce the intensity of light passing through the sheet of window treatment. The sheet of window treatment is comprised of a deformable material thereby facilitating the sheet of window treatment to be cut into pieces of a pre-determined shape. In this way a respective window to be tinted with a piece of the sheet of window treatment. The sheet of window treatment has adhesive properties to removably adhere to the respective window without the use of any additional adhesive or a preparation solution.

A sun visor for a motor vehicle having a main body portion with an LED display for advertising. The sun visor has a foldable, expandable shade portion extending from the main body portion to block sunlight. The sun visor has magnetic portions at a top of the main body portion to allow for easy attachment and detachment to an inside of a car window frame.

A sun visor for a motor vehicle having a main body portion with an LED display for advertising. The sun visor has a foldable, expandable shade portion extending from the main body portion to block sunlight. The sun visor has magnetic portions at a top of the main body portion to allow for easy attachment and detachment to an inside of a car window frame.

A vehicle includes an A-pillar, a windshield, a receiver, and a visor assembly, including an engagement feature that moves from a first position to a second position, and a biasing feature that biases the engagement feature toward the first position in the second position of the engagement feature. The visor assembly is operable between a stowed condition, wherein the engagement feature is in the first position and the engagement feature and the receiver are in a spaced relationship, and a deployed condition, wherein the engagement feature is in the second position and contact between the engagement feature and the receiver maintains the engagement feature in the second position against the bias of the biasing feature.

A window assembly includes an outer window panel, an inner window panel, a conductive layer disposed at an inner surface of the inner window panel, a spacer element, and a roller shade disposed within an interpane cavity established between the inner and outer window panels by the spacer element. The roller shade has an end fixedly attached at an anchor stop along a perimeter portion of the spacer element. A dielectric layer is disposed between the roller shade and the conductive layer. The roller shade is electrically deployable to coil and uncoil between a coiled light transmitting condition and an at least partially uncoiled light attenuating condition. The roller shade is electrically operable via applying a voltage at the transparent conductive layer and at the anchor stop to uncoil the roller shade from the coiled light transmitting condition to the at least partially uncoiled light attenuating condition.

A windshield protector device is provided. The device is comprised of a protective device for vehicle windshields, comprising a flexible, shatterproof body that can adapt to various windshield shapes and sizes. The body is designed to cover and protect windshields from debris and may feature a tint for UV/sun protection. In one embodiment, the front surface of the body is comprised of a removable polyurethane film layer to protect against impacts, which can be replaced as needed. Additionally, the rear surface may be comprised of an adhesive in one embodiment to securely attach the device to a vehicle windshield.