A curtain device according to an embodiment of the present invention includes a first shade bar. A first shade roller is disposed within the first shade bar and a hook portion is provided in an upper side of the first shade bar. A first curtain member has a first transmissivity. One end of the first curtain member is rolled into the first shade roller and an opposite end of the first curtain member is exposed to a bottom of the first shade bar. A second shade bar is adjacent the bottom of the first shade bar. A second shade roller is configured to be disposed inside a door body that is formed in a lower portion of the door frame. A second curtain member having a second transmissivity has one end connected to the second shade bar and an opposite end rolled into the second shade roller.

A shading device for a pane or a glass roof region of a vehicle interior with a flexible shading structure mounted for, movement between a rest position, in which it is stowed in a receiving region in a compact manner, and a shading position, in which it spans the pane or the glass roof region, and which is provided with a dimensionally stable pull-out profile. The pull-out profile extends substantially over an entire width of the shading structure and is positioned in a passage slot of the receiving region in the rest position of the shading structure. Resilient damping elements are arranged on opposite longitudinal walls of the passage slot, which damping elements flank the pull-out profile in the rest position of the shading structure and support the pull-out profile at a distance from the longitudinal walls.

Shading device for a transparent surface part of a motor vehicle having a flexible shading structure, two non-parallel lateral guide arrangements fixed with respect to the vehicle and having a dimensionally stable pull-out profile displaceable in parallel fashion by in each case one guide carriage in the respective lateral guide arrangement via a drive device, lateral shading structure sections protruding, in a manner dependent on the displacement travel of the shading structure, into lateral receiving spaces fixed with respect to the vehicle. To the lateral shading structure sections, there are fastened in each case two support bodies spaced apart from one another in the pulling-out direction of the shading structure and the thickness of which is greater than a thickness of the respective shading structure sections. The support bodies are guided in transversely supported fashion with play in complementary support channel sections of the receiving spaces.

An electric door curtain for a vehicle includes: guide rails disposed at both sides of a door panel of the vehicle; a curtain guide fixing shaft fixed to lower ends of the guide rails; a curtain moving shaft disposed over the curtain guide fixing shaft, coupled to the guide rails, and configured to move up and down; a motor equipped in the door panel, connected to the curtain moving shaft to supply power thereto, and supplying power to the curtain moving shaft to cause the curtain moving shaft to move up and down; a screen-type curtain with a lower end that is fixed to the curtain moving shaft and wound on the curtain guide fixing shaft and with an upper end that is connected to a curtain support bar; and a curtain tensioner disposed in a door glass frame at a top of the door panel, coupled to the curtain support bar, and pulling the screen-type curtain with a particular tension to keep the screen-type curtain taut.

A sunshade guide assembly and a sunroof device that reduces the size and being easy and convenient to assemble and disassemble are provided. The sunshade guide assembly guides a sunshade to move in an opening and closing direction, and includes a support member fixed to the sunshade and a slider fitted and connected to the support member. A protrusion is provided at a position of the slider corresponding to a positioning opening, and the protrusion is formed into a shape corresponding to the positioning opening. The protrusion is embedded into the positioning opening, so that the support member is fitted and connected to the slider, and the protrusion and the positioning opening are configured such that, in a state in which the protrusion is embedded into the positioning opening, the relative movement of the support member relative to the slider in the opening and closing direction is restricted.

An embodiment pop-up deploying type door curtain assembly for a vehicle includes a curtain deployable to cover a door glass when drawn out from a vehicle door, a rod configured to be installed on the vehicle door to ascend and descend and configured to support the curtain in a deployed state, a slider fixed to the rod and configured to ascend or descend integrally with the rod, a first drum apparatus configured to elastically support the slider in an ascending direction in order to allow the curtain to be deployed, and a button apparatus configured to limit a deployment of the curtain in a state in which the curtain is accommodated in the vehicle door.

A shade device for a vehicle includes: a shade; a retracting mechanism attached to a base end of the shade and retracting the shade in a stored state; a stay attached to a tip end of the shade; an extractable constant force spring; a rod, its tip end portion being attached to the stay and its base end portion being connected to the constant force spring, biased in a deploying direction of the shade by biasing force of the constant force spring, and transmitting the biasing force to the stay; a guide rail that stores the rod and an extracted portion of the constant force spring in the stored state of the shade, and guides the rod when the shade shifts from the stored state to the deploying state; and a locking mechanism that locks movement of the rod in the stored state of the shade.

An electric door curtain for a vehicle includes: guide rails disposed at both sides of a door panel of the vehicle; a curtain guide fixing shaft fixed to lower ends of the guide rails; a curtain moving shaft disposed over the curtain guide fixing shaft, coupled to the guide rails, and configured to move up and down; a motor equipped in the door panel, connected to the curtain moving shaft to supply power thereto, and supplying power to the curtain moving shaft to cause the curtain moving shaft to move up and down; a screen-type curtain with a lower end that is fixed to the curtain moving shaft and wound on the curtain guide fixing shaft and with an upper end that is connected to a curtain support bar; and a curtain tensioner disposed in a door glass frame at a top of the door panel, coupled to the curtain support bar, and pulling the screen-type curtain with a particular tension to keep the screen-type curtain taut.

A shading device for a rear window arrangement of a motor vehicle having a shading structure arranged so as to be shiftable relative to the rear window arrangement between a compactly stored inoperative position and an extended shading position, and with a dimensionally stable extension profile arranged on an end region, at the front in the extension direction, of the shading structure, the extension profile being guided so as to be shiftable in parallel in vehicle-mounted, lateral guide arrangements. The extension profile having two different visible contours positionable into different functional positions by rotation about a longitudinal axis of the extension profile, is known. The extension profile is mounted on opposite end sides by respective ball and socket joint so as to be pivotable about the longitudinal axis relative to lateral guide elements guided in the lateral guide arrangements.

A shading device includes a shading curtain and a drawing device. The shading curtain includes a first and second shading layer that have at least two types of light transmission areas with different light transmission properties. The drawing device includes a first and second drawing member. The first drawing member is connected with the first shading layer and is configured to draw the first shading layer. The second drawing member is connected with the second shading layer and is configured to draw the second shading layer. The first and second drawing members are movable relative to each other between a first relative position and a second relative position. The first and the second shading layers parallelly move relative to each other. In the first relative position, the shading curtain has a first light transmission property, and in the second relative position, the shading curtain has a second light transmission property.