A thermal shield system with wireless control capabilities including a multi-layer shield, a housing containing a power source and processor, and a programmable control mechanism, wherein the control mechanism is in communication with the processor to facilitate direct or remote manual programming of time and temperature of the shield system. The multi-layer shield includes a perimeter having a first layer comprised of reflective material, a second layer comprised of a plurality of conductive pads arranged in a plurality of rows within a structural support sheet, a third layer comprised of thermal material, an electrical wire running through and connecting said conductive pads of the second layer, and a surround spanning the perimeter of the shield. The surround of the shield has flexibility to allow folding or rolling for compact storage of said shield and having rigidity to provide structural integrity of said shield. The electrical wire connects each of the plurality of conductive pads in a series to generate consistent and uniform heat while minimizing depletion of the power source.

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 window treatment adjustment assembly is provided that includes a slider having a base movable along a portion of the frame. A handle extends from the base. A pocket is formed in the screen and includes: a pocket frame attached to the screen to form an opening through the screen; a shroud member attached to at least a portion of the pocket frame. The handle of the slider extends through the opening of the pocket and past the shroud member. The base of the slider is in communication with a mechanism that moves the window treatment.

A window treatment adjustment assembly is provided that includes a slider having a base movable along a portion of the frame. A handle extends from the base. A pocket is formed in the screen and includes: a pocket frame attached to the screen to form an opening through the screen; a shroud member attached to at least a portion of the pocket frame. The handle of the slider extends through the opening of the pocket and past the shroud member. The base of the slider is in communication with a mechanism that moves the window treatment.

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 pneumatic shade includes a plurality of slats, a plurality of first fold members, and a plurality of second fold members. Each slat is elongated and includes and spans laterally between opposite longitudinal edges. Each of the first- and second-fold members are elongated and co-extend longitudinally with the slats. Each first fold member is attached to longitudinal edges of the respective adjacent slats. Each second fold member is attached to longitudinal edges of respective adjacent slats and are alternatingly orientated with respect to the first fold members such that each slat spans laterally between a respective first fold member and second fold member. Each of the first fold members and the second fold members are adapted to move between a folded state and an unfolded state upon application of pressurized air.

A windshield sunshade with solar powered fans including a foldable, pleated opaque panel including a plurality of panel section with at least two panel sections having a solar powered fan motor-blade unit centrally disposed in a recessed portion thereof. A shaft of each fan-motor blade unit is detachable from at least one of a yoke and a motor thereof to permit a casing along with vanes attached thereto to be detached from the respective panel section to fold the panel. Each fan motor-blade unit includes at least one solar module fixedly disposed on the outer side of the respective panel section power the motor. An on-off switch proximal each fan motor-blade unit in a position proximal the vehicle dashboard is provided. A protective front grill is disposed solely over the entire one of each recessed portion to protect against contact with the vanes of the fan motor-blade unit.

A window treatment adjustment assembly is provided that includes a slider having a base movable along a portion of the frame. A handle extends from the base. A pocket is formed in the screen and includes: a pocket frame attached to the screen to form an opening through the screen; a shroud member attached to at least a portion of the pocket frame. The handle of the slider extends through the opening of the pocket and past the shroud member. The base of the slider is in communication with a mechanism that moves the window treatment.

A shading device including a shading structure displaceable in vehicle-fixed lateral guiding rails between a lowered rest position and a deployed shading position using a drive arrangement. The shading structure in the rest position is lowered down in a vehicle-fixed chamber through a passage, wherein the passage is closable by a cover movable between an open position and a closed position, and a control arrangement for opening and closing the cover is provided and coupled to a displacement movement of the shading structure. The control arrangement includes a control plunger engaging on the cover, which plunger is articulated to the cover in opposed pull and push directions. The control plunger is in operative connection with the cover via a tensioning arrangement which is spring-elastically tensioned in one movement direction and inactively relaxed in an opposite movement direction.

A colorable sunshade system for an automobile includes a thin panel having a periphery shaped to fit within one of an automobile's windows or windshield. The panel has an outer surface for disposition outwardly against an inside surface of glass of the window or windshield, and an inner surface visible to occupants of the automobile when the outer surface is so disposed. One of the inner or outer surfaces is comprised of a white background with an image printed thereon, the image comprising one or more dark outlines surrounding white interiors for being filled with color. The system may also include means for temporarily affixing the panels into the windows or windshield, and means for filling the white interiors with color.