A safety and input/output (I/O) module of an engine controller for an engine set of a marine vessel can be physically distinct from an engine control unit (ECU). The safety and I/O module can include hardware in addition to software, firmware, or a combination thereof. The safety and I/O module can be a single logic controller having safety functionality and I/O functionality. The safety functionality can be for dynamic engine protection during operation of the engine set of the marine vessel. The I/O functionality can be for sending signals to components external to the engine controller and for receiving signals from components external to the engine controller.

An improved sun shade device is a folding, fan-style interior windshield shade for vehicles, structured and arranged for permanent, yet removable mounting at the base of the windshield, easy to deploy when needed, with a “peacock tail” design which provides full-coverage shading of the windshield, keeping interior temperatures lower and blocking damaging UV rays from the vehicle's interior.

An integrated window frame and blind unit includes a frame having an inner bezel and an outer bezel configured to sandwich a wall of a structure between them. A window pane may be installed to the outer bezel to cover an opening therein. A blind unit may be inserted through a similar opening in the inner bezel and attached to a header portion and/or sill portion of the frame. The inner and/or outer bezel may include snap features to effect the attachment.

A modular shade includes at least one module that consists of a head rail unit, a foot rail unit, at least one intermediate rail unit, and a plurality of slat components. A top slat may be coupled to the head rail unit and the intermediate rail unit, and a bottom slat component may be coupled to the intermediate rail unit and the foot rail unit. Further, additional intermediate rail units and intermediate slat components may be added to the module to alter the shape and size of the module, and the module may be coupled to one or more additional modules to change the overall shape and size of the modular shade.

A car window screen system including a front window screen member, a rear window screen member and a side window screen member. The front window screen member including a first panel and a first plurality of magnets. The first plurality of magnets are attached to a front surface of the first panel for attaching the front window screen member to the car's front window by connecting the first plurality of magnets to a plurality of mating magnets installed along the interior perimeter surface of the car's front window. The rear window including a second panel and a second plurality of magnets. The second plurality of magnets are attached to a front surface of the second panel for attaching the rear window screen member to the car's rear window by connecting the second plurality of magnets to a plurality of mating magnets installed along the interior perimeter surface of the car's rear window. The side window screen member includes a third panel and a third plurality of magnets. The third plurality of magnets are attached to a front surface of the third panel for attaching the side window screen member to the car's side window by connecting the third plurality of magnets to a plurality of mating magnets installed along the interior perimeter surface of the car's side window.

Disclosed is improved interior sunshade that can be used inside a window of a building and/or can be configured to be used with an automobile window. By adding easy-flex-arch and bypass bend features with a fabric hinge that is up to 15 inches wider; a sunshade can be configured to fit multiple dimensions of windows.

Disclosed is improved interior sunshade that can be used inside a window of a building and/or can be configured to be used with an automobile window. By adding easy-flex-arch and bypass bend features with a fabric hinge that is up to 15 inches wider; a sunshade can be configured to fit multiple dimensions of windows.

A stretchable vehicle window shade that may have a panel and a positioning tab attached to the panel. The positioning tab may have a magnet disposed inside. The magnet may be adapted so that a magnetic force allows attachment to a metallic portion of a door frame of a vehicle.

A cover assembly for use in a vehicle to protect electronic components on a vehicle's dashboard, shield the interior of the vehicle from rain and debris, and provide privacy to occupants in the vehicle when in the vehicle. The cover assembly includes a dash cover, rain curtains, and privacy curtains that include long and/or short bungee cords for attaching and securing the cover and curtains to roll bars in a vehicle. The cover and some of the privacy curtains also include suction cups that are attachable to a vehicles windshield or back window. The cover assembly is quickly installed within a vehicle with ease to cover door and/or window openings, or the windshield or back window of a vehicle. The cover assembly may come in a variety of different sizes to accommodate use with different makes and models of vehicles having roll bars, and removable doors, rooftops, and/or windows.

The present disclosure relates to a blind for vehicles, which includes: a blind part provided to be transformed in shape by flexibility thereof while having a wrinkled structure to enable expansion in a vertical direction; and a pair of fixing plates provided in a single-pair structure to be attached to each of upper and lower surfaces of the blind part, and functioning as a guide unit guiding a shape transformation by expandability and flexibility while supporting the blind part as well as functioning as a fixing unit to fix a window side of a vehicle.