Non-emergency illumination apparatus (10) arranged in use to mark a location of an article, fixture or fitting in an aircraft cabin, the apparatus including: an emitting layer (2) including a photoluminescent material, the photoluminescent material emitting visible light in a first region of the electromagnetic spectrum in response to excitation by light from a second region of the electromagnetic spectrum, different to the first region; and a protective layer (6) overlying the emitting layer, the protective layer transmitting light from the first and second regions of the electromagnetic spectrum, wherein the non-emergency illumination apparatus is constructed and arranged to be placed in proximity to an article, fixture or fitting, such that the apparatus marks the location of the article, fixture or fitting when excited by light from the second region of the electromagnetic spectrum. The illumination apparatus can comprise a carrier matrix. The illumination apparatus aids location of items such as headphone sockets and power sockets in low lighting conditions so calming passengers.

Provided is an EL decorative car foot mat, including a front foot mat and a back foot mat, the front foot mat and the back foot mat are respectively installed on front and back base plates in a car, a luminous body is disposed on the front foot mat and the back foot mat, the luminous body is an EL wire or an EL sheet, and the luminous body is powered by an in-vehicle power source. A design of applying a soft neon lamp such as an EL wire or an EL sheet to a foot mat enriches functions of the foot mats, so that while basic requirements of the car foot mat are met, abundant sensual pleasures are increased. The EL decorative car foot mat has advantages of novel design, elegant appearance, dust resistance, dirt resistance, water resistance, abrasion resistance, noise insulation and is safe in use.

Provided is an EL decorative car foot mat, including a front foot mat and a back foot mat, the front foot mat and the back foot mat are respectively installed on front and back base plates in a car, a luminous body is disposed on the front foot mat and the back foot mat, the luminous body is an EL wire or an EL sheet, and the luminous body is powered by an in-vehicle power source. A design of applying a soft neon lamp such as an EL wire or an EL sheet to a foot mat enriches functions of the foot mats, so that while basic requirements of the car foot mat are met, abundant sensual pleasures are increased. The EL decorative car foot mat has advantages of novel design, elegant appearance, dust resistance, dirt resistance, water resistance, abrasion resistance, noise insulation and is safe in use.

Provided is an EL decorative automobile seat cover, including a front seat cover and a back seat cover, the front seat cover and the back seat cover are respectively installed on front and back seatbacks in an automobile, a luminous body is disposed on the front seat cover and the back seat cover, the luminous body is an EL wire or an EL sheet, and the luminous body is powered by an in-vehicle power source. With the EL wire or the EL sheet on the front seat cover and the back seat cover, it enables not only to provide light for a driver at night, but also improve visual feeling of a user. In addition, the EL wire or the EL sheet has low power consumption, and helps to reduce more power compared with other lighting products. This design helps to meet diversified requirements of user.

A device can include a body including a sensor and an accelerometer. The sensor can detect contact with the body. The accelerometer can detect a movement of the body. The device can also include at least one processor. The at least one processor can determine an action corresponding to the movement of the body. The action can include at least one of a thermal effect, a production of light, or a transmission of power. The at least one processor can also cause the device to perform the action.

A device can include a body including a sensor and an accelerometer. The sensor can detect contact with the body. The accelerometer can detect a movement of the body. The device can also include at least one processor. The at least one processor can determine an action corresponding to the movement of the body. The action can include at least one of a thermal effect, a production of light, or a transmission of power. The at least one processor can also cause the device to perform the action.

Certain exemplary embodiments can provide a system, which can comprise a pad. The pad comprises an array of light emitting diodes, wherein each light emitting diode of the array of light emitting diodes can be capable of being illuminated in a plurality of colors responsive to a signal from an information device. The information device is constructed to illuminate a predetermined set of the array of light emitting diodes to generate a pattern, which pattern can comprise alphanumeric characters.

A light bar for a trunk of a motor vehicle includes a tubular element. The tubular element includes a straight or slightly curved bar forming an interior. One or more lamps are secured in the interior and/or on the shell surface of the tubular element. A first end of the tubular element is provided with an electrical plug connection, which is connected in an electrically conductive manner with the at least one lamp. The light bar is configured to be placed in the trunk of a motor vehicle, so that its electrical plug connection is connected with a corresponding plug connection in the trunk.

A glass roof assembly for a vehicle includes a frame portion and a glass roof panel disposed at and at least partially circumscribed by the frame portion. When the glass roof assembly is installed at a vehicle, a forward region of the glass roof panel is at a headliner of the vehicle and above a windshield of the vehicle. The glass roof assembly includes a lighting device having at least one interior light source and a user input for actuating the light. The lighting device is attached as a unit at an in-cabin surface of the glass roof panel at the forward region of the glass roof panel. The lighting device is electrically connected to a power source of the vehicle via electrical connection at the headliner of the vehicle when the glass roof assembly is installed at the vehicle.

A glass roof assembly for a vehicle includes a frame portion and a glass roof panel disposed at and at least partially circumscribed by the frame portion. When the glass roof assembly is installed at a vehicle, a forward region of the glass roof panel is at a headliner of the vehicle and above a windshield of the vehicle. The glass roof assembly includes a lighting device having at least one interior light source and a user input for actuating the light. The lighting device is attached as a unit at an in-cabin surface of the glass roof panel at the forward region of the glass roof panel. The lighting device is electrically connected to a power source of the vehicle via electrical connection at the headliner of the vehicle when the glass roof assembly is installed at the vehicle.