Abstract: A chroma keying system as described herein is a relatively thin and portable system as a result of the deployment of flat light panels such as electroluminescent (EL) lighting panels. By combining a flexible electroluminescent illuminated surface with proper hardware and digital programming, a user wearing a virtual reality (VR) headset is able to see whatever image is programmed for them to see in the headset when looking at specific things or directions.

Abstract: A chroma keying system as described herein is a relatively thin and portable system as a result of the deployment of flat light panels such as electroluminescent (EL) lighting panels. By combining a flexible electroluminescent illuminated surface with proper hardware and digital programming, a user wearing a virtual reality (VR) headset is able to see whatever image is programmed for them to see in the headset when looking at specific things or directions.

Abstract: An electroluminescent lighting system includes an electroluminescent encapsulated and protected inside a solid wall mounting channel. The mounting channel is typically plastic. The mounting channel may itself be printed on its outside display surface, or it may protect a printed surface inside its channel. The mounting channel is sealed on one end by a sealing cap and on its opposite end by an electrical connector that powers the EL lamp inside the channel. This sealed system offers a durable shield for the EL lamp that is mounted inside the channel.

Abstract: An electroluminescent lighting system includes an electroluminescent encapsulated and protected inside a solid wall mounting channel. The mounting channel is typically plastic. The mounting channel may itself be printed on its outside display surface, or it may protect a printed surface inside its channel. The mounting channel is sealed on one end by a sealing cap and on its opposite end by an electrical connector that powers the EL lamp inside the channel. This sealed system offers a durable shield for the EL lamp that is mounted inside the channel.

Abstract: An electroluminescent lighting system includes an electroluminescent encapsulated and protected inside a solid wall mounting channel. The mounting channel is typically plastic. The mounting channel may itself be printed on its outside display surface, or it may protect a printed surface inside its channel. The mounting channel is sealed on one end by a sealing cap and on its opposite end by an electrical connector that powers the EL lamp inside the channel. This sealed system offers a durable shield for the EL lamp that is mounted inside the channel.

Abstract: An electroluminescent lighting system includes an electroluminescent encapsulated and protected inside a solid wall mounting channel. The mounting channel is typically plastic. The mounting channel may itself be printed on its outside display surface, or it may protect a printed surface inside its channel. The mounting channel is sealed on one end by a sealing cap and on its opposite end by an electrical connector that powers the EL lamp inside the channel. This sealed system offers a durable shield for the EL lamp that is mounted inside the channel.

Abstract: A backlight section is adapted for use in connection with a large format graphic illumination system. The backlight sheet has one or more electroluminescent panels attached to it. This backlight sheet will be mounted onto a display surface. The graphic sheet is then mounted over the assembled backlight sheet having the electroluminescent panels thereon.

Abstract: A backlight section is adapted for use in connection with a large format graphic illumination system. The backlight sheet has one or more electroluminescent panels attached to it. This backlight sheet will be mounted onto a display surface. The graphic sheet is then mounted over the assembled backlight sheet having the electroluminescent panels thereon.

Abstract: A method of making an electroluminescent (EL) light which includes at least one design. A flexible EL lamp is used which has a front electrode, a phosphor layer, a dielectric layer and a rear electrode layer. A pattern is cut out from the flexible EL lamp and at least one line is determined on the cut out to divide the design into at least two geometric areas, which are preferably of approximately equal size. A scribe line is cut into the rear electrode along such line, which forms split electrode areas in the rear electrode. Connecting devices are attached to each split electrode area, which are adapted to be connected to a power source. A method of making an EL light that is adaptable to be inserted into a channel, with the light having at least one indicia such as a letter, number, symbol or the like. A first form of the desired indicia is cut out from a plastic backing sheet. A second form of the desired indicia is cut out from flexible EL lamp of the form mentioned above.