Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lens structure. The lamp preferably is provided with a plurality of LEDS arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp housing.

Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lamp structure. The lamp preferably is provided with a plurality of LEDs arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp body.

Abstract: A wireless transmitting/receiving system preferably operable between first and second vehicles is provided which enables the second vehicle to replicate the lighting condition of the first vehicle. In one embodiment, the replication is accomplished through a connection to the second vehicles lighting system. In another embodiment, replication is accomplished through a separate light bar mounted to the second vehicle.

Abstract: A wireless transmitting/receiving system preferably operable between first and second vehicles is provided which enables the second vehicle to replicate the lighting condition of the first vehicle. In one embodiment, the replication is accomplished through a connection to the second vehicles lighting system. In another embodiment, replication is accomplished through a separate light bar mounted to the second vehicle.

Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lamp structure. The lamp preferably is provided with a plurality of LEDs arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp body.

Abstract: A brake control system for towed vehicles is disclosed which provides for controlled application of hydraulic brakes in a towed vehicle in response to the application of the brakes of the towing vehicle. The system is designed in two preferred embodiments. The first embodiment is a self-contained design adapted for use with rental trailers, for example, where a plurality of towed vehicles will be associated with a particular trailer. The second embodiment is intended for hard wiring in connection with the towed and towing vehicles. In each case, superior performance is obtained because the system operates the brake system of the towed vehicle in a unique manner.

Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lamp structure. The lamp preferably is provided with a plurality of LEDs arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp body.

Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lens structure. The lamp preferably is provided with a plurality of LEDS arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp housing.

Abstract: A wireless transmitting/receiving system preferably operable between first and second vehicles is provided which enables the second vehicle to replicate the lighting condition of the first vehicle. In one embodiment, the replication is accomplished through a connection to the second vehicles lighting system. In another embodiment, replication is accomplished through a separate light bar mounted to the second vehicle.

Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lens structure. The lamp preferably is provided with a plurality of LEDS arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp housing.

Abstract: Integrated circuit devices are formed in a substrate wafer using selective epitaxial growth (SEG). Non-uniform epitaxial wafer thickness results when the distribution of SEG regions across the surface of the wafer is non-uniform, resulting in loading effects during the growth process. Loading effects are minimized according to the invention by adding passive SEG regions thereby giving a relatively even distribution of SEG growth regions on the wafer. The passive regions remain unprocessed in the finished IC device.

Abstract: A fence post protector has a first substantially flat piece, which combines with a second substantially flat piece in order to form an opening therebetween. The opening is adapted to receive a fence post therein, and at least reduce vegetation growth therearound, while at the same time, reducing natural and man made damage thereto.

Abstract: Integrated circuit devices are formed in a substrate wafer using selective epitaxial growth (SEG). Non-uniform epitaxial wafer thickness results when the distribution of SEG regions across the surface of the wafer is non-uniform, resulting in loading effects during the growth process. Loading effects are minimized according to the invention by adding passive SEG regions thereby giving a relatively even distribution of SEG growth regions on the wafer. The passive regions remain unprocessed in the finished IC device.

Abstract: A lamp finding particular application in boat trailers and other vehicular applications is provided with a generally unbreakable lamp structure. The lamp preferably is provided with a plurality of LEDs arranged with rows and columns on a circuit card or board. The lamp is constructed by encapsulating the board and LED arrangement in a moldable lens material, which after removal from a suitable mold at least partially defines the lamp body.

Abstract: A wireless transmitting/receiving system preferably operable between first and second vehicles is provided which enables the second vehicle to replicate the lighting condition of the first vehicle. In one embodiment, the replication is accomplished through a connection to the second vehicles lighting system. In another embodiment, replication is accomplished through a separate light bar mounted to the second vehicle.

Abstract: Integrated circuit devices are formed in a substrate wafer using selective epitaxial growth (SEG). Non-uniform epitaxial wafer thickness results when the distribution of SEG regions across the surface of the wafer is non-uniform, resulting in loading effects during the growth process. Loading effects are minimized according to the invention by adding passive SEG regions thereby giving a relatively even distribution of SEG growth regions on the wafer. The passive regions remain unprocessed in the finished IC device.

Abstract: A brake control system for towed vehicles is disclosed which provides for controlled application of hydraulic brakes in a towed vehicle in response to the application of the brakes of the towing vehicle. The system is designed in two preferred embodiments. The first embodiment is a self-contained design adapted for use with rental trailers, for example, where a plurality of towed vehicles will be associated with a particular trailer. The second embodiment is intended for hard wiring in connection with the towed and towing vehicles. In each case, superior performance is obtained because the system operates the brake system of the towed vehicle in a unique manner.

Abstract: A portable, radio controlled light bar magnetically affixable to a trailer or towed vehicle that receives signals from a transmitter magnetically affixable to the tow vehicle and electrically connected to its braking, turning and tail lighting systems. The light bar includes a pair of turn signals and a pair of tail/braking lights, each of which has a parabolic lens for magnifying the light emitted thereby requiring less light to provide sufficient brightness or lux. The transmitter includes a four prong receptacle that is readily connectable to a standard wiring harness on the tow vehicle. The radio frequency is adjustable so each unit has a unique radio frequency. The transmitter operates off of the voltage supplied by the tow vehicle while the light bar operates off of a rechargeable battery and the radio frequency signal received. A recharger is supplied on the light bar.