Abstract: A system for mounting an object on a surface. The system has first and second supports for placement at spaced locations on a surface, and a plurality of modules that are engageable with each other and the first and second supports to define a first spanning section between the first and second supports that is spaced relative to a surface on which the first and second supports are placed.

Abstract: A system for mounting an object on a surface. The system has first and second supports for placement at spaced locations on a surface, and a plurality of modules that are engageable with each other and the first and second supports to define a first spanning section between the first and second supports that is spaced relative to a surface on which the first and second supports are placed.

Abstract: A modular lighting unit with a case having a front and back and a peripheral wall extending around a light chamber. A lens is mounted to the case. A reflector in the light chamber directs light from a source forwardly through the lens. The peripheral wall is defined at least partially by an exposed surface having a first portion that is other than the flat surface extending either fully horizontally or fully vertically. Structure is provided on the exposed surface portion for attaching another modular lighting unit to the case.

Abstract: A lighting unit having a source of illumination on a support with there being simulated vegetation on the support. The support includes a base that simulates a natural stem for the vegetation.

Abstract: A vehicle headlamp consisting of a casing containing an illumination source, a bracket for connection to a vehicle, and structure for selectively attaching the bracket to the casing at different locations on the casing to facilitate connection of the casing to various style vehicles. A vehicle headlamp consisting of an illumination source; a reflector for focusing light from the illumination source; a casing having first and second joinable parts; structure on the first and second casing parts for snap-fitting the first and second casing parts into assembled relationship; cooperating structure on the illumination source, reflector and first and second casing parts for maintaining the illumination source, reflector and casing in operative relationship with the first and second casing parts in assembled relationship and for permitting separation of the illumination source, reflector and casing upon the first and second casing parts being separated from each other.

Abstract: A vehicle headlamp consisting of a casing containing an illumination source, a bracket for connection to a vehicle, and structure for selectively attaching the bracket to the casing at different locations on the casing to facilitate connection of the casing to various style vehicles. A vehicle headlamp consisting of an illumination source; a reflector for focusing light from the illumination source; a casing having first and second joinable parts; structure on the first and second casing parts for snap-fitting the first and second casing parts into assembled relationship; cooperating structure on the illumination source, reflector and first and second casing parts for maintaining the illumination source, reflector and casing in operative relationship with the first and second casing parts in assembled relationship and for permitting separation of the illumination source, reflector and casing upon the first and second casing parts being separated from each other.

Abstract: A vehicle headlamp consisting of a casing containing an illumination source, a bracket for connection to a vehicle, and structure for selectively attaching the bracket to the casing at different locations on the casing to facilitate connection of the casing to various style vehicles. A vehicle headlamp consisting of an illumination source; a reflector for focusing light from the illumination source; a casing having first and second joinable parts; structure on the first and second casing parts for snap-fitting the first and second casing parts into assembled relationship; cooperating structure on the illumination source, reflector and first and second casing parts for maintaining the illumination source, reflector and casing in operative relationship with the first and second casing parts in assembled relationship and for permitting separation of the illumination source, reflector and casing upon the first and second casing parts being separated from each other.

Abstract: A light apparatus has a first source of light, a first surface for causing light transmitted therethrough from the first source to have a first color, a second source of light, a second surface for causing light transmitted therethrough from the second source to have a second color, and a coating on the second surface to prevent light from the first source that is transmitted through the first surface from passing through the second surface.

Abstract: According to the invention, a single headlamp is provided to selectively project a first color light, a second color light or a desired blend thereof. Preferably, a clear bulb contains a second bulb with a yellow light transmitting surface. Each bulb has a filament light source which can be selectively powered to produce white and yellow light, with the latter being effective for penetration of fog, dust, smoke, etc. with the lamp used on a moving vehicle.

Abstract: According to the invention, a single headlamp is provided to selectively project a first color light, a second color light or a desired blend thereof. The light color is selected by powering first and second filaments that project light through different portions of a bulb. One bulb portion is preferably clear and the other yellow so that the headlamp can be used either as a high intensity light under normal conditions or as a penetrating light in fog, dust, snow, rain and/or smoke.

Abstract: According to the invention clear and yellow transparent zones are provided on the surface of a light diffusing element associated with a headlamp for a moving vehicle. The light emitted from the lamp has the characteristics of both white and yellow light. High intensity white light provides satisfactory illumination for highway driving, while the yellow light emitted penetrates fog, dust and/or smoke better than the ordinary white light. The benefits of both light are realized with a single lamp. The coloration of the light diffusing member can be accomplished by treating a conventional white light headlamp.