초록 ▼

A lighting assembly which includes light source means and collimating means for substantially collimating the light from the source. There are transmission means for transmitting the substantially collimated light to a point remote from the collimating means, and, in one arrangement, having an upper

A lighting assembly which includes light source means and collimating means for substantially collimating the light from the source. There are transmission means for transmitting the substantially collimated light to a point remote from the collimating means, and, in one arrangement, having an upper section which allows transmission of light therethrough and a lower section which reflects light. Light direction modifying means such as a lens or a reflector is located in the transmission means and remote from the collimating means for receiving light from the collimating means and modifying the direction of the light to pass outside of the transmission means through the light-transmitting section. The light direction modifying means includes a large plurality of prisms on the outer surface thereof. The prisms may be arranged so that the radii of several adjacent ones substantially meet at a point, thereby to form a "wave" lens.

대표청구항 ▼

A lighting assembly which includes light source means and collimating means for substantially collimating the light from the source. There are transmission means for transmitting the substantially collimated light to a point remote from the collimating means, and, in one arrangement, having an upper

A lighting assembly which includes light source means and collimating means for substantially collimating the light from the source. There are transmission means for transmitting the substantially collimated light to a point remote from the collimating means, and, in one arrangement, having an upper section which allows transmission of light therethrough and a lower section which reflects light. Light direction modifying means such as a lens or a reflector is located in the transmission means and remote from the collimating means for receiving light from the collimating means and modifying the direction of the light to pass outside of the transmission means through the light-transmitting section. The light direction modifying means includes a large plurality of prisms on the outer surface thereof. The prisms may be arranged so that the radii of several adjacent ones substantially meet at a point, thereby to form a "wave" lens. r are triangular in section. 9. A spread illuminating apparatus according to claim 2, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are trapeziodal in section. 10. A spread illuminating apparatus according to claim 3, wherein each groove on each plate-like light conductive member is formed parallel to a thickness direction of the plate-like light conductive member. 11. A spread illuminating apparatus according to claim 3, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are triangular in section. 12. A spread illuminating apparatus according to claim 6, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are triangular in section. 13. A spread illuminating apparatus according to claim 7, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are triangular in section. 14. A spread illuminating apparatus according to claim 3, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are trapezoidal in section. 15. A spread illuminating apparatus according to claim 6, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are trapezoidal in section. 16. A spread illuminating apparatus according to claim 7, wherein the grooves of the optical path conversion means provided on the plate-like light conductive member are trapezoidal in section. efined in claim 6, wherein said latch of said lid is disposed diametrically opposite to said hinge. 9. The bracelet as defined in claim 1, further comprising a light; and wherein said light is disposed in said collet. 10. The bracelet as defined in claim 9, further comprising a battery interface; wherein said battery interface is for holding a battery for powering said light; and wherein said battery interface is in electrical communication with said light. 11. The bracelet as defined in claim 9, further comprising a flasher; wherein said flasher is in electrical communication with said light; and wherein said flasher causes said light to blink so as to form a blinking light. 12. The bracelet as defined in claim 11, wherein said lid is translucent so as to form a translucent lid so as to allow said light to shine therethrough. 13. The bracelet as defined in claim 12, wherein said lid replicates a diamond so as to form a faceted lid; wherein said blinking light, said translucent lid, and said faceted lid causes said lid to twinkle like a diamond.