FIXED RETRO REFLECTORS SIGNALING
| Brand | Owner | Address | Description |
|---|---|---|---|
| SWAREFLEX | D. SWAROVSKI KG | Swarovskistrasse 30 Wattens 6112 Austria | Fixed retro-reflectors for signaling and warning, namely, reflectors for signaling and warning of vehicle accidents and traffic; retro-reflectors in the nature of optical reflectors for advertising purposes; reflectors for traffic signals; warning devices for pedestrians, namely, warning triangles, vehicle breakdown road warning lamps, electric warning lights in the nature of luminous flashing beacons, sound alarms, and warning equipment in the nature of alarms and similar traffic warning devices used to provide visual and audible alerts regarding the presence of vehicles or persons in traffic; reflectors for optical purposes in the nature of optical reflectors; reflectors for the reproduction of photographs and films, namely, reflectors for photographing and filming; glass reflecting parts, namely, worked glass being reflectors for traffic signals; retro-reflectors for opto-electronic controls, namely, glass optical reflectors for use in optically-controlled electronics and instruments; wildlife warning reflectors for preventing motor vehicle accidents;SWARE FLEX ; SWA REFLECTS;Color is not claimed as a feature of the mark.;Rear lights for vehicles; glass reflecting parts, namely, light reflectors for lighting, heating, steam generating, cooking, cooling, drying, ventilating, water supply and sanitary installations; |
Where the owner name is not linked, that owner no longer owns the brand |
Technical Examples
- In a time division multiple access system, a subscriber listens to an assigned channel (300) and an alternate channel (302) until a location of reverse channel signaling is determined for the assigned channel. The subscriber also obtains a fixed periodic rate (304) for the reverse channel signaling. Based on the fixed periodic rate, the subscriber selectively listens to the alternate channel to receive reverse channel signaling while transmitting information on the assigned channel. The base repeater, however, selects the fixed periodic rate for reverse channel signaling and transmits the reverse channel signaling at the fixed periodic rate to the transmitting subscriber. If the base repeater receives a burst belonging to a superframe and determines that any burst in the superframe will collide with the reverse channel signaling, the base repeater buffers any received burst in the superframe and transmits the buffered bursts at a subsequent time.