INPUT OUTPUT FLOOD

Brand	Owner (click to sort)	Address	Description
I/O FLOOD	Input Output Flood	3565 Las Vegas Blvd. South, Ste 292 Las Vegas NV 89109	INPUT/OUTPUT FLOOD;I/O;Computer co-location services, namely, providing facilities for the location of computer servers with the equipment of others; Computer services, namely, providing virtual and non virtual application servers, web servers, file servers, co-location servers, load balancing servers, redundancy servers, media servers and database servers of variable capacity to third party computing and data storage facilities; Hosting the software, websites and other computer applications of others on a virtual private server; Hosting the web sites of others on a computer server for a global computer network; Server hosting; Web site hosting services;
IOFLOOD	Input Output Flood	3565 Las Vegas Blvd. South, Ste 292 Las Vegas NV 89109	INPUT OUTPUT FLOOD;Computer co-location services, namely, providing facilities for the location of computer servers with the equipment of others; Computer services, namely, providing virtual and non virtual application servers, web servers, file servers, co-location servers, load balancing servers, redundancy servers, media servers and database servers of variable capacity to third party computing and data storage facilities; Hosting the software, websites and other computer applications of others on a virtual private server; Hosting the web sites of others on a computer server for a global computer network; Server hosting; Web site hosting services;
	Where the owner name is not linked, that owner no longer owns the brand

Technical Examples

A lighting assembly (10) is adjustable between flood and spot lighting conditions for selectively illuminating an interior passenger compartment in a motor vehicle. The assembly (10) includes a housing (16) which clamps to a supporting member, such as a headliner (12), via a sleeve (18) interacting with a rotary cam lock (22). An LED light source (26) is orbitally supported within the housing (16) for projecting light in a directionally adjustable manner. A lens (50) is disposed in the light path (28) and is moveable between an extended spot position for task lighting and a retracted flood position for general illumination within the interior compartment. A switch (74) is responsive to movement of the lens (50) into its spot position for automatically energizing the LED (30). The switch (74) opens, thus de-energizing the LED (30) when the lens (50) is returned to its flood condition. A lighting control circuit (78, 78') is responsive to an override signal, such as from a door switch (80, 80'), for independently activating the light source (26) when the lens (50) is in its flood position. The light source (26) is supported for orbital movement within the housing (16) by a gimbal mechanism which includes an inner gimbal (38) carried in a cross (40). Pintals (42, 44) establish intersecting perpendicular axis (A,B) to accomplish the orbital movement. A latch mechanism (64) cooperates with leaf springs (62) by controlling movement of the lens (50) between its flood and spot conditions by a repeated push impulse applied by the finger of an operator. The switch (74) is incorporated into the leaf springs (62).