Computer equipment monitor and discriminator

Claim 2

A computer monitoring device for selectively monitoring a plurality of computers mounted within a computer equipment rack, comprising: a base housing having a front partition and a rear partition, wherein the base housing is slidably mounted within an opening in the equipment rack so that the base housing can be substantially recessed in the opening; a keyboard located in the front partition of the base housing, wherein the vertical height of the keyboard allows the base housing to be recessed into the opening in the equipment rack; a display housing pivotably connected to the base housing in a configuration such that the display housing is rotatably moveable from a collapsed position to an erected position; a flat panel display positioned in the display housing so as to be viewed by a viewer when the housing is in the erected position and, when the housing is in the collapsed position, the vertical height of the display and the display housing allows the base housing to be recessed into the opening in the equipment rack; and a discriminator, responsive to a selector input device, for selecting one of the plurality of computers for monitoring, wherein the discriminator operatively connects the keyboard and the display to a computer selected by the selector input device.

Claim 3

The computer monitoring device defined in claim 1, wherein the flat panel display comprises a liquid crystal display.

Claim 4

The computer monitoring device defined in claim 1, wherein the flat panel display comprises a color liquid crystal display having a passive or active matrix.

Claim 5

The computer monitoring device defined in claim 1, wherein the base housing has a maximum vertical height of 1.75 inches.

Claim 6

The computer monitoring device defined in claim 4, wherein the display housing when in the collapsed position, the keyboard, and the discriminator do not exceed the maximum vertical height of the base housing.

Claim 7

The computer monitoring device defined in claim 1, wherein the selector input device is the keyboard.

Claim 8

The computer monitoring device defined in claim 1, wherein the selector input device is a keypad.

Claim 9

The computer monitoring device defined in claim 1, wherein the selector input device is a rotary switch.

Claim 10

The computer monitoring device defined in claim 1, wherein the discriminator comprises a micro-controller operatively connected to a plurality of computer interfaces and a plurality of discriminator interfaces, the computer interfaces operatively connected the plurality of computers within the rack, the discriminator interfaces electrically connected to the computer interfaces, and wherein the discriminator operatively connects the keyboard and the display to the selected computer by enabling the computer interface connected to the selected computer and by enabling the discriminator interface connected to the selected computer.

Claim 11

The computer monitoring device defined in claim 1, wherein the computer equipment rack is an EIA RS-310 standard nineteen-inch equipment rack.

Claim 12

The computer monitoring device defined in claim 1, wherein the base housing is slidably mounted within the equipment rack using telescoping slides mounted to the sides of the base housing, wherein the slides are shaped to fit within mounting slides mounted within the sides of the equipment rack.

Claim 13

The computer monitoring device defined in claim 1, wherein the keyboard comprises a PC-AT compatible keyboard.

Claim 14

The computer monitoring device defined in claim 1, wherein the keyboard is removably mounted to the front partition of the base housing.

Claim 15

A computer monitoring system for selectively monitoring a plurality of computers mounted within a computer equipment rack, comprising: a storage housing, slidably mounted within the equipment rack, having a front partition adjacent to a rear partition, a keyboard positioned in the front partition of the storage housing, a display pivotably connected to the storage housing in a configuration such that the display is rotatably moveable from an erected position to a collapsed position, wherein the display has a vertical height in its collapsed positioned which allows the storage housing to be slidably recessed into an opening in the computer equipment rack; a selector input device for selecting one of the plurality of computers for monitoring; and a discriminator, responsive to the selector input device, for operatively connecting the keyboard and the display to the selected computer.

Claim 16

A computer monitoring system for selectively monitoring a plurality of computers mounted within a computer equipment rack, comprising: a storage housing, slidably mounted within the equipment rack, having a front partition adjacent to a rear partition, a keyboard positioned in the front partition of the storage housing, a display pivotably connected to the storage housing in a configuration such that the display is rotatably moveable from an erected position to a collapsed position, wherein the display has a vertical height in its collapsed positioned which allows the storage housing to be slidably recessed into an opening in the computer equipment rack; a selector input device for selecting one of the plurality of computers for monitoring; and a discriminator, responsive to the selector input device, for operatively connecting the keyboard and the display to the selected computer.

Claim 17

The computer monitoring system defined in claim 14, wherein the storage housing has a maximum vertical height of 1.75 inches.

Claim 18

The computer monitoring system defined in claim 15, wherein the display, when in the collapsed position, and the keyboard do not exceed the maximum vertical height of the storage housing.

Claim 19

The computer monitoring system defined in claim 14, wherein the plurality of computers comprises at most 10 computers.

Claim 20

The computer monitoring system defined in claim 14, wherein the storage housing is mounted within the equipment rack at a height of no less than 3 feet from a bottom of the rack and no greater than 5 feet from the bottom of the rack.

Claim 21

The computer monitoring system defined in claim 14, wherein the storage housing is mounted within the equipment rack at a height which is between an average waist-level height of an operator and an average chest-level height of an operator.

Claim 22

The computer monitoring system defined in claim 14, wherein the storage housing is mounted within the equipment rack at a height which is within 10 retma units of the middle of the rack.

Claim 23

The computer monitoring system defined in claim 14, wherein the selector input device is the keyboard.

Claim 24

The computer monitoring device defined in claim 14, wherein the selector input device is a keypad.

Claim 25

The computer monitoring device defined in claim 14, wherein the selector input device is a rotary switch.

Claim 26

The computer monitoring system defined in claim 14, wherein the discriminator comprises a micro-controller operatively connected to a plurality of computer interfaces and a plurality of discriminator interfaces, the computer interfaces operatively connected to the plurality of computers within the rack, the discriminator interfaces electrically connected to the computer interfaces, and wherein the discriminator operatively connects the keyboard and the display to the selected computer by enabling the computer interface connected to the selected computer and by enabling the discriminator interface connected to the selected computer.

Claim 27

A computer monitoring device for monitoring a plurality of computers mounted within a computer equipment rack, comprising: a storage housing having a front partition and a rear partition wherein the storage housing is slidably mounted in an opening within the computer equipment rack; a flat panel display mounted in a display housing, the display housing pivotably coupled to the storage housing between an erected position and a collapsed position, wherein the flat panel display is dimensioned in the collapsed position to allow the storage housing to be positioned into an opening in the computer equipment rack; a keyboard removably mounted to the front partition of the storage housing; and a discriminator, mounted in the rear partition of the storage housing and electrically connected to the keyboard and the display, having a micro-controller responsive to the keyboard for selecting one of the plurality of computers to be monitored, the discriminator including a plurality of buffers and line drivers for operatively connecting to the selected computer to the display and the keyboard.

Claim 28

A computer monitoring device for monitoring a plurality of computers mounted within a computer equipment rack, comprising: a storage housing having a front partition and a rear partition wherein the storage housing is slidably mounted in an opening within the computer equipment rack; a flat panel display mounted in a display housing, the display housing pivotably coupled to the storage housing between an erected position and a collapsed position, wherein the flat panel display is dimensioned in the collapsed position to allow the storage housing to be positioned into an opening in the computer equipment rack; a keyboard removably mounted to the front partition of the storage housing; and a discriminator, mounted in the rear partition of the storage housing and electrically connected to the keyboard and the display, having a micro-controller responsive to the keyboard for selecting one of the plurality of computers to be monitored, the discriminator including a plurality of buffers and line drivers for operatively connecting to the selected computer to the display and the keyboard.

Claim 29

A computer monitoring system, comprising: an electronic equipment rack for mounting computers wherein the equipment rack has a recessed opening; a base housing having a first partition and a second partition, wherein a keyboard is positioned in the first partition and a display is mounted in the second partition so that the display can be moved between a first position and a second position wherein the display is dimensioned in the second position to allow the base housing to be recessed in the recessed opening in the electronic equipment rack; a plurality of computers mounted within the rack; and a monitoring device selectively operatively connected to the plurality of computers, wherein the monitoring device has a minimum vertical height of one retma unit.

Claim 30

A computer monitoring system, comprising: an electronic equipment rack for mounting computers wherein the equipment rack has a recessed opening; a base housing having a first partition and a second partition, wherein a keyboard is positioned in the first partition and a display is mounted in the second partition so that the display can be moved between a first position and a second position wherein the display is dimensioned in the second position to allow the base housing to be recessed in the recessed opening in the electronic equipment rack; a plurality of computers mounted within the rack; and a monitoring device selectively operatively connected to the plurality of computers, wherein the monitoring device has a minimum vertical height of one retma unit.

Claim 31

The computer monitoring system of claim 26, wherein the monitoring device comprises a discriminator capable of selectively operatively connecting the plurality of computers to the keyboard and the display.

Claim 32

The computer monitoring system of claim 26, wherein the monitoring device is responsive to a selector input device.

Claim 33

The computer monitoring system of claim 27, wherein the discriminator is responsive to a selector input device.

Claim 34

The computer monitoring system of claim 26, wherein the electronic equipment rack conforms to a standard EIA RS-310 19-inch rack.

Claim 35

A computer monitoring system, comprising: an electronic equipment rack for mounting computers wherein the electronic equipment rack includes a recessed opening; a plurality of computers mounted within the rack and a monitoring device having a discriminator, a display and a keyboard contained in a base housing, wherein the discriminator is responsive to a selector input device for selecting one of the plurality of computers for monitoring, and wherein the discriminator operatively connects the selected computer to the display and the keyboard and wherein the display can be positioned in both a first position where the display can be viewed by a viewer and a second position where the vertical height of the display is less than the vertical height of the base housing thereby allowing the base housing to be recessed into the placed within opening in the electronic equipment rack.

Claim 36

A computer monitoring system, comprising: an electronic equipment rack for mounting computers wherein the electronic equipment rack includes a recessed opening; a plurality of computers mounted within the rack and a monitoring device having a discriminator, a display and a keyboard contained in a base housing, wherein the discriminator is responsive to a selector input device for selecting one of the plurality of computers for monitoring, and wherein the discriminator operatively connects the selected computer to the display and the keyboard and wherein the display can be positioned in both a first position where the display can be viewed by a viewer and a second position where the vertical height of the display is less than the vertical height of the base housing thereby allowing the base housing to be recessed into the placed within opening in the electronic equipment rack.

Claim 37

The computer monitoring system of claim 31, wherein the monitoring device has a maximum vertical height of one retma unit.

Claim 38

A computer monitoring system, comprising: an electronic equipment rack for mounting computers which includes a opening in a position within ten retma units of the middle of the rack; a plurality of computers mounted within the rack; a storage drawer, slidably mounted within the opening in the equipment rack having a keyboard removably mounted in the storage drawer and a display pivotably connected to the storage drawer in a configuration such that the display is rotatably moveable from an erected position to a collapsed position so that, when the display is in the collapsed position, the storage drawer can be slidably recessed into the opening in the equipment rack; a selector input device for selecting one of the plurality of computers for monitoring; and a discriminator having a plurality of computer interfaces, said computer interfaces having first inputs operatively connected to a plurality of discriminator interfaces and having second inputs operatively connected to the plurality of computers, wherein the discriminator is responsive to the selector input device, and wherein the discriminator enables the computer interface and the discriminator interface connected to the computer selected by the selector input device, and wherein the discriminator operative by connects the display and the keyboard to the selected computer.

Claim 39

A computer monitoring system, comprising: an electronic equipment rack for mounting computers which includes a opening in a position within ten retma units of the middle of the rack; a plurality of computers mounted within the rack; a storage drawer, slidably mounted within the opening in the equipment rack having a keyboard removably mounted in the storage drawer and a display pivotably connected to the storage drawer in a configuration such that the display is rotatably moveable from an erected position to a collapsed position so that, when the display is in the collapsed position, the storage drawer can be slidably recessed into the opening in the equipment rack; a selector input device for selecting one of the plurality of computers for monitoring; and a discriminator having a plurality of computer interfaces, said computer interfaces having first inputs operatively connected to a plurality of discriminator interfaces and having second inputs operatively connected to the plurality of computers, wherein the discriminator is responsive to the selector input device, and wherein the discriminator enables the computer interface and the discriminator interface connected to the computer selected by the selector input device, and wherein the discriminator operative by connects the display and the keyboard to the selected computer.