Heat dissipating LCD display

Claim 2

Heat dissipating LCD display comprising: a. an LCD display; b. a heat spreading means on a back of said display; and, c. an LCD power supply affixed to said heat spreading means.

Claim 3

The heat dissipating LCD display of claim 1 wherein said heat spreading means is aluminum and mica.

Claim 4

The heat dissipating LCD display of claim 1 wherein said heat spreading means is copper and mica.

Claim 5

The heat dissipating LCD display of claim 1 wherein said heat spreading means is only aluminum.

Claim 6

The heat dissipating LCD display of claim 1 wherein said heat spreading means is only copper.

Claim 7

Heat dissipating LCD display comprising: a. an LCD display; b. a heat spreading means on a back of said display; c. an insulating means on a back of said heat spreading means; and, d. an LCD power supply affixed to said insulating means.

Claim 8

Heat dissipating LCD display comprising: a. an LCD display; b. a heat spreading means on a back of said display; c. an insulating means on a back of said heat spreading means; and, d. an LCD power supply affixed to said insulating means.

Claim 9

The heat dissipating LCD display of claim 6 wherein said heat spreading means is aluminum.

Claim 10

The heat dissipating LCD display of claim 6 wherein said heat spreading means is copper.

Claim 11

The heat dissipating LCD display of claim 6 wherein said insulating means is mica.

Claim 12

The heat dissipating LCD display of claim 6 wherein said insulating means is fiberglass.

Claim 13

The heat dissipating LCD display of claim 6 wherein said insulating means is polymer.

Claim 14

Heat dissipating LCD display for a laptop, notebook or like computer comprising: a. an LCD display; b. a heat spreading means on a back of said display; and, c. an LCD power supply affixed to said heat spreading means for enhancing contrast and color shift of said display.

Claim 15

Heat dissipating LCD display for a laptop, notebook or like computer comprising: a. an LCD display; b. a heat spreading means on a back of said display; and, c. an LCD power supply affixed to said heat spreading means for enhancing contrast and color shift of said display.

Claim 16

The heat dissipating LCD display of claim 12 wherein said heat spreading means is aluminum and mica.

Claim 17

The heat dissipating LCD display of claim 12 wherein said heat spreading means is copper and mica.

Claim 18

The heat dissipating LCD display of claim 12 wherein said heat spreading means is only aluminum.

Claim 19

The heat dissipating LCD display of claim 12 wherein said heat spreading means is only copper.

Claim 20

The heat dissipating LCD display of claim 12 further comprising an insulating means on a back of said heat spreading means.

Claim 21

The heat dissipating LCD display of claim 17 wherein said insulating means is mica.

Claim 22

The heat dissipating LCD display of claim 17 wherein said insulating means is fiberglass.

Claim 23

The heat dissipating LCD display of claim 17 wherein said insulating means is polymer.

Claim 24

A heat dissipating computer LCD display comprising: a. an LCD display for displaying computer data; b. a heat-generating LCD power supply mounted on a back side of the LCD display; and, c. a heat spreader plate mounted between the back side of the LCD display and the LCD power supply, the heat spreader plate being larger than the LCD power supply in area and covering substantially the entire back side of the LCD display, for generally uniformly spreading heat generated by the LCD power supply over the entire LCD display back side for reducing localized heating of the LCD display.

Claim 25

A heat dissipating computer LCD display comprising: a. an LCD display for displaying computer data; b. a heat-generating LCD power supply mounted on a back side of the LCD display; and, c. a heat spreader plate mounted between the back side of the LCD display and the LCD power supply, the heat spreader plate being larger than the LCD power supply in area and covering substantially the entire back side of the LCD display, for generally uniformly spreading heat generated by the LCD power supply over the entire LCD display back side for reducing localized heating of the LCD display.

Claim 26

The heat dissipating LCD display of claim 21 further comprising: a. an insulating layer, larger in area than the LCD power supply, mounted between the LCD power supply and the heat spreader plate for dissipating heat from the LCD power supply to the heat spreader plate, and, in turn, to the back side of the LCD display.

Claim 27

The heat dissipating LCD display of claim 21 wherein the LCD power supply is centrally located relative to the heat spreader plate.

Claim 28

A heat dissipating LCD display comprising: a. an LCD display for displaying data; b. a heat spreader plate mounted on the back side of the LCD power display covering substantially the entire back side of the LCD display, the heat spreader plate being constructed of material having a high-rated heat dispersion; c. an insulating layer mounted on the heat spreader plate; and, d. an LCD power supply mounted on the insulating layer wherein heat generated by the LCD power supply is dissipated to the heat spreader plate through the insulating layer and wherein the heat spreader plate uniformly transmits heat to all parts of the LCD display for reducing localized heating of the LCD display.

Claim 29

A heat dissipating LCD display comprising: a. an LCD display for displaying data; b. a heat spreader plate mounted on the back side of the LCD power display covering substantially the entire back side of the LCD display, the heat spreader plate being constructed of material having a high-rated heat dispersion; c. an insulating layer mounted on the heat spreader plate; and, d. an LCD power supply mounted on the insulating layer wherein heat generated by the LCD power supply is dissipated to the heat spreader plate through the insulating layer and wherein the heat spreader plate uniformly transmits heat to all parts of the LCD display for reducing localized heating of the LCD display.