초록 ▼

An apparatus, method, and system for cooling electronic components is disclosed. The apparatus includes liquid-to-air heat exchange equipment mounted to an enclosure for cooling the electronic components housed therein. In one embodiment the apparatus is a self-contained, stand-alone unit. In anothe

An apparatus, method, and system for cooling electronic components is disclosed. The apparatus includes liquid-to-air heat exchange equipment mounted to an enclosure for cooling the electronic components housed therein. In one embodiment the apparatus is a self-contained, stand-alone unit. In another embodiment the apparatus is connected to a remote heat exchange device. The system includes several of the apparatus arranged in parallel and is controlled to balance and optimize efficiency among the several apparatus.

대표청구항 ▼

An apparatus, method, and system for cooling electronic components is disclosed. The apparatus includes liquid-to-air heat exchange equipment mounted to an enclosure for cooling the electronic components housed therein. In one embodiment the apparatus is a self-contained, stand-alone unit. In anothe

An apparatus, method, and system for cooling electronic components is disclosed. The apparatus includes liquid-to-air heat exchange equipment mounted to an enclosure for cooling the electronic components housed therein. In one embodiment the apparatus is a self-contained, stand-alone unit. In another embodiment the apparatus is connected to a remote heat exchange device. The system includes several of the apparatus arranged in parallel and is controlled to balance and optimize efficiency among the several apparatus. 359/341 h alternating pixel of each second type row. 10. An image data compression device, for providing a compressed image data to a host machine, comprising: a photo-electronic sensing module, for capturing a plurality of pixel values corresponding to input image data, wherein each pixel value comprises first color data, second color data, and third color data, arranged in rows; a signal converting/processing unit, for receiving the pixel values and providing an output corresponding to the pixel values; and a compression control unit, for receiving the output from the signal converting/processing unit, and generating the compressed image data based on the received pixel values such that the compressed image data is arranged in alternating rows of a first type and a second type, wherein the first type row comprises all of the first color data and part of the second color data, and the second type row comprises all of the first color data and part of the third color data. 11. An image data compression device according to claim 10, wherein the photo-electronic sensing module is a charge-coupled device. 12. An image data compression device according to claim 10, wherein the signal converting/processing unit comprises: an analog/digital converter, for converting the pixel values from analog form to digital form; and a digital-signal processing unit, for performing a digital-signal processing on the received pixel values in digital form from the analog/digital converter. 13. An image data compression device according to claim 10, further comprising: an output buffer, for receiving the compressed image data from the compression control unit; and an interface connecting the output buffer and the host machine. 14. An image data compression device according to claim 10, wherein the first color data is green data; the second color data is blue data; and the third color data is red data. 15. An image data compression device according to claim 10, wherein the first color data is yellow data; the second color data is cyan data; and the third color data is magenta data. 16. An image data compression device according to claim 10, wherein the part of the second color data of the first type row includes second color data of a first pixel of each first type row and of each alternating pixel of each first type row. 17. An image data compression device according to claim 10, wherein the part of the third color data of the second type row includes third color data of a first pixel of each second type row and of each alternating pixel of each second type row. 18. An image data decompressing method for decompressing compressed image data having pixel values P(m, n) arranged in M rows×N columns, wherein m is defined as a row coordinate value (m=1＿M) and n is defined as a column coordinate value (n=1＿N), the compressed image data comprising: (1) a compressed first color data C1old(m, n), for any m and n; (2) a compressed second color data C2old(m, n), for odd m and n; and (3) a compressed third color data C3old(m, n), for even m and n, and for generating decompressed image data comprising at least one of decompressed second color data C2new(m, n) and decompressed third color data C3new(m, n) for each pixel value P(m, n), the image data decompressing method comprising: generating C2new(m, n) of the pixel value P(m, n) according to C1old(m, n), C2old(m, n-1), C1old(m, n-1), C2old(m, n+1), and C1old(m, n+1), for odd m and even n; generating a C3new(m, n) of the pixel value P(m, n) according to C1old(m, n), C3old(m, n-1), C1old(m, n-1), C3old(m, n+1), and C3old(m, n+1) for even m and odd n; generating C2new(m, n) of the pixel value P(m, n) according to C1old(m, n), C2old(m-1, n), C1old(n-1, n), C2old(m+1, n), and C1old(m+1, n), for even m and odd n; generating C3new(m, n) of the pixel value P(m, n) according to C1old(m, n), C3old(m-1, n), C1old(m-1, n), C3old(m+1, n), and C3old(m+1, n), for odd m and even n; generating C2new(m, n) of the pixel value P(m, n) according to C1old(m, n), C1old(m-1, n-1), C1old(m-1, n+1), C1old(m+1, n-1), C1old(m+1, n+1), C2old(m-1, n-1), C2old(m-1, n+1), C2old(m+1, n-1), and C2old(m+1, n+1), for even m and n; and generating C3new(m, n) of the pixel value P(m, n) according to C1old(m, n), C1old(m-1, n-1), Cold(m-1, n+1), Cold(m+1, n-1), C1old(m+1, n+1), C3old(m-1, n-1), C3old(m-1, n+1), C3old(m+1, n-1), and C3old(m+1, n+1), for odd m and n. 19. An image data decompression method according to claim 18, wherein the first color data is green data; the second color data is blue data; and the third color data is red data. 20. An image data decompression method according to claim 18, wherein the first color data is yellow data; the second color data is cyan data; and the third color data is magenta data. 21. An image data decompressing method for decompressing compressed image data having pixel values P(m, n) arranged in M rows×N columns, wherein m is defined as row coordinate value (m=1＿M) and n is defined as a column coordinate value (n=1＿N), the compressed image data comprising: (1) compressed first color data C1old(m, n), for any m and n; (2) compressed second color data C2old(m, n), for odd m and n; and (3) compressed third color data C3old(m, n), for even m and odd n, and for generating decompressed image data comprising at least one of decompressed second color data C2new(m, n) and decompressed third color data C3new(m, n) for each pixel value P(m, n), the image data decompressing method comprising: generating C2new(m, n) of the pixel value P(m, n) according to C1old(m, n), C2old(m, n-1), C1old(m, n-1), C2old(m, n+1), and C1old(m, n+1), for odd m and even n; generating C3new(m, n) of the pixel value P(m, n) according to C1old(m, n), C3old(m, n-1), C1old(m, n-1), C3old(m, n+1), and C3old(m, n+1), for even m and n; generating C2new(m, n) of the pixel value P(m, n) according to C1old(m, n), C2old(m-1, n), C1old(m-1, n), C2old(m+1, n), and C1old(m+1, n), for even m and odd n; generating C3new(m, n) of the pixel value P(m, n) according to C1old(m, n), C3old(m-1, n), C1old(m-1, n), C3old(m+1, n), and C3old(m+1, n), for odd m and n; generating C2new(m, n) of the pixel value P(m, n) according to C1old(m, n), C1old(m-1, n-1), C1old(m-1, n+1), Cold(m+1, n-1), C1old(m+1, n+1), C2old(m-1, n-1), C2old(m-1, n+1), C2old(m+1, n-1), and C2old(m+1, n+1), for even m and n; and generating C3new(m, n) of the pixel value P(m, n) according to C1old(m, n), C1old(m-1, n-1), C1old(m-1, n+1), C1old(m+1, n-1), C1old(m+1, n+1), C3old(m-1, n-1), C3old(m-1, n+1), C3old(m+1, n-1), and C3old(m+1, n+1), for odd m and even n. 22. An image data decompression method according to claim 21, wherein the first color data is green data; the second color data is blue data; and the third color data is red data. 23. An image data decompression method according to claim 21, wherein the first color d