Computer stand

Claim 2

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely to the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, and an outer housing for supporting the inner housing in a vertical position without any vertical mount bracket on the inner housing including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a vertical wall for substantially completely covering the unfinished inner housing base plate and a top wall, said vertical and top walls being positioned closely adjacent and engageable with the inner housing base plate feed and other inner housing side to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, a plurality of vents in the outer housing top wall, said outer housing having a sufficiently large rear opening to permit the forward insertion of the inner housing therethrough, and a bezel on the forward end of the vertical wall having a sufficient lateral extension to prevent the base plate and its feet from being viewed from the front of the outer housing, whereby the base plate is not visible in either horizontal or vertical positions.

Claim 3

A computer assembly as defined in claim 1, wherein the outer housing includes an elongated rectangular sleeve that encompasses substantially the entire inner housing.

Claim 4

A computer stand assembly as defined in claim 2, wherein the bezel includes an integral bezel on the front of the sleeve extending entirely therearound that limits forward movement of the inner housing therein.

Claim 5

A computer assembly as defined in claim 2, including means for preventing backward movement of the inner housing in the sleeve.

Claim 6

A computer assembly as defined in claim 2, wherein the sleeve has an inner configuration complementary to the outer configuration of the inner housing.

Claim 7

A computer assembly as defined in claim 2, including vents in both of the cover sides permitting vent air to pass therethrough, and said vents including vents in the outer housing sleeves to permit the same vent air to pass therethrough.

Claim 8

A computer assembly as defined in claim 1, including vents in the sides of the inner housing cover permitting cooling air to pass therethrough, and said vents in the outer housing aligned with the vent means in at least one of the cover sides.

Claim 9

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely from the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, an outer housing for supporting the inner housing in a vertical position without any vertical mount bracket on the inner housing including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a sleeve on the stand for receiving and substantially encompassing the inner housing, said sleeve having side walls closely adjacent and engageable with the inner housing base plate feet and cover to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, said outer housing having a sufficiently large rear opening to permit the forward insertion of the inner housing therethrough, a bezel on the forward end of the sleeve having a sufficient lateral extension to prevent the base plate and its feet from being viewed from the front of the outer housing, said bezel also limiting forward movement of the inner housing in the outer housing sleeve, said inner housing having vents to permit cooling air to pass therethrough, and vents in the sleeve aligned with at least some of the vents in the inner housing to permit the same cooling air to pass therethrough.

Claim 10

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely from the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, an outer housing for supporting the inner housing in a vertical position without any vertical mount bracket on the inner housing including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a sleeve on the stand for receiving and substantially encompassing the inner housing, said sleeve having side walls closely adjacent and engageable with the inner housing base plate feet and cover to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, said outer housing having a sufficiently large rear opening to permit the forward insertion of the inner housing therethrough, a bezel on the forward end of the sleeve having a sufficient lateral extension to prevent the base plate and its feet from being viewed from the front of the outer housing, said bezel also limiting forward movement of the inner housing in the outer housing sleeve, said inner housing having vents to permit cooling air to pass therethrough, and vents in the sleeve aligned with at least some of the vents in the inner housing to permit the same cooling air to pass therethrough.

Claim 11

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely from the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, an outer housing for supporting the inner housing in a vertical position without any vertical mount bracket on the inner housing including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a sleeve on the stand for receiving and substantially encompassing the inner housing, air vents in the sleeve, said sleeve having side walls closely adjacent and engageable with the inner housing base plate feet and cover to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, said outer housing having a sufficiently large rear opening to permit the forward insertion of the inner housing therethrough, an integral bezel on the front of the sleeve to limit forward movement of the inner housing, and releasable means for preventing rearward movement of the inner housing in the sleeve.

Claim 12

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely from the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, an outer housing for supporting the inner housing in a vertical position without any vertical mount bracket on the inner housing including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a sleeve on the stand for receiving and substantially encompassing the inner housing, air vents in the sleeve, said sleeve having side walls closely adjacent and engageable with the inner housing base plate feet and cover to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, said outer housing having a sufficiently large rear opening to permit the forward insertion of the inner housing therethrough, an integral bezel on the front of the sleeve to limit forward movement of the inner housing, and releasable means for preventing rearward movement of the inner housing in the sleeve.

Claim 13

A computer assembly as defined in claim 9, including vents in both of the cover sides permitting vent air to pass therethrough, and aligned vents in the outer housing sleeve to permit the same vent air to pass therethrough.

Claim 14

A computer assembly as defined in claim 9, wherein the sleeve is adapted to closely receive the inner housing and has an inner configuration complementary to the outer configuration of the inner housing.

Claim 15

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely from the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, an outer housing for supporting the inner housing in a vertical position including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a sleeve on the stand for receiving and substantially encompassing the inner housing, said sleeve having side walls closely adjacent and engageable with the inner housing base plate feet and cover to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, means permitting the inner housing to be inserted forwardly from the rear of the sleeve, an integral bezel on the front of the sleeve to limit forward movement of the inner housing, releasable means for preventing rearward movement of the inner housing in the sleeve, vents in both the cover sides permitting vent air to pass therethrough, aligned vents in the outer housing sleeve to permit the same vent air to pass therethrough, said sleeve being adapted to closely receive the inner housing and having an inner configuration complementary to the outer configuration of the inner housing.

Claim 16

A computer assembly adapted to be used in either a horizontal or vertical orientation, comprising: an inner generally rectangular housing including an unfinished base plate supporting a plurality of computer components and a cover enclosing the components on the base plate and including spaced parallel sides, a plurality of feet projecting transversely from the base plate for supporting the computer inner housing in a horizontal position on a horizontal surface, an outer housing for supporting the inner housing in a vertical position including a stand portion adapted to engage a supporting surface and having a horizontal support surface for receiving one of the inner housing cover sides, a sleeve on the stand for receiving and substantially encompassing the inner housing, said sleeve having side walls closely adjacent and engageable with the inner housing base plate feet and cover to minimize envelope size and constructed to vertically support the inner housing without any additional brackets on the inner housing, means permitting the inner housing to be inserted forwardly from the rear of the sleeve, an integral bezel on the front of the sleeve to limit forward movement of the inner housing, releasable means for preventing rearward movement of the inner housing in the sleeve, vents in both the cover sides permitting vent air to pass therethrough, aligned vents in the outer housing sleeve to permit the same vent air to pass therethrough, said sleeve being adapted to closely receive the inner housing and having an inner configuration complementary to the outer configuration of the inner housing.