Computer peripheral shock mount for limiting motion-induced errors

Claim 2

A computer peripheral shock mount comprising: a computer peripheral housing enclosing a computer peripheral; a cradle member accommodating said housing; a mounting plate accommodating said cradle member; and limiting means for coupling said housing to said mounting plate, said limiting means comprising protuberant means on said cradle member and means on said mounting plate for receiving said protuberant means; whereby said computer peripheral is isolated from physical vibration shocks incurred by said mounting plate.

Claim 3

A computer peripheral shock mount comprising: a computer peripheral housing enclosing a computer peripheral, said housing having at least a lower surface; a cradle member having a lower surface accommodating said housing lower surface; a vertical wall on each side of said cradle lower surface; a flange extending outwardly from each wall; and means for substantially rigidly securing said peripheral housing to said cradle; a mounting plate having a lower surface accommodating said cradle lower surface; a vertical wall on each side of said mounting plate lower surface; and a flange extending outwardly from each wall; resilient means for coupling said cradle member to said mounting plate; and limiting means coupling said cradle member to said mounting plate for limiting the degree of motion of said cradle member relative to said mounting plate, said limiting means comprising protuberant means on said cradle member and means on said mounting plate for receiving said protuberant means; whereby said computer peripheral is isolated from physical vibration and shocks incurred by said mounting plate.

Claim 4

A computer peripheral shock mount comprising: a computer peripheral housing enclosing a computer peripheral, said housing having at least a lower surface; a cradle member having a lower surface accommodating said housing lower surface; a vertical wall on each side of said cradle lower surface; a flange extending outwardly from each wall; and means for substantially rigidly securing said peripheral housing to said cradle; a mounting plate having a lower surface accommodating said cradle lower surface; a vertical wall on each side of said mounting plate lower surface; and a flange extending outwardly from each wall; resilient means for coupling said cradle member to said mounting plate; and limiting means coupling said cradle member to said mounting plate for limiting the degree of motion of said cradle member relative to said mounting plate, said limiting means comprising protuberant means on said cradle member and means on said mounting plate for receiving said protuberant means; whereby said computer peripheral is isolated from physical vibration and shocks incurred by said mounting plate.

Claim 5

The computer peripheral shock mount recited in claim 2, wherein said protuberant means are affixed to said cradle member, and wherein said receiving means comprises apertures in said walls of said mounting plate, said protuberant means mating with said apertures.

Claim 6

The computer peripheral shock mount recited in claim 3, wherein said protuberant means comprises substantially rigid cylindrical members.

Claim 7

The computer peripheral shock mount recited in claim 3, wherein said apertures are lined with a resilient material.

Claim 8

The computer peripheral shock mount recited in claim 3, wherein said apertures are lined with grommets of rubber or plastic material.

Claim 9

The computer peripheral shock mount recited in claim 2, wherein said resilient means comprises at least one compressible member which is positioned between each said cradle flange and said mounting plate flange.

Claim 10

The computer peripheral shock mount recited in claim 7, wherein said resilient means comprises vibration isolators which are formed of a substantially compressible material.

Claim 11

The computer peripheral shock mount recited in claim 8, wherein said resilient means are formed of rubber or plastic material.

Claim 12

The computer peripheral shock mount recited in claim 7, wherein said cradle member comprises at least one aperture in each of said cradle flanges; wherein said mounting plate comprises at least one aperture in each of said mounting plate flanges; and wherein said at least one compressible member is located between corresponding ones of said cradle flange apertures and said mounting plate flange apertures.

Claim 13

The computer peripheral shock mount recited in claim 2, wherein said computer peripheral is a disk drive.

Claim 14

A disk drive shock mount comprising: a housing enclosing a disk drive, said housing having at least a lower surface; a cradle member having a lower surface slightly wider than said housing lower surface; means for substantially rigidly securing said housing to said cradle; a vertical wall on each side of said cradle lower surface; a pair of cylindrical pins extending outwardly from each wall; a flange also extending outwardly from each wall, each said flange comprising a pair of apertures; a mounting plate having a lower surface slightly wider than said cradle lower surface; a vertical wall on each side of said mounting plate lower surface, said wall having a pair of grommet-lined apertures, said apertures being in the same relative locations as said cradle pins such that each of said cradle pins mates with a corresponding one of said apertures; and a flange extending outwardly from each wall, said flange having a pair of apertures in the same relative locations as said cradle flange apertures; and compressible, resilient means positioned between said cradle flange apertures and said mounting plate flange apertures so as to connect said cradle member to said mounting plate; whereby said disk drive is isolated from physical vibration and shocks incurred by said mounting plate; and whereby the degree of motion of said cradle relative to said mounting plate is limited.

Claim 15

A disk drive shock mount comprising: a housing enclosing a disk drive, said housing having at least a lower surface; a cradle member having a lower surface slightly wider than said housing lower surface; means for substantially rigidly securing said housing to said cradle; a vertical wall on each side of said cradle lower surface; a pair of cylindrical pins extending outwardly from each wall; a flange also extending outwardly from each wall, each said flange comprising a pair of apertures; a mounting plate having a lower surface slightly wider than said cradle lower surface; a vertical wall on each side of said mounting plate lower surface, said wall having a pair of grommet-lined apertures, said apertures being in the same relative locations as said cradle pins such that each of said cradle pins mates with a corresponding one of said apertures; and a flange extending outwardly from each wall, said flange having a pair of apertures in the same relative locations as said cradle flange apertures; and compressible, resilient means positioned between said cradle flange apertures and said mounting plate flange apertures so as to connect said cradle member to said mounting plate; whereby said disk drive is isolated from physical vibration and shocks incurred by said mounting plate; and whereby the degree of motion of said cradle relative to said mounting plate is limited.

Claim 16

The computer peripheral shock mount recited in claim 12, wherein said resilient means comprises vibration isolators which are substantially spheroid in shape.

Claim 17

The computer peripheral shock mount recited in claim 12, wherein said resilient means are formed of rubber or plastic material.