초록 ▼

A unitary personal computer system in information handling elements of the system such as the central processor, associated memory, drives and options such as modems or network interface cards are housed in a common housing with the display or monitor. Provision is made for access to the information

A unitary personal computer system in information handling elements of the system such as the central processor, associated memory, drives and options such as modems or network interface cards are housed in a common housing with the display or monitor. Provision is made for access to the information handling elements of the system by release of manually actuable latches and the like and for mounting of the information handling elements in ways which facilitate orderly and attractive use, such as by providing smooth transitions between stowed and active positions and ready adjustment of positions.

대표청구항 ▼

A unitary personal computer system in information handling elements of the system such as the central processor, associated memory, drives and options such as modems or network interface cards are housed in a common housing with the display or monitor. Provision is made for access to the information

A unitary personal computer system in information handling elements of the system such as the central processor, associated memory, drives and options such as modems or network interface cards are housed in a common housing with the display or monitor. Provision is made for access to the information handling elements of the system by release of manually actuable latches and the like and for mounting of the information handling elements in ways which facilitate orderly and attractive use, such as by providing smooth transitions between stowed and active positions and ready adjustment of positions. he bent portions; and an eccentric mechanism for setting held positions of said connecting member and the bent portions to be eccentric, said eccentric mechanism including an eccentric roller, wherein when the eccentric roller is rotated, the held positions of said connecting member and the bent portions become eccentric, so said holding member deforms such that an optical axis of said eyepiece unit held by the first holding portion and an optical axis of said eyepiece unit held by the second holding portion are set in a predetermined state. 4. The binocular according to claim 3, wherein the first holding portion is fixed to said connecting member with a screw, and the second holding portion is held by said connecting member such that the held position thereof can be set eccentric by the eccentric roller. 5. The binocular according to claim 1, further comprising a pair of correction optical systems arranged between said pair of objective optical systems and the erecting optical systems, said pair of correction optical systems serving to correct shaking of an image caused by shaking of the binocular. 6. The binocular according to claim 1, further comprising a pair of correction optical systems including part of said pair of objective optical systems, said pair of correction optical systems serving to correct shaking of an image caused by shaking of the binocular. 7. A binocular comprising: a pair of objective optical systems; a pair of eyepiece units for integrally holding erecting optical systems and eyepiece optical systems; and a holding member having a first holding portion for holding one of said pair of eyepiece units and a second holding portion for holding the other one of said pair of eyepiece units, wherein said holding member can be deformed such that said pair of eyepiece units have a predetermined positional relationship. 8. The binocular according to claim 7, wherein said holding member is made of a metal plate. 9. A method of manufacturing a binocular, comprising the steps of: holding one of a pair of optical units with a first holding portion of a holding member, and holding the other one of the pair of optical units with a second holding portion of the holding member; and deforming the holding member, thereby adjusting a positional relationship between the optical units. 10. The method according to claim 9, wherein the pair of optical units are eyepiece units that integrally hold erecting optical systems and eyepiece optical systems. 11. A method of manufacturing a binocular, comprising the steps of: holding one of a pair of optical units with a first holding portion of a holding member, and holding the other one of the pair of optical units with a second holding portion of the holding member; connecting a bent portion of the first holding portion and a bent portion of the second holding portion through a connecting member; setting a connecting position of the connecting member and the bent portion of the first holding portion to be eccentric by rotating an eccentric roller, so the holding member deforms, thereby adjusting a positional relationship between the optical units. 12. The method according to claim 11, wherein the pair of optical units are eyepiece units that integrally hold erecting optical systems and eyepiece optical systems.