Abstract: A head-mounted display includes a device main body, a mounting band that supports the device main body and is mounted on a user's head, a circuit board that is disposed in the upper portion of the device main body and has a mounting surface on which one or more electronic components are mounted, and a cooling device disposed facing the mounting surface in the upper portion of the device main body.

Abstract: An HMD includes a mounting band for surrounding a head H of a user. The mounting band includes a case, a stretching unit, an adjustment mechanism that adjusts a length of the stretching unit to be accommodated in the case by relatively moving the stretching portion with respect to the case, a winding target member, and a spring member which is fixed at a front portion thereof to the stretching unit and at a rear portion thereof wound on the winding target member and in which an unwinding amount from the winding target member changes according to the length of the stretching unit accommodated in the case. The spring member generates elastic force that acts in a direction in which the stretching portion is accommodated into the case. A first elastic force of the spring member generated by a first unwinding amount and a second elastic force of the spring member generated by a second unwinding amount are equal to each other.

Abstract: A head-mounted display includes a device main body, a mounting band that supports the device main body and is mounted on a user's head, a circuit board that is disposed in the upper portion of the device main body and has a mounting surface on which one or more electronic components are mounted, and a cooling device disposed facing the mounting surface in the upper portion of the device main body.

Abstract: An HMD includes a mounting band for surrounding a head H of a user. The mounting band includes a case, a stretching unit, an adjustment mechanism that adjusts a length of the stretching unit to be accommodated in the case by relatively moving the stretching portion with respect to the case, a winding target member, and a spring member which is fixed at a front portion thereof to the stretching unit and at a rear portion thereof wound on the winding target member and in which an unwinding amount from the winding target member changes according to the length of the stretching unit accommodated in the case. The spring member generates elastic force that acts in a direction in which the stretching portion is accommodated into the case. A first elastic force of the spring member generated by a first unwinding amount and a second elastic force of the spring member generated by a second unwinding amount are equal to each other.

Abstract: A head-mounted display that can suppress positional misalignment of a display apparatus in the left and right directions, and can reduce the load on a user's nose is proposed. A nose pad assembly H has: a movable portion (M2) having a frame (31), and a nose pad (32) attached to the frame (31); and a support mechanism (M1) that is attached to an apparatus body (10), and supports the frame (31). The support mechanism (M1) supports the frame (31) such that a motion of the nose pad (32) in the front and rear directions is allowed.

Abstract: Disclosed herein is a head-mounted apparatus, including: an optical sensor having a contact face for contacting with the head of a user; a supporting unit disposed around the optical sensor and configured to contact with the head of the user; and a sensor supporting mechanism configured to support the optical sensor so as to permit a movement of the optical sensor in a contact direction that is a direction perpendicular to the contact face.

Abstract: A head-mounted display that can suppress positional misalignment of a display apparatus in the left and right directions, and can reduce the load on a user's nose is proposed. A nose pad assembly H has: a movable portion (M2) having a frame (31), and a nose pad (32) attached to the frame (31); and a support mechanism (M1) that is attached to an apparatus body (10), and supports the frame (31). The support mechanism (M1) supports the frame (31) such that a motion of the nose pad (32) in the front and rear directions is allowed.

Abstract: Disclosed herein is a head-mounted apparatus, including: an optical sensor having a contact face for contacting with the head of a user; a supporting unit disposed around the optical sensor and configured to contact with the head of the user; and a sensor supporting mechanism configured to support the optical sensor so as to permit a movement of the optical sensor in a contact direction that is a direction perpendicular to the contact face.

Abstract: An accommodating case from which a user can easily detach a recording medium is provided. An accommodating case includes an inner surface thereof with a medium disposition area that is an area to dispose the recording medium. In addition, the accommodating case includes an engagement plate portion for engaging with edges of the recording medium so that the recording medium disposed in the medium disposition area is prevented from separating from the inner surface thereof. Furthermore, the accommodating case includes a movable plate portion defining a part of the inner surface thereof. The movable plate portion is movable relative the other portion of the inner surface of the accommodating case to be recessed toward the outside of the accommodating case. The movable plate portion is located over the medium disposition area and an outside area of the medium disposition area.

Abstract: An accommodating case from which a user can easily detach a recording medium is provided. An accommodating case includes an inner surface thereof with a medium disposition area that is an area to dispose the recording medium. In addition, the accommodating case includes an engagement plate portion for engaging with edges of the recording medium so that the recording medium disposed in the medium disposition area is prevented from separating from the inner surface thereof. Furthermore, the accommodating case includes a movable plate portion defining a part of the inner surface thereof. The movable plate portion is movable relative the other portion of the inner surface of the accommodating case to be recessed toward the outside of the accommodating case. The movable plate portion is located over the medium disposition area and an outside area of the medium disposition area.