Abstract: The present disclosure relates to a magnetic resonance imaging apparatus. The magnetic resonance imaging apparatus includes a magnetic assembly having a cavity, a cradle on which an object is located and configured to be movable to the inside or outside of the cavity, a cradle guide configured to guide the movement of the cradle, and a buffer member configured to be expandable in at least a part of a space between the cradle and the cradle guide.

Abstract: An electronic device having a main body and a battery mounting portion. A battery pack is detachably mounted to the battery mounting portion. A resilient member pushes the battery pack away from the battery mounting portion by a predetermined distance when separating the battery pack via a locking/releasing unit. The locking/releasing unit selectively locks and releases the battery pack being received in the battery mounting portion.

Abstract: An upright camcorder with a dual lens is provided. The upright camcorder has two lenses disposed on one lens barrel part. The lens barrel part is connected to a main body by a hinge unit so that it can be rotated with respect to the main body. One of the lenses is a first lens with a high number of pixels for photographing a still image, and the other lens is a second lens for photographing a moving image. The upright camcorder has each lens so that high quality still and moving images can be obtained. Further, a user can photograph images at various angles. Therefore, the camcorder is convenient.

Abstract: An electronic device having a main body and a battery mounting portion. A battery pack is detachably mounted to the battery mounting portion. A resilient member pushes the battery pack away from the battery mounting portion by a predetermined distance when separating the battery pack via a locking/releasing unit. The locking/releasing unit selectively locks and releases the battery pack being received in the battery mounting portion.