Abstract: An electronic apparatus comprises a base, a top cover, a scale-adjustable component, an adjusting component, and a linked component. The top cover is connected to the base and is openable and closeable with respect to the base. The scale-adjustable component is disposed on the base. The adjusting component comprises an adjusting portion connected to the top cover and a sleeve connected to the adjusting portion and disposed on the base. The linked component is received in the sleeve and connected to the scale-adjustable component, having a spiral groove, in which the protrusion mounted on the inner wall of the sleeve is positioned. When the top cover is opened, the adjusting portion is expanded to drive the sleeve to rotate. Meanwhile, the protrusion slides with respect to the spiral groove to drive the linked component to move along an axis direction of the sleeve so as to expand the scale-adjustable component.

Abstract: A latch structure is installed in a first casing and a second casing. The first casing and the second casing are pivoted together and respectively have an opening and a locked portion. The latch structure includes a locking member, a pressing assembly and at least one elastic member. In this case, the locking member has a first guide portion and a hook portion. The pressing assembly has a pressing member and a connecting member. The pressing member is connected with the connecting member, and a second guide portion is disposed on a surface of the connecting member. The pressing member passes through the opening of the first casing, and the connecting member passes through the first guide portion of the locking member so that the first guide portion is positioned correspondingly with the second guide portion. One side of the elastic member is connected with the pressing assembly and the other side of the elastic member is connected with the first casing.

Abstract: An electronic apparatus comprises a base, a top cover, a scale-adjustable component, an adjusting component, and a linked component. The top cover is connected to the base and is openable and closeable with respect to the base. The scale-adjustable component is disposed on the base. The adjusting component comprises an adjusting portion connected to the top cover and a sleeve connected to the adjusting portion and disposed on the base. The linked component is received in the sleeve and connected to the scale-adjustable component, having a spiral groove, in which the protrusion mounted on the inner wall of the sleeve is positioned. When the top cover is opened, the adjusting portion is expanded to drive the sleeve to rotate. Meanwhile, the protrusion slides with respect to the spiral groove to drive the linked component to move along an axis direction of the sleeve so as to expand the scale-adjustable component.