Abstract: A display and a method of coupling at least one circuit board to a panel of the display. The display comprises a frame mounted on the display panel. The frame comprises a first body and a second body perpendicularly connected to the first body. The circuit board is coupled to the first body via the second body is not covered by the frame. At least one shield element is coupled to the frame to cover the circuit board.

Abstract: A display and a method of coupling a circuit board to a panel of the display. A frame is secured to the panel, and the circuit board is coupled to the frame in such a manner that a part of the fire is positioned between the circuit board and the panel. A shield element is secured to the frame to shield the circuit board.

Abstract: A rotating mechanism for an LCD monitor having a monitor and a supporting structure. The rotating mechanism comprises a protruding sleeve, a supporting body, a shaft sleeve, a sleeve, a first screwing element and a second screwing element. The protruding sleeve has a fitting hole and is disposed on the back of the monitor. The supporting body has a bending element. The shaft sleeve is fitted between the protruding sleeve and the bending element of the supporting body. The sleeve is fitted in the fitting hole of the protruding sleeve. The first screwing element is threaded into one end of the shaft sleeve from the sleeve. The second screwing element is threaded into the other end of the shaft sleeve from the bending element. Thus, the tightness of the rotating mechanism of the invention can be adjusted by way of the first screwing element.

Abstract: A rotating mechanism for LCD monitor having a monitor and a supporting structure. The rotating mechanism comprises a protruding sleeve, a supporting body, a shaft sleeve, a sleeve, a first screwing element and a second screwing element. The protruding sleeve has a fitting hole and is disposed on the back of the monitor. The supporting body has a bending element. The shaft sleeve is fitted between the protruding sleeve and the bending element of the supporting body. The sleeve is fitted in the fitting hole of the protruding sleeve. The first screwing element is threaded into one end of the shaft sleeve from the sleeve. The second screwing element is threaded into the other end of the shaft sleeve from the bending element. Thus, the tightness of the rotating mechanism of the invention can be adjusted by way of the first screwing element.