Abstract: A liquid crystal display having a supporting base, a display unit and a pre-force mechanism. The supporting base has at least one pivot and at least two sections joined thereby, and the display unit is connected to the supporting base, exerts a first torque on the pivot by the weight of the display unit. The pre-force mechanism is connected to the pivot and exerts a second torque on the pivot. The first torque is opposite to the second torque.

Abstract: A height-adjustable support for a display panel includes a base, a telescopic unit, an angle-adjustable member, a coupling unit, and a control member. The telescopic unit includes a hollow outer member and an inner slide member. The outer member extends upwardly from the base, and is provided with an upper limiting part disposed above the base, and an inwardly projecting lower limiting part disposed between the upper limiting part and the base. The slide member has a slide arm extending slidably into the outer member, and a top seat disposed above the outer member. The coupling unit couples the angle-adjustable member to the top seat. The control member extends into the outer member, is coupled to the slide member, and cooperates with the lower limiting part to prevent impact between the display panel and a support surface.

Abstract: A liquid crystal display having a supporting base, a display unit and a pre-force mechanism. The supporting base has at least one pivot and at least two sections joined thereby, and the display unit is connected to the supporting base, exerts a first torque on the pivot by the weight of the display unit. The pre-force mechanism is connected to the pivot and exerts a second torque on the pivot. The first torque is opposite to the second torque.

Abstract: A mounting device includes a display-supporting mechanism pivoted to a stationary base, so as to be rotatable relative to the stationary base. The display-supporting mechanism includes a bracket, and parallel first and second arm units that extend between and that are pivoted to the stationary base and the bracket and that cooperatively define a gap therebetween. An urging unit is connected to the first and second arm units in such a manner that downward rotation of the display-supporting mechanism relative to the stationary base from an upper position to a lower position results in widening of the gap, which, in turn, results in deformation of the urging unit, thereby storing a restoring force in the urging unit to urge the display-supporting mechanism in an upward direction.

Abstract: A mounting device includes a display-supporting mechanism pivoted to a stationary base. so as to be rotatable relative to the stationary base. The display-supporting mechanism includes a bracket, and parallel first and second arm units that extend between and that are pivoted to the stationary base and the bracket and that cooperatively define a gap therebetween. An urging unit is connected to the first and second arm units in such a manner that downward rotation of the display-supporting mechanism relative to the stationary base from an upper position to a lower position results in widening of the gap, which, in turn, results in deformation of the urging unit, thereby storing a restoring force in the urging unit to urge the display-supporting mechanism in an upward direction.