Abstract: A monitor stand for supporting a screen unit is provided. The monitor comprises a supporting unit, a mounting unit, at least one contact wall and at least one brake unit. The brake unit includes a resisting block capable of moving between a first position and a second position. A lower frictional threshold force is generated between the resisting block and the contact wall if the resisting block is at the first position; an upper frictional threshold force is generated between the resisting block and the contact wall if the resisting block is at the second position. The mounting unit moves against the supporting unit and toward a first direction or a second direction, and the resisting block is at the first position if the mounting unit moves toward the first direction, and the resisting block is at the second position if the mounting unit moves toward the second direction.

Abstract: The instant disclosure relates to a monitor mounting apparatus for disposing on a working surface. The mounting apparatus includes a base, an adjusting unit, and a tilt bracket. The base is arranged on the working surface and has at least one guiding member. The adjusting unit includes at least one sliding member and at least one connecting member interconnected. The sliding member may be slidably arranged on the guiding member. The tilt bracket has an outer end portion and at least one connecting portion. The connecting portion is pivotally connected to the connecting member, and the outer end portion is defined on one end of the tilt bracket away from the connecting member. The tilt bracket may be oriented at various angular and vertical positions. The user may adjust the monitor mounting apparatus to suit the person's needs.

Abstract: The instant disclosure relates to a supporting apparatus for adapting to a flat electronic device. The supporting apparatus includes a pedestal and a carrying seat movably disposed thereon. The carrying seat includes a main body, a blocking member, and a bearing member. A sliding surface is formed on the main body. The blocking member is disposed on the main body, and a blocking surface is formed on the blocking member facing the sliding surface. The sliding surface and the blocking surface are arranged in gradual convergence. The bearing member is slidably disposed on the sliding surface and is separated from the blocking member. The bearing member is movable along the sliding surface in adjusting the distance between the bearing member and the blocking member. The flat electronic device is clipped fixingly by the bearing member and the blocking member on opposite sides thereof.