Abstract: A fastening mechanism includes an engaging block formed with an engaging post extending through a through hole unit in a frame body and into a fastening hole in a peripheral device. A pressing member has an interconnecting pressing portion interconnecting a pivot end portion connected pivotally to a pivot member on the frame body, and an operable anchoring end portion, and is pivotable relative to the pivot member so as to move from a releasing position, where the anchoring end portion disengages an anchoring member on the frame body and where the interconnecting pressing portion is spaced apart from the engaging block, to an anchoring position, where the anchoring end portion engages the anchoring member on the frame body and where the pivot end portion and the interconnecting pressing portion abut against the engaging block.

Abstract: A fastening mechanism includes a mounting seat mounted on a frame body, disposed at a mounting hole in a frame body, and configured with an accommodating space therein. The mounting seat has a mounting wall formed with an opening for access into the accommodating space, and an outer surrounding wall connected to a periphery of the mounting wall. An engaging member extends movably in the accommodating space in the mounting seat, and is operable so as to move from a releasing position, where the engaging member disengages a fastening hole in a peripheral device, to an anchoring position, where the engaging member engages the fastening hole in the peripheral device such that the peripheral device is fastened to the frame body. The engaging member can be retained releasably in a selected one of the anchoring and releasing positions.

Abstract: A fastening mechanism includes an engaging block formed with an engaging post extending through a through hole unit in a frame body and into a fastening hole in a peripheral device. A pressing member has an interconnecting pressing portion interconnecting a pivot end portion connected pivotally to a pivot member on the frame body, and an operable anchoring end portion, and is pivotable relative to the pivot member so as to move from a releasing position, where the anchoring end portion disengages an anchoring member on the frame body and where the interconnecting pressing portion is spaced apart from the engaging block, to an anchoring position, where the anchoring end portion engages the anchoring member on the frame body and where the pivot end portion and the interconnecting pressing portion abut against the engaging block.

Abstract: A fastening mechanism includes a mounting seat mounted on a frame body, disposed at a mounting hole in a frame body, and configured with an accommodating space therein. The mounting seat has a mounting wall formed with an opening for access into the accommodating space, and an outer surrounding wall connected to a periphery of the mounting wall. An engaging member extends movably in the accommodating space in the mounting seat, and is operable so as to move from a releasing position, where the engaging member disengages a fastening hole in a peripheral device, to an anchoring position, where the engaging member engages the fastening hole in the peripheral device such that the peripheral device is fastened to the frame body. The engaging member can be retained releasably in a selected one of the anchoring and releasing positions.

Abstract: A reversible door with dual pivots includes a frame, a reversible door and two swing arms; the swing arms are attached to the frame and the reversible door at two inner opposite lateral sides of the frame and the reversible door respectively with the two ends of each swing arm having a pivot member pivotally connecting with the pivot members of the frame and the reversible door respectively; the swing arms can be rotated with respect to the frame and the reversible door can be rotated with respect to swing arms; a rotational angle of the reversible door is greater than 180° can be obtained so that the inner lateral sides of the reversible door can be valuably utilized.