Abstract: A bracket structure of computer desk, including: a bracket body made of one single metal panel by integral punching and pressing, a central portion of the bracket body being defined as a support section for supporting an article such as a keyboard, a mouse, etc., a front edge of the support section of the bracket body being formed with an elevated section to form a wrist rest section for a user's wrist to bridge over the wrist rest section for operating the keyboard or the mouse, a stop wall upward projecting from the rear edge of the support section for stopping the keyboard, etc. placed on the support section from rearward sliding or dropping, two ends of the bracket body being formed with insertion plates and fixing plates which are respectively bent upward and downward; two side bars respectively locked two sides of the bracket body; and pair of slide rails respectively mounted on outer sides of the side bars for guiding and slidably mounting the bracket body in a computer desk.

Abstract: A slidable seat with brake device, including: a base seat having a board section, multiple sliding members being mounted on the bottom side of the board section for sliding over a desk face, the bottom end of the board section being formed with a chamber; a brake member fitted in the chamber of the bottom end of the base seat, the bottom end of the brake member being connected with a brake block; and a linking device disposed between the base seat and the brake member. In normal state, the linking device downward resiliently presses the brake member to make the brake block tightly attach to the desk face and prevent the base seat from freely sliding. The linking device is operable to lift the brake member, whereby the brake block no more tightly attaches to the desk face and the base seat can be freely slided and displaced over the desk face by the sliding members so as to shift an article supported on the board section of the base seat, such as a display.