Abstract: An apparatus for single hand operation of dual quick disconnects on external desktop radiator is disclosed. The apparatus includes a guide that includes a base having a first set of holes respectively positioned in alignment with a first portion of each of a set of quick disconnects. The guide further includes elongated members that includes a distal end having a shaped alignment feature. The apparatus includes a decoupling bar that includes a second set of holes configured to interact with an outer ring of each of the first portion of the set of quick disconnects, the outer ring configured to decouple second portions of the set of quick disconnects from the first portions of the set of quick disconnects. The decoupling bar further includes a slot having a shape and position that corresponds to the shaped alignment feature.

Abstract: Disclosed herein are graphics card retention apparatuses, systems, and methods. One apparatus includes a trough and a retention bracket. The trough includes a bottom structure, a pair of side walls, and an open top defining a cavity structure. The retention bracket is adjustable within a range of sizes to accommodate different sized graphics cards and to maintain a graphics card in a first horizontal direction in response to the retention bracket being butted against the graphics card. A system for graphics card retention includes the above apparatus that maintains the graphics card in the first horizontal direction and further includes a second and third apparatus that maintain the graphics card in a second horizontal direction and a vertical direction. A method includes retaining the graphics card within an external structure using the above apparatus(es).

Abstract: In one aspect, an apparatus includes a computer chassis that has a first opening at an upper portion and a second opening at a lower portion. The apparatus also includes a first toggle clamp for coupling to the computer chassis via the first opening, and a first mount for coupling the first toggle clamp to the computer chassis via the first opening. The apparatus further includes a second toggle clamp for coupling to the computer chassis via the second opening, and a second mount for coupling the second toggle clamp to the computer chassis via the second opening. In some examples, the apparatus also includes at least one computer-related component to which the first and second toggle clamps are couplable for the at least one computer-related component to rotate about a hinge established by the first and second toggle clamps as coupled to the computer chassis.

Abstract: A wheel assembly includes a crossbar having a length corresponding to at least a length of a handle of a computer workstation chassis. The crossbar includes a first retentive guide extending out from a top surface of the crossbar to mate with a first lateral edge of the handle and a second retentive guide extending out from the top of the crossbar to mate with a second lateral edge of the handle. A clip is coupled to the top surface of the crossbar configured to retentively engage an inside surface of the handle. First and second wheels are coupled to a bottom of the crossbar and are laterally spaced apart from each other.

Abstract: A smartphone dock includes a chassis having a keyboard and display. A hinge has a leaf coupled to the chassis and a leg rotatable about a first end of the leaf located further from the dipaly than a second end of the leaf. A tray is releasably coupled to the leg. The tray includes keying structures coupled to a top surface of the tray to guide a smartphone into the tray. The keying structures facilitate connecting the smartphone with an electrical connector within a first end of the tray to electrically connect the smartphone to the chassis.