Intelligent lug

An angled mounting piece assembly, comprising a smart angled mounting piece and an auxiliary member;

• wherein, the smart angled mounting piece is interconnected with an electronic device installed in a cabinet;
• the auxiliary member is provided on the cabinet;
• the smart angled mounting piece comprises an angled mounting piece body and a position identification unit;
• the position identification unit is installed on the angled mounting piece body;
• the position identification unit comprises a communication module, more than one switching unit and more than one identification circuit;
• and each of identification circuits is electrically connected to each of switching units in one-to-one correspondence;
• the switching unit is triggered when being pressed against by the auxiliary member;
• when one or more switching units of the switching units are triggered by the auxiliary member, one or more of the identification circuits electrically connected to the one or more switching units triggered and the remaining one or more identification circuits electrically connected to a switching unit that are not triggered collectively generate a logic signal characterizing a position at which the electronic device is installed to the cabinet, and transmit the logic signal to the communication module;
• the communication module is configured to receive the logic signal and output the logic signal to the electronic device,
• wherein, each of the switching units comprises a first through hole, a clip and a first protrusion;
• the first through hole is provided in the angled mounting piece body, and the first protrusion is slidably provided within the first through hole and aligned with the position of the clip;
• a triggering region is configured to correspond to a position of one electronic device;
• the triggering region comprises a first triggering structure;
• wherein, the number of first triggering structures is the same as the number of the switching units;
• the first triggering structures are formed as a second through hole and a trigger point respectively, or formed as the second through holes or formed as the trigger points;
• the sum of the number of second through holes and the number of trigger points is the same as the number of the switching units;
• the second through hole is configured to be passed through by the first protrusion, and the trigger point is configured to press against the first protrusion;
• the first protrusion is configured to, when being pressed against by the trigger point, slide in the first through hole to push the clip, such that the clip is in contact with and electrically connected to the identification circuit.