Anti-loosening mechanism for a pipe component and a pipe fitting at least partially removably inserted into the pipe component, related pipe assembly and related cabinet system

A pipe assembly comprising:

• a pipe component;
• a pipe fitting at least partially removably inserted into the pipe component;
• and
• an anti-loosening mechanism comprising:
• an outer case configured to be removably mounted on the pipe fitting;
• an operating component rotatable relative to the outer case around a rotating axis, the operating component comprising a driving structure;
• and
• a clamping component at least partially movably sleeved inside the operating component, the clamping component comprising a plurality of clamping portions, each of the plurality of clamping portions comprising a driving cooperating structure, and when the operating component rotates relative to the outer case around the rotating axis, the operating component driving each of the plurality of clamping portions to move relative to the outer case along an clamping direction by a cooperation of the driving structure of the operating component and the driving cooperating structure of each of the plurality of clamping portions, such that the pipe component is clamped by and between each of the plurality of clamping portions and the pipe fitting.

A cabinet system comprising:

• a cabinet body;
• an electronic device detachably mounted on the cabinet body, the electronic device comprising a connecting portion;
• and
• a pipe assembly comprising:
• a pipe component;
• a pipe fitting at least partially removably inserted into the pipe component;
• and
• an anti-loosening mechanism comprising:
• an outer case configured to be removably mounted on the pipe fitting;
• an operating component rotatable relative to the outer case around a rotating axis, the operating component comprising a driving structure;
• and
• a clamping component at least partially movably sleeved inside the operating component, the clamping component comprising a plurality of clamping portions, each of the plurality of clamping portions comprising a driving cooperating structure, and when the operating component rotates relative to the outer case around the rotating axis, the operating component driving each of the plurality of clamping portions to move relative to the outer case along an clamping direction by a cooperation of the driving structure of the operating component and the driving cooperating structure of each of the plurality of clamping portions, such that the pipe component is clamped by and between each of the plurality of clamping portions and the pipe fitting.