Server structure with a rotary latching lever

Abstract

A server mechanism with a rotary locking lever includes a server housing, two rotary locking assemblies, and a rotary locking lever assembly. The server housing has two side plates. The two rotary locking assemblies are respectively disposed on the two side plates. The rotary locking lever assembly includes two connecting rods, an operating lever, and a pressure plate. The two connecting rods are respectively pivotally connected to the two side plates. The operating lever is rotatably connected to the two connecting rods and has two snap-fit ​​protrusions that pass through the two connecting rods for rotary locking with the two rotary locking assemblies. The pressure plate is pivotally connected to the center of the two connecting rods, so that when the operating lever is pressed down and locked with the two rotary locking assemblies, the pressure plate presses and fixes at least one electronic device into the server housing.

Claims

1. A server mechanism with a rotary locking lever for fixing at least one electronic device, the server mechanism with the rotary locking lever comprising: a server housing having two opposing side plates; two rotary locking assemblies respectively disposed on the two side plates; and a rotary locking lever assembly comprising: two connecting rods respectively pivotally connected at one end to the two side plates; an operating lever rotatably connected to the other side of the two connecting rods opposite to the two side plates, and having two snap-fit ​​protrusions, the two snap-fit ​​protrusions respectively passing through the two connecting rods for rotary locking onto the two rotary locking assemblies; and a pressure plate pivotally connected to the center of the two connecting rods, thereby pressing and fixing the at least one electronic device into the server housing when the operating lever is operated and pressed down and locked onto the two rotary locking assemblies.

2. The server mechanism with a rotary locking lever as described in claim 1, wherein, Each of the two rotating fastening components includes: a limiting seat body having a limiting groove, and a side wall of the limiting seat body having a guide opening and a circular limiting hole respectively communicating with the limiting groove; a guide structure disposed in the limiting groove and corresponding to the guide opening; and a latching member rotatably connected to the limiting seat body in the limiting groove; wherein, the guide structure of the two rotating fastening components is used to guide the two latching protrusions of the operating pressure rod to move to the circular limiting hole of the two rotating fastening components, and when the operating pressure rod is operated and rotated, the two latching protrusions respectively drive the latching member of the two rotating fastening components to rotate and latch the two latching protrusions.

3. The servo mechanism with a rotary locking lever as described in claim 1, wherein, Each of the two connecting rods has a pivot end and an operating end of the rod body arranged opposite to each other. The pivot end of the two connecting rods is pivotally connected to the two side plates respectively. The operating end of the rod body has a stroke limiting groove. Each of the two buckle protrusions is correspondingly inserted into the stroke limiting groove.

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