Pivoting tool capable of eliminating clearance

Abstract

The present invention relates to a pivoting tool capable of eliminating clearance, comprising a first rod, a second rod, a locking mechanism, and a pressing element. The first rod is provided with a first ear and a second ear; the second rod is provided with a third ear. The third ear is inserted between the first ear and the second ear, enabling the second rod to rotate relative to the first rod centered on a virtual pivot axis. A side of the third ear adjacent to the first ear is recessed with a groove. The distance from the deep part of the groove along the axial direction of the pivot axis to the surface of the third ear adjacent to the first ear forms a depth. The locking mechanism connects the first ear, the second ear, and the third ear in series. The pressing element is disposed in the groove and simultaneously abuts against the first ear and the third ear. The pressing element can elastically deform so that its thickness in a natural state is greater than the depth. Through the above structure, the tool can improve the stability when the first rod and the second rod pivot relative to each other.

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