Ergonomic Mouse

Abstract

The present disclosure provides an ergonomic mouse.Through the synergistic effect of the predetermined angle between the lower side surface of the protrusion and the horizontal reference plane and the thumb groove, the present disclosure converts the force exerted when the user lifts the thumb into stable lever support, fundamentally solving the problem that the mouse is prone to falling off when lifted in a vertical holding state. The design not only significantly improves lifting stability and operation efficiency by optimizing the contact area and pressure distribution but also guides the wrist to maintain a neutral position through a biomechanically compatible angle, greatly reducing wrist deflection and abnormal load on the muscles at the base of the thumb, thereby effectively reducing the risk of muscle strain caused by long-term use. Meanwhile, the interlocking clamping structure of the mouse body and the modular protrusion design jointly ensure the stability and durability of the overall structure.

Dependencies are inferred from the claim text.