Locking mechanism for a potentiometer

A potentiometer device comprising:

• a tubular body;
• an actuation shaft;
• a plurality of splines;
• a plurality of spline-receiving cavities;
• a potentiometer;
• a shaft-receiving hole;
• the plurality of splines being externally and radially positioned about the actuation shaft;
• each of the plurality of splines being laterally connected to the actuation shaft;
• the plurality of splines being positioned adjacent to a grasping end of the actuation shaft;
• the plurality of spline-receiving cavities being internally and radially positioned around the tubular body;
• each of the plurality of spline-receiving cavities laterally traversing into the tubular body from an inner surface of the tubular body;
• each of the plurality of spline-receiving cavities extending from a first end of the tubular body towards a second end of the tubular body;
• the potentiometer comprising a housing body and a wiper pin;
• the shaft-receiving hole normally traversing into the housing body;
• the tubular body being positioned concentric with the shaft-receiving hole;
• the tubular body being connected adjacent and normal to the housing body;
• a tubular housing;
• the tubular housing being positioned concentric with the shaft-receiving hole;
• the tubular housing and the wiper pin being positioned within the housing body;
• the tubular housing being positioned opposite the shaft-receiving hole, across the housing body;
• the tubular housing being mounted offset to the second end opposite the first end;
• the tubular housing being connected adjacent and normal to the housing body;
• the wiper pin being mechanically coupled to the actuation shaft;
• the actuation shaft being removably positioned within the tubular body, the shaft-receiving hole and the housing body;
• the actuation shaft being concentrically and slidably positioned within the tubular body, the shaft-receiving hole and the housing body;
• a first annular cavity;
• the first annular cavity internally and radially traversing into the tubular housing;
• a second annular cavity;
• the second annular cavity externally and radially traversing into an output coupling end of the actuation shaft;
• a plurality of retention balls;
• the plurality of retention balls being engaged within the first annular cavity;
• the plurality of retention balls being removably engaged within the second annular cavity;
• the grasping end being positioned adjacent to the first end, each of the plurality of splines being positioned within a corresponding cavity among the plurality of spline-receiving cavities, the output coupling end being positioned within the tubular housing, the output coupling end being positioned adjacent to the second end, and the plurality of retention balls being engaged within the second annular cavity, such that the actuation shaft, the tubular body, the shaft-receiving hole, the housing body, the plurality of splines, the plurality of spline-receiving cavities, the tubular housing, the plurality of retention balls, the first annular cavity and the second annular cavity are configured into a locked configuration;
• and
• the grasping end being positioned offset to the first end, the plurality of splines being positioned axially offset from the plurality of spline-receiving cavities, and the plurality of retention balls being disengaged from the second annular cavity, such that the actuation shaft, the tubular body, the shaft-receiving hole, the housing body, the plurality of splines, the plurality of spline-receiving cavities, the tubular housing, the plurality of retention balls, the first annular cavity and the second annular cavity are configured into an open configuration.