Electromagnetic nut feeding gun

Abstract

An electromagnetic nut feeding gun is disclosed, which includes a receiving seat assembly, a push rod assembly, and a cylinder. Receiving seat assembly is connected at its rear to a connector assembly that houses an electromagnetic coil. Push rod assembly includes a protective sleeve and a push rod positioned inside and is connected to the rear of connector assembly. Cylinder is connected to the rear of the push rod assembly, with its piston driving the push rod so that its top end reaches into receiving seat assembly. The nut is attracted and guided by electromagnetic force, preventing a conventional nut feeding guns'failure to reach target position due to inertia. Such a design prevents nut retraction caused by variations in welded materials, avoids permanent magnetization of push rod, enhances delivery accuracy and speed, enables precise nut placement at various angles, and improves performance in both automated and manual applications.

Dependencies are inferred from the claim text.