A riveting yoke is provided that includes a body, an anvil segment, and a cavity. The body has a height extending between a base side surface and a top side surface, a width extending between a first end surface and a second end surface, and a thickness extending between a first lateral side surface and a second lateral side surface. The anvil segment (AS) has an AS top surface and an AS base surface. The cavity is disposed in the first end surface, and is defined by a cavity base surface, a cavity inner surface, a gusset surface, and the AS base surface. The gusset surface extends from the cavity inner surface to the AS base surface. The cavity base surface is opposite the AS base surface and a distance between the cavity base surface and the AS base surface defines an opening of the cavity.

A riveting yoke is provided that includes a body, an anvil segment, and a cavity. The body has a height extending between a base side surface and a top side surface, a width extending between a first end surface and a second end surface, and a thickness extending between a first lateral side surface and a second lateral side surface. The anvil segment (AS) has an AS top surface and an AS base surface. The cavity is disposed in the first end surface, and is defined by a cavity base surface, a cavity inner surface, a gusset surface, and the AS base surface. The gusset surface extends from the cavity inner surface to the AS base surface. The cavity base surface is opposite the AS base surface and a distance between the cavity base surface and the AS base surface defines an opening of the cavity.

The present invention relates to a riveting apparatus capable of preventing fastening omission and a riveting method using the same, and more particularly to a riveting apparatus including a riveting unit, a moving unit connected to the riveting unit, the moving unit being configured to move the riveting unit, a first moving guide unit configured to guide the longitudinal movement of the moving unit, a pair of second moving guide units located at longitudinal opposite ends of the first moving guide unit, the pair of second moving guide units being configured to guide the transverse movement of the first moving guide unit, a first position sensor provided under one end of the first moving guide unit, and a second position sensor provided under one end of one of the pair of second moving guide units and a riveting method using the same.

The present invention relates to a riveting apparatus capable of preventing fastening omission and a riveting method using the same, and more particularly to a riveting apparatus including a riveting unit, a moving unit connected to the riveting unit, the moving unit being configured to move the riveting unit, a first moving guide unit configured to guide the longitudinal movement of the moving unit, a pair of second moving guide units located at longitudinal opposite ends of the first moving guide unit, the pair of second moving guide units being configured to guide the transverse movement of the first moving guide unit, a first position sensor provided under one end of the first moving guide unit, and a second position sensor provided under one end of one of the pair of second moving guide units and a riveting method using the same.