is designed to have a rounded end to ensure that it does not penetrate the skin the two electrodes and are made of a rounded metal to insure they do not cause injury the on off button of the device is shown on the left hand side and when depressed allows electricity to flow to the electrodes fig1 shows a cut away view of the case and an exploded view of the top of the foam blade embodiment the foam blade is shown to fit underneath the rubber safety hilt the safety hilt is typically held onto the top of the casing and by glue and the electrodes and pushing through the holes in the safety hilt are secured to the casing which assists in holding it in place leads run from both electrodes and to the circuit board these wires conduct a current from the circuit board and fig1 15 and 16 show the top inside and bottom of the case for the foam blade embodiment unlike the recessed blade embodiment there is not a hole in the top of the casing and as the foam blade does not recess fig1 18 19 and 20 show the front side top and bottom views of the stun gun conversion device embodiment affixed to a sample stun gun the foam cover slides on top of the end of the stun gun that the electrodes protrude from the foam cover exposes two rounded metal electrodes and at the top a fastener affixes the conversion device to the top of the stun gun fig2 shows a cutaway view from the front view of the stun gun conversion device embodiment affixed to a sample stun gun the cutaway shows how the conducting posts and make contact with the two electrodes exposed from the.