Epidermal friendly twist-on wire connector method
View Patent ↗An epidermal friendly twist-on wire connector and a method of applying an epidermal twist-on wire connector having a resilient gripping region including a set of low profile, resilient ribs that are circumferentially spaced so that a users thumb and fingers can compressively and sequentially engage and compress at least a portion of a plurality of ribs as well as the valley between the ribs during application of a wire securement torque to the twist-on wire connector while at the same time inhibiting or preventing epidermal trauma in a users thumb and fingers.
1. An epidermal friendly method of securing a twist-on wire connector comprising:
inserting a set of electrical wires in an open end of a twist-on wire connector;
holding the set of electrical wires;
grasping a resilient cover having a set of resilient ribs and extending over an entire exterior surface of the twist-on wire connector between an epidermal layer of a user's finger and an epidermal layer of a user's thumb;
squeezing the resilient cover to compress a portion of the set of resilient ribs until the epidermal layer of the user's finger and the epidermal layer of the user's thumb are in engagement with both a valley and a top surface of the set of resilient ribs without inducing epidermal trauma; and
applying a wire securement torque by rotating the resilient cover and the twist-on wire connector between the user's thumb and the user's finger while maintaining the epidermal layer of the user's thumb and the epidermal layer of the user's finger in rotational pressure contact therewith to thereby secure an electrical connection between the set of electrical wires in the twist-on wire connector.
2. The method of claim 1 including the step of compressing at least a portion of three resilient ribs on diagonal opposite sides of said twist-on wire connector.
3. The method of claim 1 including the step of rolling the wire connector between the user's finger and the user's thumb during the rotating of the resilient cover while sequentially maintaining at least three resilient ribs in contact with the user's finger.