This invention is hollow tubular earring with different surface patterns from the contrast of copper colour and silver colour. The tubular earring made of laminated copper and silver plates which provide an advantage in cost reduction. The purpose of creating this invention into the earrings is to avoid contact with the skin. Intaglio patterns performed by the CNC machine are capable to control identical patterns in manufacture process.

The manufacture process of this invention comprises sintering a plurality of metal plates into laminated stick, rolling the stick to reduce its thickness, control the identical intaglio patterns on the stick by the CNC machine, rolling the stick to expand patterns, drawing the laminated metal plates into metal tube, bending the metal tube into circular shape, assembling earring with silver end cap and ear post.

A non-pierced earring can be secured to the earlobe with elastic restoring force of itself, and causes no pain. An implement 6 for fitting, on an earlobe, a non-pierced earring that includes a coupling unit made of an elastic wire material and bent so as to maintain a predetermined distance between both ends, and a pair of ear contact units wider than the diameter of the coupling unit and respectively disposed at both ends of the coupling unit with principal surfaces facing each other includes a pair of levers 7 and 8 each having a front end portion and a rear end portion and coupled to each other between the front end portions and the rear end portions via a rotation shaft so as to cause the front end portions to open or close when the rear end portions close or open.

The present disclosure relates to decorative athletic earpieces, some including: a reinforcement member having: (i) a first portion positionable at a first section of an ear, with a first end spring biased; and (ii) a second portion positionable at a second section of the ear, with a second end spring biased; and a protective skin at least partially covering the reinforcement member. The protective skin is configured to form-fit the ear at an attachment point.