Abstract: A mesh jewel comprising a mesh formed by at least one metallic wire section (4) arranged along a mesh surface, wherein the mesh comprises nodes located at adjoining wire section parts of the at least one wire section (4). At least some of the nodes are formed with a node element (1) comprising a pin (2) arranged in cross direction to the mesh surface and structure for preventing displacement in an axial direction of the pin (2) of the wire section parts adjoining the pin (2) of the node element (1). The inventive method for manufacturing the mesh jewel comprises the steps of forming a mesh with at least one metallic wire section (4) by arranging it along a mesh surface, wherein the mesh comprises nodes at adjoining wire section parts of the at least one wire section (4).

Abstract: This invention concerns a ring shaped member for hand wear on a hand of a person which comprises an inner ring shaped section and an upper ring shaped section, the inner ring section having an inwardly bulged ring shaped area bulged in a direction towards the upper ring shaped section for nested contact with hand palm skin covering bodies of metacarpals of a person's hand palm for enabling the ring shaped member to snugly fit around a hand of a person with an upper section of the ring shaped member being snugly engageable with a top hand surface of the hand on an opposite side of the metacarpals on the person's hand, the ring shaped member having an interior ring shaped surface including the upper and inner ring shaped sections which are shaped for snug fitted engagement about a person's hand with the inwardly bulged area serving to lock with an identical area of the hand palm to assist in holding the ring shaped member in place on the hand of a person.