Piece of jewelry comprising at least one chain having two opposite ends, at least one of the two ends of the chain comprising a hollow clip fixed to said end by a fixing device, the chain being made up of links articulated together, the links being separated from each other by connections forming articulations between the links, each link has a determined maximum transverse dimension, each connection has a determined maximum transverse dimension, said clip being made up of two half-shells (21, 22), each half-shell (21, 22) comprising an extended edge (25, 26) delimiting a hollow internal space of the half-shell (21, 22), the half-shells (21, 22) being hinged together by a hinge between a closed position in which the two respective edges (25, 26) of the two half-shells (21, 22) are brought together to close the clip and an open position in which the two edges (25, 26) of the two half-shells (21, 22) are separated from each other over at least part of their extents in order to allow a portion of the chain to be introduced between the two separate edges (25, 26) and through the internal space and so that the portion of the chain is retained in the clip by being blocked as to extraction and translation when the clip is in the closed position, characterized in that at least one of the two edges (25, 26) comprising at least one notch defining a chain passage and the portion of the chain corresponds to a part the chain which is gripped in the clip and which enters or leaves the clip through the chain passages, wherein the jewelry piece has at least three notches, and in the closed position of the clip, each chain passage has a determined minimum transverse dimension and a determined maximum transverse dimension, the piece of jewelry being configured so that in the closed position of the clip, the minimum transverse dimension of the chain passage is substantially equal to the maximum transverse dimension of each connection and the maximum transverse dimension of the chain passage is less than the maximum transverse dimensions of the links, and wherein the clip is configured such that the closed position constitutes a rest position, the two respective edges (25, 26) of the two half-shells (21, 22) being constrained by a resilient clipping device to approach to close the clip, the open position having to be obtained by a manual action countering the action of the resilient clipping device. wherein the jewelry piece has at least three notches, and in the closed position of the clip, each chain passage has a determined minimum transverse dimension and a determined maximum transverse dimension, the piece of jewelry being configured so that in the closed position of the clip, the minimum transverse dimension of the chain passage is substantially equal to the maximum transverse dimension of each connection and the maximum transverse dimension of the chain passage is less than the maximum transverse dimensions of the links, and wherein the clip is configured such that the closed position constitutes a rest position, the two respective edges (25, 26) of the two half-shells (21, 22) being constrained by a resilient clipping device to approach to close the clip, the open position having to be obtained by a manual action countering the action of the resilient clipping device.