A fashion accessory anchor device includes a pair of garment strap receiving holes disposed laterally on the device and an engagement surface in communication with the pair of receiving holes, the engagement surface for disposing the device on a nape of a user and through which a pair of garment straps are received. The anchor device further includes a fashion accessory retention region oriented relative to the pair of receiving holes to support a fashion accessory hanging therefrom.

A fashion accessory anchor device includes a pair of garment strap receiving holes disposed laterally on the device and an engagement surface in communication with the pair of receiving holes, the engagement surface for disposing the device on a nape of a user and through which a pair of garment straps are received. The anchor device further includes a fashion accessory retention region oriented relative to the pair of receiving holes to support a fashion accessory hanging therefrom.

A neck strap force distribution device includes a first surface disposed facing a back of a neck of a user and a second surface disposed opposite the first surface. It further includes a pair of entry holes from the first surface to the second surface disposed approximately one-third of a vertical length of the device from an upper edge of the device. At least one exit hole from the second surface to the first surface is disposed approximately one-third of the vertical length of the device from a lower edge of the device. The first surface comprises a pliable material that at least partially conforms to the back of the neck of the user, and the second surface resists movement of a garment string that passes from the first surface through one of the pair of entry holes over the second surface and through the exit hole.

The invention generally includes a modular jewelry system that may include a plurality of interchange components allowing a user to create a personalized jewelry item. In certain embodiment, jewelry components may be interchangeable across a variety of jewelry pieces allowing for improved user customization and personalization based on size, shape, color and design.

A jewelry swivel provides for the controlled orientation of an ornamental part of the jewelry in relation to a support. The jewelry swivel has a locking base with a locking rod, a receiving base with a plurality of receiving openings, and a bias spring. The bias spring urges the receiving base toward the locking base, causing the locking rod to engage with at least one of the plurality of receiving openings. The locking rod engages at least one of the plurality of receiving openings, where the engagement of the locking rod in a particular receiving opening determines the orientation of the receiving base relative to the locking base. The jewelry swivel is placed between the ornamental part and the support.

A neck strap force distribution device includes a first surface disposed facing a back of a neck of a user and a second surface disposed opposite the first surface. It further includes a pair of entry holes from the first surface to the second surface disposed approximately one-third of a vertical length of the device from an upper edge of the device. At least one exit hole from the second surface to the first surface is disposed approximately one-third of the vertical length of the device from a lower edge of the device. The first surface comprises a pliable material that at least partially conforms to the back of the neck of the user, and the second surface resists movement of a garment string that passes from the first surface through one of the pair of entry holes over the second surface and through the exit hole.

A space is formed between a first wall portion and a second wall portion of a pendant bail. The first wall portion and the second wall portion are inclined such that a clearance therebetween decreases toward a lower side under a state in which the pendant is used. A chain can be engaged with use of this simple structure, that is, engaged at two points of a first recessed portion and a second recessed portion. The pendant bail is fixed to these engaging parts on the chain, and the pendant bail is restricted from moving along the chain.

The invention generally includes a modular jewelry system that may include a plurality of interchange components allowing a user to create a personalized jewelry item. In certain embodiment, jewelry components may be interchangeable across a variety of jewelry pieces allowing for improved user customization and personalization based on size, shape, color and design.

A pierced earring that has a simple configuration and that is capable of further emphasizing beauty of its decorative component. A first jump ring of a distance adjustment member is provided. A second jump ring is engaged with the first jump ring. A cross-section of the first jump ring and a cross-section of the second jump ring are each formed in a tapered shape that protrudes at a distal angle of 60? to 90? to an inner side. With this, an inner periphery of the first jump ring and an inner periphery of the second jump ring are linked in point contact to each other. This allows the second jump ring to dangle about a Z-axis, an X-axis, and a Y-axis (three axes) relative to point-link portions in the point contact.

A ring of detecting physiological information of a user includes a case and a detection assembly. The case has an inner space including an annular region and a sunken region. The sunken region has a first lateral side, a lower bottom and a second lateral side. The first lateral side and the second lateral side are located on two sides of the sunken region and respectively connected with two sides of the annular region. The annular region covers a back of the user's finger. The lower bottom of the sunken region contacts against a finger pulp of the user's finger. The first lateral side and the second lateral side respectively contact against lateral sides of the finger. The detection assembly is disposed inside the case and includes a first detection module and a second detection module respectively located on the first lateral side and the second lateral side.