An earring removal device is provided to remove a stud type earring. The removal device includes tips that easily interface with the earring post and backer to facilitate removal. The tips are coupled to an arcuate structure with a spring characteristic. Simple squeezing of the arcuate structure actuates the tips to separate the backer from the post. The spring characteristic is biased to keep the tips spaced apart, or open, in the absence of a squeezing force.

An earring removal device is provided to remove a stud type earring. The removal device includes tips that easily interface with the earring post and backer to facilitate removal. The tips are coupled to an arcuate structure with a spring characteristic. Simple squeezing of the arcuate structure actuates the tips to separate the backer from the post. The spring characteristic is biased to keep the tips spaced apart, or open, in the absence of a squeezing force.

Some embodiments of the present technology include a system for wearable technology with creative expression including a personalized electronic jewelry device, the personalized electronic jewelry device being configured to receive a personalized input. In some embodiments the system includes a digital display, the digital display being seamlessly housed in the personalized electronic jewelry device. In various embodiments the digital display is coupled with the personalized electronic jewelry device and is configured to display the personalized input.

A light emitting earring. The light emitting earring includes a light emitting unit comprising a base having a first side and second side, one or more LEDs disposed on the first side, and a pin disposed on the second side. A pattern generator operably connected to the light emitting unit includes an aperture configured to receive the pin therethrough. A retainer having a battery therein is removably securable to the pin via a retainer clip, such that the pattern generator is positioned between the light emitting unit and the retainer. The pattern generator is configured to cause the one or more LEDs to flash in a desired pattern.

A light emitting earring. The light emitting earring includes a light emitting unit comprising a base having a first side and second side, one or more LEDs disposed on the first side, and a pin disposed on the second side. A pattern generator operably connected to the light emitting unit includes an aperture configured to receive the pin therethrough. A retainer having a battery therein is removably securable to the pin via a retainer clip, such that the pattern generator is positioned between the light emitting unit and the retainer. The pattern generator is configured to cause the one or more LEDs to flash in a desired pattern.

Provided is a 360-degree rotatable accessory. The 360 degree rotatable accessory can be used for various purposes such as a decoration of a bag, or a finger ring, a necklace, a bracelet, and an earring, can be rotated a predetermined angle, that is, 360 degrees around a coupling portion, that is, a body, and can be transformed into various shapes because it can be rotated a desired angle and firmly maintained at the angle, thereby having high commercial value and quality.

A jewelry item which includes sliding collets is disclosed. The collets may slide along first and second elongated collet mounting structures, such as a wire, recess or flange. The covets may have one or more wings and/or one or more bosses which are received by the first and second elongated collet mounting structures. The collets may slide freely along the first and second elongated collet mounting structures.

An earring for a pierced ear includes an ornamental member and an earring post. The earring post includes a base, a first prong and a second prong. The earring post is made of a deformable metal so that the first prong and the second prong can be bent to secure the earring in an ear without requiring detachable pieces.

An earring set consisting of a primary and a secondary main body. One end of the primary main body can rotate towards the secondary main body. The other end (of the primary main body) has a fixed ear support, while one end of the secondary main body has a fixed vertical ear pin. The pin can go through the ear support and lock up into a fixed position.

An earring set consisting of a primary and a secondary main body. One end of the primary main body can rotate towards the secondary main body. The other end (of the primary main body) has a fixed ear support, while one end of the secondary main body has a fixed vertical ear pin. The pin can go through the ear support and lock up into a fixed position.