Abstract: An inductive charging station that induces an electric current in an electronic device thereby charging the electronic device. The inductive charging station generally includes a base, a vertical portion, and a top member. The base includes a charging module in electrical communication with a transmitter part disposed in the top member such that when the electronic device's receiver is in communication with the transmitter part, the receiver is in electrical communication with the system's charging module, thereby charging the electronic device. The top member defines a first member in pivotal communication within a bore disposed in a second member. In application, the second member is configured to pivot through a 360-degree angle such that the electronic device can be rotatably positioned with the second member.

Abstract: A cable management structure for application with an electronic apparatus, such as an Apple Watch device. The cable management structure having a housing and a main body portion. The main body portion includes an interior for receiving a prior art power adapter of a magnetic charging cable, the charging cable in communication with openings on a front plate of the main body portion. The openings sized to receive the plug arrangement to couple the main body portion having the power adapter with a mains power supply. The main body portion further defines a horizontal neck that extends perpendicular to the front plate, and a recess adjacent the neck and sized for receiving the connector of the charging cable. The neck for manually winding the cable of the charging cable.

Abstract: An inductive charging station that induces an electric current in an electronic device thereby charging the electronic device. The inductive charging station generally includes a base, a vertical portion, and a top member. The base includes a charging module in electrical communication with a transmitter part disposed in the top member such that when the electronic device's receiver is in communication with the transmitter part, the receiver is in electrical communication with the system's charging module, thereby charging the electronic device. The top member defines a first member in pivotal communication within a bore disposed in a second member. In application, the second member is configured to pivot through a 360-degree angle such that the electronic device can be rotatably positioned with the second member.

Abstract: A holder for an electronic device includes a head configured to removably receive and securely hold the electronic device. The head includes a first portion and a second portion that is slidably movable with respect to the first portion for adjustment to a size of the electronic device, wherein the first and second portions are biased toward each under a force of a spring. A damper is operatively positioned between the first portion and the second portion so as to dampen the movement of the second portion with respect to the first portion under the bias of the spring.

Abstract: A holder for an electronic device includes a head with elastically flexible portions configured to removably receive the electronic device with a snap-fit interlock, a neck for supporting the head relative to a surface, and a ball and socket connector coupling the neck to the head, the ball and socket connector configured to allow adjustment of the yaw, the pitch, and the roll of the electronic device with respect to the neck when the electronic device is coupled to the head.

Abstract: A holder for an electronic device includes a head with elastically flexible portions configured to removably receive the electronic device with a snap-fit interlock, a neck for supporting the head relative to a surface, and a ball and socket connector coupling the neck to the head, the ball and socket connector configured to allow adjustment of the yaw, the pitch, and the roll of the electronic device with respect to the neck when the electronic device is coupled to the head.

Abstract: A holder for an electronic device includes a head configured to removably receive and securely hold the electronic device. The head includes a first portion and a second portion that is slidably movable with respect to the first portion for adjustment to a size of the electronic device, wherein the first and second portions are biased toward each under a force of a spring. A damper is operatively positioned between the first portion and the second portion so as to dampen the movement of the second portion with respect to the first portion under the bias of the spring.

Abstract: A holder for an electronic device includes a head with elastically flexible portions configured to removably receive the electronic device with a snap-fit interlock, a neck for supporting the head relative to a surface, and a ball and socket connector coupling the neck to the head, the ball and socket connector configured to allow adjustment of the yaw, the pitch, and the roll of the electronic device with respect to the neck when the electronic device is coupled to the head.