Abstract: Transfer rings for use in coating substrates and methods of utilizing same are disclosed. The transfer rings disclosed herein are useful in efficiently moving a plurality of substrates between different process chambers. For instance, the transfer rings are designed to collectively move a plurality of stents between coating and sintering chambers.

Abstract: A portable communication device includes a base assembly, a flip assembly and an intermediate assembly operatively coupled to the base assembly and the flip assembly by a dual sliding flip hinge assembly. The dual sliding flip hinge assembly is configured to facilitate sliding motion of the intermediate assembly along a first direction and along a second direction that is perpendicular to the first direction. The dual sliding flip hinge assembly further facilitates rotation of the intermediate assembly upon sliding along the second direction. The base assembly, flip assembly and intermediate assembly may be configured to include respective displays and/or touch-input devices to provide a portable communication device with increased display area and/or control area with a smaller footprint often associated with conventional clamshell or slider portable communication devices.

Abstract: A hinge assembly includes a first frame member having two spaced-apart portions with a first pair of opposing cam slots defining a first cam path. A second frame member has two spaced-apart portions with a second pair of opposing cam slots defining a second cam path and a second cam pin in the second pair of opposing cam slots. A first cam pin is in the first pair of opposing cam slots and moves along the pin cam path. A second cam pin is in the second pair of opposing cam slots and moves along the second cam path. The frame members are configured to move between a closed position and an open position as the first and second cam pins move in the respective first and second cam paths when the first and second frame members are rotated between the closed position and the open position.

Abstract: A hinge assembly for a mobile communications device includes a first frame member having two spaced-apart portions with a first pair of opposing cam slots defining a first cam path. A second frame member has two spaced-apart portions with a second pair of opposing cam slots defining a second cam path and a second cam pin in the second pair of opposing cam slots. A first cam pin is in the first pair of opposing cam slots and is configured to move along the pin cam path. A second cam pin is in the second pair of opposing cam slots and configured to move along the second cam path. A third pin extends between the two spaced-apart portions of the first frame member. A fourth pin extends between the two spaced-apart portions of the second frame member. At least first and second links are provided such that the first link has a first end rotatably connected to the first cam pin and an opposite second end rotatably connected to the fourth pin.

Abstract: A portable communication device includes a base assembly, a flip assembly and an intermediate assembly operatively coupled to the base assembly and the flip assembly by a dual sliding flip hinge assembly. The dual sliding flip hinge assembly is configured to facilitate sliding motion of the intermediate assembly along a first direction and along a second direction that is perpendicular to the first direction. The dual sliding flip hinge assembly further facilitates rotation of the intermediate assembly upon sliding along the second direction. The base assembly, flip assembly and intermediate assembly may be configured to include respective displays and/or touch-input devices to provide a portable communication device with increased display area and/or control area with a smaller footprint often associated with conventional clamshell or slider portable communication devices.