Abstract: A component moving system may include a cart, and a component support assembly coupled to the cart. The component support assembly may include a component cradle moveable in first linear translational directions, second linear translational directions that are orthogonal to the first linear translational directions, third linear translation directions that are orthogonal to the first and second linear translational directions, and first rotational directions.

Abstract: A method and apparatus for moving a robotic vehicle relative to a structure. A set of tracks associated with a base of the robotic vehicle may be deployed. A number of attachment units associated with the set of tracks may be aligned with a corresponding portion of a number of structural members of the structure in a forward sequence as the set of tracks is deployed. The number of attachment units may be secured to the corresponding portion of the number of structural members in the forward sequence.

Abstract: A method for providing an endoscopic port includes inserting a distal portion of an expandable member into soft tissue in a patient's body. The distal portion of the expandable member is inflated to form a passageway in the soft tissue. A rigid tube member is delivered into the passageway formed by the expandable member through the inside of the inflatable member. A port is established between a proximal opening in the rigid tube member and a distal opening in the rigid tube member.

Abstract: A method for providing an endoscopic port includes inserting a distal portion of an expandable member into soft tissue in a patient's body. The distal portion of the expandable member is inflated to form a passageway in the soft tissue. A rigid tube member is delivered into the passageway formed by the expandable member through the inside of the inflatable member. A port is established between a proximal opening in the rigid tube member and a distal opening in the rigid tube member.

Abstract: The subject application is directed to display means adapted to interface with multiple personal electronic devices, such as personal data assistants, cellular telephones, laptops, and the like. An accessible display system includes shared display means and access control means in data communication with the shared display means. The access control means is in data communication with multiple associated mobile computing devices and selectively allows access to the shared display means from the associated mobile computing devices. The shared display means includes at least one of: a display of a fixed computing device, a display of a mobile computing device, and a mobile display, and is adapted for providing feedback to the associated mobile or fixed computing devices. The access control means may be built directly into a desktop computer or into a mobile monitor, or may be a stand alone device.

Abstract: A computer-based system supports testing and analysis of vision patients. The system employs a multi-media interface, high-resolution, flickerless color video displays for both a patient and a clinician. These displays work in concert with a computer-based system which includes software adapted to support a clinician testing a patient's visual capabilities. The system forms a component of a full medical office management facility which is extended to allow archiving of patient data, account information, office environment control, and patient education.