Abstract: An apparatus for lifting a cover from a spa or other housing includes a frame member having one end that is pivotally attached to the exterior of the housing. Another end of the frame member is pivotally and slidably coupled to the cover. In one embodiment, the frame member is pivotally and slidably coupled to the proximate cover portion via a pin attached to the proximate cover portion and extending through a slot defined by the frame member. A motor is likewise attached to the exterior of the housing and is pivotally coupled to the frame member. The motor causes the frame member to rotate thereby lifting the cover off of the housing.

Abstract: An apparatus for lifting a cover from a spa or other housing includes a frame member having one end that is pivotally attached to the exterior of the housing. Another end of the frame member is pivotally attached to the cover. A motor is likewise attached to the exterior of the housing and is pivotally coupled to the frame member. The motor causes the frame member to rotate thereby lifting the cover off of the housing.

Abstract: An apparatus for lifting a cover from a spa or other housing includes a frame member having one end that is pivotally attached to the exterior of the housing. Another end of the frame member is pivotally and slidably coupled to the cover. In one embodiment, the frame member is pivotally and slidably coupled to the proximate cover portion via a pin attached to the proximate cover portion and extending through a slot defined by the frame member. A motor is likewise attached to the exterior of the housing and is pivotally coupled to the frame member. The motor causes the frame member to rotate thereby lifting the cover off of the housing.

Abstract: An apparatus for lifting a cover from a spa or other housing includes a frame member having one end that is pivotally attached to the exterior of the housing. Another end of the frame member is pivotally attached to the cover. A motor is likewise attached to the exterior of the housing and is pivotally coupled to the frame member. The motor causes the frame member to rotate thereby lifting the cover off of the housing.

Abstract: An automated fiber optic inspection system consists of a inspection station having a motion control system that moves a camera in three dimensions in response to motion control software that is integrated with inspection software. The inspection system automatically inspects fiber optic connectors located in a fixture and moves the camera from one connector to the other in the fixture until all connectors have been inspected. The system stores motion profiles for various types of fixtures.

Abstract: An automated fiber optic inspection system consists of an inspection station having a motion control system that moves a camera in three dimensions in response to motion control software that is integrated with inspection software. The inspection system automatically inspects fiber optic connectors located in a fixture or installed in housings on a fiber optic card or board and moves the camera from one connector to the other in the fixture or card until all connectors have been inspected. The system stores motion profiles for various types of fixtures and cards.

Abstract: An automated fiber optic inspection system consists of an inspection station having a motion control system that moves a camera in three dimensions in response to motion control software that is integrated with inspection software. The inspection system automatically inspects fiber optic connectors located in a fixture or installed in housings on a fiber optic card or board and moves the camera from one connector to the other in the fixture or card until all connectors have been inspected. The system stores motion profiles for various types of fixtures and cards.

Abstract: An automated fiber optic inspection system consists of a inspection station having a motion control system that moves a camera in three dimensions in response to motion control software that is integrated with inspection software. The inspection system automatically inspects fiber optic connectors located in a fixture and moves the camera from one connector to the other in the fixture until all connectors have been inspected. The system stores motion profiles for various types of fixtures.

Abstract: An apparatus and method for polishing, especially adapted for polishing fiber optic connectors and similarly configured industrial components. The polishing apparatus includes a first stage having a first mounting member and a first staging member supported on the first mounting member for reciprocal movement along a first path; a second stage having a second mounting member supported on the first staging member and a second staging member supported on the second mounting member for reciprocal movement along a second path in angular relation to the first path; a polishing member mounted on the second staging member; and a drive mechanism operable to simultaneously reciprocate the first and second staging member along their respective paths so that the polishing member traces a predetermined pattern.

Abstract: A method and machine for polishing, especially adapted for polishing fiber optic connectors and similarly configured industrial components. The polishing machine includes a first stage having a first mounting member and a first staging member supported on the first mounting member for reciprocal movement along a first path; a second stage having a second mounting member supported on the first staging member and a second staging member supported on the second mounting member for reciprocal movement along a second path in angular relation to the first path; a polishing member mounted on the second staging member; and a drive mechanism operable to simultaneously reciprocate the first and second staging member along their respective paths so that the polishing member traces a predetermined pattern.

Abstract: A machine or apparatus for polishing, especially adapted for polishing fiber optic connectors and similarly configured industrial components. The polishing apparatus includes a first stage having a first mounting member and a first staging member supported on the first mounting member for reciprocal movement along a first path; a second stage having a second mounting member supported on the first staging member and a second staging member supported on the second mounting member for reciprocal movement along a second path in angular relation to the first path; a polishing member mounted on the second staging member; and a drive mechanism operable to simultaneously reciprocate the first and second staging members along their respective paths so that the polishing member traces a predetermined pattern.

Abstract: A method and machine for polishing, especially adapted for polishing fiber optic connectors and similarly configured industrial components. The polishing machine includes a first stage having a first mounting member and a first staging member supported on the first mounting member for reciprocal movement along a first path; a second stage having a second mounting member supported on the first staging member and a second staging member supported on the second mounting member for reciprocal movement along a second path in angular relation to the first path; a polishing member mounted on the second staging member; and a drive mechanism operable to simultaneously reciprocate the first and second staging member along their respective paths so that the polishing member traces a predetermined pattern.

Abstract: A method for creating and maintaining a substantially perfect figure eight polishing pattern for polishing fiber optic connectors and similarly configured industrial components. The method is capable of simultaneously performing this figure eight polishing pattern on the multiplicity of such connectors and components. Moreover, the specific embodiment disclosed includes a computer program that controls the method. By simultaneously polishing a minimum of forty-eight fiber optic connectors, or similarly configured industrial components, with a polish being better than any now capable of being obtained by the prior art, this invention enables the output of polished fiber optic connectors and similarly configured industrial components to be increased three to four fold over currently employed polishing method while significantly reducing the cost of such polishing.

Abstract: An apparatus for creating and maintaining a substantially perfect figure eight polishing pattern for polishing fiber optic connectors and similarly configured industrial components. The apparatus is capable of simultaneously performing this figure eight polishing pattern on the multiplicity of such connectors and components. Moreover, the specific embodiment disclosed includes a computer program that controls the apparatus. By simultaneously polishing a minimum of forty-eight fiber optic connectors, or similarly configured industrial components, with a polish being better than any now capable of being obtained by the prior art, this invention enables the output of polished fiber optic connectors and similarly configured industrial components to be increased three to four fold over currently employed polishing apparatus while significantly reducing the cost of such polishing.

Abstract: This invention consists of a process to create and maintain a perfect Figure 8 polishing pattern for polishing fiber optic connector end faces and the apparatus used to perform this process simultaneously on a multiplicity of fiber optic connectors, and similarly configured industrial components.