Abstract: An approach is provided for an augmented reality user interface. An image representing a physical environment is received. Data relating to a horizon within the physical environment is retrieved. A section of the image to overlay location information based on the horizon data is determined. Presenting of the location information within the determined section to a user equipment is initiated.

Abstract: An approach is provided for an augmented reality user interface. An image representing a physical environment is received. Data relating to a horizon within the physical environment is retrieved. A section of the image to overlay location information based on the horizon data is determined. Presenting of the location information within the determined section to a user equipment is initiated.

Abstract: An approach is provided for controlling access based at least in part on augmented reality. Images and/or signals representing motion by a user in a physical environment are received. An electronic determination is made whether the motion corresponds to a predetermined motion. Access is granted to a resource based at least in part upon the determination.

Abstract: An approach is provided for an augmented reality user interface. An image representing a physical environment is received. Data relating to a horizon within the physical environment is retrieved. A section of the image to overlay location information based on the horizon data is determined. Presenting of the location information within the determined section to a user equipment is initiated.

Abstract: A method and apparatus for manufacturing an optical workpiece. In the method at least one side of the workpiece is coated. The workpiece is handled through a jig attached non-detachably to an optical area of the workpiece.

Abstract: A method and equipment for producing an optical piece. The method comprises coating an optical work piece with at least one functional coating and dispensing the coating material onto the optical work piece by a microjet printer. Finally, a plural number of optical pieces are detached from the coated work piece.

Abstract: A method for manufacturing eyeglasses. In the method a preform for the eyeglasses is injection moulded of transparent plastic, the preform comprising lens areas and a frame connecting them and arranged seamlessly thereto, and a computer-controlled printing is performed on the preform for providing one or more functional and/or decorative coatings, the printing being directed at least to the lens areas. The computer-controlled printing in also directed to the frame. Thus, the outline of a frame area is printed. In a second embodiment of the invention, there is injection moulded an eyeglass frame that forms a continuous, endless and elastic component around the lens holes. The lens holes are compressible around the lenses fitted in the lens holes. Computer-controlled printing is directed to the frame for providing one or more functional and/or decorative coatings.

Abstract: An approach is provided for an augmented reality user interface. An image representing a physical environment is received. Data relating to a horizon within the physical environment is retrieved. A section of the image to overlay location information based on the horizon data is determined. Presenting of the location information within the determined section to a user equipment is initiated.