Abstract: A first portion of printer firmware of a printer is provided to a computing device. The first portion of printer firmware is operable on the printer as a function of at least one application programming interface. A second portion of printer firmware, which is different from the first portion of printer firmware, is provided to the printer, but not provided to the computing device. A programming code is provided to the computing device. The programming code runs on the computing device and interfaces with the first portion of printer firmware provided to the computing device so as to cause the computing device to emulate the printer running the programming code, thereby accurately representing a printer output and the functioning of the printer when the computing device and the printer cannot communicate with each other.

Abstract: A system and method are provided for accurately emulating a printer on a computing device that is not connected to the printer. The computing device is provided with firmware and programming code that interfaces with the firmware for a customized printing operation. The firmware is provided with the printer and the computing device. The programming code is provided with the computing device, and the computing device runs the programming code. The programming code interfaces with the firmware provided with the computing device and causes the computing device to emulate the printer, when the printer runs the programming code. The computing device and the printer are not connected.

Abstract: A method for manufacturing an engine component includes forming the component by deposition of powder, which is melted by a heat source, in subsequent Layers to form the component into a desired shape, the component having an outer surface, and re-melting at least part of the outer surface.

Abstract: A system and method for providing formatted content in a user-defined print area. In one or more embodiments, a database is stored on one or more processor readable media that are operatively coupled to one or more processors. A computing device associated with the one or more processors provides a user interface for defining at least one user-defined print area. The computing device provides one or more prompts for one or more parameters associated with the at least one user-defined print area. The one or more processors stores at least one of the one or more parameters received in response to at least one of the one or more prompts, and the one or more processors formats content provided in the user-defined print area in accordance with the at least one parameter of the one or more parameters. The formatted content is output by at least one printing device.

Abstract: A system and method are provided for accurately emulating a printer on a computing device that is not connected to the printer. The computing device is provided with firmware and programming code that interfaces with the firmware for a customized printing operation. The firmware is provided with the printer and the computing device. The programming code is provided with the computing device, and the computing device runs the programming code. The programming code interfaces with the firmware provided with the computing device and causes the computing device to emulate the printer, when the printer runs the programming code. The computing device and the printer are not connected.

Abstract: A method for manufacturing an engine component includes forming the component by deposition of powder, which is melted by a heat source, in subsequent Layers to form the component into a desired shape, the component having an outer surface, and re-melting at least part of the outer surface.

Abstract: The present invention relates to an arrangement for calculation and presentation of transferred vibration dose from a handheld machine to the hand of a user, wherein a sensor unit 2 is arranged in the palm 9 of the user. The sensor unit is integrated in a thin textile 1, designed to be worn under a protective glove or similar. The sensor unit 2 may be alternated between different positions in the user's palm 9. The presentation unit 4 communicates wirelessly with an analyzing unit 8 and comprises a fastening device 5 to be fastened around the sleeve of an outdoor garment.

Abstract: The invention relates to a dosimeter for vibration measurements for a driver of a vehicle. The dosimeter is adapted to be attached to at a superficial skeleton part of the body of a driver, for the best possible vibration measurements. The dosimeter measures and stores the body vibrations, measured on the body, during the working day of the driver. A driver can immediately observe if a limit value or an input value is exceeded.

Abstract: Method for manufacturing a hollow blade configured to function as a stator or rotor component and having at least one support element positioned between two opposite blade walls, and joined together by welding. The support element is joined together with at least one of the blade walls by means of laser-welding from the outside of the blade in such a way that the joined-together portions of the support element and the blade wall form a T-shaped joint.