Abstract: A method for calibrating an additive manufacturing system for manufacturing a hybrid article is provided. The additive manufacturing system includes at least one measuring device and a build plate. The build plate includes at least one fixture having a base device and at least one calibration feature, wherein the calibration feature is arranged to have its position determined by the at least one measuring device. The method includes measuring a position of the at least one calibration feature using the at least one measuring device and determining a relative position between the measuring device the at least one calibration feature. The method further includes determining the relative position between the measuring device and each corresponding base device, based on the relative position between the measuring device and the calibration feature, and calibrating the additive manufacturing system based on the determined relative positions.

Abstract: A method for determining a position of a base device in an additive manufacturing device is provided. The method includes positioning a position determining device, PDD, on the base device, such that the PDD protrudes from the base device after positioning, wherein the PDD includes an edge. The method further includes determining the position of the PDD based on the edge of the PDD, and based on the position of the PDD, determining the position of the base device.

Abstract: A method for manufacturing an article requiring support on top of a base device using an additive manufacturing process in an additive manufacturing device having a build plate, is provided. The build plate includes a receptacle arranged for receiving the base device and an insert, provided in proximity to the base device. The insert is arranged for having a support for the article manufactured thereon. The method includes the step of manufacturing the article on top of the base device, and manufacturing the support for the article on top of the insert.

Abstract: A method for manufacturing an article on top of a base device with an additive manufacturing device, having a build plate, using an additive manufacturing process is provided. The method includes positioning the base device on the build plate and providing a cover layer on the build plate, wherein the cover layer has a recess for the base device. The method further include manufacturing the article on top of the base device.

Abstract: The invention relates to the coating of a particulate filter used in the treatment of exhaust or waste gases. In the manufacturing of the coating according to the invention, there is used a liquid-based sol, where the average particle size of the contained particles is below 100 nm, preferably below 50 nm.

Abstract: An example apparatus is provided. The apparatus may include a display, a processor configured to control the display. The display may be controlled to present a first ordered list of graphical icons in a first portion of the display and a second ordered list of graphical icons in a second portion of the display. The display may also be controlled to present a user input configured to control transfer of a data type from a first storage device by changing the visual configuration of the graphical icons in the first ordered list of graphical icons that represent and indicate a particular data type and configured to control transfer of a data type by a second storage device by changing the visual configuration of the graphical icons in the second ordered list of graphical icons that represents and indicates that data type. Example methods are also provided.

Abstract: A substrate has corrugated sheet(s) and channel(s) for treating exhaust gases of combustion engines. The present invention also relates to methods for manufacturing and using the substrate having the open channel(s). The substrate (1) includes at least one corrugated sheet (3) having depressions (3d) and one flat wire mesh sheet (2) having depressions (2d) which is connected to the corrugated sheet (3) and between the flat wire mesh sheet (2) and the corrugated sheet (3) there are at least partially open channels (POC) for exhaust gas (EG) flow, and the depth of depression (2d) of the flat wire mesh sheet (2) is 0.05-2.0 mm smaller than the height of the corrugation (3c) of the corrugated sheet (3).

Abstract: An apparatus including: a display; a processor configured to control the display to display: a first ordered list of graphical icons in a first portion of the display wherein each graphical icon represents and indicates a different data type and wherein graphical icons are user configurable to have either a first visual configuration that indicates enabled transfer from a first storage device to a second storage device of the data type indicated by the icon or a second visual configuration that indicates disabled transfer from the first storage device of the data type indicated by the icon; a second ordered list of graphical icons in a second portion of the display wherein each graphical icon represents and indicates a different data type and wherein graphical icons are user configurable to have either a first visual configuration that indicates enabled transfer from the second storage device to the first storage device of the data type indicated by the icon or a second visual configuration that indicates dis

Abstract: The invention relates to an exhaust gas flow regulator installed in an exhaust pipeline and to an exhaust pipeline with such an regulator installed therein. The invention also relates to the manufacture and use of the exhaust gas flow regulator and the exhaust pipeline. The exhaust gas flow regulator (2, 12, 22) according to the invention comprises catalytic corrugated metal plates (2f) with the corrugation direction of their folds being in an angle towards the average flow direction of the exhaust gas (G) for regulating the exhaust gas flow at least in the lateral direction.

Abstract: The invention relates to an exhaust gas flow equalizer installed in an exhaust manifold and to an exhaust manifold with such an equalizer installed therein. The invention also relates to the manufacture and use of the exhaust gas flow equalizer and the exhaust manifold. The exhaust gas flow equalizer (2) according to the invention includes catalytic corrugated metal plates (2f) placed cross-wise to each other with the corrugation direction of their folds being in an angle towards the average flow direction of the exhaust gas (G) for equalizing the exhaust gas flow at least in the lateral direction.

Abstract: The invention relates to an apparatus for treating diesel exhaust gases including a diesel particulate filter. The invention also relates to a method for manufacturing and using such an apparatus. A particulate filter (DFP) according to the invention has a coating, there is used a sol having the average particle size of the particles below 100 nm, preferably below 50 nm and that a particulate oxidation and that a particulate oxidation catalyst (POC) has been connected in front of the particulate filter in relation to the flow direction of the exhaust gas, which includes at least partially open channels for leading the exhaust gas.

Abstract: The invention relates to the coating of a particulate filter used in the treatment of exhaust or waste gases. In the manufacturing of the coating according to the invention, there is used a liquid-based sol, where the average particle size of the contained particles is below 100 nm, preferably below 50 nm.

Abstract: The present invention relates a substrate having corrugated sheet(s) and channel(s) for treating exhaust gases of combustion engines. The present invention also relates to methods for manufacturing and using said substrate having said open channel(s). The substrate (1) comprises at least one corrugated sheet (3) having depressions (3d) and one flat wire mesh sheet (2) having depressions (2d) which is connected to said corrugated sheet (3) and between said flat wire mesh sheet (2) and said corrugated sheet (3) there are at least partially open channels (POC) for exhaust gas (EG) flow, and the depth of depression (2d) of said flat wire mesh sheet (2) is 0.05-0.5 mm smaller than the height of the corrugation (3c) of said corrugated sheet (3).

Abstract: A substrate has corrugated sheet(s) and channel(s) for treating exhaust gases of combustion engines. The present invention also relates to methods for manufacturing and using the substrate having the open channel(s). The substrate (1) includes at least one corrugated sheet (3) having depressions (3d) and one flat wire mesh sheet (2) having depressions (2d) which is connected to the corrugated sheet (3) and between the flat wire mesh sheet (2) and the corrugated sheet (3) there are at least partially open channels (POC) for exhaust gas (EG) flow, and the depth of depression (2d) of the flat wire mesh sheet (2) is 0.05-2.0 mm smaller than the height of the corrugation (3c) of the corrugated sheet (3).

Abstract: The invention relates to a metal net for use in gas treatment and an gas treatment equipment including this metal net and a method for cleaning exhaust gases of engines. The invention also relates to equipment for manufacturing such a metal net. The equipment according to the invention is particularly suitable as a catalyzer for small engines.

Abstract: A method for contact drying a paper web, wherein the paper web is dried by heated smooth-faced drying cylinders by passing the web through successively arranged so-called normal groups with single-wire draw in which drying cylinders are situated in a first row and reversing suction cylinders or equivalent suction rolls are situated in a second row. Thereafter, the web is dried by passing it through a hybrid dryer group which hybrid dryer group consists of a normal portion with single-wire draw and a portion with twin-wire draw, one of the wires in the twin-wire portion constituting the wire of the portion with single-wire draw whereas the other wire in the twin-wire portion is a separate wire. The invention also relates to a dryer section of a paper machine wherein the initial part includes successively arranged so-called normal groups with single-wire draw after which one hybrid dryer group is provided, in which there is a portion with single-wire draw and a portion with twin-wire draw.