Abstract: The invention relates to a sheet flashing member for a frame structure of a roof window or a similar roof penetrating building structure that comprises adaptable corner segments. The sheet flashing member comprises a sheet section (40) and first and second corner segments (20, 30). At least one of said corner segments at a surface thereof comprises at least one indication (22, 32, 34, 38), a visible indication or a weakening section, indicating a pattern, such that at least a part of the sheet section may be separated from the remaining part of the flashing member along the indication, which allows an adaptation of the corner segment by selecting between two different configurations for the corner segment e.g. whether it is to be used between a window and the surrounding roof or between two neighbouring windows.

Abstract: The invention relates to a method for collecting data from a wind turbine plant, where data are collected regularly, where the data having been collected are stored, where correctins are performed on the data stored, but by maintaining the originally collected data being stored, and where reports are generated for presenting selected data in a plurality of types of reports. Thereby, it is possible to control a wind turbine plant both in relation to originally collected data and in relation to possible corrections made to the data.

Abstract: The present invention relates to a method for reducing agglomeration, sintering and deposit formation resulting from the gasification or combustion of a solid carbonaceous fuel material comprising a combustible portion and a non combustible inorganic portion, which non combustible inorganic portion comprises 4 to 50 parts by weight of Kw+Naw, and 0 to 40 parts by weight of Siw, wherein Kw is potassium, Naw is sodium, and Siw is silicon, all calculated in parts by weight of the elements per 100 parts by weight of the inorganic portion, and optionally also chloride, phosphorus, calcium and sulphur which method is characterised in adding to the fuel before or during the gasification or combustion, Padded parts by weight of phosphorus compound calculated as P wherein the amount Padded is calculated in accordance with the formula I Padded=q1×(31/39 Kw+31/23 Naw−Pw−31/35,4 Clw)  (I) wherein q1=0.