Abstract: A method for commissioning an actuator (1), includes querying and inputting operating parameters of the actuator (1) one after the other in an interactive menu structure, with at least one path which determines the operating parameters to be queried one after the other being defined in the menu structure, and an acknowledgement of a parameter input causing a jump along the defined path to the next parameter input, in particular wherein the path connects a plurality of branches of the menu structure.

Abstract: The invention relates to a display unit which is designed to display a current actuating position of an actuating drive coupled to a valve of a fitting by means of a variable graphical element, wherein the graphical element is shown rotated by a corresponding rotation angle in reaction to a sensor with which the current actuation position is determined.

Abstract: The invention relates to a method for producing a gasket on a component using a shaping tool, wherein the material used for the gasket is a UV-curable sealing or gasket material, and wherein the shaping tool comprises an upper face and a lower face and at least one cavity which is open toward the lower face of the shaping tool and which is provided for filling with the gasket material, and wherein furthermore the shaping tool is made of a UV-transparent material at least in the region of the cavity, comprising the following steps in the order indicated: 1. introducing the gasket material into the cavity of the shaping tool; 2. placing the component onto the lower face of the tool provided with the gasket material; 3. pressing the component onto the tool; 4. curing the gasket material by way of UV irradiation; and 5. removing the tool from the component and the gasket joined thereto. The invention further relates to a shaping tool for use in such a method.

Abstract: The invention relates to a method for producing a gasket on a component using a shaping tool, wherein the material used for the gasket is a UV-curable sealing or gasket material, and wherein the shaping tool comprises an upper face and a lower face and at least one cavity which is open toward the lower face of the shaping tool and which is provided for filling with the gasket material, and wherein furthermore the shaping tool is made of a UV-transparent material at least in the region of the cavity, comprising the following steps in the order indicated: 1. introducing the gasket material into the cavity of the shaping tool; 2. placing the component onto the lower face of the tool provided with the gasket material; 3. pressing the component onto the tool; 4. curing the gasket material by way of UV irradiation; and 5. removing the tool from the component and the gasket joined thereto. The invention further relates to a shaping tool for use in such a method.

Abstract: During the heating of glass melting furnaces having a combustion chamber with regenerators for preheating oxidation gases, with port necks that open into the combustion chamber, with primary burners and with secondary burners that are installed in a cascade arrangement relative to the primary burners, the secondary burners are operated as cascade burners with a relatively low proportion of the fuel, the secondary fuel. Flames are thereby created in over- and sub-stoichiometric conditions and the flame gases formed are mixed with one another so that the complete combustion process in the combustion chamber is more or less stoichiometric. The secondary fuel is supplied by the secondary burners to a step, installed in the port neck.

Abstract: During the heating of glass melting furnaces having a combustion chamber with regenerators for preheating oxidation gases, with port necks that open into the combustion chamber, with primary burners and with secondary burners that are installed in a cascade arrangement relative to the primary burners, the secondary burners are operated as cascade burners with a relatively low proportion of the fuel, the secondary fuel. Flames are thereby created in over- and sub-stoichiometric conditions and the flame gases formed are mixed with one another so that the complete combustion process in the combustion chamber is more or less stoichiometric. The secondary fuel is supplied by the secondary burners to a step, installed in the port neck.