Abstract: A system, process, and method for modeling a building automation system is provided that permits a control program to easily and efficiently add field devices, gather data from, and provide data to field devices, iterate though all field devices in a hierarchical structure, poll the field devices, evaluate the results, and react accordingly.

Abstract: A system, process, and method for modeling a building automation system is provided that permits a control program to easily and efficiently add field devices, gather data from, and provide data to field devices, iterate though all field devices in a hierarchical structure, poll the field devices, evaluate the results, and react accordingly.

Abstract: The invention relates to a device for measuring properties of a textile test specimen in a measuring gap (2), in which the textile test specimen is introduced, the measuring gap being formed by two walls. In order to provide a device of the type described, with which adjustment of the guide is simplified and with which the test specimen is nevertheless guided with sufficient accuracy, there is provided in the measuring gap a guide element (15) for the test specimen, which is associated with a wall and adjusted in a stationary manner relative to said wall.

Abstract: A revolving body (1) with a circumferential surface (2) and two end faces is provided for inserting twist into a midportion of a longitudinally moving elongate strand of filamentary material. In order to produce a revolving body into which the elongate strand can be introduced very easily and which is also suitable for automated introduction of the strand, this body is provided with a groove which is open towards the circumferential surface and the end face so as to take up the elongate strand in the region of a longitudinal axis and is configured to deflect the strand away from the longitudinal axis.