Abstract: A method for sending messages from a vehicle to a receiver during travel by the vehicle is disclosed. The method includes (i) estimating a first future trajectory of the vehicle, (ii) sending trajectory information about the first trajectory to the receiver, (iii) determining a deviation of an actual position of the vehicle from a position predicted by the first trajectory, (iv) estimating a second future trajectory, and (v) sending trajectory information about the second trajectory to the receiver if the deviation is greater than a threshold value.

Abstract: A data management device for a two-wheeled vehicle, in particular an e-bike, pedelec, or the like, for the management and/or the diagnosis of operating data of the two-wheeled vehicle. The device includes a first communication interface for wireless communication with wireless two-wheeled vehicle devices of the two-wheeled vehicle, a second communication interface designed for communication with at least one two-wheeled vehicle system device, a third communication interface for the in particular authenticated and/or encrypted communication with a diagnostic device for the at least partial provision, modification, deletion, and/or retrieval of operating data of the two-wheeled vehicle, and a data management component for the management of operating data of wireless two-wheeled vehicle devices. The data management component being connected to the third communication interface and being designed to receive, to modify, to delete, and/or to provide operating data.

Abstract: The method for testing an electronic control device containing a microcomputer and a volatile memory for programs processed in the microcomputer includes transferring a program module for testing to the microcomputer (14) via a serial interface (SSO) prior to the testing, the program module including commands for executing individual data reading and writing operations in the control device (12) in response to respective test commands; writing the program module into the volatile memory (Code RAM) in the control device (12) prior to the testing; receiving test instructions including several test commands in the microcomputer (14) from an external test device (10) via the serial interface (SSO); processing the program module by the microcomputer (14) to test the control device (12); triggering a number of the individual data reading and writing operations in the control device (12) via the several test commands received in the control device (12); transferring data generated in the control device (12) during t

Abstract: In order to make a tension member (1) substantially removable from the ground or from a structure, a central element (2) thereof is completely severed. If the tension member is to be further weakened, at least one outer element (3) is also severed besides the central element. A supporting contrivance (5) is applied to the tension member either around the point of separation (4) of the central element or around both points of separation (4, 6) of the central element and of the outer element. By application of a load, the tension member is torn apart near the point or points of separation so that the major part of the tension member can be pulled out of the ground or structure and, if need be, reused.

Abstract: The tension elements (4) of a tension member of steel are anchored at their ends in an anchor body (1), through whose bores (2) running parallel to one another are led, by means of wedge clamps (3). The diameter (D) of each bore (2) in its section (2c) is constant and larger than that (d) of the tension element (4). For the purpose of taking-up of deflecting forces, an elastically yielding ring (5) is provided for in the deflection region of the anchor body (1), which ring is accommodated in a circular recess (11) in the wall of the exit end (2b) of each bore (2). In the deflection region of the spreader ring (9), where the tension elements (4) run together into a bunch, an insert (10) is provided for, the material of which is softer than that of the spreader ring (9) or of the tension elements (4). Likewise the material of the ring (5) is softer than the material of the anchor body (1) or of the tension elements (4).