Abstract: A system for identifying a change in a load of a commercial vehicle, the commercial vehicle including an electronic stability program with at least one inertial sensor and a control unit for estimating a mass of the commercial vehicle and/or the load, including: a device for querying sensor data of the at least one inertial sensor; and an evaluation unit which is configured to identify the load change if the queried sensor data exceed a variation range, and inform the control unit of the identified load change to allow the load change to be taken into account in the estimation of the mass. Also described are a related commercial vehicle, method, and computer readable medium.

Abstract: A mobile device has a display that supports gesture-based control operations. Computers maintain connections to a remote access service. The user desires to copy and/or move resources between first and second of his connected computers. After receipt of data indicating a first gesture requesting an operation with respect to the resource, an overview of one or more target devices is displayed. The overview is a folder level view of all folders and files located on the target devices. In addition, an additional display element is shown. This element is a representation of the resource from which the operation has been requested. The element is displayed as an overlay, and it is adapted to be selectively positioned in the overview using a gesture. Upon receipt of data indicating a second gesture positioning the representation over an available location within a computer connected to the service, the operation is completed.

Abstract: The invention relates to an imaging optical inspection setup for inspecting a sample (5). Said inspection setup comprises a source of light (3) illuminating a specified portion of the sample surface by non-collimated light (4) in a plane of illumination, at least one pinhole (7) arranged in a path of reflected light (4?) reflected from said portion and/or in a path of transmitted light (4?) travelling through the entire thickness of the sample (5) in said sample portion, said pinhole (7) extending at least in the plane of illumination, and at least one screen and/or at least one position-sensitive detector system (8) arranged in the path of light (4?, 4?) passing through said pinhole (7) and adapted to intercept said light (4?, 4?), said detector system (8) being susceptible of sensing light intensity distribution along at least a line.

Abstract: A file transfer method is operative in a mobile computing device having a display interface that supports gesture-based control operations. The mobile computing device includes a remote access client. One or more other computers associated with the user each maintain connections to a Web-based remote access service. The user desires to copy and/or move resources between first and second of his or her connected computers. According to the file transfer method, after receipt of data indicating a first gesture requesting a copy or move operation with respect to the resource in the file system, an overview of one or more target devices is displayed. The overview is a folder level view of all folders and files located on the target devices, which are the one or more other computers also having a connection (or capable of having a connection) to the Web-based remote access service. In addition to displaying the folder-level view, an additional display element is shown.

Abstract: The invention relates to an imaging optical inspection setup for inspecting a sample (5). Said inspection setup comprises a source of light (3) illuminating a specified portion of the sample surface by non-collimated light (4) in a plane of illumination, at least one pinhole (7) arranged in a path of reflected light (4?) reflected from said portion and/or in a path of transmitted light (4?) travelling through the entire thickness of the sample (5) in said sample portion, said pinhole (7) extending at least in the plane of illumination, and at least one screen and/or at least one position-sensitive detector system (8) arranged in the path of light (4?, 4?) passing through said pinhole (7) and adapted to intercept said light (4?, 4?), said detector system (8) being susceptible of sensing light intensity distribution along at least a line.