Abstract: An automated test equipment for testing one or more devices under test is configured to receive, from a device under test, a command requesting a measurement of one or more physical quantities. The automated test equipment is configured to perform or initiate the measurement of the one or more physical quantities in response to the command provided by the device under test, and the automated test equipment is configured to provide a measurement result signaling to the device under test, to thereby signal a measurement result requested by the device under test. A device under test, methods and a computer program are also described.

Abstract: An automated test equipment for testing a device under test comprises a trigger line which is controllable by the device under test (or, equivalently, by a test case which may, for example, be executed on the device under test). The automated test equipment is configured to update one or more tester resources in response to an activation of the trigger line by the device under test (or, equivalently, by a test case which may, for example, be executed on the device under test).

Abstract: An automated test equipment for testing one or more devices under test is configured to receive, from a device under test or from a test case, a command requesting an update of one or more tester resources. The automated test equipment is configured to update one or more tester resources in response to the command provided by the device under test or by the test case. The automated test equipment is configured to provide an acknowledge signaling to the device under test or to the test case, to thereby signal a completion of a tester resource update requested by the device under test or by the test case. A device under test, methods and a computer program are also described.

Abstract: Aspects relate to a method for reconstructing a digital volume tomography (DVT) imaging in the dental field including (S1) estimating the projection geometry from the sinogram of a patient imaging using motion artifact compensation (MAC); (S2) reconstructing a first volume using the estimated projection geometry; (S3) detecting the metal regions in the sinogram and in the first volume using the first volume and the estimated projection geometry; (S4) correcting the metal regions in the sinogram and generating a corrected sinogram; (S5) reconstructing a second volume with the estimated projection geometry and the corrected sinogram; and (S6) correcting the metal regions in the second volume.

Abstract: Compounds of formula (I), processes for their production and their use as pharmaceuticals are described herein.

Abstract: The present invention relates to a method for purification of a polymer material from plastic waste, wherein said polymer material comprises at least one target polymer, at least one non-target polymer and at least one impurity, wherein the method comprises the steps of providing said plastic waste in solid form; dissolving said polymer material; optionally, a first liquid-solid separation step; optionally, adding at least one additive; precipitating the at least one impurity and the at least one non-target polymer from the solution; optionally, adding at least one additive; separating the precipitate; optionally, adding at least one additive and separating the at least one additive and adsorbed remaining impurities; removing the residual solvent and, optionally degassing the purified target polymer material. The present invention further relates to a recyclate obtainable by said method.

Abstract: An adjusting apparatus for a comfort element swingable in relation to a support structure, in particular for an armrest of a vehicle, includes a latching device actuatable by adjusting the comfort element and having a latching arm connected to the comfort element and a latching lever interacting with the latching arm. A swing position of the comfort element is locked by providing a locking lever which is swingably articulated to the latching arm and has an engagement portion which locks the swing position by a spring force, when the engagement portion assumes an engagement position with a locking portion of a locking element that is fixed to the support structure, and the swing position of the comfort element is unlocked by an actuator by which the locking lever is disengageable from the engagement position with the locking element.

Abstract: An adjusting apparatus for a comfort element swingable in relation to a support structure, in particular for an armrest of a vehicle, includes a latching device actuatable by adjusting the comfort element and having a latching arm connected to the comfort element and a latching lever interacting with the latching arm. A swing position of the comfort element is locked by providing a locking lever which is swingably articulated to the latching arm and has an engagement portion which locks the swing position by a spring force, when the engagement portion assumes an engagement position with a locking portion of a locking element that is fixed to the support structure, and the swing position of the comfort element is unlocked by an actuator by which the locking lever is disengageable from the engagement position with the locking element.