2s-ip Schramm Schneider Bertagnoll Patent- und Rechtsanwälte Part mbB

This invention is about a method for determining the dose rate Ḣ of nuclear radiation field, namely a gamma radiation field, with a radiation detection system (RDS), comprising a scintillator, a photodetector, an amplifier and a pulse measurement electronics, said pulse measurement electronics including a sampling analog to digital converter, where the nuclear radiation deposes at least some of its energy in the scintillator, thereby producing excited states in the scintillation material, said excited states decaying thereafter under emission of photons with a decay time τ, said photons being absorbed by the photodetector under emission of electrons, those electrons forming a current pulse, said current pulse being amplified so that the resulting current signal can be processed further in order to determine the charge of the pulse measured, this charge of the pulse being proportional to the energy deposed in the scintillator by the nuclear radiation, whereas the electrical signal is coupled to the pulse measurement electronics, whereas the RDS has a defined maximum permissible mean current for spectroscopic use, above which the voltage of the amplifier, defining the amplification of said amplifier, is reduced in order to prevent saturation and/or harming the amplifier through high currents, the method comprising the following steps: - if the maximum mean current is exceeded, reducing the bias voltage applied to the amplifier substantially, so that a current that is less than the maximum permissible average current flows during the measurement - digitizing and differentiating the analog detector output current signal measured by the pulse measurement electronics using a sampling period Δ producing the current samples iΔ - determining the variance of the sampled current signal Var(iΔ), - determining the mean square difference of the sampled current signal, Msd(iΔ), being a measure of the average current, - determining the mean Energy E<γ> by using the equation E γ = Var i Δ Msd i Δ - applying a non-linear correction function Z(η) to said mean Energy E<γ>, said correction function rectifying the efficiency between the scintillator and a tissue equivalent ideal scintillator, - determining the energy compensated dose rate Ḣ from current samples iΔ by using the equation Ḣ = Z(Eγ) Msd(iΔ)

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Einrichtung zum Scannen von Belegen, umfassend eine Scaneinheit und eine Beleg-Transportvorrichtung, wobei die Scaneinheit dazu ausgestaltet ist, in einem Scanerfassungsbereich die Belege optisch abzutasten, wobei die Beleg-Transportvorrichtung ausgestaltet ist, die Belege aufzunehmen, in den Scanerfassungsbereich zu transportieren, wobei die Beleg-Transportvorrichtung zwei Endlosbänder umfasst, welche zumindest in dem Scanerfassungsbereich parallel zueinander verlaufen und dazu ausgestaltet sind, im Scanerfassungsbereich die Belege zwischen ihren einander zugewandten Bandoberflächen zu führen, und wobei zumindest eines der Endlosbänder einen für die Scaneinheit transparenten Abschnitt aufweist.

Mounting portion of an electrical installation device, the mounting portion being attachable to at least one current busbar, the mounting portion comprising: a hooking mechanism that is arranged on the mounting portion, and is adapted for being hooked onto the at least one busbar, a securing mechanism, comprising: a latching arm, the latching arm being arranged on the mounting portion, the latching arm being adapted to grasp an attachment point which attachment point is fixed with respect to the at least one busbar, the latching arm being further adapted to be in engagement with the attachment point, when the mounting portion is attached to the at least one busbar, the latching arm comprising an arm portion which defines a concave arc with a predefined radius, the arm portion being adapted to sit on a section of the mounting portion which defines a convex arc, the convex arc having the predefined radius, and a center point being located behind the attachment point when the mounting portion is attached to the at least one busbar.

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The present invention relates to a method to generate an object-centric data model for process mining from any external computer system for any process, wherein the method reduces the cognitive challenge for creating the object-centric data model through queries on raw process data stored in the external computer system.

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