mhurhangee/patent-ind-claim-en huggingface dataset:
A method for supplying measuring data of a value-document processing apparatus for processing value documents of stipulated different processing types, which has a sensor device for capturing at least one property of value documents transported in the value-document processing apparatus , a control device connected to the sensor device , and a display device actuated by the control device , wherein: data sets are read which respectively contain, for at least two of the processing types, processing-type data by means of which the processing types can be distinguished and the number of the value documents of the respective processing type that are to be fed to the value-document processing apparatus , display data for actuating the display device are so established from the data sets that, upon actuation with the display data, the display device displays the processing types and the numbers of the value documents of the respective processing type that are to be fed, the display device is actuated with the display data, measuring data are respectively captured by means of the sensor device in accordance with the displayed processing types for a number of value documents fed to the value-document processing apparatus corresponding to the respective number, and the measuring data are stored in a memory device, in which the measuring data are stored beyond the end of the method, wherein the data sets are read from an external device by means of a data interface of the value-document processing apparatus . data sets are read which respectively contain, for at least two of the processing types, processing-type data by means of which the processing types can be distinguished and the number of the value documents of the respective processing type that are to be fed to the value-document processing apparatus , display data for actuating the display device are so established from the data sets that, upon actuation with the display data, the display device displays the processing types and the numbers of the value documents of the respective processing type that are to be fed, the display device is actuated with the display data, measuring data are respectively captured by means of the sensor device in accordance with the displayed processing types for a number of value documents fed to the value-document processing apparatus corresponding to the respective number, and the measuring data are stored in a memory device, in which the measuring data are stored beyond the end of the method, wherein the data sets are read from an external device by means of a data interface of the value-document processing apparatus .
A particle system comprising: a plurality of three-dimensional particles , each three-dimensional particle having an interior region defining a three-dimensional cavity or void and an exterior region , wherein the three-dimensional cavity or void is open to an external environment of the three-dimensional particle and wherein the three-dimensional cavity or void has a volume between about 1 pL and about 125 nL and a molecular capture region disposed on the interior region of the three-dimensional particle configured to capture cells.
Measuring wheel set, comprising two wheels connected by means of a wheel set shaft , at least one optical waveguide having respectively at least one optical filter inscribed into its fibre core, wherein the at least one optical waveguide is configured to be laid on a surface of at least one wheel or of the wheel set shaft, as well as at least one light source for coupling a light signal into the at least one optical waveguide , characterised in that the measuring wheel set furthermore has at least one signal evaluation apparatus , configured for the detection and evaluation of light signals which are coupled into the optical waveguide and are modified by the at least one optical filter , which is in the form of a spectrometer arranged on the wheel set shaft or at a wheel of the measuring wheel set.
A method for calibration of internal dose in a nuclear imaging system, the method comprising: detecting emissions from a radiopharmaceutical to be provided in a patient, with a solid-state detector , wherein the radiopharmaceutical is contained in a syringe or vial that is placed in a cavity, the cavity being formed by the solid-state detector; the method being characterized in that it further comprises measuring a first dose of the radiopharmaceutical with a solid-state dosimeter , wherein the solid-state dosimeter is contained in a tissue mimicking object , the tissue mimicking object being placed in the cavity containing the syringe or vial; calibrating a dose model with the first dose and with a second dose derived from the emissions; determining the internal dose in a patient by the radiopharmaceutical with the calibrated dose model. detecting emissions from a radiopharmaceutical to be provided in a patient, with a solid-state detector , wherein the radiopharmaceutical is contained in a syringe or vial that is placed in a cavity, the cavity being formed by the solid-state detector; the method being characterized in that it further comprises measuring a first dose of the radiopharmaceutical with a solid-state dosimeter , wherein the solid-state dosimeter is contained in a tissue mimicking object , the tissue mimicking object being placed in the cavity containing the syringe or vial; calibrating a dose model with the first dose and with a second dose derived from the emissions; determining the internal dose in a patient by the radiopharmaceutical with the calibrated dose model.
A computer-implemented method of performing safety-critical rendering of a frame in a tile based graphics processing system , the method comprising: receiving geometry data for the frame, including data defining a plurality of primitives representing a plurality of objects in the frame; receiving a definition of a region in the frame, the region being associated with one or more primitives among the plurality of primitives; receiving verification data that associates one or more primitives with the region in the frame; and rendering the frame using the geometry data and controlling the rendering of the frame, so that the rendering excludes, from the frame inside the defined region, the primitives that are not identified by the verification data. receiving geometry data for the frame, including data defining a plurality of primitives representing a plurality of objects in the frame; receiving a definition of a region in the frame, the region being associated with one or more primitives among the plurality of primitives; receiving verification data that associates one or more primitives with the region in the frame; and rendering the frame using the geometry data and controlling the rendering of the frame, so that the rendering excludes, from the frame inside the defined region, the primitives that are not identified by the verification data.
A MEMS resonator comprising: a resonator mass in the form of a frame shaped as a ring ; a set of anchor points spaced around the resonator mass, wherein the anchor points are provided at quasi-nodal points of the ring, which are the points of minimum movement of the ring during resonant deformation of the ring, and wherein the resonator mass is connected to a fixed substrate at the anchor points; a set of drive comb electrode arrangements attached to the substrate; a set of sense comb electrode arrangements attached to the substrate; and a control circuit for controlling the signals applied to the set of drive comb electrode arrangements . wherein the resonator further comprises a set of resonator mass comb electrode arrangements (32a-32d) fixed to the resonator mass; wherein the resonator mass comb electrode arrangements are attached to anti-nodal points of the ring, which are the mid-points between the anchors; wherein, each of the set of drive comb electrode arrangements interfaces with a corresponding one of the set of resonator mass comb electrode arrangements fixed to the resonator mass ; and wherein each of the set of sense comb electrode arrangements interfaces with a corresponding another one of the set of resonator mass comb electrode arrangements fixed to the resonator mass ; and wherein the set of drive comb electrodes, the set of sense drive electrode and the set of resonator mass comb electrode arrangements are symmetrically arranged around the anchor points. a resonator mass in the form of a frame shaped as a ring ; a set of anchor points spaced around the resonator mass, wherein the anchor points are provided at quasi-nodal points of the ring, which are the points of minimum movement of the ring during resonant deformation of the ring, and wherein the resonator mass is connected to a fixed substrate at the anchor points; a set of drive comb electrode arrangements attached to the substrate; a set of sense comb electrode arrangements attached to the substrate; and a control circuit for controlling the signals applied to the set of drive comb electrode arrangements . wherein the resonator further comprises a set of resonator mass comb electrode arrangements (32a-32d) fixed to the resonator mass; wherein the resonator mass comb electrode arrangements are attached to anti-nodal points of the ring, which are the mid-points between the anchors; wherein, each of the set of drive comb electrode arrangements interfaces with a corresponding one of the set of resonator mass comb electrode arrangements fixed to the resonator mass ; and wherein each of the set of sense comb electrode arrangements interfaces with a corresponding another one of the set of resonator mass comb electrode arrangements fixed to the resonator mass ; and wherein the set of drive comb electrodes, the set of sense drive electrode and the set of resonator mass comb electrode arrangements are symmetrically arranged around the anchor points.
Trace system , having at least one technology object , wherein the at least one technology object provides functionalities for technology and motion control applications, wherein the at least one technology object has a respective trace , wherein the trace is intended to record values of the technology object, wherein the value of the technology object that needs to be stored in the trace is selectable for the technology object .
A power amplifier with adjustable voltage standing wave ratio comprising: an amplifier unit generating an output signal, a coupler configured to obtain an incident power of the output signal and a coupled reflected power based on the output signal, and a power control unit coupled to the coupler and the amplifier unit wherein the power control unit is configured to control the amplifier unit according to the powers obtained by the coupler , and wherein the power control unit comprises two power detectors configured to provide actuating variables which correspond to the incident power and the reflected power, respectively, characterized in that the power control unit comprising two digital potentiometers which are configured to variably weight the actuating variables according to a set value of the voltage standing wave ratio, wherein the power control unit is configured to determine a control variable for an attenuation element in the amplifier unit based on the actuating variables such that a predetermined power level related to the a set value of the voltage standing wave ratio is not exceeded by the incident power and/or the reflected power. an amplifier unit generating an output signal, a coupler configured to obtain an incident power of the output signal and a coupled reflected power based on the output signal, and a power control unit coupled to the coupler and the amplifier unit wherein the power control unit is configured to control the amplifier unit according to the powers obtained by the coupler , and wherein the power control unit comprises two power detectors configured to provide actuating variables which correspond to the incident power and the reflected power, respectively, characterized in that the power control unit comprising two digital potentiometers which are configured to variably weight the actuating variables according to a set value of the voltage standing wave ratio, wherein the power control unit is configured to determine a control variable for an attenuation element in the amplifier unit based on the actuating variables such that a predetermined power level related to the a set value of the voltage standing wave ratio is not exceeded by the incident power and/or the reflected power.
A pharmaceutical aerosol for pulmonary administration comprising a dispersed liquid phase and a continuous gas phase, wherein the dispersed liquid phase (a) comprises aqueous droplets comprising the active compound cyclo(-OctG-Glu-Thr-Ala-Ser-Ile-Pro-Pro-Gln-Lys-Tyr- D Pro-Pro-); or any pharmaceutically acceptable salt thereof; wherein OctG is ( S )-2-aminodecanoic acid; D Pro is D-proline; (b) has a mass median diameter from 1.5 μm to 5 μm; and (c) has a droplet size distribution having a geometrical standard deviation from 1.2 to 1.7, as measured as described in the description. (a) comprises aqueous droplets comprising the active compound cyclo(-OctG-Glu-Thr-Ala-Ser-Ile-Pro-Pro-Gln-Lys-Tyr- D Pro-Pro-); or any pharmaceutically acceptable salt thereof; wherein OctG is ( S )-2-aminodecanoic acid; D Pro is D-proline; cyclo(-OctG-Glu-Thr-Ala-Ser-Ile-Pro-Pro-Gln-Lys-Tyr- D Pro-Pro-); or any pharmaceutically acceptable salt thereof; wherein OctG is ( S )-2-aminodecanoic acid; D Pro is D-proline; (b) has a mass median diameter from 1.5 μm to 5 μm; and (c) has a droplet size distribution having a geometrical standard deviation from 1.2 to 1.7, as measured as described in the description.
Process for producing a battery having the features a. it comprises a housing enclosing an interior space , and b. it comprises a composite body which is arranged in the interior space and is made up of at least one positive electrode , at least one negative electrode and at least one separator , and also the additional features c. the housing comprises a metallic, cup-shaped first housing part and a metallic second housing part , d. the cup-shaped first housing part comprises a circular or oval bottom , e. the cup-shaped first housing part comprises a ring-shaped side wall , f. the bottom and the side wall of the cup-shaped first housing part each have an inside facing the interior space and an outside facing in the opposite direction, and g. the composite body comprises an electric conductor which electrically connects the at least one positive electrode or the at least one negative electrode to the cup-shaped first housing part , wherein the process comprises the steps h. covering the inside of the bottom of the cup-shaped first housing part with an electrically conductive covering , i. electrically connecting the covering to the bottom by welding, j. electrically connecting the electric conductor to the covering by welding, and k. assembling the first housing part and the second housing part to form the housing of the battery with inclusion of the composite body in the interior space . a. it comprises a housing enclosing an interior space , and b. it comprises a composite body which is arranged in the interior space and is made up of at least one positive electrode , at least one negative electrode and at least one separator , c. the housing comprises a metallic, cup-shaped first housing part and a metallic second housing part , d. the cup-shaped first housing part comprises a circular or oval bottom , e. the cup-shaped first housing part comprises a ring-shaped side wall , f. the bottom and the side wall of the cup-shaped first housing part each have an inside facing the interior space and an outside facing in the opposite direction, and g. the composite body comprises an electric conductor which electrically connects the at least one positive electrode or the at least one negative electrode to the cup-shaped first housing part , h. covering the inside of the bottom of the cup-shaped first housing part with an electrically conductive covering , i. electrically connecting the covering to the bottom by welding, j. electrically connecting the electric conductor to the covering by welding, and k. assembling the first housing part and the second housing part to form the housing of the battery with inclusion of the composite body in the interior space .
A turbine component assembly for a gas turbine engine, comprising: a first component having a first coefficient of thermal expansion and including an end face ; a second component including a mating surface ; and a fastener having a second coefficient of thermal expansion different from the first coefficient of thermal expansion, the fastener including a shank engaging the second component and an enlarged head engaging a mounting slot in the first component ; characterised in that the mating surface abuts the end face , the mating surface and the end face are shaped to permit relative pivoting movement between the first and second components . a first component having a first coefficient of thermal expansion and including an end face ; a second component including a mating surface ; and a fastener having a second coefficient of thermal expansion different from the first coefficient of thermal expansion, the fastener including a shank engaging the second component and an enlarged head engaging a mounting slot in the first component ;
Blade for a turbomachine, comprising an airfoil having a suction side and a pressure side which extend between a leading edge and a trailing edge of the airfoil , and a blade root for connecting the blade to a main rotor body , characterized in that the blade comprises a crack affecting device which has a changed cross-sectional geometry, at least in the radial direction and/orthe circumferential direction, by comparison with an aerodynamically optimized blade profile, in that the crack affecting device comprises a platform, in that the platform is arranged between the airfoil and the blade root and has a greater cross-sectional thickness than the airfoil , in that the platform comprises in the radial direction at least two adjoining profile regions which are different from one another, and in that the profile regions are formed by concave free-form surfaces, a maximum curvature of the free-form surfaces of the profile regions 28a, 28b of the suction side being greaterthan the corresponding maximum curvature of the free-form surfaces of the profile regions 28a', 28b' on the pressure side. an airfoil having a suction side and a pressure side which extend between a leading edge and a trailing edge of the airfoil , and a blade root for connecting the blade to a main rotor body , characterized in that the blade comprises a crack affecting device which has a changed cross-sectional geometry, at least in the radial direction and/orthe circumferential direction, by comparison with an aerodynamically optimized blade profile, in that the crack affecting device comprises a platform, in that the platform is arranged between the airfoil and the blade root and has a greater cross-sectional thickness than the airfoil , in that the platform comprises in the radial direction at least two adjoining profile regions which are different from one another, and in that the profile regions are formed by concave free-form surfaces, a maximum curvature of the free-form surfaces of the profile regions 28a, 28b of the suction side being greaterthan the corresponding maximum curvature of the free-form surfaces of the profile regions 28a', 28b' on the pressure side.
Apparatus for storing objects that have remotely readable individual RFID tags and can be removed and used by authorized, identified users, wherein an enclosed space is present that is sealed by means of at least one lockable door , and wherein the at least one lockable door has a door lock that can be opened using a code or a coded element that requires the identification of the user, and wherein the enclosed space contains at least one reading antenna of an ID reader for polling for the presence of objects provided with RFID tags and wherein the ID reader and the door lock are connected to a data processing installation for recording user identities and objects provided with RFID tags and for releasing the door lock , wherein the RFID tags , the reading antennas and the at least one ID reader are designed for a frequency range in the UHF or SHF band, namely above 300 MHz, wherein at least two lateral walls and the door of the enclosed space are made from metal or comprise metal components that extend flat over the respective walls and the door and wherein a door sensor for detecting an open position of the door is likewise connected to the data processing installation , and the ID reader is controlled by the door sensor and the data processing installation such that polling for the presence of objects provided with RFID tags is triggered when the door is open, and wherein the door sensor can be used to detect different opening angles of a revolving door or open positions of a sliding door and wherein polling for the presence of objects provided with RFID tags is triggered repeatedly for different opening angles or open positions of the door , wherein a door closer is coupled to the door , which door closer temporarily interrupts an automatic closing movement at least once in a door position with an opening angle or with an open position of the door in which polling for the objects provided with RFID tags is triggered.