mhurhangee/ep-ind-claims huggingface dataset:
Method of acylating an aromatic compound of formula (I-A) or (I-B) characterized in that the aromatic compound of formula (I-A) or (I-B) is reacted with an acylating agent of formula (II-A) or (II-B) in the presence of a macroreticular sulfonic acid ion exchange resin having a water-to-phenol shrinkage between 25 % and 40 % wherein n = 0 to 3, preferably n = 0 or 1; R 1 stands for a C 1-4 -alkyl group or an OR 3 group; R 2 stands for H or for a C 1-8 -alkyl group or a C 6-9 -cycloalkyl group; R 3 stands for C 1-8 -alkyl group; R 4 stands for a saturated or unsaturated C 1-12 -alkyl group, a saturated or unsaturated C 5-12 -cycloalkyl group or an aryl group; R 5 and R 6 stand independently from each other for a saturated or unsaturated C 1-12 -alkyl group, a saturated or unsaturated C 5-12 -cycloalkyl group or an aryl group or form together a divalent alkylene, cycloalkylene or arylene group with 2 to 12 carbon atoms; X stands for a halogen atom, particularly for Cl or Br. wherein n = 0 to 3, preferably n = 0 or 1; R 1 stands for a C 1-4 -alkyl group or an OR 3 group; R 2 stands for H or for a C 1-8 -alkyl group or a C 6-9 -cycloalkyl group; R 3 stands for C 1-8 -alkyl group; R 4 stands for a saturated or unsaturated C 1-12 -alkyl group, a saturated or unsaturated C 5-12 -cycloalkyl group or an aryl group; R 5 and R 6 stand independently from each other for a saturated or unsaturated C 1-12 -alkyl group, a saturated or unsaturated C 5-12 -cycloalkyl group or an aryl group or form together a divalent alkylene, cycloalkylene or arylene group with 2 to 12 carbon atoms; X stands for a halogen atom, particularly for Cl or Br.
Rechargeable battery apparatus comprising a rechargeable battery cell unit, comprising at least one induction interface which is provided, in at least one receiving operating state, to receive electrical energy for charging the rechargeable battery cell unit by means of induction, and comprising at least one electrical load, characterized by an input unit via which a defined state of charge of the rechargeable battery cell unit can be set, in particular by a user, wherein the electrical load is intended to be activated above the defined state of charge of the rechargeable battery cell unit.
An imaging apparatus for generating an image of a region of interest, the imaging apparatus comprising: - a radiation source configured to generate radiation for traversing the region of interest, - a detection unit configured to generate detection data, the detection data being dependent on the radiation after having traversed the region of interest, - a moving unit (1, 7, 8) configured to move the radiation source and the region of interest relative to each other, while the detection data are generated, - an identification unit configured to identify in the detection data high density detection data, which depend on radiation (24; 30), which has traversed a high density region having a density larger than a predefined density, and to identify non-high density detection data, which depend on radiation (25; 29), which has not traversed the high density region, - a density weighting unit configured to density weight the detection data, wherein at least a part of the high density detection data has a smaller density weight ( w hd) than the non-high density detection data, and - a reconstruction unit configured to reconstruct an image of the region of interest from the weighted detection data, wherein the radiation has the shape of a cone beam, characterized in that the identification unit is adapted for identifying high density pi-partners detection data and non-high density pi-partners detection data, wherein the density weighting unit is adapted to give the non-high density pi-partners detection data a larger density weight than the high density pi-partners detection data, and wherein the reconstruction unit is adapted to use the weighted pi-partners detection data in the reconstruction. - a radiation source configured to generate radiation for traversing the region of interest, - a detection unit configured to generate detection data, the detection data being dependent on the radiation after having traversed the region of interest, - a moving unit (1, 7, 8) configured to move the radiation source and the region of interest relative to each other, while the detection data are generated, - an identification unit configured to identify in the detection data high density detection data, which depend on radiation (24; 30), which has traversed a high density region having a density larger than a predefined density, and to identify non-high density detection data, which depend on radiation (25; 29), which has not traversed the high density region, - a density weighting unit configured to density weight the detection data, wherein at least a part of the high density detection data has a smaller density weight ( w hd) than the non-high density detection data, and - a reconstruction unit configured to reconstruct an image of the region of interest from the weighted detection data,
Axle component unit comprising an axle component, the axle component having a connection piece for receiving a guide tube, and having a guide tube, the guide tube being arranged on the connection piece of the axle component and being connected to the connection piece in a purely positively locking manner by way of forming, characterized in that the connection piece is of conical configuration with a decreasing cross-sectional area in the direction of the axle component.
Vacuum cleaner device comprising a suction unit provided with a collection container and a motor unit, housed at least in part in a suction chamber put in communication with said collection container, and configured to draw a flow of air and dirt from the outside, convey it through an inlet duct into said collection container and said suction chamber, and return said drawn flow to the outside, and a handle unit, connected to said suction unit and configured to allow gripping by a user, wherein said handle unit comprises at least one housing seating, provided with holding means able to house and hold, by means of a selective and reversible coupling, at least one power supply unit (14a, 14b) configured to supply electrical energy to said motor unit, characterized in that it comprises two power supply units (14a, 14b), of which a battery power unit and an electric cable power unit, which are interchangeable one with each other and able to be alternatively inserted in said compartment, or housing seating, said power supply units (14a, 14b) being provided with respective attachment means (33a, 33b) able to cooperate with said holding means in order to guarantee a stable and reciprocal mechanical coupling between the respective power supply unit (14a, 14b) and said handle unit.
A crystalline form of compound I: wherein, the crystalline form is an ethanol solvate (Compound I Form I), characterized by an X-ray powder diffractogram comprising peaks (±0.2°) at 8.6, 11.1, 12.9, and 15.5 °2θ as determined on a diffractometer using Cu-Kα radiation.
A wipe set comprising: a first wipe impregnated with 50 to 200 mg of a sodium hypochlorite aqueous solution per gram of the wipe; a second wipe impregnated with 30 to 110 mg of a sodium thiosulfate aqueous solution per gram of the wipe; and a third wipe impregnated with 4 to 110 mg of a sodium hydroxide aqueous solution per gram of the wipe. a first wipe impregnated with 50 to 200 mg of a sodium hypochlorite aqueous solution per gram of the wipe; a second wipe impregnated with 30 to 110 mg of a sodium thiosulfate aqueous solution per gram of the wipe; and a third wipe impregnated with 4 to 110 mg of a sodium hydroxide aqueous solution per gram of the wipe.
Electronic power unit having a substrate that has a perpendicular direction and has a flat insulating moulded body that has a metal layer on its first main face and a plurality of conductor tracks (40, 42) on its second main face, and having a first or second fastening device (50, 60) that is preferably embodied as a cylindrical cut-out, wherein either the substrate is arranged in a non-positive locking or materially-bonded manner on a base plate of the electronic power unit and the first fastening device is embodied and provided so as to arrange the base plate in a non-positive locking manner on a cooling device or wherein alternatively a housing section has a second fastening device that is embodied and provided so as to arrange the substrate in a non-positive locking manner on a cooling device and wherein an edge of the metal layer is offset to the rear with respect to an edge of the insulating moulded body and wherein in the region adjacent to the first or second fastening device (50, 60) a first edge section of the edge of the metal layer is offset to the rear further than in each case adjoining second and third edge sections (302, 303) of the edge of the metal layer.
Device having - a housing, - a tubular twist grip, - a support element, - a housing part, - a printed circuit board, - an auxiliary housing part, - a switch unit, - a housing upper part, - a housing lower part and - a manual throttle twist grip having a sensor arrangement, which is mounted in the housing, for detecting the rotary motion of the tubular twist grip, further having a magnet which is operatively connected to the twist grip, further having a sensor which is fixed to the housing and is designed to detect the movement of the magnet, wherein the sensor is connected to a cable harness of the device, and having a return spring, the spring force of which is directed against the manually generated rotary motion, wherein the magnet is fixed to the support element and the support element is arranged at a distance from the twist grip, wherein the housing part is associated with the magnet and, respectively, the support element, and wherein this housing part is also designed for receiving the sensor, the printed circuit board and the end of the cable harness, wherein the auxiliary housing part is located between the housing part and the end of the twist grip and is designed to receive the switch unit, wherein furthermore the housing comprising the housing part and the auxiliary housing part is split parallel to the rotation axis of the twist grip into the housing upper part and the housing lower part which are fastened to each other and also supported on the support element. - a housing, - a tubular twist grip, - a support element, - a housing part, - a printed circuit board, - an auxiliary housing part, - a switch unit, - a housing upper part, - a housing lower part and - a manual throttle twist grip having a sensor arrangement, which is mounted in the housing, for detecting the rotary motion of the tubular twist grip, further having a magnet which is operatively connected to the twist grip, further having a sensor which is fixed to the housing and is designed to detect the movement of the magnet, wherein the sensor is connected to a cable harness of the device, and having a return spring, the spring force of which is directed against the manually generated rotary motion, wherein the magnet is fixed to the support element and the support element is arranged at a distance from the twist grip, wherein the housing part is associated with the magnet and, respectively, the support element, and wherein this housing part is also designed for receiving the sensor, the printed circuit board and the end of the cable harness, wherein the auxiliary housing part is located between the housing part and the end of the twist grip and is designed to receive the switch unit, wherein furthermore the housing comprising the housing part and the auxiliary housing part is split parallel to the rotation axis of the twist grip into the housing upper part and the housing lower part which are fastened to each other and also supported on the support element.
Handle for a wire basket, in particular a lower basket of a dishwasher, comprising a main body which consists of two half shells (4, 5) which, in the final assembled state, receive therebetween a wire of the wire basket, for which purpose the half shells (4, 5) provide wire receptacles that correspond to one another, characterised in that the wire receptacles are designed to be resilient such that, in the final assembled state, spring tension prevails between the main body and the wire, and the handle is arranged on the wire basket without play.
A method of operating a nuclear reactor comprising: defining a layer increment of a deposit layer modeling a deposit on a heat transfer surface of the nuclear reactor; periodically updating a thickness of the deposit layer by adding the layer increment to the deposit layer; recalculating properties of the deposit layer after each layer increment is added to the deposit layer; determining a temperature related variable of the heat transfer surface as a function of the recalculated properties of the deposit layer; and altering operation of the nuclear reactor when the temperature related variable of the heat transfer surface reaches a predetermined value. defining a layer increment of a deposit layer modeling a deposit on a heat transfer surface of the nuclear reactor; periodically updating a thickness of the deposit layer by adding the layer increment to the deposit layer; recalculating properties of the deposit layer after each layer increment is added to the deposit layer; determining a temperature related variable of the heat transfer surface as a function of the recalculated properties of the deposit layer; and altering operation of the nuclear reactor when the temperature related variable of the heat transfer surface reaches a predetermined value.
A method for use in a Dynamic Spectrum Manager (1101, 1401, 1701, 1801), DSM, for coordinating asynchronous silent periods for spectrum sensing in a network, the method comprising: determining a time-to-trigger, TTT, period for triggering asynchronous sensing events; sending the TTT period to a plurality of cognitive radio, CR, nodes (1102-1105, 1402, 1702, 1802) in the network; receiving (1110, 1406, 1706, 1803) a Silent Period Trigger Control Message generated based on the TTT period on a condition that a channel quality is below a predetermined threshold for longer than the TTT period; transmitting (1112, 1805) a Silent Period Start Control Message to one or more cognitive radio, CR, nodes (1102-1105, 1402, 1702, 1802) in the network, wherein the message indicates a start time of an asynchronous silent period; receiving (1116, 1808) a Measurement Report Control Message from the one or more CR nodes (1102-1105, 1402, 1702, 1802) in the network indicating results of spectrum sensing; and transmitting (1117, 1810) a message to the one or more CR nodes (1102-1105, 1402, 1702, 1802), wherein the message instructs the one or more CR nodes (1102-1105, 1402, 1702, 1802) to move to a different frequency based on the spectrum sensing results. determining a time-to-trigger, TTT, period for triggering asynchronous sensing events; sending the TTT period to a plurality of cognitive radio, CR, nodes (1102-1105, 1402, 1702, 1802) in the network; receiving (1110, 1406, 1706, 1803) a Silent Period Trigger Control Message generated based on the TTT period on a condition that a channel quality is below a predetermined threshold for longer than the TTT period; transmitting (1112, 1805) a Silent Period Start Control Message to one or more cognitive radio, CR, nodes (1102-1105, 1402, 1702, 1802) in the network, wherein the message indicates a start time of an asynchronous silent period; receiving (1116, 1808) a Measurement Report Control Message from the one or more CR nodes (1102-1105, 1402, 1702, 1802) in the network indicating results of spectrum sensing; and transmitting (1117, 1810) a message to the one or more CR nodes (1102-1105, 1402, 1702, 1802), wherein the message instructs the one or more CR nodes (1102-1105, 1402, 1702, 1802) to move to a different frequency based on the spectrum sensing results.
Method for operating a driver assistance system for a track-bound vehicle, in which the driver assistance system is operated as a function of an automatic train control signal generated by means of an automatic train control system, with the following method steps: operating (B2, B3) the track-bound vehicle in an energy-saving operating mode and characterised by reproducing a monitoring curve generated by means of the automatic train control system by means of a vehicle control facility, wherein it is determined by means of the vehicle control facility using the reproduced monitoring curve whether the energy-saving operating mode is left. the driver assistance system is operated as a function of an automatic train control signal generated by means of an automatic train control system, with the following method steps: operating (B2, B3) the track-bound vehicle in an energy-saving operating mode and characterised by reproducing a monitoring curve generated by means of the automatic train control system by means of a vehicle control facility, wherein it is determined by means of the vehicle control facility using the reproduced monitoring curve whether the energy-saving operating mode is left. operating (B2, B3) the track-bound vehicle in an energy-saving operating mode and characterised by reproducing a monitoring curve generated by means of the automatic train control system by means of a vehicle control facility, wherein it is determined by means of the vehicle control facility using the reproduced monitoring curve whether the energy-saving operating mode is left.
An adjustment drive for an adjustable spacing comb for a hair cutting appliance, the adjustment drive comprising: - an actuator that is configured for actuating a movable comb portion of the adjustable spacing comb with respect to a blade set of the hair cutting appliance, and - a proximity sensitive or touch sensitive sensor element, particularly a gesture control user input interface, wherein the sensor element is configured to detect multi-faceted user inputs (70, 72) applied to the sensor element and to output a user input signal that is derived from the multi-faceted user inputs (70, 72), wherein the actuator is operated on the basis of the user input signal, wherein the adjustment drive further comprises a control unit coupled to the actuator and to the sensor element, wherein the control unit is configured to convert the user input signal into an actuator operating signal, characterized in that the control unit is further configured to set an adjustment length value based on a detected user input speed. - an actuator that is configured for actuating a movable comb portion of the adjustable spacing comb with respect to a blade set of the hair cutting appliance, and - a proximity sensitive or touch sensitive sensor element, particularly a gesture control user input interface,
Consumption value recording unit having at least one radio interface, comprising a number of different radio operating modes (A1, A2) for transmitting radio telegrams (T1 to Tn) to mobile and stationary data recording devices (2, 3), wherein - the radio operating modes (A1, A2) differ at least in terms of transmission power and transmission frequency, - at least one transmission period is assigned to each radio operating mode (A1, A2), and characterized in that - each of the radio operating modes (A1, A2) is configured to transmit a plurality of different radio telegrams (T1 to Tn) both to mobile and to stationary data recording devices (2, 3) in periodic or non-periodic alternation on the basis of the respectively assigned transmission period, wherein a first radio operating mode and a second radio operating mode are settable or set in such a manner that a transmission power and a transmission frequency in the first radio operating mode are each higher than a transmission power and a transmission frequency in the second radio operating mode, and - the radio operating modes (A1, A2) are configured such that they emit the radio telegrams (T1 to Tn) both for stationary reception and for mobile reception. - the radio operating modes (A1, A2) differ at least in terms of transmission power and transmission frequency, - at least one transmission period is assigned to each radio operating mode (A1, A2), and characterized in that - each of the radio operating modes (A1, A2) is configured to transmit a plurality of different radio telegrams (T1 to Tn) both to mobile and to stationary data recording devices (2, 3) in periodic or non-periodic alternation on the basis of the respectively assigned transmission period, wherein a first radio operating mode and a second radio operating mode are settable or set in such a manner that a transmission power and a transmission frequency in the first radio operating mode are each higher than a transmission power and a transmission frequency in the second radio operating mode, and - the radio operating modes (A1, A2) are configured such that they emit the radio telegrams (T1 to Tn) both for stationary reception and for mobile reception.
A wind deflecting device for a passenger car for protecting persons sitting in the car from wind, having at least one frame comprising at least one frame element (13, 14, 15) and a flat material web fixed in the frame, and, when the wind deflecting device is installed in the vehicle, being pivotable from a storage position in which the frame extends substantially parallel to a beltline of the passenger car into a use position in which the frame extends substantially upright in the region of the front seats of the passenger car when the wind deflecting device is installed in the vehicle, and having at least one raising means (20-24, 26-29, 40) for raising the frame from the storage position thereof into the use position thereof, the at least one raising means (20-24, 26-29, 40) being rigidly connected to the frame and comprising a handle segment (30-34, 36-39, 50) for gripping while raising, characterized in that the raising means (20-24, 26-29, 40) is disposed within the frame and that the handle segment (30-34, 36-39, 50) runs at an angle of no greater than 10° to the flat material web fixed in the frame, wherein the at least one raising means (20-24, 26-29, 40) is covered at least partially or completely by the frame in the side view of the frame.