mhurhangee/ep-ind-claims huggingface dataset:
Fan, comprising a rotor which is rotatably mounted about an axis of rotation and on which blade-like rotor blades are arranged, further comprising: - a sensor device (7, 7') for detecting a possibly present object approaching a rotor blade, - a control device which is connected to the sensor device (7, 7') and the fan in a signal-transmitting manner, - wherein the control device is designed to extrapolate a movement path of the object from a position (x) and a velocity (v) of the object, - and wherein the control device is further designed to influence an angular position (p) or rotational speed (n) of the rotor in such a way that the object can continue to move along its movement path without colliding with one of the rotor blades. - a sensor device (7, 7') for detecting a possibly present object approaching a rotor blade, - a control device which is connected to the sensor device (7, 7') and the fan in a signal-transmitting manner, - wherein the control device is designed to extrapolate a movement path of the object from a position (x) and a velocity (v) of the object, - and wherein the control device is further designed to influence an angular position (p) or rotational speed (n) of the rotor in such a way that the object can continue to move along its movement path without colliding with one of the rotor blades.
A composition comprising nucleic acid encoding: (a) HIF-2α, SOX-10, C-MYC, and TYRP-1, (b) an HIF-2α antigen, a SOX-10 antigen, a C-MYC antigen, and a TYRP-1 antigen, or (c) an HIF-2α antigen, a SOX-10 antigen, and a C-MYC antigen, wherein said composition comprises less than 100 separate nucleic acid molecules. (a) HIF-2α, SOX-10, C-MYC, and TYRP-1, (b) an HIF-2α antigen, a SOX-10 antigen, a C-MYC antigen, and a TYRP-1 antigen, or (c) an HIF-2α antigen, a SOX-10 antigen, and a C-MYC antigen,
A cable separator, comprising: a preshaped body having a longitudinal length, wherein said preshaped body is substantially entirely formed of a foamed thermoplastic polymer having a glass transition temperature above 160 °C and is selected from the group consisting of polyethersulfone, poly(arylether sulfone), poly(biphenylether sulfone), polysulfone, polyphenylene, polyimide, polyphenylsulfone, poly(aryletherketone), poly(etheretherketone), and blends thereof; and wherein the preshaped body is halogen-free. a preshaped body having a longitudinal length, wherein said preshaped body is substantially entirely formed of a foamed thermoplastic polymer having a glass transition temperature above 160 °C and is selected from the group consisting of polyethersulfone, poly(arylether sulfone), poly(biphenylether sulfone), polysulfone, polyphenylene, polyimide, polyphenylsulfone, poly(aryletherketone), poly(etheretherketone), and blends thereof; and wherein the preshaped body is halogen-free.
A transmitter device for suppressing harmonics introduced by a three-level switching amplifier, the transmitter device comprising: - a harmonic suppression circuit configured and arranged to introduce, to a polar modulated data signal that includes an amplitude component and a phase component that is defined by transitions between high and low signal levels, a third signal level having a voltage that is between a voltage of the high and low signal levels and that has a time duration that is based upon a selected harmonic of the introduced harmonics, wherein said selected harmonic is introduced by way of the polar modulated signal being represented by a square wave; and - the three-level switching amplifier configured and arranged to amplify the polar modulated data signal with the introduced third signal level, thereby suppressing the selected harmonic, - a supply voltage circuit configured and arranged to provide supply voltage to the three-level switching amplifier and to vary a voltage level of the supply voltage in response to the amplitude component. - a harmonic suppression circuit configured and arranged to introduce, to a polar modulated data signal that includes an amplitude component and a phase component that is defined by transitions between high and low signal levels, a third signal level having a voltage that is between a voltage of the high and low signal levels and that has a time duration that is based upon a selected harmonic of the introduced harmonics, wherein said selected harmonic is introduced by way of the polar modulated signal being represented by a square wave; and - the three-level switching amplifier configured and arranged to amplify the polar modulated data signal with the introduced third signal level, thereby suppressing the selected harmonic, - a supply voltage circuit configured and arranged to provide supply voltage to the three-level switching amplifier and to vary a voltage level of the supply voltage in response to the amplitude component.
A powertrain for a motor vehicle, comprising an internal combustion engine, a dual mass flywheel having at least one main damper and a vehicle clutch, wherein the vehicle clutch comprises a clutch disk arrangement having a torsional vibration damper, wherein the spring stiffness of a pre-damper and of the main damper of the dual mass flywheel and of the torsional vibration damper of the clutch disk arrangement and the mass moments of inertia of the dual mass flywheel, clutch disk arrangement and the powertrain arranged downstream of the drive wheels (33a, 33b) are selected such that the second natural frequency of the dual mass flywheel is below the idling speed of the internal combustion engine.
Device for the welding of components (16, 18), whereby a joining tool in the form of a welding torch arranged and controlled by way of a mounting device on a robotic arm of an industrial robot applies join processing, by way of the robot, in the form of a defined weld seam along a predetermined joining area between the components (16, 18), whereby the device has a resiliently compliant holder, by means of which the joining tool is held to a limited extent resiliently compliantly in the mounting device, and whereby the mounting device has a mounting flange fastened to the robotic arm and a holding part that carries the welding torch, characterised in that the resiliently compliant holding part of the mounting device has an integral cross-slide, which is held by way of spring elements, which are arranged in the mounting flange that is tightly connected with the robotic arm, and that the device has a guide means, which, during a joining operation, lies against a component contour and guides the joining tool in a defined position to the joining area.
An audio coding method for encoding a variable number of target vectors per time segment, a target vector representing a spectral peak region of a segment of an audio signal, the method being performed by an audio codec, the method comprising: - obtaining an input target vector comprising transform coefficients on both sides of a spectral peak; - comparing the input target vector with four centroids C 0, C 1, C 0, flip and C 1, flip, wherein centroid C 0,flip is a flipped version of centroid C 0 and centroid C 1, flip is a flipped version of centroid C 1, wherein elements of centroid C i, flip are defined as C i, flip = [C i C i ( M -1)... C i], where C i ( m) are vector elements of the centroid C i, M is a length of the vector and i is an index of the centroid, each centroid representing a respective class of codevectors in a codebook; - determining a starting point for a search based on the result of the comparison; - performing a search in the codebook, starting at the determined starting point, to identify a codevector that best matches the input target vector, wherein a search space is dynamically adjusted such that the size of the search space depends on the number of input target vectors, and wherein the codebook has been created such that the codevectors in the codebook are sorted according to a distortion measure reflecting the distance between each codevector and said centroids C 0 and C 1; and - providing an index of the codevector for transmission to a decoder. - obtaining an input target vector comprising transform coefficients on both sides of a spectral peak; - comparing the input target vector with four centroids C 0, C 1, C 0, flip and C 1, flip, wherein centroid C 0,flip is a flipped version of centroid C 0 and centroid C 1, flip is a flipped version of centroid C 1, wherein elements of centroid C i, flip are defined as C i, flip = [C i C i ( M -1)... C i], where C i ( m) are vector elements of the centroid C i, M is a length of the vector and i is an index of the centroid, each centroid representing a respective class of codevectors in a codebook; - determining a starting point for a search based on the result of the comparison; - performing a search in the codebook, starting at the determined starting point, to identify a codevector that best matches the input target vector, wherein a search space is dynamically adjusted such that the size of the search space depends on the number of input target vectors, and wherein the codebook has been created such that the codevectors in the codebook are sorted according to a distortion measure reflecting the distance between each codevector and said centroids C 0 and C 1; and - providing an index of the codevector for transmission to a decoder.
A sensor housing comprising a sensor, wherein the sensor housing or a part of the sensor housing projects into a fastening groove of a metallic fastening body for fastening the sensor housing; wherein at least one metallic clamping body is provided in the sensor housing, with the sensor housing having an actuation element for rotating the clamping body; and wherein an axis of rotation for the clamping body is disposed in parallel with a longitudinal axis of the fastening groove when the sensor housing projects into the fastening groove, characterized in that the clamping body is semicircular and is arranged in a sliding manner about the axis of rotation in the sensor housing.
A device for sterilising items through steam sterilisation, the device comprising: a base portion having a receptacle for receiving a quantity of water; a removable cover portion to cover said receptacle; and a mounting portion to receive an item to be sterilised, the mounting portion projecting from said base portion and enclosed beneath said cover portion, characterised in that the device further comprises a plurality of vents located on said cover portion, the vents extending from the interior of the device to the exterior of the device, an external open face of said vents facing in the direction of said base portion, the vents operable to allow steam to exit the device towards the base portion, the vents further operable to allow any excess water to be drained from the device. a base portion having a receptacle for receiving a quantity of water; a removable cover portion to cover said receptacle; and a mounting portion to receive an item to be sterilised, the mounting portion projecting from said base portion and enclosed beneath said cover portion, characterised in that the device further comprises a plurality of vents located on said cover portion, the vents extending from the interior of the device to the exterior of the device, an external open face of said vents facing in the direction of said base portion, the vents operable to allow steam to exit the device towards the base portion, the vents further operable to allow any excess water to be drained from the device.
Panel curtain suspension device comprising a panel hanger with a rod that carries a panel curtain (15, 16), which lies over the rod so that it has two parallel lengths (15, 16), one at each side of the rod, with different sections, so that the sections of the lengths interact differently with one another depending on the relative position of the lengths vertically, characterised in that the ends of the lengths are fastened in a bottom strip that has two stable turning positions.
Method for quantifying and/or detecting one or more nucleic acids of a genome in a sample and/or for analyzing the state of possible degradation of human DNA and/or for analysing Copy Number Variation, wherein a. the nucleic acid is amplified and the locus that is amplified is a multi copy locus within the genome, b. the multicopy locus has copies on at least two different chromosomes c. and the amplification product is detected and/or quantified d. the multicopy locus is not a repetitive element and e. the locus shares at least 80% sequence identity to a sequence according to SEQ ID NO. 1 or SEQ ID NO. 52 over a stretch of 80 base pairs. a. the nucleic acid is amplified and the locus that is amplified is a multi copy locus within the genome, b. the multicopy locus has copies on at least two different chromosomes c. and the amplification product is detected and/or quantified d. the multicopy locus is not a repetitive element and e. the locus shares at least 80% sequence identity to a sequence according to SEQ ID NO. 1 or SEQ ID NO. 52 over a stretch of 80 base pairs.
System for controlling and monitoring the operation of self-moving machines with an articulated arm having a plurality of sections (B1-B4), and with extendable stabilizers, particularly concrete pumps, the system comprising a plurality of sensors and transducers apt to collect data regarding the machine position, attitude and operation parameters, and a central unit, apt to receive in real time said data, to process and compare them with other reference data regarding the proper use of the machine and make them comprehensible to an operator, characterized in that said sensors and transducers comprise at least a proximity sensor associated to a relative stabilizer to detect if and to what extent the stabilizer is extended outward, and a levelness sensor to determine the machine inclination, an inclination sensor mounted near the hinge of the first section of the plurality of sections (B1-B4) of the arm to determine its attitude relative to a reference axis, and a pressure sensor associated to the actuator of said first section to read the pressure in its hydraulic cylinder.
Power semiconductor module having an electrically insulating DCB substrate for arrangement with a printed circuit board, which is spaced apart from the substrate by a housing, wherein on the inner side of the substrate, which faces the printed circuit board, first conductor tracks and thereon power semiconductor devices are contacted, which are drivable by a control IC device, second conductor tracks are provided on the inner side of the printed circuit board, which faces the substrate, and spring-mounted connecting elements are pressure-contacted in the housing between the first and the second conductor tracks (22 and 40), characterized in that, in addition to the first conductor tracks, IC conductor tracks and the control IC device are provided on the inner side of the substrate, said IC conductor tracks are connected in a pressure-contacted manner to the associated second conductor tracks of the printed circuit board by means of associated spring-mounted connecting elements, and to this end the spring-mounted connecting elements are provided both for load connections and for control connections of the power semiconductor devices and also of the control IC device.
Arrangement for preparing and positioning patients to be treated and/or cared for medically, comprising at least two preparation areas (16, 16', 16") with at least one device (14, 14', 14") arranged in the respective preparation area (16, 16', 16") for preparing and positioning of a patient and at least one treatment area (20, 20') with at least one device (18, 18', 18") arranged in the respective treatment area (20, 20') for medical treatment and/or care of the patient, with the preparation and treatment areas (16, 16', 16", 20, 20') differing from each other in their functions and being spatially separated, as well as partitioned from each other by movable or fixed walls to prevent mutual views by other patients, wherein the at least two preparation and positioning devices (14, 14', 14") comprise a dimensionally stable base for receiving, preparing and positioning the patient as well as his orientation in the preparation area (16, 16', 16") according to the intended treatment and/or care measures, characterized in that the at least two preparation and positioning devices (14, 14', 14") comprise a telescopic device with linear guide that supports the dimensionally stable base, through which the dimensionally stable base with the patient prepared and positioned on the dimensionally stable base in the respective preparation area (16, 16', 16") can be moved from the respective preparation area (16, 16', 16") to the at least one treatment and/or care device (18, 18', 18") in the treatment area (20, 20'), and vice versa, without floor guide, and thus free of any shocks that may be caused by irregularities of the floor.
A method in a base station of a communication system comprising a transport network interconnecting the base station with at least a gateway node, the communication system further comprising one or more user equipment (3, 4), the method comprising: - obtaining transport network congestion information, and - adjusting, based on the transport network congestion information, a radio resource utilization parameter for at least one of the one or more user equipment (3, 4), wherein the radio resource utilization parameter comprises a ratio of an actual number of used radio resources for the at least one user equipment (3, 4) connected to the base station in a predefined block of radio resources and the number of radio resources of the predefined block, and wherein the adjusting of the radio resource utilization parameter comprises: - comparing the radio resource utilization parameter with a latest measured radio resource utilization parameter, and - decreasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is below a threshold value and increasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is above the threshold value. - obtaining transport network congestion information, and - adjusting, based on the transport network congestion information, a radio resource utilization parameter for at least one of the one or more user equipment (3, 4), wherein the radio resource utilization parameter comprises a ratio of an actual number of used radio resources for the at least one user equipment (3, 4) connected to the base station in a predefined block of radio resources and the number of radio resources of the predefined block, and wherein the adjusting of the radio resource utilization parameter comprises: - comparing the radio resource utilization parameter with a latest measured radio resource utilization parameter, and - decreasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is below a threshold value and increasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is above the threshold value. - comparing the radio resource utilization parameter with a latest measured radio resource utilization parameter, and - decreasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is below a threshold value and increasing the radio resource utilization parameter if the latest measured radio resource utilization parameter is above the threshold value.
A power transmission apparatus comprising: a power transmitting unit which includes an induction unit which receives an electrical energy from an external power source by induction and a magnetic resonance transmitting unit which transmits the electrical energy to an external receiving unit by magnetic resonance, wherein the external power source and the power transmitting unit are provided in separate housings and wherein the separate housings are movable with respect to each other, the power transmitting unit further comprising a power supply unit configured to receive electrical energy from the induction unit and to provide electrical energy to a plurality of electrical devices in the power transmission unit, wherein the induction unit is formed of a first coil, and the magnetic resonance transmitting unit is configured of a second coil having an inductance Ls and a first capacitor having a capacitance Cs. a power transmitting unit which includes an induction unit which receives an electrical energy from an external power source by induction and a magnetic resonance transmitting unit which transmits the electrical energy to an external receiving unit by magnetic resonance, wherein the external power source and the power transmitting unit are provided in separate housings and wherein the separate housings are movable with respect to each other, the power transmitting unit further comprising a power supply unit configured to receive electrical energy from the induction unit and to provide electrical energy to a plurality of electrical devices in the power transmission unit, wherein the induction unit is formed of a first coil, and the magnetic resonance transmitting unit is configured of a second coil having an inductance Ls and a first capacitor having a capacitance Cs.
A method comprising: determining whether an access instruction being executed at an instruction processor pipeline of a data processor core is or is not a specialized access instruction, the access instruction being an instruction to access a local memory of the data processor core; and responsive to determining that the access instruction is the specialized access instruction (307, 308, 309), selectively routing, by the data processor core, access information associated with the access instruction, using a transaction external to the data processor core, the selective routing of the access information being to a memory controller external to the data processor core via a system interconnect for said memory controller to handle the specialized access instruction, wherein the specialized access instruction is at least one of an atomic access instruction or a decorated access instruction, and wherein the decorated access instruction causes performance of a special function in addition to implementation of a primary access function of the decorated access instruction. determining whether an access instruction being executed at an instruction processor pipeline of a data processor core is or is not a specialized access instruction, the access instruction being an instruction to access a local memory of the data processor core; and responsive to determining that the access instruction is the specialized access instruction (307, 308, 309), selectively routing, by the data processor core, access information associated with the access instruction, using a transaction external to the data processor core, the selective routing of the access information being to a memory controller external to the data processor core via a system interconnect for said memory controller to handle the specialized access instruction, wherein the specialized access instruction is at least one of an atomic access instruction or a decorated access instruction, and wherein the decorated access instruction causes performance of a special function in addition to implementation of a primary access function of the decorated access instruction.