mhurhangee/ep-ind-claims huggingface dataset:
Sensor unit having a base device, which can be mounted in a commercially available standard flushmounted socket, and at least one operator control or functional element, which can be connected to at least one operator control or functional element, - wherein a main support is provided, which main support has at least one field (9, 10, 11) for receiving an operator control or functional element, wherein a plurality of electrically conductive rails are integrated in the main support, which rails serve partly for the supply of electrical energy and partly for communication, - wherein the electrically conductive rails are connected to the at least one operator control or functional element by means of electrical contacts (23, 42), characterized - in that a functional connection element (45, 69) is connected on one side to the at least one base device by means of electrical contacts (4, 46, 70) and on the other side to the electrically conductive rails by means of further electrical contacts (22, 47, 72). - wherein a main support is provided, which main support has at least one field (9, 10, 11) for receiving an operator control or functional element, wherein a plurality of electrically conductive rails are integrated in the main support, which rails serve partly for the supply of electrical energy and partly for communication, - wherein the electrically conductive rails are connected to the at least one operator control or functional element by means of electrical contacts (23, 42), characterized - in that a functional connection element (45, 69) is connected on one side to the at least one base device by means of electrical contacts (4, 46, 70) and on the other side to the electrically conductive rails by means of further electrical contacts (22, 47, 72).
A processor comprising: at least one core (120a - n) configured to execute instructions; and a power controller coupled to the at least one core, the power controller including a power envelope control logic configured to receive a plurality of power envelope parameters and to enable a power consumption level of the processor to exceed a power burst threshold for a portion of a time window, the power envelope control logic being configured to determine the portion as a product of the time window and a duty cycle, wherein the plurality of power envelope parameters are programmed for a system including the processor and include the power burst threshold, the time window, and the duty cycle, wherein the processor further comprises a history buffer including a plurality of bits each to store a first value to indicate that the power consumption level exceeds the power burst threshold during an evaluation interval or a second value to indicate that the power consumption level does not exceed the power burst threshold during the evaluation interval, the power envelope control logic is configured to count the number of bits of the history buffer having the first value and to determine whether the number of bits having the first value exceeds a threshold value and wherein the power controller is configured to constrain the power consumption level of the processor if the number of bits having the first value exceeds the threshold value. at least one core (120a - n) configured to execute instructions; and a power controller coupled to the at least one core, the power controller including a power envelope control logic configured to receive a plurality of power envelope parameters and to enable a power consumption level of the processor to exceed a power burst threshold for a portion of a time window, the power envelope control logic being configured to determine the portion as a product of the time window and a duty cycle, wherein the plurality of power envelope parameters are programmed for a system including the processor and include the power burst threshold, the time window, and the duty cycle, wherein the processor further comprises a history buffer including a plurality of bits each to store a first value to indicate that the power consumption level exceeds the power burst threshold during an evaluation interval or a second value to indicate that the power consumption level does not exceed the power burst threshold during the evaluation interval, the power envelope control logic is configured to count the number of bits of the history buffer having the first value and to determine whether the number of bits having the first value exceeds a threshold value and wherein the power controller is configured to constrain the power consumption level of the processor if the number of bits having the first value exceeds the threshold value.
An inkjet head comprising a plurality of driving circuits, and ejecting ink in accordance with driving operation of the plurality of driving circuits based on a predetermined setting, wherein the plurality of driving circuits include a first driving circuit, and a second driving circuit electrically connected with the output of the first driving circuit, the first driving circuit includes a first storage unit that is configured to store the predetermined setting, and a first setting output unit that is configured to output at least a part of the predetermined setting as reading data, and the second driving circuit includes a second storage unit that is configured to store the predetermined setting, a second setting input unit to which output of the first setting output unit is input, a second comparison unit (51, 53) that is configured to compare reading data input from the second setting input unit, and data included in the predetermined setting stored in the second storage unit and corresponding to a part associated with the reading data, and a second result output unit that is configured to output a comparison result of the second comparison unit. the plurality of driving circuits include a first driving circuit, and a second driving circuit electrically connected with the output of the first driving circuit, the first driving circuit includes a first storage unit that is configured to store the predetermined setting, and a first setting output unit that is configured to output at least a part of the predetermined setting as reading data, and a first storage unit that is configured to store the predetermined setting, and a first setting output unit that is configured to output at least a part of the predetermined setting as reading data, and the second driving circuit includes a second storage unit that is configured to store the predetermined setting, a second setting input unit to which output of the first setting output unit is input, a second comparison unit (51, 53) that is configured to compare reading data input from the second setting input unit, and data included in the predetermined setting stored in the second storage unit and corresponding to a part associated with the reading data, and a second result output unit that is configured to output a comparison result of the second comparison unit. a second storage unit that is configured to store the predetermined setting, a second setting input unit to which output of the first setting output unit is input, a second comparison unit (51, 53) that is configured to compare reading data input from the second setting input unit, and data included in the predetermined setting stored in the second storage unit and corresponding to a part associated with the reading data, and a second result output unit that is configured to output a comparison result of the second comparison unit.
A method for generating a high-dynamic-range image, comprising: denoising a short-exposure-time image, wherein denoising comprises applying a first guided filter to the short-exposure-time image, the first guided filter utilizing a long-exposure-time image as its guide, and applying a second guided filter to the long-exposure-time image, the second guided filter utilizing the short-exposure-time image as its guide, after the step of denoising, scaling at least one of the short-exposure-time image and the long-exposure-time image to place the short-exposure-time image and the long-exposure-time image on a common radiance scale; and after the step of scaling, merging the short-exposure-time image with the long-exposure-time image to generate the HDR image. denoising a short-exposure-time image, wherein denoising comprises applying a first guided filter to the short-exposure-time image, the first guided filter utilizing a long-exposure-time image as its guide, and applying a second guided filter to the long-exposure-time image, the second guided filter utilizing the short-exposure-time image as its guide, applying a first guided filter to the short-exposure-time image, the first guided filter utilizing a long-exposure-time image as its guide, and applying a second guided filter to the long-exposure-time image, the second guided filter utilizing the short-exposure-time image as its guide, after the step of denoising, scaling at least one of the short-exposure-time image and the long-exposure-time image to place the short-exposure-time image and the long-exposure-time image on a common radiance scale; and after the step of scaling, merging the short-exposure-time image with the long-exposure-time image to generate the HDR image.
Component (1, 1') for a motor vehicle, specifically a lighting device, wherein the component (1, 1') is provided with at least one identification mark for identifying the component (1, 1'), and wherein at least one region is provided with a transparent material component and with an opaque material component, wherein the transparent material component and the opaque material component are integral parts of a cover panel of the lighting device and wherein the transparent material component forms a visible side facing an observer, wherein the component (1, 1') has at least one region in which the transparent material component adjoins the opaque material component and covers it, characterized in that between the covering material components (10, 11), a contour (KON10, KON11; KON10', KON11') is formed at least in portions by at least one of the material components (10, 11) and the contour (KON10, KON11; KON10', KON11) is the at least one identification mark represented alphanumerically and/or as a symbol.
A liquid electrophotographic printing apparatus comprising: a photoconductor; a liquid electrophotographic ink developer unit for applying liquid electrophotographic ink to the photoconductor; a cleaner roller contactable with the photoconductor, the cleaner roller comprising an open-celled foam material having thereon a coating comprising abrasive particles and a binder, characterized in that the binder has been formed from the polymerisation of an isocyanate with a polyol, wherein the isocyanate is or comprises an aromatic or aliphatic isocyanate. a photoconductor; a liquid electrophotographic ink developer unit for applying liquid electrophotographic ink to the photoconductor; a cleaner roller contactable with the photoconductor, the cleaner roller comprising an open-celled foam material having thereon a coating comprising abrasive particles and a binder, characterized in that the binder has been formed from the polymerisation of an isocyanate with a polyol, wherein the isocyanate is or comprises an aromatic or aliphatic isocyanate.
A power detector system comprising: a signal input node to receive an amplified signal; a transistor having a base terminal, an emitter terminal, and a source terminal, the emitter terminal coupled with the signal input node; a filter having a filter input node and a filter output node, the filter input node coupled with the emitter node to generate a filter output signal at the filter output node that corresponds to an average bias level of the amplified signal; an output generator having a first generator input node coupled with the base terminal, a second generator input node coupled with the filter output node, and a generator output node to output a power detector output signal generated as a function of a difference between the first generator input node and the second generator input node; a diode voltage compensator having a compensator input node connected to the filter output node and a compensator output node connected to a third generator input node of the output generator, and to generate, at the compensator output node, a compensator output signal that is an effective diode voltage (V D) corresponding to a voltage drop between the emitter terminal and the base terminal, wherein the power detector output signal is generated further as a function of the compensator output signal, such that the power detector output signal corresponds to a peak voltage level (V P) of the amplified signal. a signal input node to receive an amplified signal; a transistor having a base terminal, an emitter terminal, and a source terminal, the emitter terminal coupled with the signal input node; a filter having a filter input node and a filter output node, the filter input node coupled with the emitter node to generate a filter output signal at the filter output node that corresponds to an average bias level of the amplified signal; an output generator having a first generator input node coupled with the base terminal, a second generator input node coupled with the filter output node, and a generator output node to output a power detector output signal generated as a function of a difference between the first generator input node and the second generator input node; a diode voltage compensator having a compensator input node connected to the filter output node and a compensator output node connected to a third generator input node of the output generator, and to generate, at the compensator output node, a compensator output signal that is an effective diode voltage (V D) corresponding to a voltage drop between the emitter terminal and the base terminal, wherein the power detector output signal is generated further as a function of the compensator output signal, such that the power detector output signal corresponds to a peak voltage level (V P) of the amplified signal.
A window lining assembly comprising a window lining composed by a set of lining panels (21, 22, 23, 24), a lining frame comprising a number of lining frame pieces (31, 32, 34), and a plurality of corner fittings (5, 6) adapted to provide a joint between adjoining lining frame pieces (31, 32, 34), each corner fitting (5, 6) including a first leg for connection to a first lining frame piece, and a second leg for connection to a second lining frame piece, wherein each lining frame piece (31, 32, 34) comprises a track formed by a bottom and side walls (312, 313) of the lining frame piece, and of a first and a second flange (315, 314) protruding from a respective opposite side wall (313, 312), and where each corner fitting (5, 6) is provided with first engagement means adapted for sliding engagement with said track and that the legs (51, 52; 61, 62) of each corner fitting (5, 6) is provided with second engagement means providing a snap and/ or frictional engagement with the corresponding lining frame piece (31, 32), characterized in that the distance from the bottom to the first flange is different from the distance from the bottom to the second flange.
A control apparatus of on-vehicle electronic equipment that a program execution monitoring dedicated circuit for monitoring an execution sequence and an execution time of a task executed by a control program of said on-vehicle electronic equipment is mounted on, said program execution monitoring dedicated circuit is provided with at least an execution sequence monitoring comparison circuit, an execution time monitoring timer circuit and a setting register, wherein a head address of said task, an end address of a task that is different from said task having said head address and an execution time threshold are preliminarily registered with said setting register, wherein monitoring of said execution sequence of said task is performed by comparing said head address of said each task with a head address in command fetch by means of said execution sequence monitoring comparison circuit, wherein monitoring of said execution time is performed by comparing an execution time from said head address to said end address with said execution time threshold by means of said execution time monitoring timer circuit, and wherein said program execution monitoring dedicated circuit continues a control of said on-vehicle electronic equipment by outputting a signal preliminarily set and performing an alternative processing in a case that said execution sequence of said task is different from a sequence preliminarily set or/and in a case that said execution time from said head address to said end address exceeds a threshold preliminarily set.
A computer-implemented method, comprising: in response to reception of an input from a user, determining, based on the input, a creation intention of the user with respect to a song to be generated, wherein the creation intention refers to one or more features in the input that are expected to be expressed by the song to be generated; generating lyrics of the song based on the creation intention; and generating a template for the song based at least in part on the lyrics, the template indicating a melody matching with the lyrics, wherein generating the template comprises: dividing the lyrics into a plurality of lyrics segments; for each of the plurality of lyrics segments, selecting, from a plurality of candidate melody segments, at least one candidate melody segment matching with the lyrics segment; characterised by: determining respective candidate melody segments corresponding to the plurality of lyrics segments based on smoothness among the candidate melody segments selected for adjacent lyrics segments in the plurality of lyrics segments; and concatenating the determined candidate melody segments into the melody indicated by the template, wherein the smoothness between candidate melody segments is determined by measuring, by analyzing a pitch trajectory of melody in the melody segments, consistency between corresponding pitch trajectories. in response to reception of an input from a user, determining, based on the input, a creation intention of the user with respect to a song to be generated, wherein the creation intention refers to one or more features in the input that are expected to be expressed by the song to be generated; generating lyrics of the song based on the creation intention; and generating a template for the song based at least in part on the lyrics, the template indicating a melody matching with the lyrics, wherein generating the template comprises: dividing the lyrics into a plurality of lyrics segments; for each of the plurality of lyrics segments, selecting, from a plurality of candidate melody segments, at least one candidate melody segment matching with the lyrics segment; dividing the lyrics into a plurality of lyrics segments; for each of the plurality of lyrics segments, selecting, from a plurality of candidate melody segments, at least one candidate melody segment matching with the lyrics segment; determining respective candidate melody segments corresponding to the plurality of lyrics segments based on smoothness among the candidate melody segments selected for adjacent lyrics segments in the plurality of lyrics segments; and concatenating the determined candidate melody segments into the melody indicated by the template, wherein the smoothness between candidate melody segments is determined by measuring, by analyzing a pitch trajectory of melody in the melody segments, consistency between corresponding pitch trajectories.
Supporting frame structure for a utility vehicle, in particular heavy goods vehicle, preferably semitrailer tractor, having: - a first longitudinally running supporting construction and a second longitudinally running supporting construction, said supporting constructions being spaced apart from one another in a transverse direction of the supporting frame structure, - two wheel suspension units for front wheels (Rv) for the utility vehicle, and - at least one tank unit for accommodating fluid, wherein - the first supporting construction and the second supporting construction are guided upwards so as to form a raised supporting structure, characterized in that - the tank unit serves for supporting a driver's cab for the utility vehicle or at least parts thereof, and/or serves as a substructure for the driver's cab. - a first longitudinally running supporting construction and a second longitudinally running supporting construction, said supporting constructions being spaced apart from one another in a transverse direction of the supporting frame structure, - two wheel suspension units for front wheels (Rv) for the utility vehicle, and - at least one tank unit for accommodating fluid, wherein - the first supporting construction and the second supporting construction are guided upwards so as to form a raised supporting structure, characterized in that - the tank unit serves for supporting a driver's cab for the utility vehicle or at least parts thereof, and/or serves as a substructure for the driver's cab.
A medical agent for use in treating influenza and viral respiratory infections, containing 3,3-diindolylmethane, A-type fish oil and an adjuvant, with the following ingredient ratio, in % by mass: 3,3-diindolylmethan 9-20 A-type fish oil 1-10 adjuvant balance.
Pump for delivering a liquid or pasty medium which is enclosed in an elastic hose mounted in a working space, wherein the working space is bounded on one side by a movable cover, and wherein the hose is deformed by movable rollers, wherein the rollers, with their drive, are separated from the working space by a diaphragm, characterized in that a plurality of sensors monitor the function of the pump, wherein the sensors are arranged outside the working space, behind the diaphragm, wherein the signals from the sensors are processed by a common electric controller or by a group of controllers that are connected electrically and in terms of signal technology, and wherein the group of sensors contains an electromechanical first position sensor that monitors the position of a force-actuated first plunger that senses the presence, the position and the working position of a hose clamp, and/or the group of sensors contains one or more electromechanical second position sensors (15, 17) that monitor the position of one or more force-actuated second plungers (16, 18) that sense the hose on the suction side of the rollers or on the pressure side of the rollers.
A wavily deformable stent comprising a hollow cylindrical net body formed of elastically deformable wires interlaced with each other, the net body extending in a longitudinal direction and terminating at open opposite ends, the net body including at least one high-rigidity section and at least one low-rigidity section less rigid than the high-rigidity section, characterized in that: the or each high-rigidity section and the or each low-rigidity section are arranged continuously and alternately along the longitudinal direction; the at least one high-rigidity section is formed of crossed and bent interlaced wires, the wires being interlaced at a first, narrow interval; and the at least one low-rigidity section is also formed of crossed and bent interlaced wires, the wires being interlaced at a second, broader interval. the or each high-rigidity section and the or each low-rigidity section are arranged continuously and alternately along the longitudinal direction; the at least one high-rigidity section is formed of crossed and bent interlaced wires, the wires being interlaced at a first, narrow interval; and the at least one low-rigidity section is also formed of crossed and bent interlaced wires, the wires being interlaced at a second, broader interval.