mhurhangee/ep-ind-claims huggingface dataset:
Blower device for delivering at least one medium comprising: a. a blower having a housing with an inlet and an outlet, b. a nozzle, which is fluidically connected and arranged on the housing such that at least one medium can flow through this nozzle, the nozzle being designed, at least in some sections, to effect a negative pressure on the at least one medium, and c. at least one sensor, the sensor being arranged in the effective region of the nozzle and designed to measure at least parameters of the at least one medium which are required to determine the mass of the at least one medium, wherein that the nozzle has a supply element via which a second medium can be supplied by means of the negative pressure generated by the nozzle, the supplyable quantity of the second medium being controlled exclusively by the difference in pressure resulting from the negative pressure of the nozzle, wherein a control system or regulation system and an electronic signal line are provided, wherein the sensor is connected electronically to a control system or regulation system and passes the measured parameters for the medium to the control or regulation system as values via an electronic signal line, and wherein the control system is designed to control the speed of an impeller of the blower as a function of the value of the parameter measured by the sensor, or in that the regulation system is designed to regulate the speed of an impeller of the blower as a function of the value of the parameter measured by the sensor until the measured value corresponds to a set value stored in the regulation system, wherein the sensor is designed as a mass flow sensor and at least measures the mass of the at least one medium. a. a blower having a housing with an inlet and an outlet, b. a nozzle, which is fluidically connected and arranged on the housing such that at least one medium can flow through this nozzle, the nozzle being designed, at least in some sections, to effect a negative pressure on the at least one medium, and c. at least one sensor, the sensor being arranged in the effective region of the nozzle and designed to measure at least parameters of the at least one medium which are required to determine the mass of the at least one medium, wherein that the nozzle has a supply element via which a second medium can be supplied by means of the negative pressure generated by the nozzle, the supplyable quantity of the second medium being controlled exclusively by the difference in pressure resulting from the negative pressure of the nozzle,
A permanent magnet motor, comprising: a stator; and a rotor having a rotor core disposed opposing an inner side of the stator across an air gap, a permanent magnet disposed in a circumferential direction of the rotor core, and a field pole of the rotor core in which the permanent magnet is disposed, wherein the field pole has a radius smaller than a radius of an arc centered on a shaft attached to an inner side of the rotor, a plurality of slits whose longitudinal direction is a radial direction of the rotor core are formed in the field pole, and an interval between neighboring slits is enlarged toward an outer peripheral side of the rotor core, wherein the rotor core is formed by plate-form electromagnetic steel sheets being stacked on the shaft, a connection portion that integrates the field pole divided by the plurality of slits is provided on an outer peripheral side of the field pole, and a radial direction width of the connection portion is smaller than a thickness of the electromagnetic steel plate. a stator; and a rotor having a rotor core disposed opposing an inner side of the stator across an air gap, a permanent magnet disposed in a circumferential direction of the rotor core, and a field pole of the rotor core in which the permanent magnet is disposed, wherein the field pole has a radius smaller than a radius of an arc centered on a shaft attached to an inner side of the rotor, a plurality of slits whose longitudinal direction is a radial direction of the rotor core are formed in the field pole, and an interval between neighboring slits is enlarged toward an outer peripheral side of the rotor core, wherein the rotor core is formed by plate-form electromagnetic steel sheets being stacked on the shaft, a connection portion that integrates the field pole divided by the plurality of slits is provided on an outer peripheral side of the field pole, and a radial direction width of the connection portion is smaller than a thickness of the electromagnetic steel plate.
A method of producing elongate metal strands and/or fibres with a crucible, the method comprising the steps of: - directing molten metal through a nozzle having a nozzle direction in a deposition direction at a regulated pressure difference between the inside and the outside of the crucible; - depositing said molten metal from said nozzle on a rotating planar surface having an axis of rotation; - entraining said molten metal in one plane about said axis of rotation via said rotating planar surface to form elongate metal strands and/or fibres, wherein said rotating surface is aligned at an alignment angle with regard to the deposition direction during the entraining of the molten metal; - cooling said elongate metal strands to form solidified metal strands; and - guiding said metal strands to collecting means to collect the solidified metal strands formed on the rotating planar surface. - directing molten metal through a nozzle having a nozzle direction in a deposition direction at a regulated pressure difference between the inside and the outside of the crucible; - depositing said molten metal from said nozzle on a rotating planar surface having an axis of rotation; - entraining said molten metal in one plane about said axis of rotation via said rotating planar surface to form elongate metal strands and/or fibres, wherein said rotating surface is aligned at an alignment angle with regard to the deposition direction during the entraining of the molten metal; - cooling said elongate metal strands to form solidified metal strands; and - guiding said metal strands to collecting means to collect the solidified metal strands formed on the rotating planar surface.
A vehicle information estimation system (100, 100b) comprising: at least one sensor (10-1~10-n) configured to detect elastic waves generated from a structure; a classifier configured to classify a plurality of elastic waves acquired during a measurement period into a plurality of groups; and a vehicle count estimator configured to estimate the number of the plurality of groups as being the number of vehicles, wherein the classifier classifies a plurality of elastic waves among the plurality of elastic waves acquired during a measurement period with acquisition time intervals less than a threshold into one group. at least one sensor (10-1~10-n) configured to detect elastic waves generated from a structure; a classifier configured to classify a plurality of elastic waves acquired during a measurement period into a plurality of groups; and a vehicle count estimator configured to estimate the number of the plurality of groups as being the number of vehicles, wherein the classifier classifies a plurality of elastic waves among the plurality of elastic waves acquired during a measurement period with acquisition time intervals less than a threshold into one group.
An optical structure (10, 10a, 10b, 10c, 10d) having a quantization phase difference structure on one surface of a quantization phase difference structure layer, wherein in the quantization phase difference structure, a plurality of quantization projecting portions are aligned in one direction in ribbed projecting portions, and a plurality of quantization recessed portions are aligned in groove-like recessed portions parallel to the ribbed projecting portions, the ribbed projecting portions are arranged adjacent to and alternately with the groove-like recessed portions, and in the quantization phase difference structure, plural spatial frequency components in accordance with an arrangement of the quantization projecting portions and the quantization recess portions overlap with each other; the plural spatial frequencies are discrete in a predetermined direction and arranged regularly, characterized in that the plurality of quantization projecting portions has a constant size, and the plurality of quantization recessed portions has a constant size. in the quantization phase difference structure, a plurality of quantization projecting portions are aligned in one direction in ribbed projecting portions, and a plurality of quantization recessed portions are aligned in groove-like recessed portions parallel to the ribbed projecting portions, the ribbed projecting portions are arranged adjacent to and alternately with the groove-like recessed portions, and in the quantization phase difference structure, plural spatial frequency components in accordance with an arrangement of the quantization projecting portions and the quantization recess portions overlap with each other; the plural spatial frequencies are discrete in a predetermined direction and arranged regularly, characterized in that the plurality of quantization projecting portions has a constant size, and the plurality of quantization recessed portions has a constant size.
Method for activating at least one function of a motor vehicle, having the steps of: - determining a first distance between the motor vehicle and at least one object in an environment of the motor vehicle, wherein the first distance represents a minimum spacing between the motor vehicle and the at least one object; - predicting a second distance representing a travel distance from a current position of the motor vehicle to a collision with the at least one object; - checking whether the second distance decreases within a predetermined period of time; - if the check reveals that the second distance decreases, decreasing the determined first distance by multiplying the determined first distance by a predetermined factor, thereby providing a decreased third distance, wherein the factor is predetermined on the basis of a speed of the motor vehicle; and - activating the at least one function of the motor vehicle on the basis of the decreased third distance in order to compensate for a latency between initiating the activation of the at least one function and performing the at least one function. - determining a first distance between the motor vehicle and at least one object in an environment of the motor vehicle, wherein the first distance represents a minimum spacing between the motor vehicle and the at least one object; - predicting a second distance representing a travel distance from a current position of the motor vehicle to a collision with the at least one object; - checking whether the second distance decreases within a predetermined period of time; - if the check reveals that the second distance decreases, decreasing the determined first distance by multiplying the determined first distance by a predetermined factor, thereby providing a decreased third distance, wherein the factor is predetermined on the basis of a speed of the motor vehicle; and - activating the at least one function of the motor vehicle on the basis of the decreased third distance in order to compensate for a latency between initiating the activation of the at least one function and performing the at least one function.
A scanning system for inspecting contents of an inspected container, the scanning system comprising: a. a source of penetrating radiation of peak energy exceeding 1 MeV; b. a collimator having an exit slot adapted to form the penetrating radiation into a fan beam characterized by a transverse dimension measured at the exit slot; c. a plurality of detector plates arcuately disposed at a distance exceeding 5 meters from the source of penetrating radiation, each detector plate having mounted on it a detector module comprising a plurality of detector elements, each detector element generating a detector signal corresponding to that detector element; and d. a controller adapted to govern the orientation of each of the plurality of detector plates based at least on the detector signal generated by at least one of the detector elements; such that each detector element of each detector module of each detector plate may be aligned to within a specified fraction of the transverse dimension of the fan beam as measured at the exit slot. a. a source of penetrating radiation of peak energy exceeding 1 MeV; b. a collimator having an exit slot adapted to form the penetrating radiation into a fan beam characterized by a transverse dimension measured at the exit slot; c. a plurality of detector plates arcuately disposed at a distance exceeding 5 meters from the source of penetrating radiation, each detector plate having mounted on it a detector module comprising a plurality of detector elements, each detector element generating a detector signal corresponding to that detector element; and d. a controller adapted to govern the orientation of each of the plurality of detector plates based at least on the detector signal generated by at least one of the detector elements; such that each detector element of each detector module of each detector plate may be aligned to within a specified fraction of the transverse dimension of the fan beam as measured at the exit slot.
A method of processing a plurality of basis function coefficients that describes a sound field during a time interval, said method comprising: performing a reversible transform on a first group of the plurality of basis function coefficients to produce a plurality of channel signals, wherein each of the plurality of channel signals is associated with a corresponding different region of space; characterized by producing data configured for storage and/or transmission, the data comprising a data structure having a first portion that encodes a second group of the plurality of basis function coefficients, wherein the second group is different than the first group, and a second portion, separate from the first portion, that encodes the plurality of channel signals. performing a reversible transform on a first group of the plurality of basis function coefficients to produce a plurality of channel signals, wherein each of the plurality of channel signals is associated with a corresponding different region of space; characterized by producing data configured for storage and/or transmission, the data comprising a data structure having a first portion that encodes a second group of the plurality of basis function coefficients, wherein the second group is different than the first group, and a second portion, separate from the first portion, that encodes the plurality of channel signals.
Adapter for the connection of a wiper blade to a terminal portion of a wiper arm which is a hook having a curved part and a free end, comprising two vertical flanks arranged so that the hook is received between the two said flanks, at least one shaft which is extending between the two vertical flanks, a front portion and a rear portion of the adapter which are delimited by a central axis of the shaft, the rear portion comprising two guiding portions (37, 39), each guiding portion (19, 21) having a U shape section, a first guiding portion comprising an abutment configured to contact an internal face of the hook, a second guiding portion comprising a stop element configured to contact the free end of the hook, characterized in that the first guiding portion and the second guiding portion are adapted to contact each other in order to avoid contact between the shaft and the curved part of the hook.
A multifunctional surfacing material capable of providing lightning strike protection, LSP, and burn-through resistance, comprising a conductive layer positioned between a curable resin layer and a silicone layer, wherein the silicone layer comprises a blend of silicone polymers, which comprises one or more polydiorganosiloxane homopolymers of the general formula and one or more silicone copolymers of the general formula: wherein, for formula, R 1 and R 2 are the same or different and are independently selected from hydrogen, alkyl group having from 1 to 6 carbon atoms, including methyl, ethyl, phenyl group, vinyl group, and a halogenated alkyl, phenyl, or vinyl group; R 3 is the same as R 1 or R 2 or an hydroxy group; and n is an integer of from 0 to 10,000; for formula, at least one of R 4, R 5 and R 5 are different and are individually selected from hydrogen, alkyl group, alkyl phenyl group and vinyl group, where alkyl is as described above for formula; and m is an integer of from 1 to 10,000, preferably, the one or more silicone homopolymers is/are selected from silsesquioxane polymer, polydimethylsiloxane, PDMS, polydiphenylsiloxane, polydiethylsiloxane, and silanol terminated polydimethyl siloxane, and preferably, the copolymer is phenylsilsesquioxane-dimethylsiloxane copolymer, wherein the curable resin layer and the silicone layer do not comprise any reinforcement fibers, and wherein the surfacing material is in the form of a continuous or elongated tape that is suitable for automated placement, preferably, the tape has a width in the range of 3.17 mm to 305 mm. wherein the silicone layer comprises a blend of silicone polymers, which comprises one or more polydiorganosiloxane homopolymers of the general formula and one or more silicone copolymers of the general formula: wherein, for formula, R 1 and R 2 are the same or different and are independently selected from hydrogen, alkyl group having from 1 to 6 carbon atoms, including methyl, ethyl, phenyl group, vinyl group, and a halogenated alkyl, phenyl, or vinyl group; R 3 is the same as R 1 or R 2 or an hydroxy group; and n is an integer of from 0 to 10,000; for formula, at least one of R 4, R 5 and R 5 are different and are individually selected from hydrogen, alkyl group, alkyl phenyl group and vinyl group, where alkyl is as described above for formula; and m is an integer of from 1 to 10,000, preferably, the one or more silicone homopolymers is/are selected from silsesquioxane polymer, polydimethylsiloxane, PDMS, polydiphenylsiloxane, polydiethylsiloxane, and silanol terminated polydimethyl siloxane, and preferably, the copolymer is phenylsilsesquioxane-dimethylsiloxane copolymer, wherein the curable resin layer and the silicone layer do not comprise any reinforcement fibers, and wherein the surfacing material is in the form of a continuous or elongated tape that is suitable for automated placement, preferably, the tape has a width in the range of 3.17 mm to 305 mm.
Luggage rack for a two-wheeled vehicle, in particular for a bicycle, comprising - at least one elongated mounting element with multiple bends, wherein, when the luggage rack is mounted on the two-wheeled vehicle, a section (2, 3) of the one mounting element extends on each of the two sides of a wheel, or wherein at least two mounting elements are provided and at least one of the at least two mounting elements extends on each of the two sides of the wheel, - means for attaching the luggage rack to the two-wheeled vehicle, - connecting means, which connect the two sections (2, 3) of the one mounting element or the two mounting elements to one another, wherein the connecting means are designed such that the two sections (2, 3) of the one mounting element or two of the at least two mounting elements are connected to one another in force-fitting and/or form-fitting manner by the connecting means, characterised in that the means for attaching the luggage rack to the two-wheeled vehicle comprise means for attaching the luggage racks to a mudguard of the two-wheeled vehicle or to a strut running below the mudguard. - at least one elongated mounting element with multiple bends, wherein, when the luggage rack is mounted on the two-wheeled vehicle, a section (2, 3) of the one mounting element extends on each of the two sides of a wheel, or wherein at least two mounting elements are provided and at least one of the at least two mounting elements extends on each of the two sides of the wheel, - means for attaching the luggage rack to the two-wheeled vehicle, - connecting means, which connect the two sections (2, 3) of the one mounting element or the two mounting elements to one another, wherein the connecting means are designed such that the two sections (2, 3) of the one mounting element or two of the at least two mounting elements are connected to one another in force-fitting and/or form-fitting manner by the connecting means,
An Fe -substituted MEL-type zeolite obtained by subjecting a zeolite obtained from a gel containing no organic SDAs to ionic exchange with Fe ions, and having an SiO 2 /Al 2 O 3 ratio in the range of 10-24 inclusive.
A compound represented by the following formula: (wherein R 1 represents a hydrogen atom or an acyl group; and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group), or a salt thereof, for use in prophylaxis and/or treatment of sepsis.
Assembly including a first part and a second part that is part of the body of a motor vehicle, said first part being intended for assembly on said second part, - said second part comprising a projecting element extending along a main axis X, - said first part comprising a holder provided with a guide member for guiding said first part relative to said projecting element, - said holder supporting an element for locking said projecting element in a position for assembly of said first part on said second part, - said locking element being configured to lock said projecting element in the assembly position via a movement along an axis separate from said main axis X, said assembly being characterised in that said locking element comprises a head which closes an opening in an outer surface of said first part in the assembly position, and which is flush with said outer surface. - said second part comprising a projecting element extending along a main axis X, - said first part comprising a holder provided with a guide member for guiding said first part relative to said projecting element, - said holder supporting an element for locking said projecting element in a position for assembly of said first part on said second part, - said locking element being configured to lock said projecting element in the assembly position via a movement along an axis separate from said main axis X,