mhurhangee/ep-ind-claims huggingface dataset:
A surface cleaner system comprising: a base assembly including a housing movable along a surface, a pump supported by the housing and operable to pressurize a fluid, and a prime mover supported by the housing, the prime mover coupled to the pump to drive the pump; a spray assembly coupled to the base assembly, the spray assembly operable to discharge fluid from the pump toward the surface; and a spray gun in fluid communication with the pump to receive pressurized fluid from the pump, the spray gun including an outlet portion that is connectable to the base assembly to direct the pressurized fluid from the pump through the spray gun and into the spray assembly, the outlet portion being disconnectable from the base assembly, the surface cleaner system being configured such that when the outlet portion is disconnected from the base assembly, the spray gun can discharge the pressurized fluid from the pump toward the surface without directing the pressurized fluid into the spray assembly, characterised in that with the outlet portion of the spray gun connected to the base assembly, the spray gun constitutes a sole handle for the surface cleaner system to move the base assembly along the surface. a base assembly including a housing movable along a surface, a pump supported by the housing and operable to pressurize a fluid, and a prime mover supported by the housing, the prime mover coupled to the pump to drive the pump; a spray assembly coupled to the base assembly, the spray assembly operable to discharge fluid from the pump toward the surface; and a spray gun in fluid communication with the pump to receive pressurized fluid from the pump, the spray gun including an outlet portion that is connectable to the base assembly to direct the pressurized fluid from the pump through the spray gun and into the spray assembly, the outlet portion being disconnectable from the base assembly, the surface cleaner system being configured such that when the outlet portion is disconnected from the base assembly, the spray gun can discharge the pressurized fluid from the pump toward the surface without directing the pressurized fluid into the spray assembly, characterised in that with the outlet portion of the spray gun connected to the base assembly, the spray gun constitutes a sole handle for the surface cleaner system to move the base assembly along the surface.
A service fault locating method, comprising: determining, that a service fault exists between a first layer-3 device and a second layer-3 device, wherein the second layer-3 device is a next hop layer-3 device of the first layer-3 device and wherein the service fault comprises a link fault, port fault or device fault; obtaining a first network topology between the first layer-3 device and the second layer-3 device; determining a first forwarding path of a service packet between the first layer-3 device and the second layer-3 device according to the first network topology and a characteristic parameter of the service packet; configuring a forwarding entry for a forwarding device in the first forwarding path, and triggering the first layer-3 device to generate an extended layer-2 OAM packet, so that the extended layer-2 OAM packet and the service packet have a same forwarding path and the forwarding device forwards the extended layer-2 OAM packet according to the first forwarding path; and obtaining a first path parameter that is of the first forwarding path and sent by the forwarding device, and determining a specific location of the service fault according to the first path parameter, wherein a path parameter is a parameter used to measure path quality. determining, that a service fault exists between a first layer-3 device and a second layer-3 device, wherein the second layer-3 device is a next hop layer-3 device of the first layer-3 device and wherein the service fault comprises a link fault, port fault or device fault; obtaining a first network topology between the first layer-3 device and the second layer-3 device; determining a first forwarding path of a service packet between the first layer-3 device and the second layer-3 device according to the first network topology and a characteristic parameter of the service packet; configuring a forwarding entry for a forwarding device in the first forwarding path, and triggering the first layer-3 device to generate an extended layer-2 OAM packet, so that the extended layer-2 OAM packet and the service packet have a same forwarding path and the forwarding device forwards the extended layer-2 OAM packet according to the first forwarding path; and obtaining a first path parameter that is of the first forwarding path and sent by the forwarding device, and determining a specific location of the service fault according to the first path parameter, wherein a path parameter is a parameter used to measure path quality.
Casting apparatus for producing metal matrix composite materials comprising a melt channel which is inclined in a flow direction (A, A') of the casting apparatus with a flow pathway for a metal melt, and a particle feed device for adding solid particles to the metal melt, characterized in that the particle feed device is formed as a particle feed chute that extends at least to a base of the flow pathway and has a particle exit window formed in a chute casing of the particle feed chute.
A tunable filter of a ladder circuit configuration, comprising: an elastic wave series arm resonator configured to be provided in a series arm; an elastic wave parallel arm resonator configured to be provided in a parallel arm; and a variable capacitor (Css) configured to be connected to at least one of the series arm resonator and the parallel arm resonator to enable adjustment of the frequency characteristic of said resonator by variation of said variable capacitor, wherein when a resonant frequency and an anti-resonant frequency of the series arm resonator are FrS and FaS and a resonant frequency and an anti-resonant frequency of the parallel arm resonator are FrP and FaP, FrS ≤ n − 1 FrP + FaP / n and FaP ≤ n − 1 FaS + FrS / n are satisfied where the n is an integer number greater than or equal to 2 and less than or equal to 30, characterised in that when a value obtained by normalizing (FaP-FrS) by (FaP + FrS)/2 is t and a value obtained by dividing an absolute value of a difference between a resonant frequency and an anti-resonant frequency of each of the series arm resonator and the parallel arm resonator by the resonant frequency of each thereof is fractional band width y, y having the same value for the series arm resonator and parallel arm resonator, a value, obtained by normalizing Δfr / FrP, i.e. a ratio of [Δfr = FrS - FrP] to FrP, by the fractional band width y, is less than or equal to a value indicated by the following Expression. 2 − t / 0.9 × 1 + y − 2 + t / 0.9 / 2 + t / 0.9 × y × 100 % an elastic wave series arm resonator configured to be provided in a series arm; an elastic wave parallel arm resonator configured to be provided in a parallel arm; and a variable capacitor (Css) configured to be connected to at least one of the series arm resonator and the parallel arm resonator to enable adjustment of the frequency characteristic of said resonator by variation of said variable capacitor, wherein when a resonant frequency and an anti-resonant frequency of the series arm resonator are FrS and FaS and a resonant frequency and an anti-resonant frequency of the parallel arm resonator are FrP and FaP, FrS ≤ n − 1 FrP + FaP / n and FaP ≤ n − 1 FaS + FrS / n are satisfied where the n is an integer number greater than or equal to 2 and less than or equal to 30, characterised in that when a value obtained by normalizing (FaP-FrS) by (FaP + FrS)/2 is t and a value obtained by dividing an absolute value of a difference between a resonant frequency and an anti-resonant frequency of each of the series arm resonator and the parallel arm resonator by the resonant frequency of each thereof is fractional band width y, y having the same value for the series arm resonator and parallel arm resonator, a value, obtained by normalizing Δfr / FrP, i.e. a ratio of [Δfr = FrS - FrP] to FrP, by the fractional band width y, is less than or equal to a value indicated by the following Expression. 2 − t / 0.9 × 1 + y − 2 + t / 0.9 / 2 + t / 0.9 × y × 100 %
Method for inputting position data in a navigation device of a vehicle, comprising the steps of: - displaying of positions on a graphical output unit of a mobile radio end device; - marking one of the displayed positions by a mark, wherein an input and output unit is used as output unit and the marking is accomplished through a manual operation on the position; - displaying a graphical representation of a symbol for a vehicle via the output unit, for which vehicle the mobile radio end device provides vehicle-specific communication link data; - shifting the mark to the symbol of the vehicle or the symbol of the vehicle to the mark through a manual operation on the output unit and - transmitting the position data, which identify the marked position, to the navigation device of the vehicle, wherein before the step of transmitting a communication link to the vehicle is established. - displaying of positions on a graphical output unit of a mobile radio end device; - marking one of the displayed positions by a mark, wherein an input and output unit is used as output unit and the marking is accomplished through a manual operation on the position; - displaying a graphical representation of a symbol for a vehicle via the output unit, for which vehicle the mobile radio end device provides vehicle-specific communication link data; - shifting the mark to the symbol of the vehicle or the symbol of the vehicle to the mark through a manual operation on the output unit and - transmitting the position data, which identify the marked position, to the navigation device of the vehicle, wherein before the step of transmitting a communication link to the vehicle is established.
An article, comprising: a composite comprising a plurality of continuous fibers defining a substrate, and a plurality of discontinuous agents contained within at least a portion of the substrate such that the plurality of discontinuous agents comprises at least 40% of the mass of the composite, wherein: at least some of the plurality of discontinuous agents have a plurality of magnetic particles adsorbed thereto; and at least some of the discontinuous agents comprise discontinuous fibers, wherein the discontinuous fibers have an average diameter of between 10 micrometers and 100 micrometers. at least some of the plurality of discontinuous agents have a plurality of magnetic particles adsorbed thereto; and at least some of the discontinuous agents comprise discontinuous fibers, wherein the discontinuous fibers have an average diameter of between 10 micrometers and 100 micrometers.
Mechatronic system, comprising: - a converter, comprising a converter device that provides a direct voltage and a reference potential from an AC input voltage, the converter device comprising an electronic switch having a predefined, continuous duty cycle, provided by pulse width modulation, of at least approximately 0.5, in order to provide, in a combination with a rectifier, an additional direct voltage (UDC/2) which is located in the range between the direct voltage and the reference potential; - a 3-phase motor and an inverter that comprises three half bridges for energising the 3-phase motor, the half bridges being fed only from the first direct voltage and the reference potential; and - at least two 2-phase synchronous motors (12d, 17d) and in each case an inverter (23.1, 23.2) having two half bridges, the first ends of the coils (12u, 12v, 17u, 17v) of each motor (12d, 17d) being connected to a corresponding half bridge of the associated inverter (23.1, 23.2) and the second ends of the coils (12u, 12v, 17u, 17v) being interconnected to form a neutral point that is connected to the additional direct voltage (UDC/2). - a converter, comprising a converter device that provides a direct voltage and a reference potential from an AC input voltage, the converter device comprising an electronic switch having a predefined, continuous duty cycle, provided by pulse width modulation, of at least approximately 0.5, in order to provide, in a combination with a rectifier, an additional direct voltage (UDC/2) which is located in the range between the direct voltage and the reference potential; - a 3-phase motor and an inverter that comprises three half bridges for energising the 3-phase motor, the half bridges being fed only from the first direct voltage and the reference potential; and - at least two 2-phase synchronous motors (12d, 17d) and in each case an inverter (23.1, 23.2) having two half bridges, the first ends of the coils (12u, 12v, 17u, 17v) of each motor (12d, 17d) being connected to a corresponding half bridge of the associated inverter (23.1, 23.2) and the second ends of the coils (12u, 12v, 17u, 17v) being interconnected to form a neutral point that is connected to the additional direct voltage (UDC/2).
A high pressure fluid feed device for a common rail system for a large internal combustion engine, comprising a pressure accumulator unit for supplying high pressure fluid to a plurality of fluid injectors, and the pressure accumulator unit has an outer circumferential surface and is disposed with a central bore substantially extending along the longitudinal axis of the pressure accumulator unit and having an inner circumferential surface and at least one radial bore extending from the central bore to the outer circumferential surface of the pressure accumulator unit, and the radial bore has a first lateral wall and a second lateral wall, whereby a width is measured as the distance between the first and second lateral walls (18, 19) of the radial bore in a plane containing the central axis of the radial bore and arranged normally to the longitudinal axis of the pressure accumulator unit, whereby the width of the radial bore is greater at the inner circumferential surface than at the outer circumferential surface and decreases continuously for at least half of the distance between the inner circumferential surface and the outer circumferential surface characterised in that a thickness of the radial bore normal to the width in a direction of the longitudinal axis of the pressure accumulator unit at the inner circumferential surface is substantially the same as the thickness of the radial bore at the outer circumferential surface.
Process for preparing granules from mineral wool fragments comprising at least one binding resin comprising a sugar, said process comprising the steps of: - granulation consisting in mixing mineral wool fragments with at least one hydraulic binder in a granulator, in the presence of water and a setting accelerator additive that comprises at least one water-soluble calcium salt and at least one alkali metal silicate compound, the amount of mineral wool fragments representing at least 70%by weight of the total weight of the dry composition consisting of the mineral wool fragments and the hydraulic binder, and - drying the obtained granules. - granulation consisting in mixing mineral wool fragments with at least one hydraulic binder in a granulator, in the presence of water and a setting accelerator additive that comprises at least one water-soluble calcium salt and at least one alkali metal silicate compound, the amount of mineral wool fragments representing at least 70%by weight of the total weight of the dry composition consisting of the mineral wool fragments and the hydraulic binder, and - drying the obtained granules.
An electronic apparatus for vehicle component setting, the device comprising: a sensor signal interface configured to connect to a plurality of vehicle sensors; a regressing module configured to receive a sensor signal output by each of the plurality of vehicle sensors and to predict a continuous component setting value based on the received sensor signals; a rounding operator configured to round the continuous component setting value predicted by the regressing module to a discrete component setting value and to output the discrete component setting value; a component interface configured to connect to at least one vehicle component and further configured to transmit a setting signal corresponding to the discrete component setting value to the at least one vehicle component; and a controller configured to train the regressing module based on training data and the corresponding discrete component setting value output by the rounding operator. a sensor signal interface configured to connect to a plurality of vehicle sensors; a regressing module configured to receive a sensor signal output by each of the plurality of vehicle sensors and to predict a continuous component setting value based on the received sensor signals; a rounding operator configured to round the continuous component setting value predicted by the regressing module to a discrete component setting value and to output the discrete component setting value; a component interface configured to connect to at least one vehicle component and further configured to transmit a setting signal corresponding to the discrete component setting value to the at least one vehicle component; and a controller configured to train the regressing module based on training data and the corresponding discrete component setting value output by the rounding operator.
A warp knitting machine having a head transmission device comprising a head body, a motor disposed at the front end of the head body, two head end shafts (6, 7), a synchronous big belt wheel installed at the end of one of the head end shafts and connected to the motor via a belt, a synchronous tension pulley disposed at the rear end of the head body, and synchronous belt wheels installed on the head end shafts (6, 7) and connected to the synchronous tension pulley via a synchronous belt, characterized in that it further comprises head end shaft fixing boards (2, 3) and a head end shaft middle fixing board on opposite sides of the synchronous belt, said head end shafts (6, 7) each being supported by a head end shaft fixing board (2, 3) and the head end shaft middle fixing board, and the head end shaft fixing boards (2, 3) being fixed onto the head body.
Composition, containing as active ingredient ectoine, hydroxyectoine and/or salts, esters or amides of said compounds for use in a method for treatment and/or prophylaxis of diseases of the eyes associated with a disorder of the tear film, the disease being a hyperevaporative keratoconjunctivitis sicca based on a malfunction of the Meibom glands and the active ingredient effecting a fluidisation of the lipid layer formed by the Meibom glands, and the composition being present in the form of liposomes.
Portable essence vaporizer for extracting an essence and supplying it to a user, which comprises a heat source for heating up an air flow which is passed through a substance of which one can extract an essence, and is supplied to a user, further comprising a heat exchanger provided in such a way that the heat generated by the heat source is supplied to the air flow, and a thermal insulation for insulating the heat source and the heat exchanger from the exterior, characterized in that the heat exchanger comprises a tubular piece which comprises an open cell foam structure, the heat source being provided at least partially inside the tubular piece, in that the thermal insulation comprises a tubular element which at least partially surrounds the heat exchanger and which comprises a nanoporous material with pores of a size of less than 50 nm, and in that the assembly is housed within a casing which is intended to be gripped by a user.
A system for analyzing a sample using overlapping measured mass selection window widths, comprising: a tandem mass spectrometer that includes a mass analyzer that allows overlapping measured mass selection window widths; and a processor in communication with the tandem mass spectrometer that is configured to: divide a mass range of a sample into two or more target mass selection window widths, and instruct the tandem mass spectrometer to perform two or more fragmentation scans across the mass range, wherein each fragmentation scan of the two or more fragmentation scans comprises a measured mass selection window width and wherein an overlap in measured mass selection window widths of at least two fragmentation scans of the two or more fragmentation scans corresponds to at least one target mass selection window width of the two or more target mass selection window widths; characterised in that each target mass selection window width is fully overlapped by at least two overlapping measured mass selection window widths. a tandem mass spectrometer that includes a mass analyzer that allows overlapping measured mass selection window widths; and a processor in communication with the tandem mass spectrometer that is configured to: divide a mass range of a sample into two or more target mass selection window widths, and instruct the tandem mass spectrometer to perform two or more fragmentation scans across the mass range, wherein each fragmentation scan of the two or more fragmentation scans comprises a measured mass selection window width and wherein an overlap in measured mass selection window widths of at least two fragmentation scans of the two or more fragmentation scans corresponds to at least one target mass selection window width of the two or more target mass selection window widths; characterised in that each target mass selection window width is fully overlapped by at least two overlapping measured mass selection window widths. divide a mass range of a sample into two or more target mass selection window widths, and instruct the tandem mass spectrometer to perform two or more fragmentation scans across the mass range, wherein each fragmentation scan of the two or more fragmentation scans comprises a measured mass selection window width and wherein an overlap in measured mass selection window widths of at least two fragmentation scans of the two or more fragmentation scans corresponds to at least one target mass selection window width of the two or more target mass selection window widths; characterised in that each target mass selection window width is fully overlapped by at least two overlapping measured mass selection window widths.
A medical device comprising: a hybrid circuitry assembly; and a core circuitry support structure, comprising: a frame defining a cavity configured to receive at least a portion of the hybrid circuitry assembly, the frame comprising at least one alignment feature, the at least one alignment feature configured to facilitate alignment of the hybrid circuitry assembly with the core circuitry support structure, wherein an outer surface of the frame is shaped to correspond to an inside surface of a core assembly housing configured to enclose the hybrid circuitry assembly and the core circuitry support structure. a hybrid circuitry assembly; and a core circuitry support structure, comprising: a frame defining a cavity configured to receive at least a portion of the hybrid circuitry assembly, the frame comprising at least one alignment feature, the at least one alignment feature configured to facilitate alignment of the hybrid circuitry assembly with the core circuitry support structure, wherein an outer surface of the frame is shaped to correspond to an inside surface of a core assembly housing configured to enclose the hybrid circuitry assembly and the core circuitry support structure. a frame defining a cavity configured to receive at least a portion of the hybrid circuitry assembly, the frame comprising at least one alignment feature, the at least one alignment feature configured to facilitate alignment of the hybrid circuitry assembly with the core circuitry support structure, wherein an outer surface of the frame is shaped to correspond to an inside surface of a core assembly housing configured to enclose the hybrid circuitry assembly and the core circuitry support structure.