mhurhangee/ep-ind-claims huggingface dataset:
Delivery device for delivering a flowable medium, having a delivery drive, a pump device, and a scoop device, wherein the delivery drive is arranged on first end of a pipe, characterized in that the pump device and the scoop device are arranged within the pipe; in that the scoop device has a foot valve which is arranged on a second end of the pipe, by means of which foot valve an inlet for an inflow of medium into a piston chamber is able to be feedback-controlled; in that a piston which sub-divides the piston chamber into an inflow region and an outflow region is arranged in the piston chamber of the scoop device, wherein the inflow region and the outflow region are able to be connected or are connected by way of the piston; in that the piston by way of a piston rod is movable between a retracted position and an extended position within the piston chamber by means of the delivery drive; in that the pump device has a pump piston; and in that the piston of the scoop device and the pump piston of the pump device are movable by the delivery drive by way of the piston rod.
A polypropylene resin composition comprising component, component and component shown below, wherein a content of the component is from 70 to 90 parts by weight, a content of the component is from 10 to 30 parts by weight, and a content of the component is from 1 to 5 parts by weight, when a total of the content of the component and the content of the component is taken as 100 parts by weight: polypropylene, talc having an average particle diameter of 1 μm to 8 μm, polyethylene glycol, wherein a molecular weight at a maximum point of refractive index intensity in a chromatogram obtained by gel permeation chromatography using a differential refractometer is from 2,000 to 4,000, and S 2 /S 1 is from 1.3 to 2.0, when a peak area from an elution start point to an elution time corresponding to the maximum point of refractive index intensity is taken as S 1 and a peak area from the elution time corresponding to the maximum point of refractive index intensity to an elution end point is taken as S 2. The measuring method of the particle size and the molecular weight distribution being disclosed in the description polypropylene, talc having an average particle diameter of 1 μm to 8 μm, polyethylene glycol, wherein a molecular weight at a maximum point of refractive index intensity in a chromatogram obtained by gel permeation chromatography using a differential refractometer is from 2,000 to 4,000, and S 2 /S 1 is from 1.3 to 2.0, when a peak area from an elution start point to an elution time corresponding to the maximum point of refractive index intensity is taken as S 1 and a peak area from the elution time corresponding to the maximum point of refractive index intensity to an elution end point is taken as S 2. The measuring method of the particle size and the molecular weight distribution being disclosed in the description
A gear train mechanism of a timepiece, comprising: a gear including a tooth having a tooth profile of an involute curve; and a pinion including a tooth meshing with the tooth of the gear to transmit and receive a torque, wherein the torque to be transmitted from one of the gear and the pinion to the other of the gear and the pinion is substantially constant by having a torque transmission rate with a tolerance value of 0.01 or below at least in a part of a first half of a meshing period of the gear and the pinion, wherein a tooth profile of the pinion is set to a constant torque curve having a substantial constant torque to be transmitted from a virtual gear to the pinion when the tooth of the pinion meshes with a tooth of the virtual gear including an involute profile having a pressure angle larger or smaller than a pressure angle of the involute curve of the gear, and wherein a difference Δα between the pressure angle α2 of the gear and the pressure angle α1 of the involute profile of the tooth of the virtual gear, i.e., Δα = α1 - α2, satisfies a following condition, − Z / 2 + 5 < Δ α < − Z / 2 + 8, with Z being the number of teeth on the pinion. a gear including a tooth having a tooth profile of an involute curve; and a pinion including a tooth meshing with the tooth of the gear to transmit and receive a torque, wherein the torque to be transmitted from one of the gear and the pinion to the other of the gear and the pinion is substantially constant by having a torque transmission rate with a tolerance value of 0.01 or below at least in a part of a first half of a meshing period of the gear and the pinion, wherein a tooth profile of the pinion is set to a constant torque curve having a substantial constant torque to be transmitted from a virtual gear to the pinion when the tooth of the pinion meshes with a tooth of the virtual gear including an involute profile having a pressure angle larger or smaller than a pressure angle of the involute curve of the gear, and wherein a difference Δα between the pressure angle α2 of the gear and the pressure angle α1 of the involute profile of the tooth of the virtual gear, i.e., Δα = α1 - α2, satisfies a following condition, − Z / 2 + 5 < Δ α < − Z / 2 + 8, with Z being the number of teeth on the pinion.
An optical add/drop multiplexer connected to a transmission line in which wavelength division multiplexed light including a plurality of signal lights having different wavelengths propagates, capable of adding or dropping signal light having at least one wavelength to/from the wavelength division multiplexed light supplied from the transmission line, and outputting the resultant wavelength division multiplexed light to said transmission line, comprising: a blocking part (1, 11, 11') for blocking light having wavelength corresponding to the wavelength of the signal light to be added in said optical add/drop multiplexer out of a plurality of signal lights included in the wavelength division multiplexed light supplied from said transmission line; an add part (2, 21, 12, 21', 27) for multiplexing signal light with the light output from said blocking part and outputting the resultant light; an in-line amplifying part (3, 31) for amplifying the wavelength division multiplexed light, in which the wavelength of the signal light to be added and the wavelengths not being blocked by the blocking part are wavelength-division-multiplexed, output from said add part and outputting the amplified light; and a drop part (4, 41, 41', 48, 49) for branching the wavelength division multiplexed light output from said amplifying part into two lights, the drop part being able to extract signal light having wavelength different from the wavelength of signal light multiplexed by said add part from one of the branched light, and outputting the other branched light to said transmission line. a blocking part (1, 11, 11') for blocking light having wavelength corresponding to the wavelength of the signal light to be added in said optical add/drop multiplexer out of a plurality of signal lights included in the wavelength division multiplexed light supplied from said transmission line; an add part (2, 21, 12, 21', 27) for multiplexing signal light with the light output from said blocking part and outputting the resultant light; an in-line amplifying part (3, 31) for amplifying the wavelength division multiplexed light, in which the wavelength of the signal light to be added and the wavelengths not being blocked by the blocking part are wavelength-division-multiplexed, output from said add part and outputting the amplified light; and a drop part (4, 41, 41', 48, 49) for branching the wavelength division multiplexed light output from said amplifying part into two lights, the drop part being able to extract signal light having wavelength different from the wavelength of signal light multiplexed by said add part from one of the branched light, and outputting the other branched light to said transmission line.
A dental flossing device comprising: a handle having a head portion and a grasping portion; and a floss holder attached to said head portion, said floss holder comprising a base portion and a pair of spaced-apart arms projecting from said base portion and accommodating at least one length of dental floss therebetween; characterized in that either said base portion or a section of each of said pair of spaced-apart arms near said base portion has enhanced flexibility adapted to enable said spaced apart arms to bend closer together and in a direction out of the plane of said floss holder when said floss holder is attached to said head portion, and when lateral pressure is applied from the base on said floss against a tooth. a handle having a head portion and a grasping portion; and a floss holder attached to said head portion, said floss holder comprising a base portion and a pair of spaced-apart arms projecting from said base portion and accommodating at least one length of dental floss therebetween;
Method for providing one or more seals in an annular space between a well tubular and the surrounding formation or between pipes of a wellbore system, said method comprising the steps of a) determining the in-situ temperature, pressure, earth formation properties and fluid(s) present at the position(s) where said one or more seals are desired, b) providing a sealing substance which is a setting epoxy based, phenolic based or polyester based fluid comprising at least one solid component and said sealing substance having physical and fluid dynamic properties compatible with the in-situ parameters determined in step a), wherein the density of said sealing substance is in the range from 700 kg/m 3 to 1400 kg/m 3, and said sealing substance has a density, which is either lower or higher than the density of the fluid(s) determined in step a). c) placing said sealing substance at one or more locations allowing it to flow into the annular space and undergo curing to form said one or more seals wherein said sealing substance has thixotropic properties, which are compatible with the parameters determined in step a). a) determining the in-situ temperature, pressure, earth formation properties and fluid(s) present at the position(s) where said one or more seals are desired, b) providing a sealing substance which is a setting epoxy based, phenolic based or polyester based fluid comprising at least one solid component and said sealing substance having physical and fluid dynamic properties compatible with the in-situ parameters determined in step a), wherein the density of said sealing substance is in the range from 700 kg/m 3 to 1400 kg/m 3, and said sealing substance has a density, which is either lower or higher than the density of the fluid(s) determined in step a). c) placing said sealing substance at one or more locations allowing it to flow into the annular space and undergo curing to form said one or more seals
An emissions cleaning module comprising: an upstream conduit containing a diesel oxidation catalyst module; a downstream conduit containing a mixing element; a flowhood fluidly connecting an outlet of the upstream conduit to an inlet of the downstream conduit; characterised in that it comprises a heat shield comprising a first section and a second section that are coupled together such that the heat shield substantially fully envelops all external surfaces of the flowhood wherein the first section and the second section form a first half shell and a second half shell of the heat shield. an upstream conduit containing a diesel oxidation catalyst module; a downstream conduit containing a mixing element; a flowhood fluidly connecting an outlet of the upstream conduit to an inlet of the downstream conduit; characterised in that it comprises a heat shield comprising a first section and a second section that are coupled together such that the heat shield substantially fully envelops all external surfaces of the flowhood wherein the first section and the second section form a first half shell and a second half shell of the heat shield.
An audio processing apparatus comprising: an audio masker separator for separating from a first audio signal an audio material comprising a sound other than stationary noise and utterance meaningful in semantics, as an audio masker candidate; a first context analyzer for obtaining statistics regarding contextual information of detected audio masker candidates; and a masker library builder for building a masker library or updating an existing masker library by adding, based on the statistics, at least one audio masker candidate as an audio masker into the masker library, wherein audio maskers in the masker library are used to be inserted into a target position in a second audio signal to conceal defects in the second audio signal. an audio masker separator for separating from a first audio signal an audio material comprising a sound other than stationary noise and utterance meaningful in semantics, as an audio masker candidate; a first context analyzer for obtaining statistics regarding contextual information of detected audio masker candidates; and a masker library builder for building a masker library or updating an existing masker library by adding, based on the statistics, at least one audio masker candidate as an audio masker into the masker library, wherein audio maskers in the masker library are used to be inserted into a target position in a second audio signal to conceal defects in the second audio signal.
A method for reading out information of a connectable and suppliable LED module, wherein the information is coded by an electrical parameter (R set), wherein the electrical parameter (R set) is a value of a coding resistor of a coding circuit, and wherein the coding circuit is associated with the LED module, having the steps for reading out the information of the connectable and suppliable LED module: - galvanically isolated transmission of an electrical power to the coding circuit on the secondary side of a primary-side clocked transformer, in such a manner that a regulatable feedback-regulated voltage (V set) is applied to the coding circuit at a predefined value, and - indirect detection of the electrical parameter (R set) of the coding circuit or of a temporal variation of the electrical parameter (R set) of the coding circuit, wherein the indirect detection takes place on the basis of a parameter, which is detected on the primary side of the transformer, characterized in that the parameter detected on the primary side of the transformer is a clocking parameter, wherein before the reading out of the information of the connectable and suppliable LED module, the following steps are carried out: - varying the clocking parameter until the regulatable feedback-regulated voltage (V set) reaches the pre-defined value, by means of indirect detection of the regulatable feedback-regulated voltage (V set) on the basis of an electrical variable on the primary side; and wherein the indirect detection for reading out the information of the connectable and suppliable LED module further comprises: - determining the value of the coding resistor based on the clocking parameter, which is adjusted in order to achieve the pre-defined value, by means of a look-up table. - galvanically isolated transmission of an electrical power to the coding circuit on the secondary side of a primary-side clocked transformer, in such a manner that a regulatable feedback-regulated voltage (V set) is applied to the coding circuit at a predefined value, and - indirect detection of the electrical parameter (R set) of the coding circuit or of a temporal variation of the electrical parameter (R set) of the coding circuit, wherein the indirect detection takes place on the basis of a parameter, which is detected on the primary side of the transformer, - varying the clocking parameter until the regulatable feedback-regulated voltage (V set) reaches the pre-defined value, by means of indirect detection of the regulatable feedback-regulated voltage (V set) on the basis of an electrical variable on the primary side; - determining the value of the coding resistor based on the clocking parameter, which is adjusted in order to achieve the pre-defined value, by means of a look-up table.
Method for processing a measured, ohmic resistance R(t) of a measuring element with temperature-dependent ohmic resistance of a jump lambda probe employing the Nernst principle, an ohmic resistance R(t x) of the measuring element being measured at the instant t x, and there being determined from at least one lambda value of a fuel/air ratio of a gas surrounding the measuring element at the instant t x of the measurement of the measured, ohmic resistance R(t x) a correction factor K λ (t x) comprising correction factors K λ which are predetermined for various values for at least one lambda value of a fuel/air ratio of the gas surrounding the measuring element, a corrected resistance value R korr (t x) being determined in accordance with the formula R korr t x = R t x ⋅ K λ t x, characterized in that a further correction of the measured, ohmic resistance R(t x) of the measuring element is determined as a function of at least one physical and/or chemical parameter of the measuring element, the gas surrounding the measuring element being an exhaust gas of an internal combustion engine.
A flameless thermal oxidizer (100; 200; 300), comprising: - a reactive chamber (114; 214; 314); - a porous matrix (116; 216; 316); - a diptube (218; 318); - at least one baffle (101; 203; 301, 303, 305) constructed and arranged in the reactive chamber (114; 214; 314) to coact with the diptube (218; 318) to radially expand a resulting reaction envelope (128; 228; 328) from the diptube (218; 318) outward into the porous matrix (116; 216; 316), the at least one baffle (101; 203; 301, 303, 305) being positioned in the reactive chamber (114; 214; 314) at and/or below a surface (124; 224; 324) of the porous matrix (116; 216; 316), characterized in that the at least one baffle is an upper baffle (101; 301, 305) positioned in the reactive chamber (114; 314) at a surface (124; 324) of the porous matrix (116; 316), and further comprising a lower baffle (203; 303) positioned in the reactive chamber (214; 314) below the surface (224; 324) of the porous matrix (216; 316). - a reactive chamber (114; 214; 314); - a porous matrix (116; 216; 316); - a diptube (218; 318); - at least one baffle (101; 203; 301, 303, 305) constructed and arranged in the reactive chamber (114; 214; 314) to coact with the diptube (218; 318) to radially expand a resulting reaction envelope (128; 228; 328) from the diptube (218; 318) outward into the porous matrix (116; 216; 316), the at least one baffle (101; 203; 301, 303, 305) being positioned in the reactive chamber (114; 214; 314) at and/or below a surface (124; 224; 324) of the porous matrix (116; 216; 316),
Device for producing water from ambient air comprising a heat pump with a cooling unit and a receiver for collecting the water that formed as condensed water vapour on a cooling surface of the cooling unit, wherein the cooling surface is located in a closed space and a water vapour permeable membrane separates the ambient air and the closed space, wherein the heat pump comprises a compressor, a condenser and an evaporator, the evaporator forming the cooling unit and the compressor, condenser and evaporator being connected by piping, wherein a canal or duct guides an airflow of ambient air over the membrane, characterized in that the membrane comprises hollow fibres and the closed space connects to the inside of the hollow fibres, and wherein the condenser includes a heat exchanger that generates airflow over the membrane.
Insect netting for a greenhouse, wherein the insect netting is configured to be secured to a ventilation panel that is hingeable around a hinging axis, wherein in an open position of the ventilation panel, the insect netting at least extends between an opening edge extending parallel to the hinging axis of the ventilation panel, and a ventilation panel edge extending parallel to the hinging axis of the ventilation panel, the insect netting comprising a front panel merging into two side panels, wherein the insect netting is pleated in a bellow configuration to collapse in a stacked manner, wherein the bellow configuration is formed with bellow sections, wherein each of the bellow sections has two parallel side bellow portions and a front bellow portion, wherein each of the side bellow portions comprises a first side gauze web and a second side gauze web connected to each other at a longitudinal side thereof and each having a first short side configured for facing towards the hinging axis, and a second short side, opposite to the first web end, configured for facing away from the hinging axis, wherein each of the front bellow portions comprises a first front gauze web and a second front gauze web connected to each other at a longitudinal side thereof, characterized in that the second short side of the first and second side gauze webs (29, 32) of the side bellow portions is connected to the longitudinal side of the first and second front gauze webs (35, 38) facing towards the hinging axis of the ventilation panel, respectively. the insect netting comprising a front panel merging into two side panels, wherein the insect netting is pleated in a bellow configuration to collapse in a stacked manner, wherein the bellow configuration is formed with bellow sections, wherein each of the bellow sections has two parallel side bellow portions and a front bellow portion, wherein each of the side bellow portions comprises a first side gauze web and a second side gauze web connected to each other at a longitudinal side thereof and each having a first short side configured for facing towards the hinging axis, and a second short side, opposite to the first web end, configured for facing away from the hinging axis, wherein each of the front bellow portions comprises a first front gauze web and a second front gauze web connected to each other at a longitudinal side thereof, characterized in that the second short side of the first and second side gauze webs (29, 32) of the side bellow portions is connected to the longitudinal side of the first and second front gauze webs (35, 38) facing towards the hinging axis of the ventilation panel, respectively.
An electronic component, comprising: an enhancement-mode transistor having a first breakdown voltage, the enhancement-mode transistor comprising a first source, a first gate, and a first drain; a depletion-mode transistor having a second breakdown voltage which is larger than the first breakdown voltage, the depletion-mode transistor comprising a second source, a second gate, and a second drain; and characterized in that the electronic component comprises a resistor comprising a first terminal and a second terminal; wherein the second terminal and the second source are electrically connected to the first drain, and the first terminal is electrically connected to the first source, wherein a resistance of the resistor is selected such that a drain-source voltage of the enhancement-mode transistor is lower than the first breakdown voltage when the electronic component is under a predetermined off-state bias condition. an enhancement-mode transistor having a first breakdown voltage, the enhancement-mode transistor comprising a first source, a first gate, and a first drain; a depletion-mode transistor having a second breakdown voltage which is larger than the first breakdown voltage, the depletion-mode transistor comprising a second source, a second gate, and a second drain; and characterized in that the electronic component comprises a resistor comprising a first terminal and a second terminal; wherein the second terminal and the second source are electrically connected to the first drain, and the first terminal is electrically connected to the first source, wherein a resistance of the resistor is selected such that a drain-source voltage of the enhancement-mode transistor is lower than the first breakdown voltage when the electronic component is under a predetermined off-state bias condition.