mhurhangee/ep-ind-claims huggingface dataset:
A motor comprising: a housing in which an opening is formed at one side thereof and an accommodation space is formed; a bracket disposed to cover the opening of the housing; a stator disposed in the accommodation space; a rotor in correspondence with the stator; a shaft coupled to the rotor; a sensing magnet assembly disposed above the rotor and coupled to the shaft; a rotor position detecting apparatus configured to detect a change in magnetic flux of the sensing magnet assembly; wherein the rotor position detecting apparatus includes a substrate disposed above the rotor; at least one Hall magnetic sensing element and at least one encoder signal magnetic element disposed on the substrate; a first ground pattern and a second ground pattern disposed on the substrate; a first ground terminal electrically connected to the at least one Hall magnetic sensing element; and a second ground terminal electrically connected to the at least one encoder signal magnetic element, wherein the first ground pattern is electrically connected to the first ground terminal, wherein the second ground pattern is electrically connected to the second ground terminal, wherein the first ground terminal is separated from the second ground terminal, and wherein the first ground pattern is in contact with one side of the bracket to increase the area of the first ground pattern. a housing in which an opening is formed at one side thereof and an accommodation space is formed; a bracket disposed to cover the opening of the housing; a stator disposed in the accommodation space; a rotor in correspondence with the stator; a shaft coupled to the rotor; a sensing magnet assembly disposed above the rotor and coupled to the shaft; a rotor position detecting apparatus configured to detect a change in magnetic flux of the sensing magnet assembly; wherein the rotor position detecting apparatus includes a substrate disposed above the rotor; at least one Hall magnetic sensing element and at least one encoder signal magnetic element disposed on the substrate; a first ground pattern and a second ground pattern disposed on the substrate; a first ground terminal electrically connected to the at least one Hall magnetic sensing element; and a second ground terminal electrically connected to the at least one encoder signal magnetic element, wherein the first ground pattern is electrically connected to the first ground terminal, wherein the second ground pattern is electrically connected to the second ground terminal, wherein the first ground terminal is separated from the second ground terminal, and wherein the first ground pattern is in contact with one side of the bracket to increase the area of the first ground pattern.
Hot rolled and annealed steel sheet, made of a steel having a composition comprising, by weight percent: C: 0.1 − 0.25 % Mn: 3.00 − 5.00 % Si: 0.80 − 1.60 % B: 0.0003 − 0.004 % S ≤ 0.010 % P ≤ 0.020 % N ≤ 0.008 % and comprising optionally one or more of the following elements, in weight percentage: Ti ≤ 0.04 % Nb ≤ 0.05 % Mo ≤ 0.3 % Al ≤ 0.90 % Cr ≤ 0.80 % the remainder of the composition being iron and unavoidable impurities resulting from the smelting, said steel sheet having a microstructure comprising, in surface fraction, - 20% or more of recrystallized ferrite - the balance being non-recrystallized ferrite, - 15% or more of said recrystallized ferrite having grain size larger than 5 μm - and a density of carbides at grain boundary of recrystallized ferrite less than or equal to 5 carbides per 10μm of grain boundary length. and comprising optionally one or more of the following elements, in weight percentage: Ti ≤ 0.04 % Nb ≤ 0.05 % Mo ≤ 0.3 % Al ≤ 0.90 % Cr ≤ 0.80 % the remainder of the composition being iron and unavoidable impurities resulting from the smelting, said steel sheet having a microstructure comprising, in surface fraction, - 20% or more of recrystallized ferrite - the balance being non-recrystallized ferrite, - 15% or more of said recrystallized ferrite having grain size larger than 5 μm - and a density of carbides at grain boundary of recrystallized ferrite less than or equal to 5 carbides per 10μm of grain boundary length. - 20% or more of recrystallized ferrite - the balance being non-recrystallized ferrite, - 15% or more of said recrystallized ferrite having grain size larger than 5 μm - and a density of carbides at grain boundary of recrystallized ferrite less than or equal to 5 carbides per 10μm of grain boundary length.
Dewatering fabric for the production of paper with a large-area paper thickening (12, 84, 86, 88) which, on the paper, assumes an area of more than 225 mm 2 and particularly preferably of more than 600 mm 2 with a substantially constant thickness, the dewatering fabric having a fabric weave with at least one system each of interwoven warp threads extending in the longitudinal direction and weft threads extending transversely thereto, which form fabric meshes of a predefined fabric mesh area, wherein the fabric weave has a fabric depression with a coherent depression region (32, 40, 44, 48, 52), the outline of which corresponds to the outline of the paper thickening to be produced, and which is substantially completely provided with embossed substructures (42, 46, 50, 54, 56) which enlarge the surface of the depression region (32, 40, 44, 48, 52) and the fabric mesh area in the depression region (32, 40, 44, 48, 52), wherein the depression region (32, 40, 44, 48, 52, 72) assumes an area of more than 225 mm 2 and particularly preferably of 600 mm 2.
Percutaneous endoscopic gastrostomy tube having an antiseptically or antimicrobially acting, metal ions releasing compound at least on or in surface regions of the tube, characterized in that the tube has a Parylene coating into which an antiseptically or antimicrobially acting, metal ions releasing compound is introduced, or that a layer of an antiseptically or antimicrobially acting, metal ions releasing compound is applied to the Parylene coating.
A gas turbine, comprising: a combustor for generating combustion gas by combusting fuel; a turbine arranged to be driven by the combustion gas generated by the combustor; a flow rate regulating valve for regulating a flow rate of the fuel to be supplied to the combustor; a pressure regulating valve disposed upstream of the flow rate regulating valve in a fuel passage for supplying the fuel to the combustor, for regulating the fuel pressure, and a valve control device arranged to control at least the opening degree of the pressure regulating valve, the valve control device comprising: a detection section; and a pressure control section for throttling the opening degree of the pressure regulating valve; characterized in that the detection section is arranged to detect a load decrease of the gas turbine; and the pressure control section is arranged to throttle the opening degree of the pressure regulating valve to a throttled opening degree on the basis of an output demand value of the gas turbine after the load decreases when the detection section detects the load decrease. a combustor for generating combustion gas by combusting fuel; a turbine arranged to be driven by the combustion gas generated by the combustor; a flow rate regulating valve for regulating a flow rate of the fuel to be supplied to the combustor; a pressure regulating valve disposed upstream of the flow rate regulating valve in a fuel passage for supplying the fuel to the combustor, for regulating the fuel pressure, and a valve control device arranged to control at least the opening degree of the pressure regulating valve, the valve control device comprising: a detection section; and a pressure control section for throttling the opening degree of the pressure regulating valve; characterized in that the detection section is arranged to detect a load decrease of the gas turbine; and the pressure control section is arranged to throttle the opening degree of the pressure regulating valve to a throttled opening degree on the basis of an output demand value of the gas turbine after the load decreases when the detection section detects the load decrease. a detection section; and a pressure control section for throttling the opening degree of the pressure regulating valve; characterized in that the detection section is arranged to detect a load decrease of the gas turbine; and the pressure control section is arranged to throttle the opening degree of the pressure regulating valve to a throttled opening degree on the basis of an output demand value of the gas turbine after the load decreases when the detection section detects the load decrease.
A belt tensioning device for a hollow blind comprising: a holder seat equipped with a lower belt gear on the top portion of the holder, wherein the holder seat is in clearance fit with a lumen of a side frame of the hollow blind and is characterized by a group of V-shaped slots from top to bottom therein, each V-shaped slot is equipped with a clip therein, the clip has a width slightly larger than the width of the lumen of the side frame of the hollow blind when being bent.
A polyester comprising at least a lactic acid unit, a dibasic acid unit, a glycol unit and as a component other than the lactic acid unit, the dibasic acid unit and the glycol unit, a tri- or higher functional carboxylic acid and/or polyol, wherein the dibasic acid unit contains dimer acid, the polyester has a glass transition temperature as measured at a temperature rising rate of 20°C/minute using a differential scanning calorimeter, of -70 to -20°C, a weight average molecular weight of 20,000 to 300,000 and a hydroxyl value of 1 to 100 mgKOH/g, and the polyester has a dispersion degree (Mw/Mn) of from 2.5 to 10.0.
A method for producing decaffeinated tea leaves, comprising (i) adding water having a temperature of less than 70 °C to tea leaves to form an aqueous tea leaf mixture, (ii) separating the tea leaves from said aqueous tea leaf mixture to obtain an aqueous extract and extracted tea leaves; (iii) contacting the aqueous extract of step (ii) with an active carbon adsorbent, (iv) adsorbing caffeine in said extract reversibly to the active carbon adsorbent to obtain an aqueous decaffeinated tea extract, (v) contacting the aqueous decaffeinated tea extract with the extracted tea leaves of step (ii) to form a further aqueous tea leaf mixture, wherein step (ii) to (iv) are repeated 2 to 12 times, the aqueous decaffeinated tea extract having an increased concentration of non-caffeine water soluble tea components leading to a reduction of the extraction of non-caffeine water soluble tea components in the subsequent extraction steps from the tea leaf into the aqueous decaffeinated tea extract, and (vi) drying the further aqueous tea leaf mixture to obtain the decaffeinated tea product. (i) adding water having a temperature of less than 70 °C to tea leaves to form an aqueous tea leaf mixture, (ii) separating the tea leaves from said aqueous tea leaf mixture to obtain an aqueous extract and extracted tea leaves; (iii) contacting the aqueous extract of step (ii) with an active carbon adsorbent, (iv) adsorbing caffeine in said extract reversibly to the active carbon adsorbent to obtain an aqueous decaffeinated tea extract, (v) contacting the aqueous decaffeinated tea extract with the extracted tea leaves of step (ii) to form a further aqueous tea leaf mixture, wherein step (ii) to (iv) are repeated 2 to 12 times, the aqueous decaffeinated tea extract having an increased concentration of non-caffeine water soluble tea components leading to a reduction of the extraction of non-caffeine water soluble tea components in the subsequent extraction steps from the tea leaf into the aqueous decaffeinated tea extract, and (vi) drying the further aqueous tea leaf mixture to obtain the decaffeinated tea product.
Use of microfibrillated cellulose as an air release agent in a viscous composition, wherein said viscous composition comprises at least one polymer capable of being hardened in at least one hardening step, wherein the microfibrillated cellulose is added to the viscous composition prior to or during said at least one hardening step and wherein the viscous composition is a composition that has a zero shear viscosity greater than 10 mPa·s at room temperature.
A method of generating hypertrophic cartilage in vitro, the method comprising: a) culturing in a first liquid medium in vitro a starting population of chondrocytes, wherein the first liquid medium is serum free and comprises a transforming growth factor-β, (TGFβ) polypeptide wherein said culturing provides for an at least 50-fold increase in the number of chondrocytes over the number of chondrocytes in the starting population, thereby generating an expanded chondrocyte population; and b) culturing the expanded chondrocyte in vitro in a second liquid medium, wherein the second liquid medium is serum free and comprises a bone morphogenetic protein and optionally a transforming growth factor-β (TGFβ) polypeptide, wherein said culturing in the second liquid medium results in production of hypertrophic cartilage. a) culturing in a first liquid medium in vitro a starting population of chondrocytes, wherein the first liquid medium is serum free and comprises a transforming growth factor-β, (TGFβ) polypeptide wherein said culturing provides for an at least 50-fold increase in the number of chondrocytes over the number of chondrocytes in the starting population, thereby generating an expanded chondrocyte population; and b) culturing the expanded chondrocyte in vitro in a second liquid medium, wherein the second liquid medium is serum free and comprises a bone morphogenetic protein and optionally a transforming growth factor-β (TGFβ) polypeptide, wherein said culturing in the second liquid medium results in production of hypertrophic cartilage.
Underwater turbine with a housing in which a generator is arranged and with a shaft which connects the generator to a turbine rotor, wherein the shaft is arranged at an angle with respect to the horizontal and the shaft is routed downwardly out of the housing through a shaft opening, with the result that water is prevented from penetrating into the housing by a gas volume compressed in the housing, characterized in that at least one insulating element is provided at least over a part of the inner surface, wherein the inner surface is a housing wall which is cooled by the water which washes around.
Wheelset for vehicles, in particular for chassis of rail vehicles, which has a first wheel, a second wheel and a wheelset axle, wherein the wheelset axle comprises at least a first segment, a second segment and a third segment, wherein at least the second segment is connected with a material bond to the first segment and to the third segment, and wherein of the first segment, the second segment and the third segment at least one segment is embodied as a hollow shaft which can be filled with fluid, characterised in that at least one first opening with at least one valve and at least one pressure sensor are provided.
A system comprising: a germicidal modular adder box fixture comprising: an outer casing; a flow assembly comprising an air mover, an entrance chamber, a first baffle and a second baffle, an irradiation chamber and an exit chamber, wherein the assembly is arranged such that in use the air mover moves air into the entrance chamber and to the first baffle, and the baffled air then enters and moves through the irradiation chamber, with the air being baffled by the second baffle, and the air then moves past the second baffle in a turbulent state into the exit chamber; and a UV light assembly comprising UV lamps supported by mounts, the UV light assembly being within the outer casing and being configured for exposing the air in the irradiation chamber to UV light, wherein the first and second baffles (5104, 5108) provide that the UV light within the irradiation chamber is contained within the chamber, the system further comprising: a light fixture; and wherein the germicidal modular adder box fixture is adapted for use with the light fixture and can be attached to the light fixture. a germicidal modular adder box fixture comprising: an outer casing; a flow assembly comprising an air mover, an entrance chamber, a first baffle and a second baffle, an irradiation chamber and an exit chamber, wherein the assembly is arranged such that in use the air mover moves air into the entrance chamber and to the first baffle, and the baffled air then enters and moves through the irradiation chamber, with the air being baffled by the second baffle, and the air then moves past the second baffle in a turbulent state into the exit chamber; and a UV light assembly comprising UV lamps supported by mounts, the UV light assembly being within the outer casing and being configured for exposing the air in the irradiation chamber to UV light, wherein the first and second baffles (5104, 5108) provide that the UV light within the irradiation chamber is contained within the chamber, an outer casing; a flow assembly comprising an air mover, an entrance chamber, a first baffle and a second baffle, an irradiation chamber and an exit chamber, wherein the assembly is arranged such that in use the air mover moves air into the entrance chamber and to the first baffle, and the baffled air then enters and moves through the irradiation chamber, with the air being baffled by the second baffle, and the air then moves past the second baffle in a turbulent state into the exit chamber; and a UV light assembly comprising UV lamps supported by mounts, the UV light assembly being within the outer casing and being configured for exposing the air in the irradiation chamber to UV light, wherein the first and second baffles (5104, 5108) provide that the UV light within the irradiation chamber is contained within the chamber, the system further comprising: a light fixture; and wherein the germicidal modular adder box fixture is adapted for use with the light fixture and can be attached to the light fixture.
A radar signal processing device of a radar, which is mounted on a vehicle and is configured to output information related to a plurality of circumferentially existing objects, said radar signal processing device comprising: a first feature quantity extraction block which is configured to extract information as a first feature quantity at a constant time cycle from a received signal of the radar, the information being related to at least a relative distance and a relative speed to an object about a plurality of objects and the direction and the reflection intensity of the object; a data storage processing block which is configured to store the first feature quantity and to associate a plurality of the first feature quantities with the same object in time series over a plurality of cycles; a second feature quantity extraction block which is configured to extract a second feature quantity from the first feature quantity in said data storage processing block; an attribution degree calculation block which is configured to calculate, for each of a plurality of preliminary defined categories, an attribution degree (α, β, γ), wherein the attribution degree is a value indicative of the degree to which the second feature quantity is attributable to a distribution of the second feature quantity related to the preliminarily defined category; and an object determination block which is configured to determine the category of the object on the basis of the attribution degrees (α, β, γ). a first feature quantity extraction block which is configured to extract information as a first feature quantity at a constant time cycle from a received signal of the radar, the information being related to at least a relative distance and a relative speed to an object about a plurality of objects and the direction and the reflection intensity of the object; a data storage processing block which is configured to store the first feature quantity and to associate a plurality of the first feature quantities with the same object in time series over a plurality of cycles; a second feature quantity extraction block which is configured to extract a second feature quantity from the first feature quantity in said data storage processing block; an attribution degree calculation block which is configured to calculate, for each of a plurality of preliminary defined categories, an attribution degree (α, β, γ), wherein the attribution degree is a value indicative of the degree to which the second feature quantity is attributable to a distribution of the second feature quantity related to the preliminarily defined category; and an object determination block which is configured to determine the category of the object on the basis of the attribution degrees (α, β, γ).
An inhaler device comprising: a casing having at least one pin structure located on an interior portion thereof; an air inlet located at a first terminus of the casing; a powder delivery port located at a second terminus of the casing and positioned distal to the air inlet; and an elongated support panel comprising a first terminus and a second terminus at opposite ends thereof and at least one compartment containing an inhalable medicament located proximal to the first terminus and sealed by a cover that is configured to be punctured by the at least one pin structure, the support panel being rotatably mounted within an interior of the casing such that the first terminus of the support panel is located proximal to the air inlet, the second terminus of the support panel is located proximal to the powder delivery port, and the support panel partially rotates within the casing about a single axis upon flowing of air through the casing; wherein the partial rotation of the elongated support panel within the casing causes the at least one compartment to strike the at least one pin structure, such that the at least one pin structure punctures the cover and allows the medicament contained within the at least one compartment to become released into the air flowing through the casing. a casing having at least one pin structure located on an interior portion thereof; an air inlet located at a first terminus of the casing; a powder delivery port located at a second terminus of the casing and positioned distal to the air inlet; and an elongated support panel comprising a first terminus and a second terminus at opposite ends thereof and at least one compartment containing an inhalable medicament located proximal to the first terminus and sealed by a cover that is configured to be punctured by the at least one pin structure, the support panel being rotatably mounted within an interior of the casing such that the first terminus of the support panel is located proximal to the air inlet, the second terminus of the support panel is located proximal to the powder delivery port, and the support panel partially rotates within the casing about a single axis upon flowing of air through the casing; wherein the partial rotation of the elongated support panel within the casing causes the at least one compartment to strike the at least one pin structure, such that the at least one pin structure punctures the cover and allows the medicament contained within the at least one compartment to become released into the air flowing through the casing.
Electrochemical device chosen from among a fuel cell and an electrolyser, the electrochemical device comprising: - an electrochemical unit comprising a stack of elementary cells each comprising an anode, a cathode and an electrolytic membrane sandwiched between the anode and the cathode, - a clamping system comprising a monolithic clamping plate and a resistive heating member housed at least partly inside the clamping plate, the clamping plate compressing the electrochemical unit and comprising a supply duct for dispensing a gas to the electrochemical unit, the supply duct having at least one curved portion extending in the mass of the clamping plate. - an electrochemical unit comprising a stack of elementary cells each comprising an anode, a cathode and an electrolytic membrane sandwiched between the anode and the cathode, - a clamping system comprising a monolithic clamping plate and a resistive heating member housed at least partly inside the clamping plate,