mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas purifying filter containing a HC purifying catalyst carried thereon, comprising: a honeycomb structure part having a partition including numerous pores formed therein, and a plurality of cells divided by the partition, forming a passage for an exhaust gas; and an opening sealed portion that alternately seals an inflow end surface or an outflow end surface of the exhaust gas in the cells, wherein in a cross-section of the partition sectioned along a wall thickness direction, each pore is open at a passage surface (125, 125a, 125b) facing the cells, having an opening end of which the opening diameter (A 1) is 50μm or larger; the partition includes a narrow part in a region positioned between a pair of virtual lines extending from opposing sides of the opening end to a passage surface (125, 125a, 125b) positioned opposite to the opening end along the wall thickness direction, the narrow part having a pore diameter of 5μm or more and the pore diameter being a minimum in the region; the pore diameter (A 2) at the narrow part is 6% or more and less than or equal to 20% of the opening diameter (A 1); and the pore diameter is measured using a mercury penetration method at three points of measurement samples. a honeycomb structure part having a partition including numerous pores formed therein, and a plurality of cells divided by the partition, forming a passage for an exhaust gas; and an opening sealed portion that alternately seals an inflow end surface or an outflow end surface of the exhaust gas in the cells, wherein in a cross-section of the partition sectioned along a wall thickness direction, each pore is open at a passage surface (125, 125a, 125b) facing the cells, having an opening end of which the opening diameter (A 1) is 50μm or larger; the partition includes a narrow part in a region positioned between a pair of virtual lines extending from opposing sides of the opening end to a passage surface (125, 125a, 125b) positioned opposite to the opening end along the wall thickness direction, the narrow part having a pore diameter of 5μm or more and the pore diameter being a minimum in the region; the pore diameter (A 2) at the narrow part is 6% or more and less than or equal to 20% of the opening diameter (A 1); and the pore diameter is measured using a mercury penetration method at three points of measurement samples.
A compressor comprising: a first scroll member having a first end plate and a first spiral wrap extending from the first end plate; a second scroll member having a second end plate and a second spiral wrap extending from the second end plate and intermeshed with the first spiral wrap to define compression pockets therebetween; a first bearing housing supporting the first scroll member for rotation about a first rotational axis; a second bearing housing supporting the second scroll member for rotation about a second rotational axis that is parallel to the first rotational axis and offset from the first rotational axis; a motor assembly disposed axially between the first and second bearing housings (14, 16) and including a rotor attached to the first scroll member, the rotor surrounding the first end plate and the second end plate and characterized by a seal (118, 119) engaging the rotor and the second scroll member. a first scroll member having a first end plate and a first spiral wrap extending from the first end plate; a second scroll member having a second end plate and a second spiral wrap extending from the second end plate and intermeshed with the first spiral wrap to define compression pockets therebetween; a first bearing housing supporting the first scroll member for rotation about a first rotational axis; a second bearing housing supporting the second scroll member for rotation about a second rotational axis that is parallel to the first rotational axis and offset from the first rotational axis; a motor assembly disposed axially between the first and second bearing housings (14, 16) and including a rotor attached to the first scroll member, the rotor surrounding the first end plate and the second end plate and characterized by a seal (118, 119) engaging the rotor and the second scroll member.
A pharmaceutical dosage form containing a pharmacologically active agent according to general formula wherein R is -H or -CH 3, or a physiologically acceptable salt thereof, - which releases under in vitro conditions at 37 ±0.5 °C in 900 mL artificial gastric juice at pH 1.2 after 30 minutes according to the paddle method with sinker at 100 rpm at least 80 wt.-% of the pharmacologically active agent according to general formula, based on the total amount of the pharmacologically active agent according to general formula originally contained in the dosage form; - which contains the pharmacologically active agent in a dose of from 10 μg to 190 μg, expressed as weight equivalent dose based upon the free base; and - wherein the pharmacokinetic parameter t max, expressed as a mean value, is within the range of from 0.5 to 16 h; for use in the treatment of chronic neuropathic pain, wherein the pharmaceutical dosage form is administered orally once daily. - which releases under in vitro conditions at 37 ±0.5 °C in 900 mL artificial gastric juice at pH 1.2 after 30 minutes according to the paddle method with sinker at 100 rpm at least 80 wt.-% of the pharmacologically active agent according to general formula, based on the total amount of the pharmacologically active agent according to general formula originally contained in the dosage form; - which contains the pharmacologically active agent in a dose of from 10 μg to 190 μg, expressed as weight equivalent dose based upon the free base; and - wherein the pharmacokinetic parameter t max, expressed as a mean value, is within the range of from 0.5 to 16 h;
An air purifier (10, 510) having a humidity regulation function, comprising: an air purification filter (22, 520) configured to remove dust and dirt contained in air; a humidification element (24, 533) configured to humidify the air by vaporizing water to be supplied thereto; and a fan (25, 512a) configured to blow the air to the air purification filter (22, 520) and the humidification element (24, 533), wherein the air purifier (10, 510) further comprises a body casing (31, 511) accommodating the air purification filter (22, 520), the humidification element (24, 533) and the fan (25, 512a), characterized in that the fan (25, 512a), the air purification filter (22, 520) and the humidification element (24, 533) are sequentially disposed from below in an order of the fan (25, 512a), the air purification filter (22, 520) and the humidification element (24, 533), and in that the body casing (31, 511) includes a blowing compartment (31a, Si) in which the fan (25, 512a) is disposed, an air purification compartment (31b, S2) in which the air purification filter (22, 520) is disposed, a humidification compartment (31c, S3) in which the humidification element (24,533) is disposed, a first opening (311, K1) through which the air flows from the blowing compartment (31a, S1) to the air purification compartment (31b, S2), and a second opening (312, K2) through which the air flows from the air purification compartment (31b, S2) to the humidification compartment (31c, S3), wherein the first opening (311, K1) and the second opening (312, K2) are displaced from each other in a top view. an air purification filter (22, 520) configured to remove dust and dirt contained in air; a humidification element (24, 533) configured to humidify the air by vaporizing water to be supplied thereto; and a fan (25, 512a) configured to blow the air to the air purification filter (22, 520) and the humidification element (24, 533), wherein the air purifier (10, 510) further comprises a body casing (31, 511) accommodating the air purification filter (22, 520), the humidification element (24, 533) and the fan (25, 512a), characterized in that the fan (25, 512a), the air purification filter (22, 520) and the humidification element (24, 533) are sequentially disposed from below in an order of the fan (25, 512a), the air purification filter (22, 520) and the humidification element (24, 533), and in that the body casing (31, 511) includes a blowing compartment (31a, Si) in which the fan (25, 512a) is disposed, an air purification compartment (31b, S2) in which the air purification filter (22, 520) is disposed, a humidification compartment (31c, S3) in which the humidification element (24,533) is disposed, a first opening (311, K1) through which the air flows from the blowing compartment (31a, S1) to the air purification compartment (31b, S2), and a second opening (312, K2) through which the air flows from the air purification compartment (31b, S2) to the humidification compartment (31c, S3), wherein the first opening (311, K1) and the second opening (312, K2) are displaced from each other in a top view.
A method of preparing an oral product, comprising: combining a filler and a salt to form a dry mix, the dry mix optionally further including one or more of an alginate, a bleached tobacco, a sweetener, a carbonate salt, and a natural gum; adding a flavoring agent and an active ingredient to the dry mix to form a mixture, wherein the active ingredient is applied in liquid form either before, after, or simultaneously with the flavoring agent; thereafter, applying water to the mixture to form a second mixture, wherein at least 50% by weight of the water content of the second mixture is added after adding the active ingredient; and encasing the second mixture within a pouch. combining a filler and a salt to form a dry mix, the dry mix optionally further including one or more of an alginate, a bleached tobacco, a sweetener, a carbonate salt, and a natural gum; adding a flavoring agent and an active ingredient to the dry mix to form a mixture, wherein the active ingredient is applied in liquid form either before, after, or simultaneously with the flavoring agent; thereafter, applying water to the mixture to form a second mixture, wherein at least 50% by weight of the water content of the second mixture is added after adding the active ingredient; and encasing the second mixture within a pouch.
A single phase universal electric motor for an electric tool, i.e., a motor having stator and rotor windings connected in series, the motor including a stator, a rotor assembly with a central rotor shaft and rotor windings, and a motor control system, the motor control system including: - a current measuring means for directly or indirectly measuring the electric current in the rotor windings providing a rotor current value, - an ambient temperature measuring/estimation means for measuring or estimating the ambient air temperature providing an air temperature value, and, - a rotor temperature estimation means (406, 407, 408, 409, 410, 411) for determining a new rotor temperature estimate utilizing the rotor current value and the air temperature value, and a previous rotor temperature estimate. - a current measuring means for directly or indirectly measuring the electric current in the rotor windings providing a rotor current value, - an ambient temperature measuring/estimation means for measuring or estimating the ambient air temperature providing an air temperature value, and, - a rotor temperature estimation means (406, 407, 408, 409, 410, 411) for determining a new rotor temperature estimate utilizing the rotor current value and the air temperature value, and a previous rotor temperature estimate.
Lighting device for a motor vehicle, comprising: - a wall delimiting a space internal to the lighting device and a space external to the lighting device and comprising at least one protuberance; and - at least one first light source (5; 4) situated in the internal space and inside said protuberance; the wall also comprising a reflecting zone having light reflection properties, and formed facing the first light source, such that the first light source is able to generate a light beam (6; 7) passing through the wall, that is propagated outside the lighting device before being reflected on the reflecting zone of the wall to generate an apparent lighting from the wall, wherein the lighting device is characterized in that: the lighting device further comprises at least one second light source situated in the internal space, in the reflecting zone having light reflection properties; at least a part of the reflecting zone having light reflection properties also has light transmission properties such that a light beam generated by the second light source can pass through the wall in said part of the reflecting zone. - a wall delimiting a space internal to the lighting device and a space external to the lighting device and comprising at least one protuberance; and - at least one first light source (5; 4) situated in the internal space and inside said protuberance; the lighting device further comprises at least one second light source situated in the internal space, in the reflecting zone having light reflection properties; at least a part of the reflecting zone having light reflection properties also has light transmission properties such that a light beam generated by the second light source can pass through the wall in said part of the reflecting zone.
Method of delivering a predetermined volume of a liquid product, defined as the liquid end product, formed by addition of a first and second liquid product, into a thermoplastic container formed from a heated preform positioned in a mold having an opening opposite an injection head, wherein prior to injecting the second liquid product in the preform causing expansion of the container, the method includes a step of, at least partially, filling the preform with the first liquid product, the method being characterized in that the preform is filled with the first liquid product prior to the step of heating the preform, the preform is filled with the first liquid product at the time the preform is being heated or the preform is filled with the first liquid product during the transfer of the heated preform into the mold.
A drainage device comprising: • an internal chamber; • at least one inlet port and at least one outlet port communicating with the internal chamber; • at least one shutter disposed at least in part in the internal chamber; • at least one first valve seat associated with the inlet port, the shutter being configured to bear against the first seat in order to isolate the inlet port from the outlet port, in particular when the pressure difference between the inlet and outlet ports is less than a predetermined first opening pressure; and • at least one flow constriction associated with the outlet port, the shutter being configured to shut said constriction, while allowing a minimum safety flow, the device being characterized in that the minimum safety flow is greater than or equal to 2.5 mL/h even in a maximally-shut position, referred to as a "closed" position, which position is in particular reached for pressure differences between the inlet and outlet ports that are greater than or equal to a predetermined closure pressure, and in that the shutter and the flow constriction are shaped in such a manner that the shutter can pass through the flow constriction when the pressure difference exceeds a high-pressure opening pressure greater than said closure pressure. • an internal chamber; • at least one inlet port and at least one outlet port communicating with the internal chamber; • at least one shutter disposed at least in part in the internal chamber; • at least one first valve seat associated with the inlet port, the shutter being configured to bear against the first seat in order to isolate the inlet port from the outlet port, in particular when the pressure difference between the inlet and outlet ports is less than a predetermined first opening pressure; and • at least one flow constriction associated with the outlet port, the shutter being configured to shut said constriction, while allowing a minimum safety flow, the device being characterized in that the minimum safety flow is greater than or equal to 2.5 mL/h even in a maximally-shut position, referred to as a "closed" position, which position is in particular reached for pressure differences between the inlet and outlet ports that are greater than or equal to a predetermined closure pressure, and in that the shutter and the flow constriction are shaped in such a manner that the shutter can pass through the flow constriction when the pressure difference exceeds a high-pressure opening pressure greater than said closure pressure.
Sensor element for measuring a temperature, comprising - at least one carrier layer, the carrier layer having a top side and an underside, - at least one functional layer, the functional layer being arranged on the top side of the carrier layer and comprising a material which has a temperature-dependent electrical resistance, - at least one feedthrough, the feedthrough comprising a metallic material and the feedthrough penetrating completely through the carrier layer, - a protective layer, the protective layer being arranged on a top side of the sensor element and on at least one side face of the sensor element, and wherein the protective layer covers the top side of the sensor element completely, wherein the sensor element is configured to be integrated as a discrete component directly into an electrical system, and wherein the sensor element is configured for direct integration into a MEMS structure and/or into a SESUB structure. - at least one carrier layer, the carrier layer having a top side and an underside, - at least one functional layer, the functional layer being arranged on the top side of the carrier layer and comprising a material which has a temperature-dependent electrical resistance, - at least one feedthrough, the feedthrough comprising a metallic material and the feedthrough penetrating completely through the carrier layer, - a protective layer, the protective layer being arranged on a top side of the sensor element and on at least one side face of the sensor element, and wherein the protective layer covers the top side of the sensor element completely,
Cathode of a metal/air cell comprising at least one active layer made of an active material and having an air side and a metal side, a current collector, and a hydrophobic membrane made of a hydrophobic material and deposited on the air side of the active layer, said hydrophobic material having a porous structure and said hydrophobic material having penetrated the air side of the active layer so as to form, between the hydrophobic membrane and the active layer, an interpenetration area of the hydrophobic material in the active material in which exists a hydrophobic material concentration gradient that decreases in the direction in which the air enters the cathode, characterised in that the hydrophobic material is an extruded then expanded fluorinated polymer, the porous structure whereof takes the form of an array of fibrils interconnecting solid nodes, the space between the nodes and the fibrils forming microscopic pores, and in that the concentration of hydrophobic material in the interpenetration area changes from 100% to 0% in the direction in which the air enters the cathode, the interpenetration area extending over a thickness that lies in the range 10 to 25% of the overall thickness of the active layer.
A gripper unit or swivel unit, having a housing, having a rotary member, which is rotatably located in the housing and is coupled to at least one gripper jaw or a turntable, having an electric motor which is provided in the housing and includes a rotationally fixed stator and a rotatably supported rotor, having a gear mechanism, which is connected to the rotor and has an output shaft coupled to the rotary member, wherein the stator radially surrounds the rotor and has windings, wherein the rotor includes permanent magnets cooperating with the windings and is embodied as hollow, and wherein the gear mechanism is located in the hollow chamber formed by the rotor, and the rotor has a rotor base and an encompassing rotor casing, characterized in that on the rotor base, a shaft portion, protruding into the hollow chamber enclosed by the rotor casing, is provided, which cooperates with an input member of the gear mechanism, and that a shaft portion facing away from the hollow chamber is provided on the rotor base and cooperates with a braking device and/or a rotary angle measuring device, and the two shaft portions (40, 42) are located extending along the rotary axis of the electric motor.
Flexible membrane separation valve, comprising a housing, the lateral surfaces of which are provided with slits, within which housing a hollow flexible membrane with cylindrical symmetry is housed, within which an insert having a body with cylindrical symmetry is in turn housed, the insert comprising a proximal end having a proximal apex spaced along the longitudinal axis of the insert from a base with cylindrical symmetry, through which the proximal end joins to the body, the proximal apex being joined to the base through a continuous surface, the continuous surface of the insert, through which the proximal apex is joined to the base, is an ogival surface or a conical surface and has an apex angle θ lower than or equal to 90°, the valve being characterised in that the insert is provided with a side notch in a longitudinal position corresponding to a distal internal edge of the housing.