mhurhangee/ep-ind-claims huggingface dataset:
A brushless motor adapted to be used in a washing machine, comprising: a stator including a stator winding; a rotor including a magnet; a magnetic sensor for sensing a position of the rotor; and a drive circuit including a circuit board and adapted to excite the stator winding in response to information supplied from the magnetic sensor, wherein the magnetic sensor and the drive circuit are accommodated in a case and sealed with moisture-proof sealing resin for forming a drive circuit unit, which is built in the brushless motor, characterized in that the case includes a through-hole which extends through the case, the circuit board, and the sealing resin or a combination of said through-hole and a thinner section for easing the stress produced by the sealing resin. a stator including a stator winding; a rotor including a magnet; a magnetic sensor for sensing a position of the rotor; and a drive circuit including a circuit board and adapted to excite the stator winding in response to information supplied from the magnetic sensor, wherein the magnetic sensor and the drive circuit are accommodated in a case and sealed with moisture-proof sealing resin for forming a drive circuit unit, which is built in the brushless motor, characterized in that the case includes a through-hole which extends through the case, the circuit board, and the sealing resin or a combination of said through-hole and a thinner section for easing the stress produced by the sealing resin.
A downhole assembly, the assembly comprising a tubular body having a cylindrical throughbore, a chamber at an outer surface of the tubular body and a fill mechanism to control fluid flow between the throughbore and the chamber, the fill mechanism comprising: a first fluid passageway being a conduit through the tubular body between a first port at an inner surface of the tubular body and a second port at the outer surface of the tubular body; a second fluid passageway being a conduit (42,44) through the tubular body between a third port at the outer surface of the tubular body and a fourth port at the outer surface of the tubular body, the third and fourth ports being spaced apart longitudinally on the outer surface of the tubular body; a sliding seal at the outer surface, the sliding seal having a sealing surface to provide a seal on the outer surface; and a housing is located on the outer surface and wherein the second port exits into the housing and the sealing surface is arranged in the housing; characterised in that: the sliding seal is arranged in the housing and operable by the fluid pressure in the throughbore via the first fluid passageway through the tubular body from a first configuration, wherein fluid flows from the second port to the third port and via the second fluid passageway to exit the fourth port and fill the chamber; to in a second configuration wherein the sealing surface seals a port to prevent fluid flow to the chamber. a first fluid passageway being a conduit through the tubular body between a first port at an inner surface of the tubular body and a second port at the outer surface of the tubular body; a second fluid passageway being a conduit (42,44) through the tubular body between a third port at the outer surface of the tubular body and a fourth port at the outer surface of the tubular body, the third and fourth ports being spaced apart longitudinally on the outer surface of the tubular body; a sliding seal at the outer surface, the sliding seal having a sealing surface to provide a seal on the outer surface; and a housing is located on the outer surface and wherein the second port exits into the housing and the sealing surface is arranged in the housing; characterised in that: the sliding seal is arranged in the housing and operable by the fluid pressure in the throughbore via the first fluid passageway through the tubular body from a first configuration, wherein fluid flows from the second port to the third port and via the second fluid passageway to exit the fourth port and fill the chamber; to in a second configuration wherein the sealing surface seals a port to prevent fluid flow to the chamber. the sliding seal is arranged in the housing and operable by the fluid pressure in the throughbore via the first fluid passageway through the tubular body from a first configuration, wherein fluid flows from the second port to the third port and via the second fluid passageway to exit the fourth port and fill the chamber; to in a second configuration wherein the sealing surface seals a port to prevent fluid flow to the chamber.
A pharmaceutical composition comprising udenafil or a pharmaceutically acceptable salt thereof for use in the improvement of exercise capacity, as determined by improved VO2 at maximal effort, in an adolescent with Fontan physiology, wherein the udenafil or the pharmaceutically acceptable salt thereof is in a dose of 87.5mg, and the composition is administered twice daily.
Fuel-assembly storage pool with a cooling system, wherein the cooling system comprises at least one first heat exchanger (14, 16, 52) arranged in the fuel-assembly storage pool, and at least one second heat exchanger (18, 20, 54) arranged in a heat sink which is located at a distance therefrom, above (28, 68) the highest point (24, 64) of the first heat exchanger (14, 16, 52), wherein the two heat exchangers (14, 16, 18, 20, 52, 54) are connected, using a pipe system (30, 32, 60, 62), to form a closed circuit which is at least partially filled with a flowable coolant (56, 58) such that, if the temperature of the first heat exchanger (14, 16, 52) is increased with respect to the second heat exchanger (18, 20, 54), natural circulation of the coolant (56, 58), and thus heat transport (34, 36; 70, 72) from the fuel-assembly storage pool to the heat sink, is ensured without a pump apparatus, wherein the at least one first heat exchanger (14, 16, 52) is configured as an evaporator and the at least one second heat exchanger (18, 20, 54) is configured as a condenser, characterized in that a plurality of cooling systems which are independent from one another at least with respect to the circuit is provided, in that a natural draft dry cooling tower is used as the heat sink, in that in the natural draft dry cooling tower at least two second heat exchangers (18, 20, 54) are arranged 3 m - 5 m above (28, 68) the highest point (24, 64) of the first heat exchanger (14, 16, 52) at a horizontal distance of from a few tens of metres to 100m from the first heat exchanger (14, 16, 52), and in that the part of the pipe system (30, 32, 60, 62) forming the return line for the condensed coolant is configured to have a continuous slope.
A process for hydrogenating aromatic amines comprising the steps of: - reacting, in a reactor, at least one aromatic amine having at least one aromatic ring and at least two amino groups bound to the aromatic system with hydrogen in the presence of a catalytic system, wherein the catalytic system comprises a mixture of a first heterogeneous catalyst and a second heterogeneous catalyst, wherein the first and second heterogeneous catalyst each independently comprises a metal selected from the group consisting of Cr, Mo, W, Mn, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd and/or Pt and the metal selected for the second heterogeneous catalyst is different from the metal selected for the first heterogeneous catalyst and wherein the catalyst system further comprises a nitrate salt and/or a nitrite salt, and - obtaining a reaction product from the reaction. - reacting, in a reactor, at least one aromatic amine having at least one aromatic ring and at least two amino groups bound to the aromatic system with hydrogen in the presence of a catalytic system, wherein the catalytic system comprises a mixture of a first heterogeneous catalyst and a second heterogeneous catalyst, wherein the first and second heterogeneous catalyst each independently comprises a metal selected from the group consisting of Cr, Mo, W, Mn, Re, Fe, Ru, Os, Co, Rh, Ir, Ni, Pd and/or Pt and the metal selected for the second heterogeneous catalyst is different from the metal selected for the first heterogeneous catalyst and wherein the catalyst system further comprises a nitrate salt and/or a nitrite salt, and - obtaining a reaction product from the reaction.
A product holder assembly for mobile cultivation of plants along at least one path in a hall, which assembly is provided with: - a product holder having a bottom and an upstanding circumferential wall extending from the bottom, - a first space extending from the bottom of the product holder along the wall to allow a medium or substrate for roots of the plants to receive nutriments and/or support from, - a grid system arranged to be placed on the product holder to cover the first space in the product holder and to separate the first space from a second space adjacent to the grid system at a side of the grid system facing away from the first space, wherein the grid system is arranged for holding a plurality of separate plants, the roots of which to reach for the first space and the leaves of which to reach for the second space, wherein the grid system is arranged to operate in conjunction with an air duct system, wherein the air duct system is connectable with an external air supply system to cause an overpressure in the air duct system relative to the second space, and wherein the grid system is adapted to direct a flow of air from the grid system into the second space along the plants, and wherein the grid system is formed by a plate comprising: a) a plurality of first apertures, each of which being arranged for holding at least one plant, wherein the plurality of first apertures form a predetermined pattern of first apertures spaced apart according to predetermined distances, b) a plurality of second apertures, each of which being arranged for passage of the flow of air guided by the air duct system; characterized in that each of the plurality of first apertures is associated with a third space enclosed by a peripheral wall, wherein the peripheral wall: i) extends towards the bottom from a side of the grid system facing the first space, ii) is configured to reach into medium or a substrate, iii) is configured for allowing medium to enter the third space. - a product holder having a bottom and an upstanding circumferential wall extending from the bottom, - a first space extending from the bottom of the product holder along the wall to allow a medium or substrate for roots of the plants to receive nutriments and/or support from, - a grid system arranged to be placed on the product holder to cover the first space in the product holder and to separate the first space from a second space adjacent to the grid system at a side of the grid system facing away from the first space, a) a plurality of first apertures, each of which being arranged for holding at least one plant, wherein the plurality of first apertures form a predetermined pattern of first apertures spaced apart according to predetermined distances, b) a plurality of second apertures, each of which being arranged for passage of the flow of air guided by the air duct system; i) extends towards the bottom from a side of the grid system facing the first space, ii) is configured to reach into medium or a substrate, iii) is configured for allowing medium to enter the third space.
Housing component of a housing of a pressure medium-conducting apparatus of a vehicle, having at least one connector bore (12, 14) which is equipped with a female thread and which serves for the screwing-in of a connector element equipped with a male thread for the feed and/or discharge of the pressure medium to or from the apparatus, characterised in that the material of the housing component is composed, at least in the region of the connector bore (12, 14), of a thermoplastic in the form of PPA (polyphthalamide).
Shipment packaging for elongate components, in particular for turbine components, very particularly for turbine blades or vanes (120, 130), which comprises: a stable outer packaging consisting of an open container, and an outer cover therefor, an internal space of the outer packaging, in which there is at least one inner packaging (10', 10", 10"'), wherein the inner packaging (10', 10", 10"') comprises at least one plug-in divider (13', 13", 13"') and means (19, 22, 31, 41, 44, 50, 53) for fixing the components (120, 130) in the plug-in divider (13', 13", 13"') wherein the plug-in divider (13', 13", 13"') comprises a plurality of compartments (25', 25"), characterized in that a separate receptacle (19, 22, 22", 50) for holding the component (120, 130) is present in a compartment (25', 25") of the plug-in divider as means for fixing, which receptacle consists of a foam, preferably of a polyethylene foam, and the receptacle (19, 22) has the same cross section as the compartments (25', 25"), such that the receptacle (19, 22) is fixed by the compartments (25', 25"). a stable outer packaging consisting of an open container, and an outer cover therefor, an internal space of the outer packaging, in which there is at least one inner packaging (10', 10", 10"'), wherein the inner packaging (10', 10", 10"') comprises at least one plug-in divider (13', 13", 13"') and means (19, 22, 31, 41, 44, 50, 53) for fixing the components (120, 130) in the plug-in divider (13', 13", 13"') wherein the plug-in divider (13', 13", 13"') comprises a plurality of compartments (25', 25"), characterized in that a separate receptacle (19, 22, 22", 50) for holding the component (120, 130) is present in a compartment (25', 25") of the plug-in divider as means for fixing, which receptacle consists of a foam, preferably of a polyethylene foam, and the receptacle (19, 22) has the same cross section as the compartments (25', 25"), such that the receptacle (19, 22) is fixed by the compartments (25', 25").
An endolysin polypeptide specific for Staphylococcus, said polypeptide comprising: i). a polypeptide with an amino acid sequence that has at least 80% sequence identity with SEQ ID NO: 2, or ii). a polypeptide with an amino acid sequence that has at least 80% sequence identity with SEQ ID NO: 1 and having a deletion of at least 5, 10, 20, 30, or 40 amino acids in the region of amino acids 156 to 199 of SEQ ID NO: 1, wherein the endolysin polypeptide has enhanced specific activity and/or reduced immunogenicity compared to an endolysin polypeptide with the amino acid sequence according to SEQ ID NO: 1. i). a polypeptide with an amino acid sequence that has at least 80% sequence identity with SEQ ID NO: 2, or ii). a polypeptide with an amino acid sequence that has at least 80% sequence identity with SEQ ID NO: 1 and having a deletion of at least 5, 10, 20, 30, or 40 amino acids in the region of amino acids 156 to 199 of SEQ ID NO: 1,
A method for generating a partially cured item by partially curing an initial photoreactive material for 3D printing, comprising the steps of: a. providing an item comprising the initial photoreactive material for 3D printing, b. a partial irradiation step comprising irradiating at least one curing section of the initial photoreactive material for 3D printing of the item with a curing irradiation, yielding at least one cured section of a partially-cured item, and at least one semi-curing section of the initial photoreactive material of the item is irradiated with a semi-curing irradiation, yielding at least one semi-cured section of the partially-cured item, wherein a section is a spatial area of the partially-cured item, and wherein the partially-cured item comprises a plurality of layers, wherein the at least one semi-curing section is semi-cured with a semi-curing irradiation of a different semi-curing energy and/or a different semi-curing duration so that the at least one semi-cured section of each layer has a different hardness, wherein the partially cured item is a precursor of a dental item. a. providing an item comprising the initial photoreactive material for 3D printing, b. a partial irradiation step comprising irradiating at least one curing section of the initial photoreactive material for 3D printing of the item with a curing irradiation, yielding at least one cured section of a partially-cured item, and at least one semi-curing section of the initial photoreactive material of the item is irradiated with a semi-curing irradiation, yielding at least one semi-cured section of the partially-cured item, wherein a section is a spatial area of the partially-cured item, and wherein the partially-cured item comprises a plurality of layers, wherein the at least one semi-curing section is semi-cured with a semi-curing irradiation of a different semi-curing energy and/or a different semi-curing duration so that the at least one semi-cured section of each layer has a different hardness, wherein the partially cured item is a precursor of a dental item. and wherein the partially-cured item comprises a plurality of layers, wherein the at least one semi-curing section is semi-cured with a semi-curing irradiation of a different semi-curing energy and/or a different semi-curing duration so that the at least one semi-cured section of each layer has a different hardness, wherein the partially cured item is a precursor of a dental item.
A load measuring apparatus applicable to a wind turbine in which a pitch angle of a wind turbine blade is variable, the apparatus comprising: a sensor for obtaining a distortion of the wind turbine blade; a load calculating means having a function expressing a relation between the distortion of the wind turbine blade and a load on the wind turbine blade, for obtaining the load on the wind turbine blade by applying to the function the distortion based on measurement data of the sensor; and a calibrating means, characterized in that: the calibrating means is configured to calibrate the function based on the measurement data of the sensor obtained over a period during which the wind turbine blade is in an idle state and the pitch angle of the wind turbine blade is increasing and in a pitch angle range and a rotational speed range of the wind turbine blade in which a variation between maximum and minimum aerodynamic torques due to wind speeds is equal to or less than a predetermined value. a sensor for obtaining a distortion of the wind turbine blade; a load calculating means having a function expressing a relation between the distortion of the wind turbine blade and a load on the wind turbine blade, for obtaining the load on the wind turbine blade by applying to the function the distortion based on measurement data of the sensor; and a calibrating means, characterized in that: the calibrating means is configured to calibrate the function based on the measurement data of the sensor obtained over a period during which the wind turbine blade is in an idle state and the pitch angle of the wind turbine blade is increasing and in a pitch angle range and a rotational speed range of the wind turbine blade in which a variation between maximum and minimum aerodynamic torques due to wind speeds is equal to or less than a predetermined value. the calibrating means is configured to calibrate the function based on the measurement data of the sensor obtained over a period during which the wind turbine blade is in an idle state and the pitch angle of the wind turbine blade is increasing and in a pitch angle range and a rotational speed range of the wind turbine blade in which a variation between maximum and minimum aerodynamic torques due to wind speeds is equal to or less than a predetermined value.
Mobile robotic wall segment fabrication system comprising at least one platform, whereby a depalletizing unit for unpacking blocks from pallets and a wall building unit to build prefabricated wall segments with said blocks provided by the depalletizing unit are arranged on the at least one platform, whereby the depalletizing unit is arranged at a first end of the at least one platform and that the wall building unit is arranged at a second end of the at least one platform which second end is located opposite to the first end, whereby the prefabricated wall segments are embodied as single rows of blocks that are stacked together or they are embodied of many rows that have been stacked together, whereby the wall building unit is embodied to assemble together the prefabricated wall segments on the at least one platform.
A vertical I.S. machine, comprising: at least one blank mold (86, 88); a gob delivery mechanism for delivering a gob of molten glass to the at least one blank mold (86, 88); at least one plunger arranged and configured to form a parison in the blank mold (86, 88); at least one blow mold (100, 102) located below the at least one blank mold (86, 88); a transfer mechanism (82, 84, 96) to lower the parison formed in the at least one blank mold (86, 88) to convey it to the at least one blow mold (100, 102); a blow head to blow the parison into a glass container in the blow mold (100, 102); and a takeout mechanism (132, 142) to remove the glass container from the blow mold (100, 102). at least one blank mold (86, 88); a gob delivery mechanism for delivering a gob of molten glass to the at least one blank mold (86, 88); at least one plunger arranged and configured to form a parison in the blank mold (86, 88); at least one blow mold (100, 102) located below the at least one blank mold (86, 88); a transfer mechanism (82, 84, 96) to lower the parison formed in the at least one blank mold (86, 88) to convey it to the at least one blow mold (100, 102); a blow head to blow the parison into a glass container in the blow mold (100, 102); and a takeout mechanism (132, 142) to remove the glass container from the blow mold (100, 102).
Modularly constructed converter arrangement comprising a receptacle device for a plurality of converter assemblies forming respective main modules, each consisting of submodules, formed for their part as respectively a switching module and a capacitor module, wherein the receptacle device has at least one connection device (22, 24, 26) for the circuit-conforming electrical connection of the converter assemblies and also for each converter assembly a rail system for the mechanical arrangement thereof, the capacitor module has a plurality of capacitors, at least one DC voltage contact device (82, 84), for electrical connection to a DC voltage contact device (62, 64) of the assigned switching module and to the connection device (22, 24, 26) of the receptacle device, and also sliding elements; wherein the switching module has a cooling device, at least one power semiconductor module arranged thereon, an AC voltage contact device and a DC voltage contact device (62, 64) and also sliding elements, and wherein the respective sliding elements (60, 80) of the submodules (6, 8) of a main module can be arranged in a stacked manner in the same assigned rails of the rail system of the receptacle device in such a way that the connection device (22, 24, 26) of the receptacle device forms the first part of the stack, the capacitor module forms the second part of the stack and the switching module forms the third part of the stack and the necessary circuit-conforming electrical connections of the parts of the stack can thereby be formed.