mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a porous carbon material comprising bringing a carbon-containing material having a desired shape and being selected from the group consisting of carbide, an alloy containing carbon and containing other non-carbon main components or non-equilibrium alloy containing carbon and containing other non-carbon main components into contact with a molten metal, the molten metal having a solidification point that is lower than a melting point of the carbon-containing material, the molten metal being controlled to a lower temperature than a minimum value of a liquidus temperature within a compositional fluctuation range from the carbon-containing material to the carbon thereby decreasing the other non-carbon main components, to thereby selectively elute the other non-carbon main components into the molten metal while maintaining an external shape of the carbon-containing material to give a carbon material having microvoids.
Heating cost allocator which can be fixed on a heating element, for example a radiator, and has, in a housing installed on a adapter, a main electronic card connected to a first temperature sensor intended for the measurement of the temperature of the room and outside the housing, and to a second temperature sensor intended for the measurement of the temperature of the heating element when the said adapter is installed directly on the said heating element, the said main electronic card including at least one contact for connection of a connecting cable to an auxiliary element for remote measurement of the temperature of the heating element in such a way as to shunt the said second temperature sensor and to connect an operational sensor of the said auxiliary measuring element to the said main electronic card, the allocator being characterised in that the said main electronic card (1 B) includes, close to the said connection contact, an arrangement for connection of a connector of the said cable.
A rotor assembly for an axial gap motor, comprising: a rotor (4; 53) including: a rotary shaft (3; 52); a rib provided on the rotary shaft (3; 52); a holding member (2; 51) joined to an axial end face of the rib and thereby coupled with the rotary shaft, wherein the axial end face forms an end face of the rib in the axial direction of the rotary shaft and wherein the holding member (2; 51) has a disc-form and is provided with permanent magnets arranged in a circumferential direction; and a stator (S; 57) confronting the rotor (4; 53) in an axial direction of the rotary shaft (3; 52) wherein the rib has an outside diameter (φ1) smaller than an inside diameter (φ2) of the stator (S; 57), wherein both diameters (Φ1, Φ2) are measured along a radial direction, of the rotary shaft (3; 52) characterized in that the rib is formed with a groove extending radially outward in the axial end face to form a coolant passage between the rib and the holding member (2;51); and the rotary shaft (3; 52) is formed with an in-shaft passage extending in the axial direction of the central axis of the rotary shaft (3; 52), and a connecting passage connecting the coolant passage with the in-shaft passage liquid-tightly. a rotor (4; 53) including: a rotary shaft (3; 52); a rib provided on the rotary shaft (3; 52); a holding member (2; 51) joined to an axial end face of the rib and thereby coupled with the rotary shaft, wherein the axial end face forms an end face of the rib in the axial direction of the rotary shaft and wherein the holding member (2; 51) has a disc-form and is provided with permanent magnets arranged in a circumferential direction; and a rotary shaft (3; 52); a rib provided on the rotary shaft (3; 52); a holding member (2; 51) joined to an axial end face of the rib and thereby coupled with the rotary shaft, wherein the axial end face forms an end face of the rib in the axial direction of the rotary shaft and a stator (S; 57) confronting the rotor (4; 53) in an axial direction of the rotary shaft (3; 52) wherein the rib has an outside diameter (φ1) smaller than an inside diameter (φ2) of the stator (S; 57), wherein both diameters (Φ1, Φ2) are measured along a radial direction, of the rotary shaft (3; 52)
A pharmaceutical composition comprising crystalline tazobactam arginine and a beta-lactam compound which is (6R,7R)-3-[(5-amino-4-{[(2-aminoethyl)carbamoyl]amino}-1-methyl-1H-pyrazol-2-ium-2-yl)methyl]-7-({ -2-(5-amino-1,2,4-thiadiazol-3-yl)-2-[(1-carboxy-1-methylethoxy)imino]acetyl}amino)-8-oxo-5-thia-1-azabicyclo[4.2.0]oct-2-ene-2-carboxylate or a pharmaceutically acceptable salt thereof.
Method for managing a controller function of an item of investigator equipment, said investigator equipment belonging to a backhaul network, the backhaul network comprising a plurality of items of equipment (110A, 110B, 110C, 120, 130), each item of equipment in the backhaul network being capable of managing a wireless network so that the backhaul network makes available a unified wireless network, at least one item of equipment of the backhaul network comprising a controller function, each item of equipment comprising the controller function fulfilling a role of controller involving managing the backhaul network when the controller function of said equipment is active, the method being characterised in that the investigator equipment is provided with a dynamic control service (cd), each item of equipment provided with a dynamic control service (cd) comprising the controller function and comprising the ability to activate and deactivate the controller function without requiring rebooting, and in that the method is implemented by the investigator equipment and comprises the steps of: - recording an age of the investigator equipment, the age of an item of equipment being a time, determined at a given instant, since which said item of equipment has fulfilled the role of controller, - broadcasting, as soon as an age of the investigator equipment is recorded, an initial discovery request intended to identify any equipment in the backhaul network fulfilling the role of controller, - determining, for each response to the initial discovery request received coming from an item of equipment, referred to as responding equipment, that the responding equipment fulfils the role of controller according to information representing the role of controller present in the response received, and the method furthermore comprises, when the controller function of the investigator equipment is active at the instant of broadcasting the initial discovery request, the steps of: - obtaining, in the response received, the age of the responding equipment, and - deactivating the controller function of the investigator equipment if the age of the investigator equipment is less than the age of the responding equipment. - recording an age of the investigator equipment, the age of an item of equipment being a time, determined at a given instant, since which said item of equipment has fulfilled the role of controller, - broadcasting, as soon as an age of the investigator equipment is recorded, an initial discovery request intended to identify any equipment in the backhaul network fulfilling the role of controller, - determining, for each response to the initial discovery request received coming from an item of equipment, referred to as responding equipment, that the responding equipment fulfils the role of controller according to information representing the role of controller present in the response received, - obtaining, in the response received, the age of the responding equipment, and - deactivating the controller function of the investigator equipment if the age of the investigator equipment is less than the age of the responding equipment.
Resin-coated sand comprising spherical molding sand coated with a binder composition, the spherical molding sand having an average particle diameter of 0.02 to 1.5 mm and being produced by a flame fusion method, a water absorption of 0.5 wt% or less and comprising Al 2 O 3 and SiO 2 as major components at an Al 2 O 3 /SiO 2 weight ratio of 1 to 15.
A linear friction welding system comprising: a power shaft defining a power shaft axis and including a first eccentric portion and a first power transfer portion; a power transfer rod engaged with the first power transfer portion; an actuator assembly operably coupled with the power transfer rod and configured to move the power transfer rod axially along the power shaft axis; a crank including a second eccentric portion operably coupled with the first eccentric portion, and a second power transfer portion engaged with the power transfer rod, the linear friction welding system configured such that axial movement of the power transfer rod causes rotational movement of the crank with respect to the power shaft about the power shaft axis; a cam follower operably connected to an outer surface of the second eccentric portion; and a ram operably connected to the cam follower and configured to vibrate along a welding axis. a power shaft defining a power shaft axis and including a first eccentric portion and a first power transfer portion; a power transfer rod engaged with the first power transfer portion; an actuator assembly operably coupled with the power transfer rod and configured to move the power transfer rod axially along the power shaft axis; a crank including a second eccentric portion operably coupled with the first eccentric portion, and a second power transfer portion engaged with the power transfer rod, the linear friction welding system configured such that axial movement of the power transfer rod causes rotational movement of the crank with respect to the power shaft about the power shaft axis; a cam follower operably connected to an outer surface of the second eccentric portion; and a ram operably connected to the cam follower and configured to vibrate along a welding axis.
Engine comprising: - an exhaust gas recirculation loop of the low pressure type in which the exhaust gases pass through a turbine, - means for controlling a position of an exhaust gas recirculation valve arranged in the loop and a position of an exhaust flap arranged outside this loop, - means for measuring a predefined value of the valve, and - means for regulating a predefined parameter of engine operation, adapted to act on the valve position control means if the measurement of the value relating thereto complies with a predefined criterion, and on the flap position control means if said measurement does not comply with said criterion, characterized in that - the exhaust gases passing through the turbine are conducted towards a particulate filter, of which a bypass pipe allows recirculation of at least part of the exhaust gases towards a compressor, and - the regulating means are adapted to act exclusively on the valve position control means or on the flap position control means. - an exhaust gas recirculation loop of the low pressure type in which the exhaust gases pass through a turbine, - means for controlling a position of an exhaust gas recirculation valve arranged in the loop and a position of an exhaust flap arranged outside this loop, - means for measuring a predefined value of the valve, and - means for regulating a predefined parameter of engine operation, adapted to act on the valve position control means if the measurement of the value relating thereto complies with a predefined criterion, and on the flap position control means if said measurement does not comply with said criterion, - the exhaust gases passing through the turbine are conducted towards a particulate filter, of which a bypass pipe allows recirculation of at least part of the exhaust gases towards a compressor, and - the regulating means are adapted to act exclusively on the valve position control means or on the flap position control means.
A method implemented at a user equipment, comprising: receiving an uplink grant from a network node, the uplink grant indicating a granted resource associated with a plurality of channels; detecting availability of the plurality of channels, wherein at least one of the plurality of channels is detected as unavailable; determining an uplink transmission parameter comprising a subset of the granted resource for uplink transmission based on the uplink grant, a result from the detection, and information on a required guard band, wherein the determining comprises determining a starting physical resource block, PRB, and an ending PRB of the subset within at least one available channel of the plurality of channels based on the information on the required guard band; and transmitting data to the network node according to the determined uplink transmission parameter. receiving an uplink grant from a network node, the uplink grant indicating a granted resource associated with a plurality of channels; detecting availability of the plurality of channels, wherein at least one of the plurality of channels is detected as unavailable; determining an uplink transmission parameter comprising a subset of the granted resource for uplink transmission based on the uplink grant, a result from the detection, and information on a required guard band, wherein the determining comprises determining a starting physical resource block, PRB, and an ending PRB of the subset within at least one available channel of the plurality of channels based on the information on the required guard band; and transmitting data to the network node according to the determined uplink transmission parameter.
A method, comprising: obtaining a set of traffic characteristics for multiple transmission procedures by a user equipment, UE, in a wireless network based on one or more predefined UE conditions, wherein each of the traffic characteristics indicates regular traffic or low priority traffic; identifying one or more transmission procedures as low priority traffic; and performing one or more power consumption optimizations for the identified one or more low priority traffic transmission procedures, wherein each corresponding procedure-based power consumption optimization is for the specific identified low priority traffic transmission procedure based on the corresponding traffic characteristics. obtaining a set of traffic characteristics for multiple transmission procedures by a user equipment, UE, in a wireless network based on one or more predefined UE conditions, wherein each of the traffic characteristics indicates regular traffic or low priority traffic; identifying one or more transmission procedures as low priority traffic; and performing one or more power consumption optimizations for the identified one or more low priority traffic transmission procedures,
A chimeric antigen-receptor signalling system comprising; (i) a targeting component comprising an antigen-binding domain, a transmembrane domain and a first heterodimerization domain; and (ii) an intracellular signalling component comprising a signalling domain and a second heterodimerization domain; wherein spontaneous heterodimerization between the first and second heterodimerization domains causes the targeting component and signalling component to form a functional CAR complex, wherein the first and second heterodimerization domains comprise: (i) leucine zipper domains; (ii)DDD1 and AD1 domains; (iii) Barnase and Barstar domains; or (iv) human pancreatic RNAse and S-peptide domains. (i) a targeting component comprising an antigen-binding domain, a transmembrane domain and a first heterodimerization domain; and (ii) an intracellular signalling component comprising a signalling domain and a second heterodimerization domain; (i) leucine zipper domains; (ii)DDD1 and AD1 domains; (iii) Barnase and Barstar domains; or (iv) human pancreatic RNAse and S-peptide domains.
A wire harness routing structure for a panel, comprising: a panel member that comprises a first surface and a second surface opposite to the first surface; and a wire harness that is routed to the panel member, wherein the first surface has a harness accommodating groove that accommodates a harness main body of the wire harness, the harness accommodating groove being recessed toward the second surface, wherein a resin cured portion that holds the harness main body is formed in the harness accommodating groove, and the resin cured portion is formed by a resin with which a predetermined range of the harness accommodating groove is filled and which is cured, characterized in that: a temporary holding portion that temporarily holds the harness main body is formed at two or more places inside the harness accommodating groove. a panel member that comprises a first surface and a second surface opposite to the first surface; and a wire harness that is routed to the panel member, wherein the first surface has a harness accommodating groove that accommodates a harness main body of the wire harness, the harness accommodating groove being recessed toward the second surface, wherein a resin cured portion that holds the harness main body is formed in the harness accommodating groove, and the resin cured portion is formed by a resin with which a predetermined range of the harness accommodating groove is filled and which is cured, characterized in that: a temporary holding portion that temporarily holds the harness main body is formed at two or more places inside the harness accommodating groove.
Optical component (40; 40a) comprising a. a mirror array having a multiplicity of mirror elements, i. which each have at least one degree of freedom of displacement, and ii. which are each connected to at least one actuator for displacement, b. a carrying structure, which is mechanically connected to the mirror array, and c. a multiplicity of local regulating devices for damping oscillations of the mirror elements, d. wherein the totality of the mirror elements forms a parqueting of a total reflection surface of the mirror array, e. wherein the mirror array has a total surface extending perpendicular to a surface normal, characterized in that f. the carrying structure projects beyond the total surface of the mirror array in a direction perpendicular to the surface normal by at most 5 mm, and g. each of the regulating devices in each case has at least one capacitive sensor having at least one moveable electrode and at least one electrode arranged rigidly relative to the carrying structure. a. a mirror array having a multiplicity of mirror elements, i. which each have at least one degree of freedom of displacement, and ii. which are each connected to at least one actuator for displacement, i. which each have at least one degree of freedom of displacement, and ii. which are each connected to at least one actuator for displacement, b. a carrying structure, which is mechanically connected to the mirror array, and c. a multiplicity of local regulating devices for damping oscillations of the mirror elements, d. wherein the totality of the mirror elements forms a parqueting of a total reflection surface of the mirror array, e. wherein the mirror array has a total surface extending perpendicular to a surface normal, f. the carrying structure projects beyond the total surface of the mirror array in a direction perpendicular to the surface normal by at most 5 mm, and g. each of the regulating devices in each case has at least one capacitive sensor having at least one moveable electrode and at least one electrode arranged rigidly relative to the carrying structure.
A method of manufacturing an AA2x24-series aluminium alloy plate product having improved fatigue failure resistance and a reduced number of flaws, the method comprising the following steps: (a) casting an ingot of an aluminium alloy of the AA2x24-series having a thickness in a range of 300 mm or more; (b) homogenizing and/or preheating the cast ingot; (c) hot rolling the ingot into a plate product by rolling the ingot with multiple rolling passes, wherein when the hot rolled plate product has reached an intermediate thickness of the plate between 100 and 200 mm, at least one high reduction hot rolling pass is carried out with a thickness reduction of at least 15% and each hot rolling pass before and after the high reduction hot rolling pass has a thickness reduction between 1 % and 12%; and wherein the plate product has a final thickness of less than 60 mm. (a) casting an ingot of an aluminium alloy of the AA2x24-series having a thickness in a range of 300 mm or more; (b) homogenizing and/or preheating the cast ingot; (c) hot rolling the ingot into a plate product by rolling the ingot with multiple rolling passes, wherein when the hot rolled plate product has reached an intermediate thickness of the plate between 100 and 200 mm, at least one high reduction hot rolling pass is carried out with a thickness reduction of at least 15% and each hot rolling pass before and after the high reduction hot rolling pass has a thickness reduction between 1 % and 12%;
A preparation comprising fine granules or granules comprising a core granule containing an organic acid salt of vonoprazan, an intermediate layer containing the same organic acid as the organic acid forming the salt of vonoprazan in, or a salt thereof, and a coating layer containing a water-insoluble polymer. a core granule containing an organic acid salt of vonoprazan, an intermediate layer containing the same organic acid as the organic acid forming the salt of vonoprazan in, or a salt thereof, and a coating layer containing a water-insoluble polymer.
An integrated automated slide processing system, especially to stain, cover and digitize, in one turn, one or more microscope slides with bottom and top surfaces, said top surface carrying biological samples, comprising, as a single apparatus, at least one incubation drawer, an incubation drawer carrier, a manipulation tray, a manipulation arm, a reagent changing unit, a washing and rinsing unit, a drop removal unit, a staining/pipetting unit, a coverslipping unit, a preview image recording unit, a digitizing unit and a control computer electrically connected with and providing control over said units, wherein each of the one or more unstained and uncovered microscope slides with sample to be stained, covered and digitized is arranged in an incubation drawer with vertically converging sidewalls defining a slide receiving space, said vertically converging sidewalls are obliquely arranged such that even when the bottom of the microscope slide contacts the sidewall, the top surface of the microscope slide and said sidewall are apart from one another, and wherein the above listed units together form a treating path along which said microscope slide is converted into a stained, covered and, at least partially, digitized microscope slide when simultaneously guided over said treating path upon and in harmony with respective control signals provided by the control computer to the respective units.
A system for providing reduced-pressure treatment to a tissue site of a patient, the system comprising: a reduced-pressure source for supplying reduced pressure; a fluid source for supplying a fluid; a plurality of inflatable bladders for placing adjacent to the tissue site, the inflatable bladders operable to receive the fluid and to expand from an un-inflated position to an inflated position; and a plurality of chambers, the chambers being compressible; wherein at least one of the plurality of chambers is disposed between a first inflatable bladder and a second inflatable bladder of the plurality of inflatable bladders; and wherein the chambers compress when the inflatable bladders expand from the uninflated position to the inflated position. a reduced-pressure source for supplying reduced pressure; a fluid source for supplying a fluid; a plurality of inflatable bladders for placing adjacent to the tissue site, the inflatable bladders operable to receive the fluid and to expand from an un-inflated position to an inflated position; and a plurality of chambers, the chambers being compressible;