mhurhangee/ep-ind-claims huggingface dataset:
A polishing composition comprising: abrasives; a water-soluble polymer; a basic compound; a chelating agent; and water, wherein the abrasives contain colloidal silica, wherein the chelating agent contains one or more substances selected from an aminocarboxylic acid-based chelating agent and an organic phosphonic acid-based chelating agent, and wherein, when a particle diameter equivalent to a particle diameter at a cumulative volume of 10% from a smaller particle diameter side is defined as D10, a particle diameter equivalent to a particle diameter at a cumulative volume of 50% from the smaller particle diameter side is defined as D50, and a particle diameter equivalent to a particle diameter at a cumulative volume of 90% from the smaller particle diameter side is defined as D90 in a particle size distribution of particles present in the polishing composition, a value of a coarse particle frequency parameter A defined by (Expression 1) illustrated below is less than 1.5, A = D 90 − D 50 / D 50 − D 10 and the polishing composition is used for final polishing in silicon wafer polishing. abrasives; a water-soluble polymer; a basic compound; a chelating agent; and water, wherein the abrasives contain colloidal silica, wherein the chelating agent contains one or more substances selected from an aminocarboxylic acid-based chelating agent and an organic phosphonic acid-based chelating agent, and wherein, when a particle diameter equivalent to a particle diameter at a cumulative volume of 10% from a smaller particle diameter side is defined as D10, a particle diameter equivalent to a particle diameter at a cumulative volume of 50% from the smaller particle diameter side is defined as D50, and a particle diameter equivalent to a particle diameter at a cumulative volume of 90% from the smaller particle diameter side is defined as D90 in a particle size distribution of particles present in the polishing composition, a value of a coarse particle frequency parameter A defined by (Expression 1) illustrated below is less than 1.5, A = D 90 − D 50 / D 50 − D 10 and the polishing composition is used for final polishing in silicon wafer polishing.
A medicament for use in the treatment of cancer having an activating mutation of FLT3 and having wild-type TP53 comprising (3'R,4'S,5'R)-N-[(3R,6S)-6-carbamoyltetrahydro-2H-pyran-3-yl]-6"-chloro-4'-(2-chloro-3-fluoropyridin-4-yl)-4,4-dimethyl-2"-oxo-1",2"-dihydrodispiro[cyclohexane-1,2'-pyrrolidine-3',3"-indole]-5'-carboxamide or a pharmaceutically acceptable salt thereof and N-(5-tert-butyl-isoxazol-3-yl)-N'-{4-[7-(2-morpholin-4-yl-ethoxy)imidazo[2,1-b][1,3]benzothiazol-2-yl]phenyl}urea or a pharmaceutically acceptable salt thereof which are administered in combination.
A substrate with a first surface bearing a coating that comprises a compound region, the compound region comprising alternating films of a first material that is a photocatalyst of titania and a second material including silica and/or zirconia, wherein the coating has a total thickness of at least 50 angstroms but less than 400 angstroms, wherein the substrate when uncoated has a first visible reflectance, wherein the substrate when bearing the coating has a second visible reflectance, and wherein the second visible reflectance is no more than 3% greater than the first visible reflectance, each such visible reflectance being a film-side visible reflectance measured off the first surface of the substrate, wherein the compound region includes at least three films each having a thickness of 45 angstroms or less, and at least two of said films comprise titania.
A method for producing a polyacetal resin composition comprising a step of blending, with respect to 100 parts by weight of a linear polyacetal copolymer comprising an oxymethylene unit as a main constituent component and an oxyalkylene unit as a comonomer in a percentage of from 0.4 mol% to 0.9 mol% of the constituent units of the linear polyacetal copolymer, and produced with at least one selected from a heteropoly acid, an isopoly acid, or an acid salt thereof as a polymerization catalyst; from 0.1 parts by weight to 2 parts by weight of a polyacetal copolymer having a branched or crosslinked structure which is a copolymer of trioxane, a compound having from 3 to 4 cyclic ether units in each molecule, and compound having one cyclic ether unit in each molecule.
A sliding member, comprising: a supporting layer that is composed of a first metallic material; and a sliding layer that is formed by attaching a second metallic material to a roughened surface of the supporting layer with thermal spraying where said second metallic material is different from said first metallic material in composition; characterized in that a sliding surface is formed on a surface of said sliding layer that is subjected to shot blasting; and said sliding surface slidably supports an object to be slid and has an uneven shape having an arithmetic average roughness (Ra) of more than 0 μm but 2.0 μm or less, a ten-point average roughness (Rz) of more than 0 μm but 7.5 μm or less and a surface hardness (Hv) of 150-250. a supporting layer that is composed of a first metallic material; and a sliding layer that is formed by attaching a second metallic material to a roughened surface of the supporting layer with thermal spraying where said second metallic material is different from said first metallic material in composition; characterized in that a sliding surface is formed on a surface of said sliding layer that is subjected to shot blasting; and said sliding surface slidably supports an object to be slid and has an uneven shape having an arithmetic average roughness (Ra) of more than 0 μm but 2.0 μm or less, a ten-point average roughness (Rz) of more than 0 μm but 7.5 μm or less and a surface hardness (Hv) of 150-250.
An electric vacuum cleaner comprising: a main body case having a suction port and an exhaust port; an electric blower disposed inside the main body case so that a suction side thereof communicates with the suction port; a first electric blower cover that has a first cover exhaust port configured to exhaust exhaust air from the electric blower and covers the electric blower; a second electric blower cover that has a second cover exhaust port configured to exhaust the exhaust air exhausted from the first cover exhaust port of the first electric blower cover, covers at least a part of the first electric blower cover, and supports the first electric blower cover; and a case body in which an enclosed space for making communication between the second cover exhaust port of the second electric blower cover and the exhaust port of the main body case is partitioned, characterized in that: the first cover exhaust port is disposed in a rear portion of the lower portion of the first electric blower cover, the second cover exhaust port is disposed in a front portion of the upper portion of the second electric blower cover, the exhaust port is disposed on the rear portion of the main body case. a main body case having a suction port and an exhaust port; an electric blower disposed inside the main body case so that a suction side thereof communicates with the suction port; a first electric blower cover that has a first cover exhaust port configured to exhaust exhaust air from the electric blower and covers the electric blower; a second electric blower cover that has a second cover exhaust port configured to exhaust the exhaust air exhausted from the first cover exhaust port of the first electric blower cover, covers at least a part of the first electric blower cover, and supports the first electric blower cover; and a case body in which an enclosed space for making communication between the second cover exhaust port of the second electric blower cover and the exhaust port of the main body case is partitioned, characterized in that: the first cover exhaust port is disposed in a rear portion of the lower portion of the first electric blower cover, the second cover exhaust port is disposed in a front portion of the upper portion of the second electric blower cover, the exhaust port is disposed on the rear portion of the main body case. the first cover exhaust port is disposed in a rear portion of the lower portion of the first electric blower cover, the second cover exhaust port is disposed in a front portion of the upper portion of the second electric blower cover, the exhaust port is disposed on the rear portion of the main body case.
A gas combustion type driving tool comprising: a combustion portion; a tubular fuel container filled with a fuel to be supplied to the combustion portion; an electromagnetic valve device adapted to measure the fuel supplied from the fuel container and to inject the fuel into the combustion portion; and a grip portion, wherein the fuel container and the electromagnetic valve device are respectively disposed on an outer peripheral portion of the combustion portion at a same cross-section perpendicular to a driving direction of the tool, wherein the fuel container is disposed not on a line connecting the combustion portion and the grip portion with the shortest distance, and wherein a distance from the fuel container to the combustion portion is set substantially equal to or less than a distance from the electromagnetic valve device to the combustion portion. a combustion portion; a tubular fuel container filled with a fuel to be supplied to the combustion portion; an electromagnetic valve device adapted to measure the fuel supplied from the fuel container and to inject the fuel into the combustion portion; and a grip portion, wherein the fuel container and the electromagnetic valve device are respectively disposed on an outer peripheral portion of the combustion portion at a same cross-section perpendicular to a driving direction of the tool, wherein the fuel container is disposed not on a line connecting the combustion portion and the grip portion with the shortest distance, and wherein a distance from the fuel container to the combustion portion is set substantially equal to or less than a distance from the electromagnetic valve device to the combustion portion.
A device for modifying a Eustachian tube, the device comprising: a shaft; a treatment portion extending from a distal end of the shaft, the treatment portion having an arcuate tissue treatment surface; a first arcuate row of electrodes disposed on the tissue treatment surface; a second row of electrodes disposed on the arcuate tissue treatment surface; and a thermocouple; said device being characterized in that the second row of electrodes is arcuate and in that the thermocouple is disposed between the first arcuate row and the second arcuate row. a shaft; a treatment portion extending from a distal end of the shaft, the treatment portion having an arcuate tissue treatment surface; a first arcuate row of electrodes disposed on the tissue treatment surface; a second row of electrodes disposed on the arcuate tissue treatment surface; and a thermocouple; said device being characterized in that the second row of electrodes is arcuate and in that the thermocouple is disposed between the first arcuate row and the second arcuate row.
An air filtration filter element, the element comprising: a first media portion, the first media portion comprising activated carbon; and a second media portion downstream of the first media portion, the second media portion comprising pleated filter media and comprising a layer of a mixture of manganese dioxide and copper oxide catalyst granules being spread onto the media with substantially even distribution across the surface; wherein pressure drop of airflow across the filtration element at a face velocity of 4.572 meters per minute (15 feet per minute) is less than 249,0889 Pa (1.0 inches water column); and wherein the first media portion has a mass to media surface area ratio of greater than 400 g/m 2, and the second media portion has a mass to media surface area ratio of greater than 1500 g/m 2. a first media portion, the first media portion comprising activated carbon; and a second media portion downstream of the first media portion, the second media portion comprising pleated filter media and comprising a layer of a mixture of manganese dioxide and copper oxide catalyst granules being spread onto the media with substantially even distribution across the surface; wherein pressure drop of airflow across the filtration element at a face velocity of 4.572 meters per minute (15 feet per minute) is less than 249,0889 Pa (1.0 inches water column); and wherein the first media portion has a mass to media surface area ratio of greater than 400 g/m 2, and the second media portion has a mass to media surface area ratio of greater than 1500 g/m 2.
A vehicle comprising: an engine; a drive wheel; a clutch configured to connect and disconnect a power transmission route between the engine and the drive wheel; a clutch actuator configured to switch between engagement and disengagement of the clutch; and an electronic control unit configured to: switch an actuation state of the clutch by the clutch actuator; determine whether fluctuations in torsional torque generated in the power transmission route between the clutch and the drive wheel are larger than a specified value; and characterised in that the electronic control unit is further configured to control the clutch so as to increase torque capacity of the clutch when the electronic control unit determines that the fluctuations in the torsional torque are larger than the specified value during deceleration traveling of the vehicle. an engine; a drive wheel; a clutch configured to connect and disconnect a power transmission route between the engine and the drive wheel; a clutch actuator configured to switch between engagement and disengagement of the clutch; and an electronic control unit configured to: switch an actuation state of the clutch by the clutch actuator; determine whether fluctuations in torsional torque generated in the power transmission route between the clutch and the drive wheel are larger than a specified value; and characterised in that the electronic control unit is further configured to control the clutch so as to increase torque capacity of the clutch when the electronic control unit determines that the fluctuations in the torsional torque are larger than the specified value during deceleration traveling of the vehicle. switch an actuation state of the clutch by the clutch actuator; determine whether fluctuations in torsional torque generated in the power transmission route between the clutch and the drive wheel are larger than a specified value; and characterised in that the electronic control unit is further configured to control the clutch so as to increase torque capacity of the clutch when the electronic control unit determines that the fluctuations in the torsional torque are larger than the specified value during deceleration traveling of the vehicle.
A composite object comprising: a first object that is constituted by assembling two or more assemblable toy blocks; and a second object, being different from the first object, constituted by one or more parts produced through 3D printing, and having a recess that is shaped to be fitted to the first object in such a manner that (i) the first object is arranged inside the second object, and (ii) the second object covers the first object except for part of a bottom surface of the first object or the second object covers the first object entirely, wherein each of the assemblable toy blocks constituting the first object has a joining unit for joining with another block, one or more joining units are positioned on a surface of the first object, and the recess of the second object that is shaped to be fitted to the first object has one or more recesses configured to be fitted to the one or more joining units positioned on the surface of the first object, at a position facing the one or more joining units. a first object that is constituted by assembling two or more assemblable toy blocks; and a second object, being different from the first object, constituted by one or more parts produced through 3D printing, and having a recess that is shaped to be fitted to the first object in such a manner that (i) the first object is arranged inside the second object, and (ii) the second object covers the first object except for part of a bottom surface of the first object or the second object covers the first object entirely, wherein each of the assemblable toy blocks constituting the first object has a joining unit for joining with another block, one or more joining units are positioned on a surface of the first object, and the recess of the second object that is shaped to be fitted to the first object has one or more recesses configured to be fitted to the one or more joining units positioned on the surface of the first object, at a position facing the one or more joining units.
A method in a network node serving a user equipment, UE, the method comprising: configuring the UE in a cell to operate with a center frequency of a radio frequency, RF, reception bandwidth of the UE being different than a center frequency of an RF transmission bandwidth of the cell; moving transmission of a control signal from a subcarrier that corresponds to the center frequency of the RF reception bandwidth of the UE to a subcarrier that does not correspond to the center frequency of the RF reception bandwidth of the UE; puncturing the subcarrier in a downlink signal that, when transmitted over the RF transmission bandwidth of the cell, corresponds to the center frequency of the RF reception bandwidth of the UE to provide a punctured downlink signal; and transmitting the punctured downlink signal to the UE through a transmitter circuit operating within the RF reception bandwidth of the UE. configuring the UE in a cell to operate with a center frequency of a radio frequency, RF, reception bandwidth of the UE being different than a center frequency of an RF transmission bandwidth of the cell; moving transmission of a control signal from a subcarrier that corresponds to the center frequency of the RF reception bandwidth of the UE to a subcarrier that does not correspond to the center frequency of the RF reception bandwidth of the UE; puncturing the subcarrier in a downlink signal that, when transmitted over the RF transmission bandwidth of the cell, corresponds to the center frequency of the RF reception bandwidth of the UE to provide a punctured downlink signal; and transmitting the punctured downlink signal to the UE through a transmitter circuit operating within the RF reception bandwidth of the UE.
A transfer apparatus for connection to a first network and a virtual private network and for transferring a packet between the first network and the virtual private network for communication between a communication apparatus of the first network and a communication apparatus of a second network via the virtual private network, the transfer apparatus comprising: determination means for determining, when a request to communicate with a second communication apparatus of the second network or a query for an address of the second communication apparatus is received from a first communication apparatus of the first network, whether communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted; address determination means for determining, when communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted, a destination address that the first communication apparatus uses when communicating with the second communication apparatus, and that does not overlap with an address of a communication apparatus that connects to the first network, and for notifying the first communication apparatus of the destination address; and transmission means (106, 107) for translating, when a packet including the determined destination address is received from the first communication apparatus, the destination address of the packet and a transmission source address of the packet into predetermined addresses used in the virtual private network in accordance with a combination of the destination address of the packet and the transmission source address of the packet, and for transmitting the packet to the virtual private network. determination means for determining, when a request to communicate with a second communication apparatus of the second network or a query for an address of the second communication apparatus is received from a first communication apparatus of the first network, whether communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted; address determination means for determining, when communication between the first communication apparatus and the second communication apparatus via the virtual private network is permitted, a destination address that the first communication apparatus uses when communicating with the second communication apparatus, and that does not overlap with an address of a communication apparatus that connects to the first network, and for notifying the first communication apparatus of the destination address; and transmission means (106, 107) for translating, when a packet including the determined destination address is received from the first communication apparatus, the destination address of the packet and a transmission source address of the packet into predetermined addresses used in the virtual private network in accordance with a combination of the destination address of the packet and the transmission source address of the packet, and for transmitting the packet to the virtual private network.
A component for use in a hot gas path of a gas turbine comprising: a first end wall; a second end wall having an outer surface which faces an outer surface of the first end wall; an airfoil portion positioned between the first end wall and the second end wall, the airfoil having an airfoil outer surface; and an article comprising a pre-sintered preform having a proximal face and a contoured distal face positioned at least substantially opposite the proximal face; characterized in that the article is secured to at least one of the outer surface of the first end wall, the outer surface of the second end wall, and the airfoil outer surface, that the proximal face is formed as a contoured proximal face and substantially mirrors a contour of at least one of the outer surface of the first end wall, the outer surface of the second end wall, and the airfoil outer surface; and the pre-sintered preform is formed of a mixture of a first powder material and a second powder material, the second powder material being a braze alloy; wherein the first powder material is the same material as the component. a first end wall; a second end wall having an outer surface which faces an outer surface of the first end wall; an airfoil portion positioned between the first end wall and the second end wall, the airfoil having an airfoil outer surface; and an article comprising a pre-sintered preform having a proximal face and a contoured distal face positioned at least substantially opposite the proximal face; characterized in that the article is secured to at least one of the outer surface of the first end wall, the outer surface of the second end wall, and the airfoil outer surface, that the proximal face is formed as a contoured proximal face and substantially mirrors a contour of at least one of the outer surface of the first end wall, the outer surface of the second end wall, and the airfoil outer surface; and the pre-sintered preform is formed of a mixture of a first powder material and a second powder material, the second powder material being a braze alloy; wherein the first powder material is the same material as the component.