mhurhangee/ep-ind-claims huggingface dataset:
An aluminum nitride single crystal substrate comprising a main surface, the main surface comprising: a center; a periphery; an outer region whose distance from the center is greater than 30% of a first distance, the first distance being a distance from the center to the periphery; and an inner region whose distance from the center is no more than 30% of the first distance, wherein a ratio (v A - v B) / v B is within the range of ±0.05%, wherein v A is a minimum value of peak wave numbers of micro-Raman spectra in the inner region; v B is an average value of peak wave numbers of micro-Raman spectra in the outer region; and the v A and v B are measured by a method as described in the description. the main surface comprising: a center; a periphery; an outer region whose distance from the center is greater than 30% of a first distance, the first distance being a distance from the center to the periphery; and an inner region whose distance from the center is no more than 30% of the first distance, a center; a periphery; an outer region whose distance from the center is greater than 30% of a first distance, the first distance being a distance from the center to the periphery; and an inner region whose distance from the center is no more than 30% of the first distance, wherein a ratio (v A - v B) / v B is within the range of ±0.05%, wherein v A is a minimum value of peak wave numbers of micro-Raman spectra in the inner region; v B is an average value of peak wave numbers of micro-Raman spectra in the outer region; and the v A and v B are measured by a method as described in the description.
A surfactant product comprising a first effervescent material and a second effervescent material, wherein each effervescent material is capable of effervescence on contact with water, wherein the rate of effervescence of the first effervescent material is greater than the rate of effervescence of the second effervescent material, wherein the first effervescent material comprises at least sodium bicarbonate and citric acid, wherein the second effervescent material comprises at least a surfactant, sodium bicarbonate, citric acid and cream of tartar, and wherein the first and second effervescent materials are distinct from each other and the second effervescent material entirely envelops the first effervescent material..
A method for producing porous cellulose beads, comprising (a) the step of preparing a fine cellulose dispersion by mixing an alkaline aqueous solution having a temperature of not less than -20°C and not more than 25°C and cellulose, (b) the step of preparing a mixed liquid by adding a crosslinking agent to the fine cellulose dispersion, (c) the step of preparing an emulsion by dispersing the mixed liquid in a dispersion medium, (d) the step of contacting the emulsion with a coagulating solvent. (a) the step of preparing a fine cellulose dispersion by mixing an alkaline aqueous solution having a temperature of not less than -20°C and not more than 25°C and cellulose, (b) the step of preparing a mixed liquid by adding a crosslinking agent to the fine cellulose dispersion, (c) the step of preparing an emulsion by dispersing the mixed liquid in a dispersion medium, (d) the step of contacting the emulsion with a coagulating solvent.
A pH-dependent modified-release oral formulation comprising a beta-lactamase, wherein the formulation releases the beta-lactamase in the gastrointestinal tract, and wherein the formulation comprises at least one pH-dependent modified-release pellet with each pellet comprising: about 10-20% by weight beta-lactamase; about 10-20% by weight sucrose sphere; about 20-30% by weight hydroxypropylcellulose; about 10-20% by weight a first enteric polymer; about 20-30% by weight a second enteric polymer; about 1-10% by weight triethyl citrate; and about 1-2% by weight of buffer salt; and wherein the formulation releases the beta-lactamase at a pH of greater than 6.7. about 10-20% by weight beta-lactamase; about 10-20% by weight sucrose sphere; about 20-30% by weight hydroxypropylcellulose; about 10-20% by weight a first enteric polymer; about 20-30% by weight a second enteric polymer; about 1-10% by weight triethyl citrate; and about 1-2% by weight of buffer salt; and
An attachment system for mounting an aircraft panel, the system comprising: a rail (20, 90, 116, 160,170) to support a panel (30, 30a)thereon; at least two mounting members configured for connecting the panel (30,30a) along its bottom edge to a floor of an aircraft cabin, each mounting member of the at least two mounting members including a threaded poppet; at least two mounting assemblies, each mounting assembly of the at least two mounting assemblies connected to a respective mounting member of the at least two mounting members, characterized in that each mounting assembly comprises an internally threaded lock nut (64, 200) to adjust a vertical height of the panel (30, 30a) relative to the floor of the aircraft cabin, an eccentric thumb wheel, and an eccentric washer, seated on the threaded lock nut (64, 200) such that the rail can be moved laterally through rotation of the washer via the thumb wheel and raised using the locking nut; and in that at least two slots (50, 94, 122) are disposed at the bottom of the rail (20, 90, 116, 160, 170), each slot (50, 94, 122) being associated with a respective mounting assembly of the at least two mounting assemblies, wherein the eccentric thumb wheel of the respective mounting assembly of the at least two mounting assemblies is received within a respective further slot (75, 140) in the lowermost portion of the rail such that rotation of the eccentric thumb wheel and the eccentric washer about the threaded poppet of the respective mounting member of the at least two mounting members adjusts a lateral position of the panel (30, 30a) relative to the threaded poppet. a rail (20, 90, 116, 160,170) to support a panel (30, 30a)thereon; at least two mounting members configured for connecting the panel (30,30a) along its bottom edge to a floor of an aircraft cabin, each mounting member of the at least two mounting members including a threaded poppet; at least two mounting assemblies, each mounting assembly of the at least two mounting assemblies connected to a respective mounting member of the at least two mounting members, characterized in that each mounting assembly comprises an internally threaded lock nut (64, 200) to adjust a vertical height of the panel (30, 30a) relative to the floor of the aircraft cabin, an eccentric thumb wheel, and an eccentric washer, seated on the threaded lock nut (64, 200) such that the rail can be moved laterally through rotation of the washer via the thumb wheel and raised using the locking nut; and in that at least two slots (50, 94, 122) are disposed at the bottom of the rail (20, 90, 116, 160, 170), each slot (50, 94, 122) being associated with a respective mounting assembly of the at least two mounting assemblies, wherein the eccentric thumb wheel of the respective mounting assembly of the at least two mounting assemblies is received within a respective further slot (75, 140) in the lowermost portion of the rail such that rotation of the eccentric thumb wheel and the eccentric washer about the threaded poppet of the respective mounting member of the at least two mounting members adjusts a lateral position of the panel (30, 30a) relative to the threaded poppet.
A coil spring manufacturing device comprising: a mandrel around which a wire is wound; a rotation mechanism including a mandrel drive head which rotates the mandrel; a feed mechanism which feeds the wire toward the mandrel; a chuck which is provided on the mandrel drive head, and fixes a distal end of the wire to the mandrel; guide members (15, 16) which are moved in a direction along an axis of the mandrel, and guide the wire that winds around the mandrel; a base member which is moved in the direction along the axis; characterized by a clamp mechanism comprising a pair of clamp members (82, 83) disposed on a movable base which are arranged between the mandrel and the feed mechanism, and sandwiches a part of the wire in a longitudinal direction of the wire; support members (72, 73) being arranged on an upstream side relative to the clamp members (82, 83), wherein the wire which has been conveyed to the support members (72, 73) by the feed mechanism passes through a space between the support members (72, 73), and rotation means for rotating the clamp mechanism in a direction of bending a distal end portion of the wire in a negative pitch direction between the support members (72, 73) and the clamp members (82, 83) in a state in which the wire is inserted between the support members (72, 73) and between the clamp members (82, 83), and the clamp mechanism and the support members (72, 73) being disposed on the base member. a mandrel around which a wire is wound; a rotation mechanism including a mandrel drive head which rotates the mandrel; a feed mechanism which feeds the wire toward the mandrel; a chuck which is provided on the mandrel drive head, and fixes a distal end of the wire to the mandrel; guide members (15, 16) which are moved in a direction along an axis of the mandrel, and guide the wire that winds around the mandrel; a base member which is moved in the direction along the axis; characterized by a clamp mechanism comprising a pair of clamp members (82, 83) disposed on a movable base which are arranged between the mandrel and the feed mechanism, and sandwiches a part of the wire in a longitudinal direction of the wire; support members (72, 73) being arranged on an upstream side relative to the clamp members (82, 83), wherein the wire which has been conveyed to the support members (72, 73) by the feed mechanism passes through a space between the support members (72, 73), and rotation means for rotating the clamp mechanism in a direction of bending a distal end portion of the wire in a negative pitch direction between the support members (72, 73) and the clamp members (82, 83) in a state in which the wire is inserted between the support members (72, 73) and between the clamp members (82, 83), and the clamp mechanism and the support members (72, 73) being disposed on the base member.
A combination comprising 6-(2,4-dichlorophenyl)-5-[4-[ -1-(3-fluoropropyl)pyrrolidin-3-yl]oxyphenyl]-8,9-dihydro-7H-benzo annulene-2-carboxylic acid, or a pharmaceutically acceptable salt thereof, and alpelisib.
A mobile system (5, 7), comprising: - a light sensor; - a communication interface; and - at least one processor configured to use said light sensor to receive a light emission from a light source, to determine an identifier from said light emission, said identifier being associated with a group of devices, said group of devices comprising mobile devices which are receiving a light emission with said identifier, to join said group of devices, and to use said communication interface to communicate with at least one further device from said group of devices, and wherein the at least one processor is configured to leave said group of devices when said light sensor is no longer receiving said light emission with said identifier. - a light sensor; - a communication interface; and - at least one processor configured to use said light sensor to receive a light emission from a light source, to determine an identifier from said light emission, said identifier being associated with a group of devices, said group of devices comprising mobile devices which are receiving a light emission with said identifier, to join said group of devices, and to use said communication interface to communicate with at least one further device from said group of devices, and
A method for transmitting a multicast packet across Layer 2 virtual networks on a Transparent Interconnection of Lots of Links, TRILL, network, comprising: receiving, by a gateway of a plurality of gateways on the TRILL network, a link state packet, LSP, sent by each routing bridge, RB, the RB being a switch that is on the TRILL network, has a Layer 2 access function, and is configured to receive a multicast packet sent by a terminal to which the RB is connected, wherein each LSP comprises: a network identifier of a Layer 2 virtual network on which the terminal is located and a multicast address; separately performing, by the gateway, calculation on the network identifier and the multicast address that are in each LSP, to obtain a calculation result corresponding to each combination of the network identifier and the multicast address; if the gateway determines that information preconfigured on the gateway matches a calculation result corresponding to a matched combination of the network identifier and the multicast address, sending a notification message to all RBs that are on the TRILL network, wherein the notification message comprises the network identifier and the multicast address that are in the matched combination; and receiving, by the gateway from at least one RB, a multicast packet corresponding to the multicast address in the matched combination and forwarding the multicast packet. receiving, by a gateway of a plurality of gateways on the TRILL network, a link state packet, LSP, sent by each routing bridge, RB, the RB being a switch that is on the TRILL network, has a Layer 2 access function, and is configured to receive a multicast packet sent by a terminal to which the RB is connected, wherein each LSP comprises: a network identifier of a Layer 2 virtual network on which the terminal is located and a multicast address; separately performing, by the gateway, calculation on the network identifier and the multicast address that are in each LSP, to obtain a calculation result corresponding to each combination of the network identifier and the multicast address; if the gateway determines that information preconfigured on the gateway matches a calculation result corresponding to a matched combination of the network identifier and the multicast address, sending a notification message to all RBs that are on the TRILL network, wherein the notification message comprises the network identifier and the multicast address that are in the matched combination; and receiving, by the gateway from at least one RB, a multicast packet corresponding to the multicast address in the matched combination and forwarding the multicast packet.
Apparatus for preventing downward flow of substantial amounts of surface water into an underground ventilation duct communicating upwardly to a surface opening, comprising: a support having a top opening with a fixed length between opposing sides of the top opening, for fluid communication with said surface opening, a support floor, and an opening in a lower portion of the support higher than the support floor for fluid communication with a proximate portion of said ventilation duct, said support supporting one or more sets each set comprising a vertically mounted seat and a paired buoyant gate on a pivoted mount and normally disposed perpendicular to said seat, each said set being arranged in said support to provide airflow from said lower portion opening to said top opening, the seat of the set, or the uppermost set if there is more than one set, being mounted under said top opening spaced from one of said opposing sides a distance nominally equal to a fraction applied to said fixed length thereof, said fraction having the numerator 1 and a denominator which is the sum of 1 plus the number of said sets, said buoyant gate having a seat engagement height nominally equal to said fraction applied to said fixed length, being positioned lower than said seat, and responsive to water rising in said support by pivotingly floatingly upwardly until engaging said seat and blocking passage for air flow under said seat. a support having a top opening with a fixed length between opposing sides of the top opening, for fluid communication with said surface opening, a support floor, and an opening in a lower portion of the support higher than the support floor for fluid communication with a proximate portion of said ventilation duct, said support supporting one or more sets each set comprising a vertically mounted seat and a paired buoyant gate on a pivoted mount and normally disposed perpendicular to said seat, each said set being arranged in said support to provide airflow from said lower portion opening to said top opening, the seat of the set, or the uppermost set if there is more than one set, being mounted under said top opening spaced from one of said opposing sides a distance nominally equal to a fraction applied to said fixed length thereof, said fraction having the numerator 1 and a denominator which is the sum of 1 plus the number of said sets, said buoyant gate having a seat engagement height nominally equal to said fraction applied to said fixed length, being positioned lower than said seat, and responsive to water rising in said support by pivotingly floatingly upwardly until engaging said seat and blocking passage for air flow under said seat.
A light emitting device comprising: a conductive support substrate; a bonding layer on the conductive support substrate; a light emitting structure layer on the bonding layer; a passivation layer provided on a side surface and a top surface of the light emitting structure layer; a first metal layer and an electrode structure disposed on the light emitting structure layer, wherein the electrode structure includes an outer electrode including a first part and a second part, an inner electrode provided in a region between the first part and the second part of the outer electrode and extending to electrically connect the first part of the outer electrode with the second part of the outer electrode, and a pad (115cl, 115c2) electrically connected to at least one of the first part and the second part of the outer electrode, characterized in that the first metal layer is a protection layer at a periphery portion on the bonding layer and under the passivation layer, and wherein an outer side of the outer electrode is spaced apart from an outermost side of a top of the light emitting structure layer and within 50μm from the outermost side of the top of the first conductive semiconductor layer, and wherein the first metal layer comprises at least one of Pt, Ti, W, Ni, Pd, Rh, Ir, or W. a conductive support substrate; a bonding layer on the conductive support substrate; a light emitting structure layer on the bonding layer; a passivation layer provided on a side surface and a top surface of the light emitting structure layer; a first metal layer and an electrode structure disposed on the light emitting structure layer, wherein the electrode structure includes an outer electrode including a first part and a second part, an inner electrode provided in a region between the first part and the second part of the outer electrode and extending to electrically connect the first part of the outer electrode with the second part of the outer electrode, and a pad (115cl, 115c2) electrically connected to at least one of the first part and the second part of the outer electrode, characterized in that the first metal layer is a protection layer at a periphery portion on the bonding layer and under the passivation layer, and wherein an outer side of the outer electrode is spaced apart from an outermost side of a top of the light emitting structure layer and within 50μm from the outermost side of the top of the first conductive semiconductor layer, and wherein the first metal layer comprises at least one of Pt, Ti, W, Ni, Pd, Rh, Ir, or W.
Heat-transfer liquid circuit for an electric vehicle that is propelled at least in part by an electric motor, the circuit comprising a first leg that has at least one pump, a first heat exchanger configured to exchange heat energy between the heat-transfer liquid and a refrigerant, an electric heating device and a second heat exchanger configured to exchange heat energy between the heat-transfer liquid and a flow of air intended to be sent into a vehicle interior, the circuit comprising a second leg that comprises a third heat exchanger thermally coupled to a component of an electric powertrain of the vehicle, the circuit comprising a third leg that is disposed in parallel with the first leg and connected to the latter by a member for distributing the heat-transfer liquid, characterized in that the circuit comprising a fourth leg that is mounted in parallel with the second leg and connected thereto by a branching device, the fourth leg comprising a fourth heat exchanger configured to exchange heat energy between the heat-transfer liquid and a refrigerant.
A method for acquiring information on the presence of gastric cancer in a subject, the method comprising the steps of: analyzing, in a DNA specimen prepared from a biological sample of said subject, the methylation status of a CpG site in a promoter region of the ZNF568 gene; and acquiring information that the biological specimen comprises a gastric cancer cell when it is determined that the methylation is present. analyzing, in a DNA specimen prepared from a biological sample of said subject, the methylation status of a CpG site in a promoter region of the ZNF568 gene; and acquiring information that the biological specimen comprises a gastric cancer cell when it is determined that the methylation is present.
A power supply device (1, 201, 301) comprising: a power supply portion; a power supply coil portion (13, 213, 313) having a first end connected to the power supply portion and a second end connected to ground; and a counter wound coil portion (14, 214, 314) that faces the power supply coil portion, a winding direction of which is opposite to that of the power supply coil portion, wherein the counter wound coil portion has an opened first end and a second end connected to ground. a power supply portion; a power supply coil portion (13, 213, 313) having a first end connected to the power supply portion and a second end connected to ground; and a counter wound coil portion (14, 214, 314) that faces the power supply coil portion, a winding direction of which is opposite to that of the power supply coil portion, wherein the counter wound coil portion has an opened first end and a second end connected to ground.
A porphyrin copolymer containing thienothiadiazole units, which has the structural formula: wherein, R 1, R 2, R 3, R 4 are same or different and each represents a C 1 -C 32 alkyl, and n is an integer of 1-100.