mhurhangee/ep-ind-claims huggingface dataset:
Assembly comprising: a power module substrate including a ceramic substrate, a circuit layer arranged on a surface of the ceramic substrate, and a metal layer arranged on the other surface of the ceramic substrate and formed of aluminum; and a heatsink composed of copper or a copper alloy bonded to the other surface side of the metal layer via a solder layer, wherein the metal layer is formed by bonding an aluminum plate in which the content of A1 is 99.0 to 99.85% by mass to the ceramic substrate, characterized in that the solder layer is formed of a solder material that is an Sn-Sb-based alloy including Sn as a major component and an Sb of 2 to 5% by mass, the Sb being solid-solubilized into a matrix of Sn, and the heatsink has a Young's modulus of 130 GPa or less and a tensile strength of 250 MPa or more. a power module substrate including a ceramic substrate, a circuit layer arranged on a surface of the ceramic substrate, and a metal layer arranged on the other surface of the ceramic substrate and formed of aluminum; and a heatsink composed of copper or a copper alloy bonded to the other surface side of the metal layer via a solder layer, wherein the metal layer is formed by bonding an aluminum plate in which the content of A1 is 99.0 to 99.85% by mass to the ceramic substrate, characterized in that the solder layer is formed of a solder material that is an Sn-Sb-based alloy including Sn as a major component and an Sb of 2 to 5% by mass, the Sb being solid-solubilized into a matrix of Sn, and the heatsink has a Young's modulus of 130 GPa or less and a tensile strength of 250 MPa or more.
A crystalline tranilast salt selected from the group consisting of crystalline 1:1 Tranilast N-methylglucamine form I, crystalline 1:1 Tranilast N-methylglucamine form II, crystalline 1:1 Tranilast L-Lysine, crystalline 1:1 Tranilast Diethylamine, crystalline 1:1 Tranilast N-ethylglucamine, crystalline 1:1 Tranilast Potassium Monohydrate, crystalline 1:1 Tranilast Diethanolamine, and crystalline 1:1 Tranilast Ethanolamine.
A crawler core member (20,50,70) that configures an endless crawler belt when a plurality of the core members are disposed at uniform intervals along a peripheral direction and are coupled together with the peripheral direction adjacent core members, the core member comprising: an engagement shaft portion (22,80) extending in the crawler belt width direction; an engagement portion integrally formed to the engagement shaft portion and engaging with the engagement shaft portion of an adjacent of the core members; and a pair of wing portions integrally formed to the engagement shaft portion and respectively disposed at both width direction sides of the engagement shaft portion, extending towards the width direction outsides, wherein the adjacent core members are coupled together by the engagement shaft portion of the adjacent core member engaging with the engagement portion of the core member. an engagement shaft portion (22,80) extending in the crawler belt width direction; an engagement portion integrally formed to the engagement shaft portion and engaging with the engagement shaft portion of an adjacent of the core members; and a pair of wing portions integrally formed to the engagement shaft portion and respectively disposed at both width direction sides of the engagement shaft portion, extending towards the width direction outsides, wherein the adjacent core members are coupled together by the engagement shaft portion of the adjacent core member engaging with the engagement portion of the core member.
A device for providing an authentication code, comprising: a cryptographic processor, cryptographic key and storage means, additional processing means, and interface means for performing steps comprising: receiving, by the device, an explicit command of a holder of the device to generate the authentication code; generating, by the device in response to the explicit command, the authentication code encrypted with the cryptographic key, wherein generating the authentication code comprises: generating a dynamic authentication code associated with the holder of the device; wherein the dynamic authentication code comprises a session identifier counter being incremented when the first authentication code is yielded after power up, a session counter initialized at the first usage after power-up, and being incremented each time a new authentication code is yielded, and a timestamp counter initialized when the session identifier is incremented, and being incremented by a fixed frequency, and the dynamic authentication code is variant and unique from other dynamic authentication codes generated by the device; translating the generated authentication code into a plurality of emulated keystrokes; and sending the plurality of emulated keystrokes from the device to an input of a connected terminal. receiving, by the device, an explicit command of a holder of the device to generate the authentication code; generating, by the device in response to the explicit command, the authentication code encrypted with the cryptographic key, wherein generating the authentication code comprises: generating a dynamic authentication code associated with the holder of the device; wherein the dynamic authentication code comprises a session identifier counter being incremented when the first authentication code is yielded after power up, a session counter initialized at the first usage after power-up, and being incremented each time a new authentication code is yielded, and a timestamp counter initialized when the session identifier is incremented, and being incremented by a fixed frequency, and the dynamic authentication code is variant and unique from other dynamic authentication codes generated by the device; generating a dynamic authentication code associated with the holder of the device; wherein the dynamic authentication code comprises a session identifier counter being incremented when the first authentication code is yielded after power up, a session counter initialized at the first usage after power-up, and being incremented each time a new authentication code is yielded, and a timestamp counter initialized when the session identifier is incremented, and being incremented by a fixed frequency, and the dynamic authentication code is variant and unique from other dynamic authentication codes generated by the device; translating the generated authentication code into a plurality of emulated keystrokes; and sending the plurality of emulated keystrokes from the device to an input of a connected terminal.
A combined heat and power system for greenhouse carbon dioxide enrichment which purifies carbon dioxide from exhaust gas of the combined heat and power system generating and supplying power and heat by combusting fuel and supplies the purified carbon dioxide to a greenhouse, characterised in that the combined heat and power system comprising: a unified pipe system configured to dissolve the purified carbon dioxide in a heat transmission medium to simultaneously transmit hot water and carbon dioxide through a single pipe; a storage system configured to store the carbon dioxide transmitted to demand destinations along with the hot water; and a supply means (192, 220) configured to supply the carbon dioxide transmitted to and stored in the demand destinations depending on a heat and carbon dioxide load condition of a demand destination. a unified pipe system configured to dissolve the purified carbon dioxide in a heat transmission medium to simultaneously transmit hot water and carbon dioxide through a single pipe; a storage system configured to store the carbon dioxide transmitted to demand destinations along with the hot water; and a supply means (192, 220) configured to supply the carbon dioxide transmitted to and stored in the demand destinations depending on a heat and carbon dioxide load condition of a demand destination.
Filter group (125, 325) for use in a deep fat fryer, the filter group comprising: a porous material filter envelope for filtering cooking oil passing therethrough, a spacer grid adapted to be longitudinally fitted into the filter envelope for supporting it from inside, the filter envelope comprising an open end for allowing fitting/unfitting of the spacer grid, and an extraction pipe for allowing extraction of filtered cooking oil from inside the filter envelope, said extraction pipe passing through a hole of the filter envelope and being transversally connected to the spacer grid, characterized in that the extraction pipe is transversally connected to a peripheral portion of the spacer grid, and in that the filter envelope comprises a longitudinal slit extending between said open end and said hole for allowing the transversally-connected extraction pipe to be longitudinally guided therethrough while the spacer grid is being fitted into/unfitted from the filter envelope, whereby said fitting/unfitting of the spacer grid is allowed without disconnection of it from the extraction pipe. a porous material filter envelope for filtering cooking oil passing therethrough, a spacer grid adapted to be longitudinally fitted into the filter envelope for supporting it from inside, the filter envelope comprising an open end for allowing fitting/unfitting of the spacer grid, and an extraction pipe for allowing extraction of filtered cooking oil from inside the filter envelope, said extraction pipe passing through a hole of the filter envelope and being transversally connected to the spacer grid, characterized in that the extraction pipe is transversally connected to a peripheral portion of the spacer grid, and in that the filter envelope comprises a longitudinal slit extending between said open end and said hole for allowing the transversally-connected extraction pipe to be longitudinally guided therethrough while the spacer grid is being fitted into/unfitted from the filter envelope, whereby said fitting/unfitting of the spacer grid is allowed without disconnection of it from the extraction pipe.
A compound of the formula or a salt thereof: In the formula, R 1 is H or C 1-6 alkyl which may be substituted, X is a bond, -NH-, or -N(C 1-6 alkyl)-, R 2 is C 1-6 alkyl which may be substituted, Y is a bond, -CH 2 -, -NH-, or -O-, R 3 is 5- to 6-membered heteroaryl which may be substituted, provided that when Y is a bond, R 3 may further be -NR 31 -CO-O-R 32, R 31 is H or C 1-6 alkyl, R 32 is C 1-6 alkyl, R 4 is H, C 1-6 alkyl which may be substituted, or halogen, R 5 's are the same as or different from each other, and are H or C 1-6 alkyl which may be substituted, and R 6 's are the same as or different from each other and are H or C 1-6 alkyl which may be substituted, wherein the substituent of "C 1-6 alkyl which may be substituted" is C 1-6 alkyl which may be substituted with 1 to 3 substituents selected from a group consisting of -OH, -O-(C 1-6 alkyl), and halogen; -O-(C 1-6 alkyl); C 3-8 cycloalkyl; and halogen; and wherein the substituent of "5- to 6-membered heteroaryl which may be substituted" is C 1-6 alkyl which may be substituted with 1 to 3 substituents selected from a group consisting of -OH, -O-(C 1-6 alkyl), and halogen; -O-(C 1-6 alkyl); C 3-8 cycloalkyl; and halogen. R 1 is H or C 1-6 alkyl which may be substituted, X is a bond, -NH-, or -N(C 1-6 alkyl)-, R 2 is C 1-6 alkyl which may be substituted, Y is a bond, -CH 2 -, -NH-, or -O-, R 3 is 5- to 6-membered heteroaryl which may be substituted, provided that when Y is a bond, R 3 may further be -NR 31 -CO-O-R 32, R 31 is H or C 1-6 alkyl, R 32 is C 1-6 alkyl, R 4 is H, C 1-6 alkyl which may be substituted, or halogen, R 5 's are the same as or different from each other, and are H or C 1-6 alkyl which may be substituted, and R 6 's are the same as or different from each other and are H or C 1-6 alkyl which may be substituted,
A cell analysis method for a cell analysis device that uses an optical path length image of a cell colony formed of a large number of cells to analyze the cell colony, the method comprising: Acquiring the optical path length image of the cell colony by an acquisition unit of the cell analysis device; extracting a circular shape corresponding to a cell nucleus of the cell in the acquired optical path length image by an extraction unit of the cell analysis device; comparing an inner optical path length of the extracted circular shape and an outer optical path length of the extracted circular shape, corresponding to the cytoplasm around the cell nucleus, by a comparison unit of the cell analysis device; analyzing the cell colony based on the comparison result by an analysis unit of the cell analysis device; wherein in the comparing and the analyzing, when the outer optical path length of the circular shape is larger than the inner optical path length of the circular shape, the cell is determined as a cell with good quality; and wherein in the analyzing, when the number of cells per unit area, which are determined as cells with good quality, is equal to or greater than a threshold, the cell colony is determined as a cell colony with good quality. Acquiring the optical path length image of the cell colony by an acquisition unit of the cell analysis device; extracting a circular shape corresponding to a cell nucleus of the cell in the acquired optical path length image by an extraction unit of the cell analysis device; comparing an inner optical path length of the extracted circular shape and an outer optical path length of the extracted circular shape, corresponding to the cytoplasm around the cell nucleus, by a comparison unit of the cell analysis device; analyzing the cell colony based on the comparison result by an analysis unit of the cell analysis device; wherein in the comparing and the analyzing, when the outer optical path length of the circular shape is larger than the inner optical path length of the circular shape, the cell is determined as a cell with good quality; and wherein in the analyzing, when the number of cells per unit area, which are determined as cells with good quality, is equal to or greater than a threshold, the cell colony is determined as a cell colony with good quality.
Tyre for a heavy vehicle of construction plant type, comprising: - two sidewalls connecting a tread to two beads, - each sidewall consisting of a laminate comprising at least first and second layers (21, 22) that are axially superposed and have a total thickness E, - the axially outermost first sidewall layer having a thickness E1 and consisting of a elastomeric compound M1, - the first elastomeric compound M1 having an elastic dynamic shear modulus G'1, a viscous shear modulus G"1, a dynamic loss tgδ1, a fatigue crack resistance characterized by a number of cycles to failure NR1 and a crack propagation tendency characterized by a crack propagation rate VP1, - the axially innermost second sidewall layer having a thickness E2 and consisting of a second elastomeric compound M2, - the second elastomeric compound M2 having an elastic dynamic shear modulus G'2, a viscous shear modulus G"2, a dynamic loss tgδ2, a fatigue crack resistance characterized by a number of cycles to failure NR2 and a crack propagation tendency characterized by a crack propagation rate VP2, characterized in that the thickness E1 of the axially outside first sidewall layer is at most equal to 0.9 times the total thickness E of the laminate, in that the thickness E2 of the axially inside second sidewall layer is at least equal to the minimum value between 3 mm and 0.1 times the total thickness E of the laminate, in that the first elastomeric compound M1 has a number of cycles to failure NR1 at least equal to 150 000 cycles, in that the second elastomeric compound M2 has a number of cycles to failure NR2 at least equal to 300 000 cycles and in that the VP1/ VP2 ratio of the crack propagation rates respectively in the first and second elastomeric compounds (M1, M2) is at least equal to 1.25. - two sidewalls connecting a tread to two beads, - each sidewall consisting of a laminate comprising at least first and second layers (21, 22) that are axially superposed and have a total thickness E, - the axially outermost first sidewall layer having a thickness E1 and consisting of a elastomeric compound M1, - the first elastomeric compound M1 having an elastic dynamic shear modulus G'1, a viscous shear modulus G"1, a dynamic loss tgδ1, a fatigue crack resistance characterized by a number of cycles to failure NR1 and a crack propagation tendency characterized by a crack propagation rate VP1, - the axially innermost second sidewall layer having a thickness E2 and consisting of a second elastomeric compound M2, - the second elastomeric compound M2 having an elastic dynamic shear modulus G'2, a viscous shear modulus G"2, a dynamic loss tgδ2, a fatigue crack resistance characterized by a number of cycles to failure NR2 and a crack propagation tendency characterized by a crack propagation rate VP2,
A structure to contain a water body larger than 15,000 m 3, such as lakes or artificial lagoons, for recreational use with excellent color, transparency and cleanness properties at low cost, wherein said structure comprises a. bottoms and walls built with materials selected from the group comprising clay and bentonite, coated with a material selected from polyvinyl chloride, linear low-density polyethylene and high density polyethylene, able to be cleaned, wherein the depth of the structure is 0.5 meters or higher; b. a system for the removal of impurities and surface oils by means of skimmers, which interact with a fresh water feeding pipe system in a way that that a fresh water push caused by the fresh water feeding pipe system effects a surface water movement that that allows water removal by displacement of surface water; c. a pumping system; and d. a suction device being mainly formed by a structuring frame, a covering carcass with coupling means to be coupled to the pumping system, rolling means for continuous displacement over the surface to be cleaned and cleaning means consisting of a suction line and a brush line to remove the material to be cleaned by means of suction from the pumping system through the suction device. a. bottoms and walls built with materials selected from the group comprising clay and bentonite, coated with a material selected from polyvinyl chloride, linear low-density polyethylene and high density polyethylene, able to be cleaned, wherein the depth of the structure is 0.5 meters or higher; b. a system for the removal of impurities and surface oils by means of skimmers, which interact with a fresh water feeding pipe system in a way that that a fresh water push caused by the fresh water feeding pipe system effects a surface water movement that that allows water removal by displacement of surface water; c. a pumping system; and d. a suction device being mainly formed by a structuring frame, a covering carcass with coupling means to be coupled to the pumping system, rolling means for continuous displacement over the surface to be cleaned and cleaning means consisting of a suction line and a brush line to remove the material to be cleaned by means of suction from the pumping system through the suction device.
A method for generating, at test transmitter switches (1, 31) of a network of computing nodes, of a test traffic, and of control, at test destination switches (1, 33) of this network, of this test traffic, comprising: - the possibility of generating and transmitting, at each test transmitter input or output port of each test transmitter switch (1, 31), a test traffic, to any test destination input or output port of any test destination switch (1, 33), - the selection of at least one test transmitter input or output port of a test transmitter switch (1, 31) and at least one test destination input or output port of a test destination switch (1, 33), - the generation and transmission, at least at a test transmitter input or output port of a selected test transmitter switch (1, 31), of a traffic test, to at least one test destination input or output port of a selected test destination switch (1, 33), - said test traffic being generated and transmitted by a traffic generator component configured as an additional input of said selected test transmitter input or output port, - said test traffic being controlled by a traffic controller component configured to filter the output of said selected test destination input or output port. - the possibility of generating and transmitting, at each test transmitter input or output port of each test transmitter switch (1, 31), a test traffic, to any test destination input or output port of any test destination switch (1, 33), - the selection of at least one test transmitter input or output port of a test transmitter switch (1, 31) and at least one test destination input or output port of a test destination switch (1, 33), - the generation and transmission, at least at a test transmitter input or output port of a selected test transmitter switch (1, 31), of a traffic test, to at least one test destination input or output port of a selected test destination switch (1, 33), - said test traffic being generated and transmitted by a traffic generator component configured as an additional input of said selected test transmitter input or output port, - said test traffic being controlled by a traffic controller component configured to filter the output of said selected test destination input or output port.
A process for producing a conjugated di- or poly- unsaturated fatty acid having from 12 to 24 carbon atoms, or a salt or ester thereof, which comprises: reacting a non-conjugated free fatty acid, or a salt or ester thereof, with a base in the presence of an alcoholic solvent comprising ethanol, and separating the conjugated fatty acid from the reaction mixture, wherein the separation of the conjugated fatty acid from the reaction mixture comprises contacting the reaction mixture with an aqueous salt solution and removing a liquid phase which comprises the salt solution and at least a part of the solvent from a solid phase which comprises a salt of the conjugated fatty acid.