mhurhangee/patent-ind-claim-en huggingface dataset:
A control method for switching a torque output path of a motor of a hybrid electric vehicle, comprising: acquiring an initial path state of the torque output path of the motor ; acquiring an initial vehicle speed of the vehicle; acquiring a brake pedal opening; acquiring an initial accelerator pedal opening; acquiring an initial state of charge of a vehicle battery; characterized in that if the initial path state is an integrated starter and generator, ISG, path, the initial state of charge is less than a first preset value, the initial vehicle speed is less than a second preset value and the initial accelerator pedal opening is greater than the third preset value, controlling the torque output path of the motor to be transitioned from the ISG path to an electric front axle drive, EFAD, path; and if the initial path state is the EFAD path, the initial state of charge is less than the first preset value, the brake pedal opening is greater than a fourth preset value and the initial vehicle speed is greater than a fifth preset value, controlling the torque output path of the motor to be transitioned from the EFAD path to the ISG path; wherein the vehicle comprises an engine , the motor , a first clutch (C1), a second clutch (C2), and a transmission; and the ISG path refers to that the motor is connected with the engine through the second clutch (C2), while the motor is disconnected with the transmission; the EFAD path refers to that the motor is directly connected with the transmission for assisting or charging, and the motor is disconnected with the engine . acquiring an initial path state of the torque output path of the motor ; acquiring an initial vehicle speed of the vehicle; acquiring a brake pedal opening; acquiring an initial accelerator pedal opening; acquiring an initial state of charge of a vehicle battery; characterized in that if the initial path state is an integrated starter and generator, ISG, path, the initial state of charge is less than a first preset value, the initial vehicle speed is less than a second preset value and the initial accelerator pedal opening is greater than the third preset value, controlling the torque output path of the motor to be transitioned from the ISG path to an electric front axle drive, EFAD, path; and if the initial path state is the EFAD path, the initial state of charge is less than the first preset value, the brake pedal opening is greater than a fourth preset value and the initial vehicle speed is greater than a fifth preset value, controlling the torque output path of the motor to be transitioned from the EFAD path to the ISG path; wherein the vehicle comprises an engine , the motor , a first clutch (C1), a second clutch (C2), and a transmission; and the ISG path refers to that the motor is connected with the engine through the second clutch (C2), while the motor is disconnected with the transmission; the EFAD path refers to that the motor is directly connected with the transmission for assisting or charging, and the motor is disconnected with the engine .
A displayed content recognition device comprising: a displayed content candidate extraction unit that is adapted to extract candidates for displayed content for a displayed object by template matching on the basis of camera images acquired by a camera that is mounted on a vehicle; a travel environment acquisition unit that is adapted to acquire the travel environment of the vehicle; and a displayed content determination unit that, when there are multiple candidates for the displayed content, is adapted to determine the displayed content using the travel environment, wherein: - the travel environment acquisition unit is adapted to firstly acquire the travel environment, and - the device is adapted to then determine which of the candidates satisfy the acquired travel environment, and characterized in that : - the displayed content candidate extraction unit is then adapted to perform the template matching limited to the candidates that have been determined to satisfy the acquired travel environment. a displayed content candidate extraction unit that is adapted to extract candidates for displayed content for a displayed object by template matching on the basis of camera images acquired by a camera that is mounted on a vehicle; a travel environment acquisition unit that is adapted to acquire the travel environment of the vehicle; and a displayed content determination unit that, when there are multiple candidates for the displayed content, is adapted to determine the displayed content using the travel environment, wherein: - the travel environment acquisition unit is adapted to firstly acquire the travel environment, and - the device is adapted to then determine which of the candidates satisfy the acquired travel environment, and characterized in that : - the displayed content candidate extraction unit is then adapted to perform the template matching limited to the candidates that have been determined to satisfy the acquired travel environment. - the device is adapted to then determine which of the candidates satisfy the acquired travel environment, and characterized in that : - the displayed content candidate extraction unit is then adapted to perform the template matching limited to the candidates that have been determined to satisfy the acquired travel environment.
A catalytic heater comprised of: - one or more fuel reservoirs ; - one or more pipes connected to the one or more reservoirs ; - one or more porous tubes connected to the one or more pipes and directed into a cavity ; and - the cavity bounded by a porous catalytic wall which is in diffusive contact with an oxidizer gas to achieve catalytic combustion with fuel from the one or more porous tubes ; wherein oxidation occurs on the porous catalytic wall between oxidizer molecules diffusing from outside the porous catalytic wall and a plasma within the cavity diffusing towards the porous catalytic wall , wherein the plasma is formed from vaporized fuel released via the one or more porous tubes , such that the oxidation generates heat. - one or more fuel reservoirs ; - one or more pipes connected to the one or more reservoirs ; - one or more porous tubes connected to the one or more pipes and directed into a cavity ; and - the cavity bounded by a porous catalytic wall which is in diffusive contact with an oxidizer gas to achieve catalytic combustion with fuel from the one or more porous tubes ;
Cooktop having a glass-ceramic cooking surface having at least one cooking zone and at least one heating element arranged under the glass-ceramic cooking surface in the region of the cooking zone , characterized in that at least one infrared sensor is preferably arranged in or on the cooktop , in that a measurement range of the preferably infrared sensor is oriented through the glass-ceramic cooking surface to the cooking zone , in that the preferably infrared sensor is preferably connected to an electronic system , in that the preferably electronic system is configured for, in particular, regulating the power of the at least one heating element as a function of an output signal of the infrared sensor and in that the glass-ceramic cooking surface is configured as lithium aluminosilicate glass-ceramic (LAS glass-ceramic) comprising the following constituents in the following composition (in percent by weight) : Al 2 O 3 18-23 Li 2 O 2.5-4.2 SiO 2 60-69 ZnO 0-2 Na 2 O + K 2 O 0.2-1.5 MgO 0-1 . 5 CaO + SrO + BaO 0-4 B 2 O 3 0 - 2 TiO 2 2.3-4.5 ZrO 2 0.5-2 P 2 O 5 0-3 SnO 2 0-<0.6 Sb 2 O 3 0-1.5 As 2 O 3 0-1.5 TiO 2 + ZrO 2 + SnO 2 3.8-6 preferably V 2 O 5 0.01-0.08 Fe 2 O 3 0.008-0.3 and optionally further colour oxides, up to a maximum of 1.0 percent by weight in total, where the glass-ceramic cooking surface has a gradient layer (11.4) at its surface or facing its surface and a core (11.5) located underneath, where the glass-ceramic cooking surface comprises keatite mixed crystal (KMC) as predominant crystal phase in the core (11.5) and high-quartz mixed crystal (HQMC) as predominant crystal phase in the gradient layer (11.4) and where the KMC crystal phase proportion at a depth of 10 μm or more exceeds 50% of the sum of the HQMC and KMC crystal phase proportions.
A backpack sprayer, comprising: a housing ; a spray nozzle assembly ; a fan assembly ; and a switch assembly ; wherein the housing is configured to contain a liquid; and the spray nozzle assembly is communicated with the housing , and is configured to spray the liquid out from the housing ; the fan assembly is connected to the spray nozzle assembly , and is configured to provide the spray nozzle assembly with power to spray the liquid out from the housing ; and the switch assembly is connected to the spray nozzle assembly , and is electrically connected to the fan assembly ; characterized in that the switch assembly is configured to simultaneously control opening and shutting of the spray nozzle assembly and start and shutdown of the fan assembly , the switch assembly comprises a valve and a switch paddle connected to the valve ; the valve is connected to the spray nozzle assembly to open or shut off the spray nozzle assembly ; the valve is configured to drive the switch paddle to rotate synchronously with respect to the spray nozzle assembly , so as to allow the switch paddle to open or shutoff the fan assembly . a housing ; a spray nozzle assembly ; a fan assembly ; and a switch assembly ; wherein the housing is configured to contain a liquid; and the spray nozzle assembly is communicated with the housing , and is configured to spray the liquid out from the housing ; the fan assembly is connected to the spray nozzle assembly , and is configured to provide the spray nozzle assembly with power to spray the liquid out from the housing ; and the switch assembly is connected to the spray nozzle assembly , and is electrically connected to the fan assembly ; characterized in that the switch assembly is configured to simultaneously control opening and shutting of the spray nozzle assembly and start and shutdown of the fan assembly , the switch assembly comprises a valve and a switch paddle connected to the valve ; the valve is connected to the spray nozzle assembly to open or shut off the spray nozzle assembly ; the valve is configured to drive the switch paddle to rotate synchronously with respect to the spray nozzle assembly , so as to allow the switch paddle to open or shutoff the fan assembly .
A set of nutritional compositions for infants, the set comprising: - a first composition for infants between 0 and 4 weeks having a caloric density of between more than 66 and 69 kcal/100mL, - a second composition for infants between 4 and 8 weeks having a caloric density of between 63 and 66 kcal/100mL; and - a third composition for infants between 3 and 6 months having a caloric density of between 61 and 64.5 kcal/100mL, wherein the energy density of the first composition is higher than the energy density of the second composition, and wherein the energy density of the second composition is higher than the energy density of the third composition. - a first composition for infants between 0 and 4 weeks having a caloric density of between more than 66 and 69 kcal/100mL, - a second composition for infants between 4 and 8 weeks having a caloric density of between 63 and 66 kcal/100mL; and - a third composition for infants between 3 and 6 months having a caloric density of between 61 and 64.5 kcal/100mL,
Steam cooker having a microwave function for preparing food or baked goods, the steam cooker having a cooking chamber that has a sealing device as a vapour barrier for the cooking chamber , the sealing device having a sealing element , at least part of which comprises an elastomer, in particular silicone, and the sealing device having a microwave protection element for leak-proof sealing, at least part of which comprises an electrically conductive material, characterised in that the cooking chamber has a base heating element for residual water evaporation and a cooking chamber casing that has a base plate , the base heating element being integrated in the base plate , and in that the sealing device is secured by the base plate of the base heating element .
A compound as shown in formula (I) or pharmaceutically acceptable salt thereof, Wherein: R 1 is selected from halogen, OH, NH 2 and C 1-6 alkyl, wherein C 1-6 alkyl is optionally substituted by 1, 2 or 3 R a radicals; W is selected from N, and V is selected from C(R 3 ); or W is selected from C(R 3 ), and V is selected from N; R 2 is selected from H, and R 3 is selected from or R 2 is selected from and R3 is selected from H wherein is selected from, and and R a is separately selected from F, Cl, Br, I, OH and NH 2 . R 1 is selected from halogen, OH, NH 2 and C 1-6 alkyl, wherein C 1-6 alkyl is optionally substituted by 1, 2 or 3 R a radicals; W is selected from N, and V is selected from C(R 3 ); or W is selected from C(R 3 ), and V is selected from N; R 2 is selected from H, and R 3 is selected from or R 2 is selected from and R3 is selected from H wherein is selected from, and and R a is separately selected from F, Cl, Br, I, OH and NH 2 .
A method for preparing a sensor surface for an SPR instrument, comprising forming a self assembled monolayer (SAM) on a surface by reacting said surface with one or more thiol C 10 -C 30 alkane reagent(s) having at least one type of functional groups, wherein one or more protein resistant compound(s) is/are coupled to a first fraction of said functional group(s); and wherein one or more capturing molecule(s) is/are coupled directly or via a linker which is not said protein resistant compound(s) to a second fraction of said functional group(s) on said surface, wherein no capturing molecule(s) is/are coupled to the protein resistant compound(s), wherein the functional group of the C 10 -C 30 thiol alkane reagent is one or more of a carboxyl, a hydroxyl, an amino, an aldehyde, an epoxy, a vinyl, a carbonyl or thiol group, and wherein the protein resistant compound is a hydrophilic polymer selected from polyethylene glycol or derivatives thereof, e.g. methoxy poly ethylene glycol amine, having an mw < 20 000; wherein the second fraction of the functional groups are comprised among those remaining on the surface after coupling the protein resistant compound(s) via the first fraction of the functional groups, and wherein the first and second fraction of functional groups are of the same or different type.
Profile of a crossbar carrier, in particular for mounting to the roof rails of vehicles, consisting of a formed solid body , the outer profile of which has a rounded front part and a trailing part at the rear end, wherein the bottom area of the front part has a flat leading surface running diagonally downwards, characterized in that said flat leading surface is followed by a rounded tear-off projection terminating along its entire length by a tear-off edge , which is located in an area defined by the first interval of 0.31p s to 0.73p s measured perpendicularly from the determining line (a) and the second interval of 0,75p k to 0.98p k , where the determining line (a) is the line between the furthest point (B) of the front part and the furthest point (A) of the outflow part of the body , (p s ) is the first determining parameter, based on the diameter of the third circle (k 3 ) inscribed at the point of the greatest width of the encircled cross-sectional profile of the body , and (p k ) is the second determining parameter, based on the diameter of the second circle (k 2 ) corresponding to the linear distance between points (A) and (B), said area resulting from the intersection of a first surface defined between two straight lines parallel to the determining line (a) and spaced from said determining line (a) by a respective distance of 0.31 p s and 0.73 p s and a second surface defined between two auxiliary circles (k4) and (k5), concentric with the second circle (k2) and of respective diametres 0.75 p k and 0.98 p k .
A multilayered elastic laminate comprising: a first thermoplastic elastomeric film layer having a permanent set of less than 40% after 150% elongation, the thermoplastic elastomeric film comprising a polyolefin-based thermoplastic elastomer, a styrenic block copolymer and from 2% by weight to 10% by weight of a strength-enhancing agent, wherein the strength-enhancing agent comprises an inorganic clay; a first plastic layer affixed to a first surface of the thermoplastic elastomeric film layer, the plastic layer having a permanent set at least 50% greater than the permanent set of the elastomeric film layer, and a facing material affixed to a second surface of the thermoplastic elastomeric film layer. a first thermoplastic elastomeric film layer having a permanent set of less than 40% after 150% elongation, the thermoplastic elastomeric film comprising a polyolefin-based thermoplastic elastomer, a styrenic block copolymer and from 2% by weight to 10% by weight of a strength-enhancing agent, wherein the strength-enhancing agent comprises an inorganic clay; a first plastic layer affixed to a first surface of the thermoplastic elastomeric film layer, the plastic layer having a permanent set at least 50% greater than the permanent set of the elastomeric film layer, and a facing material affixed to a second surface of the thermoplastic elastomeric film layer.
A cooking appliance , comprising: a main body having at least one heating source; a panel disposed in the main body and provided with a through hole ; and a knob assembly coupled to the panel , the knob assembly including: a knob , at least one light source configured to emit light, a first light guide passing through the through hole and arranged to guide the light emitted from the light source , and a second light guide configured to guide the light guided by the first light guide to an outside of the knob , characterized in that the first light guide includes a coupling groove, and at least a portion of the second light guide is coupled to the coupling groove. a main body having at least one heating source; a panel disposed in the main body and provided with a through hole ; and a knob assembly coupled to the panel , the knob assembly including: a knob , at least one light source configured to emit light, a first light guide passing through the through hole and arranged to guide the light emitted from the light source , and a second light guide configured to guide the light guided by the first light guide to an outside of the knob , characterized in that the first light guide includes a coupling groove, and at least a portion of the second light guide is coupled to the coupling groove. a knob , at least one light source configured to emit light, a first light guide passing through the through hole and arranged to guide the light emitted from the light source , and
A crystalline form of a bismesylate salt of AMG 900 having the formula characterized by an X-ray powder diffraction (XRPD) diagram comprising peaks at the following angles of refraction 2theta: 10.7+/- 0.2°, 12.7+/- 0.2°, 15.17 +/- 0.20°, 20.7 +/- 0.2° and 24.8+/- 0.2°.
A method for protecting a nuclear reactor , the nuclear reactor comprising a core having a plurality of nuclear fuel assemblies , each assembly comprising a plurality of fuel rods , each fuel rod comprising a cladding and nuclear fuel enclosed in the cladding , the method comprising the following steps : - Step (S12): Reconstructing a maximum linear power released among the fuel rods of the nuclear fuel assemblies of the core ; - Step (S14): Calculating the thermomechanical state and the burnup fraction of the fuel rods ; - Step (S24): Calculating a mechanical stress or deformation energy density in the cladding of one of the fuel rods using the said reconstructed maximum linear power, the calculated thermomechanical states and the calculated burnup fractions, by means of a meta-model of a thermomechanical code; - Step (S30): Comparing the calculated mechanical stress or the calculated deformation energy density with a respective threshold ; - Step (S32): Stopping the nuclear reactor if the calculated mechanical stress or the calculated deformation energy density exceeds the said respective threshold. - Step (S12): Reconstructing a maximum linear power released among the fuel rods of the nuclear fuel assemblies of the core ; - Step (S14): Calculating the thermomechanical state and the burnup fraction of the fuel rods ; - Step (S24): Calculating a mechanical stress or deformation energy density in the cladding of one of the fuel rods using the said reconstructed maximum linear power, the calculated thermomechanical states and the calculated burnup fractions, by means of a meta-model of a thermomechanical code; - Step (S30): Comparing the calculated mechanical stress or the calculated deformation energy density with a respective threshold ; - Step (S32): Stopping the nuclear reactor if the calculated mechanical stress or the calculated deformation energy density exceeds the said respective threshold.
An animal litter box having a front-back direction, a left-right direction, and a height direction, the animal litter box comprising: a main body part that receives excrement of an animal; and a cover part that is removably mounted to an upper portion of the main body part, the cover part including wall parts on front-back-direction sides and on left-right-direction sides, the cover part having an open top at a ceiling, the cover part having a cutout in at least one location in the wall parts provided on front-back-direction sides and on left-right-direction sides, the cutout serving as an entrance/exit when the animal enters or exits the animal litter, the cover part including an extending bottom part that extends inward with respect to the wall part, from a lower end portion of the cutout, wherein the extending bottom part includes a bent part at an extending end extending toward the inner side, the bent part being bent downward in the height direction, characterized in that the extending bottom part is inclined obliquely downward from an outer side to an inner side of the wall part . a main body part that receives excrement of an animal; and a cover part that is removably mounted to an upper portion of the main body part, the cover part including wall parts on front-back-direction sides and on left-right-direction sides, the cover part having an open top at a ceiling, the cover part having a cutout in at least one location in the wall parts provided on front-back-direction sides and on left-right-direction sides, the cutout serving as an entrance/exit when the animal enters or exits the animal litter, the cover part including an extending bottom part that extends inward with respect to the wall part, from a lower end portion of the cutout, wherein the extending bottom part includes a bent part at an extending end extending toward the inner side, the bent part being bent downward in the height direction, characterized in that the extending bottom part is inclined obliquely downward from an outer side to an inner side of the wall part . the cover part including wall parts on front-back-direction sides and on left-right-direction sides, the cover part having an open top at a ceiling, the cover part having a cutout in at least one location in the wall parts provided on front-back-direction sides and on left-right-direction sides, the cutout serving as an entrance/exit when the animal enters or exits the animal litter, the cover part including an extending bottom part that extends inward with respect to the wall part, from a lower end portion of the cutout, wherein the extending bottom part includes a bent part at an extending end extending toward the inner side, the bent part being bent downward in the height direction, characterized in that the extending bottom part is inclined obliquely downward from an outer side to an inner side of the wall part .