mhurhangee/patent-ind-claim-en huggingface dataset:
A remote-control vehicle comprising: a first wheel and a second wheel offset along the longitudinal axis of the vehicle, a device adapted to apply a torque to the first wheel, a sensor configured to monitor the pitch angle of the vehicle, and a control module configured to control the torque applied by the device to the first wheel in accordance with the monitored vehicle pitch angle so as to accelerate the vehicle by changing the speed of the vehicle in the direction of travel, while maintaining the vehicle pitch angle within a range of acute angles at which the second wheel is raised. a first wheel and a second wheel offset along the longitudinal axis of the vehicle, a device adapted to apply a torque to the first wheel, a sensor configured to monitor the pitch angle of the vehicle, and a control module configured to control the torque applied by the device to the first wheel in accordance with the monitored vehicle pitch angle so as to accelerate the vehicle by changing the speed of the vehicle in the direction of travel, while maintaining the vehicle pitch angle within a range of acute angles at which the second wheel is raised.
A process for preparing an intermediate for avibactam, comprising the following steps: the compound of Formula III is reacted with an amine of Formula IV in solvent A and in the presence of base A via an amidation reaction to obtain a compound of Formula V; wherein in the compound of Formula III: R refers to a C 1-6 aliphatic group or alkyl-substituted phenyl; in the compound of Formula IV: R' is selected from the group consisting of hydrogen, o-methoxy, o-methyl, p-methoxy and p-methyl; R' in the compound of formula V is identical to R' in the compound of formula IV; the compound of formula V is reacted with a carbonylation reagent in solvent B and in the presence of base B via urea cyclization to obtain the compound of Formula VI; wherein R' in the compound of formula VI is identical to R' in the compound of formula IV; in solvent C and in the presence of base C, the benzyl or the substituted benzyl in the compound of Formula VI is removed by catalytic hydrogeneration, then the resulting compound is sulfatated by sulfur trioxide complex, to obtain a product; then, the product is salinized into tetrabutylammonium to obtain the compound of Formula II. the compound of Formula III is reacted with an amine of Formula IV in solvent A and in the presence of base A via an amidation reaction to obtain a compound of Formula V; wherein in the compound of Formula III: R refers to a C 1-6 aliphatic group or alkyl-substituted phenyl; in the compound of Formula IV: R' is selected from the group consisting of hydrogen, o-methoxy, o-methyl, p-methoxy and p-methyl; R' in the compound of formula V is identical to R' in the compound of formula IV; wherein in the compound of Formula III: R refers to a C 1-6 aliphatic group or alkyl-substituted phenyl; in the compound of Formula IV: R' is selected from the group consisting of hydrogen, o-methoxy, o-methyl, p-methoxy and p-methyl; R' in the compound of formula V is identical to R' in the compound of formula IV; the compound of formula V is reacted with a carbonylation reagent in solvent B and in the presence of base B via urea cyclization to obtain the compound of Formula VI; wherein R' in the compound of formula VI is identical to R' in the compound of formula IV; in solvent C and in the presence of base C, the benzyl or the substituted benzyl in the compound of Formula VI is removed by catalytic hydrogeneration, then the resulting compound is sulfatated by sulfur trioxide complex, to obtain a product; then, the product is salinized into tetrabutylammonium to obtain the compound of Formula II.
A laundry drying machine comprising: a cabinet ; a drum that is rotatably installed in the cabinet adapted to accommodate a subject to be dried; an electric field generator that is spaced apart from the drum and is configured to generate an electric field inside the drum when power is applied; and an exhaust duct configured to discharge air inside the drum , wherein the electric field generator includes: an anode electrode that is spaced apart from the drum , fixed to the cabinet , and is configured to apply the electric field to the subject to be dried accommodated in the drum ; a power supply unit configured to supply the power to the anode electrode ; and a matcher , provided in the cabinet , configured to match a source impedance of the power and an impedance of a load side, characterized in that the electric field generator is configured to increase the power applied to the anode electrode when the reflectivity of the electric field is less than or equal to the predetermined ratio, and wherein the drum is configured to reduce a rotation speed of the drum when a reflectivity of the electric field exceeds a predetermined ratio. a cabinet ; a drum that is rotatably installed in the cabinet adapted to accommodate a subject to be dried; an electric field generator that is spaced apart from the drum and is configured to generate an electric field inside the drum when power is applied; and an exhaust duct configured to discharge air inside the drum , wherein the electric field generator includes: an anode electrode that is spaced apart from the drum , fixed to the cabinet , and is configured to apply the electric field to the subject to be dried accommodated in the drum ; a power supply unit configured to supply the power to the anode electrode ; and a matcher , provided in the cabinet , configured to match a source impedance of the power and an impedance of a load side, characterized in that the electric field generator is configured to increase the power applied to the anode electrode when the reflectivity of the electric field is less than or equal to the predetermined ratio, and wherein the drum is configured to reduce a rotation speed of the drum when a reflectivity of the electric field exceeds a predetermined ratio. an anode electrode that is spaced apart from the drum , fixed to the cabinet , and is configured to apply the electric field to the subject to be dried accommodated in the drum ; a power supply unit configured to supply the power to the anode electrode ; and a matcher , provided in the cabinet , configured to match a source impedance of the power and an impedance of a load side, characterized in that the electric field generator is configured to increase the power applied to the anode electrode when the reflectivity of the electric field is less than or equal to the predetermined ratio, and wherein the drum is configured to reduce a rotation speed of the drum when a reflectivity of the electric field exceeds a predetermined ratio.
Fish feed for marine and fresh water species enriched with polar lipids, the fish feed including substances originating from olives characterized in that the fish feed further contains olive kernel, including polar lipids with anti-Platelet Activating Factor action and the weight content of the olive kernel in the fish feed being in a range from 3.1 % to 7.7 % of the weight of the fish feed.
A heat exchanger comprising: a first flow path through which a first fluid flows; a second flow path through which a second fluid flows; further comprising an adjustment layer disposed between the first flow path and the second flow path adjacent to each other and that adjusts an amount of heat exchange between the first flow path and the second flow path ; wherein the first flow path , the second flow path , and the adjustment layer each include a planar flow path layer and are stacked on each other; characterized in that the adjustment layer includes a first portion and a second portion having a heat transfer performance lower than that of the first portion , and has a heat transfer performance varied depending on a position in the adjustment layer ; and the first portion and the second portion include heat conduction structures that make a connection between the first flow path and the second flow path adjacent to each other and having different heat transfer performances. a first flow path through which a first fluid flows; a second flow path through which a second fluid flows; further comprising an adjustment layer disposed between the first flow path and the second flow path adjacent to each other and that adjusts an amount of heat exchange between the first flow path and the second flow path ; wherein the first flow path , the second flow path , and the adjustment layer each include a planar flow path layer and are stacked on each other; characterized in that the adjustment layer includes a first portion and a second portion having a heat transfer performance lower than that of the first portion , and has a heat transfer performance varied depending on a position in the adjustment layer ; and the first portion and the second portion include heat conduction structures that make a connection between the first flow path and the second flow path adjacent to each other and having different heat transfer performances.
An optical system comprising: - a ribbon based on a first material having a first refractive index n1, said ribbon mainly extending along a first direction (x) and being intended to guide propagation of light radiation of wavelength A along said first direction (x), - a first Bragg mirror formed from a first part of said ribbon , said first Bragg mirror further comprising corrugations at at least one face of said first part of ribbon , said corrugations mainly extending along a second direction (y) normal to the first direction (x) and having a height h3 along a third direction (z) normal to the first and second directions (x, y), the corrugations of said first Bragg mirror being separated from said at least one face of the first part of ribbon by a separation layer based on a second material having a thickness e2 taken along the third direction (z) and having a second refractive index n2, the corrugations being based on a third material having a third refractive index n3, such that n2 < n3 and n2 < n1, - a second Bragg mirror comprising a second part of the ribbon , and - an optical cavity located between the first and second Bragg mirrors comprising a third part of the ribbon , and - an amplifying medium based on a fourth material, at said third part of the ribbon . - a ribbon based on a first material having a first refractive index n1, said ribbon mainly extending along a first direction (x) and being intended to guide propagation of light radiation of wavelength A along said first direction (x), - a first Bragg mirror formed from a first part of said ribbon , said first Bragg mirror further comprising corrugations at at least one face of said first part of ribbon , said corrugations mainly extending along a second direction (y) normal to the first direction (x) and having a height h3 along a third direction (z) normal to the first and second directions (x, y), the corrugations of said first Bragg mirror being separated from said at least one face of the first part of ribbon by a separation layer based on a second material having a thickness e2 taken along the third direction (z) and having a second refractive index n2, the corrugations being based on a third material having a third refractive index n3, such that n2 < n3 and n2 < n1, - a second Bragg mirror comprising a second part of the ribbon , and - an optical cavity located between the first and second Bragg mirrors comprising a third part of the ribbon , and - an amplifying medium based on a fourth material, at said third part of the ribbon .
A fluid transfer assembly comprising: one or more fluid conduits; a body portion engaged with the conduits and defining a fluid channel within the body portion in fluid communication with the one or more conduits when the body portion is in an unelongated state, the body portion having an elongation to break of between 150% and 1,500%, and wherein the body portion defines one or more internal recesses that enable the body portion to be stretched from the unelongated state to an elongated state to remove a mandrel and one or more protrusions extending outwardly therefrom from the fluid transfer assembly . one or more fluid conduits; a body portion engaged with the conduits and defining a fluid channel within the body portion in fluid communication with the one or more conduits when the body portion is in an unelongated state, the body portion having an elongation to break of between 150% and 1,500%, and wherein the body portion defines one or more internal recesses that enable the body portion to be stretched from the unelongated state to an elongated state to remove a mandrel and one or more protrusions extending outwardly therefrom from the fluid transfer assembly .
An apparatus for use in processing image data relating to a subject, the apparatus comprising: a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions , chacterized in that the set of instructions, when executed by the processor, cause the processor to: responsive to receiving input indicating a point in an image corresponding to an anatomical feature or sub-feature of the subject, determine if sufficient points to perform a measurement have been received based on a comparison of anatomical features and/or sub-features corresponding to the indicated point and any other indicated points with pre-stored anatomical data, the pre-stored anatomical data indicating for at least one measurement the anatomical features and/or sub-features required to perform the at least one measurement; and if sufficient points to perform a measurement have been received, perform the measurement. a memory comprising instruction data representing a set of instructions; and a processor configured to communicate with the memory and to execute the set of instructions , chacterized in that the set of instructions, when executed by the processor, cause the processor to: responsive to receiving input indicating a point in an image corresponding to an anatomical feature or sub-feature of the subject, determine if sufficient points to perform a measurement have been received based on a comparison of anatomical features and/or sub-features corresponding to the indicated point and any other indicated points with pre-stored anatomical data, the pre-stored anatomical data indicating for at least one measurement the anatomical features and/or sub-features required to perform the at least one measurement; and if sufficient points to perform a measurement have been received, perform the measurement. responsive to receiving input indicating a point in an image corresponding to an anatomical feature or sub-feature of the subject, determine if sufficient points to perform a measurement have been received based on a comparison of anatomical features and/or sub-features corresponding to the indicated point and any other indicated points with pre-stored anatomical data, the pre-stored anatomical data indicating for at least one measurement the anatomical features and/or sub-features required to perform the at least one measurement; and if sufficient points to perform a measurement have been received, perform the measurement.
A control system for an internal combustion engine including a high pressure fuel pump in which a volume of a fuel chamber is increased and is decreased and a fuel is pressurized by a reciprocating motion of a plunger due to an action of a pump cam that rotates in conjunction with a rotation of a crankshaft , and an in-cylinder fuel injection valve which injects the fuel into a cylinder, the control system comprising a controller configured to count a number of driving times of the high pressure fuel pump , which is the number of the reciprocating motions of the plunger based on a crank counter that is counted up at every fixed crank angle, acquire a crank counter value each time a fixed time elapses, the controller storing a map in which a top dead center of the plunger is associated with the crank counter value, and calculate the number of the crank counter values corresponding to the top dead center of the plunger between a previously acquired crank counter value and a currently acquired crank counter value with reference to the map each time the crank counter value is acquired and calculate the number of driving times of the high pressure fuel pump by integrating the calculated number. acquire a crank counter value each time a fixed time elapses, the controller storing a map in which a top dead center of the plunger is associated with the crank counter value, and calculate the number of the crank counter values corresponding to the top dead center of the plunger between a previously acquired crank counter value and a currently acquired crank counter value with reference to the map each time the crank counter value is acquired and calculate the number of driving times of the high pressure fuel pump by integrating the calculated number.
An apparatus for conveying and processing foodstuffs, in particular meat, comprising a filling device , a mincer which can be coupled to the filling device and having an inlet and an outlet , and a closure element which can be mounted to the outlet , characterised by a signaling device associated with the closure element and at least one signal line device for the transmission of signals of the signaling device from the closure element to the filling device .
A method of separating a wafer of light emitting devices , the wafer comprising a plurality of light emitting devices disposed in a plurality of rows separated by dicing streets and one or more fiducials , wherein the location of the at least one fiducial is programmed into a scribing machine before the wafer is loaded into the machine, the method comprising: scribing a pilot groove , on a dicing street on a surface of the wafer ; checking the alignment of the wafer using the distance of the pilot groove relative to the one or more fiducials on the wafer ; and after checking the alignment, realigning the wafer position to match a fixed distance, wherein the fixed distance is the distance from the at least one fiducial to the pilot groove ; scribing a singulation groove on the dicing street on the surface of the wafer ; wherein: the singulation groove is wider and deeper than the pilot groove ; the singulation groove is scribed over the pilot groove and the wafer is broken along the singulation groove . scribing a pilot groove , on a dicing street on a surface of the wafer ; checking the alignment of the wafer using the distance of the pilot groove relative to the one or more fiducials on the wafer ; and after checking the alignment, realigning the wafer position to match a fixed distance, wherein the fixed distance is the distance from the at least one fiducial to the pilot groove ; scribing a singulation groove on the dicing street on the surface of the wafer ; wherein: the singulation groove is wider and deeper than the pilot groove ; the singulation groove is scribed over the pilot groove and the wafer is broken along the singulation groove . the singulation groove is wider and deeper than the pilot groove ; the singulation groove is scribed over the pilot groove and the wafer is broken along the singulation groove .
An antenna module comprising: a first antenna array configured to form a beam in a specific direction; a second antenna array spaced a predetermined first distance apart from the first antenna array and configured to form a beam in a specific direction; and a lens spaced a predetermined second distance apart from beam radiation surfaces of the first antenna array and the second antenna array and configured to change phases of the beams radiated from the first antenna array and the second antenna array , characterized in that the lens is divided into a first region and a second region that have different phase-quantized resolutions. a first antenna array configured to form a beam in a specific direction; a second antenna array spaced a predetermined first distance apart from the first antenna array and configured to form a beam in a specific direction; and a lens spaced a predetermined second distance apart from beam radiation surfaces of the first antenna array and the second antenna array and configured to change phases of the beams radiated from the first antenna array and the second antenna array , characterized in that the lens is divided into a first region and a second region that have different phase-quantized resolutions.
A method for producing a crystal of silicon carbide, the method comprising rotating a seed crystal of silicon carbide while bringing the seed crystal into contact with a starting material solution containing silicon and carbon, wherein a crystal growth surface of the seed crystal has an off-angle, the position of a rotation center of the seed crystal lies downstream of the central position of the seed crystal in a step flow direction that is a formation direction of the off-angle, and rotation of the seed crystal includes periodic repeating of forward rotation and reverse rotation.
A soldering apparatus for performing soldering, comprising a blowing unit that supplies gas to an object, wherein the blowing unit includes a case including a first blowing chamber , a fan housed in the first blowing chamber to blow the gas in a centrifugal direction (D1), a first baffle plate , and a heater that heats the gas or a cooling unit that cools the gas, the case includes a first wall that faces the fan in an axial direction of the fan , a second wall that faces the first wall , and an inner wall connecting the first wall and the second wall , and the first wall , the second wall and the inner wall define the first blowing chamber , characterized in that in the first wall , a first blowing port is formed, the first baffle plate is disposed in the first blowing chamber to guide part of the gas blown from the fan to the first blowing port the first baffle plate includes a first edge and a second edge located on a side opposite to the first edge , and extends from the second edge located at a position via a space from the second wall in the axial direction, in a direction away from the second wall , and the first baffle plate extends from the second edge in the axial direction, in the direction away from the second wall , to reach at least the first blowing port . a blowing unit that supplies gas to an object, wherein the blowing unit includes a case including a first blowing chamber , a fan housed in the first blowing chamber to blow the gas in a centrifugal direction (D1), a first baffle plate , and a heater that heats the gas or a cooling unit that cools the gas, the case includes a first wall that faces the fan in an axial direction of the fan , a second wall that faces the first wall , and an inner wall connecting the first wall and the second wall , and the first wall , the second wall and the inner wall define the first blowing chamber , characterized in that in the first wall , a first blowing port is formed, the first baffle plate is disposed in the first blowing chamber to guide part of the gas blown from the fan to the first blowing port the first baffle plate includes a first edge and a second edge located on a side opposite to the first edge , and extends from the second edge located at a position via a space from the second wall in the axial direction, in a direction away from the second wall , and the first baffle plate extends from the second edge in the axial direction, in the direction away from the second wall , to reach at least the first blowing port .