mhurhangee/patent-ind-claim-en huggingface dataset:
A ureteral stent comprising: a tubular body defining a lumen and having (i) a distal kidney section to be placed in or near a patient's kidney, (ii) a proximal bladder section to be placed within the patient's bladder, and (iii) a ureter section between the distal and proximal sections to be placed within the patient's ureter; the tubular body having a first material layer and a stiffening member (134, 136, 150A-150H) that extends through at least a portion of a length of the tubular body, the stiffening member having a stiffness characteristic that varies along its length, wherein the stiffening member includes at least one strand of material (150A-150H) that is embedded within the first material layer. a tubular body defining a lumen and having (i) a distal kidney section to be placed in or near a patient's kidney, (ii) a proximal bladder section to be placed within the patient's bladder, and (iii) a ureter section between the distal and proximal sections to be placed within the patient's ureter; the tubular body having a first material layer and a stiffening member (134, 136, 150A-150H) that extends through at least a portion of a length of the tubular body, the stiffening member having a stiffness characteristic that varies along its length, wherein the stiffening member includes at least one strand of material (150A-150H) that is embedded within the first material layer.
A quantum electronic device comprising: a carbon nanosphere adapted to store a qubit represented by an electron spin; and a control and readout device to set the qubit and read the qubit stored on the carbon nanosphere , wherein the quantum electronic device is characterized by the carbon nanosphere having a diameter of between 20nm and 55nm, and the carbon nanosphere not being hollow and comprising short graphitic fragments that are individually not curved and form unclosed shells following the curvature of the nanosphere, exhibiting an intricate array of interplanar bonding all the way to the centre of the nanosphere, thereby resulting in a conducting homogeneous material that is structurally highly non-crystalline, the carbon nanosphere thereby possessing metallic electron spin states delocalised over the entire diameter of the carbon nanosphere, the electron spin states being itinerant in nature with electron spin lifetimes at room-temperature of at least 115 nanoseconds. a carbon nanosphere adapted to store a qubit represented by an electron spin; and a control and readout device to set the qubit and read the qubit stored on the carbon nanosphere , wherein the quantum electronic device is characterized by the carbon nanosphere having a diameter of between 20nm and 55nm, and the carbon nanosphere not being hollow and comprising short graphitic fragments that are individually not curved and form unclosed shells following the curvature of the nanosphere, exhibiting an intricate array of interplanar bonding all the way to the centre of the nanosphere, thereby resulting in a conducting homogeneous material that is structurally highly non-crystalline, the carbon nanosphere thereby possessing metallic electron spin states delocalised over the entire diameter of the carbon nanosphere, the electron spin states being itinerant in nature with electron spin lifetimes at room-temperature of at least 115 nanoseconds.
A deflavored pea composition comprising: protein, but no more than 60 weight percent protein; and 10 to 150 ppm of bound saponins associated with compounds having a molecular weight of 4,1513e-20 grams (25 kDa) to 8,3027e-20 grams (50 kDA); wherein the deflavored pea composition has substantially no pea flavor or bitter tastes; wherein the deflavored pea composition is made by a process that hydrates a raw pea flour to form a raw pea slurry having 10 to 20 weight percent solids, steam jet cooks the raw pea slurry to form a steam jet cooked pea slurry, and then drum dries the steam jet cooked pea slurry to form the deflavored pea composition; wherein the step of steam jet cooking is at a temperature of 65,55°C (150°F) to 148,89°C (300°F), a time of 30 seconds to 10 minutes, and a pressure of 34473,8 Pascals (5 psi) to 172379 Pascals (25 psi); wherein the step of drum drying is at a temperature of 37,78° C (100°F) to 121°C (250°F) and for a time of 2 minutes to 15 minutes. protein, but no more than 60 weight percent protein; and 10 to 150 ppm of bound saponins associated with compounds having a molecular weight of 4,1513e-20 grams (25 kDa) to 8,3027e-20 grams (50 kDA); wherein the deflavored pea composition has substantially no pea flavor or bitter tastes; wherein the deflavored pea composition is made by a process that hydrates a raw pea flour to form a raw pea slurry having 10 to 20 weight percent solids, steam jet cooks the raw pea slurry to form a steam jet cooked pea slurry, and then drum dries the steam jet cooked pea slurry to form the deflavored pea composition; wherein the step of steam jet cooking is at a temperature of 65,55°C (150°F) to 148,89°C (300°F), a time of 30 seconds to 10 minutes, and a pressure of 34473,8 Pascals (5 psi) to 172379 Pascals (25 psi); wherein the step of drum drying is at a temperature of 37,78° C (100°F) to 121°C (250°F) and for a time of 2 minutes to 15 minutes.
A base assembly comprising: a base ; a gasket ; and a cover , wherein the base includes a fixing part to be fixed to a vehicle body and an attaching part , an upward portion of the attaching part being attached to a monitoring assembly , the gasket is attached to the fixing part to exist between the fixing part and the vehicle body, the cover is attached at a downward portion of the fixing part and at a downward portion of the attaching part to cover the downward portion of the fixing part and the downward portion of the attaching part , and wherein among edge parts of the cover , an edge part of the cover that faces an edge part of the fixing part at the downward portion of the fixing part and faces an edge part of the gasket at a downward portion of the gasket has a vertical edge part that is provided in a vertical direction, the edge part of the gasket at the downward portion of the gasket has a horizontal edge part provided in a horizontal direction from the edge part of the fixing part at a downward portion of the base toward the vertical edge part of the cover , characterized in that a plurality of stopper parts to restrict the vertical edge part of the cover from moving with respect to the edge part of the base at the downward portion of the base by action of the horizontal edge part of the gasket are provided at the edge part of the fixing part at the downward portion of the base and at the vertical edge part of the cover , respectively, and the stopper part of the base is provided in a vertical direction, and the stopper part of the cover is provided in a horizontal direction. the base includes a fixing part to be fixed to a vehicle body and an attaching part , an upward portion of the attaching part being attached to a monitoring assembly , the gasket is attached to the fixing part to exist between the fixing part and the vehicle body, the cover is attached at a downward portion of the fixing part and at a downward portion of the attaching part to cover the downward portion of the fixing part and the downward portion of the attaching part , and wherein among edge parts of the cover , an edge part of the cover that faces an edge part of the fixing part at the downward portion of the fixing part and faces an edge part of the gasket at a downward portion of the gasket has a vertical edge part that is provided in a vertical direction, the edge part of the gasket at the downward portion of the gasket has a horizontal edge part provided in a horizontal direction from the edge part of the fixing part at a downward portion of the base toward the vertical edge part of the cover , characterized in that a plurality of stopper parts to restrict the vertical edge part of the cover from moving with respect to the edge part of the base at the downward portion of the base by action of the horizontal edge part of the gasket are provided at the edge part of the fixing part at the downward portion of the base and at the vertical edge part of the cover , respectively, and the stopper part of the base is provided in a vertical direction, and the stopper part of the cover is provided in a horizontal direction.
An aspirating detector system comprising: a passage having an inlet and an outlet for flow of an analyte (F); a speed-oscillating fluid mover in the passage; a filter in the passage ; a flow sensor in the passage downstream of the filter and operable to emit flow sensor signals; a detector downstream of the flow sensor ; a controller connected at least with the speed-oscillating fluid mover and the flow sensor to receive the flow sensor signals, the controller configured to determine whether a target substance is present in the analyte and determine whether the filter becomes obstructed based on a response of the flow sensor to speed-oscillations of the speed-oscillating fluid mover . a passage having an inlet and an outlet for flow of an analyte (F); a speed-oscillating fluid mover in the passage; a filter in the passage ; a flow sensor in the passage downstream of the filter and operable to emit flow sensor signals; a detector downstream of the flow sensor ; a controller connected at least with the speed-oscillating fluid mover and the flow sensor to receive the flow sensor signals, the controller configured to determine whether a target substance is present in the analyte and determine whether the filter becomes obstructed based on a response of the flow sensor to speed-oscillations of the speed-oscillating fluid mover .
Use of a (meth)acryloyloxy-substituted benzoic acid ester of general formula (III): wherein R 1 is C 3 -C 10 cycloalkyl or C 6 -C 10 aryl, wherein the C 3 -C 10 cycloalkyl and C 6 -C 10 aryl are unsubstituted or substituted with one or more substituents selected from C 1 -C 6 alkyl and C 1 -C 6 alkoxy; R 2 is H or CH 3 ; the R 3 's are each independently C 1 -C 6 alkyl or C 1 -C 6 alkoxy; n is an integer from 0 to 4; and X and Y are each independently absent or C 1 -C 3 alkylene, with the proviso that, when R 1 is C 6 -C 10 aryl, Y is C 1 -C 3 alkylene; as a reactive diluent in a process for polymerizing a curable composition comprising at least one type of polymerizable species, the process comprising the steps of providing the curable composition, mixing the curable composition with the reactive diluent, and polymerizing the mixture into an optionally crosslinked polymer, characterized in that the curable composition comprises at least one photopolymerization initiator and is irradiated to initiate polymerization in the polymerization step; wherein the alkyl groups comprise linear, branched and cyclic alkyl groups; and wherein the alkenyl groups comprise linear, branched and cyclic alkenyl groups. R 1 is C 3 -C 10 cycloalkyl or C 6 -C 10 aryl, wherein the C 3 -C 10 cycloalkyl and C 6 -C 10 aryl are unsubstituted or substituted with one or more substituents selected from C 1 -C 6 alkyl and C 1 -C 6 alkoxy; R 2 is H or CH 3 ; the R 3 's are each independently C 1 -C 6 alkyl or C 1 -C 6 alkoxy; n is an integer from 0 to 4; and X and Y are each independently absent or C 1 -C 3 alkylene, with the proviso that, when R 1 is C 6 -C 10 aryl, Y is C 1 -C 3 alkylene; the R 3 's are each independently C 1 -C 6 alkyl or C 1 -C 6 alkoxy; n is an integer from 0 to 4; and X and Y are each independently absent or C 1 -C 3 alkylene, with the proviso that, when R 1 is C 6 -C 10 aryl, Y is C 1 -C 3 alkylene; as a reactive diluent in a process for polymerizing a curable composition comprising at least one type of polymerizable species, the process comprising the steps of providing the curable composition, mixing the curable composition with the reactive diluent, and polymerizing the mixture into an optionally crosslinked polymer, characterized in that the curable composition comprises at least one photopolymerization initiator and is irradiated to initiate polymerization in the polymerization step; wherein the alkyl groups comprise linear, branched and cyclic alkyl groups; and wherein the alkenyl groups comprise linear, branched and cyclic alkenyl groups.
A vehicle lamp system comprising: a headlight device including: a right headlight unit and a left headlight unit , and a controller which controls irradiation of light by the right headlight unit and the left headlight unit , the right headlight unit includes light emitting elements (52-1 to 52-13) and the left headlight unit 22L includes light emitting elements (52-1 to 52-13 to form headlight light patterns, characterised in that the controller is adapted to sequentially and concurrently turn on the light emitting elements (52-1 to 52-13) of both the right and the left headlight units when signals for operating a vehicle before the vehicle starts are input, and in that a direction in which an irradiation region of the light emitting elements (51-1 to 52-13) of the right headlight unit moves is opposite to a direction in which an irradiation region of the light emitting elements (52-1 to 52-13) of the left headlight unit moves. a headlight device including: a right headlight unit and a left headlight unit , and a controller which controls irradiation of light by the right headlight unit and the left headlight unit , a right headlight unit and a left headlight unit , and a controller which controls irradiation of light by the right headlight unit and the left headlight unit , the right headlight unit includes light emitting elements (52-1 to 52-13) and the left headlight unit 22L includes light emitting elements (52-1 to 52-13 to form headlight light patterns, characterised in that the controller is adapted to sequentially and concurrently turn on the light emitting elements (52-1 to 52-13) of both the right and the left headlight units when signals for operating a vehicle before the vehicle starts are input, and in that a direction in which an irradiation region of the light emitting elements (51-1 to 52-13) of the right headlight unit moves is opposite to a direction in which an irradiation region of the light emitting elements (52-1 to 52-13) of the left headlight unit moves.
Actuating mechanism for a control and protection system of a nuclear reactor, including a linear step motor with an armature , a rod , arranged coaxially with the armature and being rigidly connected to it with the provision of a joint vertical displacement and a joint turning around a vertical axis and being made with the possibility of the formation of bayonet joint with a working element , forming a lock preventing a spontaneous turning of rod, characterized in that the bayonet joint is L-shaped, and the lock preventing a spontaneous turning of the rod comprises a guiding located inside the armature and being provided with a flange and a longitudinal through slot, a cross-piece rigidly connected to the armature and located in said slot for a vertical movement in it during a working stroke, a fixed immovable ring on which the inner surface of the flange rests, and a vertical pin , wherein in the outer rim of the flange there are regularly arranged through slots, and in the fixed immovable ring there are regularly and circumferentially arranged holes, in one of which the vertical pin is inserted and passes through one of through slots in the rim of the flange.
Method for adjusting an on-board network of a vehicle, said method comprising steps consisting in: - detecting a command to charge one or more batteries; - detecting a command to discharge said one or more batteries; - adapting a voltage adjustment setpoint (v c ) for a generator so as to charge said one or more batteries if a charge command is detected; - adapting said voltage adjustment setpoint (v c ) for the generator so as to discharge said one or more batteries if a discharge command is detected; - maintaining a state of charge of said one or more batteries in the absence of a charge command and of a discharge command, characterized in that , so as to charge said one or more batteries, it comprises a step consisting in increasing said voltage adjustment setpoint (v c ) as long as a measured current value (ib) of said one or more batteries is less than a maximum charge current value (i max ). - detecting a command to charge one or more batteries; - detecting a command to discharge said one or more batteries; - adapting a voltage adjustment setpoint (v c ) for a generator so as to charge said one or more batteries if a charge command is detected; - adapting said voltage adjustment setpoint (v c ) for the generator so as to discharge said one or more batteries if a discharge command is detected; - maintaining a state of charge of said one or more batteries in the absence of a charge command and of a discharge command,
A device comprising: a processor ; and a memory in communication with the processor , the memory comprising executable instructions that, when executed by the processor , cause the device to perform functions of: determining if an application is available for deployment to the device from a plurality of deployment sources ; upon determining that the application is available for deployment from the plurality of deployment sources , identifying one of the plurality of deployment sources as a preferred deployment source for deploying the application ; deploying the application from the preferred deployment source to the device ; determining if a copy of the application available on the device was deployed from the preferred deployment source ; and upon determining that the copy of the application available on the device was not deployed from the preferred deployment source , removing or ignoring the copy available on the device ; wherein deploying the application includes at least one of: installing the application ; loading one or more icons representing the application on a user interface screen; and activating the application. a processor ; and a memory in communication with the processor , the memory comprising executable instructions that, when executed by the processor , cause the device to perform functions of: determining if an application is available for deployment to the device from a plurality of deployment sources ; upon determining that the application is available for deployment from the plurality of deployment sources , identifying one of the plurality of deployment sources as a preferred deployment source for deploying the application ; deploying the application from the preferred deployment source to the device ; determining if a copy of the application available on the device was deployed from the preferred deployment source ; and upon determining that the copy of the application available on the device was not deployed from the preferred deployment source , removing or ignoring the copy available on the device ; wherein deploying the application includes at least one of: installing the application ; loading one or more icons representing the application on a user interface screen; and activating the application.
A battery pack comprising: a plurality of cylindrical battery cells having battery terminals at opposite ends thereof, the battery cells being arranged side by side into a pack configuration such that a concave valley region is formed between pairs of adjacent battery cells; a circuit board disposed along a side surface of the pack configuration to control charging and discharging operations of the battery cells ; a connection member arranged to connect selected ones of the battery terminals together; a connection tab having a first portion that extends from the connection member, a second portion in the concave valley region between one of the pairs of adjacent battery cells and a bent portion that joins the first and second portions, the connection tab further comprising a connection arrangement that extends from the second portion towards the circuit board to connect the connection member to the circuit board , and wherein the connection arrangement comprises: a connection portion ; and a lead portion extending diagonally from the second portion to the connection portion . a plurality of cylindrical battery cells having battery terminals at opposite ends thereof, the battery cells being arranged side by side into a pack configuration such that a concave valley region is formed between pairs of adjacent battery cells; a circuit board disposed along a side surface of the pack configuration to control charging and discharging operations of the battery cells ; a connection member arranged to connect selected ones of the battery terminals together; a connection tab having a first portion that extends from the connection member, a second portion in the concave valley region between one of the pairs of adjacent battery cells and a bent portion that joins the first and second portions, the connection tab further comprising a connection arrangement that extends from the second portion towards the circuit board to connect the connection member to the circuit board , and wherein the connection arrangement comprises: a connection portion ; and a lead portion extending diagonally from the second portion to the connection portion . a connection portion ; and a lead portion extending diagonally from the second portion to the connection portion .
A porous film comprising: a porous substrate; and a porous layer on at least one surface of the porous substrate, the porous layer containing particles A, wherein the particles A have a mixture that contains: a polymer that includes a fluorine-containing (meth)acrylate monomer; and a polymer that includes a monomer having two or more reactive groups per molecule, or the particles A have a copolymer that contains: a fluorine-containing (meth)acrylate monomer; and a monomer having two or more reactive groups per molecule, the particles A contain the monomer having two or more reactive groups per molecule in an amount of more than 10% by mass and 30% by mass or less, where all components of the particles A are assumed to constitute 100% by mass.