mhurhangee/patent-ind-claim-en huggingface dataset:
Vehicle tyre comprising a tread, a breaker belt, a tyre carcass with at least one carcass ply , sidewalls and a tyre bead with a bead core and a bead filler , wherein the bead core comprises in cross section a multiplicity of reinforcing elements and the bead filler is connected on its underside to the upper side of the bead core , wherein the vehicle tyre also has a transponder with a transponder chip and an antenna connected to the transponder chip , wherein the transponder is arranged in the tyre bead between the carcass ply and the tyre inner liner , wherein the height dimension in the radial direction of the vehicle tyre between the transponder and the underside of the bead filler is at least 3 mm, characterized in that the core and the bead filler are covered by a rubber ply , wherein the rubber ply is a rubberized textile or steel cord ply.
Timepiece movement comprising: - a fixed plate , - a time-measuring mechanism comprising a power source , a gear train driven by the power source and a regulating member cooperating with the gear train , - at least one time indicator driven by the time-measuring mechanism , - an automatic winding gear train , and - a mobile chassis mounted to rotate about an axis (A) with respect to the fixed plate , the mobile chassis with all the elements it bears being imbalanced with respect to said axis (A) in order to form an oscillating mass (M), the at least one time indicator being independent of the oscillations of the oscillating mass (M), characterised in that the time-measuring mechanism , with its power source , its gear train and its regulating member , and the automatic winding gear train are mounted in the mobile chassis , and in that it comprises a fixed toothed member with which the automatic winding gear train meshes in order to recharge the power source during the oscillations of the oscillating mass (M). - a fixed plate , - a time-measuring mechanism comprising a power source , a gear train driven by the power source and a regulating member cooperating with the gear train , - at least one time indicator driven by the time-measuring mechanism , - an automatic winding gear train , and - a mobile chassis mounted to rotate about an axis (A) with respect to the fixed plate , the mobile chassis with all the elements it bears being imbalanced with respect to said axis (A) in order to form an oscillating mass (M), the at least one time indicator being independent of the oscillations of the oscillating mass (M),
Heat exchange system for a shower comprising a tray comprising a heat exchanger comprising an inlet and an outlet , a double channel for fluid flow, wherein a first channel is adapted to be in fluid connection with a cold water outlet and the heat exchanger inlet and a second channel is adapted to be in fluid connection with the heat exchanger outlet and a shower faucet, and a fluid diverter , the diverter comprising a first fluid flow path for receiving cold water from the cold water outlet and transferring cold water to the heat exchanger inlet and a second fluid flow path for receiving warm water from the heat exchanger outlet and transferring said warm water to the shower faucet, and a fixator for fixing to a cold water outlet, characterized in that the heat exchanger comprises a meandering fluid flow path with straight tube segments for exchanging heat from warm shower water to cold inflow water, wherein the straight tube segments of the heat exchanger are substantially in a direction perpendicular to warm shower water provided through the tray, wherein a warm water flow path preferably is provided in a 0,01-4 cm thick horizontal duct, preferably a variable thick horizontal duct. a double channel for fluid flow, wherein a first channel is adapted to be in fluid connection with a cold water outlet and the heat exchanger inlet and a second channel is adapted to be in fluid connection with the heat exchanger outlet and a shower faucet, and a fluid diverter , the diverter comprising a first fluid flow path for receiving cold water from the cold water outlet and transferring cold water to the heat exchanger inlet and a second fluid flow path for receiving warm water from the heat exchanger outlet and transferring said warm water to the shower faucet, and a fixator for fixing to a cold water outlet, characterized in that the heat exchanger comprises a meandering fluid flow path with straight tube segments for exchanging heat from warm shower water to cold inflow water, wherein the straight tube segments of the heat exchanger are substantially in a direction perpendicular to warm shower water provided through the tray, wherein a warm water flow path preferably is provided in a 0,01-4 cm thick horizontal duct, preferably a variable thick horizontal duct.
A distractor, particularly to transversally extend a jaw of a patient, wherein the distractor has a case in which expansion elements are arranged that are moveable along a longitudinal axis (A), and first fixing elements to attach the distractor to the jaw of a patient, wherein the first fixing elements are pivotally connected to the expansion elements via first coupling elements , wherein joints are formed between the first fixing elements and the first coupling elements , characterized in that joints are formed between the first coupling elements and the expansion elements , wherein the joints, via which the first coupling elements are connected to the expansion elements , each are a ball joint designated as a second ball joint.
A compound according to the formula or an enantiomer, a mixture of enantiomers, or a mixture of two or more diastereomers thereof; or a pharmaceutically acceptable salt, , , solvate or hydrate thereof
A device for making an object , the device comprising: a substantially vertical flat surface ; an applicator operable to project at an elevation angle a material used to make the object towards the substantially vertical flat surface ; and a controller adapted to receive instructions for making the object and is configured to coordinate relative movement of the applicator and the surface , and the application of the material by the applicator , such that the material is applied over at least one portion of the surface as a plurality of individually determined layers; wherein the elevation angle is between negative ten degrees, -10°, and positive ninety degrees, +90°, the elevation angle being a vertical angle above the horizon. a substantially vertical flat surface ; an applicator operable to project at an elevation angle a material used to make the object towards the substantially vertical flat surface ; and a controller adapted to receive instructions for making the object and is configured to coordinate relative movement of the applicator and the surface , and the application of the material by the applicator , such that the material is applied over at least one portion of the surface as a plurality of individually determined layers; wherein the elevation angle is between negative ten degrees, -10°, and positive ninety degrees, +90°, the elevation angle being a vertical angle above the horizon.
A method for screening for a prophylactic or therapeutic agent for tauopathy, comprising the following steps to : contacting first neurons having a mutant MAPT gene with a test substance, followed by culture; contacting the culture supernatant of the first neurons obtained in the step with second neurons; measuring any one index selected from the group consisting of the following (a) to (d) in the second neurons obtained in the step : (a) the amount of an intracellular tau oligomer, (b) the frequency of depolarization, (c) an intracellular calcium ion concentration, and (d) the number of living cells; and selecting the test substance as a prophylactic or therapeutic agent for tauopathy when the value of (a), (b), or (c) measured in the step after the contact of the first neurons with the test substance in the step is lower than the value obtained without the contact of the first neurons with the test substance in the step , and/or when the value of (d) measured in the step after the contact of the first neurons with the test substance in the step is higher than the value obtained without the contact of the first neurons with the test substance in the step . contacting first neurons having a mutant MAPT gene with a test substance, followed by culture; contacting the culture supernatant of the first neurons obtained in the step with second neurons; measuring any one index selected from the group consisting of the following (a) to (d) in the second neurons obtained in the step : (a) the amount of an intracellular tau oligomer, (b) the frequency of depolarization, (c) an intracellular calcium ion concentration, and (d) the number of living cells; and (a) the amount of an intracellular tau oligomer, (b) the frequency of depolarization, (c) an intracellular calcium ion concentration, and (d) the number of living cells; and selecting the test substance as a prophylactic or therapeutic agent for tauopathy when the value of (a), (b), or (c) measured in the step after the contact of the first neurons with the test substance in the step is lower than the value obtained without the contact of the first neurons with the test substance in the step , and/or when the value of (d) measured in the step after the contact of the first neurons with the test substance in the step is higher than the value obtained without the contact of the first neurons with the test substance in the step .
A battery pack comprising: a protective circuit module including a circuit board , an electrode tab coupling portion mounted on a top surface of the circuit board , and a protection layer positioned under the electrode tab coupling portion ; a conductive adhesive member arranged on edges of a bottom surface of the electrode tab coupling portion to fix the electrode tab coupling portion to the top surface of the circuit board , wherein the conductive adhesive member is not arranged in a central portion of the bottom surface of the electrode tab coupling portion, thereby defining a space between a central region of the electrode tab coupling portion and the circuit board in which the protection layer is arranged, and a battery cell including an electrode tab protruding at one end, and coupled to a top surface of the electrode tab coupling portion by welding, wherein the protection layer is configured to protect the circuit board from a laser beam during the welding process, and wherein the electrode tab of the battery cell, and the electrode tab coupling portion and the protection layer of the protective circuit module are stacked and coupled on top of one another. a protective circuit module including a circuit board , an electrode tab coupling portion mounted on a top surface of the circuit board , and a protection layer positioned under the electrode tab coupling portion ; a conductive adhesive member arranged on edges of a bottom surface of the electrode tab coupling portion to fix the electrode tab coupling portion to the top surface of the circuit board , wherein the conductive adhesive member is not arranged in a central portion of the bottom surface of the electrode tab coupling portion, thereby defining a space between a central region of the electrode tab coupling portion and the circuit board in which the protection layer is arranged, and a battery cell including an electrode tab protruding at one end, and coupled to a top surface of the electrode tab coupling portion by welding, wherein the protection layer is configured to protect the circuit board from a laser beam during the welding process, and wherein the electrode tab of the battery cell, and the electrode tab coupling portion and the protection layer of the protective circuit module are stacked and coupled on top of one another.
A radiation sensor comprising a plurality of pixels formed in and on a semiconductor substrate , each pixel comprising a microboard suspended above the substrate by thermal insulation arms , the microboard comprising, in order starting from the upper face of the substrate : a conducting layer adapted to convert incident electromagnetic radiation into thermal energy; a passive optical shutter comprising a heat-sensitive layer covering one of the faces of the conducting layer , the heat-sensitive layer being thermally coupled to the conducting layer and having a reflection coefficient for the radiation to be detected that increases as a function of its temperature; and a thermistor covering the face of the heat-sensitive layer opposite the conducting layer . a conducting layer adapted to convert incident electromagnetic radiation into thermal energy; a passive optical shutter comprising a heat-sensitive layer covering one of the faces of the conducting layer , the heat-sensitive layer being thermally coupled to the conducting layer and having a reflection coefficient for the radiation to be detected that increases as a function of its temperature; and a thermistor covering the face of the heat-sensitive layer opposite the conducting layer .
A closure (11 - 14) for a drive rod fitting of a wing of a door, a French door without a stop or the like, pivotable relative to a stationary component, having a drive rod-side assembly and a counter bearing to be arranged opposite the assembly and having a bolt pivotable about a pivot axis , pivotable from an unlocking position outside the counter bearing into a locking position inside the counter bearing , wherein the drive rod-side assembly has two bolts pivotable by a longitudinally displaceable drive rod , the two bolts are pivotable in opposite directions and the pivot axes of the bolts are arranged transversely to the intended pivot direction of the wing , characterized in that the pivot axes of the bolts are arranged parallel to a displacement direction of the drive rod of the drive rod-side assembly , that the pivot axes of the bolts are arranged on a plane and that the pivot axes of the bolts are offset relative to one another.
An access port for providing subcutaneous access to a patient, comprising: a body defining a fluid cavity accessible via a septum ; and a substrate attached to the body and molded into the access port via injection molding, the substrate including an inner surface whereon an ink-based radiopaque identification feature is disposed such that the identification feature is encapsulated between the substrate and the body of the access port . a body defining a fluid cavity accessible via a septum ; and a substrate attached to the body and molded into the access port via injection molding, the substrate including an inner surface whereon an ink-based radiopaque identification feature is disposed such that the identification feature is encapsulated between the substrate and the body of the access port .
Non-return valve for an oil return in the crankcase ventilation system of a combustion engine, including: - a valve housing ; - a valve body which is mounted in the valve housing so as to be displaceable as a whole between an open position and a closed position; - the valve body in the non-operating state of the combustion engine is maintained in the open position without preload; - the valve body is configured to automatically move to the closed position in case of an overpressure at the crankcase side with respect to the oil separator chamber ; wherein the non-return valve is provided and configured to be inserted into a mounting of a cylinder head cover of the combustion engine, characterized in that the valve housing comprises latch means for latching the valve housing in the mounting of the cylinder head cover , wherein the latch means includes at least one latch finger mounted in an elastically resilient manner on the valve head , which finger is pressed into a recess between the latch finger and the valve head when the valve housing is inserted into the mounting . - a valve housing ; - a valve body which is mounted in the valve housing so as to be displaceable as a whole between an open position and a closed position; - the valve body in the non-operating state of the combustion engine is maintained in the open position without preload; - the valve body is configured to automatically move to the closed position in case of an overpressure at the crankcase side with respect to the oil separator chamber ;
An active clearance control system for an engine of an aircraft, comprising: a collector that is configured to receive a cooling fluid ; at least two manifolds (312a, b) coupled to the collector, where a first of the manifolds is configured to receive at least a first portion of the cooling fluid from the collector and a second of the manifolds is configured to receive at least a second portion of the cooling fluid from the collector ; and an insert (330; 530) coupled to the collector and the manifolds (312a, b), wherein the insert (330; 530) is configured to seal an interface between the collector and the at least two manifolds (312a, b) over an operating range of the engine ; characterised in that the insert (330; 530) includes: a first post (338a; 538a-1) that is seated in a first receptacle formed in the first manifold allowing the first portion of the cooling fluid to flow from the collector to the first manifold ; a second post (338b; 338b-1) that is seated in a second receptacle formed in the second manifold allowing the second portion of the cooling fluid to flow from the collector to the second manifold ; and a flange (334; 534) that is coupled to the first post (338a; 538a-1) and the second post (338b; 538b-1) and bridges a gap formed between the first manifold and the second manifold , wherein the flange (334; 534) includes at least one of a foam material, rubber, ceramic fibers, or graphite. a collector that is configured to receive a cooling fluid ; at least two manifolds (312a, b) coupled to the collector, where a first of the manifolds is configured to receive at least a first portion of the cooling fluid from the collector and a second of the manifolds is configured to receive at least a second portion of the cooling fluid from the collector ; and an insert (330; 530) coupled to the collector and the manifolds (312a, b), wherein the insert (330; 530) is configured to seal an interface between the collector and the at least two manifolds (312a, b) over an operating range of the engine ; characterised in that the insert (330; 530) includes: a first post (338a; 538a-1) that is seated in a first receptacle formed in the first manifold allowing the first portion of the cooling fluid to flow from the collector to the first manifold ; a second post (338b; 338b-1) that is seated in a second receptacle formed in the second manifold allowing the second portion of the cooling fluid to flow from the collector to the second manifold ; and a flange (334; 534) that is coupled to the first post (338a; 538a-1) and the second post (338b; 538b-1) and bridges a gap formed between the first manifold and the second manifold , wherein the flange (334; 534) includes at least one of a foam material, rubber, ceramic fibers, or graphite.
System for detecting impedance variation in a neutral conductor of a multiphase AC electrical network, the electrical network comprising P phase conductors and one neutral conductor , where P is an integer greater than 1, the system comprising: - a group of P voltage sensors , each voltage sensor being suitable for measuring the voltage of a respective phase conductor in relation to the neutral conductor , and - a supervising device connected to each of the voltage sensors via a data link , characterised in that the system further comprises (N-1) other group(s) (42B, ..., 42N) of P voltage sensors (56B, 58B, 60B, ..., 56N, 58N, 60N), where N is an integer greater than 1, the N groups of voltage sensors (42A, ..., 42N) being arranged at different locations along the electrical network, and in that the supervising device is suitable for detecting, between two successive groups of sensors , a variation in the voltage of a given phase conductor in relation to the neutral conductor , in order to detect impedance variation in the neutral conductor and locate said impedance variation between the two successive groups of sensors . - a group of P voltage sensors , each voltage sensor being suitable for measuring the voltage of a respective phase conductor in relation to the neutral conductor , and - a supervising device connected to each of the voltage sensors via a data link ,
A method implemented in a decoder, the method comprising: receiving , by a receiver of the decoder, a bitstream comprising a plurality of sub-pictures associated with a picture and a flag, wherein the sub-pictures are contained in video coding layer, VCL, network abstraction layer, NAL, units; determining , by a processor of the decoder, all of the VCL NAL units associated with the picture have a same NAL unit type when the flag is set to a first value; determining , by the processor, VCL NAL units of one or more of the sub-pictures of the picture all have a particular value of an intra-random access point, IRAP, NAL unit type, and all other VCL NAL units of the picture have a particular value of a non-IRAP NAL unit type when the flag is set to a second value; and decoding , by the processor, one or more of the sub-pictures based on the particular value of the IRAP NAL unit type or the particular value of the non-IRAP NAL unit type. receiving , by a receiver of the decoder, a bitstream comprising a plurality of sub-pictures associated with a picture and a flag, wherein the sub-pictures are contained in video coding layer, VCL, network abstraction layer, NAL, units; determining , by a processor of the decoder, all of the VCL NAL units associated with the picture have a same NAL unit type when the flag is set to a first value; determining , by the processor, VCL NAL units of one or more of the sub-pictures of the picture all have a particular value of an intra-random access point, IRAP, NAL unit type, and all other VCL NAL units of the picture have a particular value of a non-IRAP NAL unit type when the flag is set to a second value; and decoding , by the processor, one or more of the sub-pictures based on the particular value of the IRAP NAL unit type or the particular value of the non-IRAP NAL unit type.
An access device for a fluid container, in particular of a ship, with a drill, a thread forming unit and a hollow body provided with a valve , characterized in that a connection plate is provided, that the hollow body is provided with an external thread (4.1) and that the thread forming unit has thread cutting wheels on its circumference.