mhurhangee/patent-ind-claim-en huggingface dataset:
An attachment part (10") for tightening joints, comprising: - an elongate housing including an upper housing part and an interconnected lower housing part , - an input gear wheel for connection to an output shaft of a power wrench, which input gear wheel is arranged at a first end of the housing, - an output gear wheel for connection to a joint to be tightened, which output gear wheel is arranged at a second end of the housing, and - at least one intermediate gear wheel , which is arranged inside the housing to transmit the rotation of the input gear wheel to the output gear wheel , wherein each gear wheel (22-26) has outer slanted teeth that connect the gear wheels and transmit said rotation there between, whereby the at least one intermediate gear wheel comprises: - an upper race , which is arranged inside the at least one intermediate gear wheel and faces the upper housing part , wherein balls are arranged in said upper race at least partly inside the at least one intermediate gear wheel to support an upper part of it with respect to the housing , and - a lower race , which is arranged inside the at least one intermediate gear wheel and faces the lower housing part , wherein balls are arranged in said lower race at least partly inside the at least one intermediate gear wheel to support a lower part of it with respect to the housing , characterised in that the balls in the upper and lower races are fully supported by upper and lower axial supports (29',30',31'; 32',33',34'), respectively, which axial supports (29',30',31'; 32',33',34') are connected to each other via an attachment piece that runs through the centre of the intermediate gear wheel , such that an upper and lower axial support (29',30',31'; 32',33',34'), balls , and a gear wheel forms a releasable gear package. - an elongate housing including an upper housing part and an interconnected lower housing part , - an input gear wheel for connection to an output shaft of a power wrench, which input gear wheel is arranged at a first end of the housing, - an output gear wheel for connection to a joint to be tightened, which output gear wheel is arranged at a second end of the housing, and - at least one intermediate gear wheel , which is arranged inside the housing to transmit the rotation of the input gear wheel to the output gear wheel , wherein each gear wheel (22-26) has outer slanted teeth that connect the gear wheels and transmit said rotation there between, whereby the at - an upper race , which is arranged inside the at least one intermediate gear wheel and faces the upper housing part , wherein balls are arranged in said upper race at least partly inside the at least one intermediate gear wheel to support an upper part of it with respect to the housing , and - a lower race , which is arranged inside the at least one intermediate gear wheel and faces the lower housing part , wherein balls are arranged in said lower race at least partly inside the at least one intermediate gear wheel to support a lower part of it with respect to the housing ,
A blasting system which includes a blasting control machine , a detonator bus connected to the blasting control machine , a plurality of electronic detonators , a plurality of down-hole harnesses , each detonator being connected to a respective down-hole harness , a plurality of connectors , each connector connecting a respective down-hole harness to the bus whereby the detonators are connected in parallel to the bus, wherein, in respect of each detonator , at least one current-limiting component is provided which is connected in series with the respective down-hole harness and which is configured to limit the current in the down-hole harness to a current level that can be accommodated by the blasting control machine in the presence of at least one fault, which causes current leakage, that is present either in the down-hole harness or internally in the detonator, characterized in that the current-limiting component is a resistor.
Method for machining a transparent workpiece by generating non-linear absorption of laser radiation in a laser beam focus located in the volume of the workpiece , comprising the following steps: - spectroscopically measuring the linear absorption of the laser radiation in the workpiece , - selecting a working wavelength at which the linear absorption of the laser radiation in the workpiece is low, and - machining the workpiece by applying laser radiation at the working wavelength by means of a laser that is tunable with respect to the wavelength, characterised in that the machining of the workpiece takes place by means of a laser that is tunable with respect to the wavelength, and the spectroscopic measuring also takes place by means of the laser that is tunable with respect to the wavelength. - spectroscopically measuring the linear absorption of the laser radiation in the workpiece , - selecting a working wavelength at which the linear absorption of the laser radiation in the workpiece is low, and - machining the workpiece by applying laser radiation at the working wavelength by means of a laser that is tunable with respect to the wavelength,
A member for semiconductor manufacturing apparatuses, comprising a ceramic component and a metal component bonded together with a thermosetting sheet , wherein the thermosetting sheet is made of a cured epoxy-acrylic adhesive, and characterized in that the adhesive contains (A) an epoxy resin capable of hydrogen transfer type polyaddition, (B) an acrylate or methacrylate polymer, and (C) a curing agent.
Method for automatically aligning an industrial truck in a warehouse comprising the steps: - determining a relative position of an operator (P) relative to an industrial truck by means of a locating unit of the industrial truck , - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the left side of the industrial truck as seen with respect to the driving direction of the industrial truck when the determined relative position of the operator (P) is on the left side of the industrial truck , and - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the right side of the industrial truck as seen with respect to the driving direction (AR) of the industrial truck when the determined relative position of the operator (P) is on the right side of the industrial truck . - determining a relative position of an operator (P) relative to an industrial truck by means of a locating unit of the industrial truck , - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the left side of the industrial truck as seen with respect to the driving direction of the industrial truck when the determined relative position of the operator (P) is on the left side of the industrial truck , and - aligning the industrial truck in a predetermined lateral orientation relative to an object located on the right side of the industrial truck as seen with respect to the driving direction (AR) of the industrial truck when the determined relative position of the operator (P) is on the right side of the industrial truck .
Heating oven for preformed tubes prior to their molecular orientation, characterized in that it comprises: - rotating supports disposed parallel to each other on which the preformed tubes rest and rotate during the homogeneous circumferential heating process thereof; - transverse displacement means that facilitate the elevation of the preformed tubes and their transverse displacement, in order to favour progressive and uniform heating throughout the thickness of the preformed tube ; and - assemblies that generate heating currents comprised of elements , fans and deflectors distributed longitudinally in sectors or quadrants in the interior of the oven to heat and distribute the air over the preformed tube . - rotating supports disposed parallel to each other on which the preformed tubes rest and rotate during the homogeneous circumferential heating process thereof; - transverse displacement means that facilitate the elevation of the preformed tubes and their transverse displacement, in order to favour progressive and uniform heating throughout the thickness of the preformed tube ; and - assemblies that generate heating currents comprised of elements , fans and deflectors distributed longitudinally in sectors or quadrants in the interior of the oven to heat and distribute the air over the preformed tube .
A heating apparatus comprising: a coil configured to receive AC power to form a magnetic field that inductively heats a workpiece (W); and a spray unit configured to spray cooling fluid including a liquid to the coil in a form of mist, characterized in that the spray unit is arranged to spray the cooling fluid toward a gap between the coil and the workpiece (W) in the form of mist at least during a period in which the AC power is supplied to the coil . a coil configured to receive AC power to form a magnetic field that inductively heats a workpiece (W); and a spray unit configured to spray cooling fluid including a liquid to the coil in a form of mist,
Organic radiation-emitting component having an active organic layer designed to generate radiation and one or two radiation outcoupling faces , wherein a UV protection film has been disposed on at least one radiation outcoupling face of the component and is connected to the component, wherein the UV protection film contains at least a first layer (A) and a second layer (B), characterized in that the first layer (A) contains 1% to 7.5% by weight, based on the total weight of the first layer (A), of a UV absorber, and wherein the second layer (B) contains polycarbonate, and wherein the first layer (A) contains polymethacrylate and has a layer thickness of ≥ 10 μm and ≥ 200 μm.
A turbocharger flange comprising a mounting face for attaching a turbocharger to a manifold , said mounting face comprises a guiding structure for guiding the flange to an operative position in relation to said manifold , the guiding structure has a tapering shape in the mounting direction, and is configured to retain the flange in the operative position in a self-supported manner characterized in that the mounting face comprises a mounting structure for attaching said flange to the manifold , wherein the mounting structure extends in a direction perpendicular to the mounting direction being defined by said guiding structure , wherein the mounting structure comprises a projection extending from the outer periphery of said mounting face , wherein said projection comprises at least one bore for receiving a bolt , wherein said at least one bore extends in said mounting direction.
A computer-implemented method comprising: receiving an audio signal at one or more microphones; and controlling one or more adaptive filters of a beamformer using a coherent to diffuse ratio ("CDR") by determining speech and speech pause for the audio signal received at the one or more microphones based upon the CDR, and adapting one of a blocking filter of the one or more adaptive filters during the speech and an interference cancellation filter of the one or more adaptive filters during the speech pause, wherein the coherent to diffuse ratio determines a ratio of a coherent sound energy to a diffuse sound energy. receiving an audio signal at one or more microphones; and controlling one or more adaptive filters of a beamformer using a coherent to diffuse ratio ("CDR") by determining speech and speech pause for the audio signal received at the one or more microphones based upon the CDR, and adapting one of a blocking filter of the one or more adaptive filters during the speech and an interference cancellation filter of the one or more adaptive filters during the speech pause, wherein the coherent to diffuse ratio determines a ratio of a coherent sound energy to a diffuse sound energy.
Empagliflozin for use in treating Alport syndrome in a patient in need thereof.
- A top cover , which is suitable for laundry washer-dryers comprising a body , a tub and a balance weight which absorbs the forces acting during the operation, wherein the top cover is produced from plastic, the top cover comprising a cover plate which is configured to cover the top of the laundry washer-dryer and creates the planar upper surface and a rectangular frame which is configured to be placed onto the body and which supports the cover plate , a plurality of ribs which are integrated to the cover plate , which are connected to the rectangular frame from the ends thereof, which create a grid form by extending between the right-left sides and front-rear sides of the rectangular frame , and characterized in that the plurality of ribs have varying heights (H) defined as the distance between the lower surface of the cover plate and the lower end of the plurality of ribs are configured to extend downwards towards the inner volume of the body , wherein the height (H) of the plurality of ribs increases from the center of the cover plate towards the opposite sides of the frame .
A packet filtering apparatus comprising: a rule set containing a rule in which a condition and an action are associated with each other, and a Zero-Suppressed Binary Decision Diagram, ZDD, that represents a logical expression in which the condition of the rule is described using a logical variable; a packet analyzing unit to analyze a packet received from a network and extract collation information being a character string to be collated; and a filtering unit to collate the collation information extracted by the packet analyzing unit with the ZDD, execute the action associated with the condition that the collation information matches, and permit or deny communication of the packet, characterized in that the filtering unit , in collation of the collation information with the ZDD, overwrites a value of the logical variable for which collation has been completed with 0, and determines whether or not a value of the logical expression including the logical variable overwritten with 0 is 0 when collation on the entire ZDD has been completed. a rule set containing a rule in which a condition and an action are associated with each other, and a Zero-Suppressed Binary Decision Diagram, ZDD, that represents a logical expression in which the condition of the rule is described using a logical variable; a packet analyzing unit to analyze a packet received from a network and extract collation information being a character string to be collated; and a filtering unit to collate the collation information extracted by the packet analyzing unit with the ZDD, execute the action associated with the condition that the collation information matches, and permit or deny communication of the packet, characterized in that the filtering unit , in collation of the collation information with the ZDD, overwrites a value of the logical variable for which collation has been completed with 0, and determines whether or not a value of the logical expression including the logical variable overwritten with 0 is 0 when collation on the entire ZDD has been completed.
A process connection having an annular gasket ; and having a cylindrical measuring probe of a sensor , wherein the gasket is present to seal a process environment , wherein the gasket is disposed between the process connection and the measuring probe ; the gasket is fixable by means of a downholder ; the gasket contacts a first annular sealing edge at the process connection ; wherein the gasket has at least one conical outer jacket surface having a conical outer jacket angle and the process connection has a conical inner surface , with the gasket contacting the first annular sealing edge of the conical inner surface of the process connection ; wherein the conical outer jacket angle is smaller than the conical inner angle , characterized in that the gasket surrounds the cylindrical measuring probe at a second annular sealing edge ; and the downholder has a nose that projects into the gasket . having a cylindrical measuring probe of a sensor , wherein the gasket is present to seal a process environment , wherein the gasket is disposed between the process connection and the measuring probe ; the gasket is fixable by means of a downholder ; the gasket contacts a first annular sealing edge at the process connection ; wherein the gasket has at least one conical outer jacket surface having a conical outer jacket angle and the process connection has a conical inner surface , with the gasket contacting the first annular sealing edge of the conical inner surface of the process connection ; wherein the conical outer jacket angle is smaller than the conical inner angle , characterized in that the gasket surrounds the cylindrical measuring probe at a second annular sealing edge ; and the downholder has a nose that projects into the gasket .
A biological sequencing device, comprising: a removable cartridge comprising one or more capillary tubes , a reservoir ; a separation matrix contained in the reservoir , a pump , optical access , cathode and access to anode ; wherein capillary tubes , pump , reservoir , optical access , cathode and access to anode are all enclosed in a single temperature controlled zone of the removable cartridge . a removable cartridge comprising one or more capillary tubes , a reservoir ; a separation matrix contained in the reservoir , a pump , optical access , cathode and access to anode ; wherein capillary tubes , pump , reservoir , optical access , cathode and access to anode are all enclosed in a single temperature controlled zone of the removable cartridge .
A porous implant mass composition, providing an osteoconductive biocompatible bone graft substitute, for use in treating a defect in a living organism, comprising a plurality of biocompatible granules, at least a portion of the granules having surface indentations; wherein the individual granules have a specific surface area of less than 20 m 2 /g, and contain a network of interconnected pores, the interconnected pores within the granules having a homogeneous surface porosity defined by a diameter of at least 75% of the pores being between about 1 μm and about 10 μm between sintered grains as measured by mercury intrusion porosimetry, wherein the single granules can withstand a mean compressive force of at least 1N, as measured with a universal testing machine having a load cell, wherein at least 20 granules are loaded with a velocity of 1 mm/min until they brake, so that the granules can be pushed into a defect without risking significant breakage of the granules. at least a portion of the granules having surface indentations; wherein the individual granules have a specific surface area of less than 20 m 2 /g, and contain a network of interconnected pores, the interconnected pores within the granules having a homogeneous surface porosity defined by a diameter of at least 75% of the pores being between about 1 μm and about 10 μm between sintered grains as measured by mercury intrusion porosimetry, wherein the single granules can withstand a mean compressive force of at least 1N, as measured with a universal testing machine having a load cell, wherein at least 20 granules are loaded with a velocity of 1 mm/min until they brake, so that the granules can be pushed into a defect without risking significant breakage of the granules.
A method of preparing a substrate, comprising the step of polishing a surface of the substrate using a polishing pad along with a polishing slurry, said polishing pad having a porous nap layer which comes into contact with the substrate surface and is made of a base resin comprising an ether resin characterised in that the base resin comprises at least two further resins including an ester resin and a polycarbonate resin, the base resin comprising 55 to 85% by weight of the ether resin, 10 to 35% by weight of the ester resin, 5 to 10% by weight of the polycarbonate resin and optional other resin.
A qubit device comprising a first and a second linear qubit array , wherein each qubit array comprises: a semiconductor substrate layer ; a set of control gates configured to define a single row of electrostatically confined quantum dots along the substrate layer , each quantum dot being suitable for holding a qubit; and a set of nanomagnets distributed along the row of quantum dots such that a nanomagnet is arranged at every other pair of quantum dots of the row of quantum dots ; wherein each nanomagnet has an out-of-plane magnetization with respect to the substrate layer and wherein every other pair of quantum dots are subjected to an out-of-plane magnetic field generated by a respective nanomagnet , such that a qubit spin resonance frequency of every other pair of quantum dots is shifted with respect to an adjacent pair of quantum dots of the row of quantum dots; wherein the rows of the first and second array extend in a common row direction and are separated along a direction transverse to the row direction ; and the qubit device further comprising: a set of superconducting resonators connecting pairs of quantum dots between the first and second array , wherein each pair of quantum dots in the first array is configured to couple with a superconducting resonator of the set to connect with a different pair of quantum dots of the second array . a semiconductor substrate layer ; a set of control gates configured to define a single row of electrostatically confined quantum dots along the substrate layer , each quantum dot being suitable for holding a qubit; and a set of nanomagnets distributed along the row of quantum dots such that a nanomagnet is arranged at every other pair of quantum dots of the row of quantum dots ; wherein each nanomagnet has an out-of-plane magnetization with respect to the substrate layer and wherein every other pair of quantum dots are subjected to an out-of-plane magnetic field generated by a respective nanomagnet , such that a qubit spin resonance frequency of every other pair of quantum dots is shifted with respect to an adjacent pair of quantum dots of the row of quantum dots; wherein the rows of the first and second array extend in a common row direction and are separated along a direction transverse to the row direction ; and the qubit device further comprising: a set of superconducting resonators connecting pairs of quantum dots between the first and second array , wherein each pair of quantum dots in the first array is configured to couple with a superconducting resonator of the set to connect with a different pair of quantum dots of the second array .
A method of balancing the cylinders of a diesel engine , in which method - the starting moment of the combustion process in each cylinder is determined, - the determined starting moment of the combustion process is compared to a specific set value, and - the starting moment of fuel injection into the cylinders is changed so that the starting moment of the combustion process approaches the set value, if the determined starting moment of the combustion process differs from the set value, characterised in that - the exhaust gas temperature of each cylinder is measured, and - the duration of fuel injection into the cylinders is changed on the basis of exhaust gas temperatures in order to equalise the powers produced by the cylinders so that desired exhaust gas temperature is reached. - the starting moment of the combustion process in each cylinder is determined, - the determined starting moment of the combustion process is compared to a specific set value, and - the starting moment of fuel injection into the cylinders is changed so that the starting moment of the combustion process approaches the set value, if the determined starting moment of the combustion process differs from the set value, characterised in that - the exhaust gas temperature of each cylinder is measured, and - the duration of fuel injection into the cylinders is changed on the basis of exhaust gas temperatures in order to equalise the powers produced by the cylinders so that desired exhaust gas temperature is reached.