mhurhangee/patent-ind-claim-en huggingface dataset:
Radial compressor for an exhaust gas turbo charge, in particular of an internal combustion engine - having a compressor housing having an axial inlet channel and a radial outlet channel , which compressor housing at least partially surrounds a compressor chamber , - having a compressor wheel disposed in the compressor chamber for conveying and compressing a gas, wherein the compressor wheel has an axial inlet side facing the inlet channel , a radial outlet side facing the outlet channel and an axial wheel surface contour which extends from the inlet side to the outlet side , - having a substantially sheath-like formed adapter element which can be inserted axially into a fastening portion provided on the compressor housing in the region of the axial inlet channel and can be fixed or is fixed in a predetermined axial fixing position, - wherein the adapter element on a first axial end face , which in the axial fixing position faces the compressor wheel , has at least sectionally a surface contour which is formed substantially complementarily to the axial wheel surface contour such that, by means of an axial moving of the adapter element in the fastening portion in a non-fixed state of the adapter element , a gap width (w) of a through gap formed axially between the adapter element and the compressor wheel along the surface contours facing one another can be set, characterised in that the fastening portion has an inner threading and the adapter element has an outer threading complementary thereto, by means of which threadings the adapter element is movable in relation to the fastening portion in the axial direction (A). - having a compressor housing having an axial inlet channel and a radial outlet channel , which compressor housing at least partially surrounds a compressor chamber , - having a compressor wheel disposed in the compressor chamber for conveying and compressing a gas, wherein the compressor wheel has an axial inlet side facing the inlet channel , a radial outlet side facing the outlet channel and an axial wheel surface contour which extends from the inlet side to the outlet side , - having a substantially sheath-like formed adapter element which can be inserted axially into a fastening portion provided on the compressor housing in the region of the axial inlet channel and can be fixed or is fixed in a predetermined axial fixing position, - wherein the adapter element on a first axial end face , which in the axial fixing position faces the compressor wheel , has at least sectionally a surface contour which is formed substantially complementarily to the axial wheel surface contour such that, by means of an axial moving of the adapter element in the fastening portion in a non-fixed state of the adapter element , a gap width (w) of a through gap formed axially between the adapter element and the compressor wheel along the surface contours facing one another can be set,
Synaptic component for a neural network having a layer of a semiconductor and a source electrode connected to the semiconducting layer and a drain electrode connected to the semiconducting layer , wherein the source electrode is spatially separated from the drain electrode , wherein the source electrode and the semiconducting layer form a first Schottky diode, wherein the source electrode is separated from a first gate electrode by ferroelectric material , characterized in that the drain electrode forms with the semiconducting layer a second Schottky diode and in that the drain electrode is separated from a second gate electrode by ferroelectric material , and wherein the first gate electrode is spatially separated from the second gate electrode .
An assembly comprising: - at least one vehicle wheel , adapted to rotate about a vehicle wheel axis (X2) and adapted to perform an at least rolling movement on a travel surface for the vehicle; - at least one flywheel , adapted to rotate about a flywheel axis (X4) which can be operatively connected to said at least one vehicle wheel , in such way the vehicle wheel can transmit kinetic energy to the flywheel ; - at least one kinetic energy recovery device , operatively associated with said flywheel and adapted to store the kinetic energy transmitted to said at flywheel , to make it available for subsequent uses; - at least one clutch , adapted to connect and disconnect selectively and operatively said vehicle wheel and said flywheel , in order to uncouple said flywheel from said vehicle wheel , to allow said flywheel to rotate due to inertia when the vehicle wheel is stopped, and in such way to couple said vehicle wheel when in standstill to said flywheel rotating due to inertia, to transfer a start-up rotational motion from said flywheel to said vehicle wheel , characterized by comprising a further flywheel so as to comprise one flywheel pair. - at least one vehicle wheel , adapted to rotate about a vehicle wheel axis (X2) and adapted to perform an at least rolling movement on a travel surface for the vehicle; - at least one flywheel , adapted to rotate about a flywheel axis (X4) which can be operatively connected to said at least one vehicle wheel , in such way the vehicle wheel can transmit kinetic energy to the flywheel ; - at least one kinetic energy recovery device , operatively associated with said flywheel and adapted to store the kinetic energy transmitted to said at flywheel , to make it available for subsequent uses; - at least one clutch , adapted to connect and disconnect selectively and operatively said vehicle wheel and said flywheel , in order to uncouple said flywheel from said vehicle wheel , to allow said flywheel to rotate due to inertia when the vehicle wheel is stopped, and in such way to couple said vehicle wheel when in standstill to said flywheel rotating due to inertia, to transfer a start-up rotational motion from said flywheel to said vehicle wheel ,
A discoloration resistant Gold alloy for jewelry, characterized in that it consists in weight: - Gold, in an amount of 755‰ to 770‰, - Copper, in an amount of 165‰ to 183‰, - Silver, in an amount of 28‰ to 50‰, - Palladium, in an amount of 19‰ to 23‰ and - Iron, in an amount of 2‰ to 6‰; and optionally, in weight, one or more of: Iridium, Ruthenium, Rhenium and Zinc, wherein the sum of Iridium, Ruthenium, Rhenium and Zinc does not exceed 2‰ the Gold alloy being characterized by the absence of Vanadium, the balance being impurities. - Gold, in an amount of 755‰ to 770‰, - Copper, in an amount of 165‰ to 183‰, - Silver, in an amount of 28‰ to 50‰, - Palladium, in an amount of 19‰ to 23‰ and - Iron, in an amount of 2‰ to 6‰;
A method of controlling an engine-driven, electrical generator system configured to be connected in parallel with a second power source, the generator system generating a first alternating current (AC) voltage at a first frequency with the engine running at an operating speed, the second power source providing a second AC voltage at a second frequency, the method comprising the steps of: configuring an inverter to receive an input signal corresponding to a phase angle of the second AC voltage; determining the second frequency as a function of the input signal; varying the operating speed of the engine in response to a load thereon; calculating a difference between the first frequency generated responsive to the operating speed of the engine and the second frequency and providing the difference as an adjustment frequency; characterized by monitoring a positional signal to adjust a phase angle of the first AC voltage at outputs (33a-33c) of a stator to remain synchronized with fluctuations with the second AC voltage, the phase angle of the first AC voltage at outputs (33a-33e) of a stator is adjusted by varying the adjustment frequency in the inverter and, in turn, varying a frequency of slip power provided to rotor windings (31a-31c) of a rotor independent of the engine speed. configuring an inverter to receive an input signal corresponding to a phase angle of the second AC voltage; determining the second frequency as a function of the input signal; varying the operating speed of the engine in response to a load thereon; calculating a difference between the first frequency generated responsive to the operating speed of the engine and the second frequency and providing the difference as an adjustment frequency; characterized by monitoring a positional signal to adjust a phase angle of the first AC voltage at outputs (33a-33c) of a stator to remain synchronized with fluctuations with the second AC voltage, the phase angle of the first AC voltage at outputs (33a-33e) of a stator is adjusted by varying the adjustment frequency in the inverter and, in turn, varying a frequency of slip power provided to rotor windings (31a-31c) of a rotor independent of the engine speed.
A control device for detecting a variation in temperature in an enclosure, characterised in that it comprises a receptacle having at least one transparent surface portion comprising a solid solvent which is advantageously transparent and the solidification temperature of which corresponds to the maximum temperature threshold required in the enclosure, characterised in that a coloured composition having a different colour from said solvent has been partially diffused before said solvent is solidified.
Particle sensor (100; 100a) comprising a particle charging device for charging particles (P) in a fluid flow (A1), and a sensor device for detecting a temporal profile of a sensor signal (S1; S1') having information about charged particles (P') in the fluid flow (A1), characterized in that the particle sensor (100; 100a) is configured to determine an evaluation time window (AZF) depending on at least one first variable (G1) characterizing a velocity of the fluid flow (A1) and to evaluate the temporal profile of the sensor signal (S1; S1') at least in a time range (T2) characterized by the evaluation time window (AZF) .
Transport container for conveying metal melts, having an outer wall and an inner refractory concrete lining , wherein the concrete lining is built up from precast concrete elements , characterised in that the transport container has an insulation , and in that the precast concrete elements of the concrete lining are joined to the insulation by way of chemically bonded mortars .
Rubber mixture, characterized in that it contains 50 to 100 phr of a fluororubber or 50 to 100 phr of a blend of two or more fluororubbers and 0.05 to 5 phr of at least one powder based on at least one fluoropolymer and at least one active carbon black having an iodine number according to ASTM D 1510 between 60 and 300 g/kg and a DBP number according to ASTM D 2414 between 60 and 150 cm 3 /100 g.
A composition comprising pseudotyped lentiviral vector particles comprising (a) a Vpx protein or a Vpr protein that retains SAMHD1-inhibiting activity, (b) a lentiviral vector genome comprising an expressible sequence of interest, and (c) an alphavirus envelope glycoprotein that preferentially binds dendritic cells expressing DC-SIGN, wherein said lentiviral vector particles are produced from a virus packaging cell cultured in a culture medium comprising a mannosidase inhibitor and said lentiviral vector particles are more highly mannosylated compared to a control composition of the same pseudotyped lentiviral vector particles prepared in the absence of a mannosidase inhibitor; wherein at least 80%, at least 90%, at least 95%, at least 99%, or 100% of N-linked glycans on the viral envelope glycoproteins comprise at least a Man 5 , Man 6 , Man 7 , Man 8 and/or Man 9 structure measured by mass spectrometry. (a) a Vpx protein or a Vpr protein that retains SAMHD1-inhibiting activity, (b) a lentiviral vector genome comprising an expressible sequence of interest, and (c) an alphavirus envelope glycoprotein that preferentially binds dendritic cells expressing DC-SIGN, wherein said lentiviral vector particles are produced from a virus packaging cell cultured in a culture medium comprising a mannosidase inhibitor and said lentiviral vector particles are more highly mannosylated compared to a control composition of the same pseudotyped lentiviral vector particles prepared in the absence of a mannosidase inhibitor;
A vibration component for loudspeakers , comprising: a base layer having a front face and a rear face , the base layer having a first density and being formed of a paper body containing a plurality of fibers ; a further layer : having a first face joined to the front face of the base layer , and a second face on a reverse side of the further layer from the first face , having a second density higher than the first density, and including a plurality of cellulose fibers as a main component; characterized in that the further layer is an intermediate layer , wherein the vibration component for loudspeakers further comprises: a coating layer provided on the second face of the intermediate layer , the coating layer including an inorganic powder containing a plurality of inorganic fine particles and a coating material to embed the inorganic fine particles , wherein out of the plurality of fibers of the base layer , at least fibers exposed to the rear face are coated with a same material as the coating material . a base layer having a front face and a rear face , the base layer having a first density and being formed of a paper body containing a plurality of fibers ; a further layer : having a first face joined to the front face of the base layer , and a second face on a reverse side of the further layer from the first face , having a second density higher than the first density, and including a plurality of cellulose fibers as a main component; characterized in that the further layer is an intermediate layer , wherein the vibration component for loudspeakers further comprises: having a first face joined to the front face of the base layer , and a second face on a reverse side of the further layer from the first face , having a second density higher than the first density, and including a plurality of cellulose fibers as a main component; characterized in that the further layer is an intermediate layer , wherein the vibration component for loudspeakers further comprises: a coating layer provided on the second face of the intermediate layer , the coating layer including an inorganic powder containing a plurality of inorganic fine particles and a coating material to embed the inorganic fine particles , wherein out of the plurality of fibers of the base layer , at least fibers exposed to the rear face are coated with a same material as the coating material .
A system comprising a storage system and processing circuitry having access to the storage system and configured to: receive network data to be output through an aggregation bundle having a plurality of member ports (P1-P7), each member port associated with one of a plurality of line cards interconnected through a switch fabric , wherein the network data is received by a receiving line card of the plurality of line cards; identify a local member port (P2, P3) from the plurality of member ports, where the local member port is a port of the receiving line card; identify an available non-local member port (P4, P5, P6, P7) from the plurality of member ports that is reachable from the receiving line card over a low-utilization path through the switch fabric to a different one of the plurality of line cards; select a member port by applying a hashing algorithm to a group that includes the identified available non-local member port and the local member port; and output the network data over a fabric interface to reach the selected member port. receive network data to be output through an aggregation bundle having a plurality of member ports (P1-P7), each member port associated with one of a plurality of line cards interconnected through a switch fabric , wherein the network data is received by a receiving line card of the plurality of line cards; identify a local member port (P2, P3) from the plurality of member ports, where the local member port is a port of the receiving line card; identify an available non-local member port (P4, P5, P6, P7) from the plurality of member ports that is reachable from the receiving line card over a low-utilization path through the switch fabric to a different one of the plurality of line cards; select a member port by applying a hashing algorithm to a group that includes the identified available non-local member port and the local member port; and output the network data over a fabric interface to reach the selected member port.
An image processing apparatus comprising: setting means adapted to set an operation mode among a plurality of operation modes; and processing means adapted to perform image processing on image data according to the operation mode set by the setting means, wherein in a case where a first mode among the plurality of operation modes is set, the image processing by the processing means includes determining (S11, S13; S21, S24), in the image data, one or more target pixels having a gradation value equal to or higher than a first threshold value, and one or more adjacent pixels that are different from the one or more target pixels and adjacent to the one or more target pixels, changing (S12; S23) a gradation value of the one or more target pixels to a first gradation value lower than the first threshold value, and changing (S14; S25) a gradation value of the one or more adjacent pixels to a second gradation value higher than the first gradation value. setting means adapted to set an operation mode among a plurality of operation modes; and processing means adapted to perform image processing on image data according to the operation mode set by the setting means, wherein in a case where a first mode among the plurality of operation modes is set, the image processing by the processing means includes determining (S11, S13; S21, S24), in the image data, one or more target pixels having a gradation value equal to or higher than a first threshold value, and one or more adjacent pixels that are different from the one or more target pixels and adjacent to the one or more target pixels, changing (S12; S23) a gradation value of the one or more target pixels to a first gradation value lower than the first threshold value, and changing (S14; S25) a gradation value of the one or more adjacent pixels to a second gradation value higher than the first gradation value.
A method of producing a cell population comprising human PDX1-positive endoderm cells, said method comprising the steps of: culturing a population of pluripotent human cells in the presence of exogenous activin A; and continuing culturing the cell population in the presence of retinoic acid, thereby producing a cell population comprising human PDX1-positive endoderm cells, wherein said PDX1-positive endoderm cells are multipotent cells that can differentiate into cells, tissues or organs derived from the anterior portion of the gut tube. culturing a population of pluripotent human cells in the presence of exogenous activin A; and continuing culturing the cell population in the presence of retinoic acid, thereby producing a cell population comprising human PDX1-positive endoderm cells, wherein said PDX1-positive endoderm cells are multipotent cells that can differentiate into cells, tissues or organs derived from the anterior portion of the gut tube.
A method for wireless communication by a base station, BS, comprising: receiving one or more sounding reference signal, SRS, resources from a user equipment, UE, wherein each SRS resource is associated with one or more precoded SRS ports; determining , based on the one or more SRS resources, at least one of a transmission rank or a set of precoders for an uplink transmission; and signaling an indication of at least one of the one or more SRS resources to the UE; wherein the indication of the at least one of the one or more SRS resources indicates the set of precoders and the transmission rank. receiving one or more sounding reference signal, SRS, resources from a user equipment, UE, wherein each SRS resource is associated with one or more precoded SRS ports; determining , based on the one or more SRS resources, at least one of a transmission rank or a set of precoders for an uplink transmission; and signaling an indication of at least one of the one or more SRS resources to the UE;
An apparatus for a user equipment , UE, comprising: a memory device storing an access network discovery and selection function, ANDSF, management object, MO, corresponding to information in an ANDSF element of a wireless wide area network, WWAN, wherein the ANDSF MO comprises a wireless local area network, WLAN, selection policy, WLANSP, including a set of WLANSP rules for WLAN access network selection on the UE, and wherein each WLANSP rule of the set of WLANSP rules comprises: validity conditions configured to indicate when respective WLANSP rules are valid; and one or more prioritized groups of WLAN selection criteria based on attributes or capabilities of a WLAN access network eligible for selection; and one or more processors configured to: based on an active WLANSP rule of the set of WLANSP rules, compare attributes or capabilities of available WLAN access networks to the one or more prioritized groups of WLAN selection criteria to generate a prioritized list of the available WLAN access networks; and select a preferred WLAN access network from the prioritized list of the available WLAN access networks. validity conditions configured to indicate when respective WLANSP rules are valid; and one or more prioritized groups of WLAN selection criteria based on attributes or capabilities of a WLAN access network eligible for selection; and one or more processors configured to: based on an active WLANSP rule of the set of WLANSP rules, compare attributes or capabilities of available WLAN access networks to the one or more prioritized groups of WLAN selection criteria to generate a prioritized list of the available WLAN access networks; and select a preferred WLAN access network from the prioritized list of the available WLAN access networks. based on an active WLANSP rule of the set of WLANSP rules, compare attributes or capabilities of available WLAN access networks to the one or more prioritized groups of WLAN selection criteria to generate a prioritized list of the available WLAN access networks; and select a preferred WLAN access network from the prioritized list of the available WLAN access networks.
Dishwasher , in particular household dishwasher, having a dishwasher cavity for receiving dishware, glasses, cutlery or similar items to be washed, wherein this dishwasher cavity is able to be closed via at least one door or flap which can be moved between an open and a closed position, and wherein a device is provided, which is used for capturing whether the door or flap is closed or open, characterised in that the door or flap is associated with a two-stage or multi-stage safety catch for the transition between open and closed state and the traversal of the two-stage or multi-stage safety catch is able to be detected by the device by way of a dual or multiple peak in an electronic evaluation.