mhurhangee/patent-ind-claim-en huggingface dataset:
A device adapted to sense mass accretion and viscosity comprising; a disposable cartridge having a plurality of fluidic channels , at least one vibrating mechanical structure placed in at least one fluidic channel , at least one light source coupled to each of the at least one vibrating mechanical structure, at least one actuation means being excited at a single actuation frequency, a control electronics measuring the phase of the vibrating mechanical structures with respect to the excitation signal, at least one light collector coupled to the at least one vibrating mechanical structure and the at least one light source , the at least one light collector being coupled to at least one photodetector and the control electronics being coupled to the at least one actuation means , wherein; the at least one light collector is an optical fiber to collect light from the vibrating mechanical structure and to couple it to said photodetector . a disposable cartridge having a plurality of fluidic channels , at least one vibrating mechanical structure placed in at least one fluidic channel , at least one light source coupled to each of the at least one vibrating mechanical structure, at least one actuation means being excited at a single actuation frequency, a control electronics measuring the phase of the vibrating mechanical structures with respect to the excitation signal, at least one light collector coupled to the at least one vibrating mechanical structure and the at least one light source , the at least one light collector being coupled to at least one photodetector and the control electronics being coupled to the at least one actuation means , wherein; the at least one light collector is an optical fiber to collect light from the vibrating mechanical structure and to couple it to said photodetector .
A random access method, comprising: determining, by a first terminal device, a first physical random access resource, wherein the first terminal device is a first-type terminal device; sending, by the first terminal device, a first random access request message on the first physical random access resource; receiving, by the first terminal device, first downlink control information DCI, wherein the first DCI is used to schedule a first random access response RAR; and receiving, by the first terminal device, the first RAR based on the first DCI; and the first DCI and second downlink control information DCI received by a second terminal device are carried on a same physical downlink control channel PDCCH, and/or the first RAR and a second random access response RAR scheduled by using the second DCI are carried on a same physical downlink shared channel PDSCH, wherein the second terminal device is a second-type terminal device, characterized in that before the receiving, by the first terminal device, first downlink control information DCI, the method further comprises: receiving, by the first terminal device, first indication information, wherein the first indication information indicates whether the first DCI and the second DCI are carried on a same PDCCH. determining, by a first terminal device, a first physical random access resource, wherein the first terminal device is a first-type terminal device; sending, by the first terminal device, a first random access request message on the first physical random access resource; receiving, by the first terminal device, first downlink control information DCI, wherein the first DCI is used to schedule a first random access response RAR; and receiving, by the first terminal device, the first RAR based on the first DCI; and the first DCI and second downlink control information DCI received by a second terminal device are carried on a same physical downlink control channel PDCCH, and/or the first RAR and a second random access response RAR scheduled by using the second DCI are carried on a same physical downlink shared channel PDSCH, wherein the second terminal device is a second-type terminal device, characterized in that before the receiving, by the first terminal device, first downlink control information DCI, the method further comprises: receiving, by the first terminal device, first indication information, wherein the first indication information indicates whether the first DCI and the second DCI are carried on a same PDCCH.
A method for executing a computer program comprising: dividing a computer program into a series of operations, the computer program being on a trusted computer connected to at least one other computer; obfuscating, by the trusted computer, each operation of the series of operations before sending each operation to a respective other computer; sending each operation of the series of operations with accompanying instructions to the at least one other computer, the accompanying instructions operative to compute a result of the respective operation and forward the result to another computer; receiving, at the trusted computer, a computed outcome of the computer program; and unobfuscating, by the trusted computer, the received computed outcome of the computer program. dividing a computer program into a series of operations, the computer program being on a trusted computer connected to at least one other computer; obfuscating, by the trusted computer, each operation of the series of operations before sending each operation to a respective other computer; sending each operation of the series of operations with accompanying instructions to the at least one other computer, the accompanying instructions operative to compute a result of the respective operation and forward the result to another computer; receiving, at the trusted computer, a computed outcome of the computer program; and unobfuscating, by the trusted computer, the received computed outcome of the computer program.
A method for feeding electrical power at a network connection point into an electrical supply network by means of at least one wind power installation , comprising the following steps: - generating electrical power from wind, - feeding the generated power or a portion thereof into the electrical supply network, - offering an instantaneous reserve for additionally feeding or reducing the feeding into the electrical supply network in order to support the electrical supply network, and - additionally feeding electrical power or reducing the fed-in power up to the offered instantaneous reserve, depending on a network property and/or an external requirement, in order to support the electrical supply network, characterized in that - the level of the offered instantaneous reserve is settable as a reserve level, wherein a setpoint value for altering the reserve level is input to the at least one wind power installation via an interface and the at least one wind power installation provides its set reserve level as information, namely to other wind power installations and/or a central control unit monitoring a plurality of network connection points. - generating electrical power from wind, - feeding the generated power or a portion thereof into the electrical supply network, - offering an instantaneous reserve for additionally feeding or reducing the feeding into the electrical supply network in order to support the electrical supply network, and - additionally feeding electrical power or reducing the fed-in power up to the offered instantaneous reserve, depending on a network property and/or an external requirement, in order to support the electrical supply network, characterized in that - the level of the offered instantaneous reserve is settable as a reserve level, wherein a setpoint value for altering the reserve level is input to the at least one wind power installation via an interface and the at least one wind power installation provides its set reserve level as information, namely to other wind power installations and/or a central control unit monitoring a plurality of network connection points.
A container for holding a concentrated chemistry within a dispenser that dispenses a diluted volume of the concentrated chemistry, the container comprising: a front wall that faces outwardly when the container is mounted to a housing of the dispenser and includes upper and lower portions that taper inwardly toward a waist segment defined therebetween, wherein the waist segment is narrower than the top and bottom portions; upper and lower walls extending from upper and lower portions of the front wall , respectively; and a locking receptacle extending into each of the upper and lower walls, wherein an upper locking receptacle extends into the upper wall and defines a semi-circular perimeter shape when the container is viewed from a front elevation, wherein a lower locking receptacle extends into the lower wall and includes a ramped surface that extends angularly into the lower wall of the container, and further comprising a channel extending angularly between a back wall of the container and the lower wall of the container. a front wall that faces outwardly when the container is mounted to a housing of the dispenser and includes upper and lower portions that taper inwardly toward a waist segment defined therebetween, wherein the waist segment is narrower than the top and bottom portions; upper and lower walls extending from upper and lower portions of the front wall , respectively; and a locking receptacle extending into each of the upper and lower walls, wherein an upper locking receptacle extends into the upper wall and defines a semi-circular perimeter shape when the container is viewed from a front elevation, wherein a lower locking receptacle extends into the lower wall and includes a ramped surface that extends angularly into the lower wall of the container, and further comprising a channel extending angularly between a back wall of the container and the lower wall of the container.
A device for receiving by radiation and re-radiating electromagnetic signals, the device comprising at least a waveguide , characterized in that the waveguide comprises: a first set of slot radiators for receiving electromagnetic signals, consisting of one or more slot radiators , and a second set of slot radiators, consisting of two or more slot radiators , for transmitting electromagnetic signals generated in the waveguide on the basis of the received electromagnetic signals. a first set of slot radiators for receiving electromagnetic signals, consisting of one or more slot radiators , and a second set of slot radiators, consisting of two or more slot radiators , for transmitting electromagnetic signals generated in the waveguide on the basis of the received electromagnetic signals.
An apparatus comprising: means for, at an NF Proxy , updating a profile comprising data associated with a producer network function in response to a registration request of the producer network function by adding a token identifier to a service identifier associated with a service of the producer network function; means for, at the NF Proxy, forwarding the updated profile to a network function repository function , wherein at least one internet protocol address is updated so that a proxy function is an endpoint for use of the service; means for, at the NF Proxy, storing and maintaining a mapping between the token identifier and the service of the producer network function; and means for, at the NF Proxy, providing the updated profile to a consumer network function in response to a discovery request for the service. means for, at an NF Proxy , updating a profile comprising data associated with a producer network function in response to a registration request of the producer network function by adding a token identifier to a service identifier associated with a service of the producer network function; means for, at the NF Proxy, forwarding the updated profile to a network function repository function , wherein at least one internet protocol address is updated so that a proxy function is an endpoint for use of the service; means for, at the NF Proxy, storing and maintaining a mapping between the token identifier and the service of the producer network function; and means for, at the NF Proxy, providing the updated profile to a consumer network function in response to a discovery request for the service.
Portable apparatus for subjecting a snowpack sample (C) to analysis comprising a structure provided in turn with: - a fixed guide structure defined by two linear guides ; - a plate provided with a first through opening having cylindrical symmetry about a first axis (X); - a carriage that slides on the linear guides and that is provided with a seat that is intended to house, at least partially, the snowpack sample (C) and facing, in use, the first through opening ; a carriage actuating device ; and an extractable sampling element , implemented by means of a tubular body having an inner surface with cylindrical symmetry about a second axis (X') which defines a seat for receiving the snowpack sample (C); the apparatus is characterized in that the extractable sampling element is divided into a coring portion (19*) and an analysis portion (19**); wherein the coring portion (19*) has an outer truncated-cone surface that is suitable for penetrating into the snowpack in order to isolate and retain the sample (C) within the seat defined by the inner surface ; and wherein the analysis portion (19**) has an outer cylindrical surface having a diameter that substantially approximates the diameter of the first through opening . a structure provided in turn with: - a fixed guide structure defined by two linear guides ; - a plate provided with a first through opening having cylindrical symmetry about a first axis (X); - a carriage that slides on the linear guides and that is provided with a seat that is intended to house, at least partially, the snowpack sample (C) and facing, in use, the first through opening ; - a fixed guide structure defined by two linear guides ; - a plate provided with a first through opening having cylindrical symmetry about a first axis (X); - a carriage that slides on the linear guides and that is provided with a seat that is intended to house, at least partially, the snowpack sample (C) and facing, in use, the first through opening ; a carriage actuating device ; and an extractable sampling element , implemented by means of a tubular body having an inner surface with cylindrical symmetry about a second axis (X') which defines a seat for receiving the snowpack sample (C); the apparatus is characterized in that the extractable sampling element is divided into a coring portion (19*) and an analysis portion (19**); wherein the coring portion (19*) has an outer truncated-cone surface that is suitable for penetrating into the snowpack in order to isolate and retain the sample (C) within the seat defined by the inner surface ; and wherein the analysis portion (19**) has an outer cylindrical surface having a diameter that substantially approximates the diameter of the first through opening .
Hydrogen-conducting component for a fuel distribution system of an energy conversion system operable in a pressure range of at least 0.1 MPa comprising: a base body; at least one gas conduit in the base body; at least one gas inlet and at least one gas outlet which are in fluid communication via a at least one gas conduit; wherein the base body is substantially made of a tempered steel which has the following composition: - 0.18 to 0.33% by mass of carbon, preferably 0.22 to 0.29% by mass of carbon, - 0.15 to 0.40% by mass of silicon, - 0.4 to 1.0% by mass of manganese, - 0.4 to 1.2% by mass of chromium, - 0.08 to 0.35% by mass of molybdenum, - at most 0.035% by mass of phosphorus, - at most 0.04% by mass of sulphur, - rest iron and smelting-related steel accompanying elements; characterized in that the tempered steel has the following properties: - a tensile strength in the range from 750 MPa to 900 MPa; - a yield strength or a 0.2% yield point in the range from 500 MPa to 850 MPa; and - an elongation at break in the range from 12% to 35% a base body; at least one gas conduit in the base body; at least one gas inlet and at least one gas outlet which are in fluid communication via a at least one gas conduit; wherein the base body is substantially made of a tempered steel which has the following composition: - 0.18 to 0.33% by mass of carbon, preferably 0.22 to 0.29% by mass of carbon, - 0.15 to 0.40% by mass of silicon, - 0.4 to 1.0% by mass of manganese, - 0.4 to 1.2% by mass of chromium, - 0.08 to 0.35% by mass of molybdenum, - at most 0.035% by mass of phosphorus, - at most 0.04% by mass of sulphur, - rest iron and smelting-related steel accompanying elements; characterized in that - 0.18 to 0.33% by mass of carbon, preferably 0.22 to 0.29% by mass of carbon, - 0.15 to 0.40% by mass of silicon, - 0.4 to 1.0% by mass of manganese, - 0.4 to 1.2% by mass of chromium, - 0.08 to 0.35% by mass of molybdenum, - at most 0.035% by mass of phosphorus, - at most 0.04% by mass of sulphur, - rest iron and smelting-related steel accompanying elements; characterized in that the tempered steel has the following properties: - a tensile strength in the range from 750 MPa to 900 MPa; - a yield strength or a 0.2% yield point in the range from 500 MPa to 850 MPa; and - an elongation at break in the range from 12% to 35% - a tensile strength in the range from 750 MPa to 900 MPa; - a yield strength or a 0.2% yield point in the range from 500 MPa to 850 MPa; and - an elongation at break in the range from 12% to 35%
An ultrasonic inspection probe assembly comprising: a backing block ; a face layer ; and a flexible ultrasonic transducer array located between the backing block and the face layer ; characterised by a flexible ultrasonic transducer array frame located between the backing block and the face layer , the flexible transducer array frame comprising an opening , wherein the flexible ultrasonic transducer array is located in the opening of the flexible ultrasonic transducer array frame and the opening of the flexible ultrasonic transducer array frame surrounds the flexible ultrasonic transducer array ; wherein, when the ultrasonic inspection probe assembly is applied to a curved surface, the face layer , the backing block , the flexible ultrasonic transducer array frame and the flexible ultrasonic transducer array all flex to adapt to the curve of the surface; and wherein the flexible ultrasonic transducer array frame comprises spring steel and is configured to return to the original position when no forces are applied to the ultrasonic inspection probe assembly . a backing block ; a face layer ; and a flexible ultrasonic transducer array located between the backing block and the face layer ; characterised by a flexible ultrasonic transducer array frame located between the backing block and the face layer , the flexible transducer array frame comprising an opening , wherein the flexible ultrasonic transducer array is located in the opening of the flexible ultrasonic transducer array frame and the opening of the flexible ultrasonic transducer array frame surrounds the flexible ultrasonic transducer array ; wherein, when the ultrasonic inspection probe assembly is applied to a curved surface, the face layer , the backing block , the flexible ultrasonic transducer array frame and the flexible ultrasonic transducer array all flex to adapt to the curve of the surface; and wherein the flexible ultrasonic transducer array frame comprises spring steel and is configured to return to the original position when no forces are applied to the ultrasonic inspection probe assembly .
Method for producing solid-state layers , especially for use as wafers, having the following steps: providing at least one workpiece for detaching the solid-state layers , where the workpiece has at least one first exposed surface and one second exposed surface, where at least the first exposed surface extends in an X/Y plane, generating and/or providing a receiving layer for holding the solid-state layer , joining at least sections of the receiving layer to the first exposed surface of the workpiece , to form a composite structure, and generating and/or providing a stabilizing layer for holding the workpiece , joining sections at least of the stabilizing layer to the second exposed surface of the workpiece and to the receiving layer , to form a joining region , where at least a portion of the receiving layer in the joining region joined to the stabilizing layer forms a specified shaping portion , subjecting the composite structure to an internal and/or external stress field in such a way that the solid-state layer is detached from the workpiece along a plane extending within the workpiece , by crack propagation , where the shaping portion exerts defined influence over the crack propagation within the workpiece . providing at least one workpiece for detaching the solid-state layers , where the workpiece has at least one first exposed surface and one second exposed surface, where at least the first exposed surface extends in an X/Y plane, generating and/or providing a receiving layer for holding the solid-state layer , joining at least sections of the receiving layer to the first exposed surface of the workpiece , to form a composite structure, and generating and/or providing a stabilizing layer for holding the workpiece , joining sections at least of the stabilizing layer to the second exposed surface of the workpiece and to the receiving layer , to form a joining region , where at least a portion of the receiving layer in the joining region joined to the stabilizing layer forms a specified shaping portion , subjecting the composite structure to an internal and/or external stress field in such a way that the solid-state layer is detached from the workpiece along a plane extending within the workpiece , by crack propagation , where the shaping portion exerts defined influence over the crack propagation within the workpiece .
A vehicle body speed estimation method for estimating a vehicle body speed of a four-wheel drive vehicle from a wheel speed of each wheel of the four-wheel drive vehicle, comprising: switching (S6, S10) a method for selecting the wheel speed used for estimating the vehicle body speed between a first method and a second method, characterized by determining (S4) whether a deviation of at least two of the wheel speeds among the wheel speeds is within a first prescribed range, wherein the method for selecting the wheel speed is switched when the deviation is within the first prescribed range and a sign of a drive torque that is applied to each of the wheels is reversed (S2, S4, S8). switching (S6, S10) a method for selecting the wheel speed used for estimating the vehicle body speed between a first method and a second method, characterized by determining (S4) whether a deviation of at least two of the wheel speeds among the wheel speeds is within a first prescribed range, wherein the method for selecting the wheel speed is switched when the deviation is within the first prescribed range and a sign of a drive torque that is applied to each of the wheels is reversed (S2, S4, S8).