mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed at a first electronic device , the method comprising: receiving a first audio content item that includes a plurality of sound sources; generating a representation of the first audio content item; determining , from the representation of the first audio content item: a representation of an isolated sound source of the plurality of sound sources, and frequency data associated with the isolated sound source, wherein the determining includes using a neural network to jointly determine the representation of the isolated sound source and the frequency data associated with the isolated sound source; characterised in that the method further comprises: determining that a portion of a second audio content item matches the first audio content item by: determining frequency data for a representation of the second audio content item; and comparing the frequency data of the second audio content item with the frequency data of the first audio content item. receiving a first audio content item that includes a plurality of sound sources; generating a representation of the first audio content item; determining , from the representation of the first audio content item: a representation of an isolated sound source of the plurality of sound sources, and frequency data associated with the isolated sound source, a representation of an isolated sound source of the plurality of sound sources, and frequency data associated with the isolated sound source, wherein the determining includes using a neural network to jointly determine the representation of the isolated sound source and the frequency data associated with the isolated sound source; characterised in that the method further comprises: determining that a portion of a second audio content item matches the first audio content item by: determining frequency data for a representation of the second audio content item; and comparing the frequency data of the second audio content item with the frequency data of the first audio content item. determining frequency data for a representation of the second audio content item; and comparing the frequency data of the second audio content item with the frequency data of the first audio content item.
A method of determining a communication network for providing a communication service to a terminal communication device, the method being performed by a combination of a home subscriber server and of a unified data management and comprising: sending , to a network determination entity, a request message to determine a communication network that has a connectivity session with the terminal device, the request message comprising a unique identifier identifying the terminal device; receiving an indication message from the network determination entity including an indication of a communication network out of a plurality of communication networks in which the terminal device has a connectivity session; and selecting the indicated communication network for initiating the communication service in case the indicated communication network supports the communication service; wherein at least one communication network of the plurality of communication networks is configured in accordance with a Long Term Evolution radio communication technology and at least one other communication network of the plurality of communication networks is configured in accordance with a 5G radio communication technology; wherein the network determination entity comprises a combination of a packet data network gateway-core network entity and of a session management function entity. sending , to a network determination entity, a request message to determine a communication network that has a connectivity session with the terminal device, the request message comprising a unique identifier identifying the terminal device; receiving an indication message from the network determination entity including an indication of a communication network out of a plurality of communication networks in which the terminal device has a connectivity session; and selecting the indicated communication network for initiating the communication service in case the indicated communication network supports the communication service; wherein at least one communication network of the plurality of communication networks is configured in accordance with a Long Term Evolution radio communication technology and at least one other communication network of the plurality of communication networks is configured in accordance with a 5G radio communication technology; wherein the network determination entity comprises a combination of a packet data network gateway-core network entity and of a session management function entity.
First device for detecting persons and transmission of first items of information, wherein the first device has - a first transmitter for transmitting a first transmit signal and - a first receiver for receiving an echo of the first transmit signal and for generating from the received echo an electrical signal corresponding to the echo and - wherein the first sender is suitable and configured to introduce a first item of information into the first transmit signal for the purpose of a communication and - wherein the first receiver has an evaluation means in order to evaluate the electrical signal corresponding to the echo, - wherein the evaluation means is suitable and configured to generate an item of information which display the detection of persons, - wherein the first item of information comprises an item of information for characterising a path, the first transmitter has a first means for the processing of information and the generation of signals, in order to generate the first transmit signal including the first item of information, introduced therein, for characterising the path and the first device has a second means for the processing of information and the generation of signals, in order to generate a second transmit signal which contains the information displaying the persons. - a first transmitter for transmitting a first transmit signal and - a first receiver for receiving an echo of the first transmit signal and for generating from the received echo an electrical signal corresponding to the echo and - wherein the first sender is suitable and configured to introduce a first item of information into the first transmit signal for the purpose of a communication and - wherein the first receiver has an evaluation means in order to evaluate the electrical signal corresponding to the echo, - wherein the evaluation means is suitable and configured to generate an item of information which display the detection of persons, - wherein the first item of information comprises an item of information for characterising a path, the first transmitter has a first means for the processing of information and the generation of signals, in order to generate the first transmit signal including the first item of information, introduced therein, for characterising the path and the first device has a second means for the processing of information and the generation of signals, in order to generate a second transmit signal which contains the information displaying the persons.
An anti-p185her2/neu antibody for use in the treatment of a tumor associated with p185her2/neu in a subject, or in the prevention of the development of a tumor associated with p185her2/neu in a subject, wherein the antibody is for administration in combination with interferon gamma (IFN-γ), wherein said antibody specifically binds to p185her2/neu and inhibits tyrosine kinase activity of p185her2/neu, wherein treatment of the tumor with the anti-p185her2/neu antibody is initiated 1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5 or 5 days prior to addition of IFN-γ treatment. wherein said antibody specifically binds to p185her2/neu and inhibits tyrosine kinase activity of p185her2/neu, wherein treatment of the tumor with the anti-p185her2/neu antibody is initiated 1, 1.5, 2, 2.5, 3, 3.5, 4, 4.5 or 5 days prior to addition of IFN-γ treatment.
An implantable apparatus for stimulating tissue, comprising: an implantable coil ; a power circuit and stimulator module comprising a half-wave rectifier configured to convert an induced AC voltage on the implantable coil into a DC voltage, wherein the power circuit and stimulator module is configured to produce a constant voltage stimulus whose one or more stimulation parameters being frequency, pulse width or intensity are determined by a power signal received at said implantable coil from an external device ; stimulus electrodes connected to the power circuit and stimulator module , wherein said stimulus electrodes are configured to perform bipolar electrical stimulation using the voltage stimulus produced by the power circuit and stimulator module; a reverse telemetry module connected to the implantable coil; a sensor connected to the reverse telemetry module; and at least one recording electrode connected to the sensor; wherein the implantable coil is configured to couple to the external device through a wireless inductive coupling allowing the external device to control the one or more stimulation parameters when applying the voltage stimulus by the implantable apparatus at a treatment location in a body tissue through the stimulus electrodes ; and wherein the sensor is configured to measure one or more of the intensity of the applied voltage stimulus and a physiological signal received from the body tissue for transmission as measurements by the reverse telemetry module to the external device. an implantable coil ; a power circuit and stimulator module comprising a half-wave rectifier configured to convert an induced AC voltage on the implantable coil into a DC voltage, wherein the power circuit and stimulator module is configured to produce a constant voltage stimulus whose one or more stimulation parameters being frequency, pulse width or intensity are determined by a power signal received at said implantable coil from an external device ; stimulus electrodes connected to the power circuit and stimulator module , wherein said stimulus electrodes are configured to perform bipolar electrical stimulation using the voltage stimulus produced by the power circuit and stimulator module; a reverse telemetry module connected to the implantable coil; a sensor connected to the reverse telemetry module; and at least one recording electrode connected to the sensor; wherein the implantable coil is configured to couple to the external device through a wireless inductive coupling allowing the external device to control the one or more stimulation parameters when applying the voltage stimulus by the implantable apparatus at a treatment location in a body tissue through the stimulus electrodes ; and wherein the sensor is configured to measure one or more of the intensity of the applied voltage stimulus and a physiological signal received from the body tissue for transmission as measurements by the reverse telemetry module to the external device.
Use of a road vehicle tractor/trailer combination in logistics centres for individual manoeuvring to loading ramps, with a controllable towing vehicle (2; 14; 21) with at least one driven axle (6; 15) in combination with at least one vehicle coupled to the towing vehicle (2; 14; 21), wherein at least one axle (9; 12; 17; 25) of the vehicle coupled to the towing vehicle (2; 14; 21) is implemented as a drive module and temporary drive axle, wherein the drive module comprises a drive unit that can be automatically actuated and activated for a limited time by means of a control unit depending on the determined driving state and the determined drive demand of the road vehicle tractor/trailer combination , wherein the drive unit of the drive module comprises at least one electric motor that is disposed directly on the drive axle (9; 12; 17; 25) and the power supply, together with a signal communication, is carried out via a plug connection from the towing vehicle (2; 14; 21), wherein the drive module is able to be activated automatically or is able to be activated individually by hand in logistics centres for individual manoeuvring to loading ramps, depending on the driving mode, with variable power, under the operating condition which is predetermined or determined by communication with the towing vehicle (2; 14; 21) and/or by a sensor arrangement of the drive module, wherein the power supply is then carried out contactlessly by means of charging loops in the ground. with a controllable towing vehicle (2; 14; 21) with at least one driven axle (6; 15) in combination with at least one vehicle coupled to the towing vehicle (2; 14; 21), wherein at least one axle (9; 12; 17; 25) of the vehicle coupled to the towing vehicle (2; 14; 21) is implemented as a drive module and temporary drive axle, wherein the drive module comprises a drive unit that can be automatically actuated and activated for a limited time by means of a control unit depending on the determined driving state and the determined drive demand of the road vehicle tractor/trailer combination , wherein the drive unit of the drive module comprises at least one electric motor that is disposed directly on the drive axle (9; 12; 17; 25) and the power supply, together with a signal communication, is carried out via a plug connection from the towing vehicle (2; 14; 21), wherein the drive module is able to be activated automatically or is able to be activated individually by hand in logistics centres for individual manoeuvring to loading ramps, depending on the driving mode, with variable power, under the operating condition which is predetermined or determined by communication with the towing vehicle (2; 14; 21) and/or by a sensor arrangement of the drive module, wherein the power supply is then carried out contactlessly by means of charging loops in the ground.
Method for delegating a request to establish a new connection (C2) between a terminal adapted to connect to a cellular network, so-called cellular terminal (UE), and a so-called anchor gateway (PGW) comprising an interface with a packet switching network (PSN), the cellular terminal being attached by a first link (L1) to a local base station (SBL), a first connection (C1) being established between the cellular terminal and the anchor gateway, an IP address being allocated to the cellular terminal by the anchor gateway, the first connection using the IP address and the first link, the method being implemented in the local base station and comprising the following steps: • obtaining of measurements of quality (m01) of a radio signal transmitted by at least one neighbor base station toward the cellular terminal, • reception of a request for establishment (m06) of a new connection (C2) between the cellular terminal and the anchor gateway, generated by the anchor gateway and comprising an indication of necessary resources, • decision not to establish the new connection through the local base station, on the basis of the indication of necessary resources, the method furthermore comprising the following steps: • selection of a neighbor base station (SBV) as a function of the quality measurements obtained, • transmission of a configuration message (m08) destined for the cellular terminal comprising an identifier of the selected neighbor base station, the configuration message requesting the attachment of the cellular terminal to the selected neighbor base station, by a second link (L2), the attachment triggering the creation of the new connection between the cellular terminal and the anchor gateway through the selected neighbor base station, the new connection using the IP address and the second link, the first connection and the first link being maintained. • obtaining of measurements of quality (m01) of a radio signal transmitted by at least one neighbor base station toward the cellular terminal, • reception of a request for establishment (m06) of a new connection (C2) between the cellular terminal and the anchor gateway, generated by the anchor gateway and comprising an indication of necessary resources, • decision not to establish the new connection through the local base station, on the basis of the indication of necessary resources, • selection of a neighbor base station (SBV) as a function of the quality measurements obtained, • transmission of a configuration message (m08) destined for the cellular terminal comprising an identifier of the selected neighbor base station, the configuration message requesting the attachment of the cellular terminal to the selected neighbor base station, by a second link (L2), the attachment triggering the creation of the new connection between the cellular terminal and the anchor gateway through the selected neighbor base station, the new connection using the IP address and the second link, the first connection and the first link being maintained.
A capacitor comprising: a pair of conductive electrodes , including a first electrode and a second electrode , the first electrode and second electrode being parallel and spaced apart by an intervening space; and a primary dielectric layer comprised of a primary dielectric material, being disposed between the pair of conductive electrodes within the intervening space, and having a first surface adjacent to the first electrode and an opposite second surface adjacent to the second electrode ; and a secondary dielectric layer comprised of a secondary dielectric material comprising a puralene polymer, being disposed between and in contact with the first surface of the primary dielectric and the first electrode , said secondary dielectric layer having an augmented permittivity produced by condensing puralene reaction products in the presence of a magnetic field and/or an electric field during formation of the secondary dielectric material, before the secondary dielectric material has fully solidified. a pair of conductive electrodes , including a first electrode and a second electrode , the first electrode and second electrode being parallel and spaced apart by an intervening space; and a primary dielectric layer comprised of a primary dielectric material, being disposed between the pair of conductive electrodes within the intervening space, and having a first surface adjacent to the first electrode and an opposite second surface adjacent to the second electrode ; and a secondary dielectric layer comprised of a secondary dielectric material comprising a puralene polymer, being disposed between and in contact with the first surface of the primary dielectric and the first electrode , said secondary dielectric layer having an augmented permittivity produced by condensing puralene reaction products in the presence of a magnetic field and/or an electric field during formation of the secondary dielectric material, before the secondary dielectric material has fully solidified.
Machine tool , in particular a machining center, having a device for cooling lubricant supply, wherein the device for supplying cooling lubricant is equipped with - a filter device with container , - at least one first low-pressure pump , - a low-pressure distribution , - a high-pressure pump and - a return pump , characterized in that - the filter device with container and at least one first low-pressure pump are designed as a separate structural unit, - the low-pressure distribution and the high-pressure pump are integrated into the machine tool , and - the machine tool and the filter device with container are connected to the low-pressure line and the return pump line . - a filter device with container , - at least one first low-pressure pump , - a low-pressure distribution , - a high-pressure pump and - a return pump , characterized in that - the filter device with container and at least one first low-pressure pump are designed as a separate structural unit, - the low-pressure distribution and the high-pressure pump are integrated into the machine tool , and - the machine tool and the filter device with container are connected to the low-pressure line and the return pump line .
A composition comprising milk-based protein hydrolysate obtainable by treatment of a solution of a milk-based proteinaceous material with a) at least one trypsin-like endopeptidase derived from a microorganism, and b) at least one chymotrypsin-like endopeptidase derived from a microorganism, wherein the at least one trypsin-like endopeptidase is produced by fermentation of a cell of an organism of a strain of Fusarium oxysporum and has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99% or 100% sequence identity to the sequence denoted by SWISSPROT No. P35049, and the at least one chymotrypsin-like endopeptidase is produced by fermentation a strain of Nocardiopsis Sp and has at least 75%, at least 80%, at least 85%, at least 90%, at least 95%, at least 96%, at least 97%, at least 98%, at least 99% or 100% sequence identity to polypeptide sequences of EMBL CDS CA194179, and the ratio of the trypsin-like endopeptidase to the chymotrypsin-like endopeptidase is in the range 5:1 to 35:1, wherein the ratio is based on weight of enzyme, and wherein the milk-based proteinaceous material is whey protein, for use as a medicament or as a composition with therapeutic effect. a) at least one trypsin-like endopeptidase derived from a microorganism, and b) at least one chymotrypsin-like endopeptidase derived from a microorganism,
Method for conditionally implementing a service (A, B, C) on a connected object in a local network able to communicate with a device in the local network, referred to as the device for managing the location of a gateway in said local network, implementing said service being associated, on said object, with at least one location datum indicating whether a terminal requiring the service should be in the range of the local network (L/D), the method comprising the following steps on the object: A. receiving (E1) a request (M2) to implement the service originating from a terminal, said request comprising at least the identifier of the service (SiD) and an identifier of said terminal (DiD); B. transmitting, to the management device, a request (E3, M3) to locate said terminal, said request comprising said identifier of the terminal (DiD); C. receiving (E4) a message in response from the management device (M4) comprising at least one location datum for the terminal (L/D) indicating whether the terminal is present (L/D) in the range of the local network; D. implementing (E6) the service on the object if said location datum for the terminal indicates that the terminal is present (L/D) in the range of the local network, and refusing to implement the service on the object if said location datum for the terminal indicates that the terminal is not present (L/D) in the range of the local network. A. receiving (E1) a request (M2) to implement the service originating from a terminal, said request comprising at least the identifier of the service (SiD) and an identifier of said terminal (DiD); B. transmitting, to the management device, a request (E3, M3) to locate said terminal, said request comprising said identifier of the terminal (DiD); C. receiving (E4) a message in response from the management device (M4) comprising at least one location datum for the terminal (L/D) indicating whether the terminal is present (L/D) in the range of the local network; D. implementing (E6) the service on the object if said location datum for the terminal indicates that the terminal is present (L/D) in the range of the local network, and refusing to implement the service on the object if said location datum for the terminal indicates that the terminal is not present (L/D) in the range of the local network.