mhurhangee/patent-ind-claim-en huggingface dataset:
A method for detecting a presence of non-self-sufficient occupants or children at a back seat of a vehicle (1 comprising following steps in a sequence: A) detecting an opening of a rear door for a first time longer than a first predetermined time (T1), wherein the first predetermined time (T1) is longer than 3 seconds; B) detecting an ignition of an engine of the vehicle ; C) detecting a turning off of the engine of the vehicle ; D) detecting an opening of a driver's door ; E) detecting that the rear door has not been opened for a second time longer than a second predetermined time (T2), wherein the second predetermined time (T2) is longer than 4 seconds; F) detecting either a locking of the vehicle during a third predetermined time (T MAX ), wherein the third predetermined time (T MAX ) is longer than 10 seconds or that the vehicle has not been locked for the third predetermined time (T MAX ); and G) actuating a forgotten occupant alarm based on the detections of steps A through F. A) detecting an opening of a rear door for a first time longer than a first predetermined time (T1), wherein the first predetermined time (T1) is longer than 3 seconds; B) detecting an ignition of an engine of the vehicle ; C) detecting a turning off of the engine of the vehicle ; D) detecting an opening of a driver's door ; E) detecting that the rear door has not been opened for a second time longer than a second predetermined time (T2), wherein the second predetermined time (T2) is longer than 4 seconds; F) detecting either a locking of the vehicle during a third predetermined time (T MAX ), wherein the third predetermined time (T MAX ) is longer than 10 seconds or that the vehicle has not been locked for the third predetermined time (T MAX ); and G) actuating a forgotten occupant alarm based on the detections of steps A through F.
Method for flushing a heat recovery steam generator of a power plant with a gas turbine , comprising a compressor , a combustion chamber and a turbine with a rotor , and with a generator coupled to the gas turbine and a start-up converter for converting from an alternating current of any frequency into an alternating current of a specified frequency, wherein the start-up converter is connected to an output of the generator at which the alternating current of any frequency is applied, characterized in that , when the gas turbine is run down, the rotor is supported with the aid of the start-up converter at a boiler flushing speed and the heat recovery steam generator is flushed further until the specifications for flushing the heat recovery steam generator are satisfied.
A device for treating disease along a main vessel and at least one branch vessel extending from the main vessel, the device comprising: a plurality of branch members for deploying in the at least one branch vessel, the branch member having a branch lumen ; and a main body for deployment in the main vessel, the main body having opposite first and second ends , the main body having a wall extending generally longitudinally between the first and second ends, the wall having an internal surface defining a main lumen and an opposite outer surface , the wall having a recessed portion that is recessed relative to the outer surface of the wall and positioned between the first and second ends of the main body , wherein the main body includes a plurality of openings formed in the recessed portion of the wall and each of the plurality of branch members extending respectively through one of the plurality of openings in the wall. a plurality of branch members for deploying in the at least one branch vessel, the branch member having a branch lumen ; and a main body for deployment in the main vessel, the main body having opposite first and second ends , the main body having a wall extending generally longitudinally between the first and second ends, the wall having an internal surface defining a main lumen and an opposite outer surface , the wall having a recessed portion that is recessed relative to the outer surface of the wall and positioned between the first and second ends of the main body , wherein the main body includes a plurality of openings formed in the recessed portion of the wall and each of the plurality of branch members extending respectively through one of the plurality of openings in the wall.
A method of separating an analyte from a biological sample comprising - providing particles , capable of binding said analyte when present in a solution , in a container , said container comprising walls , wherein at least a part of said walls is flexible, - suspending the particles by exerting a force on the flexible part of said walls of the container more than one time - removing an aliquot of the suspended particles from the container , - dispensing said aliquot into a sample - incubating the sample under conditions suitable to immobilize said analyte on the particles, - separating said particles with the bound analyte from other material and removing at least part of the biological sample wherein said removing of an aliquot from the container is performed during exerting of force on the flexible part of the walls of the container. - providing particles , capable of binding said analyte when present in a solution , in a container , said container comprising walls , wherein at least a part of said walls is flexible, - suspending the particles by exerting a force on the flexible part of said walls of the container more than one time - removing an aliquot of the suspended particles from the container , - dispensing said aliquot into a sample - incubating the sample under conditions suitable to immobilize said analyte on the particles, - separating said particles with the bound analyte from other material and removing at least part of the biological sample wherein said removing of an aliquot from the container is performed during exerting of force on the flexible part of the walls of the container.
Electric shaver, comprising at least one cutter unit , a drive unit for driving said at least one cutter unit and a display device for displaying shaver information, characterized in that said display device is configured to be operable in an automatic switching mode in which different sets of information are displayed one after the other under control of a timer wherein said drive unit , when being active, is operable in more than one operation mode, wherein a mode input element is provided for switching the driving unit into different operation modes and wherein said mode input element includes at least one push button configured to change its functionality depending from an ON/OFF status of the drive unit .
A marine acoustic source array for generating an acoustic wave in a body of water, the marine acoustic source array comprising: first and second external source sub-arrays , each sub-array including one or more individual source elements; a first actuator device connected to the first external source sub-array ; and a second actuator device connected to the second external source sub-array , wherein the first actuator device has a corresponding cable configured to connect to a first lead-in , the first actuator device being configured to adjust the length of the corresponding cable , and the second actuator device has a corresponding cable configured to connect to a second lead-in , the second actuator device being configured to adjust the length of the corresponding cable , such that a position of the source array as a whole is controllable along a line substantially perpendicular to a path of the source array, the marine acoustic source array characterized by further comprising a first pulley connected to the cable of the first actuator device and configured to roll on the first lead-in ; and a second pulley connected to the cable of the second actuator device and configured to roll on the second lead-in . first and second external source sub-arrays , each sub-array including one or more individual source elements; a first actuator device connected to the first external source sub-array ; and a second actuator device connected to the second external source sub-array , wherein the first actuator device has a corresponding cable configured to connect to a first lead-in , the first actuator device being configured to adjust the length of the corresponding cable , and the second actuator device has a corresponding cable configured to connect to a second lead-in , the second actuator device being configured to adjust the length of the corresponding cable , such that a position of the source array as a whole is controllable along a line substantially perpendicular to a path of the source array, the marine acoustic source array characterized by further comprising a first pulley connected to the cable of the first actuator device and configured to roll on the first lead-in ; and a second pulley connected to the cable of the second actuator device and configured to roll on the second lead-in . a first pulley connected to the cable of the first actuator device and configured to roll on the first lead-in ; and a second pulley connected to the cable of the second actuator device and configured to roll on the second lead-in .
A data processing device , configured to: provide access to a stream of data elements to a consumer ; receive a data stream query from a consumer , wherein the data stream query defines how to provide access to the stream of data elements; generate a data stream source by generating a first instance of a stream providing module such that the stream providing module provides the data stream in one of a push-mode and a pull-mode specified in the data stream query received from the consumer , wherein the stream providing module is a set of objects that implements data stream processing; wherein, in the push mode, the first instance of the stream providing module provides elements of the data stream according to a predefined schedule; wherein, in the pull mode, the first instance of the stream providing module provides elements of the data stream after receiving a data stream request from a consumer, wherein the stream providing module is configured to provide the data stream in one of a push-mode and a pull-mode by applying a graph rewriting rule to the set of objects representing the stream providing module, the graph rewriting rule corresponding to the one of a push-mode and a pull-mode specified in the data stream query received from the consumer . provide access to a stream of data elements to a consumer ; receive a data stream query from a consumer , wherein the data stream query defines how to provide access to the stream of data elements; generate a data stream source by generating a first instance of a stream providing module such that the stream providing module provides the data stream in one of a push-mode and a pull-mode specified in the data stream query received from the consumer , wherein the stream providing module is a set of objects that implements data stream processing; wherein, in the push mode, the first instance of the stream providing module provides elements of the data stream according to a predefined schedule; wherein, in the pull mode, the first instance of the stream providing module provides elements of the data stream after receiving a data stream request from a consumer, wherein the stream providing module is configured to provide the data stream in one of a push-mode and a pull-mode by applying a graph rewriting rule to the set of objects representing the stream providing module, the graph rewriting rule corresponding to the one of a push-mode and a pull-mode specified in the data stream query received from the consumer .
An observation method comprising: an application step of applying a first magnetic field, which is generated by applying a pulse current to a coil or applying currents with a plurality of frequencies to the coil in order, to an object; a detection step of detecting a second magnetic field generated by applying the first magnetic field to the object; and a calculation step of calculating a distribution of a magnetic field source m in the second magnetic field, wherein the magnetic field source m satisfies the following (Equation A), 1 σ ∇ σ × j c = − m x y z ωμ H 0 t z where, σ is a conductivity of the object, ω is an angular frequency of a frequency in a plurality of frequency components, which are obtained by performing Fourier transform on the pulse current, or the currents of the plurality of frequencies, μ is a magnetic permeability of the object, H 0 is the first magnetic field, j e is a current density of an eddy current generated in a direction in which the first magnetic field is canceled, t is a time, z is a coordinate in a depth direction of the object, and x and y are respectively coordinates in two orthogonal directions in a plane perpendicular to the depth direction. an application step of applying a first magnetic field, which is generated by applying a pulse current to a coil or applying currents with a plurality of frequencies to the coil in order, to an object; a detection step of detecting a second magnetic field generated by applying the first magnetic field to the object; and a calculation step of calculating a distribution of a magnetic field source m in the second magnetic field, wherein the magnetic field source m satisfies the following (Equation A), 1 σ ∇ σ × j c = − m x y z ωμ H 0 t z where, σ is a conductivity of the object, ω is an angular frequency of a frequency in a plurality of frequency components, which are obtained by performing Fourier transform on the pulse current, or the currents of the plurality of frequencies, μ is a magnetic permeability of the object, H 0 is the first magnetic field, j e is a current density of an eddy current generated in a direction in which the first magnetic field is canceled, t is a time, z is a coordinate in a depth direction of the object, and x and y are respectively coordinates in two orthogonal directions in a plane perpendicular to the depth direction.
Ambroxol for use in the treatment of a mucopolysaccharidosis type (MPS III) disease in a subject.
A system comprising: a compressor having a compression path between a suction port located to receive a working fluid and a discharge port located to discharge the working fluid; and means for controlling a flow of lubricant, characterised in that the means are responsive to changes in at least one pressure parameter, said parameter comprising a difference between a discharge pressure and the pressure at the location of introduction of the lubricant in the compressor ; and in that said means comprises a one-way pressure-actuated valve . a compressor having a compression path between a suction port located to receive a working fluid and a discharge port located to discharge the working fluid; and means for controlling a flow of lubricant, characterised in that the means are responsive to changes in at least one pressure parameter, said parameter comprising a difference between a discharge pressure and the pressure at the location of introduction of the lubricant in the compressor ; and in that said means comprises a one-way pressure-actuated valve .
An apparatus for vehicle safety comprising: a base that is detachably connectable to a vehicle frame of a vehicle; a power supply ; and an elongated light source supported by the base , coupled to the power supply and arranged to extend above the vehicle frame in an upright orientation with respect to a surface the vehicle frame is to traverse thereon and which moves upon sufficient force being applied, wherein upon removal of said force the elongated light source springs back to the vertical orientation; the apparatus being characterized in that the elongated light source is constructed of a segmented rigid material linked by flexible material. a base that is detachably connectable to a vehicle frame of a vehicle; a power supply ; and an elongated light source supported by the base , coupled to the power supply and arranged to extend above the vehicle frame in an upright orientation with respect to a surface the vehicle frame is to traverse thereon and which moves upon sufficient force being applied, wherein upon removal of said force the elongated light source springs back to the vertical orientation; the apparatus being characterized in that the elongated light source is constructed of a segmented rigid material linked by flexible material.
Brace for a fractured leg of a quadruped animal such as a cow or a horse, comprising a support structure configured for housing therein the fractured leg, preventing said leg from resting on the ground, the brace comprising an immobilizing structure configured for immobilizing the fractured leg by pressure, the immobilizing structure being attached to the support structure , wherein the immobilizing structure is slidable with respect to the support structure , characterized in that the support structure comprises an upper support (4; 4') configured for being supported on the lower part of the chest or of the thigh of the animal, a lower base , and main columns which are arranged between the upper support (4; 4') and the lower base , such that the animal rests on the support structure being supported on the lower base , where the immobilizing structure can be slid being guided on the main columns of the support structure .
A method for running-through machining of a plate-shaped workpiece , comprising at least the following steps: a) providing a spray agent container with a liquid , b) pumping a gas into the spray agent container to generate an overpressure in a liquid space of the spray agent container so that the liquid is sprayed from a nozzle connected to the spray agent container , c) stopping the pumping of the gas into the spray agent container when the spraying of the liquid is to be stopped, wherein at least during step b) or step c) at least a part of the gas escapes from a gas opening of the spray agent container from the spray agent container so that the overpressure in the liquid space decreases after the spraying of the liquid is stopped in step c). a) providing a spray agent container with a liquid , b) pumping a gas into the spray agent container to generate an overpressure in a liquid space of the spray agent container so that the liquid is sprayed from a nozzle connected to the spray agent container , c) stopping the pumping of the gas into the spray agent container when the spraying of the liquid is to be stopped, wherein at least during step b) or step c) at least a part of the gas escapes from a gas opening of the spray agent container from the spray agent container so that the overpressure in the liquid space decreases after the spraying of the liquid is stopped in step c).
A multicast data packet processing method, wherein the method comprises: establishing, by a first forwarding device, a segment routing header, SRH,-based tunnel with a third forwarding device supporting bit index explicit replication, BIER, protocol, wherein the SRH-based tunnel passes through a second forwarding device that does not support BIER protocol; generating, by the first forwarding device, a first multicast data packet based on a multicast data packet from a multicast source and the SRH-based tunnel, wherein the first multicast data packet comprises a first packet header, a second packet header, and the multicast data packet from the multicast source, the first packet header comprises an SRH comprising a multicast address of the multicast data packet, an address of the second forwarding device and an address of the third forwarding device, and a destination address comprised in the second packet header is the address of the second forwarding device; and sending, by the first forwarding device, the first multicast data packet to the second forwarding device through the SRH-based tunnel based on the second packet header. establishing, by a first forwarding device, a segment routing header, SRH,-based tunnel with a third forwarding device supporting bit index explicit replication, BIER, protocol, wherein the SRH-based tunnel passes through a second forwarding device that does not support BIER protocol; generating, by the first forwarding device, a first multicast data packet based on a multicast data packet from a multicast source and the SRH-based tunnel, wherein the first multicast data packet comprises a first packet header, a second packet header, and the multicast data packet from the multicast source, the first packet header comprises an SRH comprising a multicast address of the multicast data packet, an address of the second forwarding device and an address of the third forwarding device, and a destination address comprised in the second packet header is the address of the second forwarding device; and sending, by the first forwarding device, the first multicast data packet to the second forwarding device through the SRH-based tunnel based on the second packet header.
An enclosure comprising:- a plurality of faces together defining a volume with an opening to provide access to said volume, one of said faces having a plurality of apertures formed therein for receiving fixing means for fixing said enclosure to a surface; a lid , in use, to close said opening; respective caps each having second threaded portions ; and characterised by a plurality of spacer members configured to extend in use between said apertured face and the surface, said spacer members having a bore extending therethrough and at least one first threaded portion extending from a surface of said spacer member which in use engages said apertured face wherein said first threaded portions engage said second threaded portions thereby closing said bore and wherein respective retaining members have third threaded portions for also engaging said first externally threaded portions when said first threaded portions extend through said apertures for fixing said spacer members to said apertured face. a plurality of faces together defining a volume with an opening to provide access to said volume, one of said faces having a plurality of apertures formed therein for receiving fixing means for fixing said enclosure to a surface; a lid , in use, to close said opening; respective caps each having second threaded portions ; and characterised by a plurality of spacer members configured to extend in use between said apertured face and the surface, said spacer members having a bore extending therethrough and at least one first threaded portion extending from a surface of said spacer member which in use engages said apertured face wherein said first threaded portions engage said second threaded portions thereby closing said bore and wherein respective retaining members have third threaded portions for also engaging said first externally threaded portions when said first threaded portions extend through said apertures for fixing said spacer members to said apertured face.