mhurhangee/ep-ind-claims huggingface dataset:
A method for converting thermal power delivered from a variable temperature heat source into mechanical power by means of a closed thermodynamic cycle, wherein said closed thermodynamic cycle operates between a higher temperature (Thigh) and a temperature substantially equal to ambient temperature (Tamb), wherein said higher temperature (Thigh) is much higher than ambient temperature (Tamb), said closed thermodynamic cycle comprising an adiabatic compression process for changing the temperature of a two-phase mixture from said ambient temperature (Tamb) to a temperature lower or equal to a first temperature (Tlow), said first temperature (Tlow) being higher than said ambient temperature (Tamb) and lower than said higher temperature (Thigh), and to change the specific entropy value of one phase of said two-phase mixture from a first specific entropy value (s1, s3) to a second specific entropy value, said second specific entropy value being lower than said first specific entropy value (s1, s3), said two-phase mixture is obtained by a mixing process, for mixing a first working fluid with a second working fluid, characterized in that said second working fluid comprises a non-volatile liquid.
A method for use in a first node which serves to control traffic to and from user equipments, UEs, in a cell in a wireless communication system, and in which system traffic from the UEs to the first node relates to data and to control signals, a first type of channel carries the control signals and a second type of channel carries at least the data, said channels are being carried by sub-frames, with each sub-frame comprising a number of resource blocks, and respective of said first and second type of channels being allotted an amount of resource blocks in each sub-frame, the method comprising: - monitoring control signal transmissions over the first type of channels in the cell, by monitoring Channel Feedback Report intervals and comparing the monitored Channel Feedback Report intervals to a target Channel Feedback Report interval; - monitoring a ratio between a number of resource blocks used by the second channel and a number of resource blocks available for the second channel; and - varying the amount of resource blocks that are allotted to the first type of channels in the cell depending on the outcome of the two monitoring steps. - monitoring control signal transmissions over the first type of channels in the cell, by monitoring Channel Feedback Report intervals and comparing the monitored Channel Feedback Report intervals to a target Channel Feedback Report interval; - monitoring a ratio between a number of resource blocks used by the second channel and a number of resource blocks available for the second channel; and - varying the amount of resource blocks that are allotted to the first type of channels in the cell depending on the outcome of the two monitoring steps.
A method to distribute remote driving tasks of vehicles to remote operators, wherein the method comprises • receiving information about a planned and/or a present remote driving task of a vehicle by a server; • providing the information to a task-creation-algorithm implemented on the server, wherein the task-creation-algorithm determines a remote-driver requirement profile based on the information, wherein the task-creation-algorithm additionally determines a remote workspace requirement profile based on the information, • providing the requirement profile to a mapping algorithm, wherein the mapping algorithm searches for remote-drivers that match the requirement profile and selects at least a subset the remote-drivers that match the requirement profile, and wherein the mapping algorithm searches for remote workspaces that match the remote workspace requirement that are operated by a remote-driver who matches the remote-driver requirement profile and selects at least a subset of the remote workspace and remote-driver combinations that both match the requirement profiles, • assigning the driving task of the vehicle at least one of the selected combination; wherein the mapping algorithm has access to a database in which hardware configurations of remote-workplaces and remote-driver qualifications and ratings are stored. • receiving information about a planned and/or a present remote driving task of a vehicle by a server; • providing the information to a task-creation-algorithm implemented on the server, wherein the task-creation-algorithm determines a remote-driver requirement profile based on the information, wherein the task-creation-algorithm additionally determines a remote workspace requirement profile based on the information, • providing the requirement profile to a mapping algorithm, wherein the mapping algorithm searches for remote-drivers that match the requirement profile and selects at least a subset the remote-drivers that match the requirement profile, and wherein the mapping algorithm searches for remote workspaces that match the remote workspace requirement that are operated by a remote-driver who matches the remote-driver requirement profile and selects at least a subset of the remote workspace and remote-driver combinations that both match the requirement profiles, • assigning the driving task of the vehicle at least one of the selected combination; wherein the mapping algorithm has access to a database in which hardware configurations of remote-workplaces and remote-driver qualifications and ratings are stored.
Electronic structure comprising a plurality of electronic devices arranged in the form of a matrix array comprising a first number of rows (L j), the electronic devices of each row being connected in series, the matrix array further comprising a plurality of switches and the rows of the matrix array being distributed in a second number of groups (G k) being connected in series by means of the switches, the groups (G k) connected in series being supplied with an electrical supply current, at least one of the groups comprising at least two rows connected in parallel so as to distribute the supply current between said at least two rows.
A solid electrolyte comprising: porous silica having a plurality of pores interconnected mutually; and an electrolyte coating inner surfaces of the plurality of pores, wherein the electrolyte comprises 1-ethyl-3-methylimidazolium bis(trifluoromethanesulfonyl)imide represented by EMI-TFSI and a lithium salt dissolved in the EMI-TFSI, and a molar ratio of the EMI-TFSI to silica is larger than 1.5 and less than 2.0. porous silica having a plurality of pores interconnected mutually; and an electrolyte coating inner surfaces of the plurality of pores, wherein the electrolyte comprises 1-ethyl-3-methylimidazolium bis(trifluoromethanesulfonyl)imide represented by EMI-TFSI and a lithium salt dissolved in the EMI-TFSI, and a molar ratio of the EMI-TFSI to silica is larger than 1.5 and less than 2.0.
A moisture-curable polysilylated polyether composition comprising a) at least one urethane group-containing polysilylated polyether free of urea groups, having two or more dialkoxysilyl and/or trialkoxysilyl groups per molecule and a number average molecular weight of 4,000 to 20,000; wherein the urethane groups of the polysilylated polyether are aliphatic urethane groups; and b) a catalytically effective amount of a catalyst selected from a titanium catalyst and a mixture of a zinc catalyst and a cyclic amidine catalyst; the polysilylated polyether composition containing no more than 1000 parts by weight tin per million parts by weight of the polysilylated polyether. a) at least one urethane group-containing polysilylated polyether free of urea groups, having two or more dialkoxysilyl and/or trialkoxysilyl groups per molecule and a number average molecular weight of 4,000 to 20,000; wherein the urethane groups of the polysilylated polyether are aliphatic urethane groups; and b) a catalytically effective amount of a catalyst selected from a titanium catalyst and a mixture of a zinc catalyst and a cyclic amidine catalyst;
A wind turbine assembly comprising a generally cylindrical wind turbine rotor that is supported by a rotor support and operable to rotate about a rotational axis, the rotor comprising a plurality of aerofoil blades (130, 130A, 130B) with each aerofoil blade having a leading edge, a trailing edge, a suction surface, a pressure surface, and an aerofoil chord having a chord length (L C) between the leading edge and the trailing edge, the aerofoil blades being in a generally cylindrical arrangement around the rotational axis with the chords being angled relative to radii through the rotational axis such that the suction surfaces and pressure surfaces respectively face generally outwardly and inwardly from and to the rotational axis, wherein the minimum separation between the leading edge of a first aerofoil and the suction surface of an adjacent aerofoil is less than the chord length (L C), and characterised in that the location of the maximum thickness of each aerofoil blade (L Tmax) along the chord is less than 10% of the chord length (L C) from the leading edge, and the leading edges of the aerofoil blades are located at a larger radial separation from the rotational axis than the trailing edges.
An electric compressor comprising: a compressor mechanism portion (11, 12, 13); an electric motor for driving the compressor mechanism portion (11, 12, 13); a housing (24, 25) for accommodating the compressor mechanism portion (11, 12, 13) and the electric motor; an inverter assembly (100; 200; 300) for controlling a rotational frequency of the electric motor; and an inverter accommodating chamber, which is provided by recessing a part of the housing (24, 25), for accommodating the inverter assembly (100; 200; 300), wherein the inverter assembly (100; 200; 300) includes: a substrate (110; 210; 310) having an electric circuit including a switching element; one or more components wherein each component includes of least one of a capacitor and a coil; and a base (150; 250; 350) for supporting the substrate (110; 210; 310) and the component or components and the inverter assembly (100; 200; 300) is detachably fixed inside the inverter accommodating chamber of the housing (24, 25), wherein the electric compressor is characterized in that the inverter assembly (100; 200; 300) is for converting a direct current into a multi-phase alternate current to supply the converted current to the electric motor, and the detachable fixing of the inverter assembly (100; 200; 300) and the housing (24, 25) is realized by fixing the base (150; 250; 350) to the housing (24, 25). a compressor mechanism portion (11, 12, 13); an electric motor for driving the compressor mechanism portion (11, 12, 13); a housing (24, 25) for accommodating the compressor mechanism portion (11, 12, 13) and the electric motor; an inverter assembly (100; 200; 300) for controlling a rotational frequency of the electric motor; and an inverter accommodating chamber, which is provided by recessing a part of the housing (24, 25), for accommodating the inverter assembly (100; 200; 300), wherein
A contoured skin surface of an airframe comprising a composite frame attached to said contoured skin surface, comprising: a plurality of truss elements flexibly coupled with each other at articulations; and a cap extending across and joined to the truss elements characterised in that the frame is configured to flex at the articulations during installation on the skin surface. a plurality of truss elements flexibly coupled with each other at articulations; and a cap extending across and joined to the truss elements characterised in that the frame is configured to flex at the articulations during installation on the skin surface.
A method for securing an in-vehicle network, the method performed by a node in the in-vehicle network, comprising: maintaining a session list, wherein each entry in the session list is associated with a flow and includes a set of network identifiers and an application identifier; receiving a packet from the in-vehicle network; identifying two or more network identifiers of the packet; identifying one or more application identifiers of the packet; matching the identified two or more network identifiers and the identified one or more application identifiers with an entry in the session list; and if: the one or more application identifiers of the packet match the application identifier in the entry, and the at least two or more network identifiers of the packet only partially match the network identifiers in the entry, then: determining the packet is related to an anomaly, and logging information related to the packet. maintaining a session list, wherein each entry in the session list is associated with a flow and includes a set of network identifiers and an application identifier; receiving a packet from the in-vehicle network; identifying two or more network identifiers of the packet; identifying one or more application identifiers of the packet; matching the identified two or more network identifiers and the identified one or more application identifiers with an entry in the session list; and if: the one or more application identifiers of the packet match the application identifier in the entry, and the at least two or more network identifiers of the packet only partially match the network identifiers in the entry, then: determining the packet is related to an anomaly, and logging information related to the packet. the one or more application identifiers of the packet match the application identifier in the entry, and the at least two or more network identifiers of the packet only partially match the network identifiers in the entry, then: determining the packet is related to an anomaly, and logging information related to the packet. determining the packet is related to an anomaly, and logging information related to the packet.
A method for tracking at least one moving anatomical object during a treatment sequence, the method comprising: (a) prior to the treatment sequence, (i) acquiring a series of reference images of an anatomical region comprising the anatomical object during motion thereof, each reference image corresponding to a different stage of the motion, and (ii) processing the images to determine, for each image, a location associated with the object; and (b) during the treatment sequence, (i) acquiring treatment images of the anatomical region, the treatment images containing less information than the reference images, (ii) acquiring complementary information during acquisition of the treatment images, (iii) correlating at least one of the treatment images to a corresponding reference image based on similarity therebetween and the complementary information, and (iv) tracking the object in the at least one of the treatment images based at least in part on the location associated with the object in the corresponding reference image, wherein the complementary information is utilized to identify the reference image that best matches the at least one of the treatment images. (a) prior to the treatment sequence, (i) acquiring a series of reference images of an anatomical region comprising the anatomical object during motion thereof, each reference image corresponding to a different stage of the motion, and (ii) processing the images to determine, for each image, a location associated with the object; and (b) during the treatment sequence, (i) acquiring treatment images of the anatomical region, the treatment images containing less information than the reference images, (ii) acquiring complementary information during acquisition of the treatment images, (iii) correlating at least one of the treatment images to a corresponding reference image based on similarity therebetween and the complementary information, and (iv) tracking the object in the at least one of the treatment images based at least in part on the location associated with the object in the corresponding reference image,
Water-conducting household appliance for cleaning items to be washed having a treatment compartment for receiving the items to be washed, a storage container for storing grey water, a treatment device for cleaning and/or disinfecting the grey water stored in the storage container and a conveyor device for conveying the grey water from the storage container through the treatment device, wherein the treatment device is arranged between the storage container and the treatment compartment such that it is connected in a fluid-conducting manner with the treatment compartment by way of a first supply system and with the storage container by way of a second supply system, wherein the first supply system comprises a first receiving volume above the treatment device, which is filled by a water column present above the treatment device during operation of the conveyor device, wherein the second supply system and/or the storage container comprises a second receiving volume, below the treatment device, which corresponds at least to the first receiving volume and which is embodied to receive a liquid volume corresponding to the water column when the conveyor device is switched off, characterised in that after the conveyor device is switched off, a back-flow of the volume of treated grey water present in the water column through the treatment device is made possible in order to clean the treatment device of the accumulated suspended matter.
An apparatus for inspecting composite structures with non-planar surfaces comprising: a curved transducer array having a shape that is configured to cover a non-planar surface of a test object and send a sound signal from a first portion of the curved transducer array through the test object to a second portion of the curved transducer array; and a controller configured to control a transmission of the sound signal by the first portion of the curved transducer array, so that the sound signal is sent from the first portion of the curved transducer array through the test object in a direction towards the second portion of the curved transducer array, and a reception of the sound signal at the second portion of the curved transducer array, such that the sound signal is a through-transmission transmitted by the first portion of the curved transducer array and received at the second portion of the curved transducer array via an undeflected path. a curved transducer array having a shape that is configured to cover a non-planar surface of a test object and send a sound signal from a first portion of the curved transducer array through the test object to a second portion of the curved transducer array; and a controller configured to control a transmission of the sound signal by the first portion of the curved transducer array, so that the sound signal is sent from the first portion of the curved transducer array through the test object in a direction towards the second portion of the curved transducer array, and a reception of the sound signal at the second portion of the curved transducer array, such that the sound signal is a through-transmission transmitted by the first portion of the curved transducer array and received at the second portion of the curved transducer array via an undeflected path.
A hybrid pump comprising: an impeller; a magnetic drive configured to control rotation of the impeller; a drive shaft combined with the magnetic drive; and a motor, wherein the drive shaft rotates in response to rotation of an axis of the motor, the magnetic drive rotates when the drive shaft rotates, the impeller rotates in response to rotation of the magnetic drive, a drive body (900, 1100) of the magnetic drive has a plastic member (920, 1120) and a metal member (922, 1122) included in the plastic member (920, 1120), the drive shaft is formed of metal, the drive shaft and the metal member (922, 1122) are directly connected. an impeller; a magnetic drive configured to control rotation of the impeller; a drive shaft combined with the magnetic drive; and a motor, wherein the drive shaft rotates in response to rotation of an axis of the motor, the magnetic drive rotates when the drive shaft rotates, the impeller rotates in response to rotation of the magnetic drive, a drive body (900, 1100) of the magnetic drive has a plastic member (920, 1120) and a metal member (922, 1122) included in the plastic member (920, 1120), the drive shaft is formed of metal, the drive shaft and the metal member (922, 1122) are directly connected.
A method for wireless communications, comprising: receiving signaling indicating at least two frequency bands within an operating frequency band of a current serving cell for performing reference signal, RS, metric measurements, characterised in that the signaling indicates a narrower frequency band for performing a reference signal received power, RSRP, measurement and a wider frequency band for performing a received signal strength indicator, RSSI, measurement; performing the RSRP measurement on the narrower frequency band and the RSSI measurement on the wider frequency band; and reporting a reference signal received quality, RSRQ, computed based on the RSRP and RSSI measurements. receiving signaling indicating at least two frequency bands within an operating frequency band of a current serving cell for performing reference signal, RS, metric measurements, characterised in that the signaling indicates a narrower frequency band for performing a reference signal received power, RSRP, measurement and a wider frequency band for performing a received signal strength indicator, RSSI, measurement; performing the RSRP measurement on the narrower frequency band and the RSSI measurement on the wider frequency band; and reporting a reference signal received quality, RSRQ, computed based on the RSRP and RSSI measurements.
A method of operating a wind power installation having a generator for delivering electrical power to an electrical network characterised in that the power delivered to the network by the generator is regulated or adjusted in dependence on the network frequency of the electrical network, the electrical power delivered by the generator and fed into the network is reduced if the network frequency of the electrical network exceeds a predetermined value, wherein the predetermined value is more than 3 ‰, preferably 6 ‰ above its reference value, wherein the wind power installation for regulating the mechanical power down has pitch regulation of the rotor blades of the wind power installation and the generator of the wind power installation generates an alternating electrical current and the generator is connected to the rotor which carries the rotor blades and the alternating electrical current generated by the generator is rectified by means of a rectifier and smoothed by means of a capacitor and by means of an inverter the direct current voltage is converted into an alternating current which is delivered to the network, wherein there is provided a regulating device comprising a microprocessor which measures the network frequency and controls power switches of the inverter in such a way that the output frequency corresponds to the network frequency.