mhurhangee/ep-ind-claims huggingface dataset:
Lightweight component which contains a honeycomb core, the honeycomb core being provided on both sides of its honeycomb structure with paper cover layers, a prepreg cover layer being provided in each case adjacent to the honeycomb core on both sides, this prepreg cover layer in each case having a fabric as reinforcing fibers, the lightweight part being assigned a main load direction which corresponds to the L direction of the continuous paper web of the honeycomb core material, the first prepreg cover layer being provided from at least three prepregs which are located one above the other and are each designed as a unidirectional scrim (21, 22, 23), wherein a first of the unidirectional scrims is oriented at +45 degrees to said L-direction, wherein a second of the unidirectional scrims is oriented parallel to 0 degrees to said L-direction, and wherein a third of the unidirectional scrims is oriented at -45 degrees to said L-direction, characterized in in that the prepreg cover layers each completely cover the honeycomb core on both sides thereof, and in that on both sides of the honeycomb core at least one prepreg layer (40, 50, 60, 70, 81-86) is provided which covers only a partial area of the surface of the lightweight component and which comprises at least one prepreg which is designed in each case as at least one unidirectional scrim (41, 42, 43; 51, 61), and in that the honeycomb core has, on both sides in its paper cover layer, cut-outs whose arrangement, dimensions and depth correspond to the arrangement, dimensions and depth of the at least one prepreg layer (40, 50, 60, 70, 81-86) in the finished lightweight component.
A treatment system comprising: a high-frequency power source configured to output high-frequency power; a power source for heat generation configured to output power for heat generation; and a grasping member (36a, 36b) having an electric conductor (52a, 52b) which is configured to apply the high-frequency power as high-frequency power energy to a living tissue and a heating element which applies the power for heat generation as thermal energy to the living tissue, characterized by a control section (74, 84) configured to control the high-frequency power source and the power source for heat generation after application of the high-frequency power energy ends so as to start application of the thermal energy, and repeat a first control mode of performing control such that the heating element reaches a first temperature and a second control mode of performing control such that the heating element becomes lower than the first temperature, and control the power source for heat generation according to a temperature change parameter based on change in temperature of the heating element in the first control mode or the second control mode so as to end application of the thermal energy, after application of the thermal energy starts. a high-frequency power source configured to output high-frequency power; a power source for heat generation configured to output power for heat generation; and a grasping member (36a, 36b) having an electric conductor (52a, 52b) which is configured to apply the high-frequency power as high-frequency power energy to a living tissue and a heating element which applies the power for heat generation as thermal energy to the living tissue, characterized by a control section (74, 84) configured to control the high-frequency power source and the power source for heat generation after application of the high-frequency power energy ends so as to start application of the thermal energy, and repeat a first control mode of performing control such that the heating element reaches a first temperature and a second control mode of performing control such that the heating element becomes lower than the first temperature, and control the power source for heat generation according to a temperature change parameter based on change in temperature of the heating element in the first control mode or the second control mode so as to end application of the thermal energy, after application of the thermal energy starts.
A method of managing applications on a mobile device, comprising: executing, on the mobile device, a client agent (404, 840, 1720, 3540) configured to enforce one or more policy files of a mobile device management system, wherein each policy file defines one or more access controls enforced by the mobile device management system when one or more applications are executing locally on the mobile device, and wherein the client agent is further configured to communicate with one or more applications executing on a remote computing device; and wherein the client agent (404, 840, 1720, 3540) is further configured to facilitate access to one or more remote applications using an application specific virtual private network, VPN, based on one or more attributes associated with each application, user or mobile device information, as defined in the one or more policy files. executing, on the mobile device, a client agent (404, 840, 1720, 3540) configured to enforce one or more policy files of a mobile device management system, wherein each policy file defines one or more access controls enforced by the mobile device management system when one or more applications are executing locally on the mobile device, and wherein the client agent is further configured to communicate with one or more applications executing on a remote computing device; and wherein the client agent (404, 840, 1720, 3540) is further configured to facilitate access to one or more remote applications using an application specific virtual private network, VPN, based on one or more attributes associated with each application, user or mobile device information, as defined in the one or more policy files.
A treatment device, comprising: a guidewire having a proximal portion and a distal portion configured to be positioned within a blood vessel at a treatment site at or near a thrombus; and a distal element having a proximal end portion and a distal end portion, the proximal end portion directly coupled to the distal portion of the guidewire via a connection assembly, and the distal end portion comprising a curved distal end surface, wherein the distal end portion is unattached to the guidewire such that the distal end portion can move freely with respect to the guidewire, and wherein the distal element comprises an expandable mesh having inner and outer layers that conform to one another at the distal end portion to form the curved distal end surface, wherein the expandable mesh has a constrained state for delivery to the treatment site and an expanded, wherein the distal element has an aperture at a distal portion thereof, and the guidewire extends through the aperture, wherein, in the expanded state, the distal element is configured to expand into contact with the blood vessel wall at the treatment site and anchor and/or stabilize the guidewire within the blood vessel. a guidewire having a proximal portion and a distal portion configured to be positioned within a blood vessel at a treatment site at or near a thrombus; and a distal element having a proximal end portion and a distal end portion, the proximal end portion directly coupled to the distal portion of the guidewire via a connection assembly, and the distal end portion comprising a curved distal end surface, wherein the distal end portion is unattached to the guidewire such that the distal end portion can move freely with respect to the guidewire, and wherein the distal element comprises an expandable mesh having inner and outer layers that conform to one another at the distal end portion to form the curved distal end surface, wherein the expandable mesh has a constrained state for delivery to the treatment site and an expanded, wherein the distal element has an aperture at a distal portion thereof, and the guidewire extends through the aperture, wherein, in the expanded state, the distal element is configured to expand into contact with the blood vessel wall at the treatment site and anchor and/or stabilize the guidewire within the blood vessel.
An EGR control method for an EGR device of a vehicle that is configured to be able to circulate some of exhaust gas of an internal combustion engine to an intake side of the internal combustion engine, the EGR control method comprising the step of: correcting a circulation amount of the exhaust gas by an EGR valve for controlling the circulation amount of the exhaust gas to the intake side in accordance with a degree of degradation of a distribution property of the exhaust gas in the EGR valve when the distribution property falls below a specified standard; wherein the degree of degradation of the distribution property of the exhaust gas in the EGR valve is a clogging rate of the EGR valve, which is updated only when a specified condition is satisfied, characterized by the steps of: investigating, whether an accelerator pedal position is brought to zero during traveling of the vehicle and whether fuel injection to the internal combustion engine by fuel injection valves (2-1 to 2-n) is brought into a state of no injection; and determining that the specified condition is satisfied when at least the accelerator pedal position is brought to zero during traveling of the vehicle and the fuel injection to the internal combustion engine by the fuel injection valves (2-1 to 2-n) is brought into a state of no injection. correcting a circulation amount of the exhaust gas by an EGR valve for controlling the circulation amount of the exhaust gas to the intake side in accordance with a degree of degradation of a distribution property of the exhaust gas in the EGR valve when the distribution property falls below a specified standard; wherein the degree of degradation of the distribution property of the exhaust gas in the EGR valve is a clogging rate of the EGR valve, which is updated only when a specified condition is satisfied, characterized by the steps of: investigating, whether an accelerator pedal position is brought to zero during traveling of the vehicle and whether fuel injection to the internal combustion engine by fuel injection valves (2-1 to 2-n) is brought into a state of no injection; and determining that the specified condition is satisfied when at least the accelerator pedal position is brought to zero during traveling of the vehicle and the fuel injection to the internal combustion engine by the fuel injection valves (2-1 to 2-n) is brought into a state of no injection. investigating, whether an accelerator pedal position is brought to zero during traveling of the vehicle and whether fuel injection to the internal combustion engine by fuel injection valves (2-1 to 2-n) is brought into a state of no injection; and determining that the specified condition is satisfied when at least the accelerator pedal position is brought to zero during traveling of the vehicle and the fuel injection to the internal combustion engine by the fuel injection valves (2-1 to 2-n) is brought into a state of no injection.
Apparatus, comprising: a catheter; a tip electrode, at a distal end of the catheter, shaped to define a plurality of fluid apertures; and a structure, within the tip electrode, configured such that fluid passed distally through a lumen of the catheter flows in a longitudinal direction through a space between the structure and an inner surface of the tip electrode, prior to exiting through the fluid apertures, wherein the structure comprises a conduit configured such that at least some of the fluid exits a distal opening of the conduit, and is then deflected into the space by a distal face of the tip electrode, and wherein the structure is configured such that the fluid exits the fluid apertures directly from the space between the structure and the inner surface of the tip electrode, characterised in that the structure is shaped to define one or more circumferential openings, such that at least some of the fluid flows into the space through the circumferential openings. a catheter; a tip electrode, at a distal end of the catheter, shaped to define a plurality of fluid apertures; and a structure, within the tip electrode, configured such that fluid passed distally through a lumen of the catheter flows in a longitudinal direction through a space between the structure and an inner surface of the tip electrode, prior to exiting through the fluid apertures, wherein the structure comprises a conduit configured such that at least some of the fluid exits a distal opening of the conduit, and is then deflected into the space by a distal face of the tip electrode, and wherein the structure is configured such that the fluid exits the fluid apertures directly from the space between the structure and the inner surface of the tip electrode, characterised in that the structure is shaped to define one or more circumferential openings, such that at least some of the fluid flows into the space through the circumferential openings.
A method for supporting location services, the method comprising, at a base station operating in a radio access network, RAN: receiving (502; 2002), by processing hardware, an uplink, UL, message from a user equipment, UE; determining (506; 2004), by the processing hardware, whether the UL message includes a positioning protocol message associated with a positioning protocol for exchanging information related to a location service; in a first instance, in response to determining that the UL message includes the positioning protocol message, sending (512; 2010) the positioning protocol message to a local entity that implements a location service in the RAN; and in a second instance, in response to determining that the message does not include any positioning protocol messages, sending (508; 2012) at least some of the data included in the UL message to a remote node. receiving (502; 2002), by processing hardware, an uplink, UL, message from a user equipment, UE; determining (506; 2004), by the processing hardware, whether the UL message includes a positioning protocol message associated with a positioning protocol for exchanging information related to a location service; in a first instance, in response to determining that the UL message includes the positioning protocol message, sending (512; 2010) the positioning protocol message to a local entity that implements a location service in the RAN; and in a second instance, in response to determining that the message does not include any positioning protocol messages, sending (508; 2012) at least some of the data included in the UL message to a remote node.
An assembly, comprising a pot with an interior space for receiving therein a plant in soil or another growing medium, and a carrier, wherein the pot and carrier are provided with cooperating first and second positioning structures (19, 57) to, in assembled state, define a single relative orientation of the pot and carrier characterised in that the first positioning structure comprises one or more holes with a non-circular shape, and the second positioning structure comprises one or more protrusions to be received at least partly in the hole(s), and in that the carrier is provided with the one or more protrusions and the one or more holes are provided in a bottom of the pot and such that the one or more holes are at least substantially invisible when the pot is placed on a flat surface without use of the carrier.
Apparatus for generating a decorrelation signal using an input signal, comprising: a subband filterbank for providing a plurality of subband signals, wherein a subband signal includes a sequence of at least two subband samples, the sequence of the subband samples representing a bandwidth of the subband signal, which is smaller than a bandwidth of the input signal, wherein the input signal includes a block of a predetermined number of input samples, the number of subband samples in a subband signal is smaller than the number of input samples; a reverberation filter to obtain a plurality of reverberated subband signals from the plurality of subband signals, the filtering of the reverberation filter having an all-pass characteristic, the reverberation filter being operative to apply a fractional delay to each subband signal and being adapted to have different sets of filter coefficients for each subband signal, wherein the plurality of reverberated subband signals together represent the decorrelation signal; and a detector for detecting a transient at a location in the decorrelation signal, wherein the decorrelation signal is attenuated at the location. a subband filterbank for providing a plurality of subband signals, wherein a subband signal includes a sequence of at least two subband samples, the sequence of the subband samples representing a bandwidth of the subband signal, which is smaller than a bandwidth of the input signal, wherein the input signal includes a block of a predetermined number of input samples, the number of subband samples in a subband signal is smaller than the number of input samples; a reverberation filter to obtain a plurality of reverberated subband signals from the plurality of subband signals, the filtering of the reverberation filter having an all-pass characteristic, the reverberation filter being operative to apply a fractional delay to each subband signal and being adapted to have different sets of filter coefficients for each subband signal, wherein the plurality of reverberated subband signals together represent the decorrelation signal; and a detector for detecting a transient at a location in the decorrelation signal, wherein the decorrelation signal is attenuated at the location.
A method for configuring communications, with a communication device, using orthogonal frequency division multiplexing, OFDM, the method comprising: receiving an indication of a value of a first subcarrier spacing and a value of a first sub-frame duration for a first type of numerology signal to be applied to a first sub-frame of OFDM symbols; receiving an indication of a value of a second subcarrier spacing and a value of a second sub-frame duration for a second type of numerology signal to be applied to a second sub-frame of OFDM symbols; wherein the value of the first subcarrier spacing has an integer-scaled relationship to the value of the second subcarrier spacing and the value of the first sub-frame duration has a scaled relationship to the value of the second sub-frame duration, and characterized in that the first sub-frame duration comprises a first fixed cyclic prefix additional part and the second sub-frame duration comprises a second fixed cyclic prefix additional part, the first fixed cyclic prefix additional part being equal to the second fixed cyclic prefix additional part. receiving an indication of a value of a first subcarrier spacing and a value of a first sub-frame duration for a first type of numerology signal to be applied to a first sub-frame of OFDM symbols; receiving an indication of a value of a second subcarrier spacing and a value of a second sub-frame duration for a second type of numerology signal to be applied to a second sub-frame of OFDM symbols; wherein the value of the first subcarrier spacing has an integer-scaled relationship to the value of the second subcarrier spacing and the value of the first sub-frame duration has a scaled relationship to the value of the second sub-frame duration, and characterized in that the first sub-frame duration comprises a first fixed cyclic prefix additional part and the second sub-frame duration comprises a second fixed cyclic prefix additional part, the first fixed cyclic prefix additional part being equal to the second fixed cyclic prefix additional part.
An electronic device for analyzing a scene, comprising a plurality of pixels connected to a readout circuit by a same first conductive track, wherein: each pixel is capable of detecting an occurrence of a first event characteristic of the scene and of transmitting an event indication signal on the first conductive track when it detects an occurrence of the first event; and the readout circuit is capable of reading from the first conductive track the event indication signals transmitted by the pixels, and of deducing therefrom characteristics of the scene, without transmitting event acknowledgement signals to the pixels, characterized in that: each pixel further comprises a first synchronization node (sy, sy i), each pixel being configured to, when it detects an occurrence of the first event, wait to receive a synchronization signal on its first synchronization node (sy, sy i) to transmit the event indication signal on the first conductive track, or transmit a synchronization signal (401; 701) via its first synchronization node (sy) before transmitting the event indication signal on the first conductive track. each pixel is capable of detecting an occurrence of a first event characteristic of the scene and of transmitting an event indication signal on the first conductive track when it detects an occurrence of the first event; and the readout circuit is capable of reading from the first conductive track the event indication signals transmitted by the pixels, and of deducing therefrom characteristics of the scene, without transmitting event acknowledgement signals to the pixels, characterized in that: each pixel further comprises a first synchronization node (sy, sy i), each pixel being configured to, when it detects an occurrence of the first event, wait to receive a synchronization signal on its first synchronization node (sy, sy i) to transmit the event indication signal on the first conductive track, or transmit a synchronization signal (401; 701) via its first synchronization node (sy) before transmitting the event indication signal on the first conductive track.