mhurhangee/ep-ind-claims huggingface dataset:
A turbine exhaust casing for a gas turbine engine comprising an outer generally cylindrical shroud and an inner generally cylindrical hub and a plurality of struts extending radially between the shroud and the hub, each strut intersecting with the shroud at a first end and the hub at an opposing end, wherein the outer surface of the hub and the opposing inner surface of the shroud define a channel through which gas may pass, wherein a portion of the surface of the channel at the intersection of the channel and strut is recessed with respect to the surface of the channel surrounding the intersection, the turbine exhaust casing being characterized in that all or a sub-set of struts are provided with recesses proximate to a leading or trailing edge thereof, and the shroud has an outer surface and wherein a portion of the shroud outer surface aligning with the position of the recess on the inner shroud surface is provided with an increased shroud wall thickness over an area corresponding to the area of the recess. wherein the outer surface of the hub and the opposing inner surface of the shroud define a channel through which gas may pass, wherein a portion of the surface of the channel at the intersection of the channel and strut is recessed with respect to the surface of the channel surrounding the intersection, the turbine exhaust casing being characterized in that all or a sub-set of struts are provided with recesses proximate to a leading or trailing edge thereof, and the shroud has an outer surface and wherein a portion of the shroud outer surface aligning with the position of the recess on the inner shroud surface is provided with an increased shroud wall thickness over an area corresponding to the area of the recess. the turbine exhaust casing being characterized in that all or a sub-set of struts are provided with recesses proximate to a leading or trailing edge thereof, and the shroud has an outer surface and wherein a portion of the shroud outer surface aligning with the position of the recess on the inner shroud surface is provided with an increased shroud wall thickness over an area corresponding to the area of the recess.
A method, comprising: storing a plurality of sets of correlation values, each set of correlation values corresponding to a correlation performed between a number of first samples and a same number of second samples, the sets of correlation values determined by aligning the number of the first samples with a selected set of the second samples and then sliding the number of first samples across the second samples to select different sets of the second samples, wherein the first samples are samples of a forward signal transmitted over a cable/connector system to one or more antennas, the second samples are samples of a reflected radio frequency signal that comprises a reflected version of the forward signal; determining a maximum value from the plurality of sets of correlation values; and associating the maximum value with a return loss of the cable/connector system. storing a plurality of sets of correlation values, each set of correlation values corresponding to a correlation performed between a number of first samples and a same number of second samples, the sets of correlation values determined by aligning the number of the first samples with a selected set of the second samples and then sliding the number of first samples across the second samples to select different sets of the second samples, wherein the first samples are samples of a forward signal transmitted over a cable/connector system to one or more antennas, the second samples are samples of a reflected radio frequency signal that comprises a reflected version of the forward signal; determining a maximum value from the plurality of sets of correlation values; and associating the maximum value with a return loss of the cable/connector system.
A launcher for launching a toy projectile, wherein said toy projectile contains opposing hook projections extending therefrom, said launching device comprising: a handle having a first end and a second end; a first support extending from said handle proximate said first end; a second support extending from said handle proximate said second end, wherein an open central area is defined on three sides by said handle, said first support and said second support, a first elastic loop supported by said first support, wherein said first elastic loop extends into said open central area, and a second elastic loop supported by said second support, wherein said second elastic loop extends into said open central area, wherein said first elastic loop and said second elastic loop are spaced to receive and engage said opposing hook projections on said toy projectile when said toy projectile is manually drawn through said open central area. a handle having a first end and a second end; a first support extending from said handle proximate said first end; a second support extending from said handle proximate said second end, wherein an open central area is defined on three sides by said handle, said first support and said second support, a first elastic loop supported by said first support, wherein said first elastic loop extends into said open central area, and a second elastic loop supported by said second support, wherein said second elastic loop extends into said open central area, wherein said first elastic loop and said second elastic loop are spaced to receive and engage said opposing hook projections on said toy projectile when said toy projectile is manually drawn through said open central area.
A surgical system for driving an end effector coupled to an ultrasonic drive system of an ultrasonic surgical instrument, the system comprising at least one circuit configured to: receive a trigger signal; in response to the trigger signal, provide a first drive signal to the ultrasonic drive system to drive the end effector at a first power level; maintain the first drive signal for a first period; at an end of the first period, provide a second drive signal to the ultrasonic drive system to drive the end effector at a second power level less than the first power level, wherein the at least one circuit is further configured to: after modifying the drive signal to the second level, deactivate the ultrasonic surgical instrument; characterised in that the at least one circuit is further configured to: after deactivating the ultrasonic surgical instrument, receive a second trigger signal; determine that a rest time has not passed since the deactivating of the ultrasonic transducer; and if the rest time has not passed, re-activate the ultrasonic surgical instrument by generating the third drive signal at a power level less than the first power level. receive a trigger signal; in response to the trigger signal, provide a first drive signal to the ultrasonic drive system to drive the end effector at a first power level; maintain the first drive signal for a first period; at an end of the first period, provide a second drive signal to the ultrasonic drive system to drive the end effector at a second power level less than the first power level, wherein the at least one circuit is further configured to: after modifying the drive signal to the second level, deactivate the ultrasonic surgical instrument; characterised in that the at least one circuit is further configured to: after modifying the drive signal to the second level, deactivate the ultrasonic surgical instrument; characterised in that the at least one circuit is further configured to: after deactivating the ultrasonic surgical instrument, receive a second trigger signal; determine that a rest time has not passed since the deactivating of the ultrasonic transducer; and if the rest time has not passed, re-activate the ultrasonic surgical instrument by generating the third drive signal at a power level less than the first power level.
A computer program product comprising a computer readable medium storing non-transitory computer executable instructions for controlling a user interface to provide information about a plurality of optically switchable windows (1001, 1002, 1003, 1004, 1005) connected by a network, wherein the instructions comprise: receiving a request to display information about one or more of the optically switchable windows provided on a computing device; displaying, on the user interface, one or more views that depict one or more smart objects (1101, 1102, 1103, 1104, 1105, 1201, 1202, 1203, 1401, 1501, 1503, 1603, 1604, 1701, 1702, 1801) for receiving user input concerning monitoring, grouping, and/or controlling at least some of the plurality of optically switchable windows, wherein each of the smart objects: comprises a graphical representation of one or more of the optically switchable windows and is displayed within the one or more views in a manner graphically showing a respective location of the one or more optically switchable windows in a building; is associated with data in a data store; is configured to be operable by a user to gather and/or present information about the one or more optically switchable windows the smart object represents; and is configured to trigger retrieval of the data from the data store and/or store the data in the data store. receiving a request to display information about one or more of the optically switchable windows provided on a computing device; displaying, on the user interface, one or more views that depict one or more smart objects (1101, 1102, 1103, 1104, 1105, 1201, 1202, 1203, 1401, 1501, 1503, 1603, 1604, 1701, 1702, 1801) for receiving user input concerning monitoring, grouping, and/or controlling at least some of the plurality of optically switchable windows, wherein each of the smart objects: comprises a graphical representation of one or more of the optically switchable windows and is displayed within the one or more views in a manner graphically showing a respective location of the one or more optically switchable windows in a building; is associated with data in a data store; is configured to be operable by a user to gather and/or present information about the one or more optically switchable windows the smart object represents; and is configured to trigger retrieval of the data from the data store and/or store the data in the data store. comprises a graphical representation of one or more of the optically switchable windows and is displayed within the one or more views in a manner graphically showing a respective location of the one or more optically switchable windows in a building; is associated with data in a data store; is configured to be operable by a user to gather and/or present information about the one or more optically switchable windows the smart object represents; and is configured to trigger retrieval of the data from the data store and/or store the data in the data store.
Roof construction for a canopy, wherein the roof construction is provided with: - at least two beams (3, 4) making an angle with each other, each having an inner side and an outer side; and - a corner piece positioned between said beams (3, 4), which corner piece has an inner side and outer side, characterized in that the roof construction further comprises a LED strip light that extends substantially continuously across the outer side of said corner piece and across the outer side of at least a part of each of said beams (3, 4). - at least two beams (3, 4) making an angle with each other, each having an inner side and an outer side; and - a corner piece positioned between said beams (3, 4), which corner piece has an inner side and outer side,
Mechanical resonator, produced in a flat plate of a material of thickness T', comprising a shared portion on which is embedded at least one parallelepipedic prong of length Lb', of width Wb', said length Lb' and width Wb' being measured parallel to the plate, said prong having a resonance mode with bending in the plane of the plate at a frequency f at which it emits an acoustic wave of wavelength λ in a fluid, electrodes (41, 42, 51) being arranged on said prong, characterized in that the width Wb' is comprised between λ/4 + nλ and 3 λ/4 + nλ, n being a positive integer or zero.
A method of determining, with a Near-Field electronic reader comprising at least two antennas (106, 108), a location of a selected electronic tag amongst an array of closely stacked tags, the method comprising: generating at least two magnetic fields using the at least two antennas, the at least two magnetic fields causing intersecting lines of magnetic flux (114, 116) relative to the array of closely stacked tags, the intersecting lines of magnetic flux defining at least one detection zone; sequentially switching each antenna (106, 108) to receive sequential antenna signals indicative of tags within each magnetic field, the antenna signals including detection zone readings; characterised in that the method further comprises: responsive to at least two successive sequential switching operations, obtaining a difference in two successive detection zone readings; and generating an output signal indicative of the location of the selected electronic tag relative to the at least one detection zone. generating at least two magnetic fields using the at least two antennas, the at least two magnetic fields causing intersecting lines of magnetic flux (114, 116) relative to the array of closely stacked tags, the intersecting lines of magnetic flux defining at least one detection zone; sequentially switching each antenna (106, 108) to receive sequential antenna signals indicative of tags within each magnetic field, the antenna signals including detection zone readings; responsive to at least two successive sequential switching operations, obtaining a difference in two successive detection zone readings; and generating an output signal indicative of the location of the selected electronic tag relative to the at least one detection zone.
Method for providing an operating device in a vehicle, in which - graphic data are generated by a control device and drive a display surface in such a way that a graphic object for an executed application is displayed, and - the geometric structure of an operation object is detected in a detection space in front of the display surface, and depending on the detected structure, a control signal is generated for controlling the playback of the voice and/or music file, wherein by means of the control device, a control signal to stop playback of the voice and/or music file or to mute the acoustic output via the speaker and/or the headset is generated if a geometric structure of the operation object in which a substantially flat surface of the operation object is aligned substantially in parallel to the display surface and is arranged spaced apart from said display surface has been detected in the detection space, characterized in that - the application relates to the playback of voice and/or music files in which an acoustic output is generated via a speaker and/or a headset, and - the control signal to stop playback of the voice and/or music file or to mute the acoustic output via the speaker and/or the headset is generated if the geometric structure of the operation object in which a substantially flat surface of the operation object is aligned substantially in parallel to the display surface and is arranged spaced apart from said display surface has been detected in the detection space for a predefined time interval. - graphic data are generated by a control device and drive a display surface in such a way that a graphic object for an executed application is displayed, and - the geometric structure of an operation object is detected in a detection space in front of the display surface, and depending on the detected structure, a control signal is generated for controlling the playback of the voice and/or music file, wherein by means of the control device, a control signal to stop playback of the voice and/or music file or to mute the acoustic output via the speaker and/or the headset is generated if a geometric structure of the operation object in which a substantially flat surface of the operation object is aligned substantially in parallel to the display surface and is arranged spaced apart from said display surface has been detected in the detection space, characterized in that - the application relates to the playback of voice and/or music files in which an acoustic output is generated via a speaker and/or a headset, and - the control signal to stop playback of the voice and/or music file or to mute the acoustic output via the speaker and/or the headset is generated if the geometric structure of the operation object in which a substantially flat surface of the operation object is aligned substantially in parallel to the display surface and is arranged spaced apart from said display surface has been detected in the detection space for a predefined time interval.
A liquid formulation for foaming a thermoplastic polymer, said formulation comprising: a liquid carrier which comprises one or a plurality of oils; and a chemical blowing agent, wherein the total amount of chemical blowing agents in said formulation is at least 50 wt%; wherein said formulation includes at least 20 wt% of exothermic chemical blowing agents and 60 wt% or less of said exothermic chemical blowing agents, wherein said formulation includes exothermic chemical blowing agents azodicarbonamide and oxybissulphonylhydrazide (OBSH); wherein said formulation includes at least 20 wt% of endothermic chemical blowing agents and 60 wt% or less of said endothermic chemical blowing agents, wherein said formulation includes an endothermic blowing agent which is a bicarbonate; wherein said formulation includes less than 0.3 wt% of water; wherein said formulation includes a desiccant dissolved or dispersed in said carrier of said liquid formulation. a liquid carrier which comprises one or a plurality of oils; and a chemical blowing agent, wherein the total amount of chemical blowing agents in said formulation is at least 50 wt%; wherein said formulation includes at least 20 wt% of exothermic chemical blowing agents and 60 wt% or less of said exothermic chemical blowing agents, wherein said formulation includes exothermic chemical blowing agents azodicarbonamide and oxybissulphonylhydrazide (OBSH); wherein said formulation includes at least 20 wt% of endothermic chemical blowing agents and 60 wt% or less of said endothermic chemical blowing agents, wherein said formulation includes an endothermic blowing agent which is a bicarbonate; wherein said formulation includes less than 0.3 wt% of water; wherein said formulation includes a desiccant dissolved or dispersed in said carrier of said liquid formulation.
An R/DNA chimeric polyfunctional nanoparticle (R/DNA NP) comprising at least two chimeric nanoparticles, wherein the first chimeric nanoparticle comprises a first DNA oligonucleotide and a complementary first RNA oligonucleotide, and the second chimeric nanoparticle comprises a second DNA oligonucleotide and a complementary second RNA oligonucleotide, wherein the first DNA oligonucleotide comprises a 5' toehold sequence and the second DNA oligonucleotide comprises a 3' toehold sequence, wherein the toehold sequences are from 12 to 30 nucleotides in length, wherein the 3' and 5' toehold sequences are complementary to each other.
A sidelink communication method performed by a user equipment, UE, in a communication system, comprising: setting, by a processor included in the UE, a transmission scheme for the sidelink communication; generating, by the processor, a message including information that indicates the transmission scheme; transmitting, by the processor, the message to a base station; receiving, by the processor, a bitmap indicating an actual resource for the transmission scheme from the base station; and performing, by the processor, the sidelink communication using one or more resources other than the actual resource indicated by the bitmap, wherein the transmission scheme indicates a broadcast, a groupcast, or an unicast. setting, by a processor included in the UE, a transmission scheme for the sidelink communication; generating, by the processor, a message including information that indicates the transmission scheme; transmitting, by the processor, the message to a base station; receiving, by the processor, a bitmap indicating an actual resource for the transmission scheme from the base station; and performing, by the processor, the sidelink communication using one or more resources other than the actual resource indicated by the bitmap, wherein the transmission scheme indicates a broadcast, a groupcast, or an unicast.
A method, performed by a server, of providing a text string for a speech signal input to a device, the method comprising: receiving, from the device, an encoded feature vector derived from an encoder of an end-to-end automatic speech recognition, ASR, model included in the device, and encoding information including a type of the encoder; identifying a domain corresponding to the received encoded feature vector; selecting a decoder, based on the identified domain and the type of the encoder, from among a plurality of decoders of an end-to-end ASR model included in the server; obtaining a text string from the received encoded feature vector using the selected decoder; and providing the obtained text string to the device, wherein the encoded feature vector is derived by the device by encoding a feature vector obtained from the speech signal input to the device, wherein the end-to-end ASR model included in the server does not include the encoder to encode the feature vector obtained from the speech signal input to the device. receiving, from the device, an encoded feature vector derived from an encoder of an end-to-end automatic speech recognition, ASR, model included in the device, and encoding information including a type of the encoder; identifying a domain corresponding to the received encoded feature vector; selecting a decoder, based on the identified domain and the type of the encoder, from among a plurality of decoders of an end-to-end ASR model included in the server; obtaining a text string from the received encoded feature vector using the selected decoder; and providing the obtained text string to the device, wherein the encoded feature vector is derived by the device by encoding a feature vector obtained from the speech signal input to the device, wherein the end-to-end ASR model included in the server does not include the encoder to encode the feature vector obtained from the speech signal input to the device.