mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method when executed on data processing hardware causes the data processing hardware to perform operations comprising: receiving a user pronunciation of a particular word present in a query spoken by a user; receiving a text-to-speech, TTS, pronunciation of the same particular word that is present in a TTS input, the TTS input comprising a textual representation of a response to the query, and the TTS pronunciation of the particular word is different than the user pronunciation of the particular word; obtaining user pronunciation-related features associated with the user pronunciation of the particular word; obtaining TTS pronunciation-related features associated with the TTS pronunciation of the particular word; generating, as output from a pronunciation decision model configured to receive the user pronunciation-related features and the TTS pronunciation-related features as input, a pronunciation decision selecting the one of the user pronunciation of the particular word or the TTS pronunciation of the particular word that is associated with a highest confidence for use in TTS audio; and providing, for audible output from a user device associated with the user, the TTS audio comprising a synthesized speech representation of the response to the query using the one of the user pronunciation for the particular word or the TTS pronunciation for the particular word that was selected by the pronunciation decision output from the pronunciation decision model. receiving a user pronunciation of a particular word present in a query spoken by a user; receiving a text-to-speech, TTS, pronunciation of the same particular word that is present in a TTS input, the TTS input comprising a textual representation of a response to the query, and the TTS pronunciation of the particular word is different than the user pronunciation of the particular word; obtaining user pronunciation-related features associated with the user pronunciation of the particular word; obtaining TTS pronunciation-related features associated with the TTS pronunciation of the particular word; generating, as output from a pronunciation decision model configured to receive the user pronunciation-related features and the TTS pronunciation-related features as input, a pronunciation decision selecting the one of the user pronunciation of the particular word or the TTS pronunciation of the particular word that is associated with a highest confidence for use in TTS audio; and providing, for audible output from a user device associated with the user, the TTS audio comprising a synthesized speech representation of the response to the query using the one of the user pronunciation for the particular word or the TTS pronunciation for the particular word that was selected by the pronunciation decision output from the pronunciation decision model.
Fuel flow guiding arrangement for a solid oxide fuel cell, the cell comprising a fuel side, an oxygen rich side, and an electrolyte element between the fuel side and the oxygen rich side, and the arrangement comprises means for guiding oxygen rich side gas to and from the electrolyte element, a flow distribution area on the flow field plate, and a flow outlet area on the flow field plate, means for guiding fuel feed flow to the flow distribution area from sides of the fuel cell, and means for turning at least one of the fuel feed flow on the flow distribution area and fuel outlet flow on the flow outlet area in order to equalize flow distribution on the electrolyte element, characterized in that the fuel flow guiding arrangement comprises a flow field plate for each cell to arrange on first side of the flow field plate air flow and on second side of flow field plate fuel flow, a flow adjusting structure comprising of flow restriction orifices having at least one geometrical shape for adjusting homogenous at least one of the fuel feed flow and fuel outlet flow over the electrolyte element on the basis of the flow functional effect of said at least one geometrical shape of the flow adjusting structure, and the flow adjusting structure comprises of flow restriction orifices of definable height and of a gasket structure comprising at least partly elliptical shape as said at least one geometrical shape, the height of the flow restriction orifices being determined by a distance from at least one of a bottom of the flow distribution area and of the flow outlet area to a bottom of the gasket structure to stabilize flow distribution in the repetitious structures of the stack having tolerance variations in electrolyte element structure thickness.
Assistance apparatus wearable by a subject for receiving assistance in forward reclining movements of the torso, comprising: - an upper structure for the engagement of the subject's torso and a lower structure for the engagement of the subject's legs, - said upper structure and lower structure being pivotally connected to each other around an axis (a), - at least one elastic device (7; 18) operatively interposed between said upper structure and said lower structure, wherein said apparatus further comprises at least one electric motor operatively arranged in series with said at least one elastic device (7; 18), between said upper structure and said lower structure, and actionable for dynamically controlling the extent of deformation of said at least one elastic device (7; 18), and wherein said at least one elastic device (7; 18) is an elastic joint comprising a first portion and a second portion rotatably coupled to each other and one or more springs operatively interposed between the first portion and the second portion, wherein said first portion is operatively associated to a shaft driven by said at least one electric motor and the second portion is operatively associated to said upper structure, the electric motor having a body operatively associated to said lower structure, said apparatus being characterized in that the first portion of said elastic joint has an inner surface comprising a plurality of sectors separated by a plurality of tabs, said plurality of sectors each hosting one or more helical springs, and the second portion of said elastic joint has an inner surface comprising a plurality of teeth, said inner surface of the second portion of the elastic joint facing said inner surface of the first portion of the elastic joint. - an upper structure for the engagement of the subject's torso and a lower structure for the engagement of the subject's legs, - said upper structure and lower structure being pivotally connected to each other around an axis (a), - at least one elastic device (7; 18) operatively interposed between said upper structure and said lower structure,
A monomer of formula Ia R 2 -A-R 3 Ia wherein A is a unit of formula I wherein X 1 and X 3 denote S, and X 2 and X 4 denote CH, R on each occurrence identically or differently denotes straight-chain, branched or cyclic alkyl with 1 to 35 C atoms, in which one or more non-adjacent C atoms are optionally replaced by -O-, -S-, -CO-, -CO-O-, -O-CO-,-O-CO-O-, -CR 0 =CR 00 - or -C≡C- and in which one or more H atoms are optionally replaced by F, Cl, Br, I or CN, R 0 and R 00 are independently of each other H or optionally substituted carbyl or hydrocarbyl optionally comprising one or more hetero atoms, and R 2 and R 3 are independently of each other selected from the group consisting of Cl, Br, I, O-tosylate, O-triflate, O-mesylate, O-nonaflate, -SiMe 2 F, -SiMeF 2, -O-SO 2 Z 1,-B(OZ 2) 2, -CZ 3 =C(Z 3) 2, -C≡CH and -Sn(Z 4) 3, wherein Z 1-4 are selected from the group consisting of alkyl and aryl, each being optionally substituted, and two groups Z 2 may also form a cyclic group. X 1 and X 3 denote S, and X 2 and X 4 denote CH, R on each occurrence identically or differently denotes straight-chain, branched or cyclic alkyl with 1 to 35 C atoms, in which one or more non-adjacent C atoms are optionally replaced by -O-, -S-, -CO-, -CO-O-, -O-CO-,-O-CO-O-, -CR 0 =CR 00 - or -C≡C- and in which one or more H atoms are optionally replaced by F, Cl, Br, I or CN, R 0 and R 00 are independently of each other H or optionally substituted carbyl or hydrocarbyl optionally comprising one or more hetero atoms, and R 2 and R 3 are independently of each other selected from the group consisting of Cl, Br, I, O-tosylate, O-triflate, O-mesylate, O-nonaflate, -SiMe 2 F, -SiMeF 2, -O-SO 2 Z 1,-B(OZ 2) 2, -CZ 3 =C(Z 3) 2, -C≡CH and -Sn(Z 4) 3, wherein Z 1-4 are selected from the group consisting of alkyl and aryl, each being optionally substituted, and two groups Z 2 may also form a cyclic group.
An in-flight refueling system comprising: a tanker aircraft; an elongate hose having a first end carried by the tanker aircraft and an opposing second end configured to extend from the tanker aircraft; a retracting device carried by the tanker aircraft and configured to be capable of extending and retracting the elongate hose relative to the tanker aircraft; and characterised by a sensor device operably engaged with a portion of the elongate hose, such that the portion of the elongate hose carries the sensor device, the sensor device being capable of detecting a change in disposition of the portion of the elongate hose and transmitting a signal to the retracting device, the signal being related to the change in disposition such that the retracting device is capable of retracting the elongate hose in response to the signal, thereby resisting the change in disposition of the portion of the elongate hose. a tanker aircraft; an elongate hose having a first end carried by the tanker aircraft and an opposing second end configured to extend from the tanker aircraft; a retracting device carried by the tanker aircraft and configured to be capable of extending and retracting the elongate hose relative to the tanker aircraft; and characterised by a sensor device operably engaged with a portion of the elongate hose, such that the portion of the elongate hose carries the sensor device, the sensor device being capable of detecting a change in disposition of the portion of the elongate hose and transmitting a signal to the retracting device, the signal being related to the change in disposition such that the retracting device is capable of retracting the elongate hose in response to the signal, thereby resisting the change in disposition of the portion of the elongate hose.
A pump cassette comprising: a rigid body comprising two opposing edge sections, an inlet port, an outlet port, and a controllable fluid pathway extending from the inlet port to the outlet port; a slider (170, 770) coupled to the two opposing edge sections and longitudinally articulable along the two opposing edge sections with respect to the rigid body; and characterized by: a flow stop valve operably coupled to the controllable fluid pathway, wherein the flow stop valve is disposed on the rigid body such that longitudinal articulation of the slider (170, 770) along the two opposing edge sections causes a portion of the slider (170, 770) to actuate the flow stop valve, wherein the flow stop valve comprises a striker portion coupled to a membrane portion, wherein the portion of the slider (170, 770) is configured to depress the striker portion to urge the membrane portion to occlude fluid flow through the controllable fluid pathway, wherein the striker portion comprises a piece attached to the membrane portion, wherein the portion of the slider (170, 770) is configured to contact the piece to depress the piece when the slider (170, 770) is in a first position, and to align under a recess of the slider (170, 770) such that the slider (170, 770) does not contact the piece when the slider (170, 770) is in a second position. a rigid body comprising two opposing edge sections, an inlet port, an outlet port, and a controllable fluid pathway extending from the inlet port to the outlet port; a slider (170, 770) coupled to the two opposing edge sections and longitudinally articulable along the two opposing edge sections with respect to the rigid body; and characterized by: a flow stop valve operably coupled to the controllable fluid pathway, wherein the flow stop valve is disposed on the rigid body such that longitudinal articulation of the slider (170, 770) along the two opposing edge sections causes a portion of the slider (170, 770) to actuate the flow stop valve, wherein the flow stop valve comprises a striker portion coupled to a membrane portion, wherein the portion of the slider (170, 770) is configured to depress the striker portion to urge the membrane portion to occlude fluid flow through the controllable fluid pathway, wherein the striker portion comprises a piece attached to the membrane portion, wherein the portion of the slider (170, 770) is configured to contact the piece to depress the piece when the slider (170, 770) is in a first position, and to align under a recess of the slider (170, 770) such that the slider (170, 770) does not contact the piece when the slider (170, 770) is in a second position.
Adapter for coupling a hollow body in the medical field with a storage container for a treatment agent with - a retaining element (22, 122), - an actuating element (24, 124), - a connecting element (32, 132) connected to the actuating element (24, 124) for connecting the hollow body and - a guide cap with a guide device, whereby - the retaining element (22, 122) is designed in such a way that it can be arranged immovably on the storage container, - the actuating element (24, 124) is designed and arranged in such a way that it can actuate a valve of the storage container and pass on treatment agent emerging via the valve to the connecting element (32, 132), and can assume a passive position and an active position, wherein the valve of the storage container is closed in the passive position and open in the active position, characterized in that - the connecting element (32, 132) protrudes through the guide cap and - the guide cap is arranged relative to the retaining element (22, 122), the actuating element (24, 124) and the connecting element (32, 132) in such a way that the actuating element (24, 124) can be brought from its passive position into its active position and vice versa by tilting the connecting element (32, 132) relative to the retaining element (22, 122) as guided by the guide device. - a retaining element (22, 122), - an actuating element (24, 124), - a connecting element (32, 132) connected to the actuating element (24, 124) for connecting the hollow body and - a guide cap with a guide device, whereby - the retaining element (22, 122) is designed in such a way that it can be arranged immovably on the storage container, - the actuating element (24, 124) is designed and arranged in such a way that it can actuate a valve of the storage container and pass on treatment agent emerging via the valve to the connecting element (32, 132), and can assume a passive position and an active position, wherein the valve of the storage container is closed in the passive position and open in the active position, characterized in that - the connecting element (32, 132) protrudes through the guide cap and - the guide cap is arranged relative to the retaining element (22, 122), the actuating element (24, 124) and the connecting element (32, 132) in such a way that the actuating element (24, 124) can be brought from its passive position into its active position and vice versa by tilting the connecting element (32, 132) relative to the retaining element (22, 122) as guided by the guide device.
A method for tracking weather cells on a moving platform, the method comprising: receiving, by a processor at a first time instance and from a detection and ranging system, reflectivity data sampled for a volume of space; generating, by the processor, a feature map based on the reflectivity data, wherein the feature map is a representation of the volume of space that indicates the spatial extent of objects to be tracked; generating, by the processor, a first segmented feature map based on the feature map; translating, by the processor, the first segmented feature map and a second segmented feature map to a common frame of reference, wherein the second segmented feature map is based on reflectivity data gathered at a second time instance, and wherein the second time instance precedes the first time instance; identifying, by the processor, one or more weather cells in the first segmented feature map, wherein each weather cell corresponds to an area sampled with the detection and ranging system that has a VIR higher than a classification threshold; creating, by the processor, a cell mask for each of the one or more weather cells in the first segmented feature map; overlaying the cell mask from the first segmented feature map on one or more cell masks from the second segmented feature map; and generating a track hypothesis based on a comparison of the cell mask from the first segmented feature map to the one or more cell masks from the second segmented feature map. receiving, by a processor at a first time instance and from a detection and ranging system, reflectivity data sampled for a volume of space; generating, by the processor, a feature map based on the reflectivity data, wherein the feature map is a representation of the volume of space that indicates the spatial extent of objects to be tracked; generating, by the processor, a first segmented feature map based on the feature map; translating, by the processor, the first segmented feature map and a second segmented feature map to a common frame of reference, wherein the second segmented feature map is based on reflectivity data gathered at a second time instance, and wherein the second time instance precedes the first time instance; identifying, by the processor, one or more weather cells in the first segmented feature map, wherein each weather cell corresponds to an area sampled with the detection and ranging system that has a VIR higher than a classification threshold; creating, by the processor, a cell mask for each of the one or more weather cells in the first segmented feature map; overlaying the cell mask from the first segmented feature map on one or more cell masks from the second segmented feature map; and generating a track hypothesis based on a comparison of the cell mask from the first segmented feature map to the one or more cell masks from the second segmented feature map.
A process cartridge, comprising: a first unit including an image bearing member configured to bear a developing agent image; a second unit including a development frame member in which a developing agent bearing member is supported, the developing agent bearing member being configured to bear a developing agent to be supplied to the image bearing member; and a coupling portion configured to couple the first unit and the second unit such that the second unit is swingable with respect to the first unit around a center axis of the coupling portion, between a contact position in which the developing agent bearing member is in contact with the image bearing member and a separated position in which the developing agent bearing member is separated from the image bearing member, wherein the development frame member includes a replenishing opening through which the developing agent is replenished from a supply portion of an image forming apparatus in a state where the replenishing opening communicates with the supply portion, and an elastically-deformable sealing member that contacts the replenishing opening and the supply portion, and seals a gap between the supply portion and the replenishing opening to prevent leakage of the developing agent therebetween, and wherein, as viewed in a compression direction in which the sealing member is compressed between the supply portion and the replenishing opening with a pressing force, the coupling portion is overlapped with the sealing member. a first unit including an image bearing member configured to bear a developing agent image; a second unit including a development frame member in which a developing agent bearing member is supported, the developing agent bearing member being configured to bear a developing agent to be supplied to the image bearing member; and a coupling portion configured to couple the first unit and the second unit such that the second unit is swingable with respect to the first unit around a center axis of the coupling portion, between a contact position in which the developing agent bearing member is in contact with the image bearing member and a separated position in which the developing agent bearing member is separated from the image bearing member, wherein the development frame member includes a replenishing opening through which the developing agent is replenished from a supply portion of an image forming apparatus in a state where the replenishing opening communicates with the supply portion, and an elastically-deformable sealing member that contacts the replenishing opening and the supply portion, and seals a gap between the supply portion and the replenishing opening to prevent leakage of the developing agent therebetween, and wherein, as viewed in a compression direction in which the sealing member is compressed between the supply portion and the replenishing opening with a pressing force, the coupling portion is overlapped with the sealing member.
A modular multiengine system comprising: a plurality of instantly Attachable Modules, enabling instant, flexible, configurable assembly and shaping of a multiple-engine cluster, each Attachable Module comprising: a. at least one engine and b. at least one rotatable gear unit driven by the said at least one engine through a drive shaft, and c. a frame housing, encompassing the said at least one engine and the at least one rotatable gear unit, wherein the Attachable Modules' frame housings facilitate the instant attachment of adjacent Attachable Modules through their respective frame housings, wherein the rotatable gear unit of a Main Attachable Module of the plurality of Attachable Modules comprises three rotatable members: at least one upper rotatable member located on a first plane, at least one lower rotatable member located on a second plane and at least one transmission unit serving as a transmission mechanism for transferring torque from between the upper rotatable member and the lower rotatable member; wherein each rotatable member (121,123) of the rotatable gear unit of the Main Attachable Module engages at least one other adjacent rotatable gear unit in an adjacent Attachable Module of the plurality of Attachable Modules, such as to ultimately transfer torque from all the engines operable in said modular multiengine system to an output drive shaft connected to at least one main Attachable Module's gear unit; wherein at least one first adjacent Attachable Module's rotatable member engages a rotatable member (121,123) of the main attachable module rotating in a certain direction and wherein at least a second adjacent Attachable Module's rotatable member engages another rotatable member (121,123) of the Main Attachable Module rotating in an opposite direction of the first adjacent Attachable module's rotatable member; a second Attachable Module incorporating a single rotating member, residing on one of the first and second planes, engaged to a respective rotatable member on the main Attachable Module, and rotating in a certain direction; and a third Attachable Module incorporating a single rotating member, residing on the other of the first and second planes, engaged to a respective rotatable member on the main Attachable Module, and rotating in the opposite direction. a. at least one engine and b. at least one rotatable gear unit driven by the said at least one engine through a drive shaft, and c. a frame housing, encompassing the said at least one engine and the at least one rotatable gear unit,