mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: accessing a trained machine learning model, wherein the machine learning model is trained, using a corpus of labeled voice inputs, to predict whether voice inputs are indicative of background conversation that should be ignored, or are indicative of a user intent to convey a message to one or more other users; receiving, at a microphone of a first computing device (106, 206) of a plurality of computing devices (106 1... 106 N, 206 1... 206 N), from a first user, voice input; analyzing the voice input, wherein the analyzing includes applying data indicative of an audio recording of the voice input as input across the trained machine learning model to generate output that predicts whether the voice input is background conversation that should be ignored or whether the voice input indicates a user intent to convey a message to one or more other users; determining, based on the analyzing, that the first user intends to convey the message to the one or more other users; and causing one or more other computing devices of the plurality of computing devices to provide audio or visual output that conveys the message to the one or more other users. accessing a trained machine learning model, wherein the machine learning model is trained, using a corpus of labeled voice inputs, to predict whether voice inputs are indicative of background conversation that should be ignored, or are indicative of a user intent to convey a message to one or more other users; receiving, at a microphone of a first computing device (106, 206) of a plurality of computing devices (106 1... 106 N, 206 1... 206 N), from a first user, voice input; analyzing the voice input, wherein the analyzing includes applying data indicative of an audio recording of the voice input as input across the trained machine learning model to generate output that predicts whether the voice input is background conversation that should be ignored or whether the voice input indicates a user intent to convey a message to one or more other users; determining, based on the analyzing, that the first user intends to convey the message to the one or more other users; and causing one or more other computing devices of the plurality of computing devices to provide audio or visual output that conveys the message to the one or more other users.
A method for determining the flow rates of a multi-component mixture in a pipe containing at least a liquid phase having an unknown viscosity, the method comprising the following steps: a. the flow rates of the individual components of the multi-component mixture are measured in a flow meter of a pressure differential type, b. the Reynolds number of the multi-component mixture is determined, and c. based on the results from steps a and b, a more accurate flow-rate of the individual components of the multi-component mixture is calculated, characterized in that the Reynolds number is determined at a location separate from the flow meter where the flow rate of the multi-component mixture is the same as in the flow meter. a. the flow rates of the individual components of the multi-component mixture are measured in a flow meter of a pressure differential type, b. the Reynolds number of the multi-component mixture is determined, and c. based on the results from steps a and b, a more accurate flow-rate of the individual components of the multi-component mixture is calculated, characterized in that the Reynolds number is determined at a location separate from the flow meter where the flow rate of the multi-component mixture is the same as in the flow meter.
Roll stand for a hot-rolling mill, comprising at least one upper work roll adjustable relative to a rolling material, at least one inlet-side or outlet-side guide unit (5, 6) for guidance of the rolling material running into the roll stand or running out of the roll stand, at least one activatable adjusting element (7, 8) connected with the guide unit (5, 6) and at least one electronic activation system which is connected with the adjusting unit (7, 8) and which is arranged to activate the adjusting unit (7, 8) taking into account at least one rolling material parameter (P 1), at least one rolling parameter (P 2) and/or at least one descaling parameter (P 3), wherein the guide unit (5, 6) comprises at least one roll-adjacent guide element (9, 10) with fixed adjustment angle and at least one roll-remote guide element (12, 13) connected with the adjusting unit (7, 8) and pivotably connected with the roll-adjacent guide element (9, 10), and wherein an adjustment angle (α 1, α 2) of the roll-remote guide element (12, 13) is variable by means of the adjusting unit (7, 8), characterised by at least one descaling spray bar (19, 22), which is arranged to be adjustable relative to the rolling material, with spray nozzles (20, 23), wherein the spray nozzles (20, 23) engage in at least one through-passage (21, 24) at the roll-remote guide element (12, 13). at least one upper work roll adjustable relative to a rolling material, at least one inlet-side or outlet-side guide unit (5, 6) for guidance of the rolling material running into the roll stand or running out of the roll stand, at least one activatable adjusting element (7, 8) connected with the guide unit (5, 6) and at least one electronic activation system which is connected with the adjusting unit (7, 8) and which is arranged to activate the adjusting unit (7, 8) taking into account at least one rolling material parameter (P 1), at least one rolling parameter (P 2) and/or at least one descaling parameter (P 3), wherein the guide unit (5, 6) comprises at least one roll-adjacent guide element (9, 10) with fixed adjustment angle and at least one roll-remote guide element (12, 13) connected with the adjusting unit (7, 8) and pivotably connected with the roll-adjacent guide element (9, 10), and wherein an adjustment angle (α 1, α 2) of the roll-remote guide element (12, 13) is variable by means of the adjusting unit (7, 8), characterised by at least one descaling spray bar (19, 22), which is arranged to be adjustable relative to the rolling material, with spray nozzles (20, 23), wherein the spray nozzles (20, 23) engage in at least one through-passage (21, 24) at the roll-remote guide element (12, 13).
A method of forming a rotor component to be rotationally mounted, the rotor component having at least one internal void space enclosed therein comprising the steps of: forming a mold having an internal cross-section shape that is identical to that of the rotor component; positioning a core insert within the mold, the core insert having a cross-section shape that is identical to the at least one internal void space; coating the core insert with a diffusion barrier (209/309); filling the mold with a superalloy material powder; hot-isostatic pressing the mold and superalloy material powder to consolidate the superalloy material powder about the core insert and form a superalloy structure having at least one void being in fluid communication with the core insert and the superalloy structure comprising the rotor component to be formed; removing the mold from the superalloy structure; thereafter removing the core insert from within the superalloy structure, thereby defining the at least one internal void space enclosed within the rotor component, the rotor component having a solid exterior except for the at least one void that is smaller than the at least one internal void space enclosed within the rotor component. forming a mold having an internal cross-section shape that is identical to that of the rotor component; positioning a core insert within the mold, the core insert having a cross-section shape that is identical to the at least one internal void space; coating the core insert with a diffusion barrier (209/309); filling the mold with a superalloy material powder; hot-isostatic pressing the mold and superalloy material powder to consolidate the superalloy material powder about the core insert and form a superalloy structure having at least one void being in fluid communication with the core insert and the superalloy structure comprising the rotor component to be formed; removing the mold from the superalloy structure; thereafter removing the core insert from within the superalloy structure, thereby defining the at least one internal void space enclosed within the rotor component, the rotor component having a solid exterior except for the at least one void that is smaller than the at least one internal void space enclosed within the rotor component.
A physical training apparatus comprising a plurality of modules (5, 6) for providing at least two training vectors to a trainee wherein the origin of one or more training vectors is variable in a first and a second dimension and the origin of one or more of the other training vectors is variable in either said first or second dimension and a third dimension normal to said first and second dimensions, and wherein each module comprises: an elastic member (23 to 26, 27 to 30), an anchor means, a plurality of tracking mechanisms and a movable pulley assembly, wherein said elastic member is routed from said anchor means, between said plurality of tracking mechanisms, to said movable pulley assembly which provides a point of origin for the training vector, the elastic member further attached to a connector which is connected to a harness to be worn on a body portion of the trainee, wherein the elastic member has a length whereby the magnitude of the training vector provided by each elastic member is relatively constant over the range of motion of the body portion of the trainee, wherein the anchor means provide a cleating means to adjust the effective length of the elastic member for the purpose of altering the resistance provided by the elastic member and at least two tower assemblies (3, 4), each tower assembly housing one of said modules (5, 6), the position of said module being adjustable vertically relative to said tower assembly, so that each tower assembly provides at least two training vectors having respective origins adjustable in elevation. an elastic member (23 to 26, 27 to 30), an anchor means, a plurality of tracking mechanisms and a movable pulley assembly, wherein said elastic member is routed from said anchor means, between said plurality of tracking mechanisms, to said movable pulley assembly which provides a point of origin for the training vector, the elastic member further attached to a connector which is connected to a harness to be worn on a body portion of the trainee, wherein the elastic member has a length whereby the magnitude of the training vector provided by each elastic member is relatively constant over the range of motion of the body portion of the trainee, wherein the anchor means provide a cleating means to adjust the effective length of the elastic member for the purpose of altering the resistance provided by the elastic member and at least two tower assemblies (3, 4), each tower assembly housing one of said modules (5, 6), the position of said module being adjustable vertically relative to said tower assembly, so that each tower assembly provides at least two training vectors having respective origins adjustable in elevation.
Blade channel of a turbomachine, which channel is delimited in the circumferential direction (u) of the turbomachine by a pressure side of an airfoil and by an opposite suction side of an adjacent airfoil, and is delimited in the radial direction (z) of the turbomachine by two opposite side walls, and the extension of which in the axial direction (x) of the turbomachine is delimited by leading edges (12, 14) and trailing edges (16, 18) of the airfoils (4, 8), at least one of the side walls being provided with local contoured regions (20, 22, 24, 26), of which at least two contoured regions are formed as elevations (20, 22) and at least two contoured regions are formed as depressions (24, 26), a saddle surface being formed between the contoured regions (20, 22, 24, 26) that transitions, in one revolution, alternately into an elevation (20, 22) and into a depression (24, 26), the elevations (20, 22) being arranged with respect to one another substantially in the circumferential direction (u) and the depressions (24, 26) being arranged with respect to one another substantially in the axial direction (x), characterized in that the front depression is close to the suction side and the rear depression is arranged on the pressure side, the saddle surface being located in the crossover region of the contoured regions (20, 22, 24, 26).
An assembly for mounting solar panels on a roof including roofing tiles, wherein the mounting assembly comprises: - a support rail (5,5') having a longitudinal groove with a groove opening arranged on a bottom side of the support rail, - a solar panel fastener for fastening the solar panel to the support rail, and - a roof fastener (13, 13') for fastening the support rail to the roof, wherein the roof fastener comprises an engagement member adapted to engage with the groove when the engagement member is inserted in the longitudinal groove, the roof fastener (13,13') comprises a locking mechanism comprising an elongated fastening element (61;108) for insertion through a prefabricated hole in the roofing tile for locking the engagement member to the roofing tile, and the roof fastener (13,13') comprises a through hole for receiving the fastening element, and the engagement member comprises two spaced apart engagement parts for engagement with the groove, and the engagement parts are arranged on opposite sides of the through hole, characterized in that the roof fastener (13,13') comprises a lower disc having a bottom surface for resting on the roofing tile and a jagged top surface, and an upper disc connected to the engagement member and having a jagged bottom surface adapted to mate to the jagged top surface of the lower disk in a plurality of different angular positions relative the lower disc. - a support rail (5,5') having a longitudinal groove with a groove opening arranged on a bottom side of the support rail, - a solar panel fastener for fastening the solar panel to the support rail, and - a roof fastener (13, 13') for fastening the support rail to the roof, wherein the roof fastener comprises an engagement member adapted to engage with the groove when the engagement member is inserted in the longitudinal groove, the roof fastener (13,13') comprises a locking mechanism comprising an elongated fastening element (61;108) for insertion through a prefabricated hole in the roofing tile for locking the engagement member to the roofing tile, and the roof fastener (13,13') comprises a through hole for receiving the fastening element, and the engagement member comprises two spaced apart engagement parts for engagement with the groove, and the engagement parts are arranged on opposite sides of the through hole, characterized in that the roof fastener (13,13') comprises a lower disc having a bottom surface for resting on the roofing tile and a jagged top surface, and an upper disc connected to the engagement member and having a jagged bottom surface adapted to mate to the jagged top surface of the lower disk in a plurality of different angular positions relative the lower disc.
A method for communicating data in a hybrid packet-circuit switched network comprising: providing, from a core of a processor, first circuit-switched data to a first input port of a router; and simultaneously communicating a first portion of the first circuit-switched data from the first input port of the router to a first output port of the router and a second portion of the first circuit-switched data from the first input port of the router to a second output port of the router, wherein the first input port of the router has a maximum bandwidth that is higher than the maximum bandwidth of the first output port,), the method further comprising: simultaneously providing packet-switched data from the core to the first and second output ports via the first input port. providing, from a core of a processor, first circuit-switched data to a first input port of a router; and simultaneously communicating a first portion of the first circuit-switched data from the first input port of the router to a first output port of the router and a second portion of the first circuit-switched data from the first input port of the router to a second output port of the router, wherein the first input port of the router has a maximum bandwidth that is higher than the maximum bandwidth of the first output port,), the method further comprising: simultaneously providing packet-switched data from the core to the first and second output ports via the first input port.
An RFID tag system (10;39), comprising: a housing; and an RFID tag within the housing, the RFID tag comprising an integrated circuit and an antenna; characterised by further comprising: a mounting surface (34; 40); and in that the housing includes an enclosed sidewall (26...29) and a housing base surface, the enclosed sidewall forming a recess with the housing base surface, the housing is mounted to the mounting surface (34;40); the housing base surface separates the antenna and the mounting surface (34;40); a metal surface is secured to a top surface of the sidewall (26...29) to cover the recess, where the metal surface and RFID tag are configured and arranged to be electromagnetically coupled when exposed to RF and tuned to operate across a wide band frequency range; and the RFID tag is arranged within the housing between the housing base surface and the metal surface. a housing; and an RFID tag within the housing, the RFID tag comprising an integrated circuit and an antenna; characterised by further comprising: a mounting surface (34; 40); and in that the housing includes an enclosed sidewall (26...29) and a housing base surface, the enclosed sidewall forming a recess with the housing base surface, the housing is mounted to the mounting surface (34;40); the housing base surface separates the antenna and the mounting surface (34;40); a metal surface is secured to a top surface of the sidewall (26...29) to cover the recess, where the metal surface and RFID tag are configured and arranged to be electromagnetically coupled when exposed to RF and tuned to operate across a wide band frequency range; and the RFID tag is arranged within the housing between the housing base surface and the metal surface. a mounting surface (34; 40); and in that the housing includes an enclosed sidewall (26...29) and a housing base surface, the enclosed sidewall forming a recess with the housing base surface, the housing is mounted to the mounting surface (34;40); the housing base surface separates the antenna and the mounting surface (34;40); a metal surface is secured to a top surface of the sidewall (26...29) to cover the recess, where the metal surface and RFID tag are configured and arranged to be electromagnetically coupled when exposed to RF and tuned to operate across a wide band frequency range; and the RFID tag is arranged within the housing between the housing base surface and the metal surface.
Mechanism for vertical adjustment of a wheel block mainly for railway wagons designed for transportation of cars, which contains a fixed part and a moveable part, whereby the central part of the fixed part has a cut-out for the movable part and also shoulders at both ends, the shoulders being equipped with end boards, which, in their upper parts, have a pin leading inwards, characterised in that - the movable part is installed in the cut-out and has the shape of a rectangle in the cross-section, whereby at the ends of the movable part, there are attached flanges that have the shape of a square in the cross-section, whereby these flanges fit into the shoulders of the fixed part, - on the end board, the pin is located at a higher position than the endings of the shoulders, the moveable part being liftable, whereby the pin is limiting the height of the stroke of the movable part and the moveable part can be rotated by 90° when the flange is above the shoulder. - the movable part is installed in the cut-out and has the shape of a rectangle in the cross-section, whereby at the ends of the movable part, there are attached flanges that have the shape of a square in the cross-section, whereby these flanges fit into the shoulders of the fixed part, - on the end board, the pin is located at a higher position than the endings of the shoulders, the moveable part being liftable, whereby the pin is limiting the height of the stroke of the movable part and the moveable part can be rotated by 90° when the flange is above the shoulder.
An electric vehicle, wherein the electric vehicle at least comprises a frame unit and a vehicle body cover unit; the frame unit comprises tread tubes (212, 213) extending toward a rear side of a vehicle body, the tread tubes (212, 213) being arranged pairwise at left and right sides respectively as a left tread tube and a right tread tube; the vehicle body cover unit at least comprises a tread board that shields the left tread tube and the right tread tube; the frame unit is provided with a battery box that receives and holds therein a battery, and the frame unit is provided thereon with a side stand, wherein the electric vehicle is provided with an electric connection mechanism on the vehicle body at one side thereof opposite to the side stand for replenishing the battery with external electric power; wherein the frame unit is provided thereon with a seat section; the vehicle body cover unit further comprises a central vehicle body cover, the central vehicle body cover being located under the seat section; wherein when viewed from a top side, the electric connection mechanism and the side stand are respectively located at two sides of a vehicle body center axis line of the electric vehicle; wherein the electric connection mechanism comprises an electric connection seat and a shielding member set outside and covering the electric connection seat; wherein the electric connection seat comprises an opening section and a receptacle arranged in the opening section; the shielding member is rotatably mounted to the frame unit or the central vehicle body cover by a pivotal joint section; characterized in that the opening section of the electric connection seat is formed in a manner of facing away from the vehicle body center axis line of the electric vehicle and generally horizontal with respect to a ground surface.