mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for presenting video content, the method comprising: receiving, from a user device (108,110), a request to present a video content item, wherein the video content item includes an audio portion; identifying a first time position of the video content item that corresponds to a transition from a first type of audio content in the audio portion to a second type of audio content in the audio portion and a second time position of the video content item, where the first type of audio content comprises silence, speech or non-musical audio content and the second type of audio content comprises music; determining a consumption mode associated with the user device; generating a modified video content item based on the consumption mode associated with the user device by removing a portion of the video content item that corresponds to a time between the first time position and the second time position; and causing the modified video content item to be presented on the user device. receiving, from a user device (108,110), a request to present a video content item, wherein the video content item includes an audio portion; identifying a first time position of the video content item that corresponds to a transition from a first type of audio content in the audio portion to a second type of audio content in the audio portion and a second time position of the video content item, where the first type of audio content comprises silence, speech or non-musical audio content and the second type of audio content comprises music; determining a consumption mode associated with the user device; generating a modified video content item based on the consumption mode associated with the user device by removing a portion of the video content item that corresponds to a time between the first time position and the second time position; and causing the modified video content item to be presented on the user device.
A sheet-processing machine comprising: a sheet transport device having a sheet conveyor system (3, 4) receiving sheets from a sheet-guiding cylinder; a gripping device for the clamped fixing and transporting of a front edge of a sheet; and at least two peripheral sheet support segments simultaneously holding the sheet on the lateral cylinder surface of the sheet-guiding cylinder, wherein the sheet support segments carry support elements guiding the sheet exclusively supportingly or pressingly against the lateral cylinder surface, and pneumatic fixing devices are provided for the sheet rear end, characterized in that at least one sheet support segment and a fixing device are displaceably mounted together transversely to the sheet conveying direction, wherein fixing devices are arranged exclusively in the region of the sheet support segments between the sheet support segments and a fixing device is assigned to each sheet support segment, wherein a hub sleeve carrying a fixing device is adjustable in the circumferential direction against a hub carrying said hub sleeve and together with said sleeve is axially displaceable and wherein a adjusting means is provided for axial displacement of a hub carrying the sheet support segment and via a hub sleeve the fixing device.
A method of a conditional handover, CHO, procedure for a user equipment, UE, the method comprising: receiving, by the UE, a CHO command from a source base station, the CHO command having at least one triggering condition and indicating a first target cell; evaluating, by the UE, whether the at least one triggering condition in the CHO command is fulfilled; in a case that the at least one triggering condition is fulfilled, performing, by the UE, a handover procedure according to the CHO command to connect to the first target cell indicated in the CHO command; receiving, by the UE, after receiving the CHO command, a first handover command from the source base station, the first handover command having no triggering condition and indicating a second target cell; and in a case that the CHO command is not triggered when receiving the first handover command, performing, by the UE, a handover procedure according to the first handover command to connect to the second target cell indicated in the first handover command, transmitting, by the UE, a complete message to a target base station of the second target cell to complete the handover procedure according to the first handover command, and releasing, by the UE, the CHO command when the handover procedure according to the first handover command is successfully completed. receiving, by the UE, a CHO command from a source base station, the CHO command having at least one triggering condition and indicating a first target cell; evaluating, by the UE, whether the at least one triggering condition in the CHO command is fulfilled; in a case that the at least one triggering condition is fulfilled, performing, by the UE, a handover procedure according to the CHO command to connect to the first target cell indicated in the CHO command; receiving, by the UE, after receiving the CHO command, a first handover command from the source base station, the first handover command having no triggering condition and indicating a second target cell; and in a case that the CHO command is not triggered when receiving the first handover command, performing, by the UE, a handover procedure according to the first handover command to connect to the second target cell indicated in the first handover command, transmitting, by the UE, a complete message to a target base station of the second target cell to complete the handover procedure according to the first handover command, and releasing, by the UE, the CHO command when the handover procedure according to the first handover command is successfully completed. performing, by the UE, a handover procedure according to the first handover command to connect to the second target cell indicated in the first handover command, transmitting, by the UE, a complete message to a target base station of the second target cell to complete the handover procedure according to the first handover command, and releasing, by the UE, the CHO command when the handover procedure according to the first handover command is successfully completed.
Tool for validation of a system for monitoring at least one item of equipment on an aircraft engine, comprising test means configured to evaluate a validation of said monitoring system by applying a set of quality indicators to a volume of observation data related to said equipment, that comprises: - processing means configured to collect observation data related to said equipment, - analysis means configured to calculate a current value of at least one quality indicator on a current quantity of observation data collected by the processing means, characterised in that it comprises: - analysis means configured to estimate the probability that said current value of the quality indicator reaches a predetermined reliability criterion, thus forming a probabilistic reliability law estimated on a set of values of the quality indicator applicable to a corresponding set of quantities of observation data, and - analysis means configured to estimate a minimum quantity of observation data from said probabilistic reliability law, starting from which the value of the quality indicator reaches a predetermined reliability criterion with a probability exceeding a predetermined value, said minimum quantity of observation data corresponding to said volume of observation data that will be used to evaluate the validation of said monitoring equipment. - processing means configured to collect observation data related to said equipment, - analysis means configured to calculate a current value of at least one quality indicator on a current quantity of observation data collected by the processing means, characterised in that it comprises: - analysis means configured to estimate the probability that said current value of the quality indicator reaches a predetermined reliability criterion, thus forming a probabilistic reliability law estimated on a set of values of the quality indicator applicable to a corresponding set of quantities of observation data, and - analysis means configured to estimate a minimum quantity of observation data from said probabilistic reliability law, starting from which the value of the quality indicator reaches a predetermined reliability criterion with a probability exceeding a predetermined value, said minimum quantity of observation data corresponding to said volume of observation data that will be used to evaluate the validation of said monitoring equipment. - analysis means configured to estimate the probability that said current value of the quality indicator reaches a predetermined reliability criterion, thus forming a probabilistic reliability law estimated on a set of values of the quality indicator applicable to a corresponding set of quantities of observation data, and - analysis means configured to estimate a minimum quantity of observation data from said probabilistic reliability law, starting from which the value of the quality indicator reaches a predetermined reliability criterion with a probability exceeding a predetermined value, said minimum quantity of observation data corresponding to said volume of observation data that will be used to evaluate the validation of said monitoring equipment.
Drilling fluid regeneration device with a cleaning device for cleaning supplied drilling fluid, a tank arrangement for storing cleaned drilling fluid connected through fluid to the cleaning device, wherein the tank arrangement has a first and a second tank, and a recycling system for recycling cleaned drilling fluid connected through fluid to the tank arrangement, wherein the recycling system has a mixing unit for adding substances to the drilling fluid, and the drilling fluid regeneration device has a drilling fluid drain where the regenerated drilling fluid can exit, and upstream the drilling fluid drain a transfer pump is arranged that increases the pressure of exiting drilling fluid, and the drilling fluid regeneration device is mounted on a vehicle, and, while remaining on the vehicle, can be put in operation mode, characterized in that the two tanks (122, 126) can be filled with drilling fluid selectively, a feed pump being provided for this sucking drilling fluid from the cleaning device, and a connection line is connected to the feed pump, the connection line having a first branch line leading to the first tank, and a second branch line leading to the second tank, and a third connection line is provided connecting the recycling system with the transfer pump, and in the third connection line a sixth valve and a seventh valve is arranged, wherein from the third connection line between the sixth valve and the seventh valve a third connection line branches off to the first tank, and parallel to the third connection line a fourth connection line is arranged, and in the fourth connection line an eighth valve and a ninth valve are arranged, wherein between the eighth valve and the ninth valve a fourth connection line branches off from the fourth connection line to the second tank, and the sixth, seventh, eighth and ninth valves (170, 172, 174, 176) each are designed such that they can be controlled separately and thus any connection between the tanks (122, 126) of the recycling system and the transfer pump can be switched, so that drilling fluid for recycling can be pumped through the respective tank (122, 126) and the recycling system in the circuit, and during a recycling process carried out with the drilling fluid in one of the tanks (122, 126) the drilling fluid stored in the other tank (122, 126) can be guided to the drilling fluid drain.
A gas insulated switchgear comprising: a movable electrode; a fixed electrode provided on a same axis as the movable electrode; a driving portion which linearly drives the movable electrode in a direction of the axis so that the movable electrode contacts with/separates from the fixed electrode; and an opening mechanism which separates the fixed electrode from the movable electrode, characterised in that the movable electrode has a taper portion having a recessed surface toward the direction of the axis, at a part to contact with the fixed electrode, and has a protrusion protruding toward the direction of the axis, at an outer circumferential part of the taper portion, and the fixed electrode includes a latch portion composed of a claw having an engagement portion to be engaged with the protrusion and a slope portion to contact with the taper portion, and a contact-pressure spring applying a restoring force to the claw in a direction crossing the direction of the axis. a movable electrode; a fixed electrode provided on a same axis as the movable electrode; a driving portion which linearly drives the movable electrode in a direction of the axis so that the movable electrode contacts with/separates from the fixed electrode; and an opening mechanism which separates the fixed electrode from the movable electrode, characterised in that the movable electrode has a taper portion having a recessed surface toward the direction of the axis, at a part to contact with the fixed electrode, and has a protrusion protruding toward the direction of the axis, at an outer circumferential part of the taper portion, and the fixed electrode includes a latch portion composed of a claw having an engagement portion to be engaged with the protrusion and a slope portion to contact with the taper portion, and a contact-pressure spring applying a restoring force to the claw in a direction crossing the direction of the axis. a claw having an engagement portion to be engaged with the protrusion and a slope portion to contact with the taper portion, and a contact-pressure spring applying a restoring force to the claw in a direction crossing the direction of the axis.
Bending head for bending rod- and pipe-shaped workpieces with a retainer rotatable about a rotational axis, said retainer bearing a bending mandrel at one axial end, and with at last two further workpieces (18, 20; 21, 24) which each comprise a retaining body (18, 21) with a bending pin (20, 24) at their axial end facing the bending mandrel and from which each - in each case independently of the other workpieces - is rotatable, characterised in that the retaining bodies (18, 21) of the workpieces are arranged concentrically to the retainer of the bending mandrel and can pivot about its rotational axis.
A resistor-assembly, comprising: a substrate (12, 112) formed of a ceramic-material; a heater (18, 118) configured to heat the resistor-assembly; a resistor-element (22, 122) formed of an ion-conducting material (24, 124) that overlies the substrate (12, 112); and conductive-leads (34, 134) formed of a catalytic-metal (36, 136) that are in communication with a gas (32, 132) and in electrical contact with the resistor-element (22, 122), wherein the resistor-element (22, 122) is characterized by a resistance-value (40, 140) that is influenced by an oxygen-presence in the gas (32, 132) when being heated by the heater (18, 118) to a resistor-temperature (26, 126) that is greater than a temperature-threshold (30, 130), and wherein the resistor-assembly has a portion of the resistor-element (22, 122) removed by laser-trimming so as to expose a portion of the substrate (12, 112), thereby reducing a cross-sectional area of the resistor-element (22, 122), whereby the resistance-value (40, 140) is adjusted to a predetermined resistance-value. a substrate (12, 112) formed of a ceramic-material; a heater (18, 118) configured to heat the resistor-assembly; a resistor-element (22, 122) formed of an ion-conducting material (24, 124) that overlies the substrate (12, 112); and conductive-leads (34, 134) formed of a catalytic-metal (36, 136) that are in communication with a gas (32, 132) and in electrical contact with the resistor-element (22, 122), wherein the resistor-element (22, 122) is characterized by a resistance-value (40, 140) that is influenced by an oxygen-presence in the gas (32, 132) when being heated by the heater (18, 118) to a resistor-temperature (26, 126) that is greater than a temperature-threshold (30, 130), and wherein the resistor-assembly has a portion of the resistor-element (22, 122) removed by laser-trimming so as to expose a portion of the substrate (12, 112), thereby reducing a cross-sectional area of the resistor-element (22, 122), whereby the resistance-value (40, 140) is adjusted to a predetermined resistance-value.
A standing bag which contains a plurality of pre-portioned washing and/or cleaning agent packages, preferably a plurality of water-soluble packages, each containing at least one liquid composition, comprising a cavity delimited by at least one opaque side wall and a base wall, - the base wall having an inspection region for detecting liquid when said liquid is in contact with the inner face of the base wall, - the bag having been formed from a one-piece film composite comprising a metallized layer, characterized in that the metallized layer is at least partially interrupted in the base region in order to form the inspection region. - the base wall having an inspection region for detecting liquid when said liquid is in contact with the inner face of the base wall, - the bag having been formed from a one-piece film composite comprising a metallized layer, characterized in that the metallized layer is at least partially interrupted in the base region in order to form the inspection region.
A system to perform automated testing of one or more specimens, the system comprising: a stage configured to secure one or more test specimens; one or more actuators configured to position the stage and the one or more test specimens; a user interface configured to: receive input defining a test sequence of a plurality of points to be tested on the one or more test specimens; and display a graphic indicative of positions of the plurality of points on the one or more test specimens and one or more paths to be taken by the stage to traverse the plurality of points during testing of the test sequence; and control circuitry configured to control a test process of the test sequence in accordance with the plurality of points and the one or more paths, characterized in that the user interface is configured to display the graphic as a grid representative of the stage, the plurality of points overlaid on the stage, and the one or more paths connecting the plurality of points. a stage configured to secure one or more test specimens; one or more actuators configured to position the stage and the one or more test specimens; a user interface configured to: receive input defining a test sequence of a plurality of points to be tested on the one or more test specimens; and display a graphic indicative of positions of the plurality of points on the one or more test specimens and one or more paths to be taken by the stage to traverse the plurality of points during testing of the test sequence; and receive input defining a test sequence of a plurality of points to be tested on the one or more test specimens; and display a graphic indicative of positions of the plurality of points on the one or more test specimens and one or more paths to be taken by the stage to traverse the plurality of points during testing of the test sequence; and control circuitry configured to control a test process of the test sequence in accordance with the plurality of points and the one or more paths,
A method, comprising: emitting, by a system comprising a processor, an emitted audio signal, comprising at least a first frequency, from an electronic device, wherein the electronic device comprises a touch sensitive screen; detecting, by the system, a reflected audio signal comprising at least a second frequency, wherein the emitted audio signal is reflected off of an object in proximity to the touch sensitive screen to produce the reflected audio signal; and determining, by the system, a movement status of the object in relation to the touch sensitive screen, based at least in part on a frequency shift between the first frequency of the emitted audio signal and the second frequency of the reflected audio signal; obtaining sensor data, from surface-related sensors of the touch sensitive screen, in response to the object being in contact or in proximity with one or more portions of the touch sensitive screen; and classifying which type of object is interacting with the touch sensitive screen based on the movement status, the emitted audio signal, the reflected audio signal, and the sensor data. emitting, by a system comprising a processor, an emitted audio signal, comprising at least a first frequency, from an electronic device, wherein the electronic device comprises a touch sensitive screen; detecting, by the system, a reflected audio signal comprising at least a second frequency, wherein the emitted audio signal is reflected off of an object in proximity to the touch sensitive screen to produce the reflected audio signal; and determining, by the system, a movement status of the object in relation to the touch sensitive screen, based at least in part on a frequency shift between the first frequency of the emitted audio signal and the second frequency of the reflected audio signal; obtaining sensor data, from surface-related sensors of the touch sensitive screen, in response to the object being in contact or in proximity with one or more portions of the touch sensitive screen; and classifying which type of object is interacting with the touch sensitive screen based on the movement status, the emitted audio signal, the reflected audio signal, and the sensor data.
Use of a heat-recovery boiler, which consists of a tube bundle heat exchanger which is fixedly installed in a pressurized container and which is connected downstream a gasification device, wherein the tubes of the tube bundle heat exchanger are flown through by hot processing gas at temperatures which are partially between 450 and 970 °C, characterized in that a displacement body of graphite extending at least over a part of the length of the tube is inserted into said tubes centrally coaxially with the inner side of the tube, thereby forming an annular space.
A method of manufacturing a porous separator, the method comprising: preparing a mixture of a polymer resin and an elastic material at a weight ratio of 95:5 to 90:10, and forming an extruded sheet by extruding the mixture through an extruder; forming a film by annealing and stretching the extruded sheet; and forming a porous separator by heat setting the stretched film, wherein the elastic material is an ethylene-octene copolymer, the polymer resin is polypropylene, wherein the stretching of the extruded sheet comprises uniaxially stretching in a machine direction, the porous separator has a value of elongation at break in a low tensile strength direction at room temperature greater than or equal to 250%. preparing a mixture of a polymer resin and an elastic material at a weight ratio of 95:5 to 90:10, and forming an extruded sheet by extruding the mixture through an extruder; forming a film by annealing and stretching the extruded sheet; and forming a porous separator by heat setting the stretched film, wherein the elastic material is an ethylene-octene copolymer, the polymer resin is polypropylene, wherein the stretching of the extruded sheet comprises uniaxially stretching in a machine direction, the porous separator has a value of elongation at break in a low tensile strength direction at room temperature greater than or equal to 250%.