mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for providing a video without restricted audio, the method comprising: receiving a video comprising at least two audio layers; identifying a first audio layer comprising a restricted audio element; identifying a second audio layer comprising a speech element; based on the first audio layer comprising the restricted audio element, muting the first audio layer and the second audio layer of a portion of the video comprising the restricted audio element of the first audio layer when the video is provided for display at a user interface; the method further characterized by initiating a speech synthesizer to generate audible speech corresponding to the speech element of the second audio layer and providing the audible speech during the portion of the video in which the first audio layer and the second audio layer are muted. receiving a video comprising at least two audio layers; identifying a first audio layer comprising a restricted audio element; identifying a second audio layer comprising a speech element; based on the first audio layer comprising the restricted audio element, muting the first audio layer and the second audio layer of a portion of the video comprising the restricted audio element of the first audio layer when the video is provided for display at a user interface; the method further characterized by initiating a speech synthesizer to generate audible speech corresponding to the speech element of the second audio layer and providing the audible speech during the portion of the video in which the first audio layer and the second audio layer are muted.
Use of a load transport trolley for transporting loads, preferably tool cases, as a rack system, wherein the load transport trolley is fastened to a wall by means of at least one adjustable fastening device which is arranged on the wall, characterized in that the fastening device comprises at least one holding element, and wherein the at least one holding element comprises a base plate, a first turntable, a second turntable, a spring and a holding bar. wherein the load transport trolley is fastened to a wall by means of at least one adjustable fastening device which is arranged on the wall, characterized in that the fastening device comprises at least one holding element, and wherein the at least one holding element comprises a base plate, a first turntable, a second turntable, a spring and a holding bar.
A spacer textile material comprising: a first layer, a second layer, and a plurality of connecting members extending between and joining the first layer and the second layer, the connecting members forming a series of at least ten rows that are separated by spaces, wherein each individual row is formed from multiple sections of yarn, the rows having a width that is less than a width of the spaces, wherein the width of the rows is the width of an individual row formed by various connecting members, and the connecting members forming at least one stabilizing row having a width that is greater than the width of the spaces and that is greater than the width of the rows, and the least one stabilizing row having a concentration or a density of connecting members that is greater than the concentration or the density of the connecting members at rows of the space textile material, and wherein the rows formed by the connecting members are substantially parallel to each other, characterized in that the connecting members extend along a height direction perpendicular to the first layer and to the second layer. a first layer, a second layer, and a plurality of connecting members extending between and joining the first layer and the second layer, the connecting members forming a series of at least ten rows that are separated by spaces, wherein each individual row is formed from multiple sections of yarn, the rows having a width that is less than a width of the spaces, wherein the width of the rows is the width of an individual row formed by various connecting members, and the connecting members forming at least one stabilizing row having a width that is greater than the width of the spaces and that is greater than the width of the rows, and the least one stabilizing row having a concentration or a density of connecting members that is greater than the concentration or the density of the connecting members at rows of the space textile material, and wherein the rows formed by the connecting members are substantially parallel to each other, characterized in that the connecting members extend along a height direction perpendicular to the first layer and to the second layer.
Lighting and/or signalling light device for a motor vehicle, said device comprising a light source able to emit a light beam and an optical guide configured to allow the propagation of said light beam in said guide, said guide comprising: - an exit face for the light; - a plurality of optical patterns for reflecting so-called directed fractions of the light beam through the exit face, in a favoured direction; and - a plurality of optical patterns for diffusion of so-called diffused fractions of the light beam through the exit face, the diffused fractions being distinct from the directed fractions, the device being characterised in that said optical patterns are reflective means and diffusing means that are in fact decoupling means, and which are distributed so that the effects thereof combine, these decoupling means making it possible to obtain simultaneously the required photometry, in particular in the necessary direction, for example in the axis of the vehicle, and a broadened visibility angle; and in that said guide and said light source are disposed in a housing closed by a lens allowing said guide to be seen, in whole or in part. - an exit face for the light; - a plurality of optical patterns for reflecting so-called directed fractions of the light beam through the exit face, in a favoured direction; and - a plurality of optical patterns for diffusion of so-called diffused fractions of the light beam through the exit face, the diffused fractions being distinct from the directed fractions, the device being characterised in that said optical patterns are reflective means and diffusing means that are in fact decoupling means, and which are distributed so that the effects thereof combine, these decoupling means making it possible to obtain simultaneously the required photometry, in particular in the necessary direction, for example in the axis of the vehicle, and a broadened visibility angle; and in that said guide and said light source are disposed in a housing closed by a lens allowing said guide to be seen, in whole or in part.
A swimming pool filter element capable of automatically dosing, comprising a folding filter element and a doser filter element, wherein the folding filter element comprises a filter membrane and end covers, the folding filter element is of a paper folding structure, the end covers comprise an upper end cover and a lower end cover, characterized in that: the upper end cover and the lower end cover are bonded to the filter membrane by hot melt welding, a wrench cover is arranged at an upper end of the upper end cover, the doser filter element comprises a doser end cover, a doser lining and a doser shell, flanges are arranged on the doser end cover and are in threaded connection with the doser lining, the doser lining is cylindrical, a plurality of groups of water inlet holes and convex flanges are arranged on a surface of the doser lining, the doser shell is arranged on an outer side of the doser lining, and a plurality of groups of through holes matched with the water inlet holes and grooves matched with the convex flanges are formed in a surface of the doser shell.
A method for collecting data, comprising: collecting a first batch of data by a server from one or more tenant applications and associated with a first period of time; updating a batch log during and after the collecting of the first batch of data; storing the first batch of data in a staging database; collecting a second batch of data by the server from the one or more tenant applications and associated with a second period of time subsequent to the first period of time; storing the second batch of data in the staging database without overwriting or deleting the first batch of data; marking the second batch of data as the current batch of data in the batch log; detecting a rollback event indicating that the most current batch of data should not be used; and in response to the detecting, deleting the current batch information from the batch log and marking the previous batch of data as the current batch of data. collecting a first batch of data by a server from one or more tenant applications and associated with a first period of time; updating a batch log during and after the collecting of the first batch of data; storing the first batch of data in a staging database; collecting a second batch of data by the server from the one or more tenant applications and associated with a second period of time subsequent to the first period of time; storing the second batch of data in the staging database without overwriting or deleting the first batch of data; marking the second batch of data as the current batch of data in the batch log; detecting a rollback event indicating that the most current batch of data should not be used; and in response to the detecting, deleting the current batch information from the batch log and marking the previous batch of data as the current batch of data.
An electromechanical device comprising: a first electrode stack and a second electrode stack, both electrode stacks (ST1, ST2) extending in a vertical direction relative to a substrate and being spaced apart by a gap; and a third electrode stack (S, B) comprising a beam extending down, in a vertical direction towards the substrate, in the electrode gap and being spaced apart from the first electrode stack by a first gap, from the second electrode stack by a second gap, and from the substrate by a third gap; and a connector portion overlapping on top of the first and second electrode stacks (ST1, ST2), wherein, in operation, the beam is movable in a first direction so as to electrically connect with the first electrode stack or in a second direction so as to electrically connect with the second electrode stack, and, in a rest position, the beam is isolated from the first and the second electrode stacks (ST1, ST2); characterized in that at least one of the first or second electrode stacks (ST1, ST2) comprises two electrodes, a top electrode (EG1, EG2) stacked over a bottom electrode (ED1, ED2) and both electrodes are separated by an electrical insulator, and in that, in operation, the beam electrically connects the connector portion with the bottom electrode (ED1, ED2). a first electrode stack and a second electrode stack, both electrode stacks (ST1, ST2) extending in a vertical direction relative to a substrate and being spaced apart by a gap; and a third electrode stack (S, B) comprising a beam extending down, in a vertical direction towards the substrate, in the electrode gap and being spaced apart from the first electrode stack by a first gap, from the second electrode stack by a second gap, and from the substrate by a third gap; and a connector portion overlapping on top of the first and second electrode stacks (ST1, ST2), wherein, in operation, the beam is movable in a first direction so as to electrically connect with the first electrode stack or in a second direction so as to electrically connect with the second electrode stack, and, in a rest position, the beam is isolated from the first and the second electrode stacks (ST1, ST2); characterized in that at least one of the first or second electrode stacks (ST1, ST2) comprises two electrodes, a top electrode (EG1, EG2) stacked over a bottom electrode (ED1, ED2) and both electrodes are separated by an electrical insulator, and in that, in operation, the beam electrically connects the connector portion with the bottom electrode (ED1, ED2).
A two-piece lid for a product container comprising: a base attachable to the container, wherein the base has a corner portion, wherein the base defines a first opening and a second opening having a smaller size than the first opening, and a single cover having a major portion for removably covering the first opening and a minor portion for removably covering the second opening, wherein the cover has a bottom surface and the minor portion of the cover has a skirt portion on the bottom surface of the cover, characterised in that the second opening has a depression at the corner portion, and in that the skirt portion is sized to fit the depression on the base. a base attachable to the container, wherein the base has a corner portion, wherein the base defines a first opening and a second opening having a smaller size than the first opening, and a single cover having a major portion for removably covering the first opening and a minor portion for removably covering the second opening, wherein the cover has a bottom surface and the minor portion of the cover has a skirt portion on the bottom surface of the cover, characterised in that the second opening has a depression at the corner portion, and in that the skirt portion is sized to fit the depression on the base.
An electronic device with a ThunderBolt interface, comprising: a first slot and a second slot; the electronic device being characterized by further comprising: a ThunderBolt interface controller, coupled to the first slot and the second slot, adapted to receive a ThunderBolt interface stream through the first slot, to parse the ThunderBolt interface stream to obtain a data stream and a video stream, and to determine whether an external device is inserted into the second slot; and a DisplayPort splitter, coupled to the ThunderBolt interface controller through a DisplayPort lane, and comprising a first transmission path and a second transmission path passing through the second slot, wherein when the ThunderBolt interface controller determines that a transmission type of the external device is a DisplayPort interface and the electronic device needs to use the DisplayPort lane, the DisplayPort splitter is adapted to parse the video stream to generate a first stream and a second stream and to transmit the first stream and the second stream respectively to the electronic device and the external device through the first transmission path and the second transmission path. a first slot and a second slot; the electronic device being characterized by further comprising: a ThunderBolt interface controller, coupled to the first slot and the second slot, adapted to receive a ThunderBolt interface stream through the first slot, to parse the ThunderBolt interface stream to obtain a data stream and a video stream, and to determine whether an external device is inserted into the second slot; and a DisplayPort splitter, coupled to the ThunderBolt interface controller through a DisplayPort lane, and comprising a first transmission path and a second transmission path passing through the second slot, a ThunderBolt interface controller, coupled to the first slot and the second slot, adapted to receive a ThunderBolt interface stream through the first slot, to parse the ThunderBolt interface stream to obtain a data stream and a video stream, and to determine whether an external device is inserted into the second slot; and a DisplayPort splitter, coupled to the ThunderBolt interface controller through a DisplayPort lane, and comprising a first transmission path and a second transmission path passing through the second slot, wherein when the ThunderBolt interface controller determines that a transmission type of the external device is a DisplayPort interface and the electronic device needs to use the DisplayPort lane, the DisplayPort splitter is adapted to parse the video stream to generate a first stream and a second stream and to transmit the first stream and the second stream respectively to the electronic device and the external device through the first transmission path and the second transmission path.
An engine start control device that automatically stops an engine when automatic stop requirements are satisfied while the engine is on, and automatically restarts the engine when automatic start requirements are satisfied while the engine is off, the engine start control device comprising: a starter energizing circuit that is provided between a power supply and a starter relay for activating a starter of the engine, includes a first transistor and a second transistor connected in series, and energizes the starter relay; and failure detecting means that drives each of the first and second transistors (Tr1, Tr2) to check for failure, characterized in that the failure detecting means is operable to sequentially perform OFF failure detection, where a transistor remains opened without becoming conductive in accordance with the ON command, and ON failure detection, where a transistor remains in a conductive state, in the first transistor and OFF failure detection and ON failure detection in the second transistor, wherein the failure detecting means performs the OFF failure detection in the first transistor by issuing a command to turn on the first transistor and to turn off the second transistor, and by determining whether there is OFF failure in the first transistor after a predetermined period of time has passed since the command to turn on the first transistor was issued, wherein the failure detecting means performs the ON failure detection in the first transistor by issuing a command to turn off both the first transistor and the second transistor, if it is determined that there is no OFF failure in the first transistor, and by putting the second transistor into an ON prohibited state and determining whether there is ON failure in the first transistor after a predetermined period of time has passed, wherein the failure detecting means performs the OFF failure detection in the second transistor by cancelling the ON prohibition of the second transistor if it is determined that there is no ON failure in the first transistor, by issuing a command to turn off the first transistor and to turn on the second transistor, and by determining whether there is OFF failure in the second transistor after a predetermined period of time has passed, wherein the failure detecting means performs the ON failure detection in the second transistor by issuing a command to turn off both the first transistor and the second transistor if there is no OFF failure in the second transistor, and by putting the first transistor into an ON prohibited state and determining whether there is ON failure in the second transistor after a predetermined period of time has passed, and wherein the failure detecting means aborts the failure detection when failure is found. a starter energizing circuit that is provided between a power supply and a starter relay for activating a starter of the engine, includes a first transistor and a second transistor connected in series, and energizes the starter relay; and failure detecting means that drives each of the first and second transistors (Tr1, Tr2) to check for failure, characterized in that
A connector, comprising: a first housing forming at least a first upper aperture, a first lower aperture, a second upper aperture, a second lower aperture, a "T" shaped guide member, and a connector latch; and a connector position assurance member having a first upper arm, a first lower arm, a second upper arm, a second lower arm, a front edge, a central aperture, a "T" shaped aperture, and a front tip on a movable central beam, wherein the first upper arm is configured to be received by the first upper aperture, the first lower arm is configured to be received by the first lower aperture, the second upper arm is configured to be received by the second upper aperture, and the second lower arm is configured to be received by the second lower aperture, the front tip is configured to engage with the connector latch and to be moved toward the central aperture, the first upper aperture has a lower wall that is directly connected to a first side surface of the first lower aperture, the second upper aperture has a lower wall that is directly connected to a first side surface of the second lower aperture, the "T" shaped guide member is disposed between the first lower aperture and the second lower aperture, the "T" shaped guide member is formed by an upper wall of the first lower aperture, a second side surface of the first lower aperture, an upper wall of the second lower aperture, and a second side surface of the second lower aperture, and the "T" shaped aperture is below the central beam. a first housing forming at least a first upper aperture, a first lower aperture, a second upper aperture, a second lower aperture, a "T" shaped guide member, and a connector latch; and a connector position assurance member having a first upper arm, a first lower arm, a second upper arm, a second lower arm, a front edge, a central aperture, a "T" shaped aperture, and a front tip on a movable central beam, wherein the first upper arm is configured to be received by the first upper aperture, the first lower arm is configured to be received by the first lower aperture, the second upper arm is configured to be received by the second upper aperture, and the second lower arm is configured to be received by the second lower aperture, the front tip is configured to engage with the connector latch and to be moved toward the central aperture, the first upper aperture has a lower wall that is directly connected to a first side surface of the first lower aperture, the second upper aperture has a lower wall that is directly connected to a first side surface of the second lower aperture, the "T" shaped guide member is disposed between the first lower aperture and the second lower aperture, the "T" shaped guide member is formed by an upper wall of the first lower aperture, a second side surface of the first lower aperture, an upper wall of the second lower aperture, and a second side surface of the second lower aperture, and the "T" shaped aperture is below the central beam.
Use of zinc treated precipitated calcium carbonate in hygienic products, characterized in that the zinc treated precipitated calcium carbonate is obtained by - slaking calcium oxide with water to obtain a calcium hydroxide slurry, - carbonating the calcium hydroxide slurry, - adding a Zn 2+ ion provider before and/or during the carbonation. - slaking calcium oxide with water to obtain a calcium hydroxide slurry, - carbonating the calcium hydroxide slurry, - adding a Zn 2+ ion provider before and/or during the carbonation.