mhurhangee/ep-ind-claims huggingface dataset:
A recording medium on which playlist information is recorded, wherein the play list information contains main-path information (MainPath), sub-path information (SubPath), and metadata (PiP_metadata), the main-path information (MainPath) includes a main playback section information (Playltem information) corresponding to a primary video stream, wherein the playback section information (Playltem information) includes start point information (In_time) and end point information (Out_time), the start point information (In_time) indicates a start point of a main playback section (Playltem information) corresponding to the primary video stream, and the end point information (Out_time) indicates an end point of the main playback section (Playltem information) corresponding to the primary video stream, the sub-path information (SubPath) includes a sub playback section information (SubPlayltem) corresponding to a secondary video stream, wherein the sub playback section information (SubPlayltem) includes start point information (SubPlayItem_In_Time) and end point information (SubPlayItem_Out_Time), the start point information (SubPlayItem_In_Time) included in the sub playback section information (SubPlayltem) indicates a start point of a sub playback section corresponding to the secondary video stream, and the end point information (SubPlayItem_Out_Time) included in the sub playback section information (SubPlayltem) indicates an end point of the sub playback section corresponding to the secondary video stream, the metadata (PiP_metadata) includes type information (PiP_timeline_type), timing information (PiP_metadata_time_stamp) that indicates a timing of display of a secondary video, and display position information (PiP_composition_metadata) that indicates a display position of the display of the secondary video, the type information (PiP_timeline_type),indicates whether the timing is based on a playback time axis of the main playback section or a playback time axis of the sub playback section, the sub-path information (SubPath) in the play list information includes sync information (Sync_Start_PTS_of_PlayItem) that indicates a synchronization time point of a secondary video stream, that is the point where the start point of the sub playback section (SubPlayltem) specified by its start point information (SubPlayItem_In_time) is present on the playback time axis of the playback section information (Playltem), and when the sync information (Sync_Start_PTS_of_Playitem) is represented by an unspecified value, this indicates that a time point at which a user performs a predetermined operation during playback of the main playback section (PlayItem) is used as the synchronization time point and synchronized playback of the secondary video stream from the synchronization time point is started by a playback apparatus.
Method for providing and manipulating anyons that are usable for topological quantum computation, comprising the steps of: - providing a magnetic material containing at least two magnetic textures; - providing a superconductor containing at least two vortices; and - creating at least two magnetic texture-vortex pairs (50a, 50b) by coupling the magnetic material to the superconductor, wherein each magnetic texture-vortex pair (50a, 50b) binds an anyon being localized at the vortex of the respective magnetic texture-vortex pair (50a, 50b) in the superconductor; - structuring the magnetic material to form a grid of magnetic material, and wherein the grid of magnetic material forms a plurality of paths in which the magnetic textures are movable. - providing a magnetic material containing at least two magnetic textures; - providing a superconductor containing at least two vortices; and - creating at least two magnetic texture-vortex pairs (50a, 50b) by coupling the magnetic material to the superconductor, wherein each magnetic texture-vortex pair (50a, 50b) binds an anyon being localized at the vortex of the respective magnetic texture-vortex pair (50a, 50b) in the superconductor; - structuring the magnetic material to form a grid of magnetic material, and wherein the grid of magnetic material forms a plurality of paths in which the magnetic textures are movable.
A compound of Formula or its N-oxide or a pharmaceutically acceptable salt thereof: for use in treating a hematological cancer in a subject in need thereof, wherein the subject had at least one prior therapy to treat a hematological cancer, wherein the subject is at least 50 years old, and wherein the hematological cancer is selected from the group consisting of acute myeloid leukemia, acute lymphoblastic leukemia, myelodysplastic syndrome, a myeloproliferative disorder, and chronic myelogenous leukemia or wherein the hematological cancer is leukemia characterized by MLL gene rearrangement.
A vascular filtering device, comprising: an elongate member having two or more apertures in a wall of the elongate member and a lumen that extends from a proximal region of the elongate member and is in fluid communication with the two or more apertures; and a membranous member comprising a bag portion and a plurality of tethers that extend from the bag portion, the bag portion comprising a membrane and wherein a distal region of the bag portion is attached to a distal portion of the elongate member, and wherein each of the tethers extends through an aperture of the two or more apertures and through the lumen of the elongate member, and exits the lumen at the proximal region of the elongate member. an elongate member having two or more apertures in a wall of the elongate member and a lumen that extends from a proximal region of the elongate member and is in fluid communication with the two or more apertures; and a membranous member comprising a bag portion and a plurality of tethers that extend from the bag portion, the bag portion comprising a membrane and wherein a distal region of the bag portion is attached to a distal portion of the elongate member, and wherein each of the tethers extends through an aperture of the two or more apertures and through the lumen of the elongate member, and exits the lumen at the proximal region of the elongate member.
A vehicle window pane comprising a plate-like window pane body which has an outer side which faces the surroundings of the vehicle and an inner side which faces away from the outer side and to which a composite is connected, the composite having a layer structure which comprises multiple layers disposed one on top of the other, one of the layers comprising a liquid crystal arrangement which comprises two films (32, 34) and a liquid crystal cell disposed between the two films (32, 34), and another one of the layers being a polarizer layer, characterized in that at least one layer of the layer structure is a displacement layer whose area is smaller than the area of the liquid crystal arrangement, the liquid crystal cell thus having an edge portion which is thicker than a central portion covered by the displacement layer.
A surgical probe for endo-ocular photocoagulation comprising: a. a hand piece; b. at least one optical fiber associated with the hand piece for carrying light energy from a light energy source to a distal end of said optical fiber; c. a pre-curved tip comprising a straight portion and associated with the hand piece at a distal end thereof, said pre-curved tip carrying said distal end of said optical fiber, said distal end of said optical fiber being approximately coterminous with a distal end of said pre-curved tip; d. a straightening member operably associated with said hand piece, said optical fiber, and said pre-curved tip, said straightening member operable to extend and retract along a longitudinal axis of the surgical probe; characterised in that said straightening member is disposed within said pre-curved tip in association with said optical fiber and wherein, when said straightening member is extended from within said straight portion of said pre-curved tip and away from the hand piece, it acts to straighten said distal ends of said pre-curved tip and said optical fiber as it extends, and when said straightening member is retracted into and within said straight portion of said pre-curved tip and toward the hand piece, said pre-curved tip and said optical fiber resume a curved form. a. a hand piece; b. at least one optical fiber associated with the hand piece for carrying light energy from a light energy source to a distal end of said optical fiber; c. a pre-curved tip comprising a straight portion and associated with the hand piece at a distal end thereof, said pre-curved tip carrying said distal end of said optical fiber, said distal end of said optical fiber being approximately coterminous with a distal end of said pre-curved tip; d. a straightening member operably associated with said hand piece, said optical fiber, and said pre-curved tip, said straightening member operable to extend and retract along a longitudinal axis of the surgical probe;
A cage for a pair of pressure rollers of a drawing system of a textile machine, the cage comprising a base body having a fastening element for fastening the cage to an axis of the pair of pressure rollers and at least one, preferably two deflecting element(s) for deflecting two guide straps, two tensioning elements being disposed on the base body for tensioning the respective guide strap and the tensioning elements are rotatably supported to the base body, characterized in that the deflecting element being fastened to the base body and that each tensioning element is fastened to the base body together with the deflecting element. the cage comprising a base body having a fastening element for fastening the cage to an axis of the pair of pressure rollers and at least one, preferably two deflecting element(s) for deflecting two guide straps, two tensioning elements being disposed on the base body for tensioning the respective guide strap and the tensioning elements are rotatably supported to the base body, characterized in that the deflecting element being fastened to the base body and that each tensioning element is fastened to the base body together with the deflecting element.
A lithium ion secondary battery comprising an electrode element comprising a positive electrode, a negative electrode and a separator, and an electrolyte solution, wherein the separator has a shrinking ratio as determined by the method defined in the description of 2% or less by heat treatment at 90 °C for 6 hours and is an aramid microporous membrane, and a content of physically adsorbed water of the electrode element is 2% by mass or less as determined by the method defined in the description, and a content of chemically adsorbed water in a positive electrode active material layer of the positive electrode is 1% by mass or less as determined by the method defined in the description, and the positive electrode comprises a lithium nickel composite compound represented by following formula: Ei α Ni β Me γ O 2 wherein 0.9 ≤ α ≤ 1.5, β + γ = 1, 0.6 ≤ β <1, Me is at least one selected from the group consisting of Co, Mn, Al, Fe, Mg, Ba, Ti, and B.
A light emitting diode display device, comprising: a substrate; a semiconductor (135, 1135, 2135) disposed on the substrate; a gate electrode (154, 2124) disposed on the semiconductor (135, 1135, 2135); an interlayer insulating layer disposed on the substrate and the gate electrode (154, 2124); source and drain electrodes (173, 1173, 2173, 175, 1175, 2175) disposed on the interlayer insulating layer and connected to the semiconductor (135, 1135, 2135); at least a first slit (1165-1167, 2165-2167, 3165-3168,..,10162-10167) provided in the interlayer insulating layer; and at least a first wire disposed on the interlayer insulating layer and configured to overlap the first slit (1165-1167, 2165-2167, 3165-3168,..,10162-10167); characterized in that an upper layer for the semiconductor (135, 1135, 2135) is mostly covered by the source electrode (173, 1173, 2173) and the drain electrode (175, 1175, 2175) or a first electrode connected to the drain electrode (175, 1175, 2175). a substrate; a semiconductor (135, 1135, 2135) disposed on the substrate; a gate electrode (154, 2124) disposed on the semiconductor (135, 1135, 2135); an interlayer insulating layer disposed on the substrate and the gate electrode (154, 2124); source and drain electrodes (173, 1173, 2173, 175, 1175, 2175) disposed on the interlayer insulating layer and connected to the semiconductor (135, 1135, 2135); at least a first slit (1165-1167, 2165-2167, 3165-3168,..,10162-10167) provided in the interlayer insulating layer; and at least a first wire disposed on the interlayer insulating layer and configured to overlap the first slit (1165-1167, 2165-2167, 3165-3168,..,10162-10167); characterized in that an upper layer for the semiconductor (135, 1135, 2135) is mostly covered by the source electrode (173, 1173, 2173) and the drain electrode (175, 1175, 2175) or a first electrode connected to the drain electrode (175, 1175, 2175).
A method for producing vinyl alcohol polymers, comprising: process of polymerizing a vinyl ester monomer (a) in the presence of a polymerization initiator and a chain transfer agent having an aliphatic hydrocarbon group having 6 to 12 carbon atoms to obtain a vinyl ester polymer; and process of saponifying the vinyl ester polymer at a concentration of 40 mass% or more and 75 mass% or less in the presence of an acidic catalyst to obtain a vinyl alcohol polymer, wherein the vinyl alcohol polymer has a viscosity-average degree of polymerization of 160 or more and 400 or less. process of polymerizing a vinyl ester monomer (a) in the presence of a polymerization initiator and a chain transfer agent having an aliphatic hydrocarbon group having 6 to 12 carbon atoms to obtain a vinyl ester polymer; and process of saponifying the vinyl ester polymer at a concentration of 40 mass% or more and 75 mass% or less in the presence of an acidic catalyst to obtain a vinyl alcohol polymer, wherein the vinyl alcohol polymer has a viscosity-average degree of polymerization of 160 or more and 400 or less.
A refrigerator comprising: a main body; a storeroom arranged inside the main body; a door (30, 30a, 30b) configured to open and close the storeroom; and a hinge assembly configured to support the door to be able to slide and pivot, wherein the hinge assembly comprises: a hinge body combined with the door (30, 30a, 30b) and configured to move back and forth in a front-back direction; a first stopper configured to prevent pivoting of the door if the door is able to slide; and a second stopper configured to prevent sliding of the door if the door is able to pivot, characterized in that the door (30, 30a, 30b) comprises a hinge combiner configured to be combined with the hinge body, and the hinge combiner comprises a cut formed by cutting a portion of the hinge combiner, and the first stopper is configured to prevent pivoting of the door (30, 30a, 30b) if one end of the first stopper is pulled into the cut, and to enable the door (30, 30a, 30b) to pivot if the one end of the first stopper is pulled out from the cut. a main body; a storeroom arranged inside the main body; a door (30, 30a, 30b) configured to open and close the storeroom; and a hinge assembly configured to support the door to be able to slide and pivot, wherein the hinge assembly comprises: a hinge body combined with the door (30, 30a, 30b) and configured to move back and forth in a front-back direction; a first stopper configured to prevent pivoting of the door if the door is able to slide; and a second stopper configured to prevent sliding of the door if the door is able to pivot, a hinge body combined with the door (30, 30a, 30b) and configured to move back and forth in a front-back direction; a first stopper configured to prevent pivoting of the door if the door is able to slide; and a second stopper configured to prevent sliding of the door if the door is able to pivot, characterized in that the door (30, 30a, 30b) comprises a hinge combiner configured to be combined with the hinge body, and the hinge combiner comprises a cut formed by cutting a portion of the hinge combiner, and the first stopper is configured to prevent pivoting of the door (30, 30a, 30b) if one end of the first stopper is pulled into the cut, and to enable the door (30, 30a, 30b) to pivot if the one end of the first stopper is pulled out from the cut.
A flight vehicle configured for providing enhanced control about either the pitch or yaw axes during flight, comprising: a first and second plurality of engines (20, 22, 24, 26) that are spaced equidistant from one another and from the centerline of the flight vehicle, each of the first plurality of engines (20, 24) alternately positioned relative to each of the second plurality of engines (22, 26), and the first and second plurality of engines (20, 22, 24, 26) configured for differential throttling to control attitude of the flight vehicle about pitch, yaw and roll axes, characterised in that the first plurality of engines (20, 24) of the flight vehicle have a positive tangential cant such that a thrust line from each of the first plurality of engines (20, 24) is misaligned with a centerline of the flight vehicle; and the second plurality of engines (22, 26) of the flight vehicle have a negative tangential cant such that a thrust line from each of the second plurality of engines (22, 26) is misaligned with the centerline of the flight vehicle, wherein the positive and negative tangential cants of the first and second plurality of engines (20, 22, 24, 26) enhance movement of the flight vehicle about one of the pitch and yaw axes, wherein the first plurality of engines (20, 24) includes two engines (20, 24) with the positive tangential cant that are configured to provide a first roll moment about the centerline and the second plurality of engines (22, 26) includes two engines (22, 26) with the negative tangential cant that are configured to provide a second roll moment about the centerline, wherein the first and second roll moments cancel each other out.
A method of frequency-shift keying, FSK, decoding, comprising: generating a pulse waveform (R'Edge) from a received FSK encoded signal and a system clock (Sys_clk); generating at least four clocks from said pulse waveform (R'Edge) and said system clock (Sys_clk) including a first clock and second clock at frequencies below a carrier frequency of said FSK signal which define frequency limits for a logic '0' level of said FSK signal, and a third clock and fourth clock at frequencies above the carrier frequency of said FSK signal which define frequency limits for a logic '1' level of said FSK signal; generating at least four frequency envelopes from said at least four clocks by generating a logic '1' from one rising edge of a clock signal to another rising edge of the same clock signal, depicting the total cycle period of the same clock signal frequency, the at least four frequency envelopes including a logic '0' envelope, a logic '1' envelope, a lower frequency envelope below said logic '0' envelope, and an upper frequency envelope above said logic '1' envelope; comparing said pulse waveform (R'Edge) to said at least four frequency envelopes; and outputting a decoded output of said logic '0' if said pulse waveform (R'Edge) overlaps said logic '0' envelope, of said logic '1' if said pulse waveform (R'Edge) overlaps said logic '1' envelope, and of a previous output state if said pulse waveform (R'Edge) does not overlap said logic '0' envelope and does not overlap said logic '1' envelope. generating a pulse waveform (R'Edge) from a received FSK encoded signal and a system clock (Sys_clk); generating at least four clocks from said pulse waveform (R'Edge) and said system clock (Sys_clk) including a first clock and second clock at frequencies below a carrier frequency of said FSK signal which define frequency limits for a logic '0' level of said FSK signal, and a third clock and fourth clock at frequencies above the carrier frequency of said FSK signal which define frequency limits for a logic '1' level of said FSK signal; generating at least four frequency envelopes from said at least four clocks by generating a logic '1' from one rising edge of a clock signal to another rising edge of the same clock signal, depicting the total cycle period of the same clock signal frequency, the at least four frequency envelopes including a logic '0' envelope, a logic '1' envelope, a lower frequency envelope below said logic '0' envelope, and an upper frequency envelope above said logic '1' envelope; comparing said pulse waveform (R'Edge) to said at least four frequency envelopes; and outputting a decoded output of said logic '0' if said pulse waveform (R'Edge) overlaps said logic '0' envelope, of said logic '1' if said pulse waveform (R'Edge) overlaps said logic '1' envelope, and of a previous output state if said pulse waveform (R'Edge) does not overlap said logic '0' envelope and does not overlap said logic '1' envelope.
A wireless communication device for collecting vehicle on-board diagnostics data, the device comprising: a connector for connecting the device to an OBD port of a vehicle to receive OBD data; a processor configured to continually aggregate the OBD data and/or acceleration data from an acceleration sensor into risk profile data during a journey made by the vehicle, said risk profile data comprising one or more scalar indicators and/or histogram indicators; wherein the device comprises the acceleration sensor for providing the acceleration data; a memory for storing the latest risk profile data for the journey; and a wireless transceiver for communicating with an external mobile device, characterised in that the wireless transceiver is configured to wirelessly transmit the stored risk profile data to the external mobile device during the journey, wherein the processor is further configured to determine an engine state of the vehicle and to detect when the vehicle begins and ends a journey based on said determined engine state and OBD data relating to vehicle speed and/or engine revolutions, and wherein the processor is configured to detect that the vehicle has begun a new journey when there is a predetermined period of time between a detected engine 'off' state and a detected engine 'on' state, and the vehicle speed and/or engine revolutions are greater than zero, and to cause the stored risk profile data to be deleted from the memory upon detection that the vehicle has begun a new journey. a connector for connecting the device to an OBD port of a vehicle to receive OBD data; a processor configured to continually aggregate the OBD data and/or acceleration data from an acceleration sensor into risk profile data during a journey made by the vehicle, said risk profile data comprising one or more scalar indicators and/or histogram indicators; wherein the device comprises the acceleration sensor for providing the acceleration data; a memory for storing the latest risk profile data for the journey; and a wireless transceiver for communicating with an external mobile device, characterised in that the wireless transceiver is configured to wirelessly transmit the stored risk profile data to the external mobile device during the journey, wherein the processor is further configured to determine an engine state of the vehicle and to detect when the vehicle begins and ends a journey based on said determined engine state and OBD data relating to vehicle speed and/or engine revolutions, and wherein the processor is configured to detect that the vehicle has begun a new journey when there is a predetermined period of time between a detected engine 'off' state and a detected engine 'on' state, and the vehicle speed and/or engine revolutions are greater than zero, and to cause the stored risk profile data to be deleted from the memory upon detection that the vehicle has begun a new journey.