mhurhangee/ep-ind-claims huggingface dataset:
A method for generating summaries for missed portions of media assets, the method comprising: retrieving a start time and a stop time of a portion of a media asset that a user has missed; determining, based on the start time and the stop time, a length of the portion of the media asset that the user has missed; comparing the length with a threshold length; in response to determining that the length is greater than the threshold length, generating a first summary of the missed portion of the media asset based on a first plurality of segments, wherein the first plurality of segments includes media asset summary segments that are associated with the media asset and are of a first importance; in response to determining that the length is not greater than the threshold length, generating a second summary of the missed portion of the media asset based on a second plurality of segments, wherein the second plurality of segments includes media asset summary segments that are associated with the media asset and are of one of the first importance and a second importance, wherein the first importance is higher than the second importance; and generating for display one of the first summary and the second summary based on whether the length is greater than the threshold length. retrieving a start time and a stop time of a portion of a media asset that a user has missed; determining, based on the start time and the stop time, a length of the portion of the media asset that the user has missed; comparing the length with a threshold length; in response to determining that the length is greater than the threshold length, generating a first summary of the missed portion of the media asset based on a first plurality of segments, wherein the first plurality of segments includes media asset summary segments that are associated with the media asset and are of a first importance; in response to determining that the length is not greater than the threshold length, generating a second summary of the missed portion of the media asset based on a second plurality of segments, wherein the second plurality of segments includes media asset summary segments that are associated with the media asset and are of one of the first importance and a second importance, wherein the first importance is higher than the second importance; and generating for display one of the first summary and the second summary based on whether the length is greater than the threshold length.
A pump for spraying a liquid, the pump comprising: a housing comprising an interior space configured to receive a content; a guide configured to move up and down within the interior space and comprising an inlet hole capable of connecting with the interior space; a piston configured to move according to an upward and a downward movement of the guide while maintaining contact with an inner perimeter of the housing and an outer perimeter of the guide and capable of closing the inlet hole; a valve coupled to and connecting with an upper portion of the guide, the valve protruding to an exterior of the housing; a shoulder, coupled to an upper portion of the housing, comprising a shoulder body, configured to be inserted into an open top of the housing; and an elastic member having one end thereof contacting the shoulder and the other end thereof contacting the valve to provide an elastic force for pushing the valve upward, wherein the elastic member comprises a center portion protruding from a center of the elastic member and deformation portions, the deformation portions formed on both ends of the center portion and capable of elastic deformation, wherein the center portion and the deformation portions are formed as an integrated body, and the deformation portions are formed with smaller thickness compared to thickness of the center portion. a housing comprising an interior space configured to receive a content; a guide configured to move up and down within the interior space and comprising an inlet hole capable of connecting with the interior space; a piston configured to move according to an upward and a downward movement of the guide while maintaining contact with an inner perimeter of the housing and an outer perimeter of the guide and capable of closing the inlet hole; a valve coupled to and connecting with an upper portion of the guide, the valve protruding to an exterior of the housing; a shoulder, coupled to an upper portion of the housing, comprising a shoulder body, configured to be inserted into an open top of the housing; and an elastic member having one end thereof contacting the shoulder and the other end thereof contacting the valve to provide an elastic force for pushing the valve upward, wherein the elastic member comprises a center portion protruding from a center of the elastic member and deformation portions, the deformation portions formed on both ends of the center portion and capable of elastic deformation, wherein the center portion and the deformation portions are formed as an integrated body, and the deformation portions are formed with smaller thickness compared to thickness of the center portion.
A passively operating cooling device for ex-vessel corium, comprising: an insulation; a fusible plug comprising a metallic material lower layer and being installed at a lowermost portion of the insulation, wherein the insulation is adapted to collect corium, which is released through a damaged part of a nuclear pressure vessel, by gravity; a string being fixedly buried and installed on the metallic lower layer of the fusible plug and being adapted to be cut off when the fusible plug is damaged, so as to transfer a mechanical signal to a cooling water injection valve; a core catcher installed immediately below the fusible plug so as to contain the corium while the corium drops by penetrating the fusible plug; a cooling water tank outside a nuclear reactor in order to cool the corium; a pipe for transporting the cooling water in the cooling water tank to the core catcher having the corium; and the cooling water injection valve configured to be installed at one side of the pipe and interlocked with the string, wherein the cooling water injection valve is kept closed by tension of the string connecting both ends of the fusible plug and the cooling water injection valve and; wherein the cooling water injection valve is configured to be switched open when the string is cut when the corium drops.
A scintillator composition, comprising the following, and any reaction products thereof: (a) at least one perovskite material selected from the group consisting of (i) a single halide perovskite of type ABX 3 and (ii) a solid solution of two or more halide perovskites of type ABX 3; at least one activator for the perovskite material, comprising at least one of trivalent cerium or trivalent praseodymium ions; and optionally one or more charge compensators comprising at least one of monovalent sodium or lithium ions; wherein, A is cesium, rubidium, potassium, or sodium; B is calcium, strontium, barium, magnesium, cadmium or zinc; X is F,Cl, Br, I; with the proviso that (wherein) when only one halide perovskite is present, and the charge compensator is absent, and B is Ca Sr, Ba, or Mg, then X is bromine or iodine. (a) at least one perovskite material selected from the group consisting of (i) a single halide perovskite of type ABX 3 and (ii) a solid solution of two or more halide perovskites of type ABX 3; at least one activator for the perovskite material, comprising at least one of trivalent cerium or trivalent praseodymium ions; and optionally one or more charge compensators comprising at least one of monovalent sodium or lithium ions; wherein, A is cesium, rubidium, potassium, or sodium; B is calcium, strontium, barium, magnesium, cadmium or zinc; X is F,Cl, Br, I; with the proviso that (wherein) when only one halide perovskite is present, and the charge compensator is absent, and B is Ca Sr, Ba, or Mg, then X is bromine or iodine. (i) a single halide perovskite of type ABX 3 and (ii) a solid solution of two or more halide perovskites of type ABX 3; at least one activator for the perovskite material, comprising at least one of trivalent cerium or trivalent praseodymium ions; and optionally one or more charge compensators comprising at least one of monovalent sodium or lithium ions; wherein, A is cesium, rubidium, potassium, or sodium; B is calcium, strontium, barium, magnesium, cadmium or zinc; X is F,Cl, Br, I; with the proviso that (wherein) when only one halide perovskite is present, and the charge compensator is absent, and B is Ca Sr, Ba, or Mg, then X is bromine or iodine.
A method executed by a mobile device, comprising: receiving identifiers of one or more access points of a wireless communications network and a current mobile country code MCC; identifying a polygon that is a bounding box of a geographic area that corresponds to the current MCC; selecting a set of access point locations from a location database using the received identifiers, where the access point locations are inside the identified polygon, characterised in that selecting the set of access point locations comprises: identifying an outlier access point from the access point locations, by identifying an access point the identifier of which is received by the mobile device wherein, according to a location record stored on the mobile device, the location of the access point is located outside of the polygon that corresponds to the current MCC; and filtering out the outlier access point from the set of access point locations in the location database; and determining a current location of the mobile device based on an average location of the selected set of access point locations. receiving identifiers of one or more access points of a wireless communications network and a current mobile country code MCC; identifying a polygon that is a bounding box of a geographic area that corresponds to the current MCC; selecting a set of access point locations from a location database using the received identifiers, where the access point locations are inside the identified polygon, characterised in that selecting the set of access point locations comprises: identifying an outlier access point from the access point locations, by identifying an access point the identifier of which is received by the mobile device wherein, according to a location record stored on the mobile device, the location of the access point is located outside of the polygon that corresponds to the current MCC; and filtering out the outlier access point from the set of access point locations in the location database; and identifying an outlier access point from the access point locations, by identifying an access point the identifier of which is received by the mobile device wherein, according to a location record stored on the mobile device, the location of the access point is located outside of the polygon that corresponds to the current MCC; and filtering out the outlier access point from the set of access point locations in the location database; and determining a current location of the mobile device based on an average location of the selected set of access point locations.
A computer implemented method carried out in a game server, the method comprising: processing map data to provide a simplified tile of map data, said processing causing removal of at least one map feature from said map data to provide a simplified tile of map data, wherein said simplified tile of map data is for use in playing a computer implemented game running on a user device; analysing the simplified tile of map data to identify and provide for said simplified tile of map data at least one gateway node (414, 418), each gateway node being provided for a respective map feature crossing a boundary of said tile and providing with a corresponding gateway node (416, 420) of an adjacent tile a logical matching for the respective map feature across the boundary of said tile, such that the user device can store a logical connection indicating that the respective map feature extends across the boundary between said tile and said adjacent tile to define a route for navigation of a game element between said tile and said adjacent tile; and providing, via a network, said simplified tile of map data including the at least one gateway node (414, 418) to the user device. processing map data to provide a simplified tile of map data, said processing causing removal of at least one map feature from said map data to provide a simplified tile of map data, wherein said simplified tile of map data is for use in playing a computer implemented game running on a user device; analysing the simplified tile of map data to identify and provide for said simplified tile of map data at least one gateway node (414, 418), each gateway node being provided for a respective map feature crossing a boundary of said tile and providing with a corresponding gateway node (416, 420) of an adjacent tile a logical matching for the respective map feature across the boundary of said tile, such that the user device can store a logical connection indicating that the respective map feature extends across the boundary between said tile and said adjacent tile to define a route for navigation of a game element between said tile and said adjacent tile; and providing, via a network, said simplified tile of map data including the at least one gateway node (414, 418) to the user device.
Packaging for liquid foods comprising an outer casing of cardboard, the packaging further comprising: - an inner bag of plastic foil consisting of completely recyclable bio-polyethylene plastic, the inner bag being arranged inside the outer casing and completely filling the outer casing when the inner bag is filled with said liquid food, - an opening module, here called MF module, which contains an emptying device and a filling device arranged on a plastic disc, where the emptying device comprises an emptying channel and a stopper, and wherein the filling device comprises a filling channel and a plug, whereby the filling channel is arranged in the stopper of the emptying channel, furthermore the MF module is connected to the inner bag as the underside of the plastic disc is welded to the outer side of the inner bag in such a way that the emptying channel is connected to a hole in the inner bag, and the MF module is connected to the outer casing as the top tabs (6a and 6d) of the outer casing are attached to a circumferential slot along the edges of the plastic disc of the MF module. - an inner bag of plastic foil consisting of completely recyclable bio-polyethylene plastic, the inner bag being arranged inside the outer casing and completely filling the outer casing when the inner bag is filled with said liquid food, - an opening module, here called MF module, which contains an emptying device and a filling device arranged on a plastic disc, where the emptying device comprises an emptying channel and a stopper, and wherein the filling device comprises a filling channel and a plug, whereby the filling channel is arranged in the stopper of the emptying channel, furthermore the MF module is connected to the inner bag as the underside of the plastic disc is welded to the outer side of the inner bag in such a way that the emptying channel is connected to a hole in the inner bag, and the MF module is connected to the outer casing as the top tabs (6a and 6d) of the outer casing are attached to a circumferential slot along the edges of the plastic disc of the MF module.
A method comprising: coupling a non-evaporable getter (212, 312, 412) component to a shape memory alloy (214, 314, 424) component to form an NEG/SMA assembly pair (110, 210); heating the NEG/SMA assembly pair to activate the NEG component (120, 220); packaging the activated NEG component with the SMA component to form an NEG/SMA package having a gas tight seal (130, 230); installing the NEG/SMA package in a vacuum device (140, 240) and heating the installed NEG/SMA package such that the SMA component is actuated to expose the activated NEG component to a vacuum chamber in the vacuum device (150, 250). coupling a non-evaporable getter (212, 312, 412) component to a shape memory alloy (214, 314, 424) component to form an NEG/SMA assembly pair (110, 210); heating the NEG/SMA assembly pair to activate the NEG component (120, 220); packaging the activated NEG component with the SMA component to form an NEG/SMA package having a gas tight seal (130, 230); installing the NEG/SMA package in a vacuum device (140, 240) and heating the installed NEG/SMA package such that the SMA component is actuated to expose the activated NEG component to a vacuum chamber in the vacuum device (150, 250).
Method for operating a passive radar that comprises a reception unit, for receiving a signal reflected from a radar target, and a processing unit, wherein the processing unit is used for processing the reflected signal by involving a reference signal for target detection that is correlated with the reflected signal, wherein - the reception unit of the passive radar is physically positioned in relation to a first non-cooperative transmitter, used for target illumination, such that the signal that the reception unit receives on a direct path from the first non-cooperative transmitter is only very weak in appearance, namely is situated in the region of the thermal noise limit or is not present at all, - the reference signal is obtained through alternative transmission paths rather than by transmission on a direct path from the first non-cooperative transmitter to the passive radar, and is made available to the processing unit, characterized in that the reference signal is obtained by virtue of the signal from a further non-cooperative transmitter being received on a direct path by the reception unit of the passive radar and being made available to the processing unit of the passive radar, wherein the further non-cooperative transmitter transmits the same signal content on a different transmission frequency than the first non-cooperative transmitter. - the reception unit of the passive radar is physically positioned in relation to a first non-cooperative transmitter, used for target illumination, such that the signal that the reception unit receives on a direct path from the first non-cooperative transmitter is only very weak in appearance, namely is situated in the region of the thermal noise limit or is not present at all, - the reference signal is obtained through alternative transmission paths rather than by transmission on a direct path from the first non-cooperative transmitter to the passive radar, and is made available to the processing unit,
A board work machine, comprising: a moving head, used for board work, provided inside the board work machine in a manner allowing movement in the horizontal direction; a temperature acquisition section configured to acquire the temperature inside the moving head; and a head control section configured to control the operation of the moving head during board work based on the temperature acquired by the temperature acquisition section, wherein the board work machine further comprises a notification section configured to send out a notification of an abnormality outside of the board work machine when the temperature acquired by the temperature acquisition section reaches a first threshold value set in advance, wherein the head control section executes a stop process, during board work, for stopping the operation of the moving head when the temperature acquired by the temperature acquisition section reaches a second threshold higher than the first threshold, wherein the second threshold is set below the heat resistance temperature of the component inside the mounting head having the lowest heat resistance. a moving head, used for board work, provided inside the board work machine in a manner allowing movement in the horizontal direction; a temperature acquisition section configured to acquire the temperature inside the moving head; and a head control section configured to control the operation of the moving head during board work based on the temperature acquired by the temperature acquisition section, wherein the board work machine further comprises a notification section configured to send out a notification of an abnormality outside of the board work machine when the temperature acquired by the temperature acquisition section reaches a first threshold value set in advance, wherein the head control section executes a stop process, during board work, for stopping the operation of the moving head when the temperature acquired by the temperature acquisition section reaches a second threshold higher than the first threshold, wherein the second threshold is set below the heat resistance temperature of the component inside the mounting head having the lowest heat resistance.
A precursor material for a cathode material for a lithium secondary battery, being a mixture of carbonate expressed by chemical formula ACO 3 (where A is at least an element selected from the group consisting of Ni, Mn and Co), and either or both of carbonate expressed by chemical formula DCO 3 (where D is at least an element selected from the group consisting of Mg, Al, Ti, Cr, Fe, Cu, and Zr), and hydroxide expressed by chemical formula D, an atomic ratio of an element D to the total of the element A and the element D {D / (A + D)) being in a range of 0 to 0.1, and further, respective contents of Na, and S, as impurity elements, being not more than 100 ppm in mass percentage.
A movable body system including: primary coils of a linear motor arranged along a travel route; and a movable body having a secondary side of the linear motor, the travel route being divided into a plurality of zones, wherein the zones comprise an inter-bay route (1-4; 8-9; 14-15) formed in a loop and an intra-bay route (5-6; 12-13) formed in a loop, wherein the intra-bay route (5-6; 12-13) branches off the inter-bay route (1-4; 8-9; 14-15) via transit lines; wherein each zone has a zone controller (C1-C15) for controlling the primary coils in the zone, wherein the primary coils each have a linear scale, wherein the zone controller (C1-C15) has coordinate calculation means for converting a coordinate of the movable body based on the linear scale outputted from the linear scale, into a coordinate based on the travel route, wherein a signal from the linear scale includes an ID of the primary coil, characterized in that the coordinate calculation means converts the ID of the primary coil to an ID of the zone to which the primary coil belongs, and stores an offset of the primary coil based on the origin of the zone, and the coordinate calculation means obtains an absolute coordinate for uniquely identifying the position of the movable body over the entire travel route by adding the offset to the coordinate from the linear scale, and adding the ID of the zone to which the linear scale belongs. primary coils of a linear motor arranged along a travel route; and a movable body having a secondary side of the linear motor, the travel route being divided into a plurality of zones, wherein the zones comprise an inter-bay route (1-4; 8-9; 14-15) formed in a loop and an intra-bay route (5-6; 12-13) formed in a loop, wherein the intra-bay route (5-6; 12-13) branches off the inter-bay route (1-4; 8-9; 14-15) via transit lines; wherein each zone has a zone controller (C1-C15) for controlling the primary coils in the zone, wherein the primary coils each have a linear scale, wherein the zone controller (C1-C15) has coordinate calculation means for converting a coordinate of the movable body based on the linear scale outputted from the linear scale, into a coordinate based on the travel route, wherein a signal from the linear scale includes an ID of the primary coil, the coordinate calculation means converts the ID of the primary coil to an ID of the zone to which the primary coil belongs, and stores an offset of the primary coil based on the origin of the zone, and the coordinate calculation means obtains an absolute coordinate for uniquely identifying the position of the movable body over the entire travel route by adding the offset to the coordinate from the linear scale, and adding the ID of the zone to which the linear scale belongs.