mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a Packet Data Network, PDN, connection, comprising: determining, by a core network control entity, that User Equipment, UE, enters an idle state, the UE being a Machine Type Communication, MTC, device; determining, by the core network control entity, a PDN connection corresponding to the UE as a PDN connection of a designated type; and canceling, by the core network control entity, the PDN connection of the designated type in response to determining that the UE enters the idle state; wherein the designated type comprises using an Access Point Name, APN, for establishing temporary connectivity. determining, by a core network control entity, that User Equipment, UE, enters an idle state, the UE being a Machine Type Communication, MTC, device; determining, by the core network control entity, a PDN connection corresponding to the UE as a PDN connection of a designated type; and canceling, by the core network control entity, the PDN connection of the designated type in response to determining that the UE enters the idle state; wherein the designated type comprises using an Access Point Name, APN, for establishing temporary connectivity.
An absorbent article having water disintegratability comprising: a water disintegratable top sheet, a water disintegratable back sheet, a pressure-sensitive adhesive section for attaching the absorbent article to clothing, disposed on the surface of the back sheet opposite the top sheet, and a release sheet for protection of a contact surface of the pressure-sensitive adhesive section which contacts with clothing, wherein one or more protrusions and one or more depressions are formed on the contact surface of the pressure-sensitive adhesive section, characterized in that the back sheet has one or more protruding sections and one or more depressed sections, and the one or more protrusions and the one or more depressions of the pressure-sensitive adhesive section are formed along the protruding sections and depressed sections, respectively. a water disintegratable top sheet, a water disintegratable back sheet, a pressure-sensitive adhesive section for attaching the absorbent article to clothing, disposed on the surface of the back sheet opposite the top sheet, and a release sheet for protection of a contact surface of the pressure-sensitive adhesive section which contacts with clothing, wherein one or more protrusions and one or more depressions are formed on the contact surface of the pressure-sensitive adhesive section,
A gas turbine engine rotor section comprising: a rotor body, having a ledge extending axially from a location on said rotor body, said ledge defining a radially inner surface radially inwardly of said ledge; a hub extending axially from said rotor body, and beyond said ledge, said hub having a radially outer surface spaced from said ledge radially inner surface, and a first distance defined between said radially inner surface of said ledge and said radially outer surface of said hub; and a knife edge seal having at least one pointed knife seal portion at a radially outer end, a radially inwardly extending arm, and an axially inwardly extending portion extending axially inwardly from said radially inwardly extending arm, said axially inwardly extending portion having a radially outer face and a radially inner face, and said radially inner and radially outer faces (106, 104) of said knife edge seal being spaced by a second distance, characterised in that: said second distance is less than said first distance; and said axially inwardly extending portion is received between said radially inner surface of said ledge and said radially outer surface of said hub, such that said knife edge seal is free floating between said ledge and said hub. a rotor body, having a ledge extending axially from a location on said rotor body, said ledge defining a radially inner surface radially inwardly of said ledge; a hub extending axially from said rotor body, and beyond said ledge, said hub having a radially outer surface spaced from said ledge radially inner surface, and a first distance defined between said radially inner surface of said ledge and said radially outer surface of said hub; and a knife edge seal having at least one pointed knife seal portion at a radially outer end, a radially inwardly extending arm, and an axially inwardly extending portion extending axially inwardly from said radially inwardly extending arm, said axially inwardly extending portion having a radially outer face and a radially inner face, and said radially inner and radially outer faces (106, 104) of said knife edge seal being spaced by a second distance, said second distance is less than said first distance; and said axially inwardly extending portion is received between said radially inner surface of said ledge and said radially outer surface of said hub, such that said knife edge seal is free floating between said ledge and said hub.
A light-emitting diode, LED, package comprising: a submount; a metal pattern on the submount, wherein the metal pattern comprises: a plurality of attach pads (61-1, 61-2, 61-3); and a plurality of bond pads (62-1, 62-2); wherein each of the plurality of attach pads (61-1, 61-2, 61-3) and the plurality of bond pads (62-1, 62-2) is formed of a first metal layer (50-1, 50-2, 50-4, 50-5) on the submount, and a second metal layer that is on the first metal layer (50-1, 50-2, 50-4, 50-5) and on sidewalls of the first metal layer (50-1, 50-2, 50-4, 50-5) such that the second metal layer is directly on a surface of the submount that is adjacent the first metal layer (50-1, 50-2, 50-4, 50-5); a plurality of LED chips (66-1, 66-2, 66-3) mounted on the plurality of attach pads (61-1, 61-2, 61-1), wherein each LED chip of the plurality of LED chips (66-1, 66-2, 66-3) is individually controllable; a bond metal on the plurality of bond pads (62-1, 62-2) and on a surface of the submount that is adjacent the plurality of bond pads (62-1, 62-2), wherein the plurality of attach pads (61-1, 61-2, 61-3) are uncovered by the bond metal; and a light-altering material on the surface of the submount around a perimeter of the LED chips (66-1, 66-2, 66-3), wherein the bond metal covers the bond pads (62-1, 62-2) and a portion of the bond metal extends underneath the light- altering material such that the portion of the bond metal is between the light-altering material and the submount. a submount; a metal pattern on the submount, wherein the metal pattern comprises: a plurality of attach pads (61-1, 61-2, 61-3); and a plurality of bond pads (62-1, 62-2); wherein each of the plurality of attach pads (61-1, 61-2, 61-3) and a plurality of attach pads (61-1, 61-2, 61-3); and a plurality of bond pads (62-1, 62-2); wherein each of the plurality of attach pads (61-1, 61-2, 61-3) and the plurality of bond pads (62-1, 62-2) is formed of a first metal layer (50-1, 50-2, 50-4, 50-5) on the submount, and a second metal layer that is on the first metal layer (50-1, 50-2, 50-4, 50-5) and on sidewalls of the first metal layer (50-1, 50-2, 50-4, 50-5) such that the second metal layer is directly on a surface of the submount that is adjacent the first metal layer (50-1, 50-2, 50-4, 50-5); a plurality of LED chips (66-1, 66-2, 66-3) mounted on the plurality of attach pads (61-1, 61-2, 61-1), wherein each LED chip of the plurality of LED chips (66-1, 66-2, 66-3) is individually controllable; a bond metal on the plurality of bond pads (62-1, 62-2) and on a surface of the submount that is adjacent the plurality of bond pads (62-1, 62-2), wherein the plurality of attach pads (61-1, 61-2, 61-3) are uncovered by the bond metal; and a light-altering material on the surface of the submount around a perimeter of the LED chips (66-1, 66-2, 66-3), wherein the bond metal covers the bond pads (62-1, 62-2) and a portion of the bond metal extends underneath the light- altering material such that the portion of the bond metal is between the light-altering material and the submount.
A baking oven, comprising a horizontal combustion chamber for burning wood or other material in the baking oven, a coal combustion space arranged below the combustion chamber, wherein - the combustion chamber comprises a door on the front side of the baking oven for adding wood or other combustible material into the combustion chamber, a floor, side walls on the sides of the combustion chamber, and a back wall on the side of the combustion chamber opposite to the door, characterized in that the combustion chamber comprises secondary air openings arranged such that both side walls of the combustion chamber and the back wall comprise at least one secondary air opening for feeding secondary air into the combustion chamber, and the baking oven comprises secondary air channels connecting the coal combustion space to the secondary air openings for conveying secondary air from the coal combustion space into the combustion chamber. - the combustion chamber comprises a door on the front side of the baking oven for adding wood or other combustible material into the combustion chamber, a floor, side walls on the sides of the combustion chamber, and a back wall on the side of the combustion chamber opposite to the door, characterized in that the combustion chamber comprises secondary air openings arranged such that both side walls of the combustion chamber and the back wall comprise at least one secondary air opening for feeding secondary air into the combustion chamber, and the baking oven comprises secondary air channels connecting the coal combustion space to the secondary air openings for conveying secondary air from the coal combustion space into the combustion chamber. characterized in that the combustion chamber comprises secondary air openings arranged such that both side walls of the combustion chamber and the back wall comprise at least one secondary air opening for feeding secondary air into the combustion chamber, and the baking oven comprises secondary air channels connecting the coal combustion space to the secondary air openings for conveying secondary air from the coal combustion space into the combustion chamber.
A kettle comprising: a hollow body having a bottom wall and a side wall extending upwardly from the bottom wall to a rim, with the side wall surrounding a cavity to receive water to be heated, the bottom wall having an inner surface facing the cavity, the inner surface having an area; an elastic rubber mount; a housing fixed to the hollow body; and a heating element in thermal communication with the bottom wall to thereby heat the water, wherein the elastic rubber mount wraps around an edge of the heating element such that the heating element does not contact the housing; wherein the elastic rubber mount is located between the side wall and the housing, and surrounds the bottom wall 16); and wherein the elastic rubber mount comprises a sound-isolating layer, and the housing further comprises a sound-absorbing layer located below the sound-isolating layer; wherein the hollow body rests on the elastic rubber mount; and wherein the heating element occupies a horizontal area that is at least 30% of the area of the inner surface. a hollow body having a bottom wall and a side wall extending upwardly from the bottom wall to a rim, with the side wall surrounding a cavity to receive water to be heated, the bottom wall having an inner surface facing the cavity, the inner surface having an area; an elastic rubber mount; a housing fixed to the hollow body; and a heating element in thermal communication with the bottom wall to thereby heat the water, wherein the elastic rubber mount wraps around an edge of the heating element such that the heating element does not contact the housing; wherein the elastic rubber mount is located between the side wall and the housing, and surrounds the bottom wall 16); and wherein the elastic rubber mount comprises a sound-isolating layer, and the housing further comprises a sound-absorbing layer located below the sound-isolating layer; wherein the hollow body rests on the elastic rubber mount; and wherein the heating element occupies a horizontal area that is at least 30% of the area of the inner surface.
A method which may be used by a software developer to wrap a thread-safe data collection with blocking-bounding semantics, the method comprising the steps of: obtaining a membership interface, namely, obtaining at least one procedure heading for invoking a membership interface procedure to perform a thread-safe operation to change the number of data elements in a data collection, the data collection having an organizational structure which is unspecified in the procedure heading, wherein the organizational structure is in a form in which blocking and bounding semantics are relevant; associating a membership implementation with the membership interface, namely, associating at least one procedure body which implements a thread-safe operation to change the number of data elements in the data collection, the organizational structure of the data collection being specific in the membership implementation; and wrapping the membership interface and the membership implementation in a blocking-bounding wrapper, namely, a wrapper which performs at least one of the following in response to an invocation of a membership interface procedure: a blocking operation which is performed on an attempt to remove a data element from the data collection when the data collection lacks a data element available for removal, a bounding operation which is performed on an attempt to add a data element to the data collection when a resource needed to add the data element is lacking. obtaining a membership interface, namely, obtaining at least one procedure heading for invoking a membership interface procedure to perform a thread-safe operation to change the number of data elements in a data collection, the data collection having an organizational structure which is unspecified in the procedure heading, wherein the organizational structure is in a form in which blocking and bounding semantics are relevant; associating a membership implementation with the membership interface, namely, associating at least one procedure body which implements a thread-safe operation to change the number of data elements in the data collection, the organizational structure of the data collection being specific in the membership implementation; and wrapping the membership interface and the membership implementation in a blocking-bounding wrapper, namely, a wrapper which performs at least one of the following in response to an invocation of a membership interface procedure: a blocking operation which is performed on an attempt to remove a data element from the data collection when the data collection lacks a data element available for removal, a bounding operation which is performed on an attempt to add a data element to the data collection when a resource needed to add the data element is lacking.
A crystal multilayer structure, comprising: a Ga 2 O 3 substrate with a -oriented principal surface; and a Ga 2 O 3 crystal film formed on the principal surface of the Ga 2 O 3 substrate by epitaxial growth, wherein the principal surface of the Ga 2 O 3 crystal film has a flatness of not more than 1nm in an RMS value, the RMS value being calculated from measuring within an area of 1 μm 2 and wherein the Ga 2 O 3 crystal film is a single-phase Ga 2 O 3 crystal film. a Ga 2 O 3 substrate with a -oriented principal surface; and a Ga 2 O 3 crystal film formed on the principal surface of the Ga 2 O 3 substrate by epitaxial growth, wherein the principal surface of the Ga 2 O 3 crystal film has a flatness of not more than 1nm in an RMS value, the RMS value being calculated from measuring within an area of 1 μm 2 and wherein the Ga 2 O 3 crystal film is a single-phase Ga 2 O 3 crystal film.
A container for use in microwave ovens for popcorn kernels, the container comprising a first section that defines a hollow volume closed by a second section, the first section comprising a lower side wall connected to the second section via horizontal folds (123, 132, 143, 152), the second section being foldable and including upper side walls (17, 18, 19, 20), wherein the container is adapted to allow the second section to expand automatically by the force of the expansion of the popcorn kernels heated by the microwave oven between a folded configuration in a flower pattern and an expanded configuration, providing an open upper base to the container, characterised in that the second section includes lengthwise vertical openings, each arranged at a vertical fold between two adjacent upper side walls (17, 18, 19, 20), and circular openings, each arranged at the connection between one diagonal fold (171, 181, 191, 201) of one upper side wall (17, 18, 19, 20) and one horizontal fold (123, 132, 143, 152) of the lower side wall.
A method comprising: a conference bridge connecting a live communication between at least a first participant and a second participant over a network, the live communication including content; an agent server executing an agent during the live communication; the agent determining a need for selected information from the live communication the selected information being relevant to the content of the live communication, the agent searching a data source to locate the selected information, the selected information being revealed during the live communication; and in response to locating the selected information, the agent providing the selected information via the conference bridge to both the first participant and the second participant during the live communication, wherein the conference bridge broadcasts the selected information to the first and second participants during the live communication. a conference bridge connecting a live communication between at least a first participant and a second participant over a network, the live communication including content; an agent server executing an agent during the live communication; the agent determining a need for selected information from the live communication the selected information being relevant to the content of the live communication, the agent searching a data source to locate the selected information, the selected information being revealed during the live communication; and in response to locating the selected information, the agent providing the selected information via the conference bridge to both the first participant and the second participant during the live communication, wherein the conference bridge broadcasts the selected information to the first and second participants during the live communication.
A method of wireless communication, comprising: selecting, from a variable number of control fields, one or more control fields for inclusion in a frame; generating the frame comprising the selected number of control fields; and transmitting the frame, wherein each control field further comprises: a control identifier field; and a control information field, the control information field including information for communication, the control identifier field including an indicator indicating a type of the information, wherein the control identifier field indicates trigger information and wherein the control information field comprises a trigger information field, or wherein the control identifier field indicates a buffer status, BS, request or BS report and wherein the control information field comprises one or more subfields containing a report on buffer status information or a request for buffer status information. selecting, from a variable number of control fields, one or more control fields for inclusion in a frame; generating the frame comprising the selected number of control fields; and transmitting the frame, wherein each control field further comprises: a control identifier field; and a control information field, the control information field including information for communication, the control identifier field including an indicator indicating a type of the information, wherein the control identifier field indicates trigger information and wherein the control information field comprises a trigger information field, or wherein the control identifier field indicates a buffer status, BS, request or BS report and wherein the control information field comprises one or more subfields containing a report on buffer status information or a request for buffer status information. a control identifier field; and a control information field, the control information field including information for communication, the control identifier field including an indicator indicating a type of the information, wherein the control identifier field indicates trigger information and wherein the control information field comprises a trigger information field, or wherein the control identifier field indicates a buffer status, BS, request or BS report and wherein the control information field comprises one or more subfields containing a report on buffer status information or a request for buffer status information.
A method for a first device to perform sidelink communication, comprising: being configured with network scheduling mode for sidelink by a base station; being configured with a first set of resources with a first time pattern for sidelink transmission through a dedicated signaling; using the first set of resources to perform sidelink transmission when the first device does not detect beam failure; detecting a beam failure between the first device and the base station; and performing sidelink transmission to a second device when the beam failure is not resolved, characterized in that said sidelink transmission to the second device when the beam failure is not resolved is performed using the first set of resources. being configured with network scheduling mode for sidelink by a base station; being configured with a first set of resources with a first time pattern for sidelink transmission through a dedicated signaling; using the first set of resources to perform sidelink transmission when the first device does not detect beam failure; detecting a beam failure between the first device and the base station; and performing sidelink transmission to a second device when the beam failure is not resolved, characterized in that said sidelink transmission to the second device when the beam failure is not resolved is performed using the first set of resources.
Restrain and release mechanism for an external airborne load, comprising - a central body having at its ends a pair of load supports (2,3) each provided with a pair of protruding arms (6-7,8-9), and at least one releasable load locking device, - a pneumatic device for moving away the load during its release comprising - a pair of telescopic stems movable within respective cylinders associated to said load supports (2,3) and operated by compressed air contained in a storage tank, from a first retracted inoperative position, to a second extended push position, characterised in that said load supports (2,3) are made hollow so as to form the tank for the compressed air. - a central body having at its ends a pair of load supports (2,3) each provided with a pair of protruding arms (6-7,8-9), and at least one releasable load locking device, - a pneumatic device for moving away the load during its release comprising - a pair of telescopic stems movable within respective cylinders associated to said load supports (2,3) and operated by compressed air contained in a storage tank, from a first retracted inoperative position, to a second extended push position,
Hormonal contraceptive comprising 21 to 25 hormone-containing daily units of a combination containing an estrogen component and a progestogen component, and 7 to 3 hormone-free daily units for administration to women, wherein the hormone-containing daily units comprise a combination containing ethinyloestradiol in an amount of 10 to 20 μg and chlormadinone acetate in an amount of 1 to 4 mg.