mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: identifying, by a user equipment, a radio resource control state of the user equipment from a set of states that includes a radio resource control inactive state and a radio resource control idle state; identifying, by the user equipment, a single-frequency network area for communicating one or more network synchronization signals or one or more network paging signals associated with the single-frequency network area, wherein the single-frequency network area is identified based at least in part on identifying that the radio resource control state of the user equipment is the radio resource control inactive state or the radio resource control idle state; and monitoring, by the user equipment, a set of communication resources for the one or more network synchronization signals or the one or more network paging signals associated with the single-frequency network area based at least in part on identifying the single-frequency network area, wherein the set of communication resources is based on an identifier of the single-frequency network area. identifying, by a user equipment, a radio resource control state of the user equipment from a set of states that includes a radio resource control inactive state and a radio resource control idle state; identifying, by the user equipment, a single-frequency network area for communicating one or more network synchronization signals or one or more network paging signals associated with the single-frequency network area, wherein the single-frequency network area is identified based at least in part on identifying that the radio resource control state of the user equipment is the radio resource control inactive state or the radio resource control idle state; and monitoring, by the user equipment, a set of communication resources for the one or more network synchronization signals or the one or more network paging signals associated with the single-frequency network area based at least in part on identifying the single-frequency network area, wherein the set of communication resources is based on an identifier of the single-frequency network area.
A method of producing filters configured for thrombus capture catheter, comprising the steps of: arranging a plurality of wires so as to run helically, thereby forming a spindle-shaped wire assembly which is expanded at a middle portion and which is converged at distal and proximal portions (2A, 2B); immersing a predetermined part of said wire assembly in a filter material solution so that said assembly is covered with and fixed by said filter material; and then drying the resultant wire assembly to form a filtering section, characterized in that the method further comprises the steps of: arranging a half spindle-shaped inner pin in an inside of said wire assembly; inserting a core member into the spindle-shaped wire assembly to allow it to pass through the distal and proximal portions (2A, 2B) thereof and a central part of the inner pin; dipping a pin-applied part of said wire assembly in said filter material solution to form said filtering section; and removing said core member and said inner pin after drying said dip-coated portion to complete a filter. arranging a plurality of wires so as to run helically, thereby forming a spindle-shaped wire assembly which is expanded at a middle portion and which is converged at distal and proximal portions (2A, 2B); immersing a predetermined part of said wire assembly in a filter material solution so that said assembly is covered with and fixed by said filter material; and then drying the resultant wire assembly to form a filtering section, characterized in that the method further comprises the steps of: arranging a half spindle-shaped inner pin in an inside of said wire assembly; inserting a core member into the spindle-shaped wire assembly to allow it to pass through the distal and proximal portions (2A, 2B) thereof and a central part of the inner pin; dipping a pin-applied part of said wire assembly in said filter material solution to form said filtering section; and removing said core member and said inner pin after drying said dip-coated portion to complete a filter. arranging a half spindle-shaped inner pin in an inside of said wire assembly; inserting a core member into the spindle-shaped wire assembly to allow it to pass through the distal and proximal portions (2A, 2B) thereof and a central part of the inner pin; dipping a pin-applied part of said wire assembly in said filter material solution to form said filtering section; and removing said core member and said inner pin after drying said dip-coated portion to complete a filter.
A base coat coating composition used for undercoating a thin metal film formed on a metal substrate, wherein the base coat coating composition comprises a coating film-forming component which contains at least 30% by mass of an epoxy (meth)acrylate having a cyclic structure and has an average molecular weight between crosslinks of 180 to 1,000, wherein the average molecular weight between crosslinks describes an average value of the molecular weight between crosslinks, which is calculated by dividing an average molecular weight of a monomer of the coating film-forming component by an average number of reactive functional groups within the monomer.
A computer-implemented method of presenting place-related content on a mobile device, the method comprising: storing the place-related content in a memory (120, 130) of the mobile device, the place-related content being contributed by a plurality of applications executable by the mobile device, the plurality of applications configured to interact with a places framework, the place-related content stored in a centralized place database in the places framework on the mobile device, wherein the centralized place database stores a list of places, wherein each place is associated with a set of place-related auxiliary data, and wherein the places framework includes an action module to interact with a common action user interface to provide functionalities for the places; in response to receiving a place data request from one of the plurality of applications on the mobile device, the place data request being a request for place-related content describing a selected place, processing the request by a place data management service on the mobile device that handles all place data requests from the plurality of applications on the mobile device and obtaining the place-related content for the selected place from the centralized place database on the mobile device; and presenting all the place-related content that describes the selected place in a displayed consolidated place-specific view (500, 800), wherein events that relate to the selected place are presented in the place-specific view (500, 800). storing the place-related content in a memory (120, 130) of the mobile device, the place-related content being contributed by a plurality of applications executable by the mobile device, the plurality of applications configured to interact with a places framework, the place-related content stored in a centralized place database in the places framework on the mobile device, wherein the centralized place database stores a list of places, wherein each place is associated with a set of place-related auxiliary data, and wherein the places framework includes an action module to interact with a common action user interface to provide functionalities for the places; in response to receiving a place data request from one of the plurality of applications on the mobile device, the place data request being a request for place-related content describing a selected place, processing the request by a place data management service on the mobile device that handles all place data requests from the plurality of applications on the mobile device and obtaining the place-related content for the selected place from the centralized place database on the mobile device; and presenting all the place-related content that describes the selected place in a displayed consolidated place-specific view (500, 800), wherein events that relate to the selected place are presented in the place-specific view (500, 800).
A window restrictor for an opening window, the window restrictor having: a first mounting part adapted for mounting to one of the window and its surrounding frame; a second mounting part adapted for mounting to the other of the window and its surrounding frame; a first restrictor member pivotably connected to the first mounting part; a second restrictor member pivotably connected to the second mounting part, the first and second restrictor members being pivotably connected together, the first and second restrictor members being movable between a closed condition and an opened condition, the first and second mounting parts being closer together in the closed condition than in the opened condition; the first restrictor member being connected to the first mounting part by way of a locking element which can be released from the first mounting part; the window restrictor having a key-operated locking means for releasing the locking element from the first mounting part; wherein the key-operated locking means has a lock body with a keyhole, characterised by the keyhole being inaccessible when the first and second restrictor members (22, 24) are in the closed condition. a first mounting part adapted for mounting to one of the window and its surrounding frame; a second mounting part adapted for mounting to the other of the window and its surrounding frame; a first restrictor member pivotably connected to the first mounting part; a second restrictor member pivotably connected to the second mounting part, the first and second restrictor members being pivotably connected together, the first and second restrictor members being movable between a closed condition and an opened condition, the first and second mounting parts being closer together in the closed condition than in the opened condition; the first restrictor member being connected to the first mounting part by way of a locking element which can be released from the first mounting part; the window restrictor having a key-operated locking means for releasing the locking element from the first mounting part; wherein the key-operated locking means has a lock body with a keyhole, characterised by the keyhole being inaccessible when the first and second restrictor members (22, 24) are in the closed condition.
A method of wireless communication, comprising: determining channel state information, CSI, for a communication link that uses a first transmission time interval, TTI, duration in a system that supports operation with the first TTI duration and a second TTI duration that is greater than the first TTI duration; identifying resources of an unscheduled uplink channel on which to transmit a report with the determined CSI, wherein the resources of the unscheduled uplink channel are accessed based on contention and wherein identifying the resources of the unscheduled uplink channel comprises selecting the resources from a set of resources reserved for uplink control information, UCI, wherein the set of resources reserved for UCI is based at least on a number of UEs for which the set of resources reserved for UCI is allocated and wherein the set of resources is periodically allocated to different UEs from the number of UEs; and user equipment, UE, initiated transmitting of the report on the identified resources. determining channel state information, CSI, for a communication link that uses a first transmission time interval, TTI, duration in a system that supports operation with the first TTI duration and a second TTI duration that is greater than the first TTI duration; identifying resources of an unscheduled uplink channel on which to transmit a report with the determined CSI, wherein the resources of the unscheduled uplink channel are accessed based on contention and wherein identifying the resources of the unscheduled uplink channel comprises selecting the resources from a set of resources reserved for uplink control information, UCI, wherein the set of resources reserved for UCI is based at least on a number of UEs for which the set of resources reserved for UCI is allocated and wherein the set of resources is periodically allocated to different UEs from the number of UEs; and user equipment, UE, initiated transmitting of the report on the identified resources.
A printer comprising: a print unit (52, 54, 56) that prints an image on a medium; a display unit; a display control unit that displays a printing target image (Im) on the display unit; a print instruction unit that transmits an instruction to print the printing target image (Im) being displayed on the display unit; and a print control unit that causes the print unit (52, 54, 56) to print the printing target image being displayed on the display unit in a case where the instruction to print the printing target image is received from the print instruction unit, characterised in that the display control unit displays an imaging image of the printing target image such that the imaging image overlaps printing target image being displayed (Im) on the display unit, and in a case where the instruction to print the image is received from the print instruction unit, moves the imaging image along an ejection direction (f) of the medium, to remove the imaging image from a screen of the display unit, and gradually displays the printing target image being displayed (Im) hidden under the imaging image along with the movement of the imaging image a print unit (52, 54, 56) that prints an image on a medium; a display unit; a display control unit that displays a printing target image (Im) on the display unit; a print instruction unit that transmits an instruction to print the printing target image (Im) being displayed on the display unit; and a print control unit that causes the print unit (52, 54, 56) to print the printing target image being displayed on the display unit in a case where the instruction to print the printing target image is received from the print instruction unit, characterised in that the display control unit displays an imaging image of the printing target image such that the imaging image overlaps printing target image being displayed (Im) on the display unit, and in a case where the instruction to print the image is received from the print instruction unit, moves the imaging image along an ejection direction (f) of the medium, to remove the imaging image from a screen of the display unit, and gradually displays the printing target image being displayed (Im) hidden under the imaging image along with the movement of the imaging image
A vulcanized rubber obtained by vulcanizing a rubber composition comprising 100 parts by mass of rubber component composed of at least one of a synthetic rubber and a natural rubber, 0.1 to 50 parts by mass of a diene polymer, 20 to 150 parts by mass of a filler, 0.1 to 10 parts by mass of a vulcanizing agent, 0.1 to 15 parts by mass of a vulcanization accelerator and 0.1 to 15 parts by mass of vulcanization aid; wherein the vulcanization rate of the diene polymer measured under the measuring conditions below is 25 minutes or less: • measuring conditions To 100 parts by mass of the diene polymer, 70 parts by mass of carbon black of ASTM N330, 3.5 parts by mass of zinc oxide, 2 parts by mass of stearic acid, 1.5 parts by mass of sulfur, 1.2 parts by mass of N- (tert-butyl) -2-benzothiazole sulfenamide and 1 part by mass of N-phenyl-N'-(1,3-dimethylbutyl)-p-phenylenediamine are added, and a torque at 140°C is measured using an oscillating type curemeter and vulcanization time to reach 90% vulcanization degree is measured, wherein the polymer is polyisoprene having no functional group and has a melt viscosity at 38°C of 60 to 800 Pa•s, and wherein the extraction ratio of the polymer contained in the vulcanized rubber when 2 g of the vulcanized rubber is extracted with 400 mL of toluene at 23°C for 48 hours is 20% by mass or less. • measuring conditions
A method for obtaining a radiographic image of a patient's maxillofacial region through x-ray CT imaging, the method comprising: - acquiring a set of data relative to a patient's maxillofacial region through an x-ray CT imaging apparatus, - reconstructing two types of data volumes from the same acquired set of data i.e. a Feldkamp David Kemp, FDK, volume and a metal artifact reduction, MAR, volume that both correspond to the same maxillofacial region, - displaying at least one slice of the patient's maxillofacial region with a first type of data volume among the FDK volume and the MAR volume, - selecting a region of interest, ROI, in the displayed at least one slice, the ROI corresponding to a first portion of said first type of data volume, and - displaying within the selected ROI a second portion of a second type of data volume, the at least one slice of the patient's maxillofacial region being displayed with the first type of data volume while the ROI is displayed with the second portion of the second type of data volume. - acquiring a set of data relative to a patient's maxillofacial region through an x-ray CT imaging apparatus, - reconstructing two types of data volumes from the same acquired set of data i.e. a Feldkamp David Kemp, FDK, volume and a metal artifact reduction, MAR, volume that both correspond to the same maxillofacial region, - displaying at least one slice of the patient's maxillofacial region with a first type of data volume among the FDK volume and the MAR volume, - selecting a region of interest, ROI, in the displayed at least one slice, the ROI corresponding to a first portion of said first type of data volume, and - displaying within the selected ROI a second portion of a second type of data volume, the at least one slice of the patient's maxillofacial region being displayed with the first type of data volume while the ROI is displayed with the second portion of the second type of data volume.
An inlet air heating system for a gas turbine system, comprising: an inlet heat exchanger configured to be positioned upstream of a compressor of the gas turbine system; a heating loop fluidly coupled to the inlet heat exchanger, wherein the heating loop is configured to provide heating fluid to the inlet heat exchanger, and the inlet heat exchanger is configured to facilitate transfer of heat from the heating fluid to an airflow into the compressor; a first heat transfer assembly (60, 116, 124) configured to receive cooling tower fluid from a fluid pathway extending between a steam condenser and a cooling tower, wherein the first heat transfer assembly is configured to facilitate transfer of heat from the cooling tower fluid to the heating fluid; and a second heat transfer assembly (68, 106) configured to receive heated fluid from a steam turbine system, wherein the second heat transfer assembly is configured to facilitate transfer of heat from the heated fluid to the heating fluid, characterized in that second heat transfer assembly (68, 106) is positioned downstream from the first heat transfer assembly (60, 116, 124) along a fluid flow path extending through the heating loop from the first heat transfer assembly (60, 116, 124) to an inlet of the inlet heat exchanger. an inlet heat exchanger configured to be positioned upstream of a compressor of the gas turbine system; a heating loop fluidly coupled to the inlet heat exchanger, wherein the heating loop is configured to provide heating fluid to the inlet heat exchanger, and the inlet heat exchanger is configured to facilitate transfer of heat from the heating fluid to an airflow into the compressor; a first heat transfer assembly (60, 116, 124) configured to receive cooling tower fluid from a fluid pathway extending between a steam condenser and a cooling tower, wherein the first heat transfer assembly is configured to facilitate transfer of heat from the cooling tower fluid to the heating fluid; and a second heat transfer assembly (68, 106) configured to receive heated fluid from a steam turbine system, wherein the second heat transfer assembly is configured to facilitate transfer of heat from the heated fluid to the heating fluid, characterized in that second heat transfer assembly (68, 106) is positioned downstream from the first heat transfer assembly (60, 116, 124) along a fluid flow path extending through the heating loop from the first heat transfer assembly (60, 116, 124) to an inlet of the inlet heat exchanger.
A method for wireless communication, comprising: transmitting, by a base station, BS, a first signal in a first sub-band of a carrier; and transmitting, by the BS, a second signal in a second sub-band of the carrier; the carrier having a first guard band at a first edge of the carrier adjacent to the first sub-band; and the carrier having a second guard band at a second edge of the carrier adjacent to the second sub-band; wherein the first sub-band has a first subcarrier spacing; and the second sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first width in frequency of the first guard band is defined by the first subcarrier spacing, a second width in frequency of the second guard band is defined by the second subcarrier spacing; the second guard band having a larger width than the first guard band. transmitting, by a base station, BS, a first signal in a first sub-band of a carrier; and transmitting, by the BS, a second signal in a second sub-band of the carrier; the carrier having a first guard band at a first edge of the carrier adjacent to the first sub-band; and the carrier having a second guard band at a second edge of the carrier adjacent to the second sub-band; wherein the first sub-band has a first subcarrier spacing; and the second sub-band has a second subcarrier spacing different from the first subcarrier spacing; wherein a first width in frequency of the first guard band is defined by the first subcarrier spacing, a second width in frequency of the second guard band is defined by the second subcarrier spacing; the second guard band having a larger width than the first guard band.