mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: displaying, by a display of a device, multiple icons (302, 304, 306); activating, by the device, in a first resolution mode, a sensing component of the device for detecting touches; while the sensing component operates in the first resolution mode, detecting, by the device, an object touching a location of the display at which a particular icon from the multiple icons is displayed; determining, by the device, that the particular icon is associated with a second resolution mode of the sensing component, the second resolution mode being of higher resolution than the first resolution mode and being a resolution mode in which a user's fingerprint can be sensed; and responsive to detecting the object touching the location of the display at which the particular icon is displayed, activating, by the device, in the second resolution mode, at least one area of the sensing component that corresponds to the location of the display at which the particular icon is displayed. displaying, by a display of a device, multiple icons (302, 304, 306); activating, by the device, in a first resolution mode, a sensing component of the device for detecting touches; while the sensing component operates in the first resolution mode, detecting, by the device, an object touching a location of the display at which a particular icon from the multiple icons is displayed; determining, by the device, that the particular icon is associated with a second resolution mode of the sensing component, the second resolution mode being of higher resolution than the first resolution mode and being a resolution mode in which a user's fingerprint can be sensed; and responsive to detecting the object touching the location of the display at which the particular icon is displayed, activating, by the device, in the second resolution mode, at least one area of the sensing component that corresponds to the location of the display at which the particular icon is displayed.
A firmware upgrade method for fire alarm system gateways, comprising: creating a firmware upgrade package, on a firmware upgrade management device located remote from the fire alarm system, for a number of gateways of a number of fire alarm systems wherein each gateway has gateway operating firmware, fire system control panel connectivity firmware, and fire system management firmware and wherein the firmware upgrade package has multiple parts including upgrades to at least one of the gateway operating firmware, the fire system control panel connectivity firmware, and the fire system management firmware; creating a firmware upgrade profile having information indicating the applicability of each of the multiple parts of the firmware upgrade package to one of the gateway operating firmware, fire system control panel connectivity firmware, and fire system management firmware; accessing the number of gateways with the firmware upgrade management device; comparing, via the firmware upgrade management device, the firmware upgrade profile to a gateway usage profile of a particular gateway wherein the gateway usage profile contains information indicating usage characteristics for the gateway operating firmware, panel connectivity firmware, and management firmware; and selecting, at the firmware upgrade management device, one or more of the multiple parts of the firmware upgrade package to download to the particular gateway based on the comparison of the firmware upgrade profile and the gateway usage profile. creating a firmware upgrade package, on a firmware upgrade management device located remote from the fire alarm system, for a number of gateways of a number of fire alarm systems wherein each gateway has gateway operating firmware, fire system control panel connectivity firmware, and fire system management firmware and wherein the firmware upgrade package has multiple parts including upgrades to at least one of the gateway operating firmware, the fire system control panel connectivity firmware, and the fire system management firmware; creating a firmware upgrade profile having information indicating the applicability of each of the multiple parts of the firmware upgrade package to one of the gateway operating firmware, fire system control panel connectivity firmware, and fire system management firmware; accessing the number of gateways with the firmware upgrade management device; comparing, via the firmware upgrade management device, the firmware upgrade profile to a gateway usage profile of a particular gateway wherein the gateway usage profile contains information indicating usage characteristics for the gateway operating firmware, panel connectivity firmware, and management firmware; and selecting, at the firmware upgrade management device, one or more of the multiple parts of the firmware upgrade package to download to the particular gateway based on the comparison of the firmware upgrade profile and the gateway usage profile.
An organic light-emitting display device, comprising: a substrate including a plurality of sub-pixels, each sub-pixel comprising: an emission portion, a non-emission portion surrounding the emission portion, and a first electrode in the emission portion; a first bank layer disposed in the non-emission portions of at least two adjacent sub-pixels; a metal pattern disposed on a portion of the first bank layer between the emission portions of the at least two adjacent sub-pixels, the metal pattern being connected to a ground unit or a constant voltage application unit; a second bank layer disposed directly on the first bank layer and the metal pattern; at least one bank hole in the second bank layer configured to expose a portion of the metal pattern, an organic stack disposed on the second bank layer including the bank hole, and on the first electrodes in the emission portions of the at least two adjacent sub-pixels; and a second electrode disposed on the organic stack, wherein the organic stack includes a hole injection layer, and wherein the hole injection layer is non-contiguous by the bank hole. a substrate including a plurality of sub-pixels, each sub-pixel comprising: an emission portion, a non-emission portion surrounding the emission portion, and a first electrode in the emission portion; a first bank layer disposed in the non-emission portions of at least two adjacent sub-pixels; a metal pattern disposed on a portion of the first bank layer between the emission portions of the at least two adjacent sub-pixels, the metal pattern being connected to a ground unit or a constant voltage application unit; a second bank layer disposed directly on the first bank layer and the metal pattern; at least one bank hole in the second bank layer configured to expose a portion of the metal pattern, an organic stack disposed on the second bank layer including the bank hole, and on the first electrodes in the emission portions of the at least two adjacent sub-pixels; and a second electrode disposed on the organic stack, wherein the organic stack includes a hole injection layer, and wherein the hole injection layer is non-contiguous by the bank hole.
A powdered composition for making a refractory filter comprising 60-87 wt% alumina; 8-30 wt% zirconia; and 3-20 wt% magnesia, wherein the powdered composition comprises less than 12.5 wt% reactive alumina, calcined alumina or a mixture thereof, the remainder of the alumina being tabular alumina, and wherein the zirconia has a D50 particle size of less than 3 μm. wherein the powdered composition comprises less than 12.5 wt% reactive alumina, calcined alumina or a mixture thereof, the remainder of the alumina being tabular alumina, and wherein the zirconia has a D50 particle size of less than 3 μm.
A method of protecting a primary service by a station as an unlicensed device in a regulatory domain where a licensed device and the unlicensed device are permitted to operate, the method comprising: receiving a list of identified available channels for an operation of the unlicensed device and maximum allowed transmission powers of the identified available channels from a regulatory domain database system; generating a white space map, WSM, comprising the list of the identified available channels and the maximum allowed transmission powers of the identified available channels; updating the WSM when the station acquires information that a primary service signal is detected on a specific channel which is indicated as available in the WSM; and transmitting the updated WSM to another station such that the another station moves to another channel if the another station is operating on the specific channel, and such that the another station becomes unenabled if the another station fails to retrieve the updated WSM within a predetermined time. receiving a list of identified available channels for an operation of the unlicensed device and maximum allowed transmission powers of the identified available channels from a regulatory domain database system; generating a white space map, WSM, comprising the list of the identified available channels and the maximum allowed transmission powers of the identified available channels; updating the WSM when the station acquires information that a primary service signal is detected on a specific channel which is indicated as available in the WSM; and transmitting the updated WSM to another station such that the another station moves to another channel if the another station is operating on the specific channel, and such that the another station becomes unenabled if the another station fails to retrieve the updated WSM within a predetermined time.
A communications method comprising: operating a first wireless terminal capable of supporting peer to peer mode operations and cellular network operations, said operating a first wireless terminal including: monitoring for paging signals from a base station during a first set of time intervals which are paging time intervals, said first set of time intervals being a set of paging time intervals during which a plurality of different wireless terminals check for paging signals, and peer to peer communications are suspended by the plurality of wireless terminals in a synchronized manner; during a second set of time intervals which do not overlap said first set of time intervals participating in a peer to peer communications session; receiving a page directed to said wireless terminal during one of said first time intervals; and deciding whether to establish a link with the base station in response to the page directed to the first wireless terminal or to continue with an ongoing peer to peer communication session, wherein the decision is a function of at least a priority information communicated in the page signal. operating a first wireless terminal capable of supporting peer to peer mode operations and cellular network operations, said operating a first wireless terminal including: monitoring for paging signals from a base station during a first set of time intervals which are paging time intervals, said first set of time intervals being a set of paging time intervals during which a plurality of different wireless terminals check for paging signals, and peer to peer communications are suspended by the plurality of wireless terminals in a synchronized manner; during a second set of time intervals which do not overlap said first set of time intervals participating in a peer to peer communications session; receiving a page directed to said wireless terminal during one of said first time intervals; and deciding whether to establish a link with the base station in response to the page directed to the first wireless terminal or to continue with an ongoing peer to peer communication session, wherein the decision is a function of at least a priority information communicated in the page signal. monitoring for paging signals from a base station during a first set of time intervals which are paging time intervals, said first set of time intervals being a set of paging time intervals during which a plurality of different wireless terminals check for paging signals, and peer to peer communications are suspended by the plurality of wireless terminals in a synchronized manner; during a second set of time intervals which do not overlap said first set of time intervals participating in a peer to peer communications session; receiving a page directed to said wireless terminal during one of said first time intervals; and deciding whether to establish a link with the base station in response to the page directed to the first wireless terminal or to continue with an ongoing peer to peer communication session, wherein the decision is a function of at least a priority information communicated in the page signal.
- Profile for manufacturing a slat for a rollable swimming pool cover, wherein the profile is made of plastic, wherein the profile comprises one or more internal hollow channels, wherein the profile has a first top wall located above the one or more hollow channels, wherein the profile has a bottom wall under the one or more hollow channels, wherein the first top wall and the bottom wall are interconnected by two or more connecting walls, wherein the profile is provided on a first side with a groove for receiving a coupling member, the groove having a second top wall, wherein the second top wall comprises a first opaque layer of plastic made of a first plastic composition, wherein the bottom wall comprises a second opaque layer of plastic made of a second plastic composition, wherein the first plastic composition is different from the second plastic composition. wherein the profile comprises one or more internal hollow channels, wherein the profile has a first top wall located above the one or more hollow channels, wherein the profile has a bottom wall under the one or more hollow channels, wherein the first top wall and the bottom wall are interconnected by two or more connecting walls, wherein the profile is provided on a first side with a groove for receiving a coupling member, the groove having a second top wall, wherein the second top wall comprises a first opaque layer of plastic made of a first plastic composition, wherein the bottom wall comprises a second opaque layer of plastic made of a second plastic composition, wherein the first plastic composition is different from the second plastic composition.
A dish washer/dryer comprising: a washing tub for accommodating an object to be washed; a washing section for washing the object to be washed; a heater for heating washing water; an exhaust port for discharging moisture inside the washing tub; an air blower for blowing outside-air; a mixing section disposed at an upstream side of the exhaust port, the mixing section mixing outside-air and washing-tub-inside-air with each other; and an air volume distribution section for changing a feeding ratio of the outside-air into the washing tub and the mixing section, characterized in that the air volume distribution section has a damper, whose opening degree is changed by a wind pressure, in an washing-tub-inside-air path and an outside-air path, and a washing tub damper provided in the washing-tub-inside-air path and an outside-air damper provided in the outside-air path are connected to be integrated with each other. a washing tub for accommodating an object to be washed; a washing section for washing the object to be washed; a heater for heating washing water; an exhaust port for discharging moisture inside the washing tub; an air blower for blowing outside-air; a mixing section disposed at an upstream side of the exhaust port, the mixing section mixing outside-air and washing-tub-inside-air with each other; and an air volume distribution section for changing a feeding ratio of the outside-air into the washing tub and the mixing section,
Apparatus for the continuous casting of a large-format steel strand having a round or square cross section, comprising - a vertically oriented mould for forming an at least partially solidified strand in a vertical casting direction; - a vertical strand guide having a plurality of strand guiding elements for supporting and guiding the strand, wherein the strand guide is downstream of the mould in the casting direction; - a gripper carriage having a clamping device and a first drive, wherein the clamping device can clamp the strand and the first drive can move the gripper carriage in a vertical direction in order to extract the strand from the mould; - a holding carriage having a holding device and a second drive, wherein the holding carriage is downstream of the gripper carriage in the casting direction, wherein the holding device can hold a bottom end of the strand and the second drive can move the holding carriage in a vertical direction; - a discharging device for discharging a severed strand; characterized in that the gripper carriage has a separating device for severing the strand. - a vertically oriented mould for forming an at least partially solidified strand in a vertical casting direction; - a vertical strand guide having a plurality of strand guiding elements for supporting and guiding the strand, wherein the strand guide is downstream of the mould in the casting direction; - a gripper carriage having a clamping device and a first drive, wherein the clamping device can clamp the strand and the first drive can move the gripper carriage in a vertical direction in order to extract the strand from the mould; - a holding carriage having a holding device and a second drive, wherein the holding carriage is downstream of the gripper carriage in the casting direction, wherein the holding device can hold a bottom end of the strand and the second drive can move the holding carriage in a vertical direction; - a discharging device for discharging a severed strand;
A galvanized steel sheet comprising: a steel sheet; and a galvanizing layer in an amount of not less than 20 g/m 2 and not more than 100 g/m 2, the galvanizing layer being provided on a surface of the steel sheet and containing Zn as a main component, wherein the galvanizing layer includes an amorphous coating layer having an inorganic oxoacid salt and metallic oxide on a surface layer of the galvanizing layer; the galvanizing layer includes a ζ phase and a δ 1 phase; the galvanizing layer includes, by mass, 8 to 13 % of Fe; Zn in the metallic oxide exists up to an outermost surface layer of the amorphous layer; and an X-ray diffraction intensity ratio I, which is obtained by dividing an X-ray diffraction intensity of the ζ phase at d = 0.126 nm, after removing background intensity, by an X-ray diffraction intensity of the δ 1 phase at d = 0.127 nm, after removing background intensity, is 0.06 to 0.35. a steel sheet; and a galvanizing layer in an amount of not less than 20 g/m 2 and not more than 100 g/m 2, the galvanizing layer being provided on a surface of the steel sheet and containing Zn as a main component, wherein the galvanizing layer includes an amorphous coating layer having an inorganic oxoacid salt and metallic oxide on a surface layer of the galvanizing layer; the galvanizing layer includes a ζ phase and a δ 1 phase; the galvanizing layer includes, by mass, 8 to 13 % of Fe; Zn in the metallic oxide exists up to an outermost surface layer of the amorphous layer; and an X-ray diffraction intensity ratio I, which is obtained by dividing an X-ray diffraction intensity of the ζ phase at d = 0.126 nm, after removing background intensity, by an X-ray diffraction intensity of the δ 1 phase at d = 0.127 nm, after removing background intensity, is 0.06 to 0.35.
An automotive headlamp (10,200,300,1010,1100) comprising: a light-emitting module (14,100,150,202,320,1014,1102) configured such that a light source (20,1020) and a control circuit unit (42,1042,1120) for controlling the lighting of the light source (20,1020) are structured integrally with each other realizing a simultaneous installation in the automotive headlamp (10,200,300,1010,1100); a reflector (16,1016) having a reflecting surface for reflecting light emitted from the light source (20,1020) and collecting the reflected light, a projection lens (12,1012), and a heat sink (32,210,322,400,500,1032,1112) that radiates heat generated by the light-emitting element (20,1020) and the control circuit unit (42,1042,1120), characterized in that the control circuit unit (42,1042,1120) is disposed in a position anterior to the light source (20,1020) in a lamp unit and between the light source (20,1020) and the projection lens (12,1012). a light-emitting module (14,100,150,202,320,1014,1102) configured such that a light source (20,1020) and a control circuit unit (42,1042,1120) for controlling the lighting of the light source (20,1020) are structured integrally with each other realizing a simultaneous installation in the automotive headlamp (10,200,300,1010,1100); a reflector (16,1016) having a reflecting surface for reflecting light emitted from the light source (20,1020) and collecting the reflected light, a projection lens (12,1012), and a heat sink (32,210,322,400,500,1032,1112) that radiates heat generated by the light-emitting element (20,1020) and the control circuit unit (42,1042,1120), characterized in that the control circuit unit (42,1042,1120) is disposed in a position anterior to the light source (20,1020) in a lamp unit and between the light source (20,1020) and the projection lens (12,1012).
A method of operating a first network node in a first communications network, the method comprising: receiving a first message from a second network node operating in a second communications network; responsive to receiving the first message, determining that the second network node is associated with a network operator that has a service-level agreement, SLA, with a content operator associated with the first network node; and transmitting a second message to the second network node, the second message including information based on the second network node being associated with the network operator that has the SLA with the content operator, the information associated with whether a subsequent message from a communication device associated with the second network node is to be transmitted to a server with an unencrypted server name indication, SNI, according to a transport layer security, TLS, protocol. receiving a first message from a second network node operating in a second communications network; responsive to receiving the first message, determining that the second network node is associated with a network operator that has a service-level agreement, SLA, with a content operator associated with the first network node; and transmitting a second message to the second network node, the second message including information based on the second network node being associated with the network operator that has the SLA with the content operator, the information associated with whether a subsequent message from a communication device associated with the second network node is to be transmitted to a server with an unencrypted server name indication, SNI, according to a transport layer security, TLS, protocol.