mhurhangee/ep-ind-claims huggingface dataset:
A method in a mobile station, comprising: the mobile station detecting a radio connection failure (212, 404, 604, 704, 802); when a radio connection failure is detected, the mobile station identifying whether downlink data is expected (552, 612, 710, 818) based on information provided by at least one of an application layer, a radio link control, RLC, layer, or a medium access control, MAC, layer; and the mobile station in response to the identifying that downlink data is expected, initiating a registration procedure (222, 556, 614, 708, 822); the method further comprising preventing the registration procedure when no downlink data is expected. the mobile station detecting a radio connection failure (212, 404, 604, 704, 802); when a radio connection failure is detected, the mobile station identifying whether downlink data is expected (552, 612, 710, 818) based on information provided by at least one of an application layer, a radio link control, RLC, layer, or a medium access control, MAC, layer; and the mobile station in response to the identifying that downlink data is expected, initiating a registration procedure (222, 556, 614, 708, 822); the method further comprising preventing the registration procedure when no downlink data is expected.
A water fullness alarm device for a dehumidifier, comprising an alarm switch, and a float, wherein, the alarm switch comprises a switch button covered with an elastic piece; one end of the elastic piece is fixed to the alarm switch, and another end is free; the water fullness alarm device further comprises a bracket, and the bracket is rotatable; a first end of the bracket is connected with the float, and a second end of the bracket comprises a flange which is propped against the elastic piece; when the float floats upward, the second end of the bracket propped against the elastic piece can swing around a rotating axis of the bracket and drive the elastic piece to trigger the switch button; wherein a contour of the flange is smooth and continuous; when the bracket swings around the rotating axis thereof, the elastic piece will always be propped against the flange; characterized in that as a rotation angle of the bracket gradually increases, a rate of change of a horizontal distance between the rotating axis of the bracket and a contact point between the flange and the elastic piece gradually increases. the alarm switch comprises a switch button covered with an elastic piece; one end of the elastic piece is fixed to the alarm switch, and another end is free; the water fullness alarm device further comprises a bracket, and the bracket is rotatable; a first end of the bracket is connected with the float, and a second end of the bracket comprises a flange which is propped against the elastic piece; when the float floats upward, the second end of the bracket propped against the elastic piece can swing around a rotating axis of the bracket and drive the elastic piece to trigger the switch button; wherein a contour of the flange is smooth and continuous; when the bracket swings around the rotating axis thereof, the elastic piece will always be propped against the flange; characterized in that as a rotation angle of the bracket gradually increases, a rate of change of a horizontal distance between the rotating axis of the bracket and a contact point between the flange and the elastic piece gradually increases.
Apparatus for visualizing measurement information of a periodically moving anatomy, wherein the apparatus comprises a processor configured to: receive temporal measurement signals comprising temporal information on the movement of a distal portion of an interventional device and temporal information of the periodically moving anatomy; ascertain whether the temporal information on the movement of the distal portion of the interventional device is periodic or aperiodic; gate the temporal information of the periodically moving anatomy when periodicity is ascertained; output the temporal information of the periodically moving anatomy as received when the temporal information on the movement of the distal portion of the interventional device is ascertained aperiodic, and output gated temporal information of the periodically moving anatomy when the temporal information on the movement of the distal portion of the interventional device is ascertained periodic. ascertain whether the temporal information on the movement of the distal portion of the interventional device is periodic or aperiodic; gate the temporal information of the periodically moving anatomy when periodicity is ascertained; output the temporal information of the periodically moving anatomy as received when the temporal information on the movement of the distal portion of the interventional device is ascertained aperiodic, and output gated temporal information of the periodically moving anatomy when the temporal information on the movement of the distal portion of the interventional device is ascertained periodic.
Drug delivery device, comprising: - a body unit having a first opening and a second opening, - a plunger arranged such that its distal end is positioned inside the body unit, wherein the plunger is moveable in the distal direction with respect to the body unit, the distal end of the plunger having a first connecting element, - a needle assembly, with a proximal end and a distal end comprising a needle, the needle assembly having a second connecting element located at its proximal end, characterised in that, the first connecting element and the second connecting element are configured such that they can get into a vacuum connection, wherein the first and the second connecting elements (15,16) are elastic and concave at the sides which get into the vacuum connection, wherein the proximal end of the needle protrudes from the second connecting element in the direction of the plunger, wherein the first connecting element is configured to seal hermetically with the proximal end of the needle when the proximal end of the needle pierces into the surface of the first connecting element. - a body unit having a first opening and a second opening, - a plunger arranged such that its distal end is positioned inside the body unit, wherein the plunger is moveable in the distal direction with respect to the body unit, the distal end of the plunger having a first connecting element, - a needle assembly, with a proximal end and a distal end comprising a needle, the needle assembly having a second connecting element located at its proximal end, characterised in that, the first connecting element and the second connecting element are configured such that they can get into a vacuum connection, wherein the first and the second connecting elements (15,16) are elastic and concave at the sides which get into the vacuum connection, wherein the proximal end of the needle protrudes from the second connecting element in the direction of the plunger, wherein the first connecting element is configured to seal hermetically with the proximal end of the needle when the proximal end of the needle pierces into the surface of the first connecting element.
Use of a sterilization packaging system in a sterilization process, the sterilization packaging system comprising: a container defining a vertical direction and a volume for containing items to be sterilized, the container having a perimeter defining an opening through which the items to be sterilized are placed in the container, and a sealing assembly, the sealing assembly comprising a sheet, a clamp, and a latch, the sheet including a woven or nonwoven material compatible with the sterilization technique used in said sterilization process, the sheet capable of passing sterilants and retarding transmission of contaminants, the clamp having an open position and a clamped position, wherein the clamp is configured to extend about a perimeter of the container, wherein the sheet is disposed between the container and the clamp when the clamp is in the clamped position to seal a volume of the container against an ingress of contaminants, and wherein the clamp is held in the clamped position by the latch. a container defining a vertical direction and a volume for containing items to be sterilized, the container having a perimeter defining an opening through which the items to be sterilized are placed in the container, and a sealing assembly, the sealing assembly comprising a sheet, a clamp, and a latch, the sheet including a woven or nonwoven material compatible with the sterilization technique used in said sterilization process, the sheet capable of passing sterilants and retarding transmission of contaminants, the clamp having an open position and a clamped position, the sheet including a woven or nonwoven material compatible with the sterilization technique used in said sterilization process, the sheet capable of passing sterilants and retarding transmission of contaminants, the clamp having an open position and a clamped position, wherein the clamp is configured to extend about a perimeter of the container, wherein the sheet is disposed between the container and the clamp when the clamp is in the clamped position to seal a volume of the container against an ingress of contaminants, and wherein the clamp is held in the clamped position by the latch.
A self-injection device, comprising: a pen needle; a pen body (108, 208) connectable to the pen needle; and a cap (104, 204) selectively connectable to the pen body: in a first orientation with respect to the pen body to minimize a length or volume of the self-injection device; and in a second orientation to provide sufficient length or volume in an interior of the cap to house the pen needle connected to the pen body; wherein the pen body (108, 208) and the cap (104, 204) each comprise an axial protrusion (112, 120, 212, 220) and an axial recess (116, 124, 216, 224); wherein in the first orientation, the respective protrusion (112, 120, 212, 220) axially abut the respective recesses (116, 124, 216, 224); and wherein in the second orientation, the respective protrusions (112, 120, 212, 220) axially abut each other. a pen needle; a pen body (108, 208) connectable to the pen needle; and a cap (104, 204) selectively connectable to the pen body: in a first orientation with respect to the pen body to minimize a length or volume of the self-injection device; and in a second orientation to provide sufficient length or volume in an interior of the cap to house the pen needle connected to the pen body; in a first orientation with respect to the pen body to minimize a length or volume of the self-injection device; and in a second orientation to provide sufficient length or volume in an interior of the cap to house the pen needle connected to the pen body; wherein the pen body (108, 208) and the cap (104, 204) each comprise an axial protrusion (112, 120, 212, 220) and an axial recess (116, 124, 216, 224); wherein in the first orientation, the respective protrusion (112, 120, 212, 220) axially abut the respective recesses (116, 124, 216, 224); and wherein in the second orientation, the respective protrusions (112, 120, 212, 220) axially abut each other.
A fuel nozzle apparatus having a centerline axis, and comprising: a main fuel injector including an interior volume; a main fuel conduit disposed upstream of the main fuel injector and configured to supply liquid fuel to the interior volume; wherein the interior volume is an enclosed interior volume and further is in fluid communication with a plurality of fuel ports configured to discharge the liquid fuel therefrom; wherein the nozzle apparatus further comprises a fluid lock disposed between the main fuel conduit and the main fuel injector, the fluid lock comprising a plurality of capillary channels characterized in that the capillary channels are parallel and in comprising an annular outer body surrounding the main fuel injector, and having a generally cylindrical exterior surface including an array of spray wells formed therein, each spray well being aligned with one of the main fuel ports. a main fuel injector including an interior volume; a main fuel conduit disposed upstream of the main fuel injector and configured to supply liquid fuel to the interior volume; wherein the interior volume is an enclosed interior volume and further is in fluid communication with a plurality of fuel ports configured to discharge the liquid fuel therefrom; wherein the nozzle apparatus further comprises a fluid lock disposed between the main fuel conduit and the main fuel injector, the fluid lock comprising a plurality of capillary channels characterized in that the capillary channels are parallel and in comprising an annular outer body surrounding the main fuel injector, and having a generally cylindrical exterior surface including an array of spray wells formed therein, each spray well being aligned with one of the main fuel ports.
A method for uplink data transmission in a wireless communication system including a first wireless communication node and a second wireless communication node both serve a terminal, wherein the first wireless communication node is a downlink serving node of the terminal, and the second wireless communication node is an uplink serving node of the terminal, the method comprising: determining (201;903), by the first wireless communication node, whether the terminal is within downlink coverage of the second wireless communication node; and when the first wireless communication node determines that the terminal is not within the downlink coverage of the second wireless communication node: instructing (202; 904), by the first wireless communication node, the terminal to use a non-feedback mode in which the terminal does not retransmit to the second wireless communication node, uplink data that has been sent; and instructing (202; 904), by the first wireless communication node, the second wireless communication node to use a non-feedback mode in which the second wireless communication node does not receive, on the time-frequency resource allocated to the terminal, uplink data retransmitted from the terminal. determining (201;903), by the first wireless communication node, whether the terminal is within downlink coverage of the second wireless communication node; and when the first wireless communication node determines that the terminal is not within the downlink coverage of the second wireless communication node: instructing (202; 904), by the first wireless communication node, the terminal to use a non-feedback mode in which the terminal does not retransmit to the second wireless communication node, uplink data that has been sent; and instructing (202; 904), by the first wireless communication node, the second wireless communication node to use a non-feedback mode in which the second wireless communication node does not receive, on the time-frequency resource allocated to the terminal, uplink data retransmitted from the terminal. instructing (202; 904), by the first wireless communication node, the terminal to use a non-feedback mode in which the terminal does not retransmit to the second wireless communication node, uplink data that has been sent; and instructing (202; 904), by the first wireless communication node, the second wireless communication node to use a non-feedback mode in which the second wireless communication node does not receive, on the time-frequency resource allocated to the terminal, uplink data retransmitted from the terminal.
A process measurement instrument adapted for wireless communication, comprising: a measurement unit arranged to determine a measurement value of a filling level of a product in a tank, said measurement unit having an operation comprising active time periods and inactive time periods, said active time periods having higher power consumption than said inactive time periods, a memory arranged to store a current measurement value of said filling level, a wireless communication unit, arranged to access said current measurement value and communicate said current measurement value over a wireless communication channel according to a communication protocol with intermittently active communication, wherein said wireless communication unit has active periods during communication slots allocated by said communication protocol in each communication cycle of the wireless communication unit, and inactive periods between said active periods, and arbitration logic, in communication with said measurement unit and said wireless communication unit, and arranged to ensure that active periods of said measurement unit occur when said wireless communication is inactive, wherein said arbitration logic is configured to control the active periods of the measurement unit to occur during inactive periods of said wireless communication unit, thereby avoiding power consumption spikes and interference in said process measurement instrument, and does not control the active periods of the wireless communication unit. a measurement unit arranged to determine a measurement value of a filling level of a product in a tank, said measurement unit having an operation comprising active time periods and inactive time periods, said active time periods having higher power consumption than said inactive time periods, a memory arranged to store a current measurement value of said filling level, a wireless communication unit, arranged to access said current measurement value and communicate said current measurement value over a wireless communication channel according to a communication protocol with intermittently active communication, wherein said wireless communication unit has active periods during communication slots allocated by said communication protocol in each communication cycle of the wireless communication unit, and inactive periods between said active periods, and arbitration logic, in communication with said measurement unit and said wireless communication unit, and arranged to ensure that active periods of said measurement unit occur when said wireless communication is inactive, wherein said arbitration logic is configured to control the active periods of the measurement unit to occur during inactive periods of said wireless communication unit, thereby avoiding power consumption spikes and interference in said process measurement instrument, and does not control the active periods of the wireless communication unit.
A composition comprising: a) 100 parts by weight of a biodegradable polymer; b) a honey in an amount of from 1 to 300 parts by weight relative to the 100 parts by weight of the polymer; and c) a filler that provides structural reinforcement or rigidity to a polymer fiber, filament, or membrane; wherein the filler is in an amount of from 1 to 300 parts by weight relative to the 100 parts by weight of the biodegradable polymer, and wherein the filler comprises hydroxyapatite. a) 100 parts by weight of a biodegradable polymer; b) a honey in an amount of from 1 to 300 parts by weight relative to the 100 parts by weight of the polymer; and c) a filler that provides structural reinforcement or rigidity to a polymer fiber, filament, or membrane; wherein the filler is in an amount of from 1 to 300 parts by weight relative to the 100 parts by weight of the biodegradable polymer, and wherein the filler comprises hydroxyapatite.
A system for operating a drilling rig on a drilling vessel comprising a heave compensation arrangement adapted to passively compensate a drilling tool, said tool is suspended from at least one wire rope, said at least one wire rope is extending over at least one sheave (7a, 7b) on top of a drilling tower, said compensation arrangement comprising at least one compensation sheave carried by a compensator frame, said at least one wire rope is extending over said compensator sheave and coupled to a winch, characterised in that said compensator arrangement is operatively arranged between the at least one compensator sheave and the winch, said compensator arrangement having a plurality of compensator cylinders (62a, 62b, 62c) adapted to compensate different loads, some of said compensator cylinders (62a-62c) are selectively attachable to said compensator sheave frame.
A humanized anti-CD40 antibody having a variable heavy chain and a variable light chain comprising the amino acid sequences of SEQ ID NO:53 and SEQ ID NO:52, respectively, wherein the antibody comprises a human immunoglobulin Fc region and wherein the antibody is an IgG1 antibody.
A composition comprising: (i) a ligase; and (ii) a ligase reaction buffer comprising one or more small molecule ligation enhancers selected from the group consisting of 1,2-ethylene glycol, 1,2-propanediol (1,2-PrD), 1,3-PrD, diethylene glycol, dipropyleneglycol, 2-methyl-1,3-propanediol, 1,3-butanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, 1,9-nonanediol, 1,12-dodecanediol, 2,2'-dimethylpropylene glycol, 1,3-butylethylpropanediol, methylpropanediol, and methylpentanediols, at a concentration of 1%-20% v/v; the ligase reaction buffer being capable of enhancing, by at least 25%, intramolecular or intermolecular ligation of a polynucleotide fragment or fragments in a ligation reaction, as compared to intramolecular or intermolecular ligation of a polynucleotide fragment or fragments in a ligation reaction in a ligase reaction buffer that does not comprise the one or more small molecule ligation enhancers. (i) a ligase; and (ii) a ligase reaction buffer comprising one or more small molecule ligation enhancers selected from the group consisting of 1,2-ethylene glycol, 1,2-propanediol (1,2-PrD), 1,3-PrD, diethylene glycol, dipropyleneglycol, 2-methyl-1,3-propanediol, 1,3-butanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, 1,9-nonanediol, 1,12-dodecanediol, 2,2'-dimethylpropylene glycol, 1,3-butylethylpropanediol, methylpropanediol, and methylpentanediols, at a concentration of 1%-20% v/v;
A method to assist piloting of an aircraft, according to which a trajectory pointer representing a current flight trajectory vector and a pitch pointer indicating a current pitch angle value are shown on a pitch scale of a display screen, characterised in that it includes the following steps: - determining a pitch angle limiting value representative of a maximum admissible angle of incidence, depending on a set of flight parameters and aircraft configurations, and - displaying on the said pitch scale of the display screen a maximum angle of incidence pointer indicating the said pitch angle limiting value, where the said maximum angle of incidence pointer and trajectory pointer form upper and lower limits, respectively, of a dynamic safety envelope representative of a normal flight of the aircraft, the relative position and/or extent of the dynamic envelope relative to the pitch scale change as the flight parameters and configurations of the aircraft change, the display of the said maximum angle of incidence pointer or of the said dynamic envelope is shown using different colours, including a first colour representing a normal flight situation, a second colour representing a situation where a stall is imminent, and a third colour representing a stall. - determining a pitch angle limiting value representative of a maximum admissible angle of incidence, depending on a set of flight parameters and aircraft configurations, and - displaying on the said pitch scale of the display screen a maximum angle of incidence pointer indicating the said pitch angle limiting value, where the said maximum angle of incidence pointer and trajectory pointer form upper and lower limits, respectively, of a dynamic safety envelope representative of a normal flight of the aircraft, the relative position and/or extent of the dynamic envelope relative to the pitch scale change as the flight parameters and configurations of the aircraft change, the display of the said maximum angle of incidence pointer or of the said dynamic envelope is shown using different colours, including a first colour representing a normal flight situation, a second colour representing a situation where a stall is imminent, and a third colour representing a stall.