mhurhangee/ep-ind-claims huggingface dataset:
A method of forwarding a notification of an event received on a mobile electronic communication device (10, 70, 156) comprising: receiving the event on a first mobile electronic communication device, wherein the event includes at least one of a call, a voicemail, a text message, an electronic mail, an alarm, an incoming communication, a calendar event, a reminder, a RSS feed update, or a notification of a missed communication; storing a notification of the occurrence of the event in a memory queue of the first mobile electronic communication device when the first mobile electronic communication device is not connected with at least one other electronic device; determining a connecting of the first mobile electronic communication to at least one other mobile electronic communication device via a local short-range radio communication interface; forwarding the stored notification of the occurrence of the event via the local short- range communication interface to the at least one other mobile electronic communication device when the first mobile electronic communication device is determined to be connected with the at least one other mobile electronic communication device; and displaying the notification on a display of the at least one other mobile electronic communication device (72, 76, 158). receiving the event on a first mobile electronic communication device, wherein the event includes at least one of a call, a voicemail, a text message, an electronic mail, an alarm, an incoming communication, a calendar event, a reminder, a RSS feed update, or a notification of a missed communication; storing a notification of the occurrence of the event in a memory queue of the first mobile electronic communication device when the first mobile electronic communication device is not connected with at least one other electronic device; determining a connecting of the first mobile electronic communication to at least one other mobile electronic communication device via a local short-range radio communication interface; forwarding the stored notification of the occurrence of the event via the local short- range communication interface to the at least one other mobile electronic communication device when the first mobile electronic communication device is determined to be connected with the at least one other mobile electronic communication device; and displaying the notification on a display of the at least one other mobile electronic communication device (72, 76, 158).
A speed control drive section for retrieving a pipeline tool from an interior space of a pipeline, said speed control drive section in communication with the pipeline tool, and comprising: a longitudinal body including at least one external circumferential sealing element and a central bypass flow passageway, the central bypass passageway including a reduced throat area located towards a rearward end of the longitudinal body; a primary bypass flow control valve located towards the rearward end of the longitudinal body, a failsafe valve; and a means for deploying said failsafe valve between a first and second position, said means being responsive to a preset value, characterised in that the primary bypass flow control is a plug type valve having an external profile shaped in relation to the reduced throat area. a longitudinal body including at least one external circumferential sealing element and a central bypass flow passageway, the central bypass passageway including a reduced throat area located towards a rearward end of the longitudinal body; a primary bypass flow control valve located towards the rearward end of the longitudinal body, a failsafe valve; and a means for deploying said failsafe valve between a first and second position, said means being responsive to a preset value, characterised in that the primary bypass flow control is a plug type valve having an external profile shaped in relation to the reduced throat area.
A process for producing a titanium or titanium alloy load-bearing structure, which comprises cold-gas dynamic spraying of titanium or titanium alloy particles on to a support member to form the load-bearing structure as a unitary construction thereby avoiding the need to make and join together individual components, wherein the load-bearing structure is a frame for an aerospace vessel, nautical vessel, motor vehicle, bicycle, motorcycle, motor scooter, wheelchair, hang glider or luggage, wherein the shape and configuration of the support member reflects the intended shape and configuration of the load-bearing structure to be produced, and wherein after cold-gas dynamic spraying has been completed the support member is retained at specific locations and removed from other locations of the load-bearing structure.
A controller for a wind turbine, comprising a turbine optimiser and a lifetime usage estimator, the turbine optimiser outputting setpoints for operating parameters of the wind turbine based on a power demand input, wherein the power demand input is an over-rating demand, and an input from the lifetime usage estimator, wherein the lifetime usage estimator calculates a measure of the fatigue life consumed by each of a plurality of turbine components based on a lifetime usage algorithm for each component, the lifetime usage algorithms operating on values of variables affecting the fatigue lifetime of the components, the values being obtained from or derived from sensors on the wind turbine.
A device for delivering light to a nasal cavity comprising: a handheld base having a first end and a second end, said first end is a proximal end of the device; an endpiece; a tapered tip for insertion into said nasal cavity that is disposed at a distal end of the device and is operably connected to said end piece; a light source disposed inside of said tapered tip; and a power source to supply power to the device; the device being characterised by further comprising: a sleeve operably connected to said base at said second end; the endpiece being connected to said sleeve at a pivot joint, wherein said endpiece has a curved end adapted to move in said sleeve during pivoting movement about said pivot joint to change an angle between said sleeve and said endpiece; and wherein said angle is maintained by friction between an outer surface of said endpiece and an inner surface of said sleeve. a handheld base having a first end and a second end, said first end is a proximal end of the device; an endpiece; a tapered tip for insertion into said nasal cavity that is disposed at a distal end of the device and is operably connected to said end piece; a light source disposed inside of said tapered tip; a sleeve operably connected to said base at said second end; the endpiece being connected to said sleeve at a pivot joint, wherein said endpiece has a curved end adapted to move in said sleeve during pivoting movement about said pivot joint to change an angle between said sleeve and said endpiece; and wherein said angle is maintained by friction between an outer surface of said endpiece and an inner surface of said sleeve.
A method of forming an electrical part comprising: providing two or more electronic components wherein each electronic component comprises a first electrode and a second electrode wherein said first electrodes terminate at a first side at a first external termination and said second electrodes terminate at a second side; stacking said electronic components; characterised by forming first and second layers of a first component of a transient liquid phase sintering conductive layer in electrical contact with respective first external terminations; contacting said first layer and said second layer with a second component of said transient liquid phase sintering conductive layer; heating to a first temperature sufficient to form a first transient liquid phase sintering conductive layer comprising said first component and said second component wherein said first transient liquid phase sintering conductive layer is in electrical contact with and between adjacent first external terminations. providing two or more electronic components wherein each electronic component comprises a first electrode and a second electrode wherein said first electrodes terminate at a first side at a first external termination and said second electrodes terminate at a second side; stacking said electronic components; characterised by forming first and second layers of a first component of a transient liquid phase sintering conductive layer in electrical contact with respective first external terminations; contacting said first layer and said second layer with a second component of said transient liquid phase sintering conductive layer; heating to a first temperature sufficient to form a first transient liquid phase sintering conductive layer comprising said first component and said second component wherein said first transient liquid phase sintering conductive layer is in electrical contact with and between adjacent first external terminations.
A resorbable orthopedic or dental cement product comprising: a first component comprising a polymerizable resin that comprises an ethylenic unsaturated double bond in an acrylate functional group, a glycidyl ether group, a glycidyl ester group, an ester containing glycidyl ether group, a carbonate containing glycidyl ether group, an isocyanate group, or a combination thereof; a second component comprising a naturally occurring polyamine found in humus selected from the group consisting of putrescine (1,4-diaminobutane), spermidine, and spermine, or a combination thereof; and a filler, and wherein the first component and second component are capable of reacting with each other in a polymerization reaction to produce an orthopedic or dental cement, and when the first component and second component are reacted together in a polymerization reaction at room temperature and allowed to set at about 37 °C, the reaction does not exceed a maximum temperature of 60 °C for a period of one minute. a first component comprising a polymerizable resin that comprises an ethylenic unsaturated double bond in an acrylate functional group, a glycidyl ether group, a glycidyl ester group, an ester containing glycidyl ether group, a carbonate containing glycidyl ether group, an isocyanate group, or a combination thereof; a second component comprising a naturally occurring polyamine found in humus selected from the group consisting of putrescine (1,4-diaminobutane), spermidine, and spermine, or a combination thereof; and a filler, and wherein the first component and second component are capable of reacting with each other in a polymerization reaction to produce an orthopedic or dental cement, and when the first component and second component are reacted together in a polymerization reaction at room temperature and allowed to set at about 37 °C, the reaction does not exceed a maximum temperature of 60 °C for a period of one minute.
A method for quantitative three-dimensional ("3D") image correction and clinical parameter computation in optical coherence tomography of a sample using a computer readable medium, the method comprising: 1.1 segmenting of index interface refracting surfaces from raw optical coherence tomography ("OCT") dataset from an OCT system; 1.2 calculating normal vectors or partial derivatives of a curvature at each refracting surface to obtain a refracted image voxel, wherein calculating normal vectors or partial derivatives of the curvature at each refracting surface comprises using an equation of: MC → × − n → • n air = CC → ′ × − n → • n c where MC comprises a direction vector ( a,b,c) of incident light; × represents the vector cross product; n is a unit surface normal vector of an incident point C; n air is the refractive index of air; CC' is the unit vector of the refracted ray; and n c is the refractive index of the sample; 1.3 iteratively computing a new position of each refracted image voxel; 1.4 interpolating of new refracted corrected voxel positions to an even sampling grid to provide corrected image data; and 1.5 computing clinical outputs from the corrected image data. 1.1 segmenting of index interface refracting surfaces from raw optical coherence tomography ("OCT") dataset from an OCT system; 1.2 calculating normal vectors or partial derivatives of a curvature at each refracting surface to obtain a refracted image voxel, wherein calculating normal vectors or partial derivatives of the curvature at each refracting surface comprises using an equation of: MC → × − n → • n air = CC → ′ × − n → • n c where MC comprises a direction vector ( a,b,c) of incident light; × represents the vector cross product; n is a unit surface normal vector of an incident point C; n air is the refractive index of air; CC' is the unit vector of the refracted ray; and n c is the refractive index of the sample; 1.3 iteratively computing a new position of each refracted image voxel; 1.4 interpolating of new refracted corrected voxel positions to an even sampling grid to provide corrected image data; and 1.5 computing clinical outputs from the corrected image data.
A merging unit for a substation automation system, the merging unit comprising: one or more input interfaces for receiving, from a plurality of measurement devices (111, 112, 113) of the substation automation system, a plurality of input signals comprising current signals characterizing currents measured by the plurality of measurement devices (111, 112, 113) and optionally one or more voltage signals characterizing one or more voltages measured by the plurality of measurement devices (111, 112, 113); digital processing means for high-pass filtering, using one or more digital filters, at least one current signal of the current signals for lowering a time constant associated with said at least one current signal to match a target time constant or for raising a high-pass cut-off frequency associated with said at least one current signal to match a target high-pass cut-off frequency so as to render the current signals compatible with each other and merging, following the high-pass filtering, the plurality of input signals into an output signal having a pre-defined output format; and one or more output interfaces for outputting the output signal. one or more input interfaces for receiving, from a plurality of measurement devices (111, 112, 113) of the substation automation system, a plurality of input signals comprising current signals characterizing currents measured by the plurality of measurement devices (111, 112, 113) and optionally one or more voltage signals characterizing one or more voltages measured by the plurality of measurement devices (111, 112, 113); digital processing means for high-pass filtering, using one or more digital filters, at least one current signal of the current signals for lowering a time constant associated with said at least one current signal to match a target time constant or for raising a high-pass cut-off frequency associated with said at least one current signal to match a target high-pass cut-off frequency so as to render the current signals compatible with each other and merging, following the high-pass filtering, the plurality of input signals into an output signal having a pre-defined output format; and high-pass filtering, using one or more digital filters, at least one current signal of the current signals for lowering a time constant associated with said at least one current signal to match a target time constant or for raising a high-pass cut-off frequency associated with said at least one current signal to match a target high-pass cut-off frequency so as to render the current signals compatible with each other and merging, following the high-pass filtering, the plurality of input signals into an output signal having a pre-defined output format; and one or more output interfaces for outputting the output signal.
A method for uplink control information, UCI, transmission, performed by a terminal, the method comprising: determining that there is overlap in time domain between at least two types of UCIs to be transmitted, wherein each type of UCI in the at least two types of UCIs corresponds to a service priority type and is configured with independent uplink transmission related information, the uplink transmission related information comprises at least one of: a PUCCH resource, a feedback mode, or a feedback timing sequence parameter K1, the feedback mode is a feedback manner in a codebook window of each type, and the feedback timing sequence parameter K1 is configured to determine a transmission opportunity in the codebook window of the each type; and transmitting each type of UCI in the at least two types of UCIs according to the configured independent uplink transmission related information, wherein the at least two types of UCI comprise a first type of UCI and a second type of UCI, and transmitting each type of UCI in the at least two types of UCIs comprises: characterised in that, based on the determination, transmitting the first type of UCI on a first transmission resource corresponding to a codebook window of a first type, and wherein a service priority of a first type is greater than a service priority of a second type. determining that there is overlap in time domain between at least two types of UCIs to be transmitted, wherein each type of UCI in the at least two types of UCIs corresponds to a service priority type and is configured with independent uplink transmission related information, the uplink transmission related information comprises at least one of: a PUCCH resource, a feedback mode, or a feedback timing sequence parameter K1, the feedback mode is a feedback manner in a codebook window of each type, and the feedback timing sequence parameter K1 is configured to determine a transmission opportunity in the codebook window of the each type; and transmitting each type of UCI in the at least two types of UCIs according to the configured independent uplink transmission related information, wherein the at least two types of UCI comprise a first type of UCI and a second type of UCI, and transmitting each type of UCI in the at least two types of UCIs comprises: characterised in that, based on the determination, transmitting the first type of UCI on a first transmission resource corresponding to a codebook window of a first type, and wherein a service priority of a first type is greater than a service priority of a second type. characterised in that, based on the determination, transmitting the first type of UCI on a first transmission resource corresponding to a codebook window of a first type, and wherein a service priority of a first type is greater than a service priority of a second type.
A method for applying a bond coat on a metal-based substrate, comprising the following steps: a) applying a slurry which consists of braze material, bond coat material and a volatile component to the substrate, wherein the braze material has an average particle size in the range of 20 microns to 150 microns; so that the braze material and the bond coat material are applied to the substrate simultaneously, wherein said bond coat material comprises at least one material selected from the group consisting of aluminide; platinum-aluminide; nickel-aluminide; platinum-nickel-aluminide; an alloy of the formula MCrAlX, where M is selected from the group consisting of Fe, Ni, Co, and mixtures of any of the foregoing and where X is selected from the group consisting of Y, Ta, Si, Hf, Ti, Zr, B, C, and combinations thereof; and any combination of the foregoing; b) drying the slurry and bond coat material to remove at least a portion of the volatile component; and c) fusing the braze material and bond coat material to the substrate. a) applying a slurry which consists of braze material, bond coat material and a volatile component to the substrate, wherein the braze material has an average particle size in the range of 20 microns to 150 microns; so that the braze material and the bond coat material are applied to the substrate simultaneously, wherein said bond coat material comprises at least one material selected from the group consisting of aluminide; platinum-aluminide; nickel-aluminide; platinum-nickel-aluminide; an alloy of the formula MCrAlX, where M is selected from the group consisting of Fe, Ni, Co, and mixtures of any of the foregoing and where X is selected from the group consisting of Y, Ta, Si, Hf, Ti, Zr, B, C, and combinations thereof; and any combination of the foregoing; b) drying the slurry and bond coat material to remove at least a portion of the volatile component; and c) fusing the braze material and bond coat material to the substrate.
A safety monitor arranged to: receive a flight plan comprising a plurality of waypoints for an aircraft to follow on a flight mission; receive hazard data corresponding to one or more hazards; generate an aircraft occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates for the aircraft along the flight plan; generate a hazard occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates associated with the one or more hazards; and determine whether there is an overlap between the four-dimensional volume of the aircraft occupancy region and the hazard occupancy region; wherein the hazard occupancy region comprises a plurality of severity level regions (32a-c) each having a respective severity level associated therewith, and characterized in that; the safety monitor is further arranged to determine an overlap quantity (36a-c) corresponding to an overlap between the aircraft occupancy region and each of the severity level regions (32a-c). receive a flight plan comprising a plurality of waypoints for an aircraft to follow on a flight mission; receive hazard data corresponding to one or more hazards; generate an aircraft occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates for the aircraft along the flight plan; generate a hazard occupancy region comprising a four-dimensional volume corresponding to a range of possible spatial and temporal coordinates associated with the one or more hazards; and determine whether there is an overlap between the four-dimensional volume of the aircraft occupancy region and the hazard occupancy region; wherein the hazard occupancy region comprises a plurality of severity level regions (32a-c) each having a respective severity level associated therewith, and characterized in that; the safety monitor is further arranged to determine an overlap quantity (36a-c) corresponding to an overlap between the aircraft occupancy region and each of the severity level regions (32a-c).
An aircraft braked wheel comprising a rim integral with a hub for rotationally mounting thereof on an axle of the aircraft along an axis of rotation, the wheel being equipped with a heat shield (11; 111; 211) extending opposite an inner face of the rim to protect the rim from the thermal radiation generated by a stack of discs extending inside the rim, the heat shield having a face facing the discs (15; 115; 215), characterized in that the face has longitudinal ribs (16; 116; 216) extending in operation parallel to the axis of rotation of the wheel.