mhurhangee/ep-ind-claims huggingface dataset:
A method of processing information related to a geographic region, the method comprising: determining a probability that at least one difference between a map database and a geographic region represented by the map database is valid based on probe data from the geographic region and at least one change request, the change request being associated with the at least one difference, said probe data comprising, for one or more navigation devices travelling from one location to another through the geographic region, multiple locations and time stamps that when strung together into a probe trail illustrate the travel of each navigation device; storing the probability and the at least one difference in memory; updating the map database to reflect the at least one difference when the probability exceeds an update threshold; and storing the updated map database in the memory. determining a probability that at least one difference between a map database and a geographic region represented by the map database is valid based on probe data from the geographic region and at least one change request, the change request being associated with the at least one difference, said probe data comprising, for one or more navigation devices travelling from one location to another through the geographic region, multiple locations and time stamps that when strung together into a probe trail illustrate the travel of each navigation device; storing the probability and the at least one difference in memory; updating the map database to reflect the at least one difference when the probability exceeds an update threshold; and storing the updated map database in the memory.
A method for measuring the speed of an aircraft at a given instant by laser Doppler anemometry, said method comprising the following steps: • acquiring a signal backscattered on at least four non-collinear and non-coincident axes of sight (X1, X2, X3, X4), characterised in that said method further comprises the following steps: • computing the spectrum of the signal backscattered on the axes of sight (X1, X2, X3, X4); • computing a plurality of candidate speed vectors ( V c) on the basis of identified lines, based on a predetermined selection criterion, on the spectra of signals backscattered on three first axes of sight, referred to as base axes, and being taken from among the axes of sight; • computing projections of the candidate vectors on each axis of sight (X1, X2, X3, X4), referred to as computation axis, other than the three first axes of sight; • calculating coherencies of the candidate vectors ( V c) as a function of their projections on each computation axis and as a function of the spectrum of the signal backscattered on each computation axis (X1, X2, X3, X4); • selecting the measured speed vector from the candidate speed vectors ( V c) by undertaking a likelihood analysis on the basis of the coherencies of said candidate speed vectors ( V c). • acquiring a signal backscattered on at least four non-collinear and non-coincident axes of sight (X1, X2, X3, X4), characterised in that said method further comprises the following steps: • computing the spectrum of the signal backscattered on the axes of sight (X1, X2, X3, X4); • computing a plurality of candidate speed vectors ( V c) on the basis of identified lines, based on a predetermined selection criterion, on the spectra of signals backscattered on three first axes of sight, referred to as base axes, and being taken from among the axes of sight; • computing projections of the candidate vectors on each axis of sight (X1, X2, X3, X4), referred to as computation axis, other than the three first axes of sight; • calculating coherencies of the candidate vectors ( V c) as a function of their projections on each computation axis and as a function of the spectrum of the signal backscattered on each computation axis (X1, X2, X3, X4); • selecting the measured speed vector from the candidate speed vectors ( V c) by undertaking a likelihood analysis on the basis of the coherencies of said candidate speed vectors ( V c).
A power generation system comprising: a power generation unit configured to discharge a flue gas; a housing configured to accommodate the power generation unit; a ventilator configured to ventilate the housing; a first gas channel through which a gas discharged from the ventilator flows; a second gas channel through which the flue gas from the power generation unit flows; a merging portion where the first gas channel and the second gas channel merge; a third gas channel through which the gases merged at the merging portion flow; characterized by a water trap unit connected to the first gas channel at a position upstream of the merging portion and including a water sealing structure; and a water discharge channel through which water in the water trap unit is discharged to an outside of the housing. a power generation unit configured to discharge a flue gas; a housing configured to accommodate the power generation unit; a ventilator configured to ventilate the housing; a first gas channel through which a gas discharged from the ventilator flows; a second gas channel through which the flue gas from the power generation unit flows; a merging portion where the first gas channel and the second gas channel merge; a third gas channel through which the gases merged at the merging portion flow; characterized by a water trap unit connected to the first gas channel at a position upstream of the merging portion and including a water sealing structure; and a water discharge channel through which water in the water trap unit is discharged to an outside of the housing.
A surgical device for felting an implant to soft tissue of a patient comprising at least one felting needle configured to move reciprocally, and a connection interface (128; 135) for connecting the at least one felting needle to an actuator and for transferring a reciprocal motion from the interface (128; 135) to the at least one felting needle, characterized in that the device comprises a needle protection mechanism (3; 20; 135; 242; 331; 451; 553), wherein the needle protection mechanism is configured to prevent the at least one felting needle from being damaged due to a contact with a rigid structure during the reciprocal motion, comprising a coupling (128; 235) adapted to transfer a reciprocal motion from the actuator to the at least one felting needle and wherein the needle protection mechanism is adapted to decouple the felting needle from the actuator when a threshold force or threshold moment is exceeded to prevent the felting needle from being damaged by decoupling the coupling.
A segmented film comprising; a first film segment having a first composition and a second film segment having a second composition; the first and second film segments being joined at a seam, wherein at the seam a tip of the second segment overlaps and extends into the first segment in the cross-direction of the film; wherein the tip of the second segment is the part of the second segment that extends the farthest in the cross-direction into the first segment; wherein the film has a thickness T at the tip of the second segment, and the second segment has a thickness t at a distance equal to the film thickness in the cross direction from the tip of the second segment; and wherein the ratio T/t is greater than about 3.
Agricultural machine, in particular harvesting machine such as a loader wagon, with at least one hydraulic actuator (9, 13), which can be pressurised by a hydraulic circuit, which comprises a load sensing line LS, and a control device for controlling the volume flow and/or pressure to/in the hydraulic circuit depending on a pressure in the load sensing line LS, characterised in that a pressure-boosting device is provided for boosting the pressure in the load sensing line LS.
A spray applicator for spraying a fluid onto a web of material, such as a fabric or the like, comprising: a first group of spray nozzles arranged along a first spray nozzle axis; and a second group of spray nozzles arranged along a second spray nozzle axis; said first and second spray nozzle axes (FA, SA) being arranged on the same side of a plane in which said web is to be run; said first and second spray nozzle axes (FA, SA) being spaced from each other and arranged substantially at the same distance from said web plane; each spray nozzle (10, 11) having an elongated spray opening configured to spray fluid in a direction towards said web plane; each nozzle of said first group of spray nozzles having its spray opening tilted a first nozzle opening inclination angle (α) with respect to said first spray nozzle axis; and each nozzle of said second group of spray nozzles having its spray opening tilted a second nozzle opening inclination angle (β) with respect to said second spray nozzle axis; wherein said first nozzle opening inclination angle (α) differs from said second nozzle opening inclination angle (β). a first group of spray nozzles arranged along a first spray nozzle axis; and a second group of spray nozzles arranged along a second spray nozzle axis; said first and second spray nozzle axes (FA, SA) being arranged on the same side of a plane in which said web is to be run; said first and second spray nozzle axes (FA, SA) being spaced from each other and arranged substantially at the same distance from said web plane; each spray nozzle (10, 11) having an elongated spray opening configured to spray fluid in a direction towards said web plane; each nozzle of said first group of spray nozzles having its spray opening tilted a first nozzle opening inclination angle (α) with respect to said first spray nozzle axis; and each nozzle of said second group of spray nozzles having its spray opening tilted a second nozzle opening inclination angle (β) with respect to said second spray nozzle axis; wherein said first nozzle opening inclination angle (α) differs from said second nozzle opening inclination angle (β).
Clutch having a clutch operator which is fixed to the cover, a clutch cover of the clutch holding the clutch operator axially in a position, in which it is fixed to the cover, indirectly via a supporting element (17, 27, 57, 67) with a supporting bearing, and a disc spring for applying a clutch force being arranged axially partially between the clutch cover and the supporting element (17, 27, 57, 67), characterized in that a supporting spring is situated in contact with the disc spring, and the supporting spring is centred by way of centring pins, by means of which the supporting element (17, 27, 57, 67) is fastened to the clutch cover.
A method comprising: at a user plane, UP, entity for use in a mobile network, receiving a data packet from a user equipment, UE, operative to communicate in one or more sessions via a serving base station, BS, of the mobile network; detecting, in a header of the data packet, an identifier indicating a new serving BS or session of the UE, the identifier being UE- or BS-added data; and in response to detecting the identifier indicating the new serving BS or session of the UE, causing a message to be sent to an analytics function to perform analytics for session or flow migration for the UE, wherein the header of the data packet comprises a segment routing header, SRH, of a Segment Routing, SR, for IPv6, SRv6, data packet. receiving a data packet from a user equipment, UE, operative to communicate in one or more sessions via a serving base station, BS, of the mobile network; detecting, in a header of the data packet, an identifier indicating a new serving BS or session of the UE, the identifier being UE- or BS-added data; and in response to detecting the identifier indicating the new serving BS or session of the UE, causing a message to be sent to an analytics function to perform analytics for session or flow migration for the UE, wherein the header of the data packet comprises a segment routing header, SRH, of a Segment Routing, SR, for IPv6, SRv6, data packet.
An optical time-domain reflectometer (OTDR), the OTDR comprising: pulse generation unit, comprising a plurality of laser diodes and a plurality of photodiode passive optical power detectors, each photodiode passive optical power detector of the plurality of photodiode passive optical power detectors associated with one of the plurality of laser diodes; a multi-wavelength detector which comprises a plurality of detectors, each detector corresponding to a different wavelength of light; a coupler adapted to simultaneously couple the plurality of detectors of the multi-wavelength detector and the pulse generation unit to a fiber under test at a single optical port; and a controller adapted to control an operation of the pulse generation unit and the multi-wavelength detector based on a determination of whether light exists on the fiber using the plurality of photodiode passive optical power detectors which are adapted to detect a power level of light from the fiber. pulse generation unit, comprising a plurality of laser diodes and a plurality of photodiode passive optical power detectors, each photodiode passive optical power detector of the plurality of photodiode passive optical power detectors associated with one of the plurality of laser diodes; a multi-wavelength detector which comprises a plurality of detectors, each detector corresponding to a different wavelength of light; a coupler adapted to simultaneously couple the plurality of detectors of the multi-wavelength detector and the pulse generation unit to a fiber under test at a single optical port; and a controller adapted to control an operation of the pulse generation unit and the multi-wavelength detector based on a determination of whether light exists on the fiber using the plurality of photodiode passive optical power detectors which are adapted to detect a power level of light from the fiber.
A sulfur-based positive-electrode active material comprising doped nitrogen atoms obtainable by heat-treating a starting material comprising a chain organic compound and sulfur under an atmosphere of a nitrogen atom-doping gas, wherein the nitrogen atom-doping gas is ammonia gas.
A lighting module comprising: - at least one light source, - regulating means (SR; 120; SW1..SW4) for regulating the brightness of the light emitted by said at least one light source, and - a control unit (SR, 234) configured for receiving a brightness control signal (PWM, DATA), and driving said regulation means (SR; 120; SW1..SW4) as a function of said brightness control signal (PWM, DATA), characterized in that said control unit is configured for: - verifying whether said brightness control signal (PWM, DATA) contains a digital communication signal (DATA), and a) if said brightness control signal (PWM, DATA) comprises a digital communication signal (DATA), detecting the data transmitted via said digital communication signal (DATA) and driving said regulating means as a function of said transmitted data, or b) if said brightness control signal (PWM, DATA) does not comprise a digital communication signal (DATA), driving said regulating means as a function of said brightness control signal. - at least one light source, - regulating means (SR; 120; SW1..SW4) for regulating the brightness of the light emitted by said at least one light source, and - a control unit (SR, 234) configured for receiving a brightness control signal (PWM, DATA), and driving said regulation means (SR; 120; SW1..SW4) as a function of said brightness control signal (PWM, DATA), characterized in that said control unit is configured for: - verifying whether said brightness control signal (PWM, DATA) contains a digital communication signal (DATA), and a) if said brightness control signal (PWM, DATA) comprises a digital communication signal (DATA), detecting the data transmitted via said digital communication signal (DATA) and driving said regulating means as a function of said transmitted data, or b) if said brightness control signal (PWM, DATA) does not comprise a digital communication signal (DATA), driving said regulating means as a function of said brightness control signal. a) if said brightness control signal (PWM, DATA) comprises a digital communication signal (DATA), detecting the data transmitted via said digital communication signal (DATA) and driving said regulating means as a function of said transmitted data, or b) if said brightness control signal (PWM, DATA) does not comprise a digital communication signal (DATA), driving said regulating means as a function of said brightness control signal.
A system for verifying a desired alignment of an ultraviolet lamp with respect to a target component, the system comprising: a housing; one or more UV light emitters; a UV sensor coupled to the housing, wherein the UV sensor is configured to detect UV light emitted from the one or more UV light emitters of the UV lamp and output one or more signals indicative of the UV light; a UV recorder coupled to the housing, wherein the UV recorder is in communication with the UV sensor, and wherein the UV recorder is configured to receive the one or more signals from the UV sensor and store data regarding the one or more signals; and a pointer extending from the housing, wherein the pointer is configured to assist in aligning the UV sensor with the one or more UV light emitters. a housing; one or more UV light emitters; a UV sensor coupled to the housing, wherein the UV sensor is configured to detect UV light emitted from the one or more UV light emitters of the UV lamp and output one or more signals indicative of the UV light; a UV recorder coupled to the housing, wherein the UV recorder is in communication with the UV sensor, and wherein the UV recorder is configured to receive the one or more signals from the UV sensor and store data regarding the one or more signals; and a pointer extending from the housing, wherein the pointer is configured to assist in aligning the UV sensor with the one or more UV light emitters.
System, at least comprising a housing and an explosive accommodated therein, and comprising a fuze head and a blasting cap, an insert sleeve (2, 2') being provided in the housing, and the blasting cap being vertically adjustable within the insert sleeve (2, 2') in such a way that the distance between the blasting cap and the explosive can be varied and a local change in the position of the blasting cap can be carried out with respect to the insert sleeve (2, 2'), characterized in that a connection between the fuze head and the housing is provided via a thread which is formed on plastics material on the fuze head and on the housing, and in that a pressure element is attached between the fuze head and the housing, which pressure element ensures a guaranteed separation of the blasting cap from the explosive under the effect of heat from fire.
Device, in particular for tissue coagulation, with a probe having a probe body, with at least one electrode which can be loaded with an electrical voltage (U HF) and is arranged in the probe body, with at least one light-guide device which is assigned to the probe body and can be connected to an optical measuring device, wherein the measuring device is configured as an optical, interferometric distance measuring device which emits and receives light in the vicinity of the electrode, characterised in that the probe body has at least one fluid channel which can be connected to a gas source, the electrode is arranged in the fluid channel, and the measuring device is configured to determine the distance of the probe from the tissue. with a probe having a probe body, with at least one electrode which can be loaded with an electrical voltage (U HF) and is arranged in the probe body, with at least one light-guide device which is assigned to the probe body and can be connected to an optical measuring device, wherein the measuring device is configured as an optical, interferometric distance measuring device which emits and receives light in the vicinity of the electrode, characterised in that the probe body has at least one fluid channel which can be connected to a gas source, the electrode is arranged in the fluid channel, and the measuring device is configured to determine the distance of the probe from the tissue.
A method of severing a drill pipe string, the method including: dropping or pumping a flow-actuated cutter (36;72) into a drill pipe string (10,16) provided with a fluid bypass device; activating the fluid bypass device to facilitate fluid circulation through the string (10,16); landing the cutter (36,72) at a predetermined location in the string (22;70); and pumping fluid down through the drill string (10,16) and through the cutter (36;72) to actuate the cutter and remove material from a selected portion of the drill string.
A polymer composition comprising i) a polymer of ethylene (a) with a polar comonomer(s), wherein - the polar comonomer is present in the polymer of ethylene (a) in an amount of 4.5 to 18 mol%, when measured according to "Comonomer contents" as described above under the "Determination methods",and - the polar comonomer is selected from the group of unsaturated carboxyl acid esters, and wherein - the polymer of ethylene (a) optionally bears functional group(s) containing units other than said polar comonomer, and ii) silane group(s) containing units (b), wherein the polymer composition has - difference in Refractive Index of the polymer composition within the temperature range from 10 to 70°C is less than 0.0340, when measured according to "Refractive Index" measurement as described in the specification under "Determination Methods"; and A Shear Thinning Index, SHI 0.05/300, of 10.0 to 35.0 when measured according to "Rheological properties: Dynamic Shear Measurements (frequency sweep measurements)" as described in the specification under "Determination Methods".. i) a polymer of ethylene (a) with a polar comonomer(s), wherein - the polar comonomer is present in the polymer of ethylene (a) in an amount of 4.5 to 18 mol%, when measured according to "Comonomer contents" as described above under the "Determination methods",and - the polar comonomer is selected from the group of unsaturated carboxyl acid esters, and wherein - the polymer of ethylene (a) optionally bears functional group(s) containing units other than said polar comonomer, and - the polar comonomer is present in the polymer of ethylene (a) in an amount of 4.5 to 18 mol%, when measured according to "Comonomer contents" as described above under the "Determination methods",and - the polar comonomer is selected from the group of unsaturated carboxyl acid esters, and wherein - the polymer of ethylene (a) optionally bears functional group(s) containing units other than said polar comonomer, and ii) silane group(s) containing units (b), wherein the polymer composition has - difference in Refractive Index of the polymer composition within the temperature range from 10 to 70°C is less than 0.0340, when measured according to "Refractive Index" measurement as described in the specification under "Determination Methods"; and A Shear Thinning Index, SHI 0.05/300, of 10.0 to 35.0 when measured according to "Rheological properties: Dynamic Shear Measurements (frequency sweep measurements)" as described in the specification under "Determination Methods".. - difference in Refractive Index of the polymer composition within the temperature range from 10 to 70°C is less than 0.0340, when measured according to "Refractive Index" measurement as described in the specification under "Determination Methods"; and A Shear Thinning Index, SHI 0.05/300, of 10.0 to 35.0 when measured according to "Rheological properties: Dynamic Shear Measurements (frequency sweep measurements)" as described in the specification under "Determination Methods"..