mhurhangee/ep-ind-claims huggingface dataset:
A method for a user equipment, UE, to receive a multimedia broadcast multicast service, MBMS, comprising: when initiating, at the UE, a handover from a first cell that is providing the MBMS through point-to-multipoint transmission, adding, at the UE, a temporary multicast group identity, TMGI, associated with the MBMS to a message sent from the UE to an access node in the first cell, said message being a measurement report in the first cell; and receiving, at the UE, information from the access node in the first cell, the information promoting the UE being handed over to a second cell capable of providing the MBMS through point-to-multipoint transmission, wherein, when none of the cells that provide the MBMS through point-to-multipoint transmission have a signal quality greater than a pre-specified threshold, the information promotes that the UE be handed over to a cell with the best signal quality and the service associated with the MBMS is continued via a point-to-point transmission in the cell with the best signal quality, and wherein when the message comprises an MBMS priority information element not indicating that the MBMS should be prioritized, the information promotes that the UE be handed over to a cell with the best signal quality, and the service associated with the MBMS is continued via a point-to-point transmission in the cell with the best signal quality. when initiating, at the UE, a handover from a first cell that is providing the MBMS through point-to-multipoint transmission, adding, at the UE, a temporary multicast group identity, TMGI, associated with the MBMS to a message sent from the UE to an access node in the first cell, said message being a measurement report in the first cell; and receiving, at the UE, information from the access node in the first cell, the information promoting the UE being handed over to a second cell capable of providing the MBMS through point-to-multipoint transmission, wherein, when none of the cells that provide the MBMS through point-to-multipoint transmission have a signal quality greater than a pre-specified threshold, the information promotes that the UE be handed over to a cell with the best signal quality and the service associated with the MBMS is continued via a point-to-point transmission in the cell with the best signal quality, and wherein when the message comprises an MBMS priority information element not indicating that the MBMS should be prioritized, the information promotes that the UE be handed over to a cell with the best signal quality, and the service associated with the MBMS is continued via a point-to-point transmission in the cell with the best signal quality.
A packaging comprising an injection moulded plastic material container, such as a polypropylene container, and a lid, said lid comprising: a first portion in the form of a plastic material film integrally connected with an injection moulded second portion of a plastic material having a melting point T 1, said second portion being adapted to be heat sealed to a rim of said container by heating the plastic material of said second portion in a peripheral edge region of said lid to a heat sealing temperature T, characterised in that said first portion covers said second portion at least along said peripheral edge region, said first portion including along said peripheral edge region a layer of a plastic material which has a melting point T 2 higher than said melting point T 1 of the plastics material of said second portion and which remains dimensionally stable at the temperature T where said plastic material of said second portion is suitable for said heat sealing. a first portion in the form of a plastic material film integrally connected with an injection moulded second portion of a plastic material having a melting point T 1, said second portion being adapted to be heat sealed to a rim of said container by heating the plastic material of said second portion in a peripheral edge region of said lid to a heat sealing temperature T, characterised in that said first portion covers said second portion at least along said peripheral edge region, said first portion including along said peripheral edge region a layer of a plastic material which has a melting point T 2 higher than said melting point T 1 of the plastics material of said second portion and which remains dimensionally stable at the temperature T where said plastic material of said second portion is suitable for said heat sealing.
A method of transferring ownership of a service group (S_1) for an Open Mobile Alliance, OMA, communication system comprising a converged personal network services, CPNS, server, the service group comprising a first personal network gateway (PG_A,B) and a first plurality of personal network elements (P_1,2,3,4,5,6), the method comprising: when determining that a first personal network element of a service group that is managed by the first personal network gateway, is currently the owner of the service group and the first personal network element intends to leave the service group or to abandon the ownership of the service group, selecting by the CPNS server, a second personal network element from the first plurality of personal network elements of the service group to transfer the ownership of the service group from the first personal network element to the second personal network element.
An electromechanical resonator produced on a substrate, comprising: - a suspended structure produced at least partly from the substrate, configured to be vibrated to resonate at at least one natural resonance frequency of the suspended structure; - an anchor structure to anchor the suspended structure, by at least one area of its periphery, to the remainder of the substrate, wherein the anchor structure is dimensioned to resonate at said resonance frequency; - means for exciting the suspended structure, to cause it to vibrate at said resonance frequency; - means for detecting the vibration frequency of the suspended structure, characterized in that: - the anchor structure includes at least one T-shaped element formed from a first fixed-fixed beam, coupled with the substrate, and a second beam a first end of which is coupled with the first beam, and a second end of which is coupled with the suspended structure, - the suspended structure resonates in Lamé mode or in wine-glass mode, the first end of the second beam is coupled with the first beam at a node of vibration of the first beam, and the second end of the second beam is coupled with the suspended structure at a nodal point of the latter. - a suspended structure produced at least partly from the substrate, configured to be vibrated to resonate at at least one natural resonance frequency of the suspended structure; - an anchor structure to anchor the suspended structure, by at least one area of its periphery, to the remainder of the substrate, wherein the anchor structure is dimensioned to resonate at said resonance frequency; - means for exciting the suspended structure, to cause it to vibrate at said resonance frequency; - means for detecting the vibration frequency of the suspended structure, characterized in that: - the anchor structure includes at least one T-shaped element formed from a first fixed-fixed beam, coupled with the substrate, and a second beam a first end of which is coupled with the first beam, and a second end of which is coupled with the suspended structure, - the suspended structure resonates in Lamé mode or in wine-glass mode, the first end of the second beam is coupled with the first beam at a node of vibration of the first beam, and the second end of the second beam is coupled with the suspended structure at a nodal point of the latter.
A non-destructive method of estimating hematocrit of whole blood from a dried blood sample prepared from the whole blood, the method comprising: a) determining the total amount of hemoglobin derivatives comprising oxyhemoglobin, met-hemoglobin and hemichrome in a dried blood sample, wherein the total amount of said hemoglobin derivatives in a dried blood sample is determined by measuring the reflectance, absorbance, or transmittance of the dried blood sample at the quasi-isosbestic point of said hemoglobin derivatives at a wavelength of 589 nm +/- 5 nm, or wherein the total amount of said hemoglobin derivatives in a dried blood sample is determined by calculating the sum of the amounts of each of oxyhemoglobin, methemoglobin and hemichrome, wherein the amount of each of oxyhemoglobin, methemoglobin and hemichrome is determined by measuring the reflectance, absorbance, or transmittance of the dried blood sample at multiple wavelengths, and comparing the measured spectrum with reference spectra of the respective hemoglobin derivatives; and b) estimating the hematocrit from the total amount of said hemoglobin derivatives, wherein the hematocrit is estimated using a calibration curve providing a correlation between hematocrit and the total amount of said hemoglobin derivatives in a dried blood sample. a) determining the total amount of hemoglobin derivatives comprising oxyhemoglobin, met-hemoglobin and hemichrome in a dried blood sample, wherein the total amount of said hemoglobin derivatives in a dried blood sample is determined by measuring the reflectance, absorbance, or transmittance of the dried blood sample at the quasi-isosbestic point of said hemoglobin derivatives at a wavelength of 589 nm +/- 5 nm, or wherein the total amount of said hemoglobin derivatives in a dried blood sample is determined by calculating the sum of the amounts of each of oxyhemoglobin, methemoglobin and hemichrome, wherein the amount of each of oxyhemoglobin, methemoglobin and hemichrome is determined by measuring the reflectance, absorbance, or transmittance of the dried blood sample at multiple wavelengths, and comparing the measured spectrum with reference spectra of the respective hemoglobin derivatives; and b) estimating the hematocrit from the total amount of said hemoglobin derivatives, wherein the hematocrit is estimated using a calibration curve providing a correlation between hematocrit and the total amount of said hemoglobin derivatives in a dried blood sample.
Mobile portable device, comprising at least one first sensor for detecting a movement of the mobile portable device and at least one second sensor for detecting the approximation of the mobile portable device to one or several reference beacons, wherein the mobile portable device is implemented to calculate, by using a knowledge of a position of the one or several reference beacons, the position of the mobile portable device relative to the one or several reference beacons by means of data provided by the at least one first sensor, wherein the at least one second sensor is configured to receive a signal generated by the one or more reference beacons, and wherein the at least one second sensor comprises at least one magnetic field sensor, and the signal generated by the one or more reference beacons is a magnetic field signal, or the signal generated by the one or more reference beacons is a signal varying in terms of time and place with respect to its field strength in a surrounding area of the one or more reference beacons, wherein the mobile portable device is implemented to correct, when passing a first reference beacon, the calculated position by comparison with a position of the first reference beacon and to calculate, between passing the first reference beacon and passing a second reference beacon, the position of the mobile portable device by means of the at least one first sensor relative to the corrected position with an inaccuracy increasing with increasing distance from the first reference beacon, and to recognize, via the second sensor, in which direction the mobile portable device passes a respective reference beacon, and to use the direction for correcting a currently calculated locomotion direction of a carrier of the mobile device. wherein the at least one second sensor comprises at least one magnetic field sensor, and the signal generated by the one or more reference beacons is a magnetic field signal, or the signal generated by the one or more reference beacons is a signal varying in terms of time and place with respect to its field strength in a surrounding area of the one or more reference beacons,
A method for producing a rolling bearing ring having an improved robustness against the formation of white etching cracks, wherein the rolling bearing ring is formed from a sub-eutectoid heat-treated steel, having the following composition (data in %): C: 0.45 Si: 0.23 Mn: 0.64 P: 0.004 S: 0.001 Cr: 1.18 Mo: 0.28 Ni: 0.75 Cu: 0.12 Al: 0.02 and the remainder being iron and trace elements, and is inductively heated to form a hardened surface layer, then quenched and then tempered, wherein the heating takes place at a frequency of 8-11 kHz, in particular 9-10 kHz, for a period of 3-10 s, in particular 4-7 s.
A wood golf club head used for a driver, a fairway wood or a utility club, comprising: a face portion having a ball hitting surface; a heel portion located at an end on a side of a shaft relative to the ball hitting surface; and a toe portion located at an end facing away from the heel portion relative to the ball hitting surface, wherein a ratio of a maximum length L1, expressed in mm, of the wood golf club head in a direction from the heel portion toward the toe portion relative to a volume of the wood golf club head, expressed in cm3, is equal to or greater than 0.30 and equal to or less than 1.04 for a driver, greater than 0.60 and equal to or less than 2.31 for a fairway wood, and greater than 0.94 and equal to or less than 3.43 for a utility club, wherein a crown portion is positioned above the face portion, a sole portion is positioned below the face portion, and a back portion is located backwardly of the face portion, and characterized in that a concave area extending from the crown portion to the sole portion is formed in a region behind the ball hitting surface located on the side of the toe portion.
A steel sheet in which a chemical composition of a base metal comprises, in mass%, C: 0.17 to 0.40%, Si: 0.10 to 2.50%, Mn: 1.00 to 10.00%, P: 0.001 to 0.03%, S: 0.0001 to 0.02%, Al: 0.001 to 2.50%, N: 0.0001 to 0.010%, O: 0.0001 to 0.010%, Ti: 0 to 0.10%, Nb: 0 to 0.10%, V: 0 to 0.10%, B: 0 to 0.010%, Cr: 0 to 2.00%, Ni: 0 to 2.00%, Cu: 0 to 2.00%, Mo: 0 to 2.00%, Ca: 0 to 0.50%, Mg: 0 to 0.50%, REM: 0 to 0.50%, and the balance: Fe and impurities, wherein the steel sheet has, from a surface of the base metal to a depth of 5.0 μm or more, an internal oxidized layer in which at least one part of a crystal grain boundary is covered with oxides, and wherein: in a region from the surface of the base metal to a depth of 5.0 μm, a grain boundary coverage ratio of the oxides is 60% or more, all measured with the methods as of the description. C: 0.17 to 0.40%, Si: 0.10 to 2.50%, Mn: 1.00 to 10.00%, P: 0.001 to 0.03%, S: 0.0001 to 0.02%, Al: 0.001 to 2.50%, N: 0.0001 to 0.010%, O: 0.0001 to 0.010%, Ti: 0 to 0.10%, Nb: 0 to 0.10%, V: 0 to 0.10%, B: 0 to 0.010%, Cr: 0 to 2.00%, Ni: 0 to 2.00%, Cu: 0 to 2.00%, Mo: 0 to 2.00%, Ca: 0 to 0.50%, Mg: 0 to 0.50%, REM: 0 to 0.50%, and the balance: Fe and impurities, wherein the steel sheet has, from a surface of the base metal to a depth of 5.0 μm or more, an internal oxidized layer in which at least one part of a crystal grain boundary is covered with oxides, and wherein: in a region from the surface of the base metal to a depth of 5.0 μm, a grain boundary coverage ratio of the oxides is 60% or more, all measured with the methods as of the description.
An organic light emitting diode device comprising a sequence of serially electrically connected organic light emitting diode segments (100; 208; 210; 212), the diode segments comprising two organic light emitting diodes (102; 104; 214; 216), wherein the organic light emitting diodes are vertically stacked with their conducting directions pointing in opposed directions, wherein in the stack the organic light emitting diodes are electrically connected to each other by a common shared electrode (112; 234; 246), and wherein the sequence of segments comprises a given segment and a neighbouring segment, wherein the given segment comprises a first and second organic light emitting diode with a first common shared electrode (112; 234) and first (108; 238) and second (118; 236) unshared electrodes, and a first emissive layer between the first unshared electrode (108; 238) and the common shared electrode (112; 234) and a second emissive layer between the common shared electrode (112, 234) and the second unshared electrode (118; 236), wherein the neighbouring segment comprises a third and fourth organic light emitting diode with a second common shared electrode (112;240) and third (108; 244) and fourth (118; 242) unshared electrodes, wherein the given segment is directly serially electrically connected to the neighbouring segment by an electrical connection of the first common shared electrode (112; 234) partially overlapping and contacting the third unshared electrode (108; 244) through a gap in the first emissive layer and by an electrical connection of the first unshared electrode (108; 236) partially overlapping and contacting the second common shared electrode (112; 240) through a gap in the second emissive layer, wherein any unshared electrode (236; 238; 244; 242; 248) comprised in the sequence of segments (208; 210; 212) is electrically connected to maximally one common shared electrode (234, 240, 246) comprised in the sequence of segments.
A method of producing a food composition, the method comprising the steps of: cooking starch with water to form a gelatinized starch; adding positively charged non-sodium metal ions at a time selected from the group consisting of before the cooking, during the cooking, and a combination thereof; cooling the gelatinized starch to a temperature from 4 to 50°C to form an insoluble starch gel; and adding 0.30 wt% to 3.50 wt% of sodium chloride to the insoluble starch gel to form the food composition. cooking starch with water to form a gelatinized starch; adding positively charged non-sodium metal ions at a time selected from the group consisting of before the cooking, during the cooking, and a combination thereof; cooling the gelatinized starch to a temperature from 4 to 50°C to form an insoluble starch gel; and adding 0.30 wt% to 3.50 wt% of sodium chloride to the insoluble starch gel to form the food composition.
A valve for a gas cooker, the valve comprising a valve body and a valve core rotatably disposed in the valve body, wherein the valve core is provided with a gas inlet channel in communication with a gas source, and a sidewall of the valve core is provided with an inner ring fire gas outlet and an outer ring fire gas outlet penetrating the sidewall, characterized in that, the valve body is provided with an inner ring main gas outlet channel and an inner ring fine-tuning channel corresponding to the inner ring fire gas outlet, and the valve body is provided with an outer ring main gas outlet channel and an outer ring fine-tuning channel corresponding to the outer ring fire gas outlet.
A work vehicle, comprising: a console box disposed on a side of an operator's seat, the console box being able to rotate in the forward and backward direction around a first rotary shaft running in a left and right direction between an operation position in which the console box is disposed horizontally and a retracted position in which the console box is rotated rearward from the operation position; and a bellows having a lower end fixed on a floor side of the operator's seat, and an upper end linked to the console box rotatably in the forward and backward direction around a second rotary shaft running in the left and right direction, characterized in that the console box has a pair of linking components that are formed opposite each other in the left and right direction and that link to the upper end of the bellows, a pair of first through-holes that are opposite each other in the left and right direction are formed in the linking components, a pair of second through-holes that are opposite each other in the left and right direction are formed in the upper end of the bellows, a pin is inserted into each of the left and right of the first through-hole and the second through-hole. a console box disposed on a side of an operator's seat, the console box being able to rotate in the forward and backward direction around a first rotary shaft running in a left and right direction between an operation position in which the console box is disposed horizontally and a retracted position in which the console box is rotated rearward from the operation position; and a bellows having a lower end fixed on a floor side of the operator's seat, and an upper end linked to the console box rotatably in the forward and backward direction around a second rotary shaft running in the left and right direction, characterized in that the console box has a pair of linking components that are formed opposite each other in the left and right direction and that link to the upper end of the bellows, a pair of first through-holes that are opposite each other in the left and right direction are formed in the linking components, a pair of second through-holes that are opposite each other in the left and right direction are formed in the upper end of the bellows, a pin is inserted into each of the left and right of the first through-hole and the second through-hole.
A method for manufacturing a camera capable of coupling with a lens and being capable of automatic focusing an image in a main image region, comprising: collecting statistic data for the camera and the lens; deriving image focusing window selection rules from said statistic data; loading the image focusing window selection rules and respective weights for image focusing windows defined by the image focusing window selection rules into the camera, wherein said image focusing window selection rules are built-in rules derived from the statistic data specific to the camera and the lens, wherein the statistic data includes probabilities for the main imaging region to fall into each region of an image frame, and wherein the respective weights associated with each of the image focusing windows within the set of image focusing windows are calculated based on the statistic data; enabling the camera to use said image focusing window selection rules in selecting a set of image focusing windows for the image frame at each lens position, wherein said selecting the set of image focusing windows is based on one or more of the sets of image focusing window selection rules; and enabling the camera to use said respective weights for calculating focus measure values when photographing a picture by the camera. collecting statistic data for the camera and the lens; deriving image focusing window selection rules from said statistic data; loading the image focusing window selection rules and respective weights for image focusing windows defined by the image focusing window selection rules into the camera, wherein said image focusing window selection rules are built-in rules derived from the statistic data specific to the camera and the lens, wherein the statistic data includes probabilities for the main imaging region to fall into each region of an image frame, and wherein the respective weights associated with each of the image focusing windows within the set of image focusing windows are calculated based on the statistic data; enabling the camera to use said image focusing window selection rules in selecting a set of image focusing windows for the image frame at each lens position, wherein said selecting the set of image focusing windows is based on one or more of the sets of image focusing window selection rules; and enabling the camera to use said respective weights for calculating focus measure values when photographing a picture by the camera.