mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a user equipment "UE" , to continue to use a bearer of interest, the method comprising: the UE initiating a tracking area updating "TAU" procedure in an evolved packet system "EPS" mobility management "EMM" connected "EMM CONNECTED" mode associated with a non-access stratum "NAS" signaling connection; the UE receiving a TRACKING AREA UPDATE ACCEPT message and an EMM cause value of interest; upon receiving the TRACKING AREA UPDATE ACCEPT message and the EMM cause value of interest, the UE determining whether a bearer of interest exists; and if a bearer of interest exists, the UE continuing to use at least the bearer of interest and maintaining the EMM_CONNECTED mode until a release of the bearer of interest; if no bearer of interest exists or when the bearer of interest is released , the UE releasing the NAS signaling connection and entering an EMM IDLE mode. the UE initiating a tracking area updating "TAU" procedure in an evolved packet system "EPS" mobility management "EMM" connected "EMM CONNECTED" mode associated with a non-access stratum "NAS" signaling connection; the UE receiving a TRACKING AREA UPDATE ACCEPT message and an EMM cause value of interest; upon receiving the TRACKING AREA UPDATE ACCEPT message and the EMM cause value of interest, the UE determining whether a bearer of interest exists; and if a bearer of interest exists, the UE continuing to use at least the bearer of interest and maintaining the EMM_CONNECTED mode until a release of the bearer of interest; if no bearer of interest exists or when the bearer of interest is released , the UE releasing the NAS signaling connection and entering an EMM IDLE mode.
A Time-Division Duplex, TDD, transceiver comprising an antenna; a transmitter connected to the antenna via a switch; a receiver ; an integrated isolator circuit for isolating the receiver and the transmitter , the integrated isolator comprising: a first node , a second node and a third node ; a fist capacitor (C1) connected in series with a first switch (T1) and connected between the first and second nodes ; a first inductor (L1) connected between the first and second nodes ; and a second capacitor (C2) connected between the second node and the third node ; wherein the first switch (T1) has an on state and an off state, and the integrated isolator circuit is configured to have a different impedance at a certain operating frequency by controlling the state of the first switch (T1); a transformer having a primary winding connected between the antenna and the first node of the integrated isolator circuit; and wherein the receiver is connected to a secondary winding of the transformer. an antenna; a transmitter connected to the antenna via a switch; a receiver ; an integrated isolator circuit for isolating the receiver and the transmitter , the integrated isolator comprising: a first node , a second node and a third node ; a fist capacitor (C1) connected in series with a first switch (T1) and connected between the first and second nodes ; a first inductor (L1) connected between the first and second nodes ; and a second capacitor (C2) connected between the second node and the third node ; wherein the first switch (T1) has an on state and an off state, and the integrated isolator circuit is configured to have a different impedance at a certain operating frequency by controlling the state of the first switch (T1); a first node , a second node and a third node ; a fist capacitor (C1) connected in series with a first switch (T1) and connected between the first and second nodes ; a first inductor (L1) connected between the first and second nodes ; and a second capacitor (C2) connected between the second node and the third node ; wherein the first switch (T1) has an on state and an off state, and the integrated isolator circuit is configured to have a different impedance at a certain operating frequency by controlling the state of the first switch (T1); a transformer having a primary winding connected between the antenna and the first node of the integrated isolator circuit; and wherein the receiver is connected to a secondary winding of the transformer.
A work processing method of a lathe which brings a detection jig (t) corresponding to a rigid member attached to a turret of a tool post into contact with a work (w) attached to a spindle by moving the tool post or rotating the spindle in the lathe, correcting a tool post position or a spindle angle based on a position of the tool post or an angle of the spindle at the time of the contact, and processes the work (w), wherein the contact is performed by a first contact operation of driving the tool post or the spindle at a first speed so that the work (w) and the detection jig (t) contact each other, a return operation of separating the detection jig (t) and the work (w) from each other by a predetermined distance after the first contact operation, and a second contact operation of bringing the work (w) and the detection jig (t) into contact with each other at the same position at a second speed slower than the first speed after the separation and the correction is performed by obtaining a correction value based on the tool post position or the spindle angle at the time of the second contact, characterized in that a collision detection member compares a load of a tool post feed motor with a load set in a collision load setter of the collision detection member during the movement of the tool post and transmits a collision detection signal (g) to a retry member when the load of the feed motor exceeds the setting load.
A composition containing first oleosomes having a first size distribution D50 and second oleosomes having a second size distribution D50 , wherein the first oleosomes are extracted from a source of origin which is different than the source of origin of said second oleosomes, wherein the first oleosomes are extracted from soy bean and the second oleosomes are extracted from almond, peanut, sunflower, coconut or sesame, wherein D50 <D50 , and D50 is at most 550 nm and D50 is at most 6000 nm, and wherein is D50 the diameter below which 50% of the volume of particles lies.
A method performed by a master base station for a terminal configured with an inter radio access technology, inter-RAT, dual connectivity with the master base station of a first RAT type and a secondary base station of a second RAT type in a wireless communication system, the method comprising: transmitting, to the terminal, a first message requesting capability information for a combination of the first RAT type and the second RAT type of the inter-RAT dual connectivity; receiving, from the terminal, a second message including the capability information of the terminal for the combination of the first RAT type and the second RAT type, the capability information comprising information on at least one band combination supported by the terminal for the first RAT type and the second RAT type of the inter-RAT dual connectivity; and transmitting, to the secondary base station, a third message requesting to configure a secondary cell group, SCG, for the terminal, the third message including the capability information and information on a restriction to be configured for the terminal, wherein the information on the restriction includes an index indicating a band combination which can be configured by the secondary base station among the at least one band combination. transmitting, to the terminal, a first message requesting capability information for a combination of the first RAT type and the second RAT type of the inter-RAT dual connectivity; receiving, from the terminal, a second message including the capability information of the terminal for the combination of the first RAT type and the second RAT type, the capability information comprising information on at least one band combination supported by the terminal for the first RAT type and the second RAT type of the inter-RAT dual connectivity; and transmitting, to the secondary base station, a third message requesting to configure a secondary cell group, SCG, for the terminal, the third message including the capability information and information on a restriction to be configured for the terminal, wherein the information on the restriction includes an index indicating a band combination which can be configured by the secondary base station among the at least one band combination.
A method for evaluating a condition of a downhole component of a drillstring , the method comprising: estimating a plurality of values of a tool parameter of the component comprising at least a first value for a first selected position on the drillstring and a second value different than the first value for a second selected position on the drillstring different than the first selected position, wherein the estimating is done using a trained artificial neural network that receives information from at least one sensor on the drillstring responsive to the tool parameter, wherein each sensor of the at least one sensor is positionally offset from the first selected position and the second selected position; and using the estimated plurality of values to evaluate the condition of the downhole component, wherein the condition is used to make a component life management decision about the component; wherein the tool parameter comprises temperature or a vibration parameter. estimating a plurality of values of a tool parameter of the component comprising at least a first value for a first selected position on the drillstring and a second value different than the first value for a second selected position on the drillstring different than the first selected position, wherein the estimating is done using a trained artificial neural network that receives information from at least one sensor on the drillstring responsive to the tool parameter, wherein each sensor of the at least one sensor is positionally offset from the first selected position and the second selected position; and using the estimated plurality of values to evaluate the condition of the downhole component, wherein the condition is used to make a component life management decision about the component; wherein the tool parameter comprises temperature or a vibration parameter.
A gas turbine engine comprising: a fan shaft arranged along an engine central axis (A); a frame supporting the fan shaft , the frame defining a frame lateral stiffness FLS; a gear system rotatably coupled to the fan shaft ; and a first flexible coupling and a second flexible coupling at least partially supporting the gear system , the first flexible coupling and the second flexible coupling being subject to the following motions, with respect to the engine central axis (A), Motion I, Motion II, Motion III, Motion IV and combinations thereof, wherein, Motion I is parallel offset guided end motion, Motion II is cantilever beam free end motion and Motion III is angular misalignment no offset motion and Motion IV is axial motion, the first flexible coupling and the second flexible coupling each having Stiffnesses A, B, C, D and E defined with respect to the frame lateral stiffness FLS, wherein Stiffness A is axial stiffness under Motion IV, Stiffness B is radial stiffness under Motion II, Stiffness C is radial stiffness under Motion I, Stiffness D is torsional stiffness under Motion I, and Stiffness E is angular stiffness under Motion III, characterized in that : a ratio of FLS/Stiffness B of the first coupling is in a range of about 10.0 to 40.0, and a ratio FLS/Stiffness B of the second coupling is in a range of 33.0 to 1000.0, and/or a ratio of FLS/Stiffness C of the first coupling is in a range of 1.5 to 7.0, and a ratio FLS/Stiffness C of the second coupling is in a range of 16.0 to above 100.0. a fan shaft arranged along an engine central axis (A); a frame supporting the fan shaft , the frame defining a frame lateral stiffness FLS; a gear system rotatably coupled to the fan shaft ; and a first flexible coupling and a second flexible coupling at least partially supporting the gear system , the first flexible coupling and the second flexible coupling being subject to the following motions, with respect to the engine central axis (A), Motion I, Motion II, Motion III, Motion IV and combinations thereof, wherein, Motion I is parallel offset guided end motion, Motion II is cantilever beam free end motion and Motion III is angular misalignment no offset motion and Motion IV is axial motion, the first flexible coupling and the second flexible coupling each having Stiffnesses A, B, C, D and E defined with respect to the frame lateral stiffness FLS, wherein Stiffness A is axial stiffness under Motion IV, Stiffness B is radial stiffness under Motion II, Stiffness C is radial stiffness under Motion I, Stiffness D is torsional stiffness under Motion I, and Stiffness E is angular stiffness under Motion III,
A preservation solution for the preservation of cells, tissues and/or organs, in the absence of a blood supply, said solution comprising: (i) water for injection; (ii) at least one saccharide; (iii) at least one component with pH buffer properties; (iv) optionally at least one component with calcium transport blocking properties or an anti-calcium action activity; (v) salicylic acid, in free form or in salt form, or aspirin; and (vi) glutamic acid, in free form or in salt form, or glutamine; provided that acetamide is absent and if aspirin is present glutamine is absent and if glutamine is present aspirin is absent; and if aspirin is present then ammonia is not present; and if glutamine is present then acetic acid is not present. (i) water for injection; (ii) at least one saccharide; (iii) at least one component with pH buffer properties; (iv) optionally at least one component with calcium transport blocking properties or an anti-calcium action activity; (v) salicylic acid, in free form or in salt form, or aspirin; and (vi) glutamic acid, in free form or in salt form, or glutamine; provided that acetamide is absent and if aspirin is present glutamine is absent and if glutamine is present aspirin is absent; and if aspirin is present then ammonia is not present; and if glutamine is present then acetic acid is not present.
A cushioning structure comprising: a first array of void cells ; a second array of void cells, wherein peak surfaces of peak portions of void cells in the second array of void cells are attached to peak surfaces of peak portions of void cells in the first array ; characterized in that the void cells are cube-shaped and include four sidewalls having a base portion forming a rectangular overall outline ; wherein each sidewall includes at least one outwardly curved surface and at least two inwardly curved surfaces , or two opposite sidewalls each include at least one outwardly curved surface and at least two inwardly curved surfaces ; the outwardly curved surfaces having concave curvatures that face away from an interior of the void cell , and the inwardly curved surfaces having concave curvatures that face toward the interior of the void cell ; and wherein the outwardly curved surfaces constitute at least 20% of the overall exterior surface area of each void cell. a first array of void cells ; a second array of void cells, wherein peak surfaces of peak portions of void cells in the second array of void cells are attached to peak surfaces of peak portions of void cells in the first array ; characterized in that the void cells are cube-shaped and include four sidewalls having a base portion forming a rectangular overall outline ; wherein each sidewall includes at least one outwardly curved surface and at least two inwardly curved surfaces , or two opposite sidewalls each include at least one outwardly curved surface and at least two inwardly curved surfaces ; the outwardly curved surfaces having concave curvatures that face away from an interior of the void cell , and the inwardly curved surfaces having concave curvatures that face toward the interior of the void cell ; and wherein the outwardly curved surfaces constitute at least 20% of the overall exterior surface area of each void cell.
A spring plate for supporting a vehicle suspension spring, with a surface facing toward the vehicle suspension spring and with at least one support point , wherein the spring plate has a region which extends from the surface in the direction of the vehicle suspension spring and forms the support point , and wherein a sheet-metal element acting as a corrosion protection element is fastened to the extended region and is in contact with the vehicle suspension spring in all operating states characterized in that the sheet-metal element has limbs which are bent around the extended region to fasten the sheet-metal element .
A full-moment connection in place between at least one beam and a column in a building frame , where the column possesses generally planar faces joined at plural, laterally spaced corners , said connection comprising a collar having corners, and including plural adjacent transverse components, one of which is joined to an end in the at least one beam , each said transverse component possessing a generally planar expanse which faces, and is generally parallel and planar with respect to an associated column face , with each transverse component forming portions of a pair of said corners in the collar in conjunction with a pair of spaced, adjacent, trans-verse components which are associated with adjacent column faces , said collar corners being disposed adjacent respective ones of the corners in the column, wherein each transverse component includes upper and lower, laterally elongate transverse elements , and characterised in that each transverse component further includes, interconnecting each upper and lower transverse element , an elongate bridging component .
A crystalline multilayer structure comprising: a crystalline oxide semiconductor thin film comprising a corundum-structured oxide semiconductor as a major component, wherein the oxide semiconductor containing indium and/or gallium as a major component, and wherein the crystalline oxide semiconductor thin film contains germanium, silicon, titanium, zirconium, vanadium, or niobium, characterised in that the crystalline oxide semiconductor thin film is substantially free of carbon. a crystalline oxide semiconductor thin film comprising a corundum-structured oxide semiconductor as a major component, wherein the oxide semiconductor containing indium and/or gallium as a major component, and wherein the crystalline oxide semiconductor thin film contains germanium, silicon, titanium, zirconium, vanadium, or niobium, characterised in that the crystalline oxide semiconductor thin film is substantially free of carbon.
An electronic device, comprising: a watch , comprising: a body defining a notch ; and a processing unit located in the body; a strap operable to couple the watch to a user, comprising: an electronic component ; and characterised in that : the body comprises an electronic contact positioned in the notch that is electrically connected to the processing unit ; the strap comprises spring loaded detents ; and the spring loaded detents are configured to be compressed by the body while being inserted and uncompress to allow the strap to engage the notch on the body to mechanically connect the watch body and strap and electrically connect the processing unit and the electronic component . a watch , comprising: a body defining a notch ; and a processing unit located in the body; a body defining a notch ; and a processing unit located in the body; a strap operable to couple the watch to a user, comprising: an electronic component ; and characterised in that : the body comprises an electronic contact positioned in the notch that is electrically connected to the processing unit ; the strap comprises spring loaded detents ; and the spring loaded detents are configured to be compressed by the body while being inserted and uncompress to allow the strap to engage the notch on the body to mechanically connect the watch body and strap and electrically connect the processing unit and the electronic component . an electronic component ; and characterised in that : the body comprises an electronic contact positioned in the notch that is electrically connected to the processing unit ; the strap comprises spring loaded detents ; and the spring loaded detents are configured to be compressed by the body while being inserted and uncompress to allow the strap to engage the notch on the body to mechanically connect the watch body and strap and electrically connect the processing unit and the electronic component . the strap comprises spring loaded detents ; and the spring loaded detents are configured to be compressed by the body while being inserted and uncompress to allow the strap to engage the notch on the body to mechanically connect the watch body and strap and electrically connect the processing unit and the electronic component .
A detection system for a target nucleic acid molecule, preferably a single stranded nucleic acid molecule, comprising a short pAgo protein, comprising a MID and a PIWI domain; an effector protein comprising a Toll-Interleukin1 receptor (TIR)-Analog of PAZ (APAZ) domains or SIR2-APAZ domains; a guide nucleic acid (gNA) that is able to hybridize to the target nucleic acid molecule; and a nicotinamide adenine dinucleotide (NAD), or an analogue thereof. a short pAgo protein, comprising a MID and a PIWI domain; an effector protein comprising a Toll-Interleukin1 receptor (TIR)-Analog of PAZ (APAZ) domains or SIR2-APAZ domains; a guide nucleic acid (gNA) that is able to hybridize to the target nucleic acid molecule; and a nicotinamide adenine dinucleotide (NAD), or an analogue thereof.
A spectacle lens element intended to be worn in front of an eye of a person comprising: - a refraction area having a refractive power based on a prescription for said eye of the person; and - a plurality of at least three non-contiguous optical elements having a non-spherical optical function, wherein the non-contiguous optical elements are multifocal refractive micro-lenses comprising an aspherical surface, the micro-lens having a contour shape inscribable in a circle having a diameter greater than or equal to 0.8 mm and smaller than or equal to 3.0 mm, for every circular zone having a radius comprised between 2 and 4 mm comprising a geometrical center located at a distance of the optical center of the lens element equal to said radius + 5mm, the ratio between the sum of areas of the parts of optical elements located inside said circular zone and the area of said circular zone is comprised between 20% and 70%, and wherein the refraction area is formed as the portion other than the portions formed as the plurality of optical elements. - a refraction area having a refractive power based on a prescription for said eye of the person; and - a plurality of at least three non-contiguous optical elements having a non-spherical optical function, wherein the non-contiguous optical elements are multifocal refractive micro-lenses comprising an aspherical surface, the micro-lens having a contour shape inscribable in a circle having a diameter greater than or equal to 0.8 mm and smaller than or equal to 3.0 mm, for every circular zone having a radius comprised between 2 and 4 mm comprising a geometrical center located at a distance of the optical center of the lens element equal to said radius + 5mm, the ratio between the sum of areas of the parts of optical elements located inside said circular zone and the area of said circular zone is comprised between 20% and 70%, and wherein the refraction area is formed as the portion other than the portions formed as the plurality of optical elements.