mhurhangee/patent-ind-claim-en huggingface dataset:
A method of powder-bed based additive manufacture in a three-dimensional space corresponding to longitudinal , lateral , and transverse directions that are orthogonal to one another, the method comprising the steps of: sequentially advancing each portion of a continuous part in the longitudinal direction from a first zone to a second zone ; wherein advancing of each portion of the continuous part is performed by a conveyor positioned below at least a portion of an energy-patterning system ; melting, sintering, or fusing, within the first zone , selected granules of a granular material by directing a two-dimensional patterned energy beam at the selected granules; wherein the melting, sintering, or fusing further comprises creating a wall from certain granules of the granular material , wherein the wall separates a first portion of the granular material from a second portion of the granular material ; removing, within the second zone , unamalgamated granules of the granular material ; and advancing a first portion of the continuous part from the second zone to a third zone while 1) a last portion of the continuous part is formed within the first zone and 2) the first portion is maintained in the same position in the lateral and transverse directions that the first portion occupied within the first zone and the second zone . sequentially advancing each portion of a continuous part in the longitudinal direction from a first zone to a second zone ; wherein advancing of each portion of the continuous part is performed by a conveyor positioned below at least a portion of an energy-patterning system ; melting, sintering, or fusing, within the first zone , selected granules of a granular material by directing a two-dimensional patterned energy beam at the selected granules; wherein the melting, sintering, or fusing further comprises creating a wall from certain granules of the granular material , wherein the wall separates a first portion of the granular material from a second portion of the granular material ; removing, within the second zone , unamalgamated granules of the granular material ; and advancing a first portion of the continuous part from the second zone to a third zone while 1) a last portion of the continuous part is formed within the first zone and 2) the first portion is maintained in the same position in the lateral and transverse directions that the first portion occupied within the first zone and the second zone .
An application specific integrated circuit - ASIC-chip capable of measuring stress, comprising: a delay chain array, a resistor-capacitor - RC - circuit, and a microprocessor, wherein the microprocessor outputs a trigger signal to the RC circuit, the RC circuit outputs a first signal START and a second signal STOP to an input port of the delay chain array, the delay chain array outputs a time propagation signal to the microprocessor, and the microprocessor processes the time propagation signal to output a digital signal; wherein the delay chain array comprises a plurality of delay chains, characterized in that : inside the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to one side of the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to the other side of the ASIC chip, and a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to a bottom surface of the ASIC chip; the two sides of the ASIC chip are perpendicular to each other; and the "four-corner+middle" delay chain combination comprises delay chains disposed at four corners of a plane and a delay chain disposed at a center of the plane, wherein the delay chain disposed at the center of the plane is located in another plane that intersects with the plane at a certain angle. a delay chain array, a resistor-capacitor - RC - circuit, and a microprocessor, wherein the microprocessor outputs a trigger signal to the RC circuit, the RC circuit outputs a first signal START and a second signal STOP to an input port of the delay chain array, the delay chain array outputs a time propagation signal to the microprocessor, and the microprocessor processes the time propagation signal to output a digital signal; wherein the delay chain array comprises a plurality of delay chains, characterized in that : inside the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to one side of the ASIC chip, a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to the other side of the ASIC chip, and a "four-corner+middle" delay chain combination is arranged on at least one plane parallel to a bottom surface of the ASIC chip; the two sides of the ASIC chip are perpendicular to each other; and the "four-corner+middle" delay chain combination comprises delay chains disposed at four corners of a plane and a delay chain disposed at a center of the plane, wherein the delay chain disposed at the center of the plane is located in another plane that intersects with the plane at a certain angle.
Use of a composition, comprising: a complex of a bisulfite-converted B3GALT6 nucleic acid and at least one oligonucleotide, wherein at least a portion of said oligonucleotide is hybridized to said B3GALT6 nucleic acid, wherein said bisulfite-converted B3GALT6 nucleic acid is used as an internal control that is processed and detected alongside marker DNA indicative of disease in methylation assays. oligonucleotide, wherein at least a portion of said oligonucleotide is hybridized to said B3GALT6 nucleic acid, wherein said bisulfite-converted B3GALT6 nucleic acid is used as an internal control that is processed and detected alongside marker DNA indicative of disease in methylation assays.
A vehicular motion control device comprising: a target trajectory acquisition unit (la) that acquires a target trajectory for a vehicle to travel; and a speed control unit that performs an increase or a decrease in a longitudinal acceleration in a vehicle traveling direction generated in the vehicle , wherein when the vehicle deviates from the target trajectory during turning of the vehicle , the speed control unit performs a longitudinal acceleration control to increase or decrease the longitudinal acceleration, characterized in that when detecting that the vehicle deviates from the target trajectory during the turning of the vehicle and increasing a turning radius of the vehicle , the speed control unit performs a longitudinal acceleration control to increase the longitudinal acceleration. a target trajectory acquisition unit (la) that acquires a target trajectory for a vehicle to travel; and a speed control unit that performs an increase or a decrease in a longitudinal acceleration in a vehicle traveling direction generated in the vehicle , wherein when the vehicle deviates from the target trajectory during turning of the vehicle , the speed control unit performs a longitudinal acceleration control to increase or decrease the longitudinal acceleration, characterized in that when detecting that the vehicle deviates from the target trajectory during the turning of the vehicle and increasing a turning radius of the vehicle , the speed control unit performs a longitudinal acceleration control to increase the longitudinal acceleration.
An automatic dishwashing device, comprising: a tub defining a hollow dishwashing cavity having a back, top, bottom, and two sides and is accessible via an access opening at a front of the cavity; a rack slidably disposed within the tub and moveable in a longitudinal direction between a stored position within the tub to an extended position where the rack extends outside of the tub ; and a tray slidably engaged with the rack for sliding movement in the longitudinal direction, characterized in that the tray is configured to be retained within the tub when the rack is in the extended position. a tub defining a hollow dishwashing cavity having a back, top, bottom, and two sides and is accessible via an access opening at a front of the cavity; a rack slidably disposed within the tub and moveable in a longitudinal direction between a stored position within the tub to an extended position where the rack extends outside of the tub ; and a tray slidably engaged with the rack for sliding movement in the longitudinal direction, characterized in that the tray is configured to be retained within the tub when the rack is in the extended position.
A method of operating a network node to control reporting relating to streaming sessions of User Equipments, UEs, the method comprising: receiving an indication from a UE that a streaming session is being started and/or ended; and controlling whether a Quality of Experience, QoE, configuration file is sent to the UE responsive to the indication. receiving an indication from a UE that a streaming session is being started and/or ended; and controlling whether a Quality of Experience, QoE, configuration file is sent to the UE responsive to the indication.
Sorter system for sorting objects , particularly parcels or mail items, the sorter system having a first sorter with a multiplicity of first load handling means for objects to be conveyed or sorted, the sorter system having a pouch system with a multiplicity of second load handling means for objects to be conveyed and/or stored or buffered , the sorter system having a first transfer station which is configured to transfer objects from the first load handling means of the first sorter to the second load handling means of the pouch system , , wherein the first sorter is or comprises a lying sorter, preferably a cross-belt sorter or a tilt-tray sorter, and the second load handling means being or comprising pouches , characterized in that the pouch system is or comprises a pouch conveyor, wherein the pouch system has a pouch storage for storing pouches, such that objects held by pouches are storable in the pouch storage.
A head restraint assembly comprising: an armature including a cross member having an offset portion; a frame ; a first side structure operatively coupled to the frame ; a second side structure operatively coupled to the frame ; an upper ratchet member rigidly coupled to at least one of the first side structure and the second side structure ; a pivot plate having a forked interface, the forked interface engaged with the offset portion of the cross member; a lower ratchet member operatively coupled to the pivot plate and selectively engaged with the upper ratchet member ; and a pivot pin extending through respective apertures of the pivot plate , the first side structure and the second side structure , the pivot pin tangentially contacting a forward portion of the armature . an armature including a cross member having an offset portion; a frame ; a first side structure operatively coupled to the frame ; a second side structure operatively coupled to the frame ; an upper ratchet member rigidly coupled to at least one of the first side structure and the second side structure ; a pivot plate having a forked interface, the forked interface engaged with the offset portion of the cross member; a lower ratchet member operatively coupled to the pivot plate and selectively engaged with the upper ratchet member ; and a pivot pin extending through respective apertures of the pivot plate , the first side structure and the second side structure , the pivot pin tangentially contacting a forward portion of the armature .
A metering element having a rotatably driven metering roller which is mounted in a metering housing and which is suitable for use in an agricultural machine for dispensing material to be distributed, wherein the metering roller has a plurality of metering wheel segments which are mounted on a hollow body extending coaxially to the rotational axis thereof and to each metering wheel segment of the metering roller is assigned a separate drive in order to drive the metering wheel segments independently of each other, wherein the drives of the metering wheel segments of the metering roller are arranged in the interior of the metering wheel segments , wherein the drives of the metering wheel segments of the metering roller are fixed in the interior of the hollow body bearing the metering wheel segments and in each case have a gearwheel which is assigned to one respective metering wheel segment , the outer surface of the hollow body has a through-opening at least on its axial portion which is assigned to one respective gearwheel and one respective gearwheel is in engagement with one respective internal toothing of one respective metering wheel segment .
A transvalvular intraannular band , the transvalvular band comprising: an elongate body having a first end, a first anchoring portion located proximate the first end, a second end, a second anchoring portion located proximate the second end, and a central portion connected to the first end and the second end, wherein the central portion comprises a convex arcuate shape and comprises a plurality of crossing struts encapsulated by an encapsulation material , the crossing struts intersecting at an intersection zone , the central portion spans between the first anchoring portion and the second anchoring portion, the central portion has a transverse width that is substantially the same as the width of the anchoring portions, but becomes narrower toward the center toward the intersection zone, wherein the width of the central portion gradually narrows toward the center, the central portion displaced transversely from the intraannular plane which includes the valve annulus and is transverse to the direction of blood flow when the band is attached to the annulus, the central portion extending generally along a second plane which is perpendicular to the intraannular plane, the second plane including the first end and the second end; wherein the first end and the second end are configured to be attached to the mitral valve annulus within the intraannular plane and the central portion is configured to be convex in the direction of outflow to support the valve leaflets at a point displaced toward the ventricle from the intraannular plane, wherein the first end and the second end reside on a generally septal-lateral axis transverse to the coaptive edges of the valve leaflets when the band is attached to the valve annulus, and wherein the band does not comprise an annuloplasty ring.
A method for a User Equipment operating in a wireless communication system, the method comprising: configuring (S1201) with a plurality of cells, wherein each of the plurality of cells belongs to one of a first cell group operating in a licensed spectrum and a second cell group operating in an unlicensed spectrum; receiving (S1207) two sets of maximum number of Hybrid-ARQ, briefly HARQ, transmission, wherein a first set including a first maxHARQ-Tx and a first maxHARQ-Msg3Tx is related to the first cell group and a second set including a second maxHARQ-Tx and a second maxHARQ-Msg3Tx is related to the second cell group; applying (S1209) the first set to a HARQ process when the HARQ process is assigned to the first cell group; and applying (S1211) the second set to the HARQ process when the HARQ process is assigned to the second cell group, wherein the first and the second maxHARQ-Msg3Tx are for a transmission of a MAC PDU stored in a Msg3 buffer, and the first and the second maxHARQ-Tx are for a transmission of a MAC PDU except for the transmission of the MAC PDU stored in the Msg3 buffer, wherein the maximum number of HARQ transmission for the second set is larger than the maximum number of HARQ transmission for the first set. configuring (S1201) with a plurality of cells, wherein each of the plurality of cells belongs to one of a first cell group operating in a licensed spectrum and a second cell group operating in an unlicensed spectrum; receiving (S1207) two sets of maximum number of Hybrid-ARQ, briefly HARQ, transmission, wherein a first set including a first maxHARQ-Tx and a first maxHARQ-Msg3Tx is related to the first cell group and a second set including a second maxHARQ-Tx and a second maxHARQ-Msg3Tx is related to the second cell group; applying (S1209) the first set to a HARQ process when the HARQ process is assigned to the first cell group; and applying (S1211) the second set to the HARQ process when the HARQ process is assigned to the second cell group, wherein the first and the second maxHARQ-Msg3Tx are for a transmission of a MAC PDU stored in a Msg3 buffer, and the first and the second maxHARQ-Tx are for a transmission of a MAC PDU except for the transmission of the MAC PDU stored in the Msg3 buffer, wherein the maximum number of HARQ transmission for the second set is larger than the maximum number of HARQ transmission for the first set.
Use of a steam generation plant , the steam generation plant comprising a steam generator having a water jacket and at least one heating tube running therein for passing a heat transfer medium through, a steam drum , at least one riser conduit for hydraulically connecting the water jacket of the steam generator to the steam drum for conveying the steam into the steam drum, at least one downcomer conduit for hydraulically connecting the steam drum to the water jacket of the steam generator to convey the water from the steam drum back into the water jacket of the steam generator, where the top half of the downcomer conduit, coming from the steam drum, passes through the water jacket of the steam generator and runs further therein into its lower half, characterized in that the steam generation plant is in use installed downstream of a steam reforming reactor and the synthesis gas exiting from the steam reforming reactor is used as heat transfer medium in the steam generator of the steam generation plant.
A method, comprising: - obtaining a plurality of image frames (F j , F j+1 ) from a camera (CAM1) of an apparatus , - obtaining movement data (MDAT) by using an inertial sensor (SEN1) of the apparatus , - determining a sampling frame rate (f A ) according to the movement data (MDAT), - selecting a tracking image (IMG k ) from the plurality of image frames (F j , F j+1 ) according to the sampling frame rate (f A ), - determining a position (POS k ) of the apparatus by comparing the tracking image (IMG k ) with a point cloud (PC k ), - determining an indicator value (N MP ) indicative of a number of matching features (F1,F2) appearing in an image frame (IMG k ), - increasing the sampling frame rate (f A ) when the number of the matching features (F1,F2) is lower than a predetermined value (N MP,LlM1 ), and - controlling operation of the apparatus based on the determined position (POS k ), wherein the plurality of image frames (F j , F j+1 ) are captured at a first frame rate (f SEQ1 ), and the sampling frame rate (f A ) is equal to the first frame rate (f SEQ 1) divided by an integer (N DIV ). - obtaining a plurality of image frames (F j , F j+1 ) from a camera (CAM1) of an apparatus , - obtaining movement data (MDAT) by using an inertial sensor (SEN1) of the apparatus , - determining a sampling frame rate (f A ) according to the movement data (MDAT), - selecting a tracking image (IMG k ) from the plurality of image frames (F j , F j+1 ) according to the sampling frame rate (f A ), - determining a position (POS k ) of the apparatus by comparing the tracking image (IMG k ) with a point cloud (PC k ), - determining an indicator value (N MP ) indicative of a number of matching features (F1,F2) appearing in an image frame (IMG k ), - increasing the sampling frame rate (f A ) when the number of the matching features (F1,F2) is lower than a predetermined value (N MP,LlM1 ), and - controlling operation of the apparatus based on the determined position (POS k ),
A turboengine comprising a rotor and an assembly of at least two members, wherein one of the members (10; 20) supports the other member (20; 10), the assembly defining an axial direction (x) as a rotor axis of the turboengine, a radial direction (r), and a circumferential direction, an inner member of said at least two members being received radially inside an outer member of said at least two members, the inner member being a rotor cover of the turboengine and the outer member being a housing of the turboengine, wherein the inner member and the outer member are attached to each other by a support arrangement, the support arrangement comprising at least one floating support assembly , wherein the floating support assembly provides a displaceable coupling between an inner member support point provided at the inner member and an outer member support point provided at the outer member, wherein the floating support assembly is arranged and configured to provide for a guided relative displacement between the inner member support point and the outer member support point along a displacement path , and wherein the displacement path of the relative displacement is inclined with respect to the axial direction (x) as well as to the radial direction (r) at a nonzero angle (Θ), such that a relative displacement of the support points in the radial direction results in an interrelated relative displacement of the support points in the axial direction and vice versa characterized in that at least one floating support assembly is provided as an assembly of a female suspension element provided on one of the inner and outer members and a mating male suspension element provided on the other one of the inner and outer members, wherein the male suspension element is received within the female suspension element in a sliding displacement relationship, wherein the sliding displacement is a guided displacement along a displacement path which is inclined with respect to the axial direction (x) as well as to the radial direction (r) at a nonzero angle (Θ).