mhurhangee/patent-ind-claim-en huggingface dataset:
A method for cell handover of a Random Access Channel Less, RACH-less, flow in a fifth-generation mobile communication technology, 5G, communication system, for a terminal device being required to be handed over from a source cell to a target cell supporting multi-beam communication wherein a source access network device serves the source cell and a target access network device serves the target cell, the method comprising acquiring , by the target access network device, a handover preparation message sent by an Access and Mobility Management Function, AMF, through a Next-Generation, NG, interface, the handover preparation message comprising a measurement report, and the measurement report comprising beam measurement information; and configuring , by the target access network device, according to the beam measurement information, at least one beam through which the terminal device accesses the target cell and an uplink unlicensed resource on each beam of the at least one beam; wherein the configuring of the at least one beam is according to the beam measurement information, the moving speed of the terminal device and the coverage range of the beam of the target cell measured by the terminal device; wherein the method further comprises: configuring, by the target access network device, time-domain information of the uplink unlicensed resource on each beam used by the terminal device; and wherein the method further comprises: sending, by the target access network device, a handover command to a source access network device, the handover command comprising an identifier of the at least one beam, the uplink unlicensed resource on each beam of the at least one beam, and the time-domain information of the uplink unlicensed resource on each beam of the at least one beam used by the terminal device. acquiring , by the target access network device, a handover preparation message sent by an Access and Mobility Management Function, AMF, through a Next-Generation, NG, interface, the handover preparation message comprising a measurement report, and the measurement report comprising beam measurement information; and configuring , by the target access network device, according to the beam measurement information, at least one beam through which the terminal device accesses the target cell and an uplink unlicensed resource on each beam of the at least one beam; wherein the configuring of the at least one beam is according to the beam measurement information, the moving speed of the terminal device and the coverage range of the beam of the target cell measured by the terminal device; configuring, by the target access network device, time-domain information of the uplink unlicensed resource on each beam used by the terminal device; and wherein the method further comprises: sending, by the target access network device, a handover command to a source access network device, the handover command comprising an identifier of the at least one beam, the uplink unlicensed resource on each beam of the at least one beam, and the time-domain information of the uplink unlicensed resource on each beam of the at least one beam used by the terminal device.
A baseplate for mounting and supporting rotating machinery including at least a gas turbine and a load driven in rotation by said gas turbine , the baseplate comprising: a central elongate torsion and bending resisting member ; at least a first load bearing cross-member extending transversely to the elongate torsion and bending resisting member ; at least one rotating machinery support platform rigidly connected to said elongate torsion and bending resisting member and to said first load bearing cross-member ; wherein said elongate torsion and bending resisting member comprises vertically extending longitudinal lateral walls, for supporting auxiliaries of said rotating machinery; and wherein the machinery support platform projects sideways beyond the longitudinal lateral walls of the elongate torsion and bending resisting member ; characterised in that said machinery support platform projects in an overhanging manner from one longitudinal end of said elongate torsion and bending resisting member for making availabe a free space between a deck, on which the baseplate is to be mounted, and the support platform to form a passageway. machinery support platform rigidly connected to said elongate torsion and bending resisting member and to said first load bearing cross-member ; wherein said elongate torsion and bending resisting member comprises vertically extending longitudinal lateral walls, for supporting auxiliaries of said rotating machinery; and wherein the machinery support platform projects sideways beyond the longitudinal lateral walls of the elongate torsion and bending resisting member ; characterised in that said machinery support platform projects in an overhanging manner from one longitudinal end of said elongate torsion and bending resisting member for making availabe a free space between a deck, on which the baseplate is to be mounted, and the support platform to form a passageway.
A method of underground deployment, the method comprising the steps of: drilling an underground bore through underlying geology; lining the bore with a pipe; passing equipment down the bore to a predetermined location; using the equipment to make a hole at most only partially through the pipe at the predetermined location; passing deployment equipment down the pipe to the predetermined location; extending a probe through the hole , the probe configured to punch through the remaining pipe at the predetermined location; and deploying material and/or equipment through the hole in the pipe into the underlying geology. drilling an underground bore through underlying geology; lining the bore with a pipe; passing equipment down the bore to a predetermined location; using the equipment to make a hole at most only partially through the pipe at the predetermined location; passing deployment equipment down the pipe to the predetermined location; extending a probe through the hole , the probe configured to punch through the remaining pipe at the predetermined location; and deploying material and/or equipment through the hole in the pipe into the underlying geology.
Atomizing nozzle for spraying liquid droplets comprising: at least a first inlet configured to receive a first liquid; a second inlet configured to receive a second substance to be mixed with the first liquid, and an outlet configured to allow atomized droplets comprising a mixture of the first liquid and the second substance be expelled, a first housing and a second housing configured to be attached to each other to conform a hollow cylindrical casing; and a plurality of interchangeable disk-shaped modules: - configured to be stacked inside the hollow cylindrical casing; - comprising a plurality of different-shaped cavities configured to: • conform a first mixing chamber ; • conform a second mixing chamber ; • conform a swirl module connecting the first mixing chamber to the second mixing chamber ; • connect the first inlet to the first mixing chamber ; • connect the second mixing chamber to the outlet ; characterized in that the swirl module comprises: at least a first conduct and a second conduct adapted to connect to the second mixing chamber , wherein the first conduct and the second conduct form an angle greater than or equal to 0° and smaller than or equal to 90°; or a swirl disk with a plurality of slanted lateral conducts . at least a first inlet configured to receive a first liquid; a second inlet configured to receive a second substance to be mixed with the first liquid, and an outlet configured to allow atomized droplets comprising a mixture of the first liquid and the second substance be expelled, a first housing and a second housing configured to be attached to each other to conform a hollow cylindrical casing; and a plurality of interchangeable disk-shaped modules: - configured to be stacked inside the hollow cylindrical casing; - comprising a plurality of different-shaped cavities configured to: • conform a first mixing chamber ; • conform a second mixing chamber ; • conform a swirl module connecting the first mixing chamber to the second mixing chamber ; • connect the first inlet to the first mixing chamber ; • connect the second mixing chamber to the outlet ; - configured to be stacked inside the hollow cylindrical casing; - comprising a plurality of different-shaped cavities configured to: • conform a first mixing chamber ; • conform a second mixing chamber ; • conform a swirl module connecting the first mixing chamber to the second mixing chamber ; • connect the first inlet to the first mixing chamber ; • connect the second mixing chamber to the outlet ; • conform a first mixing chamber ; • conform a second mixing chamber ; • conform a swirl module connecting the first mixing chamber to the second mixing chamber ; • connect the first inlet to the first mixing chamber ; • connect the second mixing chamber to the outlet ; at least a first conduct and a second conduct adapted to connect to the second mixing chamber , wherein the first conduct and the second conduct form an angle greater than or equal to 0° and smaller than or equal to 90°; or a swirl disk with a plurality of slanted lateral conducts .
Peptide compound of the following general formula (I) or (II): R a -R 1 -R 2 -R 3 -R 4 -R b (I) or R a -R 4 -R 3 -R 2 -R 1 -R b (II) Wherein, - R a represents the N-terminal primary amine function of the amino acid R 1 or R 4 , free or substituted by a protecting group, and - R b represents the hydroxyl function of the C-terminal carboxyl group of the amino acid R 1 or R 4 , free or substituted by a protecting group, and - R 1 -R 2 -R 3 -R 4 or R 4 -R 3 -R 2 -R 1 represent HADD, KADD, DDAK, RADD, DDAR, KAED, DEAK, RAED, DEAR, HADE, EDAH, KADE, EDAK, RADE, EDAR, HAEE, EEAH, KAEE, EEAK, RAEE and EEAR, EDAK being a peptide wherein R a represents a said N-terminal amine function substituted by a protecting group and R b represents a said C-terminal hydroxyl function substituted by a protecting group. - R a represents the N-terminal primary amine function of the amino acid R 1 or R 4 , free or substituted by a protecting group, and - R b represents the hydroxyl function of the C-terminal carboxyl group of the amino acid R 1 or R 4 , free or substituted by a protecting group, and - R 1 -R 2 -R 3 -R 4 or R 4 -R 3 -R 2 -R 1 represent HADD, KADD, DDAK, RADD, DDAR, KAED, DEAK, RAED, DEAR, HADE, EDAH, KADE, EDAK, RADE, EDAR, HAEE, EEAH, KAEE, EEAK, RAEE and EEAR, EDAK being a peptide wherein R a represents a said N-terminal amine function substituted by a protecting group and R b represents a said C-terminal hydroxyl function substituted by a protecting group.
A dual-entry keyring, comprising: a ring body in a two-turn ring shape design for keeping keys, said ring body comprising a first end and a second end respectively disposed at opposing top and bottom sides thereof beyond superimposition, and a first press portion and a second press portion arranged between said first end and said second end to face toward each other and respectively outwardly curved with a gap defined therebetween, a part of a first turn of said two-turn ring shape design of said ring body beyond said first press portion being closely abutted to a part of a second turn of said two-turn ring shape design of said ring body beyond said second press portion so that a stress point is formed at each of two opposite lateral sides of said gap between said first press portion and said second press portion ; wherein, when the first end and the second end of the ring body engage a middle portion of the ring body , the first end and the second end of the ring body are spaced apart by a distance equal to the thickness of the ring body ; characterized in that the ring body is made of a material having a thickness and a cross section being substantially rectangular and uniform along a length thereof, a first flat surface and a second flat surface extending along the length thereof from the first end to the second end of the ring body , the second flat surface is located opposite the first flat surface. a ring body in a two-turn ring shape design for keeping keys, said ring body comprising a first end and a second end respectively disposed at opposing top and bottom sides thereof beyond superimposition, and a first press portion and a second press portion arranged between said first end and said second end to face toward each other and respectively outwardly curved with a gap defined therebetween, a part of a first turn of said two-turn ring shape design of said ring body beyond said first press portion being closely abutted to a part of a second turn of said two-turn ring shape design of said ring body beyond said second press portion so that a stress point is formed at each of two opposite lateral sides of said gap between said first press portion and said second press portion ; wherein, when the first end and the second end of the ring body engage a middle portion of the ring body , the first end and the second end of the ring body are spaced apart by a distance equal to the thickness of the ring body ; characterized in that the ring body is made of a material having a thickness and a cross section being substantially rectangular and uniform along a length thereof, a first flat surface and a second flat surface extending along the length thereof from the first end to the second end of the ring body , the second flat surface is located opposite the first flat surface.
A method for optimizing an abandoned call notification, wherein the method comprising the steps of: - arriving (S100), of a call from a caller, on an Emergency Service Routing Proxy, ESRP, element in an Emergency Service Internet Protocol network, ESlnet; - verifying (S200), by the ESRP element, that the call is considered abandoned; - performing (S300), by the ESRP element, a rebid to obtain a fresh update of the caller location; - performing (S400), by the ESRP element, an Emergency Call Routing Function, ECRF, query, to obtain the routing information of the original routing target Public Safety Answering Point, PSAP, element; - sending (S500), by an extracted ESRP destination of the original routing target PSAP, to the ESRP element a SIP Notify message that carries the state of the original routing target PSAP; - verifying (S600), by the ESRP element, if the state of the original routing target PSAP is functional; - sending (S700), by the ESRP destination, to the ESRP element a SIP Subscribe request message for abandoned call details; and - sending (S800), by the ESRP element, to the ESRP destination a SIP Notify message which carries the abandoned call details. - arriving (S100), of a call from a caller, on an Emergency Service Routing Proxy, ESRP, element in an Emergency Service Internet Protocol network, ESlnet; - verifying (S200), by the ESRP element, that the call is considered abandoned; - performing (S300), by the ESRP element, a rebid to obtain a fresh update of the caller location; - performing (S400), by the ESRP element, an Emergency Call Routing Function, ECRF, query, to obtain the routing information of the original routing target Public Safety Answering Point, PSAP, element; - sending (S500), by an extracted ESRP destination of the original routing target PSAP, to the ESRP element a SIP Notify message that carries the state of the original routing target PSAP; - verifying (S600), by the ESRP element, if the state of the original routing target PSAP is functional; - sending (S700), by the ESRP destination, to the ESRP element a SIP Subscribe request message for abandoned call details; and - sending (S800), by the ESRP element, to the ESRP destination a SIP Notify message which carries the abandoned call details.
A method for wireless communications, the method comprising: receiving configuration information comprising a resource start offset; receiving downlink control information, DCI, transmitted on an enhanced physical downlink control channel, EPDCCH, using at least one of control channel elements, CCEs; determining a resource for a physical uplink control channel, PUCCH, based on sum of a first parameter associated with a first CCE of the at least one of the CCEs, a second parameter determined from a hybrid automatic repeat request acknowledgement, HARQ-ACK, resource offset field in the DCI, and a third parameter configured by the resource start offset in the configuration information, in response to a transmission type of the EPDCCH being localized transmission ; and transmitting, to a base station, HARQ-ACK information on the resource for the PUCCH. receiving configuration information comprising a resource start offset; receiving downlink control information, DCI, transmitted on an enhanced physical downlink control channel, EPDCCH, using at least one of control channel elements, CCEs; determining a resource for a physical uplink control channel, PUCCH, based on sum of a first parameter associated with a first CCE of the at least one of the CCEs, a second parameter determined from a hybrid automatic repeat request acknowledgement, HARQ-ACK, resource offset field in the DCI, and a third parameter configured by the resource start offset in the configuration information, in response to a transmission type of the EPDCCH being localized transmission ; and transmitting, to a base station, HARQ-ACK information on the resource for the PUCCH.
A method to create a medical image, the method comprising: receiving , by a computer system , a plurality of patient tissue images during an x-ray dose ; determining , during the x-ray dose , if motion occurred in the plurality of patient tissue images; in a case that motion is determined, determining if the motion occurred at a start of the X-ray dose, a middle of the X-ray dose, or at an end of the X-ray dose; and in response to motion being determined at the end of the X-ray dose: stopping the X-ray dose; and discarding the images from a time when the motion was determined. receiving , by a computer system , a plurality of patient tissue images during an x-ray dose ; determining , during the x-ray dose , if motion occurred in the plurality of patient tissue images; in a case that motion is determined, determining if the motion occurred at a start of the X-ray dose, a middle of the X-ray dose, or at an end of the X-ray dose; and in response to motion being determined at the end of the X-ray dose: stopping the X-ray dose; and discarding the images from a time when the motion was determined. stopping the X-ray dose; and discarding the images from a time when the motion was determined.
Planet carrier, having a drive-side hub , a drive-side outer cheek , an output-side cheek , wherein the output-side cheek has at least one respective output-side axle seat for an output-side end of a planet axle , at least one web connecting the two aforesaid cheeks and a drive-side inner cheek , which is arranged parallel to the drive-side outer cheek and has at least one respective drive-side axle seat for a drive-side end of a planet axle , wherein the drive-side axle seat is arranged only in the drive-side inner cheek , wherein the hub , the drive-side outer cheek and the drive-side inner cheek are configured in one piece. a drive-side hub , a drive-side outer cheek , an output-side cheek , wherein the output-side cheek has at least one respective output-side axle seat for an output-side end of a planet axle , at least one web connecting the two aforesaid cheeks and a drive-side inner cheek , which is arranged parallel to the drive-side outer cheek and has at least one respective drive-side axle seat for a drive-side end of a planet axle , wherein the drive-side axle seat is arranged only in the drive-side inner cheek , wherein the hub , the drive-side outer cheek and the drive-side inner cheek are configured in one piece.
A wire harness (WH), comprising: a flexible conductor that connects a vehicle body side of a vehicle and a moving body , the moving body being mounted in the vehicle and sliding with respect to the vehicle body ; a regulation member that is configured by stacking a plurality of flexible plate members , extends along the conductor , and regulates a path of the conductor ; and a pair of holding members that hold ends of the plurality of plate members , characterized in that in the ends of the plurality of plate members , long holes are formed which extend along a longitudinal direction of the plate member at positions facing each other, the holding member includes a convex portion that is inserted in the long hole , and the convex portion allows one plate member to relatively move along the longitudinal direction with respect to another plate member in a state where the convex portion is inserted in the long hole . a flexible conductor that connects a vehicle body side of a vehicle and a moving body , the moving body being mounted in the vehicle and sliding with respect to the vehicle body ; a regulation member that is configured by stacking a plurality of flexible plate members , extends along the conductor , and regulates a path of the conductor ; and a pair of holding members that hold ends of the plurality of plate members , characterized in that in the ends of the plurality of plate members , long holes are formed which extend along a longitudinal direction of the plate member at positions facing each other, the holding member includes a convex portion that is inserted in the long hole , and the convex portion allows one plate member to relatively move along the longitudinal direction with respect to another plate member in a state where the convex portion is inserted in the long hole .
A separation and purification device comprising a separation device body , the separation and purification device further comprises a purification device for wet-components materials, the purification device comprises a material trough , a screw shaft , a motor and a reduction box ; a sieve plate is disposed in the interior of the material trough along a length direction of the material trough, the sieve plate divides the interior of the material trough into an upper chamber and a lower chamber , and the sieve plate is provided therein with a plurality of through holes ; the screw shaft is rotatably disposed in the upper chamber, a rotating shaft of the motor is connected to a power input shaft of the reduction box, and a power output shaft of the reduction box is connected to one end of the screw shaft; one end of the material trough is provided with a first discharge port in communication with the upper chamber, and the other end of the material trough is provided with a second discharge port in communication with the lower chamber; and a discharge port of the separation device body is located above a notch of the material trough , characterized in that , the separation and purification device is an extrusion separation and purification device, the separation device body is an extrusion separation device body and comprises a feed pusher assembly , a feed box assembly , an extrusion and discharge assembly , a main extrusion guiding assembly , and an anti-extrusion guiding assembly , wherein the main extrusion guiding assembly , the feed box assembly , the extrusion and discharge assembly , and the anti-extrusion guiding assembly are located on the same horizontal axis and are connected in sequence, the feed pusher assembly is connected to the feed box assembly and is disposed perpendicular to the above horizontal axis, and the feed pusher assembly and the feed box assembly cooperate to form a cylindrical pre-compression chamber; a material passage opening , which serves as a discharge port of the extrusion separation device body , is provided at a lower part of the discharge mechanism , and wet-component materials processed by the extrusion separation device body are conveyed to the purification device for purification.