mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a terminal in wireless communication system, the method comprising: receiving, from a base station, system information including at least one parameter for a paging operation; and monitoring a paging occasion, PO, in a discontinuous reception, DRX, cycle based on the at least one parameter for the paging, wherein the PO corresponds to a set of one or more physical downlink control channel, PDCCH, monitoring occasions for the paging, wherein a number of the one or more PDCCH monitoring occasions for the paging in the set is a number of at least one synchronization signal block, SSB, transmitted from the base station, wherein PDCCH monitoring occasions are sequentially numbered from zero, wherein an index number of a starting PDCCH monitoring occasion of the PO is a multiplication of 'S' and an index 'i_s' of the PO, and wherein the 'S' is the number of the at least one SSB transmitted from the base station. receiving, from a base station, system information including at least one parameter for a paging operation; and monitoring a paging occasion, PO, in a discontinuous reception, DRX, cycle based on the at least one parameter for the paging, wherein the PO corresponds to a set of one or more physical downlink control channel, PDCCH, monitoring occasions for the paging, wherein a number of the one or more PDCCH monitoring occasions for the paging in the set is a number of at least one synchronization signal block, SSB, transmitted from the base station, wherein PDCCH monitoring occasions are sequentially numbered from zero, wherein an index number of a starting PDCCH monitoring occasion of the PO is a multiplication of 'S' and an index 'i_s' of the PO, and wherein the 'S' is the number of the at least one SSB transmitted from the base station.
A computer-implemented method for generating a radiation therapy treatment plan for a volume of a patient, the method comprising: receiving an image of the volume; receiving at least one dose-distribution-derived function, the or each dose-distribution-derived function configured to provide a value as an output based on, as an input, at least part of a dose distribution defined relative to said image; receiving a first probability distribution and at least a second, different, probability distribution , the first and at least second probability distributions representing the achievability or desirability of a range of the values output from said at least one dose-distribution-derived functions; defining a multi-criteria optimization problem comprising at least two objective functions comprising: a first objective function based on the at least one dose-distribution-derived function, the first probability distribution and a loss function; and a second objective function based on the at least one dose-distribution-derived function, the second probability distribution and the loss function; performing a multi-criteria optimization process based on said at least two objective functions to generate at least two output treatment plans. receiving an image of the volume; receiving at least one dose-distribution-derived function, the or each dose-distribution-derived function configured to provide a value as an output based on, as an input, at least part of a dose distribution defined relative to said image; receiving a first probability distribution and at least a second, different, probability distribution , the first and at least second probability distributions representing the achievability or desirability of a range of the values output from said at least one dose-distribution-derived functions; defining a multi-criteria optimization problem comprising at least two objective functions comprising: a first objective function based on the at least one dose-distribution-derived function, the first probability distribution and a loss function; and a second objective function based on the at least one dose-distribution-derived function, the second probability distribution and the loss function; a first objective function based on the at least one dose-distribution-derived function, the first probability distribution and a loss function; and a second objective function based on the at least one dose-distribution-derived function, the second probability distribution and the loss function; performing a multi-criteria optimization process based on said at least two objective functions to generate at least two output treatment plans.
A method for producing a tool coated with a hard coating, the method being characterized by the following steps: - applying a TiAIN coating layer onto a substrate with a first magnetron sputtering process - applying a Ti x Si 1-x N coating layer onto the TiAIN layer with a second magnetron sputtering process, where x is between and including 0.8 and 0.70, wherein the second magnetron sputtering process is performed with power densities greater than 100 W/cm 2 and is a HiPIMS process, wherein a double-layer coated tool is produced. - applying a TiAIN coating layer onto a substrate with a first magnetron sputtering process - applying a Ti x Si 1-x N coating layer onto the TiAIN layer with a second magnetron sputtering process, where x is between and including 0.8 and 0.70,
A cage system for housing an animal having an opening for entry and exit from the cage, said opening defined by a frame having two opposing vertical pillars and said opening provided with a door wherein the door comprises at least two mesh panels which each extend across the opening between the vertical pillars, said panels forming a surface having a vertical plane covering at least part of the opening when the door is closed and which are moved into a horizontal plane when the door is opened, characterised in that the two panels are connected by a cage connector which comprises two generally elongated members which are hingedly connected together and which are releasably fastenable to each other, so that mesh parts from each panel are connected by placing the parts between the members and fastening the members to each other, wherein at least one member has a tab which projects transversely to the longitudinal axis of the member and the tab of the connector abuts with a vertical pillar when the door is closed to prevent opening of the door by a panel being pushed outwards from inside the cage.
A computing system comprising: a housing assembly including a chassis having a bottom panel and a canister slidably insertable within the chassis , the canister including a bottom panel having a rear edge, the bottom panel of the canister including first and second angled slots that are open to the rear edge; a central processing unit (CPU) module mounted within the canister and including a plurality of first input/output (I/O) connectors ; a plurality of I/O modules positioned within the chassis , each I/O module including a second I/O connector ; a plurality of I/O riser cards each including a printed circuit board (PCB) having opposing side surfaces, a front edge, a rear edge, a top edge, a bottom edge, a third I/O connector coupled to the bottom edge and a fourth I/O connector coupled to the rear edge, wherein the third I/O connector on each I/O riser card is connected to one of the first I/O connectors and the fourth I/O connector on each I/O riser card is connected to one of the second I/O connectors so that the I/O riser cards are vertically oriented in parallel; and first and second ejector levers pivotally mounted to the bottom panel of the chassis on first and second pins and being positioned between the bottom panels of the chassis and the bottom panel of the canister , wherein, when the first and second levers are actuated, the pins are configured to move in the angled slots and the canister is configured to slide relative to the chassis so as to connect and disconnect the second and fourth I/O connectors . a housing assembly including a chassis having a bottom panel and a canister slidably insertable within the chassis , the canister including a bottom panel having a rear edge, the bottom panel of the canister including first and second angled slots that are open to the rear edge; a central processing unit (CPU) module mounted within the canister and including a plurality of first input/output (I/O) connectors ; a plurality of I/O modules positioned within the chassis , each I/O module including a second I/O connector ; a plurality of I/O riser cards each including a printed circuit board (PCB) having opposing side surfaces, a front edge, a rear edge, a top edge, a bottom edge, a third I/O connector coupled to the bottom edge and a fourth I/O connector coupled to the rear edge, wherein the third I/O connector on each I/O riser card is connected to one of the first I/O connectors and the fourth I/O connector on each I/O riser card is connected to one of the second I/O connectors so that the I/O riser cards are vertically oriented in parallel; and first and second ejector levers pivotally mounted to the bottom panel of the chassis on first and second pins and being positioned between the bottom panels of the chassis and the bottom panel of the canister , wherein, when the first and second levers are actuated, the pins are configured to move in the angled slots and the canister is configured to slide relative to the chassis so as to connect and disconnect the second and fourth I/O connectors .
A locking device for locking a slewable arm of a ditch clearer crane or mowing machine which is mountable or mounted on a vehicle , wherein the device comprises: - a foot , mountable or mounted on the vehicle in such a manner that the foot is firmly secured to the vehicle; - a slewable arm, rotatable relative to the foot and driven by a drive , thereby causing the slewable arm to rotate; - a slewing system comprising a continuous slewing ring for the slewable arm; whereby the device comprises locking means for locking the rotation of the slewing system relative to the foot , wherein the locking means are independent of the drive of the slewing system, wherein the locking means comprise a disc brake , wherein the disc brake comprises a brake disc and brake blocks , and wherein the brake disc is coupled to the slewing system and the brake blocks are coupled to the foot or wherein the brake disc is coupled to the foot and the brake blocks are coupled to the slewing system , wherein the slewable arm comprises a pivot column coupled to the slewing system , wherein said brake blocks are comprised within a calliper , two or more callipers are coupled to the slewing system or foot , respectively, and the locking means comprise more than one disc brakes . - a foot , mountable or mounted on the vehicle in such a manner that the foot is firmly secured to the vehicle; - a slewable arm, rotatable relative to the foot and driven by a drive , thereby causing the slewable arm to rotate; - a slewing system comprising a continuous slewing ring for the slewable arm;
A method for allocating at least one infrastructure resource to at least one virtual network operator, VNO, the method comprising: sending , by a telecom connectivity service provider, TCSP, control element to an Infrastructure Provider, InP, control element, a request for a portion of the resources associated with the InP infrastructure to be allocated to the TCSP control element; receiving , by the TCSP control element, a response from the InP control element providing access to an allocated portion of the requested resources; accessing , by the TCSP control element, the allocated portion of the resources; and communicating , by the TCSP control element, with an upstream control element for providing access to and control of the allocated portion of the resources to the VNO; the method further comprising the TCSP control element and the InP control element exchanging requests and responses until a resource usage policy is agreed to before the TCSP control element accesses the allocated resources; wherein the method is characterized in that the allocated resources comprise a hard slice of resources providing the TCSP with exclusive use of the infrastructure associated with the slice, and/or the allocated resources comprise a soft slice of resources providing the TCSP with an upper limit on use of the infrastructure associated with the slice. sending , by a telecom connectivity service provider, TCSP, control element to an Infrastructure Provider, InP, control element, a request for a portion of the resources associated with the InP infrastructure to be allocated to the TCSP control element; receiving , by the TCSP control element, a response from the InP control element providing access to an allocated portion of the requested resources; accessing , by the TCSP control element, the allocated portion of the resources; and communicating , by the TCSP control element, with an upstream control element for providing access to and control of the allocated portion of the resources to the VNO; the method further comprising the TCSP control element and the InP control element exchanging requests and responses until a resource usage policy is agreed to before the TCSP control element accesses the allocated resources; wherein the method is characterized in that the allocated resources comprise a hard slice of resources providing the TCSP with exclusive use of the infrastructure associated with the slice, and/or the allocated resources comprise a soft slice of resources providing the TCSP with an upper limit on use of the infrastructure associated with the slice.
A method of wireless communication comprising: performing , by a wireless communication device, a non-coherent encoding operation on first data to generate a first transmission, wherein the non-coherent encoding operation encodes data independent of channel state information, CSI, using a non-coherent differential modulation encoding scheme in a frequency domain for adjacent subcarriers in an orthogonal frequency-division multiplexing, OFDM, waveform, wherein performing the non-coherent encoding operation is characterized by : performing set partitioning of information bits of the first data to generate multiple bit streams; performing channel coding on each bit stream of the multiple bit streams to generate corresponding sets of channel coded bits; performing bits to symbol mapping on the corresponding sets of channel coded bits to generate corresponding symbols, wherein the corresponding sets of channel coded bits are mapped to one symbol; performing differential encoding on each symbol to generate differentially encoded symbols; and performing inverse fast Fourier transform, IFFT, and cyclic prefix, CP, operations on the differentially encoded symbols to generate OFDM symbols; and transmitting , by the wireless communication device, the first transmission, wherein the first transmission is non-coherently encoded. performing set partitioning of information bits of the first data to generate multiple bit streams; performing channel coding on each bit stream of the multiple bit streams to generate corresponding sets of channel coded bits; performing bits to symbol mapping on the corresponding sets of channel coded bits to generate corresponding symbols, wherein the corresponding sets of channel coded bits are mapped to one symbol; performing differential encoding on each symbol to generate differentially encoded symbols; and performing inverse fast Fourier transform, IFFT, and cyclic prefix, CP, operations on the differentially encoded symbols to generate OFDM symbols; and transmitting , by the wireless communication device, the first transmission,
A method for implementing a cluster, applied to a server in a cluster, wherein the server is configured with two or more than two network cards, the method comprises: advertising a route, which comprises a network segment address of each local network card and an IP address of the server, to a route neighbor of the server via the each local network card; receiving route information, which comprises an address of a device, from the route neighbor of the server via the each network card, determining a route from the server to the device, wherein an outgoing port of the route is the each network card, the address of the device comprises: an IP address of a client or an IP address of another server in the cluster; when a packet destined for the address of the device is received, forwarding the packet via the route from the server to the address of the device; when a link connecting to a network card fails, disabling all routes, outgoing interfaces of which are the network card in which the link fails, and deleting all route information received via the network card in which the link fails. advertising a route, which comprises a network segment address of each local network card and an IP address of the server, to a route neighbor of the server via the each local network card; receiving route information, which comprises an address of a device, from the route neighbor of the server via the each network card, determining a route from the server to the device, wherein an outgoing port of the route is the each network card, the address of the device comprises: an IP address of a client or an IP address of another server in the cluster; when a packet destined for the address of the device is received, forwarding the packet via the route from the server to the address of the device; when a link connecting to a network card fails, disabling all routes, outgoing interfaces of which are the network card in which the link fails, and deleting all route information received via the network card in which the link fails.
A switch including a light emitting member and a push switch on a mount , comprising: a cover plate provided on the mount and configured to cover the light emitting member and the push switch , wherein the cover plate comprises: a rubber dome disposed at a position corresponding to the push switch ; a light emitting member cover configured to cover the light emitting member at a predetermined distance from an upper surface of the light emitting member ; and a light leak prevention protrusion configured to surround a periphery of the light emitting member and to extend upward up to a predetermined height; wherein the rubber dome , the light emitting member cover and the light leak prevention protrusion are integrated together; characterised in that a height (H1) of the light leak prevention protrusion extending upward has a dimension of 100% to 110 % relative to a height (H2) of the rubber dome protruding upward. a cover plate provided on the mount and configured to cover the light emitting member and the push switch , wherein the cover plate comprises: a rubber dome disposed at a position corresponding to the push switch ; a light emitting member cover configured to cover the light emitting member at a predetermined distance from an upper surface of the light emitting member ; and a light leak prevention protrusion configured to surround a periphery of the light emitting member and to extend upward up to a predetermined height; wherein the rubber dome , the light emitting member cover and the light leak prevention protrusion are integrated together; characterised in that a height (H1) of the light leak prevention protrusion extending upward has a dimension of 100% to 110 % relative to a height (H2) of the rubber dome protruding upward. a rubber dome disposed at a position corresponding to the push switch ; a light emitting member cover configured to cover the light emitting member at a predetermined distance from an upper surface of the light emitting member ; and a light leak prevention protrusion configured to surround a periphery of the light emitting member and to extend upward up to a predetermined height; wherein the rubber dome , the light emitting member cover and the light leak prevention protrusion are integrated together; characterised in that a height (H1) of the light leak prevention protrusion extending upward has a dimension of 100% to 110 % relative to a height (H2) of the rubber dome protruding upward.
A dryer fabric having a longitudinal direction (MD) and a cross direction (CMD) and a first surface (FS) and a second surface (SS), the dryer fabric extending in the longitudinal direction from a first end (FE) to a second end (SE) and in the cross direction from a first edge to a second edge , the dryer fabric comprising: - a weft comprising cross machine direction yarns , - a double warp, the double warp comprising a first warp comprising first machine direction yarns and a second warp comprising second machine direction yarns , the yarns of the first warp being arranged above the yarns of the second warp on the first surface (FS) side in the thickness direction of the dryer fabric , the first warp comprises primary yarns whose breaking load remains substantially stable within 15 days in conditions where RH = 100 %, T = 125°C and p = 2.3 bar, - a first seam-forming counterpart at the first end (FE) and a second seam-forming counterpart at the second end (SE), characterized in that the first warp comprises secondary yarns in such a manner that at least every second yarn of the first warp is a secondary yarn , the secondary yarns have a breaking load that is initially higher than the breaking load of the primary yarns but the breaking load of the secondary yarns decrease within 15 days in conditions where RH = 100 %, T = 125°C and p = 2.3 bar. - a weft comprising cross machine direction yarns , - a double warp, the double warp comprising a first warp comprising first machine direction yarns and a second warp comprising second machine direction yarns , the yarns of the first warp being arranged above the yarns of the second warp on the first surface (FS) side in the thickness direction of the dryer fabric , the first warp comprises primary yarns whose breaking load remains substantially stable within 15 days in conditions where RH = 100 %, T = 125°C and p = 2.3 bar, - a first seam-forming counterpart at the first end (FE) and a second seam-forming counterpart at the second end (SE),
A multi-layered assembly comprising: a carrier having opposed sides; a heat sealable layer disposed on at least a portion of one of said sides of the carrier, said heat sealable layer comprising a partially salt neutralized ionomer; wherein said partially salt neutralized ionomer comprises 100 percent of said heat sealable layer; and a polymeric film comprising polyurethane and having opposed sides, wherein one of said sides of the polymeric film is in at least partial contact with said heat sealable layer. a carrier having opposed sides; a heat sealable layer disposed on at least a portion of one of said sides of the carrier, said heat sealable layer comprising a partially salt neutralized ionomer; wherein said partially salt neutralized ionomer comprises 100 percent of said heat sealable layer; and a polymeric film comprising polyurethane and having opposed sides, wherein one of said sides of the polymeric film is in at least partial contact with said heat sealable layer.
DC/DC converter including a control unit arranged to control a voltage variation means, said voltage variation means including a plurality of variable voltage regulator circuits each controlled by a switching signal, characterized in that said variable voltage regulator circuits are grouped together in several modules each controlled by a control signal (CMD1, CMD2, CMD3, CMD4) sent by the control unit and in that the switching signals of the variable voltage regulator circuits of the same module are phase shifted in relation to each other and in that the control signals (CMD1, CMD2, CMD3, CMD4) of the modules are also phase shifted in relation to each other.