mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a mobile device, the method comprising: transmitting a device-to-device connection settings data request comprising mobile device location data of the mobile device and search parameters for a desired target device; receiving device-to-device connection settings data for establishing a device-to-device connection with a target device corresponding to the mobile device location data and the search parameters, wherein the device-to-device connection settings data includes data indicating a type of radio technology; and establishing a device-to-device connection with the target device, wherein the establishing of the device-to-device connection is facilitated by the device-to-device connection settings data. transmitting a device-to-device connection settings data request comprising mobile device location data of the mobile device and search parameters for a desired target device; receiving device-to-device connection settings data for establishing a device-to-device connection with a target device corresponding to the mobile device location data and the search parameters, wherein the device-to-device connection settings data includes data indicating a type of radio technology; and establishing a device-to-device connection with the target device, wherein the establishing of the device-to-device connection is facilitated by the device-to-device connection settings data.
A seeding system comprising: a storage tank operable to store a plurality of seeds; a dispersion unit configured to disperse some of the plurality of seeds amongst a plurality of conduits, the dispersion unit including a sensor (44A, 44B); and a meter operable to transfer the some of the plurality of seeds from the storage tank to the dispersion unit, wherein the sensor (44A, 44B) is operable to produce a signal to control the transfer from the storage tank to the dispersion unit; and a fan configured to produce an air current upstream of the dispersion unit to transfer seeds from the meter to the dispersion unit; characterised by further comprising: a container associated with one of the plurality of conduits and configured to receive the seeds dispersed to the one of the plurality of conduits, wherein the container includes at least one orifice sized to allow seeds to drop into a seed channel located below the container, and wherein, when not obstructed by a portion of the seeds dispersed to the one of the plurality of conduits, the at least one orifice is operable as an outlet for the air current from the fan. a storage tank operable to store a plurality of seeds; a dispersion unit configured to disperse some of the plurality of seeds amongst a plurality of conduits, the dispersion unit including a sensor (44A, 44B); and a meter operable to transfer the some of the plurality of seeds from the storage tank to the dispersion unit, wherein the sensor (44A, 44B) is operable to produce a signal to control the transfer from the storage tank to the dispersion unit; and a fan configured to produce an air current upstream of the dispersion unit to transfer seeds from the meter to the dispersion unit; characterised by further comprising: a container associated with one of the plurality of conduits and configured to receive the seeds dispersed to the one of the plurality of conduits, wherein the container includes at least one orifice sized to allow seeds to drop into a seed channel located below the container, and wherein, when not obstructed by a portion of the seeds dispersed to the one of the plurality of conduits, the at least one orifice is operable as an outlet for the air current from the fan. a container associated with one of the plurality of conduits and configured to receive the seeds dispersed to the one of the plurality of conduits, wherein the container includes at least one orifice sized to allow seeds to drop into a seed channel located below the container, and wherein, when not obstructed by a portion of the seeds dispersed to the one of the plurality of conduits, the at least one orifice is operable as an outlet for the air current from the fan.
A plurality of sub-lens modules (10, 20 and 30) formed by a pair of parallel magnetic conductor plates (40 and 41) with a plurality of holes (4∼9) in pairs, wherein each hole in an upper magnetic conductor plate of said pair of parallel magnetic conductor plates is aligned and pairs with each corresponding hole in a lower magnetic conductor plate of said pair of parallel magnetic conductor plates, said plurality of sub-lens modules comprising: a plurality of magnetic insert rings (310-1 and 310-2), each magnetic insert ring (310-1 or 310-2) inserted in and aligned with each of said plurality of holes (8 or 9); characterised by a plurality of gaps, each gap inserted between an outer sidewall of said each magnetic insert ring (310-1 or 310-2) and an inner sidewall of said each hole (8 or 9), wherein each pair of holes (8 and 9), two magnetic insert rings (310-1 and 310-2) therein and two gaps therebetween form one sub-lens module and said two magnetic insert rings functions as a pair of magnetic pole pieces thereof when a common magnetic excitation coil is employed to supply a magnetic flux to said plurality of sub-lens modules. a plurality of magnetic insert rings (310-1 and 310-2), each magnetic insert ring (310-1 or 310-2) inserted in and aligned with each of said plurality of holes (8 or 9); characterised by a plurality of gaps, each gap inserted between an outer sidewall of said each magnetic insert ring (310-1 or 310-2) and an inner sidewall of said each hole (8 or 9), wherein each pair of holes (8 and 9), two magnetic insert rings (310-1 and 310-2) therein and two gaps therebetween form one sub-lens module and said two magnetic insert rings functions as a pair of magnetic pole pieces thereof when a common magnetic excitation coil is employed to supply a magnetic flux to said plurality of sub-lens modules.
A route processing method, applied to a network device in a first autonomous system, and comprising: obtaining(S202, S302, S402, S403) a route prefix and origin autonomous system information associated with the obtained route prefix; modifying(S204, S304, S404) the origin autonomous system information to obtain modified autonomous system information according to an outbound route policy configured on the network device, wherein the modified autonomous system information comprises to-be-verified autonomous system information; verifying(S205, S305, S405) whether there is a match item in a route origin information base, wherein the match item comprises the obtained route prefix and the to-be-verified autonomous system information; and determining(S206, S207, S208, S306, S406), based on a verification result, whether to send the obtained route prefix and the modified autonomous system information. obtaining(S202, S302, S402, S403) a route prefix and origin autonomous system information associated with the obtained route prefix; modifying(S204, S304, S404) the origin autonomous system information to obtain modified autonomous system information according to an outbound route policy configured on the network device, wherein the modified autonomous system information comprises to-be-verified autonomous system information; verifying(S205, S305, S405) whether there is a match item in a route origin information base, wherein the match item comprises the obtained route prefix and the to-be-verified autonomous system information; and determining(S206, S207, S208, S306, S406), based on a verification result, whether to send the obtained route prefix and the modified autonomous system information.
Method of network management of a telecommunications network, wherein the method comprises the following method steps: - producing a network connection between a device and the telecommunications network, wherein the network connection is allocated a setup status, wherein the setup status is linked to an operational support by a telecommunications network operator of the telecommunications network, - carrying out a first status transition of the network connection from the setup status into a default status, wherein, in the first status transition, the network connection is initialised, - carrying out a second status transition of the network connection from the default status into a user specific status, wherein, in the second status transition, the network connection is configured in such a way that, in the user-specific status, a dedicated functionality step can be allocated by implicit authentication to an internet protocol connection associated with the network connection. - producing a network connection between a device and the telecommunications network, wherein the network connection is allocated a setup status, wherein the setup status is linked to an operational support by a telecommunications network operator of the telecommunications network, - carrying out a first status transition of the network connection from the setup status into a default status, wherein, in the first status transition, the network connection is initialised, - carrying out a second status transition of the network connection from the default status into a user specific status, wherein, in the second status transition, the network connection is configured in such a way that, in the user-specific status, a dedicated functionality step can be allocated by implicit authentication to an internet protocol connection associated with the network connection.
A terminal apparatus comprising: a radio resource control layer processing unit configured to configure a downlink assignment; and a reception unit configured to receive on a physical downlink control channel, PDCCH, in one downlink BWP of one serving cell, downlink control information including a downlink assignment for Semi-Persistent Scheduling, SPS, the downlink control information used for scheduling of a first physical downlink shared channel, PDSCH, wherein the reception unit is configured to receive the first PDSCH in a case that a duration of a second PDSCH corresponding to the configured downlink assignment for the SPS overlaps a duration of the first PDSCH, and a start symbol of the second PDSCH begins after a predetermined time period associated with the smaller one of a downlink subcarrier space setting of the PDCCH and a downlink subcarrier space setting of the PDSCH, after an end of the PDCCH. a radio resource control layer processing unit configured to configure a downlink assignment; and a reception unit configured to receive on a physical downlink control channel, PDCCH, in one downlink BWP of one serving cell, downlink control information including a downlink assignment for Semi-Persistent Scheduling, SPS, the downlink control information used for scheduling of a first physical downlink shared channel, PDSCH, wherein the reception unit is configured to receive the first PDSCH in a case that a duration of a second PDSCH corresponding to the configured downlink assignment for the SPS overlaps a duration of the first PDSCH, and a start symbol of the second PDSCH begins after a predetermined time period associated with the smaller one of a downlink subcarrier space setting of the PDCCH and a downlink subcarrier space setting of the PDSCH, after an end of the PDCCH.
A legrest assembly for an aircraft passenger seat, the legrest assembly comprising: a calf support adapted to be hinged to a forward end of a seat frame and moveable between a stowed configuration generally vertically disposed below the forward end of the frame and a deployed configuration inclined above the stowed configuration; a foot support movably connected to the calf support and travelling with the calf support between the deployed and stowed configurations, the foot support telescopically extendable from the calf support; and a foot rest pivotally connected to the foot support and pivotable between a stowed configuration substantially parallel to the foot support and a deployed configuration extending outward from the foot support, characterised in that the legrest comprises an armature that facilitates movement of the foot support relative to the calf support, the armature comprising a swing arm that hinges about a shoulder joint defined at a pivot that pivotally connects an upper end of the swing arm to the at least one plate (46,48) member of the calf support, wherein the swing arm comprises an upper arm member and a lower arm member connected together by a rigid elbow joint coordinating movement of the upper and lower arm members in separate parallel planes and further comprising a roller rotatably attached to a distal end of the lower arm member and trapped in a lateral slot defined between first and second plate members of the foot support, the roller traveling longitudinally with the foot support and laterally along the slot as the foot support extends and retracts relative to the calf support. a calf support adapted to be hinged to a forward end of a seat frame and moveable between a stowed configuration generally vertically disposed below the forward end of the frame and a deployed configuration inclined above the stowed configuration; a foot support movably connected to the calf support and travelling with the calf support between the deployed and stowed configurations, the foot support telescopically extendable from the calf support; and a foot rest pivotally connected to the foot support and pivotable between a stowed configuration substantially parallel to the foot support and a deployed configuration extending outward from the foot support,
Detection device for detecting a physical variable, wherein the detection device is assigned to a group of detection devices, wherein an identifier is assigned to each detection device of the group of detection devices, wherein the group of detection devices is designed to communicate with a server entity via a communication network, with: a detector for detecting the physical variable, wherein the detector is designed to output data which represents the physical variable; a communication interface which is designed to receive a broadcast signal from the server entity via the communication network, wherein the broadcast signal indicates occupancy of transmission time slots in a predetermined transmission interval by assigning identifiers of detection devices to transmission time slots, wherein the communication interface is designed to select a free transmission time slot of the predetermined transmission interval if the identifier of the detection device has not been assigned to a transmission time slot, and wherein the communication interface is designed to transmit the data in the selected transmission time slot to the server entity via the communication network; characterized in that the detection device and the further detection devices of the group are configured to send the data of the detection device and data of the further detection devices of the group in the transmission time slots respectively to all detection devices of the same group via broadcast as well, wherein the detection devices of the group are configured to be set to receiving in the transmission time slots that are not assigned to them. a detector for detecting the physical variable, wherein the detector is designed to output data which represents the physical variable; a communication interface which is designed to receive a broadcast signal from the server entity via the communication network, wherein the broadcast signal indicates occupancy of transmission time slots in a predetermined transmission interval by assigning identifiers of detection devices to transmission time slots, wherein the communication interface is designed to select a free transmission time slot of the predetermined transmission interval if the identifier of the detection device has not been assigned to a transmission time slot, and wherein the communication interface is designed to transmit the data in the selected transmission time slot to the server entity via the communication network; characterized in that the detection device and the further detection devices of the group are configured to send the data of the detection device and data of the further detection devices of the group in the transmission time slots respectively to all detection devices of the same group via broadcast as well, wherein the detection devices of the group are configured to be set to receiving in the transmission time slots that are not assigned to them.
A cylinder lock with a cylinder core rotatable in a housing about an axis of rotation D, comprising a key channel extending in a radial plane R for the insertion of an encoded key, - wherein at least one core pin guide extending outside the radial plane R is provided on one side of the key channel, - wherein a core pin (6, 6') is provided in the core pin guide, which ∘ is displaceable along its longitudinal axis in the core pin guide from a locking position into a release position, ∘ has a core side facing in the direction of the key channel and designed for interrogating a code on the key, ∘ has a housing side facing in the direction of the housing and designed for engaging in a housing recess, and ∘ is designed in such a way that the rotation of the cylinder core relative to the housing is released when a key associated with the cylinder lock is inserted into the key channel, characterised in that at least two locking sections projecting to different extents in the direction of the longitudinal axis are provided on the housing side, each with a locking surface extending substantially normal to the longitudinal axis, so that the housing side is substantially formed step-shaped, wherein in the locking position both locking surfaces of the core pin (6, 6') project into the housing recess so that a movement of the cylinder core relative to the housing is prevented, and in the release position the core pin (6, 6') releases the movement of the cylinder core relative to the housing. - wherein at least one core pin guide extending outside the radial plane R is provided on one side of the key channel, - wherein a core pin (6, 6') is provided in the core pin guide, which ∘ is displaceable along its longitudinal axis in the core pin guide from a locking position into a release position, ∘ has a core side facing in the direction of the key channel and designed for interrogating a code on the key, ∘ has a housing side facing in the direction of the housing and designed for engaging in a housing recess, and ∘ is designed in such a way that the rotation of the cylinder core relative to the housing is released when a key associated with the cylinder lock is inserted into the key channel, ∘ is displaceable along its longitudinal axis in the core pin guide from a locking position into a release position, ∘ has a core side facing in the direction of the key channel and designed for interrogating a code on the key, ∘ has a housing side facing in the direction of the housing and designed for engaging in a housing recess, and ∘ is designed in such a way that the rotation of the cylinder core relative to the housing is released when a key associated with the cylinder lock is inserted into the key channel,
A structural insulated panel (20, 40) comprising: a metal sheet (15, 35); a polyurethane or polyisocyanurate foam (10, 30), manufactured by reacting an isocyanate containing component with a polyol containing component; and a polycarbonate sheet, film or laminate (5, 25), wherein the foam adheres the metal sheet to the polycarbonate sheet, film or laminate, and wherein the polyol is a polyol blend of at least one polyester polyol and at least one polyether polyol wherein the polyether polyol and polyester polyol are present in the blend at a weight ratio of 70:30 to 40:60. a metal sheet (15, 35); a polyurethane or polyisocyanurate foam (10, 30), manufactured by reacting an isocyanate containing component with a polyol containing component; and a polycarbonate sheet, film or laminate (5, 25), wherein the foam adheres the metal sheet to the polycarbonate sheet, film or laminate, and wherein the polyol is a polyol blend of at least one polyester polyol and at least one polyether polyol wherein the polyether polyol and polyester polyol are present in the blend at a weight ratio of 70:30 to 40:60.
Drive shaft in a protective tube of a hand-guided working implement, wherein a rotary drive is drive-connected to one end of the drive shaft and a tool is drive-connected to the other end of the drive shaft and wherein the drive shaft has at least one rigid shaft section and at least one connecting section for transmitting a torque and wherein the rigid shaft section of the drive shaft is designed with at least one hollow shaft end (21, 31), wherein an engagement length of the connecting section engages with the hollow shaft end (21, 31) of the rigid shaft section and the engagement length of the connecting section and a length of the hollow shaft end (21, 31) overlap each other and form a joining section, wherein the hollow shaft end (21, 31) is deformed for connecting the connecting section to the rigid shaft section, characterised in that the material of the hollow shaft end (21, 31) is compacted across its entire circumference and deformed in such a way that the material of the hollow shaft end (21, 31) is displaced radially and pressed onto the engagement length of the connecting section in a manner to establish a rotary connection.
A high strength hot rolled steel sheet which was finish-hot rolled at a temperature of the Ar 3 transformation point or higher, and coiled in the temperature range of between 700 and 585°C, with an excellent combination of tensile strength of at least 550 MPa and formability, comprising in weight percent • at most 0.15% of C • at most 0.5% of Si • between 0.5 and 2.0% of Mn • at most 0.06% of P • at most 0.008% of S • at most 0.1% of Al_sol • at most 0.02% of N • between 0.02 and 0.45% of V • between 0.05 and 0.7% of Mo • optionally between 0.01 and 0.1% of Nb • balance of Fe and inevitable impurities, • wherein the steel sheet has a precipitation strengthened and single-phase ferritic microstructure which is free from carbon-rich microstructural components, such as pearlite or cementite, wherein the volume fraction of the ferrite phase in said microstructure is not lower than 97%, and wherein the precipitates in said microstructure comprise fine precipitates of composite carbides containing Mo and V and optionally Nb. • at most 0.15% of C • at most 0.5% of Si • between 0.5 and 2.0% of Mn • at most 0.06% of P • at most 0.008% of S • at most 0.1% of Al_sol • at most 0.02% of N • between 0.02 and 0.45% of V • between 0.05 and 0.7% of Mo • optionally between 0.01 and 0.1% of Nb • balance of Fe and inevitable impurities, • wherein the steel sheet has a precipitation strengthened and single-phase ferritic microstructure which is free from carbon-rich microstructural components, such as pearlite or cementite, wherein the volume fraction of the ferrite phase in said microstructure is not lower than 97%, and wherein the precipitates in said microstructure comprise fine precipitates of composite carbides containing Mo and V and optionally Nb.