mhurhangee/ep-ind-claims huggingface dataset:
An Internet Protocol, IP, address allocation method, comprising: receiving, by a user plane network device, an address allocation indication of a control plane network device; determining, by the user plane network device based on address allocation manner information comprised in the address allocation indication, a manner of allocating an IP address for a terminal device; and allocating, by the user plane network device, the IP address for the terminal device based on the determined manner; if the manner of allocating the IP address for the terminal device is allocating the IP address by the user plane network device in a process of establishing a default bearer, and the address allocation indication further comprises service information, the allocating, by the user plane network device, the IP address for the terminal device based on the determined manner comprises: allocating, by the user plane network device, the IP address for the terminal device based on the service information; and sending, by the user plane network device, a session response message to the control plane network device, wherein the session response message carries the IP address. receiving, by a user plane network device, an address allocation indication of a control plane network device; determining, by the user plane network device based on address allocation manner information comprised in the address allocation indication, a manner of allocating an IP address for a terminal device; and allocating, by the user plane network device, the IP address for the terminal device based on the determined manner; if the manner of allocating the IP address for the terminal device is allocating the IP address by the user plane network device in a process of establishing a default bearer, and the address allocation indication further comprises service information, the allocating, by the user plane network device, the IP address for the terminal device based on the determined manner comprises: allocating, by the user plane network device, the IP address for the terminal device based on the service information; and sending, by the user plane network device, a session response message to the control plane network device, wherein the session response message carries the IP address. allocating, by the user plane network device, the IP address for the terminal device based on the service information; and sending, by the user plane network device, a session response message to the control plane network device, wherein the session response message carries the IP address.
A medical instrument that can be inserted into a human or animal body, said medical instrument comprising an instrument body, and the instrument body comprising at least one rod-shaped body which has a poor electrical conductivity and is made of a matrix material and non-metallic filaments, characterized in that the rod-shaped body is doped with X-ray marker particles, and the medical instrument has its surface area provided with an immobilized active MR marker.
An apparatus comprising: a controller in IC form (50, 101); a power MOSFET transistor (102, 103, 701) coupled to said controller (50, 101); a plurality of passive components comprising at least one inductor (L1, 702); wherein said controller (50, 101), said power MOSFET transistor (102, 103, 701) and said plurality of passive components are functionally coupled to implement a complete power management system; wherein said controller (50, 101), said power MOSFET transistor (102, 103,701) and said plurality of passive components are mounted to a metal leadframe (105, 106, 140) of a leadless surface mounted package; wherein said plurality of passive components are surface mount components mounted directly to the metal leadframe; and wherein a portion of said metal leadframe (105, 106, 140) is exposed on the back side of said package. a controller in IC form (50, 101); a power MOSFET transistor (102, 103, 701) coupled to said controller (50, 101); a plurality of passive components comprising at least one inductor (L1, 702); wherein said controller (50, 101), said power MOSFET transistor (102, 103, 701) and said plurality of passive components are functionally coupled to implement a complete power management system; wherein said controller (50, 101), said power MOSFET transistor (102, 103,701) and said plurality of passive components are mounted to a metal leadframe (105, 106, 140) of a leadless surface mounted package; wherein said plurality of passive components are surface mount components mounted directly to the metal leadframe; and wherein a portion of said metal leadframe (105, 106, 140) is exposed on the back side of said package.
A method for sending a paging message, applied to a network device and comprising: when receiving a paging message for a terminal device from a core network, determining whether to interlacedly send the paging message to the terminal device based on a terminal type of the terminal device, wherein determining whether to interlacedly send the paging message to the terminal device based on the terminal type of the terminal device comprises: when the terminal type of the terminal device is a high-latency terminal, sending the paging message for the terminal device on at least one beam in at least one paging occasion by: determining a transmission period or a transmission window for the paging message, and setting K paging occasions in the transmission period or the transmission window; wherein K is an integer; in at least part of the K paging occasions set in the transmission period or the transmission window, performing a modulo calculation: beam id mod K, wherein beam id is an identifier of at least one beam comprised in the paging occasion; and determining a beam corresponding to a preset modulo calculation result, and sending the paging message on the determined beam. when receiving a paging message for a terminal device from a core network, determining whether to interlacedly send the paging message to the terminal device based on a terminal type of the terminal device, wherein determining whether to interlacedly send the paging message to the terminal device based on the terminal type of the terminal device comprises: when the terminal type of the terminal device is a high-latency terminal, sending the paging message for the terminal device on at least one beam in at least one paging occasion by: determining a transmission period or a transmission window for the paging message, and setting K paging occasions in the transmission period or the transmission window; wherein K is an integer; in at least part of the K paging occasions set in the transmission period or the transmission window, performing a modulo calculation: beam id mod K, wherein beam id is an identifier of at least one beam comprised in the paging occasion; and determining a beam corresponding to a preset modulo calculation result, and sending the paging message on the determined beam. determining a transmission period or a transmission window for the paging message, and setting K paging occasions in the transmission period or the transmission window; wherein K is an integer; in at least part of the K paging occasions set in the transmission period or the transmission window, performing a modulo calculation: beam id mod K, wherein beam id is an identifier of at least one beam comprised in the paging occasion; and determining a beam corresponding to a preset modulo calculation result, and sending the paging message on the determined beam.
A tool for use in at least one of drilling, tapping, back spot facing and counter-boring at least one hole in a casing of a dynamoelectric machine, said tool comprising: a servo motor cutting device; a gearbox; and a drill unit skid, arranged for supporting said servo motor cutting device and said gearbox, the drill unit skid comprising: a manifold; a drill stroke actuator; at least one hook fit slide for engaging a hook fit slot in a casing of a dynamoelectric machine, wherein the at least one hook fit slide or foot is sized so that there is enough clearance for the sliding motion needed but not enough to allow the unit to escape the hook fit area in the radial or axial directions; and power supply means for powering said tool; wherein said servo motor cutting device and said gearbox rotate a cutting tool to create said at least one hole, characterised in that the at least one hook fit slide for engaging a hook fit slot in a casing of a dynamoelectric machine comprises clamping actuators to apply a radial inward force on the tool against the hook fit slot. a servo motor cutting device; a gearbox; and a drill unit skid, arranged for supporting said servo motor cutting device and said gearbox, the drill unit skid comprising: a manifold; a drill stroke actuator; at least one hook fit slide for engaging a hook fit slot in a casing of a dynamoelectric machine, wherein the at least one hook fit slide or foot is sized so that there is enough clearance for the sliding motion needed but not enough to allow the unit to escape the hook fit area in the radial or axial directions; and power supply means for powering said tool; a manifold; a drill stroke actuator; at least one hook fit slide for engaging a hook fit slot in a casing of a dynamoelectric machine, wherein the at least one hook fit slide or foot is sized so that there is enough clearance for the sliding motion needed but not enough to allow the unit to escape the hook fit area in the radial or axial directions; and power supply means for powering said tool; wherein said servo motor cutting device and said gearbox rotate a cutting tool to create said at least one hole, characterised in that the at least one hook fit slide for engaging a hook fit slot in a casing of a dynamoelectric machine comprises clamping actuators to apply a radial inward force on the tool against the hook fit slot.
A dust core comprising a mixture of a soft magnetic powder and an inorganic insulating powder, the mixture being heated, added with a binder resin, mixed with a lubricant resin, and compression-molded so as to form a mold, and the mold being annealed, wherein an added amount of the inorganic insulating powder is 0.4-1.5 wt%, the inorganic insulating powder is Al 2 O 3 powder or MgO powder having a melting point of 1500 °C or more, and has an average particle size of 7-500 nm, the soft magnetic powder has an average particle size of 5-30 μm, and contains 0-6.5 wt% silicon, and the mixture is heated in a non-oxidizing atmosphere at 1000 °C or more and also below a sintering temperature of the soft magnetic powder.
An apparatus comprising: a first pin having a first joint section, the first joint section having first holes extending a length of the first joint section and terminating at a first preload face; a second pin having a second joint section, the second joint section having second holes extending a length of the second joint section and terminating at a second preload face, the second joint section adapted to receive the first joint section and the first holes matching the second holes when the first pin and the second pin are mated; characterized by first wires running along an exterior surface of the first pin, a first wire in the first wires entering a first hole in the first joint section at an angle (404,604) relative to the exterior surface of the first pin. a first pin having a first joint section, the first joint section having first holes extending a length of the first joint section and terminating at a first preload face; a second pin having a second joint section, the second joint section having second holes extending a length of the second joint section and terminating at a second preload face, the second joint section adapted to receive the first joint section and the first holes matching the second holes when the first pin and the second pin are mated; characterized by first wires running along an exterior surface of the first pin, a first wire in the first wires entering a first hole in the first joint section at an angle (404,604) relative to the exterior surface of the first pin.
A method, comprising: receiving a configuration of a flexible muting pattern for muting subframes, the muting pattern comprising a fixed part and an optional part, wherein the fixed part indicates subframes which are to be muted and the optional part indicates subframes which may be optionally muted; and determining to activate the optional part of the flexible muting pattern to mute the subframes which may be optionally muted. receiving a configuration of a flexible muting pattern for muting subframes, the muting pattern comprising a fixed part and an optional part, wherein the fixed part indicates subframes which are to be muted and the optional part indicates subframes which may be optionally muted; and determining to activate the optional part of the flexible muting pattern to mute the subframes which may be optionally muted.
A spot beam satellite comprising: an antenna system configured to create a beam pattern,, the spot beam satellite being configured to receive data from a plurality of service beams and from a feeder beam, each service beam having an associated service beam coverage area and the feeder beam having an associated feeder beam coverage area, each service beam being allocated one of four different colors, each color being a different combination of frequency band and polarization, wherein the feeder beam coverage area is proximate to one of the service beam coverage areas, and wherein a set of colors allocated to the feeder beam includes the three different colors not allocated to the service beam associated with the service beam coverage area proximate to the feeder beam coverage area, wherein at least another of the service beams associated with another of the service beam coverage areas that is not proximate to the feeder beam coverage area is allocated one of the three different colors allocated to the feeder beam. an antenna system configured to create a beam pattern,, the spot beam satellite being configured to receive data from a plurality of service beams and from a feeder beam, each service beam having an associated service beam coverage area and the feeder beam having an associated feeder beam coverage area, each service beam being allocated one of four different colors, each color being a different combination of frequency band and polarization, wherein the feeder beam coverage area is proximate to one of the service beam coverage areas, and wherein a set of colors allocated to the feeder beam includes the three different colors not allocated to the service beam associated with the service beam coverage area proximate to the feeder beam coverage area, wherein at least another of the service beams associated with another of the service beam coverage areas that is not proximate to the feeder beam coverage area is allocated one of the three different colors allocated to the feeder beam.
A process for reduction and/or removal of FXI and FXIa from a source solution containing said coagulation factors and as main components immunoglobulins, comprising the following steps: a) applying the source solution to an affinity chromatographic matrix in a loading buffer of 10-18 mS conductivity, wherein heparin or heparan is linked to the matrix material; b) allowing adsorption of FXI and FXIa to the chromatographic matrix in a buffer of 10-18 mS conductivity; c) separating the liquid deprived of FXI and FXIa from the chromatographic matrix, and d) optionally, eluting FXI and FXIa from the chromatographic matrix with an elution buffer of low to intermediate ionic strength containing 0.2 to 1.4 NaCl to provide an FXI and/or FXIa eluate, wherein the process is performed in the absence of Polybrene® (hexadimethrine bromide) and benzamidine and wherein the liquid deprived of FXI and FXIa separated in step c) is characterized by an FXI content of 0.00 to 0.05 IU FXI/ml and an FXIa content of less than 5 mU FXIa/ml. a) applying the source solution to an affinity chromatographic matrix in a loading buffer of 10-18 mS conductivity, wherein heparin or heparan is linked to the matrix material; b) allowing adsorption of FXI and FXIa to the chromatographic matrix in a buffer of 10-18 mS conductivity; c) separating the liquid deprived of FXI and FXIa from the chromatographic matrix, and d) optionally, eluting FXI and FXIa from the chromatographic matrix with an elution buffer of low to intermediate ionic strength containing 0.2 to 1.4 NaCl to provide an FXI and/or FXIa eluate,
Device for the individual transport of fruit, being of the type composed of a single integral part, characterized in that: - it comprises a central base (13-13') which is the starting point for each concentric section of a series of concentric sections all of which are arranged in a single circumferential direction; - the concentric sections end in first end portions and in second end portions; - the first and second end portions connect to two handle structures (7-7'); - the handle structures (7-7') comprise a hooking means in order to stabilise the position for use of the integral part in which is defined a shell space which houses the fruit, the surface of which closely matches the various elements of the integral part, where, during the position for use of the device, the concentric sections along with the first and second ' end portions, adopt a configuration in the form of meridians of a spherical body and symmetrical branches of cross members of the handle structures (7-7') constitute portions of sections of parallels of said spherical body. - it comprises a central base (13-13') which is the starting point for each concentric section of a series of concentric sections all of which are arranged in a single circumferential direction; - the concentric sections end in first end portions and in second end portions; - the first and second end portions connect to two handle structures (7-7'); - the handle structures (7-7') comprise a hooking means in order to stabilise the position for use of the integral part in which is defined a shell space which houses the fruit, the surface of which closely matches the various elements of the integral part,
A propulsion system for an aquatic vessel, wherein the propulsion system includes a plurality of Magnus-type rotors that are operable to rotate about corresponding substantially upright axes, a drive arrangement for rotating the plurality of Magnus-type rotors, and a control arrangement for receiving one or more measured apparent wind speeds and for controlling the drive arrangement for varying rates of rotations of the plurality of Magnus-type rotors as functions of the one or more measured apparent wind speeds and a direction of travel of the aquatic vessel, wherein the control arrangement includes a user-operable control for adjusting propulsion provided by the plurality of Magnus-type rotors, wherein the user-operable control is implemented as a single throttle control that enables a user to control and/or allocate a total propulsion power demand from the plurality of Magnus-type rotors, further wherein the control arrangement is operable to control the drive arrangement to vary a drive applied to rotate one or more Magnus-type rotors from the plurality of Magnus-type rotors, and the control arrangement is operable to optimize the drive for the one or more Magnus-type rotors depending on a control input provided by the user via the single throttle control, characterised in that the drive arrangement is operable to apply the drive to rotate the one or more Magnus-type rotors to render the one or more Magnus-type rotors at least partially invisible to the one or more apparent wind speeds by adjusting their respective rates of rotations, such that their surface-to-flow velocity ratio is adjusted in a range of 0.3 to 1.5.
A lower leg rest device pivotally connectable to a frame of a baby carriage comprising: an engaging member; and a support member having a length adjusting mechanism (10, 10f), an end of the support member being pivotally connectable to the frame of the baby carriage at a pivot point, the engaging member being disposed on another end of the support member, the support member being used for supporting a child safety seat, the length adjusting mechanism (10, 10f) being used for adjusting a length between the engaging member and the pivot point, wherein the support member comprises a connecting tube and a support tube, the support tube is U-shaped, an end of the support tube is telescopically connected to an end of the connecting tube by the length adjusting mechanism (10, 10f), another end of the connecting tube is pivotally connectable to the frame of the baby carriage, the engaging member is disposed on the support tube, and wherein the connecting tube is hollow, an end of the support tube is telescopically accommodated in an end of the connecting tube, the support tube is detachably engaged with the connecting tube by a lock member, characterized in that the lock member comprises a button, an engaging block and a resilient member, the engaging block is pivotally connected to the support tube, an end of the engaging block is detachably engaged with the connecting tube, the button is disposed on another end of the engaging block and protrudes out of the support tube, the resilient member is elastically disposed between the engaging block and the support tube. an engaging member; and a support member having a length adjusting mechanism (10, 10f), an end of the support member being pivotally connectable to the frame of the baby carriage at a pivot point, the engaging member being disposed on another end of the support member, the support member being used for supporting a child safety seat, the length adjusting mechanism (10, 10f) being used for adjusting a length between the engaging member and the pivot point, wherein the support member comprises a connecting tube and a support tube, the support tube is U-shaped, an end of the support tube is telescopically connected to an end of the connecting tube by the length adjusting mechanism (10, 10f), another end of the connecting tube is pivotally connectable to the frame of the baby carriage, the engaging member is disposed on the support tube, and wherein the connecting tube is hollow, an end of the support tube is telescopically accommodated in an end of the connecting tube, the support tube is detachably engaged with the connecting tube by a lock member, characterized in that the lock member comprises a button, an engaging block and a resilient member, the engaging block is pivotally connected to the support tube, an end of the engaging block is detachably engaged with the connecting tube, the button is disposed on another end of the engaging block and protrudes out of the support tube, the resilient member is elastically disposed between the engaging block and the support tube.