mhurhangee/ep-ind-claims huggingface dataset:
A method of testing a base station (8; 10) for use in a mobile telephony network, the base station (8; 10) including an antenna arrangement (A11 to A32) for forming polarization diversity pairs having a connection to ports of a transceiver arrangement for producing a plurality of beams, the method being characterized by detecting (S6, S14) and measuring at each of the ports of the transceiver arrangement average signal strengths, RSSI, of a test signal received via the beams; comparing the said average signal strengths, RSSI, detected at each of the ports of the transceiver arrangement including by comparing the signal strengths associated with each beam with all the other signal strengths, RSSI, associated with the other beams; using the results of the comparisons to detect the configuration of the connection that form the diversity pairs with the ports of the transceiver arrangements between the antenna arrangement (A11 to A32) and transceiver arrangement; and thereby identifying adjacent beams (S20 - S34) by applying a predetermined criterion to the comparisons to identify ports which form a diversity pair, wherein the adjacent beams are beams of diversity pairs (A11, A12; A21, A22; A31, A32), wherein the said criterion is, for a diversity pair of beams not previously identified as adjacent, that one has a greater signal strength, RSSI, than all other beams not previously identified as adjacent and that the other differs therefrom by the smallest amount compared to all other beams not previously identified as adjacent.
An apparatus for manufacturing a carbon nanotube fiber, comprising: a cylindrical high-temperature reactor body having a reaction zone; an inlet for feeding a spinning material and a carrier gas into the reaction zone of the body; a heater for heating the reaction zone; an outlet provided at a bottom of the body so as to discharge a carbon nanotube fiber; a winder for collecting the discharged carbon nanotube fiber; two or more guides (15a, 15b, 15c) provided between the outlet and the winder, and at least two of the guides are connected to a voltage supplier for applying a voltage to the guides (15a, 15b, 15c), wherein the voltage is applied to the discharged carbon nanotube fiber to remove impurities from the carbon nanotube fiber. a cylindrical high-temperature reactor body having a reaction zone; an inlet for feeding a spinning material and a carrier gas into the reaction zone of the body; a heater for heating the reaction zone; an outlet provided at a bottom of the body so as to discharge a carbon nanotube fiber; a winder for collecting the discharged carbon nanotube fiber; two or more guides (15a, 15b, 15c) provided between the outlet and the winder, and at least two of the guides are connected to a voltage supplier for applying a voltage to the guides (15a, 15b, 15c), wherein the voltage is applied to the discharged carbon nanotube fiber to remove impurities from the carbon nanotube fiber.
An intervertebral support system comprising: a rod having a first end section having either (i) a screw thread or (ii) openings for receiving bone cement or bone growth promoting material, or (iii) a plain end adapted for anchoring in the body of a first vertebra of a subject respectively by (i) screwing, by (ii) bonding to the bone of said body of said first vertebra, or by (iii) a forced fit, and adapted to he inserted through a bone in the pedicle of a second adjacent vertebra of the subject; and a stack of washer-like elements strung on said rod when anchored obliquely into the body of said first vertebra, said washer-like elements having a shape different from that of a cylindrical form which they had before being strung into said rod, characterized in that said washer-like elements have lateral dimensions substantially larger than those of said cylindrical form, and the faces of said washer-like elements of said stack are aligned to provide intervertebral support between said two adjacent vertebrae of the subject. a rod having a first end section having either (i) a screw thread or (ii) openings for receiving bone cement or bone growth promoting material, or (iii) a plain end adapted for anchoring in the body of a first vertebra of a subject respectively by (i) screwing, by (ii) bonding to the bone of said body of said first vertebra, or by (iii) a forced fit, and adapted to he inserted through a bone in the pedicle of a second adjacent vertebra of the subject; and a stack of washer-like elements strung on said rod when anchored obliquely into the body of said first vertebra, said washer-like elements having a shape different from that of a cylindrical form which they had before being strung into said rod, characterized in that said washer-like elements have lateral dimensions substantially larger than those of said cylindrical form, and the faces of said washer-like elements of said stack are aligned to provide intervertebral support between said two adjacent vertebrae of the subject.
Gap bridging means for a rail vehicle for bridging the gap between a passenger compartment floor and a platform, comprising a kick plate, which is mounted such that it can be slid horizontally, and a pivoting arm which can be pivoted about a rotational pin which is arranged below the kick plate parallel to the vehicle longitudinal pin, which pivoting arm extends from the rotational pin as far as the kick plate, the pivoting arm being connected in an articulated manner to the kick plate and being mounted on the kick plate such that it can be slid over a certain length section, characterized in that a restoring force which is applied by means of a spring acts on the pivoting arm in the direction of a rest position.
A safety stop valve arrangement of a hydraulic blade pitch system of a wind turbine, comprising - an accumulator arrangement connected over a hydraulic line to a piston of the hydraulic blade pitch system; - a redundant set of safety valves arranged between the accumulator arrangement and the piston; - a small-orifice restriction nozzle arranged to determine a first rate of hydraulic fluid flow in response to a safety stop input; - at least one speed-select valve; and - at least one large-orifice restriction nozzle (N2, N2A, N2B) arranged to determine a second rate of hydraulic fluid flow in response to a rotor acceleration input, wherein the second rate of fluid flow is faster than the first rate of fluid flow. - an accumulator arrangement connected over a hydraulic line to a piston of the hydraulic blade pitch system; - a redundant set of safety valves arranged between the accumulator arrangement and the piston; - a small-orifice restriction nozzle arranged to determine a first rate of hydraulic fluid flow in response to a safety stop input; - at least one speed-select valve; and - at least one large-orifice restriction nozzle (N2, N2A, N2B) arranged to determine a second rate of hydraulic fluid flow in response to a rotor acceleration input, wherein the second rate of fluid flow is faster than the first rate of fluid flow.
Fully automatic coffee machine having an interior space, comprising a bean container in the interior space, a grinder which, when the fully automatic coffee machine is in operation and viewed in the falling direction of the beans, is located below the bean container, a brewing unit arranged downstream of the grinder, and at least one outlet means for dispensing the beverage prepared in the fully automatic coffee machine, characterised in that the bean container can be inserted by means of a feed slide which is moveable along a guide track into the interior space, which has a bean container slide that receives the bean container, and the bean container slide can be moved relative to the feed slide along at least one movement track of the feed slide.
An apparatus for heat assisted magnetic recording comprising: a signal generator operable to generate a laser trigger pulse signal using a same clock signal used to clock a magnetic write data signal; a variable delay element operable to control an alignment between the laser trigger pulse signal and the magnetic write data signal; a laser pulse data processor including a triggerable pulse generator circuit operable to generate a laser pulse control signal based on the laser trigger pulse signal; a magnetic write head operable to record data to a magnetic storage medium under control of the magnetic write data signal; and a laser diode operable to heat the magnetic storage medium under control of the laser pulse control signal wherein the laser diode is pulsed in conjunction with the data recorded by the magnetic write head, characterized by a phase difference detector operable to control the variable delay element and the laser pulse data processor; and in that a shifted clock signal is provided by the variable delay element, the laser trigger pulse signal being generated at a transition rate of the magnetic write data by a D flip flop based on the shifted clock signal, the D flip flop transforming the shifted clock signal from a form having one electrical cycle per written bit to one having one edge per bit. a signal generator operable to generate a laser trigger pulse signal using a same clock signal used to clock a magnetic write data signal; a variable delay element operable to control an alignment between the laser trigger pulse signal and the magnetic write data signal; a laser pulse data processor including a triggerable pulse generator circuit operable to generate a laser pulse control signal based on the laser trigger pulse signal; a magnetic write head operable to record data to a magnetic storage medium under control of the magnetic write data signal; and a laser diode operable to heat the magnetic storage medium under control of the laser pulse control signal wherein the laser diode is pulsed in conjunction with the data recorded by the magnetic write head, characterized by a phase difference detector operable to control the variable delay element and the laser pulse data processor; and in that a shifted clock signal is provided by the variable delay element, the laser trigger pulse signal being generated at a transition rate of the magnetic write data by a D flip flop based on the shifted clock signal, the D flip flop transforming the shifted clock signal from a form having one electrical cycle per written bit to one having one edge per bit.
Apparatus adapted to provide virtual private network service in a routed network, comprising: a first edge router comprising: a plurality of virtual route forwarders including at least one source virtual route forwarder, each virtual route forwarder having a service IP address comprising an IP address which uniquely identifies that virtual route forwarder in the routed network; a protocol engine configured to exchange routes and service IP addresses with a second edge router which has a plurality of virtual route forwarders including at least one destination virtual route forwarder, each virtual route forwarder having a service IP address comprising an IP address which uniquely identifies that virtual route forwarder in the routed network, the exchanged service IP addresses including the service IP addresses associated with the source virtual route forwarder; and a forwarding plane configured to encapsulate a received protocol data unit with a service header, the service header including the service IP address associated with the source virtual route forwarder and the service IP address _associated with the destination virtual route forwarder, and to transmit the encapsulated protocol data unit to the destination virtual route forwarder of the second edge router, the routed network routing the encapsulated protocol data unit using the service IP addresses without using MPLS and explicit tunnel set-up. a first edge router comprising: a plurality of virtual route forwarders including at least one source virtual route forwarder, each virtual route forwarder having a service IP address comprising an IP address which uniquely identifies that virtual route forwarder in the routed network; a protocol engine configured to exchange routes and service IP addresses with a second edge router which has a plurality of virtual route forwarders including at least one destination virtual route forwarder, each virtual route forwarder having a service IP address comprising an IP address which uniquely identifies that virtual route forwarder in the routed network, the exchanged service IP addresses including the service IP addresses associated with the source virtual route forwarder; and a forwarding plane configured to encapsulate a received protocol data unit with a service header, the service header including the service IP address associated with the source virtual route forwarder and the service IP address _associated with the destination virtual route forwarder, and to transmit the encapsulated protocol data unit to the destination virtual route forwarder of the second edge router, the routed network routing the encapsulated protocol data unit using the service IP addresses without using MPLS and explicit tunnel set-up.
A method for in vitro production of photoreceptor precursor cells, comprising: (a) 3-dimensional sphere culturing a plurality of pluripotent stem cells to generate a plurality of first spheres comprising eye early and late committed retinal neural progenitors (CRNPs); (b) monitoring sphere size until the first spheres reach an average size of about 300-500 μm in diameter; (c) disassociating the first spheres into a first plurality of substantially single cells; (d) 3D sphere culturing the first plurality of substantially single cells to generate a plurality of second spheres comprising photoreceptor precursor cells (PRPCs); (e) monitoring sphere size until the second spheres reach an average size of about 300-500 μm in diameter; (f) disassociating the second spheres into a second plurality of substantially single cells; (g) 3D sphere culturing the second plurality of substantially single cells to generate a plurality of third spheres comprising postmitotic PRPCs; and (h) optionally, further differentiating the postmitotic PRPCs into photoreceptor-like cells. (a) 3-dimensional sphere culturing a plurality of pluripotent stem cells to generate a plurality of first spheres comprising eye early and late committed retinal neural progenitors (CRNPs); (b) monitoring sphere size until the first spheres reach an average size of about 300-500 μm in diameter; (c) disassociating the first spheres into a first plurality of substantially single cells; (d) 3D sphere culturing the first plurality of substantially single cells to generate a plurality of second spheres comprising photoreceptor precursor cells (PRPCs); (e) monitoring sphere size until the second spheres reach an average size of about 300-500 μm in diameter; (f) disassociating the second spheres into a second plurality of substantially single cells; (g) 3D sphere culturing the second plurality of substantially single cells to generate a plurality of third spheres comprising postmitotic PRPCs; and (h) optionally, further differentiating the postmitotic PRPCs into photoreceptor-like cells.
A method performed by one or more data processing apparatus, the method comprising: obtaining infrastructure data specifying utilization of computing resources of an existing computing system comprising multiple computers connected by a network; obtaining application workload data specifying tasks performed by one or more applications running on the existing computing system; generating, based on the infrastructure data and the application workload data, one or more models that define an impact on utilization of each computing resource in response to changes in one or more workloads of the one or more applications; receiving data specifying an input simulation workload for the one or more applications; generating a candidate cloud architecture profile based at least in part on a cloud provider selected by a user, wherein the candidate cloud architecture profile specifies a set of computing resources and, for each computing resource, a quantity of the computing resource; simulating, using the one or more models, the input simulation workload on the candidate cloud architecture profile; determining, based on the simulation, a simulated utilization of each computing resource of the candidate cloud architecture profile for one or more time periods; and generating and providing an updated cloud architecture profile based on the simulated utilization of each computing resource of the candidate cloud architecture profile. obtaining infrastructure data specifying utilization of computing resources of an existing computing system comprising multiple computers connected by a network; obtaining application workload data specifying tasks performed by one or more applications running on the existing computing system; generating, based on the infrastructure data and the application workload data, one or more models that define an impact on utilization of each computing resource in response to changes in one or more workloads of the one or more applications; receiving data specifying an input simulation workload for the one or more applications; generating a candidate cloud architecture profile based at least in part on a cloud provider selected by a user, wherein the candidate cloud architecture profile specifies a set of computing resources and, for each computing resource, a quantity of the computing resource; simulating, using the one or more models, the input simulation workload on the candidate cloud architecture profile; determining, based on the simulation, a simulated utilization of each computing resource of the candidate cloud architecture profile for one or more time periods; and generating and providing an updated cloud architecture profile based on the simulated utilization of each computing resource of the candidate cloud architecture profile.
A system (1, 11) for facilitating control of lighting devices, said system comprising: at least one receiver (3, 13); at least one transmitter (3, 13); and at least one processor (5, 15) configured to: - receive, via said at least one receiver (3, 13), a light script specifying how the lighting devices should be controlled, characterized by - analyze said light script to identify those lighting devices that should be controlled similarly according to said light script, - form a group of identified lighting devices based on said analysis of said light script, and - transmit, via said at least one transmitter (3, 13), at least one message identifying said identified devices of said group and comprising an identifier of said group, said at least one message configured to cause said identified lighting devices to be configured to carry out subsequent commands comprising said identifier. at least one receiver (3, 13); at least one transmitter (3, 13); and at least one processor (5, 15) configured to: - receive, via said at least one receiver (3, 13), a light script specifying how the lighting devices should be controlled, characterized by - analyze said light script to identify those lighting devices that should be controlled similarly according to said light script, - form a group of identified lighting devices based on said analysis of said light script, and - transmit, via said at least one transmitter (3, 13), at least one message identifying said identified devices of said group and comprising an identifier of said group, said at least one message configured to cause said identified lighting devices to be configured to carry out subsequent commands comprising said identifier. - receive, via said at least one receiver (3, 13), a light script specifying how the lighting devices should be controlled, characterized by - analyze said light script to identify those lighting devices that should be controlled similarly according to said light script, - form a group of identified lighting devices based on said analysis of said light script, and - transmit, via said at least one transmitter (3, 13), at least one message identifying said identified devices of said group and comprising an identifier of said group, said at least one message configured to cause said identified lighting devices to be configured to carry out subsequent commands comprising said identifier.
A method for wireless communication at a user equipment, UE, comprising: receiving, in a common physical downlink control channel, CPDCCH, a first indication of a remaining channel occupancy time, RCOT, for which a network access device has access to a shared radio frequency spectrum band, and a second indication of a pause time during which the network access device will not transmit over the shared radio frequency spectrum band; determining, based at least in part on the RCOT, whether a duration of an uplink transmission of the UE allows the UE to transmit the uplink transmission within a maximum channel occupancy time, MCOT, for which the network access device has access to the shared radio frequency spectrum band; and entering a power saving mode during at least a part of the pause time, wherein the RCOT includes the pause time. receiving, in a common physical downlink control channel, CPDCCH, a first indication of a remaining channel occupancy time, RCOT, for which a network access device has access to a shared radio frequency spectrum band, and a second indication of a pause time during which the network access device will not transmit over the shared radio frequency spectrum band; determining, based at least in part on the RCOT, whether a duration of an uplink transmission of the UE allows the UE to transmit the uplink transmission within a maximum channel occupancy time, MCOT, for which the network access device has access to the shared radio frequency spectrum band; and entering a power saving mode during at least a part of the pause time, wherein the RCOT includes the pause time.
A compound represented by the formula: wherein ring A is a pyrazole ring, a pyridine ring or a pyrimidine ring; X is CH 2 or O; and R is a hydrogen atom or a C 1-6 alkyl group, or a salt thereof. ring A is a pyrazole ring, a pyridine ring or a pyrimidine ring; X is CH 2 or O; and R is a hydrogen atom or a C 1-6 alkyl group, or a salt thereof.
Topical composition comprising at least one inorganic micropigment and a cetyl phosphate surfactant mixture, characterized in that the cetyl phosphate surfactant mixture contains no organochlorine impurities and consists essentially of 60-95 wt.-% of monocetyl phosphoric acid or a salt thereof, 0-15 wt.-% of dicetyl phosphoric acid or a salt thereof, 0-20 wt.-% of cetyl alcohol, 0-0.7 wt.-% of inorganic phosphate, 0-12ppm of heavy metals and 0-4 wt.-% of residual water, wherein the mono- and dicetyl esters of phosphoric acid or salts thereof are the potassium salts thereof and wherein the inorganic phosphate content in the topical composition is less than 0.01 wt.-%. wherein the mono- and dicetyl esters of phosphoric acid or salts thereof are the potassium salts thereof and wherein the inorganic phosphate content in the topical composition is less than 0.01 wt.-%.
Friction ring body for arrangement at the wheel web of a rail wheel for a rail vehicle for forming a rail wheel brake, characterized in that the friction ring body comprises a friction ring cut out of a flat metal material and several connection bodies (12, 13) arranged at the friction ring by means of a firm bonding technology.