mhurhangee/ep-ind-claims huggingface dataset:
A heat exchange system comprising: - a first circulation circuit annularly provided to allow a first liquid to be circulated therein; - a second circulation circuit annularly provided to allow a second liquid to be circulated therein; - a heat exchanger configured to perform heat exchange between the first liquid and the second liquid; - a pressure retention unit configured to pressurize and retain a portion of the second liquid; - an opening and closing mechanism unit disposed on an inlet side of the heat exchanger, into which the second liquid is to flow, the opening and closing mechanism unit being configured to switch the second liquid to flow into the heat exchanger between the portion of the second liquid which flows from the pressure retention unit and an other portion of the second liquid which flows from the second circulation circuit; and - a controller configured to control a pressure to be applied to the second liquid retained by the pressure retention unit, and control a switching operation of the opening and closing mechanism unit, wherein the controller controls the pressure retention unit and the opening and closing mechanism unit to supply the heat exchanger with the second liquid to which a shear stress pulse cycle has been applied, the shear stress pulse cycle being a combination of a plurality of shear stress pulses having different stresses. - a first circulation circuit annularly provided to allow a first liquid to be circulated therein; - a second circulation circuit annularly provided to allow a second liquid to be circulated therein; - a heat exchanger configured to perform heat exchange between the first liquid and the second liquid; - a pressure retention unit configured to pressurize and retain a portion of the second liquid; - an opening and closing mechanism unit disposed on an inlet side of the heat exchanger, into which the second liquid is to flow, the opening and closing mechanism unit being configured to switch the second liquid to flow into the heat exchanger between the portion of the second liquid which flows from the pressure retention unit and an other portion of the second liquid which flows from the second circulation circuit; and - a controller configured to control a pressure to be applied to the second liquid retained by the pressure retention unit, and control a switching operation of the opening and closing mechanism unit,
An information processing apparatus characterized in that it comprises: a first planning unit at a lower level in a hierarchy, configured to perform predetermined processing for planning of an action of the information processing apparatus while changing a state of the first planning unit between a plurality of types of predetermined states of the first planning unit, wherein in a case where the state has been changed, the first planning unit is configured to notify a second planning unit at a higher level in the hierarchy, being higher than the lower level of the first planning unit, of information indicating that the state has been changed, and the plurality of types of predetermined states includes a plurality of types of states indicating that normal execution of the predetermined processing is in progress. a first planning unit at a lower level in a hierarchy, configured to perform predetermined processing for planning of an action of the information processing apparatus while changing a state of the first planning unit between a plurality of types of predetermined states of the first planning unit, wherein in a case where the state has been changed, the first planning unit is configured to notify a second planning unit at a higher level in the hierarchy, being higher than the lower level of the first planning unit, of information indicating that the state has been changed, and the plurality of types of predetermined states includes a plurality of types of states indicating that normal execution of the predetermined processing is in progress.
A wind turbine generator comprising: a pitch-angle control mechanism for controlling a pitch angle of blades on the basis of a blade-pitch-angle command; an accelerometer, attached to a nacelle, for detecting the acceleration due to vibrations of the nacelle; and an active damping unit for calculating a pitch angle of the blades so as to cancel out the vibrations of the nacelle on the basis of the acceleration detected with the accelerometer and for outputting a blade-pitch-angle command (δθ*) to the pitch-angle control mechanism, wherein the wind turbine generator is characterized in that the active damping unit includes: a speed estimation unit for estimating a speed from the acceleration detected with the accelerometer, wherein the speed estimation unit integrates the acceleration detected with the accelerometer to calculate speed, and a control unit for calculating a pitch angle of the blades so as to cancel out the vibrations of the nacelle on the basis of the speed output from the speed estimation unit, and wherein the control unit includes a phase-lead compensator for advancing the phase of the speed output from the speed estimation unit by a predetermined amount to compensate for a phase-lag of an output of the accelerometer, a phase-lag compensator for delaying the phase of the speed outputted from the phase lead compensator by a predetermined amount, an amplifier for calculating a force Δf by multiplying the speed obtained after the phase-lead compensation by a gain (Dp), and wherein the control unit obtains the pitch angle that generates the force Δf as a thrust on the blades by using characteristics between the pitch angle and a thrust so as to cancel out the vibrations of the nacelle. a pitch-angle control mechanism for controlling a pitch angle of blades on the basis of a blade-pitch-angle command; an accelerometer, attached to a nacelle, for detecting the acceleration due to vibrations of the nacelle; and an active damping unit for calculating a pitch angle of the blades so as to cancel out the vibrations of the nacelle on the basis of the acceleration detected with the accelerometer and for outputting a blade-pitch-angle command (δθ*) to the pitch-angle control mechanism, a speed estimation unit for estimating a speed from the acceleration detected with the accelerometer, wherein the speed estimation unit integrates the acceleration detected with the accelerometer to calculate speed, and a control unit for calculating a pitch angle of the blades so as to cancel out the vibrations of the nacelle on the basis of the speed output from the speed estimation unit, and
A troubleshooting method for an edge routing bridge, RB, in a Transparent Interconnection of Lots of Links, TRILL, campus, wherein the method comprises: receiving, by a second edge RB in a multi-homing access group, a fault notification message sent by a first edge RB in the multi-homing access group by using the TRILL campus, wherein the multi-homing access group is used to connect a customer edge device to the TRILL campus, the multi-homing access group comprises at least two edge RBs, and each of the edge RBs is connected to the customer edge device by using a respective access link; and performing, by the second edge RB, TRILL protocol processing according to the fault notification message; characterized in that when the multi-homing access group works in an active/standby manner, the fault notification message comprises an identifier of the first edge RB and an access port identifier of the first edge RB; and when the multi-homing access group works in an active/active manner, the fault notification message comprises an identifier of the first edge RB and an identifier of a link aggregation group to which the first edge RB belongs; wherein the performing TRILL protocol processing according to the fault notification message comprises: when the first edge RB is an appointed forwarder, AF, determining, from one or more other edge RBs except the first edge RB in the multi-homing access group, a new AF for a first virtual local area network, VLAN, corresponding to the AF. receiving, by a second edge RB in a multi-homing access group, a fault notification message sent by a first edge RB in the multi-homing access group by using the TRILL campus, wherein the multi-homing access group is used to connect a customer edge device to the TRILL campus, the multi-homing access group comprises at least two edge RBs, and each of the edge RBs is connected to the customer edge device by using a respective access link; and performing, by the second edge RB, TRILL protocol processing according to the fault notification message; characterized in that when the multi-homing access group works in an active/standby manner, the fault notification message comprises an identifier of the first edge RB and an access port identifier of the first edge RB; and when the multi-homing access group works in an active/active manner, the fault notification message comprises an identifier of the first edge RB and an identifier of a link aggregation group to which the first edge RB belongs; wherein the performing TRILL protocol processing according to the fault notification message comprises: when the first edge RB is an appointed forwarder, AF, determining, from one or more other edge RBs except the first edge RB in the multi-homing access group, a new AF for a first virtual local area network, VLAN, corresponding to the AF. when the first edge RB is an appointed forwarder, AF, determining, from one or more other edge RBs except the first edge RB in the multi-homing access group, a new AF for a first virtual local area network, VLAN, corresponding to the AF.
Valve unit for an electro-pneumatic brake control device for controlling a parking brake of a vehicle, wherein the valve unit has at least one air-quantity-boosting valve device for ventilating and venting at least one spring-loaded brake cylinder of the parking brake and at least one electrically activated control valve for controlling the air-quantity-boosting valve device, characterized in that the air-quantity-boosting valve device and the at least one control valve are integrated into a common standard valve block.
A method for controlling power amplification applied in a base station or the base station controller, comprising: outputting a voltage signal according to the state of a network equipment, NE, in a radio communication which provides timeslots for providing timeslot periods for the subscribers of the radio communication system; and applying the voltage signal to a grid electrode or a base electrode of at least one power amplifier transistor in a power amplifier in the base station; wherein outputting a voltage signal according to the state of an NE comprises: when the NE is in an Idle state, outputting a voltage signal corresponding to the Idle state, wherein the Idle state indicates that the NE is in an idle timeslot during which the power amplifier does not have RF power output; wherein applying the voltage signal to a grid electrode or a base electrode of at least one power amplifier transistor in a power amplifier comprises: applying the voltage signal corresponding to the Idle state to the grid electrode or the base electrode of at least one power amplifier transistor in the power amplifier to enable the at least one power amplifier transistor to switch off. outputting a voltage signal according to the state of a network equipment, NE, in a radio communication which provides timeslots for providing timeslot periods for the subscribers of the radio communication system; and applying the voltage signal to a grid electrode or a base electrode of at least one power amplifier transistor in a power amplifier in the base station; wherein outputting a voltage signal according to the state of an NE comprises: when the NE is in an Idle state, outputting a voltage signal corresponding to the Idle state, wherein the Idle state indicates that the NE is in an idle timeslot during which the power amplifier does not have RF power output; wherein applying the voltage signal to a grid electrode or a base electrode of at least one power amplifier transistor in a power amplifier comprises: applying the voltage signal corresponding to the Idle state to the grid electrode or the base electrode of at least one power amplifier transistor in the power amplifier to enable the at least one power amplifier transistor to switch off. when the NE is in an Idle state, outputting a voltage signal corresponding to the Idle state, wherein the Idle state indicates that the NE is in an idle timeslot during which the power amplifier does not have RF power output; wherein applying the voltage signal to a grid electrode or a base electrode of at least one power amplifier transistor in a power amplifier comprises: applying the voltage signal corresponding to the Idle state to the grid electrode or the base electrode of at least one power amplifier transistor in the power amplifier to enable the at least one power amplifier transistor to switch off.
A collaboration server comprising: a switch fabric; and a plurality of processing modules (10, 11, 12, 13), each processing module including a CPU core; wherein the plurality of processing modules are interconnected via the switch fabric; wherein the switch fabric comprises four switches (20, 21, 22, 23) arranged in a tree topology of a top switch and three leaf switches (21, 22, 23), each leaf switch being directly connected to the top switch and directly connected to each of the other leaf switches (21, 22, 23); and wherein the plurality of processing modules (10, 11, 12, 13) includes three groups of processing modules: the first group (10, 11) comprising a plurality of processing modules each of which is directly connected to a first of the three leaf switches; the second group comprising a plurality of processing modules each of which is directly connected to a second of the three leaf switches; and the third group comprising a plurality of processing modules each of which is directed to a third of the three leaf switches. a switch fabric; and a plurality of processing modules (10, 11, 12, 13), each processing module including a CPU core; wherein the plurality of processing modules are interconnected via the switch fabric; wherein the switch fabric comprises four switches (20, 21, 22, 23) arranged in a tree topology of a top switch and three leaf switches (21, 22, 23), each leaf switch being directly connected to the top switch and directly connected to each of the other leaf switches (21, 22, 23); and wherein the plurality of processing modules (10, 11, 12, 13) includes three groups of processing modules: the first group (10, 11) comprising a plurality of processing modules each of which is directly connected to a first of the three leaf switches; the second group comprising a plurality of processing modules each of which is directly connected to a second of the three leaf switches; and the third group comprising a plurality of processing modules each of which is directed to a third of the three leaf switches. the first group (10, 11) comprising a plurality of processing modules each of which is directly connected to a first of the three leaf switches; the second group comprising a plurality of processing modules each of which is directly connected to a second of the three leaf switches; and the third group comprising a plurality of processing modules each of which is directed to a third of the three leaf switches.
A surgical stapler end effector, the end effector comprising: (a) a staple cartridge, wherein the staple cartridge comprises: (i) a plurality of staples, and (ii) a deck, wherein the staple cartridge is operable to drive the staples through the deck; (b) an anvil, wherein the anvil is movable from an open position toward the staple cartridge to reach a closed position, wherein the anvil includes an underside having staple forming surface configured to receive staples driven through the deck; and (c) a buttress assembly, wherein the buttress assembly comprises: (i) a buttress body, and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil, wherein the adhesive material comprises a polymer, wherein the polymer is malleable, wherein the polymer is bioabsorbable; wherein the deck of the staple cartridge defines a plurality of openings, wherein the staple cartridge is operable to drive the staples through the openings of the deck, wherein the adhesive material defines a plurality of preformed openings, wherein the openings in the adhesive material are configured and arranged to correspond with the openings of the deck or are sized and positioned to prevent the adhesive material from entering or otherwise covering the staple forming pockets in the anvil. (a) a staple cartridge, wherein the staple cartridge comprises: (i) a plurality of staples, and (ii) a deck, wherein the staple cartridge is operable to drive the staples through the deck; (i) a plurality of staples, and (ii) a deck, wherein the staple cartridge is operable to drive the staples through the deck; (b) an anvil, wherein the anvil is movable from an open position toward the staple cartridge to reach a closed position, wherein the anvil includes an underside having staple forming surface configured to receive staples driven through the deck; and (c) a buttress assembly, wherein the buttress assembly comprises: (i) a buttress body, and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil, wherein the adhesive material comprises a polymer, wherein the polymer is malleable, wherein the polymer is bioabsorbable; (i) a buttress body, and (ii) an adhesive material, wherein the adhesive material is configured to removably secure the buttress body to the deck of the staple cartridge or the underside of the anvil, wherein the adhesive material comprises a polymer, wherein the polymer is malleable, wherein the polymer is bioabsorbable;
A laminated body for the preparation of a fuel cell comprising a membrane electrode assembly including anode and cathode catalyst layers on both sides of an electrolyte membrane, a gas diffusion layer, and a separator, wherein a self-fusing seal material is provided in an end portion of at least one selected from the group consisting of the electrolyte membrane, catalyst layer, the separator, and the gas diffusion layer, characterized in that a tack preventing layer is formed on a surface of the self-fusing seal material which is configured to impede the self-fusion by intervening between the self-fusing seal material at low pressure of equal to or lower than 5 kPa.
A mobile phone for measuring and displaying Internet traffic according to at least two Subscriber Identity Modules, SIMs, accommodated in the mobile phone, wherein the mobile phone comprises: a means for creating a SIM account for each accommodated SIM respectively when it is determined that a SIM account corresponding to the each accommodated SIM does not exist; a means for determining a SIM account corresponding to the data stream when there is an Internet data stream, and writing Internet traffic of the data stream into the corresponding SIM account; and a means for displaying the Internet traffic according to the determined SIM account. a means for creating a SIM account for each accommodated SIM respectively when it is determined that a SIM account corresponding to the each accommodated SIM does not exist; a means for determining a SIM account corresponding to the data stream when there is an Internet data stream, and writing Internet traffic of the data stream into the corresponding SIM account; and a means for displaying the Internet traffic according to the determined SIM account.
A feed system for biomass, operable for separating and diverting biomass residue having a first density from biomass to be collected having a second density greater than the first density, comprising: a conveyor configured and operable for dropping a flow comprising a mixture of the biomass having the first density and the biomass to be collected, along a first path through a space; and feed apparatus disposed in the first path for receiving the flow of biomass therealong, the feed apparatus being configured for receiving and feeding the received biomass into an accompanying collection device, in combination with a fan ducted for directing a flow of air downwardly through the space along a second path intersecting the first path, such that the flow of air will pass through the first path, characterized in that the feed apparatus comprises a rotary impeller configured for receiving and propelling the received biomass into the accompanying collection device and the fan is ducted such the flow of air will divert at least a substantial portion of the biomass residue along the second path away from the impeller, while allowing substantially all of the biomass to be collected to continue along the first path to the impeller so as to be propelled into the collection device by the impeller. a conveyor configured and operable for dropping a flow comprising a mixture of the biomass having the first density and the biomass to be collected, along a first path through a space; and feed apparatus disposed in the first path for receiving the flow of biomass therealong, the feed apparatus being configured for receiving and feeding the received biomass into an accompanying collection device, in combination with a fan ducted for directing a flow of air downwardly through the space along a second path intersecting the first path, such that the flow of air will pass through the first path, characterized in that the feed apparatus comprises a rotary impeller configured for receiving and propelling the received biomass into the accompanying collection device and the fan is ducted such the flow of air will divert at least a substantial portion of the biomass residue along the second path away from the impeller, while allowing substantially all of the biomass to be collected to continue along the first path to the impeller so as to be propelled into the collection device by the impeller.