mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for mitigating erosion in flow conduits, comprising: a housing configured to be disposed in a flow conduit including a fluid inlet and a fluid outlet and a flow path (14; 46) therebetween; a movable insert disposed within the housing and configured to alter a flow of a fluid passing from the fluid inlet to the fluid outlet, wherein the movable insert comprises an index plate (10; 40) having two or more holes (11; 42) positionable within the flow path (14; 46) and configured to restrict flow within the flow path (14; 46); and a mechanism to adjust a position of the movable insert, characterized in that the movable insert comprises replaceable wear inserts disposed over the entirety or a portion of the two or more holes (11; 42). a housing configured to be disposed in a flow conduit including a fluid inlet and a fluid outlet and a flow path (14; 46) therebetween; a movable insert disposed within the housing and configured to alter a flow of a fluid passing from the fluid inlet to the fluid outlet, wherein the movable insert comprises an index plate (10; 40) having two or more holes (11; 42) positionable within the flow path (14; 46) and configured to restrict flow within the flow path (14; 46); and a mechanism to adjust a position of the movable insert, characterized in that the movable insert comprises replaceable wear inserts disposed over the entirety or a portion of the two or more holes (11; 42).
Toy figure (1; 48) - with a body - with two leg portions (32, 33), which are connected by leg ball joints (34, 35) to a hip portion of the body, characterised in that joint elements (36, 37) of the leg ball joints (34, 35) of the two leg portions (32, 33), which are mounted in counter-joint elements (38, 39) of the leg portions (32, 33), are connected to one another by leg holding portions (40, 41), which are formed in one piece on the joint elements (36, 37). - with a body - with two leg portions (32, 33), which are connected by leg ball joints (34, 35) to a hip portion of the body, characterised in that joint elements (36, 37) of the leg ball joints (34, 35) of the two leg portions (32, 33), which are mounted in counter-joint elements (38, 39) of the leg portions (32, 33), are connected to one another by leg holding portions (40, 41), which are formed in one piece on the joint elements (36, 37).
A radio access network, comprising: a radio access station; and a first and a second transmitting entity (14A-G), controlled by the radio access station, wherein the radio access station is arranged to allocate a control channel in a first set of physical channels for the first transmitting entity; and wherein the radio access station is further arranged to allocate a control channel in a second set of physical channels, exclusive to the first set of physical channels, for the second transmitting entity, characterised in that the radio access station is further arranged to allocate a first traffic channel in a third set of physical channels, exclusive to both the first and the second sets of physical channels, for the first transmitting entity and to allocate a second traffic channel in the third set of physical channels for the second transmitting entity, wherein the control channels of the first and the second sets of physical channels comprise different radio access station identification data. a radio access station; and a first and a second transmitting entity (14A-G), controlled by the radio access station, wherein the radio access station is arranged to allocate a control channel in a first set of physical channels for the first transmitting entity; and wherein the radio access station is further arranged to allocate a control channel in a second set of physical channels, exclusive to the first set of physical channels, for the second transmitting entity, characterised in that the radio access station is further arranged to allocate a first traffic channel in a third set of physical channels, exclusive to both the first and the second sets of physical channels, for the first transmitting entity and to allocate a second traffic channel in the third set of physical channels for the second transmitting entity, wherein the control channels of the first and the second sets of physical channels comprise different radio access station identification data.
A method comprising: providing a shrouded turbine blade; determining a vibration characteristic of the shrouded turbine blade that comprises an airfoil attached to a shroud, characterized by further comprising: identifying an anti-node of the vibration characteristic, wherein the anti-node is located at a corner (80A, 80B) of the shrouded turbine blade; and removing the corner (80A, 80B) of the shrouded turbine blade after determining the vibration characteristic. identifying an anti-node of the vibration characteristic, wherein the anti-node is located at a corner (80A, 80B) of the shrouded turbine blade; and removing the corner (80A, 80B) of the shrouded turbine blade after determining the vibration characteristic.
Method performed by a base station system of a wireless communication network, for increasing signal quality of signals sent from a radio head, RH, to a radio unit, RU over a metallic conductor, the base station system comprising a baseband unit, BBU, the RU and the RH, wherein the RU is connected to the RH via the metallic conductor, the method comprising, at the RH: amplifying, by an amplification unit, a signal to be transmitted from the RH to the RU; changing the signal amplification level of the amplification unit; and transmitting the amplified signal to the RU, the method further comprising, at the RU: receiving the amplified signal, characterised by compensating, by a compensating unit capable of adapting its amplification level, for the change in signal amplification level performed at the RH such that the strength of the signal is transparent to the base station system, signifying that when the signal amplification at the RH is increased with an amount, a signal amplification at the RU is decreased with approximately the same amount. amplifying, by an amplification unit, a signal to be transmitted from the RH to the RU; changing the signal amplification level of the amplification unit; and transmitting the amplified signal to the RU, the method further comprising, at the RU: receiving the amplified signal, characterised by compensating, by a compensating unit capable of adapting its amplification level, for the change in signal amplification level performed at the RH such that the strength of the signal is transparent to the base station system, signifying that when the signal amplification at the RH is increased with an amount, a signal amplification at the RU is decreased with approximately the same amount. receiving the amplified signal, characterised by compensating, by a compensating unit capable of adapting its amplification level, for the change in signal amplification level performed at the RH such that the strength of the signal is transparent to the base station system, signifying that when the signal amplification at the RH is increased with an amount, a signal amplification at the RU is decreased with approximately the same amount.
A method performed by an application function associated with a communication network, the method comprising: sending, to a network function of the communication network, a key request for a security key (K AF) associated with an application session between the AF and a user equipment, wherein the key request includes a request for a first identifier of the UE; receiving, from the NF, a response that includes the security key (K AF) and the first identifier; and authenticating the UE for the application session based on the response. receiving, from the NF, a response that includes the security key (K AF) and the first identifier; and authenticating the UE for the application session based on the response.
Method for installing or uninstalling a component of a wind turbine, which component is moved with a lifting device at which the component is fixed with cables, wherein at least two ropes are fixed to the component, characterized in that each rope runs to a winch attached at a previously installed component of the wind turbine, with the ropes crossing each other and being moved around the winches for tensioning the rope while the component is lowered to its installation position or is lifted from its installation position.
A hydraulic system for a mobile work vehicle, the hydraulic system configurable in a hybrid mode and a hydrostatic mode, the hydraulic system comprising: a pump/motor adapted to exchange power with a drive train of the mobile work vehicle for powering propulsion elements including wheels or tracks of the work vehicle through the drive train; a propel circuit (400, 402, 440) adapted to exchange hydraulic fluid power with the pump/motor;a pump adapted to transfer power from a prime mover of the mobile work vehicle to the propel circuit (400, 402, 440); a hydraulic accumulator adapted to exchange hydraulic fluid power via an accumulator isolation valve with the propel circuit (400, 402, 440) when the hydraulic system is configured in the hybrid mode, wherein the pressure rating and/or the working pressure of the hydraulic accumulator can correspondingly be lowered in a hydraulic system that can switch between the hydrostatic mode where the hydraulic accumulator is isolated and the hybrid propel mode where the hydraulic accumulator is connected; and an accessory circuit (240, 404', 422, 430) adapted to receive hydraulic fluid power from the hydraulic accumulator at least when the hydraulic system is configured in the hydrostatic mode and the accumulator isolation valve is closed; characterized in that hydraulic power may be tapped from a high pressure line of the propel circuit (400, 402, 440) and further used to power accessory circuit (240, 404', 422, 430). a pump/motor adapted to exchange power with a drive train of the mobile work vehicle for powering propulsion elements including wheels or tracks of the work vehicle through the drive train; a propel circuit (400, 402, 440) adapted to exchange hydraulic fluid power with the pump/motor;a pump adapted to transfer power from a prime mover of the mobile work vehicle to the propel circuit (400, 402, 440); a hydraulic accumulator adapted to exchange hydraulic fluid power via an accumulator isolation valve with the propel circuit (400, 402, 440) when the hydraulic system is configured in the hybrid mode, wherein the pressure rating and/or the working pressure of the hydraulic accumulator can correspondingly be lowered in a hydraulic system that can switch between the hydrostatic mode where the hydraulic accumulator is isolated and the hybrid propel mode where the hydraulic accumulator is connected; and an accessory circuit (240, 404', 422, 430) adapted to receive hydraulic fluid power from the hydraulic accumulator at least when the hydraulic system is configured in the hydrostatic mode and the accumulator isolation valve is closed; characterized in that hydraulic power may be tapped from a high pressure line of the propel circuit (400, 402, 440) and further used to power accessory circuit (240, 404', 422, 430).
A focusing method, comprising: receiving a focusing instruction; opening, according to the focusing instruction, a laser transceiver to transmit a laser, and receiving a laser returned after reflection; obtaining a time difference between the transmitted laser and the received laser, and determining a distance between a terminal device and a photographed object according to the time difference; determining an image distance of a camera according to the distance, and determining a lens displacement of the camera according to the image distance; driving, according to the lens displacement, a lens of the camera to move, so as to complete focusing; characterised in that when focusing is completed, indicating that the to-be-photographed scene can be clearly imaged and responsive thereto, closing the laser transceiver; and receiving a photographing instruction, and performing photographing according to the photographing instruction to obtain a picture; wherein the step of performing photographing according to the photographing instruction to obtain a picture is performed after the step of closing the laser transceiver is completed. receiving a focusing instruction; opening, according to the focusing instruction, a laser transceiver to transmit a laser, and receiving a laser returned after reflection; obtaining a time difference between the transmitted laser and the received laser, and determining a distance between a terminal device and a photographed object according to the time difference; determining an image distance of a camera according to the distance, and determining a lens displacement of the camera according to the image distance; driving, according to the lens displacement, a lens of the camera to move, so as to complete focusing; characterised in that when focusing is completed, indicating that the to-be-photographed scene can be clearly imaged and responsive thereto, closing the laser transceiver; and receiving a photographing instruction, and performing photographing according to the photographing instruction to obtain a picture; wherein the step of performing photographing according to the photographing instruction to obtain a picture is performed after the step of closing the laser transceiver is completed.
A rotary electric shaver comprising: a main body in which a motor and a first transmission mechanism that transmits a driving power of the motor are built, and a connecting portion is disposed; a head unit in which a plurality of blade units each having an outer blade having a circular shaving surface on an outer side, an inner blade being in sliding contact with an inner surface of the outer blade, and a driven shaft rotating the inner blade are disposed, and a second transmission mechanism that transmits a driving power of the first transmission mechanism to rotate the driven shaft is built, and which is connected to the connecting portion; and a drive shaft that transmits the driving power of the first transmission mechanism to the second transmission mechanism, wherein a first endless belt is disposed in the first transmission mechanism and a second endless belt is disposed in the second transmission mechanism. a main body in which a motor and a first transmission mechanism that transmits a driving power of the motor are built, and a connecting portion is disposed; a head unit in which a plurality of blade units each having an outer blade having a circular shaving surface on an outer side, an inner blade being in sliding contact with an inner surface of the outer blade, and a driven shaft rotating the inner blade are disposed, and a second transmission mechanism that transmits a driving power of the first transmission mechanism to rotate the driven shaft is built, and which is connected to the connecting portion; and a drive shaft that transmits the driving power of the first transmission mechanism to the second transmission mechanism, wherein a first endless belt is disposed in the first transmission mechanism and a second endless belt is disposed in the second transmission mechanism.
A method for assaying a substance for an n-3 polyunsaturated fatty acid (PUFA) activity comprising the steps of: providing a first non-human test system including a gene encoding a mRNA sequence having a coding region for a first reporter protein operably linked to a first biomarker gene promoter; providing a second non-human test system including a gene encoding a second mRNA sequence having a coding region for a second reporter protein operably linked to a second biomarker gene promoter; contacting the second test system with the substance; contacting the first test system with a standard substance or a control substance; and detecting transcription levels of the first and second mRNA sequences, wherein the transcription level of the second mRNA sequence is greater than the transcription level of the first mRNA sequence if the substance has an n-3 PUFA activity, and wherein said first and said second biomarker gene promoter is selected from the group consisting of pro-apoptotic C/EBP protein (CHOP) gene promoter, ER chaperone binding protein (BiP) gene promoter, Activating Transcription Factor 4 (ATF-4) gene promoter, and X-box binding protein 1 (Xbp-1) gene promoter. providing a first non-human test system including a gene encoding a mRNA sequence having a coding region for a first reporter protein operably linked to a first biomarker gene promoter; providing a second non-human test system including a gene encoding a second mRNA sequence having a coding region for a second reporter protein operably linked to a second biomarker gene promoter; contacting the second test system with the substance; contacting the first test system with a standard substance or a control substance; and detecting transcription levels of the first and second mRNA sequences, wherein the transcription level of the second mRNA sequence is greater than the transcription level of the first mRNA sequence if the substance has an n-3 PUFA activity, and wherein said first and said second biomarker gene promoter is selected from the group consisting of pro-apoptotic C/EBP protein (CHOP) gene promoter, ER chaperone binding protein (BiP) gene promoter, Activating Transcription Factor 4 (ATF-4) gene promoter, and X-box binding protein 1 (Xbp-1) gene promoter.
A wireless battery management system, comprising: a master configured to wirelessly transmit a main command packet every reference time; and a plurality of slaves (200_1 - 200_N) provided to monitor a state of a plurality of battery modules, each slave including a watchdog timer, each slave (200_1 - 200_N) configured to wirelessly transmit a response packet including an ID of each slave (200_1 - 200_N) when receiving the main command packet, wherein the master is configured to: scan the response packet from each slave (200_1 - 200_N) during a threshold time from a time point at which the main command packet was transmitted, classify each slave (200_1 - 200_N) to which the ID included in each response packet received within the threshold time is allocated as a first group, and each slave (200_1 - 200_N) not classified as the first group as a second group, and wherein each slave (200_1 - 200_N) is configured to: initialize a time count of the watchdog timer when receiving the main command packet, be reset by the watchdog timer when the time count of the watchdog timer reaches a timeout that is equal to or less than the reference time. a master configured to wirelessly transmit a main command packet every reference time; and a plurality of slaves (200_1 - 200_N) provided to monitor a state of a plurality of battery modules, each slave including a watchdog timer, each slave (200_1 - 200_N) configured to wirelessly transmit a response packet including an ID of each slave (200_1 - 200_N) when receiving the main command packet, wherein the master is configured to: scan the response packet from each slave (200_1 - 200_N) during a threshold time from a time point at which the main command packet was transmitted, classify each slave (200_1 - 200_N) to which the ID included in each response packet received within the threshold time is allocated as a first group, and each slave (200_1 - 200_N) not classified as the first group as a second group, and wherein each slave (200_1 - 200_N) is configured to: initialize a time count of the watchdog timer when receiving the main command packet, be reset by the watchdog timer when the time count of the watchdog timer reaches a timeout that is equal to or less than the reference time. initialize a time count of the watchdog timer when receiving the main command packet, be reset by the watchdog timer when the time count of the watchdog timer reaches a timeout that is equal to or less than the reference time.
A crosslinkable composition comprising: an acid- and epoxy-functional (meth)acrylic copolymer comprising interpolymerized monomers comprising: an epoxy-functional (meth)acryloyl monomer; an acid-functional ethylenically unsaturated monomer; and an optional multifunctional (meth)acrylate crosslinker; and a chlorinated triazine crosslinking agent; wherein the epoxy-functional (meth)acryloyl monomer is used in an amount of no greater than 5 parts by weight, and the chlorinated triazine crosslinking agent is used in an amount of no greater than 0.01 part by weight, relative to 100 parts by weight of the total monomer content that would form an unmodified acid-functional (meth)acrylic copolymer. an acid- and epoxy-functional (meth)acrylic copolymer comprising interpolymerized monomers comprising: an epoxy-functional (meth)acryloyl monomer; an acid-functional ethylenically unsaturated monomer; and an optional multifunctional (meth)acrylate crosslinker; and an epoxy-functional (meth)acryloyl monomer; an acid-functional ethylenically unsaturated monomer; and an optional multifunctional (meth)acrylate crosslinker; and a chlorinated triazine crosslinking agent; wherein the epoxy-functional (meth)acryloyl monomer is used in an amount of no greater than 5 parts by weight, and the chlorinated triazine crosslinking agent is used in an amount of no greater than 0.01 part by weight, relative to 100 parts by weight of the total monomer content that would form an unmodified acid-functional (meth)acrylic copolymer.
Copper-ceramic composite comprising - a ceramic substrate, - a coating composed of copper or a copper alloy present on the ceramic substrate, wherein the grains of the copper or copper alloy each have a maximum grain diameter d K,max, a grain diameter d K,ortho running perpendicular to d K,max, determined on half the length of d K,max, and a shape factor R K = d K,ortho /d K,max and the copper or copper alloy has an average grain shape factor R a (Cu), determined as arithmetic mean of the shape factors R K of the grains of the copper or copper alloy, of at least 0.60 and wherein the coating composed of copper or a copper alloy is applied by a DCB process to the ceramic substrate. - a ceramic substrate, - a coating composed of copper or a copper alloy present on the ceramic substrate,
A networking system having a main device redundancy configuration comprising a plurality of main devices communicating with one another, one of the main devices acting as a master main device, remaining main devices other than the master main device acting as slave main devices, the main device is adapted to act as a master main device and access packages accommodated in main devices which are adapted to act as slave main devices via communication therebetween, wherein if the master main device malfunctions, one of the slave main devices is adapted to substitute for the master main device to act as a new master main device, characterized in that each main device has its own physical IP address, and the physical IP address of each main device is adapted to be used for communication between main devices, and that if a telephone terminal depresses a specific number and a system ID of the main device that is to act as the master main device, the master main device determines a new master main device having the system ID which is depressed by the telephone terminal, acquires the physical IP address of the new master main device from the list of physical IP addresses held by the master main device and transmits a command indicating that a main device which receives this command operates as a master main device, to the new master main device as a packet, and the main device having received the command starts operating as the master main device and notifies all the main devices that the master main device has been changed over.