mhurhangee/ep-ind-claims huggingface dataset:
A method for paging a user equipment, UE, by a mobility management entity, MME, in a wireless communication network, the method comprising: receiving, from a serving gateway, SGW, a paging request for a packet switched, PS, service for the UE; transmitting, to an evolved Node B, eNB, a paging message for the PS service without a paging priority based on the paging request for the PS service; while waiting for a response to the paging message for the PS service, receiving (520, 522), from a mobile switching center, MSC, a paging request for a circuit switched, CS, service for the UE with a priority indication; transmitting (522, 524), to the eNB, a paging message for the CS service based on the paging request for the CS service, the paging message including the paging priority; wherein the paging priority indicates to handle the paging message for the CS service in preference to the paging message for the PS service. receiving, from a serving gateway, SGW, a paging request for a packet switched, PS, service for the UE; transmitting, to an evolved Node B, eNB, a paging message for the PS service without a paging priority based on the paging request for the PS service; while waiting for a response to the paging message for the PS service, receiving (520, 522), from a mobile switching center, MSC, a paging request for a circuit switched, CS, service for the UE with a priority indication; transmitting (522, 524), to the eNB, a paging message for the CS service based on the paging request for the CS service, the paging message including the paging priority; wherein the paging priority indicates to handle the paging message for the CS service in preference to the paging message for the PS service.
A magnetizable thermoplastic elastomer composition comprising an admixture of thermoplastic polymer, elastomeric polymer, and magnetizable powder, wherein said thermoplastic polymer is thermoplastic elastomer and said elastomeric polymer is a thermoset elastomer.
An energy module for a utility vehicle, preferably a truck or a bus, comprising: a plurality of high-voltage energy storages; a cooling system for cooling the high-voltage energy storages; and a support structure supporting the plurality of high-voltage energy storages and the cooling system and configured to be attached to a vehicle frame of the utility vehicle from below; characterised in that the support structure elastically supports and/or decouples the plurality of high-voltage energy storages and/or the cooling system from a base frame of the support structure. a plurality of high-voltage energy storages; a cooling system for cooling the high-voltage energy storages; and a support structure supporting the plurality of high-voltage energy storages and the cooling system and configured to be attached to a vehicle frame of the utility vehicle from below; characterised in that the support structure elastically supports and/or decouples the plurality of high-voltage energy storages and/or the cooling system from a base frame of the support structure.
A capacitor assembly comprising: - at least two capacitor stacks, the capacitor stacks having a layer structure with plural layers including a top layer and a bottom layer, wherein layers of the capacitor stacks experience compression when the capacitor assembly is deployed in a high pressure environment, - a support assembly for supporting the capacitor stacks, wherein the capacitor stacks are stacked on top of each other in the support assembly, the support assembly having a compression member which compresses the at least two capacitor stacks in a direction substantially perpendicular to the layer structure to apply a compressive force to the layer structure so as to allow a deployment of the capacitor assembly in a high pressure environment, and - a pressure distribution arrangement which is configured to adjust the distribution of the pressure applied to the capacitor stacks by the compression member so as to provide a more uniform distribution of the pressure across the layer structure of the capacitor stacks when the capacitor assembly is deployed in a high pressure environment in which layers of the capacitor stacks experience compression. - at least two capacitor stacks, the capacitor stacks having a layer structure with plural layers including a top layer and a bottom layer, wherein layers of the capacitor stacks experience compression when the capacitor assembly is deployed in a high pressure environment, - a support assembly for supporting the capacitor stacks, wherein the capacitor stacks are stacked on top of each other in the support assembly, the support assembly having a compression member which compresses the at least two capacitor stacks in a direction substantially perpendicular to the layer structure to apply a compressive force to the layer structure so as to allow a deployment of the capacitor assembly in a high pressure environment, and - a pressure distribution arrangement which is configured to adjust the distribution of the pressure applied to the capacitor stacks by the compression member so as to provide a more uniform distribution of the pressure across the layer structure of the capacitor stacks when the capacitor assembly is deployed in a high pressure environment in which layers of the capacitor stacks experience compression.
A method for exiting, by a peer owner, a wireless fidelity, Wi-Fi, peer-to-peer network including the peer owner and a plurality of client devices (102; 103; 104), the method comprising: delegating ownership of the peer-to-peer network from the peer owner to a new owner from among said the plurality of client devices; wherein delegating the ownership comprises: broadcasting an intent request to the plurality of client devices indicating an intent to delegate ownership of the peer-to-peer network; receiving responses to the intent request from the plurality of client devices; determining the new owner from among the plurality of client devices according to the received responses; sending a delegation request to the new owner; transferring ownership of the peer-to-peer network to the new owner; and exiting the network after delegating the ownership to the new owner. delegating ownership of the peer-to-peer network from the peer owner to a new owner from among said the plurality of client devices; wherein delegating the ownership comprises: broadcasting an intent request to the plurality of client devices indicating an intent to delegate ownership of the peer-to-peer network; receiving responses to the intent request from the plurality of client devices; determining the new owner from among the plurality of client devices according to the received responses; sending a delegation request to the new owner; transferring ownership of the peer-to-peer network to the new owner; and exiting the network after delegating the ownership to the new owner. broadcasting an intent request to the plurality of client devices indicating an intent to delegate ownership of the peer-to-peer network; receiving responses to the intent request from the plurality of client devices; determining the new owner from among the plurality of client devices according to the received responses; sending a delegation request to the new owner; transferring ownership of the peer-to-peer network to the new owner; and exiting the network after delegating the ownership to the new owner.
A centrifugal separator comprising a casing which delimits a space which is sealed relative to the surroundings of the casing and in which a rotor is arranged for rotation, which rotor forms within itself a separation space which is sealed or isolated from the space, and in which separation space centrifugal separation of at least one higher density component and at least one lower density component from a fluid takes place during operation, into which rotor at least one inlet extends for introducing said fluid to the separation space, and from which rotor at least one first outlet (10, 25, 26) extends for discharge of at least one component separated from the fluid during operation, wherein the space is connected to a pump device (19, 29) which is arranged to remove gas from the space during operation, thereby maintaining negative pressure in said space, and wherein the rotor comprises at least one second outlet extending from a portion of the separation space to the space for discharge of at least one higher density component separated from the fluid during operation, characterised in that, a discharge device (24, 29) in the form of a pump is arranged to remove the at least one higher density component separated from the fluid during operation from the space.
A fuel control apparatus for an internal combustion engine of a vehicle, the internal combustion engine comprising an exhaust purification apparatus (300, 400) disposed in an exhaust passage of the internal combustion engine, the internal combustion engine further comprising a fuel supply apparatus capable of supplying, as fuel, a first fuel and a second fuel, wherein a reducing agent in the exhaust gas is greater when the second fuel is supplied than when the first fuel is supplied, said fuel control apparatus comprising: a first controlling device configured to control the fuel supply apparatus to temporarily stop the supply of the fuel under a predetermined condition; and a second controlling device configured to control the fuel supply apparatus to supply the second fuel as the fuel and to control an exhaust air-fuel ratio to be on the rich side, if the supply of the fuel is restarted from a state in which the supply of the fuel is temporarily stopped. a first controlling device configured to control the fuel supply apparatus to temporarily stop the supply of the fuel under a predetermined condition; and a second controlling device configured to control the fuel supply apparatus to supply the second fuel as the fuel and to control an exhaust air-fuel ratio to be on the rich side, if the supply of the fuel is restarted from a state in which the supply of the fuel is temporarily stopped.
A locking plate for restricting rotation of a fastener connecting a first component of a gas turbine engine and a second component of a gas turbine engine, comprising: a base having a planar surface receivable in overlapping arrangement with a head of the fastener; a locking portion extending from the base wherein engagement between the locking portion and the first component restricts rotation of the locking portion; and a key configured to couple to the base, the key extending from the base and connectable to the fastener such that the fastener is not rotatable relative to the key when the locking portion has engaged the first component, wherein the key and the base are formed as separate components; wherein the base further comprises an opening for receiving the key such that the key protrudes beyond the planar surface of the base; wherein a first portion of the key is receivable within a wrenching feature formed in a head of the fastener and a second portion of the key is couplable to the base via the opening. a base having a planar surface receivable in overlapping arrangement with a head of the fastener; a locking portion extending from the base wherein engagement between the locking portion and the first component restricts rotation of the locking portion; and a key configured to couple to the base, the key extending from the base and connectable to the fastener such that the fastener is not rotatable relative to the key when the locking portion has engaged the first component, wherein the key and the base are formed as separate components; wherein the base further comprises an opening for receiving the key such that the key protrudes beyond the planar surface of the base; wherein a first portion of the key is receivable within a wrenching feature formed in a head of the fastener and a second portion of the key is couplable to the base via the opening.
An imaging device comprising: an image capturing unit which captures an image of a subject and outputs the captured image (300,310); a geomagnetic sensor and an acceleration sensor; an azimuth converting and calculating unit which calculates a rotation angle of the imaging device in a roll direction and a rotation angle of the imaging device in a pitch direction, based on geomagnetism information detected by the geomagnetic sensor and acceleration information detected by the acceleration sensor and which detects whether or not the image capturing direction is a virtually vertical direction based on the rotation angle in the pitch direction, wherein the virtually vertical direction may include a small predetermined angle δ with respect to the exact vertical direction with 0°<δ<10°; when the image capturing direction is the virtually vertical direction, the azimuth calculating unit calculates the azimuth in a direction vertical to the image capturing direction, based on the rotation angle in the pitch direction and on the rotation angle in the roll direction; a display unit which displays a compass image (302,306,312,316) representing the azimuth in the direction vertical to the image capturing direction and the captured image (300,310); and a recording unit which associates azimuth information representing the azimuth in the direction vertical to the image capturing direction, with the captured image (300,310) to record in a recording medium. an image capturing unit which captures an image of a subject and outputs the captured image (300,310); a geomagnetic sensor and an acceleration sensor; an azimuth converting and calculating unit which calculates a rotation angle of the imaging device in a roll direction and a rotation angle of the imaging device in a pitch direction, based on geomagnetism information detected by the geomagnetic sensor and acceleration information detected by the acceleration sensor and which detects whether or not the image capturing direction is a virtually vertical direction based on the rotation angle in the pitch direction, wherein the virtually vertical direction may include a small predetermined angle δ with respect to the exact vertical direction with 0°<δ<10°; when the image capturing direction is the virtually vertical direction, the azimuth calculating unit calculates the azimuth in a direction vertical to the image capturing direction, based on the rotation angle in the pitch direction and on the rotation angle in the roll direction; a display unit which displays a compass image (302,306,312,316) representing the azimuth in the direction vertical to the image capturing direction and the captured image (300,310); and a recording unit which associates azimuth information representing the azimuth in the direction vertical to the image capturing direction, with the captured image (300,310) to record in a recording medium.
An automatic transmission assembly comprising: a housing comprising a detent part; a gear shift lever comprising a guide part and a detent bar that is movable upwards and downwards within the guide part, the detent bar being movable forwards and rearwards within the detent part by a forwards and rearwards movement of the gear shift lever; and a stopper being integrally formed of a resilient plastic material, wherein said stopper is connected to the housing by a first connector and a second connector and comprises a resilient part, situated between the first and second connector (311, 312), and a head connected to one side of the resilient part by a neck part, wherein the head being situated on one side of the detent part and being spaced apart from said detent part, wherein the detent bar confines a rearwards movement of the gear shift lever while making contact with a front surface of an outside of the head when the detent bar is moved rearwards, wherein the stopper is, due to the resiliency of its resilient part and its neck part, pivotally movable forwards, rearwards, leftwards and rightwards, and wherein the head and the detent bar are configured such that the stopper is pivoted leftwards and rightwards when the detent bar is moved from the rearmost side to a front side of the forward/rearward movable displacement of said detent bar such that the detent bar is movable irrespective of the head. a housing comprising a detent part; a gear shift lever comprising a guide part and a detent bar that is movable upwards and downwards within the guide part, the detent bar being movable forwards and rearwards within the detent part by a forwards and rearwards movement of the gear shift lever; and a stopper being integrally formed of a resilient plastic material, wherein said stopper is connected to the housing by a first connector and a second connector and comprises a resilient part, situated between the first and second connector (311, 312), and a head connected to one side of the resilient part by a neck part, wherein the head being situated on one side of the detent part and being spaced apart from said detent part, wherein the detent bar confines a rearwards movement of the gear shift lever while making contact with a front surface of an outside of the head when the detent bar is moved rearwards, wherein the stopper is, due to the resiliency of its resilient part and its neck part, pivotally movable forwards, rearwards, leftwards and rightwards, and wherein the head and the detent bar are configured such that the stopper is pivoted leftwards and rightwards when the detent bar is moved from the rearmost side to a front side of the forward/rearward movable displacement of said detent bar such that the detent bar is movable irrespective of the head.
An infrastructure monitoring system comprising: an operations center, and a plurality of communications devices communicatively coupled to the operations center; wherein, at least one communications device of said plurality of communications devices is coupled to a component of the infrastructure, wherein the component of the infrastructure is a fire hydrant and the communication device coupled to the fire hydrant is a repeater; and wherein at least two communications devices are monitoring devices, the first monitoring device monitoring a first aspect of the infrastructure and the second monitoring device monitoring a second aspect of the infrastructure, wherein at least one of the at least two communications devices is an output device, wherein at least one output device is a Radio-Frequency Identification device, wherein the Radio-Frequency Identification device is adapted to broadcast at least one of manufacturer information, location information, last service date, device information and current status. an operations center, and a plurality of communications devices communicatively coupled to the operations center; wherein, at least one communications device of said plurality of communications devices is coupled to a component of the infrastructure, wherein the component of the infrastructure is a fire hydrant and the communication device coupled to the fire hydrant is a repeater; and wherein at least two communications devices are monitoring devices, the first monitoring device monitoring a first aspect of the infrastructure and the second monitoring device monitoring a second aspect of the infrastructure, wherein at least one of the at least two communications devices is an output device, wherein at least one output device is a Radio-Frequency Identification device, wherein the Radio-Frequency Identification device is adapted to broadcast at least one of manufacturer information, location information, last service date, device information and current status.
A cladding fastener, comprising: - an elongated spike, - a sleeve having a body, - the first end of the spike comprising a form lock for attaching to a concrete frame of a concrete element, and - a spacer, wherein - the second end of the spike is provided with connection means for attaching to the sleeve and connection means for attaching to the spacer, and - the spacer is provided with connection means of the spacer for attaching to the spike and a fastener for a grip, characterized in that - the sleeve has a flange extending to the side from the body and a countersink hole for fitting the outer diameter of the spacer, the countersink hole ending in a shoulder and extending therefrom as a hole through the sleeve. - an elongated spike, - a sleeve having a body, - the first end of the spike comprising a form lock for attaching to a concrete frame of a concrete element, and - a spacer, wherein - the second end of the spike is provided with connection means for attaching to the sleeve and connection means for attaching to the spacer, and - the spacer is provided with connection means of the spacer for attaching to the spike and a fastener for a grip, - the sleeve has a flange extending to the side from the body and a countersink hole for fitting the outer diameter of the spacer, the countersink hole ending in a shoulder and extending therefrom as a hole through the sleeve.
A shift register (200, 400) comprising an input, an output and a plurality of register cells serially connected between the input and the output, each register cell being connected to a neighboring cell via a node, wherein at least some of said nodes comprise a multiplexer having an output coupled to the downstream register cell and a plurality of inputs, each of said plurality of inputs being coupled to a different upstream register cell such that different length sections of the shift register can be selectively bypassed, the shift register being characterized by further comprising a set of parallel input/output channels IO (230, 410) allowing for parallel loading of data into or from the shift register and CLAIMS facilitating conversion between interleaved and de-interleaved data, each of said IO channels being coupled to a different one of said nodes, the number of parallel IO channels being smaller than the total number of register cells in the shift register.
A wind turbine, comprising a hub, a blade, a blade bearing which is connected to the hub and which enables a rotational movement of the blade relative to the hub, and an adjustment device for adjusting a pitch angle of the blade, wherein the adjustment device comprises at least one actuator (11, 12) and wherein an effective direction of an adjustment force of the at least one actuator (11, 12) when adjusting the pitch angle of the blade is tilted in an angle relative to a bearing plane of the blade bearing.
Method for controlling a turbocompressor, whereby a compressed air line is connected to this turbocompressor with a non-return valve provided therein, wherein when one or several process parameters exceed a predetermined limit, the rotational speed of the turbocompressor will be reduced very suddenly to a predetermined minimum rotational speed characterised in that at the time the rotational speed of the turbocompressor is reduced very suddenly to a predetermined minimum rotational speed, the above-mentioned non-return valve will be closed, and in that, after the above-mentioned reduction of the rotational speed, when one or several gear-down conditions are fulfilled, the rotational speed of the compressor will be increased again and the non-return valve will be opened, and in that combined with the sudden reduction of the rotational speed, also an amount of compressed gas is diverted and/or blown off into the atmosphere so as to prevent any backflow.