mhurhangee/ep-ind-claims huggingface dataset:
An electric machine, for driving a vehicle, comprising: - a rotor with a rotor shaft extending in the axial direction, - a stator surrounding the rotor, and - a cylindrical stator housing which receives the stator, wherein the rotor shaft is rotatably mounted in the stator housing, with an integrated, closed cooling line, wherein the cooling line is formed in meandering fashion by a sequence of ducts which extend in the axial direction and deflecting portions which connect adjacent ducts which extend in the axial direction, wherein a fluid coolant flows through the cooling line, characterised in that the stator housing comprises a base body and a cover forming the end face of the stator housing, the deflecting portions on one axial side of the base body and the ducts which extend in the axial direction being formed integrally in the base body, and the deflecting portions on the other axial side of the base body being formed in the cover. - a rotor with a rotor shaft extending in the axial direction, - a stator surrounding the rotor, and - a cylindrical stator housing which receives the stator, wherein the rotor shaft is rotatably mounted in the stator housing, with an integrated, closed cooling line, wherein the cooling line is formed in meandering fashion by a sequence of ducts which extend in the axial direction and deflecting portions which connect adjacent ducts which extend in the axial direction, wherein a fluid coolant flows through the cooling line,
Elevator counterweight assembly comprising - an electrical energy generator module comprising at least one electric generator for generating electrical power when an axis of said at least one generator is rotated; - an accumulator module for storing electrical power produced by said electrical energy generator module; - at least one mechanism for converting a linear motion of said assembly into a rotatory motion for rotating the axis of said at least one electric generator; - a power transfer module for discharging said accumulator module to at least one electric power sink external to said assembly; and characterized by - a battery management unit for causing the power transfer module to discharge said accumulator module only to a main motor of a drive unit of an elevator if an accumulator module charge level is below a threshold, and to discharge said accumulator module to one or more other sinks if said accumulator module charge level is above said threshold. - an electrical energy generator module comprising at least one electric generator for generating electrical power when an axis of said at least one generator is rotated; - an accumulator module for storing electrical power produced by said electrical energy generator module; - at least one mechanism for converting a linear motion of said assembly into a rotatory motion for rotating the axis of said at least one electric generator; - a power transfer module for discharging said accumulator module to at least one electric power sink external to said assembly; and characterized by - a battery management unit for causing the power transfer module to discharge said accumulator module only to a main motor of a drive unit of an elevator if an accumulator module charge level is below a threshold, and to discharge said accumulator module to one or more other sinks if said accumulator module charge level is above said threshold.
An accelerometer (10, 40, 70) comprising: a substrate having a proofmass (12, 42, 72, 106) and at least one coupling member (14a, 14b, 44), the at least one coupling member (14a, 14b) configured to mechanically couple the accelerometer to a device to be tested; a first MEMS piezoelectric transducer (28a, 28b) mounted to one of the at least one coupling member of the substrate and configured to deform the at least one coupling member in response to a first electrical signal received by the piezoelectric transducer; a second MEMS piezoelectric transducer (30a, 30b) mounted to one of the at least one coupling member of the substrate and configured to provide a second electrical signal in response to deformation of the at least one coupling member of the substrate; and characterized by comprising a self-test module configured to generate the first electrical signal and to receive the second electrical signal, the self-test module configured to compare the received second electrical signal to a reference signal and configured to generate a test result based upon the comparison, and wherein the first and second MEMS piezoelectric transducers (28a, 28b, 30a, 30b) are located on a same one of the at least on coupling member (14a, 14b, 44). a substrate having a proofmass (12, 42, 72, 106) and at least one coupling member (14a, 14b, 44), the at least one coupling member (14a, 14b) configured to mechanically couple the accelerometer to a device to be tested; a first MEMS piezoelectric transducer (28a, 28b) mounted to one of the at least one coupling member of the substrate and configured to deform the at least one coupling member in response to a first electrical signal received by the piezoelectric transducer; a second MEMS piezoelectric transducer (30a, 30b) mounted to one of the at least one coupling member of the substrate and configured to provide a second electrical signal in response to deformation of the at least one coupling member of the substrate; and characterized by comprising a self-test module configured to generate the first electrical signal and to receive the second electrical signal, the self-test module configured to compare the received second electrical signal to a reference signal and configured to generate a test result based upon the comparison, and wherein the first and second MEMS piezoelectric transducers (28a, 28b, 30a, 30b) are located on a same one of the at least on coupling member (14a, 14b, 44).
A method of channel-dependent time- and frequency-domain scheduling for an Orthogonal Frequency Division Multiplex, OFDM, based telecommunication system, said system comprising a plurality of user terminals, said method comprising: determining a parameter value representative of the system load, wherein said parameter comprises a relative downlink signaling overhead for all user terminals; pre-selecting a subset of said plurality of user terminals if said determined parameter value is larger than or equal to a predetermined threshold, wherein the subset of user terminals comprises at least two user terminals and less than all user terminals; and performing frequency-domain scheduling of said pre-selected subset of user terminals. determining a parameter value representative of the system load, wherein said parameter comprises a relative downlink signaling overhead for all user terminals; pre-selecting a subset of said plurality of user terminals if said determined parameter value is larger than or equal to a predetermined threshold, wherein the subset of user terminals comprises at least two user terminals and less than all user terminals; and performing frequency-domain scheduling of said pre-selected subset of user terminals.
A waterproof demountable joint including a first tubular component, a second tubular component, a two-piece coupling nut and a C-seal, characterized in that the two-piece coupling nut consists of two mechanically connectable identical segments (5a, 5b), the first tubular component is provided on its end with a radially protruding ring to retain in the flange of the two-piece coupling nut, the second tubular component is provided with connecting neck with the radial outlet, and its outer surface is provided with radially arranged bayonet pins to be snapped into bayonet slots of the two-piece coupling nut, the C-seal is placed between the outlet of the first tubular component and the outlet of the second tubular component. the two-piece coupling nut consists of two mechanically connectable identical segments (5a, 5b), the first tubular component is provided on its end with a radially protruding ring to retain in the flange of the two-piece coupling nut, the second tubular component is provided with connecting neck with the radial outlet, and its outer surface is provided with radially arranged bayonet pins to be snapped into bayonet slots of the two-piece coupling nut, the C-seal is placed between the outlet of the first tubular component and the outlet of the second tubular component.
A bonded abrasive article comprising shaped abrasive particles and a bonding medium comprising a vitreous bond, said shaped abrasive particles each comprising a first side and a second side separated by a thickness t, wherein said first side is a first face having a perimeter of a first geometric shape, wherein the thickness t is smaller than the length of the shortest side-related dimension of the particle, wherein the second side either comprises a vertex or a ridge line or a second face having a perimeter of a second geometric shape which may be the same or different to the first geometric shape, wherein said first and second geometric shapes are independently selected from regular and irregular polygonal shapes, wherein the length of the shortest side related dimension of the particle is the length of the shortest facial dimension of the first face (if the particle has no second face) or is the length of the shortest facial dimension of the larger face of the particle (if the particle has a second face), wherein said vitreous bond comprises, based on the total weight of the vitreous bond, 25 to 90 % by weight of SiO 2.
A method for flow control, the method comprising: receiving a plurality of frames at a fibre channel switch from a first network node; forwarding the plurality of frames; modifying credit information associated with the first network node based on the number of frames forwarded; and providing an extended receiver ready signal including the credit information to the first network node, the extended receiver ready signal including credit information indicating to the first network node that a plurality of buffers are available to receive transmissions from the first network node, wherein the first network node does not send a frame to the fibre channel switch unless the first network node has a credit available, wherein the first network node further maintains a credit value indicating the number of buffers available to receive transmissions from the first network node, a credit difference calculated by subtracting a last buffer advertisement from a current buffer advertisement received from the fibre channel switch and adding the credit difference to the credit value. receiving a plurality of frames at a fibre channel switch from a first network node; forwarding the plurality of frames; modifying credit information associated with the first network node based on the number of frames forwarded; and providing an extended receiver ready signal including the credit information to the first network node, the extended receiver ready signal including credit information indicating to the first network node that a plurality of buffers are available to receive transmissions from the first network node, wherein the first network node does not send a frame to the fibre channel switch unless the first network node has a credit available, wherein the first network node further maintains a credit value indicating the number of buffers available to receive transmissions from the first network node, a credit difference calculated by subtracting a last buffer advertisement from a current buffer advertisement received from the fibre channel switch and adding the credit difference to the credit value.
An earplug for an iontophoresis system comprising: a rigid body defining: a channel; a reservoir in fluid communication with the channel, the reservoir and the channel providing a combined volume greater than a volume of the channel; a vent path in fluid communication with the reservoir; and a conduit opening; an electrode defining a longitudinal axis and disposed within the channel of the rigid body, the reservoir extending laterally and proximally from the longitudinal axis defined by the electrode; a sealing element positioned distal to the rigid body configured to bear against a wall of an ear canal to thereby define a closed volume outside of a tympanic membrane in the ear canal; and a fluid conduit in fluid communication with the channel to fill at least one of the closed volume, the channel, and the reservoir with fluid, the fluid conduit extending through the conduit opening. a channel; a reservoir in fluid communication with the channel, the reservoir and the channel providing a combined volume greater than a volume of the channel; a vent path in fluid communication with the reservoir; and a conduit opening; an electrode defining a longitudinal axis and disposed within the channel of the rigid body, the reservoir extending laterally and proximally from the longitudinal axis defined by the electrode; a sealing element positioned distal to the rigid body configured to bear against a wall of an ear canal to thereby define a closed volume outside of a tympanic membrane in the ear canal; and a fluid conduit in fluid communication with the channel to fill at least one of the closed volume, the channel, and the reservoir with fluid, the fluid conduit extending through the conduit opening.
A Flow Specification protocol-based communication method, comprising: obtaining (S120, S220), by a controller, a requirement indicating that a first resource on a forwarding device needs to be associated with a second resource on the forwarding device, wherein the forwarding device is a provider edge, PE, device, the first resource is routing information of a second customer edge, CE, device, the second resource is a virtual private network, VPN, instance of a first CE device, wherein the VPN instance of the first CE device is established on the forwarding device; and sending (S130, S230), by the controller, a Border Gateway Protocol Flow Specification, BGP Flow Spec, protocol packet to the forwarding device according to the requirement, wherein the BGP Flow Spec protocol packet comprises a network layer reachability information field and an extended community attribute field, the network layer reachability information field carries characteristic information of the first resource, the extended community attribute field carries a global identifier, GID, used to indicate the second resource, and the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource; wherein the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource comprising: the BGP Flow Spec protocol packet is used to instruct the forwarding device to add, to a VPN routing table of the first CE device, the routing information of the second CE device. obtaining (S120, S220), by a controller, a requirement indicating that a first resource on a forwarding device needs to be associated with a second resource on the forwarding device, wherein the forwarding device is a provider edge, PE, device, the first resource is routing information of a second customer edge, CE, device, the second resource is a virtual private network, VPN, instance of a first CE device, wherein the VPN instance of the first CE device is established on the forwarding device; and sending (S130, S230), by the controller, a Border Gateway Protocol Flow Specification, BGP Flow Spec, protocol packet to the forwarding device according to the requirement, wherein the BGP Flow Spec protocol packet comprises a network layer reachability information field and an extended community attribute field, the network layer reachability information field carries characteristic information of the first resource, the extended community attribute field carries a global identifier, GID, used to indicate the second resource, and the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource; wherein the BGP Flow Spec protocol packet is used to instruct to associate the first resource with the second resource comprising: the BGP Flow Spec protocol packet is used to instruct the forwarding device to add, to a VPN routing table of the first CE device, the routing information of the second CE device.
An electrical conduction element, comprising: an ion conductor material layer including an ion conductor capable of conducting a hydrogen ion or an oxygen ion; a gate electrode layer and a graphene-based material layer between which the ion conductor material layer is interposed, the graphene-based material layer including graphene oxide or graphene which is laminated on an insulating substrate; and a drain electrode layer and a source electrode layer which are provided on a surface of the graphene-based material layer or on the insulating substrate, wherein a buffer layer is further provided between the drain electrode layer and the ion conductor material layer and between the source electrode layer and the ion conductor material layer, and, characterized in that the buffer layer contains at least one selected from the group consisting of tantalum oxide, aluminum oxide, hafnium oxide, and zirconium oxide. an ion conductor material layer including an ion conductor capable of conducting a hydrogen ion or an oxygen ion; a gate electrode layer and a graphene-based material layer between which the ion conductor material layer is interposed, the graphene-based material layer including graphene oxide or graphene which is laminated on an insulating substrate; and a drain electrode layer and a source electrode layer which are provided on a surface of the graphene-based material layer or on the insulating substrate, wherein a buffer layer is further provided between the drain electrode layer and the ion conductor material layer and between the source electrode layer and the ion conductor material layer, and, characterized in that the buffer layer contains at least one selected from the group consisting of tantalum oxide, aluminum oxide, hafnium oxide, and zirconium oxide.
A convertible child restraint for a vehicle adapted to support an occupant in either forward or rearward facing directions in the vehicle, characterised in that this comprises a body for supporting an occupant in a first position, and wherein in the event that the vehicle is involved in a collision, at least a portion of the body is adapted to move automatically to support the occupant in a second, more upright position within the body in response to the collision irrespective of which way the occupant is facing.
Musical instrument input device comprising a tone input device, the tone input device comprising: a tone signal input; a tone signal output; a sound classifier connected to the tone signal input for receiving a tone signal incoming at the tone signal input and for analyzing the tone signal for identifying, within the tone signal, one or several tone signal passages corresponding to at least one condition, wherein the sound classifier comprises a correlator for analyzing the tone signal by correlating the tone signal with at least one sound pattern; a command signal generator connected to the sound classifier for generating a command signal allocated to the at least one condition; and a command output for outputting the command signal to a command processing unit; wherein the sound classifier is configured to interrupt outputting the tone signal via the tone signal output for a duration of the one or several tone signal passages, when the at least one condition exists. a tone signal input; a tone signal output; a sound classifier connected to the tone signal input for receiving a tone signal incoming at the tone signal input and for analyzing the tone signal for identifying, within the tone signal, one or several tone signal passages corresponding to at least one condition, wherein the sound classifier comprises a correlator for analyzing the tone signal by correlating the tone signal with at least one sound pattern; a command signal generator connected to the sound classifier for generating a command signal allocated to the at least one condition; and a command output for outputting the command signal to a command processing unit; wherein the sound classifier is configured to interrupt outputting the tone signal via the tone signal output for a duration of the one or several tone signal passages, when the at least one condition exists.
A method of wireless communication performed by a user equipment, UE, comprising: camping on a cell of a first radio access technology, RAT; performing a cell search to determine whether a second RAT is available in the cell while camped on the cell of the first RAT, wherein the second RAT operates in a non-standalone mode with the first RAT, characterized in that: a periodic search and measurement associated with the second RAT is performed in the cell when the second RAT is determined to be available in the cell; a timer that triggers an iteration of the periodic search and measurement is configured with a different duration based at least in part on whether the second RAT is determined to be available in the cell or the second RAT has not yet been determined to be available or unavailable in the cell; and in that the method further comprises: presenting, for display, an indication of whether the second RAT is available in the cell based at least in part on performing the cell search for the second RAT. camping on a cell of a first radio access technology, RAT; performing a cell search to determine whether a second RAT is available in the cell while camped on the cell of the first RAT, wherein the second RAT operates in a non-standalone mode with the first RAT, characterized in that: a periodic search and measurement associated with the second RAT is performed in the cell when the second RAT is determined to be available in the cell; a timer that triggers an iteration of the periodic search and measurement is configured with a different duration based at least in part on whether the second RAT is determined to be available in the cell or the second RAT has not yet been determined to be available or unavailable in the cell; and in that the method further comprises: presenting, for display, an indication of whether the second RAT is available in the cell based at least in part on performing the cell search for the second RAT. a periodic search and measurement associated with the second RAT is performed in the cell when the second RAT is determined to be available in the cell; a timer that triggers an iteration of the periodic search and measurement is configured with a different duration based at least in part on whether the second RAT is determined to be available in the cell or the second RAT has not yet been determined to be available or unavailable in the cell; and in that the method further comprises: presenting, for display, an indication of whether the second RAT is available in the cell based at least in part on performing the cell search for the second RAT.