mhurhangee/ep-ind-claims huggingface dataset:
A transmitter device for an inductive energy transfer system, the transmitter device comprising: a DC-to-AC converter operably connected to a transmitter coil, wherein the DC-to-AC converter comprises a full bridge circuit; characterised in that it further comprises a first capacitor (C P1) connected in series between the transmitter coil and one output terminal of the DC-to-AC converter; and a second capacitor (C P2) connected in series between the transmitter coil and another output terminal of the DC-to-AC converter, wherein the first and second capacitors (C P1, C P2) are matched. a DC-to-AC converter operably connected to a transmitter coil, wherein the DC-to-AC converter comprises a full bridge circuit; characterised in that it further comprises a first capacitor (C P1) connected in series between the transmitter coil and one output terminal of the DC-to-AC converter; and a second capacitor (C P2) connected in series between the transmitter coil and another output terminal of the DC-to-AC converter, wherein the first and second capacitors (C P1, C P2) are matched.
An interferometer having an optical waveguide, which is formed by embedding a core that has a refractive index higher than that of a cladding into the cladding on a substrate, said interferometer characterized by comprising: at least two types of annealed regions (4a, 4b) that are provided on the optical waveguide; and wherein the optical waveguide has an optical path length trimmed by annealing applied to the annealed regions (4a, 4b)to permanently change an effective refractive index of said optical waveguide, wherein the at least two types of annealed regions (4a, 4b) are formed such that a ratio between a polarization dependency difference between refractive index changes δp = (δTE-δTM) and a refractive index change at the average polarization δa = ((δTE+δ TM) /2) in one type of annealed region is different from the ratio of another type of annealed region, where δTE is the refractive index change of transverse electric polarization mode by said annealed regions (4a, 4b) with their width, and δTM is the refractive index change of transverse magnetic polarization mode by said annealed regions (4a, 4b) with their width, and wherein said annealed regions (4a, 4b) differ in their width such that the width of one annealed region is greater than twice the distance from a surface of the cladding to the center of the core and the width of the other annealed region is less than twice the distance from the surface of the cladding to the center of the core. at least two types of annealed regions (4a, 4b) that are provided on the optical waveguide; and wherein the optical waveguide has an optical path length trimmed by annealing applied to the annealed regions (4a, 4b)to permanently change an effective refractive index of said optical waveguide, wherein the at least two types of annealed regions (4a, 4b) are formed such that a ratio between a polarization dependency difference between refractive index changes δp = (δTE-δTM) and a refractive index change at the average polarization δa = ((δTE+δ TM) /2) in one type of annealed region is different from the ratio of another type of annealed region, where δTE is the refractive index change of transverse electric polarization mode by said annealed regions (4a, 4b) with their width, and δTM is the refractive index change of transverse magnetic polarization mode by said annealed regions (4a, 4b) with their width, and wherein said annealed regions (4a, 4b) differ in their width such that the width of one annealed region is greater than twice the distance from a surface of the cladding to the center of the core and the width of the other annealed region is less than twice the distance from the surface of the cladding to the center of the core.
A method of allowing a client, which receives a remote user interface from a server, to request state information of the remote user interface to be saved, the method comprising: obtaining, by the client, state information of the remote user interface, which is generated when the remote user interface is used, by using an object which processes a predetermined request; requesting, by the client, that the obtained state information be stored in a device that is distinct from the client, by transmitting a message including the obtained state information to the device; and wherein the remote user interface is a web page based on a stateless protocol which does not allow the state information to be stored. obtaining, by the client, state information of the remote user interface, which is generated when the remote user interface is used, by using an object which processes a predetermined request; requesting, by the client, that the obtained state information be stored in a device that is distinct from the client, by transmitting a message including the obtained state information to the device; and wherein the remote user interface is a web page based on a stateless protocol which does not allow the state information to be stored.
Automotive vehicle comprising: - a body provided with a lateral wall and - a rear bench seat, a backrest of which is articulated relative to the body between a raised position and a folded position, - a mechanism for locking the backrest relative to the lateral wall, which comprises a striker wire joined to the backrest and a hook joined to the lateral wall, the hook being mobile relative to the lateral wall between a locking position in which the hook is in touch with the striker wire, and an unlocking position in which the hook is removed from the striker wire, the backrest comprising a tubular framework and a lockplate joined to the framework, characterised in that the striker wire is fixed onto the lockplate and in that the framework comprises a support piece of the backrest, joined to the lateral wall and on which the hook is mounted, in that the striker wire is fixed onto a front face of the lockplate, and comprises a strand which extends perpendicular to a window formed in the latter with respect to the hook and through which the latter extends in a locking position, in that the striker wire is joined to a turret which extends projecting from the front face of the lockplate, and in that the hook is mounted to be articulated relative to the lateral wall around a rotational axis. - a body provided with a lateral wall and - a rear bench seat, a backrest of which is articulated relative to the body between a raised position and a folded position, - a mechanism for locking the backrest relative to the lateral wall, which comprises a striker wire joined to the backrest and a hook joined to the lateral wall, the hook being mobile relative to the lateral wall between a locking position in which the hook is in touch with the striker wire, and an unlocking position in which the hook is removed from the striker wire, the backrest comprising a tubular framework and a lockplate joined to the framework,
Lighting device for a headlamp of a motor vehicle, with a light source for emitting a primary beam which has a first wavelength distribution, with a converter element for converting the primary beam into a secondary beam which has a second wavelength distribution, and with a deflecting device which has a reflector element for reflecting the secondary beam, characterised in that the deflecting device has a microlens array with a plurality of microlenses, wherein at least one of the microlenses is designed to scatter the primary beam in the event of a malfunction of the converter element, wherein the microlenses are arranged relative to one another in such a way that an intermediate space is arranged between two adjacent microlenses in each case, wherein an absorber element for absorbing the primary beam is arranged in the intermediate space.
A call admission control method performed by a visited policy and charging rule function, V-PCRF, in a visited wireless communication network that includes a femtocell that is coupled to the visited wireless communication network via a wireline communication network, wherein a user equipment is roaming from a home wireless communication network to the visited wireless communication network, comprising: receiving, at the V-PCRF in the visited wireless communication network, a request to initiate a call between the user equipment and the femtocell; sending, by the V-PCRF to a resource admission control subsystem, RACS, of the wireline communication network, a request to allocate resources of the wireline communication network to provide a wired connection between the femtocell and the visited wireless communication network for the call between the user equipment and the femtocell; wherein the wired connection includes a secure tunnel between the femtocell and the visited wireless communication network, and wherein receiving the request to initiate the call comprises receiving a session establishment message comprising an address of the secure tunnel and an identifier of the femtocell, wherein the address of the secure tunnel is received from a home subscriber server of the home wireless communication network; wherein the request to allocate resources of the wireline communication network for the call between the user equipment and the femtocell comprises the address of the secure tunnel and the identifier of the femtocell; receiving, by the V-PCRF from the RACS information indicating whether the requested resources are available in the wireline communication network; and determining, at the V-PCRF, whether to admit the call based on the information received from the RACS. receiving, at the V-PCRF in the visited wireless communication network, a request to initiate a call between the user equipment and the femtocell; sending, by the V-PCRF to a resource admission control subsystem, RACS, of the wireline communication network, a request to allocate resources of the wireline communication network to provide a wired connection between the femtocell and the visited wireless communication network for the call between the user equipment and the femtocell; wherein the wired connection includes a secure tunnel between the femtocell and the visited wireless communication network, and wherein receiving the request to initiate the call comprises receiving a session establishment message comprising an address of the secure tunnel and an identifier of the femtocell, wherein the address of the secure tunnel is received from a home subscriber server of the home wireless communication network; wherein the request to allocate resources of the wireline communication network for the call between the user equipment and the femtocell comprises the address of the secure tunnel and the identifier of the femtocell; receiving, by the V-PCRF from the RACS information indicating whether the requested resources are available in the wireline communication network; and determining, at the V-PCRF, whether to admit the call based on the information received from the RACS.
A fuel cell assembly comprising a frame having a plurality of openings formed therewithin to define an array, at least one fuel cell having an anode side sealingly disposed within one opening, a rear cover sealingly attached to the frame on the anode side of the fuel cell, and a fuel inlet (22; 22a; 22b; 66) connected to the rear cover, capable of connecting to a fuel supply, wherein the fuel cell assembly is characterized by at least one support member extending from a base of the rear cover to support at least one fuel cell; and a chamber formed between the frame and the rear cover, wherein the chamber is capable of being in fluid connection with the fuel supply, and wherein each fuel cell is in fluid contact with the chamber, and wherein hydrogen gas disperses from the fuel supply through the chamber to feed the anode side of the fuel cells.
A weight-bearing and braking axle for vehicles, which comprises a first telescope having a first main cylinder (1a, 101a), a first cylinder (2a, 102a) and a first cylindrical extension body and a second telescope having a second main cylinder, a second cylinder and a second cylindrical extension body, said first and second main cylinders and being connected to each other by a frame, said first cylinder and said second cylindrical body being connected to each other by means of a first structure, which has a first mechanical assembly adapted to support a first wheel of the vehicle, said first and second telescopes and being activated by drive means in order to bring about the movement thereof in two opposite directions to vary the axle track width, characterised in that said second cylinder and said first cylindrical body are connected to each other by means of a second structure, which has a second mechanical assembly adapted to support a second wheel of the vehicle
A computer-implemented method for communicating between computing nodes (112, 120) in a cluster of nodes, the computer-implemented method being performed by one or more processors executing computer executable instructions for the computer-implemented method, and the computer-implemented method comprising: receiving a data packet from a worker node including the worker node's current workload identifiers of workloads currently run by the worker node and the worker node's health status, the data packet including an associated version identifier, wherein the version identifier identifies which version of workload configuration the worker node is currently running; determining that the version identifier in the received data packet is different than the version identifier in a previously received data packet from the same worker node; evaluating the worker node's current workload configuration to determine whether workload changes are to be made on the worker node, wherein evaluating the worker node's current workload configuration comprises determining if the version identifier in the received data packet is older than a current version propagated by a master node; upon determining that workload changes are to be made on the worker node, selecting a subset of workload changes to apply to the worker node; generating an indication of the selected subset of workload changes to the worker node; sending the generated indication of workload changes to the worker node for receiving and storing said generated indication of workload changes. receiving a data packet from a worker node including the worker node's current workload identifiers of workloads currently run by the worker node and the worker node's health status, the data packet including an associated version identifier, wherein the version identifier identifies which version of workload configuration the worker node is currently running; determining that the version identifier in the received data packet is different than the version identifier in a previously received data packet from the same worker node; evaluating the worker node's current workload configuration to determine whether workload changes are to be made on the worker node, wherein evaluating the worker node's current workload configuration comprises determining if the version identifier in the received data packet is older than a current version propagated by a master node; upon determining that workload changes are to be made on the worker node, selecting a subset of workload changes to apply to the worker node; generating an indication of the selected subset of workload changes to the worker node; sending the generated indication of workload changes to the worker node for receiving and storing said generated indication of workload changes.
A method of distributing automated incoming calls, comprising: responsive to receiving a first incoming call from a remote device (120,130, 140), determining multiple operations to be performed for the remote device including receiving information from the remote device and sending information to the remote device; and for each operation: assigning the device to an available call time, the available call time being within a time period available for scheduling a subsequent call and at least as long as an expected duration of the operation; storing a record of the remote device and the assigned call time; and commanding the device to make the subsequent call during the assigned call time. assigning the device to an available call time, the available call time being within a time period available for scheduling a subsequent call and at least as long as an expected duration of the operation; storing a record of the remote device and the assigned call time; and commanding the device to make the subsequent call during the assigned call time.
A lighting device (100, 200, 300) for a motor vehicle comprising a substrate (110, 210, 310) on which is arranged at least one element (122, 124; 222, 224; 322, 324) of an electronic circuit (120, 220, 320) comprising at least one electronic component sensitive to an electrostatic discharge, and a structure that is distinct from the substrate (130, 230, 330) capable of carrying electrical charges, the smallest distance between the structure and each of the circuit elements (120, 220, 320) being equal to D1, characterised in that the device comprises at least one electrostatic discharge protective element (140, 240, 340) having at least one electrically conductive surface portion (142, 242, 342) electrically connected to ground, the smallest distance between the surface portion and the structure (130, 230, 330), D2, being less than D1, the substrate (110, 210, 310) and the protective element (140, 240, 340) being arranged on the same side of the structure (130, 230, 330), the electronic component being a light-emitting diode, LED, laser diode, or organic light-emitting diode, OLED, and the structure being an element of the glass of the lighting device.
A nutritional composition comprising 10 to 50 wt.% vegetable lipids based on dry weight of the composition which are comprised in lipid globules i) with a volume-weighted mode diameter between 2.0 and 10 μm, and/or ii) with a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid for use in increasing bone mass density and/or increasing bone mineral content. i) with a volume-weighted mode diameter between 2.0 and 10 μm, and/or ii) with a diameter of 2 to 12 μm in an amount of at least 45, more preferably at least 55 volume % based on total lipid
Tool unit for reaming of very precise holes comprising a clamping body provided with a clamping cylindrical cavity, into which a clamping shank of a reaming tool is fixed, a main cooling medium channel passing through the shank, characterized in that two opposite transverse grooves are provided on the clamping shank of the reaming tool, into which the arms of a horseshoe-shaped drive element with an inner central recess are inserted wherein a transverse groove is provided on the lower face of the clamping body into which front projections created on the upper surface of the drive element fit, wherein a clamping nut screwed onto the clamping body abuts the lower face of the drive element, wherein in the upper part of the clamping cylindrical cavity a spring-loaded distance pin secured by a cap nut rests on the face of the cylindrical shank of the reaming tool, above which a flexible element is arranged delimiting the axial play of the reaming tool, the upper side of the flexible element resting against the shoulder in the cavity of the clamping body, wherein the main channel for guiding the cooling medium is arranged for a pressure of 40-100 bar, the cooling pressure medium being able to be distributed from the main coolant channel to the continuing central channel, which discharges in the-cutting part of the reaming tool and into a transverse channel, which discharges into an annular cavity formed between the clamping shank and the cavity of the clamping body, from which annular cavity the cooling pressure medium can flow into the cylindrical cavity.
A method for forming sorbent packages comprising: providing an elongated web of preprinted packaging material, the preprinted packaging material comprising a repeating printed sequence, each occurrence of the sequence comprising (i) first printed indicia and (ii) at least one index mark spaced from the indicia, the printed indicia and the index mark comprising food grade ink; wrapping the web of preprinted packaging material around a mandrel arranged generally parallel to a longitudinal axis of the elongated web to form an overlapping sealing area that is free from printed indicia; forming a first longitudinal seal in the overlapping sealing area, the seal being free from printed indicia; sensing the index mark; forming a first lateral seal a pre-determined longitudinal distance from the index mark in an area free from printed indicia, wherein the pre-determined distance is constant for each package; inserting a quantity of sorbent material into the package; positioning the package for forming a second lateral seal spaced from the first lateral seal; and forming the second lateral seal in registration with the index mark in an area free from printed indicia. providing an elongated web of preprinted packaging material, the preprinted packaging material comprising a repeating printed sequence, each occurrence of the sequence comprising (i) first printed indicia and (ii) at least one index mark spaced from the indicia, the printed indicia and the index mark comprising food grade ink; wrapping the web of preprinted packaging material around a mandrel arranged generally parallel to a longitudinal axis of the elongated web to form an overlapping sealing area that is free from printed indicia; forming a first longitudinal seal in the overlapping sealing area, the seal being free from printed indicia; sensing the index mark; forming a first lateral seal a pre-determined longitudinal distance from the index mark in an area free from printed indicia, wherein the pre-determined distance is constant for each package; inserting a quantity of sorbent material into the package; positioning the package for forming a second lateral seal spaced from the first lateral seal; and forming the second lateral seal in registration with the index mark in an area free from printed indicia.
A device comprising: a digitally controlled oscillator; logic to selectively stop oscillation of the digitally controlled oscillator after a time period, wherein the digitally controlled oscillator is configured to remain in an active mode after the time period; and control logic that determines a modified control setting and selectively applies the modified control setting to the digitally controlled oscillator during a second time period after the time period. a digitally controlled oscillator; logic to selectively stop oscillation of the digitally controlled oscillator after a time period, wherein the digitally controlled oscillator is configured to remain in an active mode after the time period; and control logic that determines a modified control setting and selectively applies the modified control setting to the digitally controlled oscillator during a second time period after the time period.