mhurhangee/ep-ind-claims huggingface dataset:
A contact device for a fast charging system for electrically driven vehicles, in particular electric busses or the like, the contact device having a contact unit carrier, the contact unit carrier having a contact unit (25, 26), a charging contact of a charging contact device of the fast charging system being electrically connectable to the contact unit to form a contact pair, the contact device comprising a positioning device, the contact unit carrier being positionable relative to the charging contact device by means of the positioning device in such a manner that an electrically conductive connection is formed between a vehicle and a fixed charging station, the positioning device comprising a pantograph or a pole by means of which the contact unit carrier can be positioned in at least the vertical direction to the charging contact device, the contact device being positionable on the vehicle or the charging station, the contact unit having a contact element, the contact unit having a contact element guide, the contact element being displaceable relative to the contact unit carrier on the contact element guide in the direction of its longitudinal axis, the contact unit having a connecting lead for being connected to the vehicle, characterised in that the connecting lead is attached to the contact element.
Vehicle headlamp having a first incandescent filament and a second incandescent filament, the incandescent filaments (3, 4) being fixed within a lamp vessel - which is provided with a lamp base - using three supply lead wires (5, 6, 7) and the three supply lead wires (5, 6, 7) being arranged in a common plane, with the result that they are arranged one above the other when the vehicle headlamp is suitably oriented, and the bottom supply lead wire and the top supply lead wire being used to fix the first incandescent filament and the middle supply lead wire being used to arrange the second incandescent filament such that it is offset in a parallel manner with respect to the axis of the first incandescent filament, characterized in that the middle supply lead wire has a bent end that is connected to a filament outgoing feeder of the second incandescent filament, and the top supply lead wire and the middle supply lead wire are used to arrange the second incandescent filament above the axis of the first incandescent filament.
A control system for controlling operation of a trailer brake system associated with an agricultural vehicle-trailer combination, the control system comprising a vehicle control unit, and being configured to: determine a driver deceleration demand; determine a pressure level and/or duration for a preliminary pressure peak to be provided in one or more fluid lines of the trailer brake system in dependence on the driver deceleration demand; generate a trailer brake signal for controlling the trailer brake system in accordance with the preliminary pressure peak; forward the trailer brake signal to the trailer brake control system to control operation thereof; wherein if the HMI component comprises a drive lever, the pressure level and/or duration of the preliminary pressure peak is dependent of an acceleration rate input associated with position and/or motion of the drive lever; characterised in that the pressure level and/or duration for a preliminary pressure peak is dependent on the HMI component used by the operator to provide a deceleration input; and in that the acceleration input is associated with a status parameter corresponding to differing magnitudes of acceleration demanded by the operator, and wherein the pressure level and/or duration is determined in dependence on the status parameter. determine a driver deceleration demand; determine a pressure level and/or duration for a preliminary pressure peak to be provided in one or more fluid lines of the trailer brake system in dependence on the driver deceleration demand; generate a trailer brake signal for controlling the trailer brake system in accordance with the preliminary pressure peak; forward the trailer brake signal to the trailer brake control system to control operation thereof; wherein if the HMI component comprises a drive lever, the pressure level and/or duration of the preliminary pressure peak is dependent of an acceleration rate input associated with position and/or motion of the drive lever;
A flow restrictor nozzle for a pressurized vessel of a nuclear reactor, comprising: a nozzle body including an inlet face and an outlet face, the nozzle body being a monolithic structure defining a plurality of internal flow paths (208/210) extending from the inlet face to the outlet face, each of the plurality of internal flow paths (208/210) including a convergent section (208a/210a), a throat section (208b/210b), and a divergent section (208c/210c), the plurality of internal flow paths (208/210) including a central flow path and peripheral flow paths surrounding the central flow path, characterized in that the throat section of the central flow path is farther from the inlet face of the nozzle body than the throat section of each of the peripheral flow paths. a nozzle body including an inlet face and an outlet face, the nozzle body being a monolithic structure defining a plurality of internal flow paths (208/210) extending from the inlet face to the outlet face, each of the plurality of internal flow paths (208/210) including a convergent section (208a/210a), a throat section (208b/210b), and a divergent section (208c/210c), the plurality of internal flow paths (208/210) including a central flow path and peripheral flow paths surrounding the central flow path, characterized in that the throat section of the central flow path is farther from the inlet face of the nozzle body than the throat section of each of the peripheral flow paths.
A method in a mobility management node for handling overload in a communications network, the method comprising: when overload in the communications network has been detected, receiving (201, 300, 409, 500, 601) information indicating at least one blocked Internet Protocol, IP, address to which access should be blocked; receiving (202, 302, 411, 502, 519, 602) a communication request message from a User Equipment, UE, via a Radio Access Network, RAN node, wherein the communication request message is a request for communication by the UE; transmitting (304, 402, 603), to a first gateway node, a request message for information of at least one used IP address of IP packets which has been previously sent by the UE; receiving (305, 403, 604), from the first gateway node, a response message comprising information of at least one used IP address; and comparing (306, 412, 605) the at least one blocked IP address with the at least one used IP address; and wherein the UE is associated with a blocked IP address when the comparison results in that there is a match between at least one blocked IP address and at least one used IP address; and determining (203, 306, 412, 513, 520, 610) that the UE's request for communication should be rejected when the UE is associated with a blocked IP address. when overload in the communications network has been detected, receiving (201, 300, 409, 500, 601) information indicating at least one blocked Internet Protocol, IP, address to which access should be blocked; receiving (202, 302, 411, 502, 519, 602) a communication request message from a User Equipment, UE, via a Radio Access Network, RAN node, wherein the communication request message is a request for communication by the UE; transmitting (304, 402, 603), to a first gateway node, a request message for information of at least one used IP address of IP packets which has been previously sent by the UE; receiving (305, 403, 604), from the first gateway node, a response message comprising information of at least one used IP address; and comparing (306, 412, 605) the at least one blocked IP address with the at least one used IP address; and wherein the UE is associated with a blocked IP address when the comparison results in that there is a match between at least one blocked IP address and at least one used IP address; and determining (203, 306, 412, 513, 520, 610) that the UE's request for communication should be rejected when the UE is associated with a blocked IP address.
A method of diagnosing the existence of a kidney disorder in a feline comprising measuring the level of expression of retinol binding protein 5 in a biological sample from the feline, wherein differences in expression of retinol binding protein 5 in the sample relative to a control value for expression in a sample from a normal animal indicate the existence of a kidney disorder, wherein the existence of a kidney disorder is indicated by a significant difference in the expression of retinol binding protein 5 relative to control expression values; and wherein the significant difference is a decrease of at least 50 %; wherein the kidney disorder is glomerulonephritis.
Compact hydraulic pumping unit for a hydraulic aggregate, comprising a cover lid of an oil container, a compact hydraulic pump consisting of an electric motor and at least one driveable pump element (3, 3'), the compact pump being positioned by means of a carrying structure comprising several pillars distributed about the axis of the compact pump in sealed fashion at the cover lid, wherein elastic decoupling elements are arranged between the pillars of the carrying structure and the cover lid, characterized in that each decoupling element comprises a unitary rubber and/or elastomer-bushing or a rubber and/or elastomer-bushing combined from single parts, the rubber and/or elastomer-bushing having a cylindrical sleeve section and outer flanges (32, 33) at both ends, that the decoupling element is inserted into a bore of the cover lid and contains a metallic supporting sleeve, penetrated by a tensioning screw secured to the compact pump, that the tensioning screw and the threaded connection between the tensioning screw and the compact pump are supported with simultaneous preloading contact with the decoupling element and spaced apart from the cover lid at both ends of the supporting sleeve, and that a stiffening sheet metal which is common to all tensioning screws of the pillars is inserted either between one end of the supporting sleeve and the threaded connection with the compact pump or between the other end of the supporting sleeve and a spacer tube accommodating the respective tensioning screw, and that the stiffening sheet metal is distant from the cover lid and is contacting the decoupling element under pre-load.
A vehicle system for authentication of a first node present in a first vehicle unit for communication with a second node present in a second vehicle unit, characterized in that the first vehicle unit comprises at least one first sensor (s 11, s 12, s 13) configured so as to measure at least one first velocity parameter (v 11, v 12, v 13, w 1 (t)) representing a velocity of the first vehicle unit relative to an underlying surface on which the first vehicle unit is traveling; and the first node comprises a first processing unit configured so as to calculate a first communication key (k 1 (t)) on the basis of said at least one first velocity parameter (v 11, v 12, v 13, w 1 (t)), and a first communication unit configured so as to transmit the first communication key (k 1 (t)) via a wireless communication link; the second vehicle unit comprises at least one second sensor (s 21, s 22) configured so as to measure a second velocity parameter (v 21, v 22, w 2 (t)) representing a velocity of the second unit relative to an underlying surface on which the second vehicle unit is traveling; the second node comprises a second processing unit configured so as to calculate a second communication key (k 2 (t)) on the basis of said at least one second velocity parameter (v 21, v 22, w 2 (t)), a second communication unit configured so as to receive the first communication key (k 1 (t)) from the first node via the wireless communication link; and an authentication unit configured so as to compare the first communication key (k 1 (t)) to the second communication key (k 2 (t)) and, if a similarity criterion between the first and second communication keys (k 1 (t), k 2 (t)) is met, to authenticate the first node for communication with the second node. a first processing unit configured so as to calculate a first communication key (k 1 (t)) on the basis of said at least one first velocity parameter (v 11, v 12, v 13, w 1 (t)), and a first communication unit configured so as to transmit the first communication key (k 1 (t)) via a wireless communication link; a second processing unit configured so as to calculate a second communication key (k 2 (t)) on the basis of said at least one second velocity parameter (v 21, v 22, w 2 (t)), a second communication unit configured so as to receive the first communication key (k 1 (t)) from the first node via the wireless communication link; and an authentication unit configured so as to compare the first communication key (k 1 (t)) to the second communication key (k 2 (t)) and, if a similarity criterion between the first and second communication keys (k 1 (t), k 2 (t)) is met, to authenticate the first node for communication with the second node.
A mobility management entity for an Evolved Packet Core, EPC, network, configured to: receive a voice service page in respect of a user equipment with one or more active packet services that do not include a voice component; the mobility management entity characterized by being configured to: access a measurement report history for the user equipment to determine one or more available circuit switched cells; recognize support for a Gs-like interface to a Mobile Switching Center, the mobility management entity further configured to initiate a handover procedure in response to identifying the Gs-like interface; forward the voice service page requiring a voice call establishment of the user equipment in a circuit switched, CS, cell; receive a service request from the user equipment in response to the forwarded voice service page and in response to the recognition of support for a Gs-like interface; and request a handover procedure of the user equipment to the circuit switched cell based on the measurement report history, wherein the handover procedure request results in a handover command to the user equipment, wherein the desired voice service is established in the CS domain. receive a voice service page in respect of a user equipment with one or more active packet services that do not include a voice component; the mobility management entity characterized by being configured to: access a measurement report history for the user equipment to determine one or more available circuit switched cells; recognize support for a Gs-like interface to a Mobile Switching Center, the mobility management entity further configured to initiate a handover procedure in response to identifying the Gs-like interface; forward the voice service page requiring a voice call establishment of the user equipment in a circuit switched, CS, cell; receive a service request from the user equipment in response to the forwarded voice service page and in response to the recognition of support for a Gs-like interface; and request a handover procedure of the user equipment to the circuit switched cell based on the measurement report history, wherein the handover procedure request results in a handover command to the user equipment, wherein the desired voice service is established in the CS domain. access a measurement report history for the user equipment to determine one or more available circuit switched cells; recognize support for a Gs-like interface to a Mobile Switching Center, the mobility management entity further configured to initiate a handover procedure in response to identifying the Gs-like interface; forward the voice service page requiring a voice call establishment of the user equipment in a circuit switched, CS, cell; receive a service request from the user equipment in response to the forwarded voice service page and in response to the recognition of support for a Gs-like interface; and request a handover procedure of the user equipment to the circuit switched cell based on the measurement report history, wherein the handover procedure request results in a handover command to the user equipment, wherein the desired voice service is established in the CS domain.
DC voltage converter comprising: - a magnetic component allowing energy to be transferred between a primary circuit and a secondary circuit, - a high-voltage circuit (23, 23', 23") connecting a high-voltage source to the primary circuit of the magnetic component, - a low-voltage circuit (27, 27', 27") connecting the secondary circuit of the magnetic component to a low-voltage source, the primary circuit of the magnetic component comprising a primary winding and the secondary circuit of the magnetic component comprising first and second secondary windings not magnetically coupled to each other, said first and second secondary windings being magnetically coupled to the primary winding, and characterized in that the magnetic component is configured: - on the one hand, to transfer energy from the primary winding only to the second secondary winding and not to the first secondary winding during a first cycle, and to transfer energy from the primary winding only to the first secondary winding and not to the second secondary winding during a second cycle, wherein passage from the first cycle to the second cycle, or passage from the second cycle to the first cycle, requires a transition phase to obtain zero-voltage switching; and - on the other hand, to act as an impedance which stores energy at the primary winding, the primary winding and the secondary windings (35a, 35b) of the magnetic component being connected by at least one magnetic circuit (M, M1, M2, M1', M2') and wherein a magnetic path connecting the first and second secondary windings comprises at least two air gaps. - a magnetic component allowing energy to be transferred between a primary circuit and a secondary circuit, - a high-voltage circuit (23, 23', 23") connecting a high-voltage source to the primary circuit of the magnetic component, - a low-voltage circuit (27, 27', 27") connecting the secondary circuit of the magnetic component to a low-voltage source, - on the one hand, to transfer energy from the primary winding only to the second secondary winding and not to the first secondary winding during a first cycle, and to transfer energy from the primary winding only to the first secondary winding and not to the second secondary winding during a second cycle, wherein passage from the first cycle to the second cycle, or passage from the second cycle to the first cycle, requires a transition phase to obtain zero-voltage switching; and - on the other hand, to act as an impedance which stores energy at the primary winding, the primary winding and the secondary windings (35a, 35b) of the magnetic component being connected by at least one magnetic circuit (M, M1, M2, M1', M2') and wherein a magnetic path connecting the first and second secondary windings comprises at least two air gaps.
A composition comprising nemorubicin hydrochloride incorporated in a microsphere system without adding any releasing adjuvant, characterized in that nemorubicin hydrochloride is loaded on sulphonate-modified N-Fil hydrogel microspheres.
An ingestible apparatus for collecting samples from a target area of a gastrointestinal tract of a human or mammal and/or for delivering a health-related substance thereto, the ingestible apparatus comprising: a housing comprising at least one first port (302 or 304) and a first compartment communicable with the at least one first port; an actuation assembly for collecting the samples and/or discharging the health-related substance through the at least one first port; and a delay structure for delaying the actuation assembly until the ingestible apparatus is within the target area; characterized in that the actuation assembly comprises a brush, the brush comprising at least a stem and bristles coupled to the stem about a distal end thereof, wherein the brush is configured to retract into the first compartment, and wherein the bristles are configured to extend radially outward from the stem. a housing comprising at least one first port (302 or 304) and a first compartment communicable with the at least one first port; an actuation assembly for collecting the samples and/or discharging the health-related substance through the at least one first port; and a delay structure for delaying the actuation assembly until the ingestible apparatus is within the target area; characterized in that the actuation assembly comprises a brush, the brush comprising at least a stem and bristles coupled to the stem about a distal end thereof, wherein the brush is configured to retract into the first compartment, and wherein the bristles are configured to extend radially outward from the stem.
A web application interaction method, comprising: acquiring a uniform resource locator, URL, of a slave web application from an invocation request, wherein the slave web application is an invoked web application; querying, in a mapping relationship between a URL and a window object of the slave web application, whether the URL of the slave web application exists; and if the URL of the slave web application does not exist, opening the slave web application and saving a mapping relationship between the URL and the window object of the slave web application; acquiring a window object of the slave web application from the mapping relationship between a URL and a window object of the slave web application by using the URL of the slave web application; acquiring invocation information of a master web application from the invocation request; and sending the invocation information of the master web application to a window of the slave web application according to the window object of the slave web application, wherein the master web application is a web application that invokes the slave web application. acquiring a uniform resource locator, URL, of a slave web application from an invocation request, wherein the slave web application is an invoked web application; querying, in a mapping relationship between a URL and a window object of the slave web application, whether the URL of the slave web application exists; and if the URL of the slave web application does not exist, opening the slave web application and saving a mapping relationship between the URL and the window object of the slave web application; acquiring a window object of the slave web application from the mapping relationship between a URL and a window object of the slave web application by using the URL of the slave web application; acquiring invocation information of a master web application from the invocation request; and sending the invocation information of the master web application to a window of the slave web application according to the window object of the slave web application, wherein the master web application is a web application that invokes the slave web application.