mhurhangee/ep-ind-claims huggingface dataset:
A key separation method applicable to a Serving GPRS Support Node SGSN, comprising: when a User Equipment hands over from a source node to a target node, or when the User Equipment moves from the source node to the target node in idle state, determining whether or not the source node is a Home NodeB; and if the source node is the Home NodeB HNB, triggering an Authentication and Key Agreement procedure according to the operator's policy, to update Ciphering Key and Integrity Key, wherein when a relocation request message sent by the source node to the SGSN carries a radio network controller identification, RNC ID, of an HNB gateway, HNB GW, the SGSN determines that the source node is an HNB. when a User Equipment hands over from a source node to a target node, or when the User Equipment moves from the source node to the target node in idle state, determining whether or not the source node is a Home NodeB; and if the source node is the Home NodeB HNB, triggering an Authentication and Key Agreement procedure according to the operator's policy, to update Ciphering Key and Integrity Key, wherein when a relocation request message sent by the source node to the SGSN carries a radio network controller identification, RNC ID, of an HNB gateway, HNB GW, the SGSN determines that the source node is an HNB.
Intervertebral implant for the fusion between two vertebral bodies of a vertebral column comprising: - a fusion cage, extending from a posterior side to an anterior side, adapted to be interposed between two adjacent vertebral bodies of a patient; - a fixing plate (2, 2a, 2b, 2c) having at least one passageway; said fusion cage and fixing plate comprising cooperating features (8, 10, 7, 19, 20, 21) for fastening said fixing plate (2, 2a, 2b, 2c) on the anterior side of the fusion cage; said cooperating features (8, 10, 7, 19, 20, 21) comprising restraining means (8, 7) and pivoting means (10, 19), said pivoting means (10, 19) being arranged to guide a rotation, about a pivot axis (x), of said fixing plate (2, 2a, 2b, 2c) with respect to said fusion cage, said rotation bringing the implant from a first configuration, in which the fixing plate (2, 2a, 2b, 2c) is freely displaceable in a posterior-anterior direction with respect to the fusion cage, to a second configuration in which the displacement of the fixing plate (2, 2a, 2b, 2c) in a posterior-anterior direction with respect to the fusion cage is restrained by the restraining means (8, 7), characterized in that the restraining means (8, 7) comprise at least one radially protruding portion, with respect to said pivot axis (x), and at least one recessed portion intended to house said protruding portion in the second configuration of the implant. - a fusion cage, extending from a posterior side to an anterior side, adapted to be interposed between two adjacent vertebral bodies of a patient; - a fixing plate (2, 2a, 2b, 2c) having at least one passageway;
Pumped-storage system, comprising a pump-turbine which can be switched between pump mode and turbine mode and which has a plurality of pump-turbine modules which adjoin one another in the flow direction and are connected to a common shaft, and comprising a motor-generator machine which is coupled to the shaft and is connected to a variable-frequency drive unit for open-loop or closed-loop control of the speed of the motor-generator machine, the variable-frequency drive unit having a modular structure comprising a plurality of variable-frequency drives connected in parallel, the plurality being greater than or equal to two, the variable-frequency drive unit allowing speed variability in a control range such that the pumped-storage system can be operated at the optimum working point in both pump mode and turbine mode, the motor-generator machine being made up of individual motor-generator modules connected in series, each variable-frequency drive being connected to precisely one motor-generator module of the motor-generator machine, characterised in that the motor-generator modules are mounted on a common motor shaft which is connected to the shaft of the pump-turbine via a rigid mechanical coupling.
A relay node in a mobile communication network for receiving a radio signal from a first base station and forwarding the signal to a first mobile station, the relay node comprising: a control unit configured to manage a first information corresponding to a link between the relay node and the first mobile station; a transmitter configured to directly transmit the first information to another relay node in the mobile communication network associated to a second base station; a receiver configured to receive, from the other relay node, second information corresponding to a link between the other relay node and a second mobile station; wherein the control unit is configured to control resources used to communicate with the first mobile station based on the first information and the second information, wherein the receiver is configured to receive resource allocation information from the first base station indicating communication resources assigned to the relay node for directly communicating with the other relay node, and wherein the transmitter is configured to directly transmit the first information to the other relay node in the mobile communication network based on the resource allocation information received from the first base station. a control unit configured to manage a first information corresponding to a link between the relay node and the first mobile station; a transmitter configured to directly transmit the first information to another relay node in the mobile communication network associated to a second base station; a receiver configured to receive, from the other relay node, second information corresponding to a link between the other relay node and a second mobile station; wherein the control unit is configured to control resources used to communicate with the first mobile station based on the first information and the second information, wherein the receiver is configured to receive resource allocation information from the first base station indicating communication resources assigned to the relay node for directly communicating with the other relay node, and wherein the transmitter is configured to directly transmit the first information to the other relay node in the mobile communication network based on the resource allocation information received from the first base station.
Test device for testing a data cable for a motor vehicle, having: - a constant current source which is configured to adjust a current intensity of an electrical current to a predetermined target value, - a connection device for connecting one end of the data cable, - a switching device which is configured to electrically connect the constant current source to the connection device on the basis of a switching signal, - a voltage tap for capturing an electrical voltage signal of the data cable, and - a control device which is configured to switch the switching device using the switching signal and to therefore connect the constant current source to the connection device and then, while the current from the constant current source which has been adjusted to the target value is flowing into the data cable or out of the data cable via the connection device, to capture the voltage signal at the voltage tap and to test a predetermined period of the voltage signal on the basis of a predetermined test criterion for detecting a defect in the data cable; characterized in that the test criterion is independent of a connection of another end of the data cable, wherein the test criterion provides for only such a period of the voltage signal which arises before a reflection of a signal at the other end of the data cable reaches the first, connected end of the data cable or the voltage tap again to be taken into account. - a constant current source which is configured to adjust a current intensity of an electrical current to a predetermined target value, - a connection device for connecting one end of the data cable, - a switching device which is configured to electrically connect the constant current source to the connection device on the basis of a switching signal, - a voltage tap for capturing an electrical voltage signal of the data cable, and - a control device which is configured to switch the switching device using the switching signal and to therefore connect the constant current source to the connection device and then, while the current from the constant current source which has been adjusted to the target value is flowing into the data cable or out of the data cable via the connection device, to capture the voltage signal at the voltage tap and to test a predetermined period of the voltage signal on the basis of a predetermined test criterion for detecting a defect in the data cable; characterized in that the test criterion is independent of a connection of another end of the data cable, wherein the test criterion provides for only such a period of the voltage signal which arises before a reflection of a signal at the other end of the data cable reaches the first, connected end of the data cable or the voltage tap again to be taken into account.
An electric machine for use in an aircraft, comprising: a casing containing electromechanical components; a shaft which extends outside of the casing; a seal to seal the casing around the shaft; characterised by further comprising a depressurisation system configured to depressurise the casing below an external gas pressure to prevent electrical breakdown within gas in the casing. a casing containing electromechanical components; a shaft which extends outside of the casing; a seal to seal the casing around the shaft; characterised by further comprising a depressurisation system configured to depressurise the casing below an external gas pressure to prevent electrical breakdown within gas in the casing.
A method of culturing cells, comprising a) providing i) a microfluidic device comprising a top chamber, a bottom chamber, and a membrane, said membrane comprising a top surface and a bottom surface, ii) hepatocytes, stellate cells and endothelial cells and iii) material capable of forming a gel; b) introducing said material into said microfluidic device such that an extracellular matrix gel forms in said top chamber; and c) introducing, in any order, i) said hepatocytes into said top chamber such that said ECM gel is between said hepatocytes and said top surface of said membrane, ii) stellate cells in said top chamber such that said stellate cells are within said ECM gel; and iii) said endothelial cells such that said endothelial cells affix to said bottom surface of said membrane; and d) culturing said cells under flow conditions with media.
A closure device for a bag comprising: - a first support web carrying a first closure element, the first closure element comprising at least a first profile; - a second support web carrying a second closure element complementary to the first closure element, the second closure element comprising at least a second profile and a third profile extending substantially in parallel along an axis of extension the closure device being characterised in that the second profile and the third profile are each notched so as to be formed by a series of successive profile sections (22, 32) separated in pairs by notches (21, 31), the sections (22, 32) of the second profile being offset with respect to the sections (22, 32) of the third profile along the extension axis, the closure device being characterised in that the sections of the second profile are longer along the axis of extension than the sections of the third profile and the notches of the second profile are shorter than the notches of the third profile. - a first support web carrying a first closure element, the first closure element comprising at least a first profile; - a second support web carrying a second closure element complementary to the first closure element, the second closure element comprising at least a second profile and a third profile extending substantially in parallel along an axis of extension the closure device being characterised in that the second profile and the third profile are each notched so as to be formed by a series of successive profile sections (22, 32) separated in pairs by notches (21, 31), the sections (22, 32) of the second profile being offset with respect to the sections (22, 32) of the third profile along the extension axis, the closure device being characterised in that the sections of the second profile are longer along the axis of extension than the sections of the third profile and the notches of the second profile are shorter than the notches of the third profile. the closure device being characterised in that the second profile and the third profile are each notched so as to be formed by a series of successive profile sections (22, 32) separated in pairs by notches (21, 31), the sections (22, 32) of the second profile being offset with respect to the sections (22, 32) of the third profile along the extension axis, the closure device being characterised in that the sections of the second profile are longer along the axis of extension than the sections of the third profile and the notches of the second profile are shorter than the notches of the third profile.
Refrigeration device with an output unit, having a niche with a rear wall which is provided with a cover having a dish-shaped section that is curved inwardly into the niche and bounded by opposite edge sections (11a, 11b) connected by means of a niche frame, characterised in that the edge sections (11a, 11b) of the cover are held in a final mounting position applied under prestress against front supporting surfaces (12a, 12b) of the niche frame by having the dish-shaped section pulled against the rear wall of the niche by at least one securing means.
A refrigeration cycle apparatus comprising a unit, a refrigerant circuit including a compressor, a condenser, a pressure reducing device, and an evaporator connected by a refrigerant pipe, a refrigerant including a refrigerant having flammability being used as refrigerant circulating in the refrigerant circuit, the evaporator and the pressure reducing device being accommodated in the unit, the evaporator being disposed in the unit in such a manner that a linear distance between a refrigerant inlet of the evaporator and a refrigerant outlet of the pressure reducing device is shorter than a linear distance between a refrigerant outlet of the evaporator and the refrigerant outlet of the pressure reducing device; wherein the unit includes a first compartment in which the compressor is disposed and a second compartment in which the pressure reducing device is disposed, and the evaporator is disposed between the first compartment and the second compartment in the unit. a refrigerant including a refrigerant having flammability being used as refrigerant circulating in the refrigerant circuit, the evaporator and the pressure reducing device being accommodated in the unit, the evaporator being disposed in the unit in such a manner that a linear distance between a refrigerant inlet of the evaporator and a refrigerant outlet of the pressure reducing device is shorter than a linear distance between a refrigerant outlet of the evaporator and the refrigerant outlet of the pressure reducing device; wherein the unit includes a first compartment in which the compressor is disposed and a second compartment in which the pressure reducing device is disposed, and the evaporator is disposed between the first compartment and the second compartment in the unit.
A process of producing a printed article comprising a substrate and a printed image comprising a coating and a varnish, in which the varnish is indented into the coating, the process including the step of applying pressure to the varnish superimposed on selected areas of the coating on the substrate to press the varnish into the surface of the coating thereby indenting the varnish into the surface of the coating on the substrate, wherein the coating comprises laminar particles, and wherein the coating has a greater plasticity than the varnish at the temperature at which pressure is applied to the varnish.
Use of nitrogen-containing-gas removing means to avoid failure of a mass flow controlled electrochemical oxygen sensor in a flue gas analyser when measuring the concentration of oxygen in a flue gas having a relative humidity of at least 80% and a nitrogen dioxide concentration of at least 5ppm, the flue gas analyser comprising an inlet for receiving gas for analysis from a flue, the mass flow controlled electrochemical oxygen sensor comprising a cathode which is operable to reduce oxygen and a mass flow control member which is a narrow tube and which restricts the diffusion of flue gas to the cathode such that the reduction of oxygen at the cathode is mass flow limited, the nitrogen-containing-gas removing means removing from the received flue gas one or more gaseous species comprising nitrogen and oxygen which are either nitrogen dioxide, or formed from nitrogen dioxide in the presence of sufficient water vapour.
An electric axle drive of a motor vehicle, wherein the electric axle drive has: a general housing which is designed to receive the electric axle drive; an electronics housing; a power electronics unit for voltage processing in high-voltage systems or 48-volt voltage systems; a low-voltage component which is a motor sensor, a temperature sensor, a parking lock actuator or a transmission actuator, wherein the power electronics unit and the low-voltage component are inserted into the electronics housing, and the electronics housing is connected to the general housing. an electronics housing; a power electronics unit for voltage processing in high-voltage systems or 48-volt voltage systems; a low-voltage component which is a motor sensor, a temperature sensor, a parking lock actuator or a transmission actuator, wherein the power electronics unit and the low-voltage component are inserted into the electronics housing, and the electronics housing is connected to the general housing.
An electronic device, comprising: a device housing, including first and second housing components cooperating to define an interior volume; an annular support member disposed within the interior volume and engaged with threading arranged along an interior facing surface of the first housing component wherein the annular support member comprises a threaded upper ring and a threaded lower ring separate and distinct from the upper ring; and an audio component coupled to the annular support member, the audio component comprising a diaphragm configured to oscillate in a direction aligned with a longitudinal axis of the device housing. a device housing, including first and second housing components cooperating to define an interior volume; an annular support member disposed within the interior volume and engaged with threading arranged along an interior facing surface of the first housing component wherein the annular support member comprises a threaded upper ring and a threaded lower ring separate and distinct from the upper ring; and an audio component coupled to the annular support member, the audio component comprising a diaphragm configured to oscillate in a direction aligned with a longitudinal axis of the device housing.
A tank for space exploration and launch vehicles, comprising: a composite tank wall; a composite tank dome; a joint between the wall and the tank dome; and a softening strip in the joint between the tank and the dome, characterized in that the softening strip includes a three dimensional fabric having flexible fibers coated with a plastic binder, wherein the fibers include fibers extending along three substantially orthogonal axes, and wherein the three dimensional fabric is porous, and the fibers and the plastic binder are flexible at both room and cryogenic temperatures. a composite tank wall; a composite tank dome; a joint between the wall and the tank dome; and a softening strip in the joint between the tank and the dome, characterized in that the softening strip includes a three dimensional fabric having flexible fibers coated with a plastic binder, wherein the fibers include fibers extending along three substantially orthogonal axes, and wherein the three dimensional fabric is porous, and the fibers and the plastic binder are flexible at both room and cryogenic temperatures.
A mobile terminal unit (lb) comprising a housing configured to accommodate a flexible organic EL display; said flexible organic EL display being in a bent configuration when accommodated by said housing and being in a straightened configuration when flexibly revealed from said housing; a display controller configured to operate to adjust one or more characteristics of visual outputs including an extent of display on said flexible organic EL display in response to how much of said flexible organic EL display is flexibly revealed from said housing; a windable sheet provided at a last revealed end of the flexible organic EL display, wherein the sheet is stretched when the configuration of the flexible organic EL display is flexibly revealed from said housing; and a supporting section configured to support a portion of the flexible organic EL display revealed from the housing of the mobile terminal unit (lb).
A dual flow turbojet engine fan portion comprising a plurality of fan blades, a disk for supporting the blades capable of being rotated relative to a fan stator portion, along a longitudinal fan axis, a system for setting angles of attack being associated with each fan blade, these systems being designed so that the angle of attack of each blade varies according to a same setting law (Lc) as a function of the angular position of the blade relative to the stator portion, along said longitudinal fan axis, said same setting law being periodic with period P = 360°/n, with n corresponding to a whole number greater than or equal to 1, characterized in that said system for setting angles of attack is steered passively by rotating the disk supporting the blades relative to the fan stator portion, along said longitudinal axis of the fan.