mhurhangee/ep-ind-claims huggingface dataset:
A thrust reverser for a turbojet aircraft nacelle comprising: - a fixed structure, - a movable structure, - an actuator extending along a main axis and connected by a first connection to the fixed structure and by a second connection to the movable structure for the deployment of the movable structure between a direct jet position and a reverse jet position, characterized in that: the actuator is further connected to the fixed structure by a third connection disposed longitudinally between the first connection and the second connection, the axis of the third connection is radially eccentric from said main axis, and in that the third connection allows a predetermined displacement of the actuator with respect to the fixed structure. - a fixed structure, - a movable structure, - an actuator extending along a main axis and connected by a first connection to the fixed structure and by a second connection to the movable structure for the deployment of the movable structure between a direct jet position and a reverse jet position, the actuator is further connected to the fixed structure by a third connection disposed longitudinally between the first connection and the second connection, the axis of the third connection is radially eccentric from said main axis, and in that the third connection allows a predetermined displacement of the actuator with respect to the fixed structure.
A micro-structured optical fiber for supercontinuum generation having a length and a longitudinal axis along its length, said optical fiber comprising a core microstructured length section L cm, said core microstructured length section L cm comprises: - a micro-structured core region comprising at least a first region forming a central part of the core region and a second region surrounding the first region; and - a cladding surrounding the core region; wherein the first region comprises silica material and the second region comprises silica material, wherein the silica material of the first region has a higher concentration of OH than the silica material of the second region and/or the silica material of the first region has a lower concentration of Cl than the silica material of the second region, and wherein the core region in at least a length part of the core microstructured length section L cm has a cross sectional diameter D cm perpendicular to the longitudinal axis which is about 8 μm or less. - a micro-structured core region comprising at least a first region forming a central part of the core region and a second region surrounding the first region; and - a cladding surrounding the core region;
A triboelectric energy generator adapted to generate electrical energy from rotational oscillatory motion, comprising: a stator comprising: a first generating element The first generating element comprising a first triboelectric material and a stopper; and; a second generating element comprising a second triboelectric material, wherein the second generating element is arranged to oscillate about a rotation axis with respect to the first generating element to generate an output voltage, where the stopper is arranged to limit rotation of the second generating element with respect to the first generating element and where the triboelectric energy generator further comprises a rotor comprising the second generating element, wherein the rotor and the stator are co-axial and the rotor is arranged to rotate about a co-axis and the stopper is arranged to limit the rotation of the rotor about the co-axis. a first generating element The first generating element comprising a first triboelectric material and a stopper; and; a second generating element comprising a second triboelectric material, wherein the second generating element is arranged to oscillate about a rotation axis with respect to the first generating element to generate an output voltage, where the stopper is arranged to limit rotation of the second generating element with respect to the first generating element and where the triboelectric energy generator further comprises a rotor comprising the second generating element, wherein the rotor and the stator are co-axial and the rotor is arranged to rotate about a co-axis and the stopper is arranged to limit the rotation of the rotor about the co-axis.
A computer-implemented method of migrating metadata from a donor filesystem D having a rooted tree structure to a beneficiary filesystem B while processing commands that operate on the metadata, comprising: while a command to operate on the metadata is not received, replicating, by a computer system, the rooted tree structure of the donor filesystem D at the beneficiary filesystem B by sequentially copying metadata of nodes of the donor filesystem D to the beneficiary filesystem B; and receiving, by the computer system, a command to operate on the metadata; executing, by the computer system, the received command at both the donor filesystem D and the beneficiary filesystem B when all arguments of the received command are present in both the donor filesystem D and the beneficiary filesystem B; executing, by the computer system, the received command at the donor filesystem D only when none of the arguments of the received command are present in the beneficiary filesystem B; enqueueing, by the computer system, the received command in a queue when only some of the arguments of the received command are present in the beneficiary filesystem B at least until all arguments of the received command are present in the beneficiary filesystem B; and dequeuing and scheduling, by the computer system, the received command for execution when all arguments thereof are present in the beneficiary filesystem B. while a command to operate on the metadata is not received, replicating, by a computer system, the rooted tree structure of the donor filesystem D at the beneficiary filesystem B by sequentially copying metadata of nodes of the donor filesystem D to the beneficiary filesystem B; and receiving, by the computer system, a command to operate on the metadata; executing, by the computer system, the received command at both the donor filesystem D and the beneficiary filesystem B when all arguments of the received command are present in both the donor filesystem D and the beneficiary filesystem B; executing, by the computer system, the received command at the donor filesystem D only when none of the arguments of the received command are present in the beneficiary filesystem B; enqueueing, by the computer system, the received command in a queue when only some of the arguments of the received command are present in the beneficiary filesystem B at least until all arguments of the received command are present in the beneficiary filesystem B; and dequeuing and scheduling, by the computer system, the received command for execution when all arguments thereof are present in the beneficiary filesystem B.
A portable or integrated sauna indoor climate adjusting device, consisting of a mixing chamber, a hot air and steam inlet channel, which is located in an upper section of the device and a sauna, for hot air and steam from the upper section of the sauna, a ventilation fan in the mixing chamber, an outlet channel for releasing the mixed air and vapour from the mixing chamber, characterized in that the device comprises a cooler air and water vapour inlet channel, which is located in an lower section of the device and the sauna, connected to the mixing chamber for cooler air and water vapour from the lower section of the sauna
A connector comprising: a signal terminal that is provided with a leg portion; a shell that is provided with a leg portion; a shield case; an interposition member that includes a terminal insertion hole to which the leg portion of the signal terminal is electrically connected by being inserted thereinto, a shell insertion hole to which the leg portion of the shell is electrically connected by being inserted thereinto, and a continuity portion which is electrically connected to the shield case, and has an internal structure in which the terminal insertion hole and the continuity portion are insulated from each other and continuity is provided between the shell insertion hole and the continuity portion; characterized in that the connector further comprises: a case; and screws, wherein the interposition member and the shield case are provided with threaded holes (24a, 25a), the screws fix the interposition member and the shield case to the case by being inserted into the threaded holes of the interposition member and the threaded holes of the shield case, and the continuity portion is located around each of the threaded holes of the interposition member. a signal terminal that is provided with a leg portion; a shell that is provided with a leg portion; a shield case; an interposition member that includes a terminal insertion hole to which the leg portion of the signal terminal is electrically connected by being inserted thereinto, a shell insertion hole to which the leg portion of the shell is electrically connected by being inserted thereinto, and a continuity portion which is electrically connected to the shield case, and has an internal structure in which the terminal insertion hole and the continuity portion are insulated from each other and continuity is provided between the shell insertion hole and the continuity portion; characterized in that the connector further comprises: a case; and screws, wherein a case; and screws, wherein the interposition member and the shield case are provided with threaded holes (24a, 25a), the screws fix the interposition member and the shield case to the case by being inserted into the threaded holes of the interposition member and the threaded holes of the shield case, and the continuity portion is located around each of the threaded holes of the interposition member.
A digital radio module comprising a modular architecture for use in a multi-band multi-standard radio communication apparatus that is operable over a wide frequency range, the digital radio module comprising: one or more digital transmitter sub modules (101 1 to 101 X), each digital transmitter sub module comprising a plurality of digital transmitter chains (103 1 to 103 N); one or more digital receiver sub modules (105 1 to 105 Y), each digital receiver sub module comprising a plurality of digital receiver chains (107 1 to 107 M); characterized in that each of the digital transmitter sub modules (101 1 to 101 X) and digital receiver sub modules (105 1 to 105 Y) comprises a respective control unit for individually configuring each digital transmitter sub module and digital receiver sub module such that the digital radio module is operable to transmit and/or receive multiple different carrier frequency signals in one or more different modes of operation. one or more digital transmitter sub modules (101 1 to 101 X), each digital transmitter sub module comprising a plurality of digital transmitter chains (103 1 to 103 N); one or more digital receiver sub modules (105 1 to 105 Y), each digital receiver sub module comprising a plurality of digital receiver chains (107 1 to 107 M); characterized in that each of the digital transmitter sub modules (101 1 to 101 X) and digital receiver sub modules (105 1 to 105 Y) comprises a respective control unit for individually configuring each digital transmitter sub module and digital receiver sub module such that the digital radio module is operable to transmit and/or receive multiple different carrier frequency signals in one or more different modes of operation.
An implantable prosthesis for the repair of inguinal and femoral hernias, the implantable prosthesis comprising: at least one piece of mesh arranged to cover at least a portion of the hernia, at least one support element attached to said piece of mesh, said support element comprising at least one resilient, deformable biasing filament, said support element being an uninterrupted tension providing ring surrounding a portion of said mesh and further comprising an indentation directed towards the center of said ring, characterised in that said the at least one piece of mesh is shaped like a deformed water drop, whereby one of its extremities is wider than the opposing extremity, said at least one piece of mesh having a main surface area that borders the wider extremity and having an essentially ellipsoid shape, the support element being attached to the piece of mesh so that the base of the indentation faces the extremity opposite to the wider extremity of said piece of mesh.
A method of wireless communication performed in a communication system comprising a wireless device, a base station, and a mobility management entity, MME, the method comprising: establishing, by the wireless device, a dynamic coverage enhancement, CE, configuration with the MME, wherein the dynamic CE configuration indicates support for dynamic CE paging and is included in a context information sent to the MME, wherein the context information comprises the CE level and the dynamic CE indication of the wireless device; storing, at the MME, the CE level, as a last known CE level, and the dynamic CE indication of the wireless device; performing an RRC release procedure when the UE enters into an idle mode; selecting, by the wireless device, another CE level different from the last known CE level; refraining from signaling an indication to the MME that the another CE level has been selected; sending a paging request for the wireless device from the MME to the base station to page the wireless device, the paging request including the last known CE level for the wireless device and the dynamic CE indication indicating that dynamic CE paging is enabled for the wireless device; sending, from the base station, a first paging message to the wireless device using the last known CE level, and if no response is received by the base station, sending a second paging message to the wireless device using the another CE level based on the dynamic CE indication. establishing, by the wireless device, a dynamic coverage enhancement, CE, configuration with the MME, wherein the dynamic CE configuration indicates support for dynamic CE paging and is included in a context information sent to the MME, wherein the context information comprises the CE level and the dynamic CE indication of the wireless device; storing, at the MME, the CE level, as a last known CE level, and the dynamic CE indication of the wireless device; performing an RRC release procedure when the UE enters into an idle mode; selecting, by the wireless device, another CE level different from the last known CE level; refraining from signaling an indication to the MME that the another CE level has been selected; sending a paging request for the wireless device from the MME to the base station to page the wireless device, the paging request including the last known CE level for the wireless device and the dynamic CE indication indicating that dynamic CE paging is enabled for the wireless device; sending, from the base station, a first paging message to the wireless device using the last known CE level, and if no response is received by the base station, sending a second paging message to the wireless device using the another CE level based on the dynamic CE indication.
A microwave frequency oscillator for producing an RF signal, said microwave frequency oscillator comprising a pulse generator and a non-linear transmission line, the transmission line containing at least one element of magnetic material having in use a magnetic bias field along a given axis, wherein said magnetic element has opposed end regions spaced along said axis; wherein the element is of hollow cylindrical form; and wherein the non-linear transmission line comprises a coaxial electrical conductor arrangement, with a first electrically conducting element passing through the hollow part of the magnetic element, and a concentric conductor element surrounding and spaced from said magnetic element, the coaxial conductor arrangement being adapted in use to receive an input pulse at one end from the pulse generator and to deliver an output signal at another end; and wherein the magnetic material comprises gyromagnetic material such that the input pulse is modulated as a result of gyromagnetic precession effects; characterised in that at least one of said end regions is profiled to at least reduce demagnetisation of said material in said end region; said at least one end region being externally tapered, with wall thickness of the element decreasing towards a free end thereof; and the inner wall of said element of cylindrical form tapering outwardly towards the free end; said at least one end region being proximate said output end.
A method for initializing a Controller Area Network module in a microcontroller, the method comprising: - measuring times between consecutive falling or consecutive rising edges of a CAN signal; characterized by - sorting said measured times to provide a first sorted list; - determining difference values between adjacent measured times of said sorted list; - sorting said difference values to provide a second sorted list; - selecting a first difference value from said second sorted list and determining a first bit rate frequency from said first difference value; - initializing said CAN module using said selected bit rate frequency; - receiving a CAN signal frame; - determining whether an error occurred; and - if an error occurred selecting a next frequency and repeating initializing the CAN module until a valid CAN frequency has been found. - measuring times between consecutive falling or consecutive rising edges of a CAN signal; - sorting said measured times to provide a first sorted list; - determining difference values between adjacent measured times of said sorted list; - sorting said difference values to provide a second sorted list; - selecting a first difference value from said second sorted list and determining a first bit rate frequency from said first difference value; - initializing said CAN module using said selected bit rate frequency; - receiving a CAN signal frame; - determining whether an error occurred; and - if an error occurred selecting a next frequency and repeating initializing the CAN module until a valid CAN frequency has been found.
Pliers, such as a center cutter or a side cutter, having pliers jaws (4, 5) that are formed on pliers limbs and have a working region, the pliers limbs, which have gripping regions (2, 3) and are formed to cross over one another, being pivotably mounted by bearing bolts (6, 7) that connect a cover plate, and the pliers jaws being formed on the working region side of the cover plate and the cross-over region of the pliers limbs being formed on the other side of the cover plate, characterized in that a tangential bend, as seen in side view, is formed in the pliers limbs on the gripping side relative to the cover plate, different pivot planes (E1-E1) and (E2-E2) of the pliers limbs created thereby intersecting one another in the bend, the gripping regions (2, 3) running in one pivot plane (E2-E2) and regions of the pliers limbs extending on the working region side of the tangential bend running in another pivot plane (E1-E1), and that cross-over region of the pliers limbs runs on the gripping side of the tangential bend.
A coating supported by a substrate, the coating comprising metal-alloy-containing spheres (110; 210; 310; 410; 510; 610; 910) that are sintered or glued together or embedded in a matrix, wherein said coating has at least 60% void volume fraction and closed porosity, wherein said coating has a coating thickness from 50 micrometers to 500 micrometers, wherein said metal-alloy-containing spheres contain an alloy of one or more metals selected from the group consisting of nickel, cobalt, iron, chromium, tungsten, molybdenum, phosphorus, copper, zirconium, hafnium, titanium, niobium, tantalum and rhenium, and wherein said metal-alloy-containing spheres have an average diameter that is from 5% to 30% of said coating thickness, wherein said coating has a thermal conductivity of less than 10 W/m·K at 25°C and a volumetric heat capacity of less than 1000 kJ/m 3 ·K at 25°C.
An electric power steering system comprising: a steering mechanism; a motor that applies a steering operation assist force to the steering mechanism; a reduction mechanism that has a drive gear rotationally driven by the motor and a driven gear attached at the steering mechanism and meshing with the drive gear; a controller that controls the motor; and a steering angle detector that detects a steering angle, wherein in a range in which the motor does not produce the steering operation assist force, the controller causes the motor to produce a slight rotational torque not enough to drive the driven gear, and switches a direction of the slight rotational torque under a given condition, characterized in that in the range in which the motor does not produce the steering operation assist force, the controller also reverses the direction of the slight rotational torque each time an integral value of steering angles detected by the steering angle detector in the predetermined range reaches a set value. a steering mechanism; a motor that applies a steering operation assist force to the steering mechanism; a reduction mechanism that has a drive gear rotationally driven by the motor and a driven gear attached at the steering mechanism and meshing with the drive gear; a controller that controls the motor; and a steering angle detector that detects a steering angle, wherein in a range in which the motor does not produce the steering operation assist force, the controller causes the motor to produce a slight rotational torque not enough to drive the driven gear, and switches a direction of the slight rotational torque under a given condition,
An apparatus for wireless transmission of power from a DC voltage source to a DC voltage load, between loosely coupled coils with variable coupling coefficient, operation at resonance is used when the coupling between the coils is sufficiently low, while off-resonance operation is allowed when the coupling increases comprising: a) one primary coil and one secondary coil, the primary coil and the secondary coil each connected with means of capacitors (C1, C2) configured to achieve a common resonance frequency, ω 0; b) said one primary coil and one secondary coil are mutually movable during operation; c) a DC/AC-converter converting the DC voltage source at a primary side to an AC voltage of controllable magnitude and frequency at the primary side; d) one rectifier at a secondary side converting an AC voltage (V pick) at terminals of the secondary coil to a DC voltage at the DC voltage load on the secondary side; e) at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) connected (V send,ref) with the DC/AC converter; and f) the at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) is further fed by at least one DC-current (I dc,pick) feedback signal from the rectifier. a) one primary coil and one secondary coil, the primary coil and the secondary coil each connected with means of capacitors (C1, C2) configured to achieve a common resonance frequency, ω 0; b) said one primary coil and one secondary coil are mutually movable during operation; c) a DC/AC-converter converting the DC voltage source at a primary side to an AC voltage of controllable magnitude and frequency at the primary side; d) one rectifier at a secondary side converting an AC voltage (V pick) at terminals of the secondary coil to a DC voltage at the DC voltage load on the secondary side; e) at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) connected (V send,ref) with the DC/AC converter; and f) the at least one regulator (Regulator 1, Regulator 2, Regulator 3, Regulator 4) is further fed by at least one DC-current (I dc,pick) feedback signal from the rectifier.