mhurhangee/ep-ind-claims huggingface dataset:
Method for determining the fault location of a fault on a line of an electrical energy supply network, in which - first current and/or voltage values are measured and provided with a timestamp at a first line end of the line; - second current and/or voltage values are measured and provided with a timestamp at a second line end of the line; and - the fault location of said fault is defined using the timestamped first and second current and/or voltage values following the occurrence of a fault on the line; characterized in that - profiles of travelling waves propagating along the line in the direction of the line ends (11a, 11b) when the fault occurs are determined using the timestamped first and second current and/or voltage values at both line ends (11a, 11b); and - the fault location is defined from the profiles of the travelling waves determined for both line ends (11a, 11b) by defining a time difference with which the travelling waves arrive at the two line ends, wherein the time difference is defined from a pattern comparison of the profiles of the travelling waves determined for the line ends (11a, 11b). - first current and/or voltage values are measured and provided with a timestamp at a first line end of the line; - second current and/or voltage values are measured and provided with a timestamp at a second line end of the line; and - the fault location of said fault is defined using the timestamped first and second current and/or voltage values following the occurrence of a fault on the line; characterized in that - profiles of travelling waves propagating along the line in the direction of the line ends (11a, 11b) when the fault occurs are determined using the timestamped first and second current and/or voltage values at both line ends (11a, 11b); and - the fault location is defined from the profiles of the travelling waves determined for both line ends (11a, 11b) by defining a time difference with which the travelling waves arrive at the two line ends, wherein the time difference is defined from a pattern comparison of the profiles of the travelling waves determined for the line ends (11a, 11b).
A store suspension lug assembly comprising a base securable to or incorporated in a store, a lug portion, and a hinged coupling by which the lug portion is coupled to the base so as to be movable between an extended position in which the lug portion is engageable by a suspension hook of a release unit and a retracted position presenting a lower aerodynamic profile than in the extended position; the lug portion being mechanically biased towards the retracted position; characterised in that the store suspension lug assembly further comprises a locking mechanism (34, 36) having a locked state in which the lug portion is held in the extended position; wherein the locking mechanism (34, 36) is moved from the locked state to a released state by the suspension hook when the suspension hook is engaged with the lug portion to support the weight of the store and a part of the locking mechanism (34, 36) is arranged in or on the lug portion, so that the weight of the store acting on the suspension hook via the lug portion also acts to set the locking mechanism (34, 36) to the released state; the part of the locking mechanism comprising a locking member extending across a portal in the lug portion configured for reception of the suspension hook so that the locking member can be acted on by the suspension hook, the locking member being slidably received within the lug portion to engage with and disengage from other parts of the locking mechanism to hold the lug portion in its extended position or release the lug portion for movement to its retracted position.
A recombinant oncolytic Herpes Simplex Virus (oHSV), comprising one or more copies of one or more microRNA (miRNA) target sequences inserted into one or more HSV genes essential for HSV replication in normal (i.e., non-cancerous) cells, a mutant form of glycoprotein B (gB), and a deletion of the internal repeat (joint) region in the HSV genome comprising one copy of the ICPO, ICP34.5, LAT, and ICP4 genes and the ICP47 promoter.
A mobile station comprising: a communication control unit that is capable of performing location registration procedures with first and second mobility management units (31, 32) respectively corresponding to first and second radio access networks, RANs (21, 22), and supports idle mode signalling reduction, ISR, between the first and second RANs (21, 22) by the mobile station, and characterized in that the communication control unit is configured to, when voice service configuration information is changed when the ISR is activated and the first RAN is selected, send a location registration request indicating a change of the voice service configuration information to the first mobility management unit during a first location registration procedure (S107-S109), and deactivate the ISR in the mobile station in response to receiving a location registration response indicating deactivation of the ISR from the first mobility management unit during the first location registration procedure. a communication control unit that is capable of performing location registration procedures with first and second mobility management units (31, 32) respectively corresponding to first and second radio access networks, RANs (21, 22), and supports idle mode signalling reduction, ISR, between the first and second RANs (21, 22) by the mobile station, and characterized in that the communication control unit is configured to, when voice service configuration information is changed when the ISR is activated and the first RAN is selected, send a location registration request indicating a change of the voice service configuration information to the first mobility management unit during a first location registration procedure (S107-S109), and deactivate the ISR in the mobile station in response to receiving a location registration response indicating deactivation of the ISR from the first mobility management unit during the first location registration procedure.
Wedge for re-railing a vehicle having several modules (A, B, C, D, E) that are intended to be guided on rails, which extends along a longitudinal axis, characterized in that it comprises: - a bearer, designed to directly or indirectly support part of a module of the vehicle when this module is derailed, - two ball-joint portions (7, 8) between them defining a ball-joint connection about the axis X, the top ball-joint portion being formed as an integral part of, or fixed to, the bearer, - a sliding shoe formed as an integral part of, or connected to, the bottom ball-joint portion at least in terms of translation orthogonal to the axis X, - a base, bearing flat against the sliding shoe, designed to be in direct or indirect contact with the ground near the rails onto which the vehicle is to be re-railed, in which wedge the coefficient of friction between the bearer and the part of the module of the vehicle is designed to be higher than that between the two ball-joint portions which is itself higher than that between the sliding shoe and the base. - a bearer, designed to directly or indirectly support part of a module of the vehicle when this module is derailed, - two ball-joint portions (7, 8) between them defining a ball-joint connection about the axis X, the top ball-joint portion being formed as an integral part of, or fixed to, the bearer, - a sliding shoe formed as an integral part of, or connected to, the bottom ball-joint portion at least in terms of translation orthogonal to the axis X, - a base, bearing flat against the sliding shoe, designed to be in direct or indirect contact with the ground near the rails onto which the vehicle is to be re-railed, in which wedge the coefficient of friction between the bearer and the part of the module of the vehicle is designed to be higher than that between the two ball-joint portions which is itself higher than that between the sliding shoe and the base.
A pharmaceutical composition comprising a pharmaceutically acceptable carrier and an oncolytic Farmington rhabdovirus for use in a method for the treatment of the human body by surgery or therapy.
Engine piston comprising a reentrant cavity, axially symmetric according to a center line axis, the cavity including a bottom portion and an enlarged inlet portion; the piston comprising - an annular lip defining a shrinkage of the cavity at a position below a piston crown surface so as to axially separate said bottom portion from said enlarged inlet portion, - a raised portion formed at a center of the bottom portion, tapered towards a relating top portion, and - projecting elements fairly distributed along said annular lip, at the annular lip, wherein each of said projecting elements comprises an elongated element lying on an axial plane belonging to a sheaf of planes construed on said center line axis; wherein each of said projecting elements projects from said annular lip into said cavity towards said center line axis so as to split, in use, a respective gas flow into four sub-flows due to the projecting element in conjunction with the annular lip; wherein each of said projecting elements defines a flat circular sector smoothly adjoined to said annular lip; wherein said bottom portion defines a pseudo-toroidal volume, and said enlarged inlet portion is defined by a surface, tapered towards said bottom portion, characterized in that each of said projecting elements defines a smooth fin; each of said projecting elements being adjoined with said enlarged portion of said cavity by defining said smooth fin. - an annular lip defining a shrinkage of the cavity at a position below a piston crown surface so as to axially separate said bottom portion from said enlarged inlet portion, - a raised portion formed at a center of the bottom portion, tapered towards a relating top portion, and - projecting elements fairly distributed along said annular lip, at the annular lip, wherein each of said projecting elements comprises an elongated element lying on an axial plane belonging to a sheaf of planes construed on said center line axis; wherein each of said projecting elements projects from said annular lip into said cavity towards said center line axis so as to split, in use, a respective gas flow into four sub-flows due to the projecting element in conjunction with the annular lip; wherein each of said projecting elements defines a flat circular sector smoothly adjoined to said annular lip; wherein said bottom portion defines a pseudo-toroidal volume, and said enlarged inlet portion is defined by a surface, tapered towards said bottom portion, characterized in that each of said projecting elements defines a smooth fin; each of said projecting elements being adjoined with said enlarged portion of said cavity by defining said smooth fin.
An organic light-emitting diode, OLED, display device, comprising: a silicon substrate; a pixel unit and a magneto-dependent sensor which are on one side of the silicon substrate; and a magnetic field generator configured to provide magnetic fields running through a plane provided with the magneto-dependent sensor to the magneto-dependent sensor, wherein the magneto-dependent sensor is configured to detect magnetic variation and convert the magnetic variation into a voltage difference for output, and the magneto-dependent sensor is integrated into the silicon substrate along with sub-pixels of the pixel unit, and then is arranged side by side with the pixel units, wherein the magnetic variation is produced by a distance change between the magnetic field generator and the magneto-dependent sensor. a silicon substrate; a pixel unit and a magneto-dependent sensor which are on one side of the silicon substrate; and a magnetic field generator configured to provide magnetic fields running through a plane provided with the magneto-dependent sensor to the magneto-dependent sensor, wherein the magneto-dependent sensor is configured to detect magnetic variation and convert the magnetic variation into a voltage difference for output, and the magneto-dependent sensor is integrated into the silicon substrate along with sub-pixels of the pixel unit, and then is arranged side by side with the pixel units, wherein the magnetic variation is produced by a distance change between the magnetic field generator and the magneto-dependent sensor.
Agricultural machine for working the soil, suitable for breaking the soil and for a mechanical weeding of agricultural crops, said machine being configured to be towed by a tractor or being configured to be coupled with said tractor through a three-point attachment structure, wherein said machine comprises a metal frame with a beam, on which a series of external elements are fixed, each of said elements being composed of an arm or bridge to which a hydraulic cylinder or a pneumatic actuator is fixed through a first articulation, said hydraulic cylinder or pneumatic actuator being hinged, by means of a second articulation, to a support bar of at least one metal toothed wheel acting on the soil, characterized in that said hydraulic cylinder or pneumatic actuator being provided with a connector for interconnecting a closed pipe forming a closed hydraulic system or a closed pneumatic system with each hydraulic cylinder or pneumatic actuator, together with each connector interconnecting said closed pipe, being connected to a control unit for managing said closed hydraulic system or closed pneumatic system, in which liquids or fluids, such as oil or emulsified water or air, are inserted with said control unit being programmable so as to fix the pressure or the constant load to be exerted on said at least one toothed metal wheel, in order to apply a constant and identical breaking force on said soil, thus also avoiding soil weeds.
An electronic device configured to output image data to an external display device, comprising: an image data acquisition part configured to acquire image data; and an image output processor configured to output the image data to the external display device, wherein when an interrupt event occurs while the image output processor outputs the image data to the external display device, the image output processor is configured to determine whether to limit the amount of information regarding the interrupt event to be displayed on the external display device according to an attribute of the interrupt event, and thereby to generate a message by selecting a plurality of information relating to the interrupt event depending on an attribute of the interrupt event, thus combining an image representing the message with the image data to be output to the external display device by adjusting the luminance of the image representing the message before sending the combined image to the external display device and outputting the combined image to the external display device. an image data acquisition part configured to acquire image data; and an image output processor configured to output the image data to the external display device, wherein when an interrupt event occurs while the image output processor outputs the image data to the external display device, the image output processor is configured to determine whether to limit the amount of information regarding the interrupt event to be displayed on the external display device according to an attribute of the interrupt event, and thereby to generate a message by selecting a plurality of information relating to the interrupt event depending on an attribute of the interrupt event, thus combining an image representing the message with the image data to be output to the external display device by adjusting the luminance of the image representing the message before sending the combined image to the external display device and outputting the combined image to the external display device.
A thermoelectric conversion material represented by the following chemical formula: Ba 8+a Cu 6-b Ge 40+b where the value of a is not less than 0.1 and not more than 0.47; the value of b is not less than 0 and not more than 0.43; the thermoelectric conversion material has a clathrate crystal structure; and the thermoelectric conversion material is of p-type. the value of a is not less than 0.1 and not more than 0.47; the value of b is not less than 0 and not more than 0.43; the thermoelectric conversion material has a clathrate crystal structure; and the thermoelectric conversion material is of p-type.
A gear assembly for a square baler, which is configured to drive a baler ram which is movably disposed between end positions in a baling channel of the square baler as well as at least one further working assembly (5, 6, 8) of the square baler, characterized in that the gear assembly comprises two side gears and at least one reduction gear (14a, 14b) which is connected downstream of the respective side gear and the output side of which can be connected to a crankshaft on which the baler ram is mounted, wherein at least one flywheel is interposed between the respective side gear and the reduction gear (14a, 14b) connected downstream thereof, wherein at least one of the reduction gears (14a, 14b) comprises an overload clutch which can be shifted, which is configured to brake the reduction gears (14a, 14b) connected downstream of the flywheels to a standstill when a mechanical overload occurs.
A cartridge device (5, 6, 10, 20, 30, 40) for use in a stereolithography apparatus, which cartridge device has an interior (140, 240, 340, 440) enclosed by a sleeve (14, 141, 142, 143, 144, 24, 34, 44), the sleeve of the cartridge device being deformable, the interior (140, 240, 340, 440) having a volume which remains substantially constant during deformation of the sleeve and which is at least partially formed by a receiving space, in which a quantity of a photosensitive substance is receivable for at least a period of time of a radiation and curing process and is accessible to radiation which triggers curing of the photosensitive substance, the sleeve having a base, an upper part and a jacket connecting the base and upper part, and the base of the sleeve and/or the jacket having at least one perforatable, weakened area, for forming at least one opening for the supply or discharge of a photosensitive substance and/or the supply or discharge of solvent to or from the interior.
A cooling device comprising: - a cooling tube containing a working gas, - a pressure oscillator connected to a first end of the cooling tube to generate a pressure oscillation and displacement of the working gas, - means for phase shifting the pressure oscillation relative to displacement of the working gas, connected to a second end of the cooling tube, - a first sealed pressure transmission element arranged to separate the working gas from a fluid contained in the means for phase shifting, characterized in that it the fluid is of different nature from that of the working gas. - a cooling tube containing a working gas, - a pressure oscillator connected to a first end of the cooling tube to generate a pressure oscillation and displacement of the working gas, - means for phase shifting the pressure oscillation relative to displacement of the working gas, connected to a second end of the cooling tube, - a first sealed pressure transmission element arranged to separate the working gas from a fluid contained in the means for phase shifting, characterized in that it the fluid is of different nature from that of the working gas.
An isolated polynucleotide molecule comprising: a) a first nucleic acid with SEQ ID NO: 1; b) a second nucleic acid with SEQ ID NO: 3; c) a third nucleic acid with SEQ ID NO: 5; and d) a fourth nucleic acid with SEQ ID NO: 7. a) a first nucleic acid with SEQ ID NO: 1; b) a second nucleic acid with SEQ ID NO: 3; c) a third nucleic acid with SEQ ID NO: 5; and d) a fourth nucleic acid with SEQ ID NO: 7.
An assembly comprising: a thermal dissipater shield arranged to couple to a substrate of an electronic device, the substrate having an integrated circuit chip positioned thereon; the thermal dissipater shield comprising a body defining a lateral wall; a first wall projecting from an inner surface of the lateral wall defining a first cavity; a second wall projecting from the inner surface of the lateral wall defining a second cavity; the first cavity being arranged to capture the chip when the thermal dissipater shield is coupled to the substrate, the first cavity isolating the integrated circuit chip from discrete components positioned in the second cavity surrounding the integrated circuit, the lateral wall providing a surface area that is greater than a surface area defined by the integrated circuit; and in which the lateral wall includes an opening for applying a thermal gel in the first cavity covering all surfaces of the integrated circuit that are in communication with the first cavity; and an outer surface of the lateral wall; and in which the second wall surrounds the first wall. a thermal dissipater shield arranged to couple to a substrate of an electronic device, the substrate having an integrated circuit chip positioned thereon; the thermal dissipater shield comprising a body defining a lateral wall; a first wall projecting from an inner surface of the lateral wall defining a first cavity; a second wall projecting from the inner surface of the lateral wall defining a second cavity; the first cavity being arranged to capture the chip when the thermal dissipater shield is coupled to the substrate, the first cavity isolating the integrated circuit chip from discrete components positioned in the second cavity surrounding the integrated circuit, the lateral wall providing a surface area that is greater than a surface area defined by the integrated circuit; and in which the lateral wall includes an opening for applying a thermal gel in the first cavity covering all surfaces of the integrated circuit that are in communication with the first cavity; and an outer surface of the lateral wall; and in which the second wall surrounds the first wall. a body defining a lateral wall; a first wall projecting from an inner surface of the lateral wall defining a first cavity; a second wall projecting from the inner surface of the lateral wall defining a second cavity; the first cavity being arranged to capture the chip when the thermal dissipater shield is coupled to the substrate, the first cavity isolating the integrated circuit chip from discrete components positioned in the second cavity surrounding the integrated circuit, the lateral wall providing a surface area that is greater than a surface area defined by the integrated circuit; and in which the lateral wall includes an opening for applying a thermal gel in the first cavity covering all surfaces of the integrated circuit that are in communication with the first cavity; and an outer surface of the lateral wall; and in which the second wall surrounds the first wall.