mhurhangee/ep-ind-claims huggingface dataset:
An air compressing device (1; 2) that generates compressed air, comprising: a compressor that compresses air suctioned from the outside; an oil supply path that supplies oil to the compressor; an oil recovery unit that has an oil tank, is configured to have guided thereto compressed air that was compressed along with oil in the compressor, separate the oil from the compressed air, and recover the oil in the oil tank, and is in communication with the oil supply path; a dehumidifier that dehumidifies the compressed air from which oil has been separated; a compressed air delivery unit that delivers the dehumidified compressed air to an air reservoir for accumulating compressed air; a changeover valve that is provided on a path that communicates the dehumidifier with the compressed air delivery unit; and a communication path that communicates the changeover valve with a suction side of the compressor; characterized in that the changeover valve is switched so as to enable all of the dehumidified compressed air in the dehumidifier to be supplied to one of the compressed air delivery unit and the communication path, when the changeover valve is switched so as to communicate the dehumidifier and the communication path, all of the dehumidified compressed air in the dehumidifier is supplied to the suction side of the compressor via the communication path. a compressor that compresses air suctioned from the outside; an oil supply path that supplies oil to the compressor; an oil recovery unit that has an oil tank, is configured to have guided thereto compressed air that was compressed along with oil in the compressor, separate the oil from the compressed air, and recover the oil in the oil tank, and is in communication with the oil supply path; a dehumidifier that dehumidifies the compressed air from which oil has been separated; a compressed air delivery unit that delivers the dehumidified compressed air to an air reservoir for accumulating compressed air; a changeover valve that is provided on a path that communicates the dehumidifier with the compressed air delivery unit; and a communication path that communicates the changeover valve with a suction side of the compressor; characterized in that the changeover valve is switched so as to enable all of the dehumidified compressed air in the dehumidifier to be supplied to one of the compressed air delivery unit and the communication path, when the changeover valve is switched so as to communicate the dehumidifier and the communication path, all of the dehumidified compressed air in the dehumidifier is supplied to the suction side of the compressor via the communication path.
A cryptographic integrated circuit (100, 200a, 200b, 300, 400a, 400b, 400c, 500) comprising: - one or more processing logics configured to generate one or more sequences of bits belonging to a set of allowed sequences (310, 410a, 410b, 410c, 510); - a set of Flip-Flops (FFs) comprising two or more Flip-Flops configured to store said sequences of bits (320, 420a, 420b, 420c, 520); - one or more processing logics configured to generate a signal (S A) indicating an occurrence of a fault injection attack if a sequence of bits defined by the bits stored by the two or more FFs of the set does not belong to the set of allowed sequences (330, 430a, 430b, 430c, 530); said cryptographic integrated circuit being characterized in that said set of Flip-Flops comprises at least one first FF (421a, 421b), whose output is connected to the input of at least one second FF (422a, 422, 423b). - one or more processing logics configured to generate one or more sequences of bits belonging to a set of allowed sequences (310, 410a, 410b, 410c, 510); - a set of Flip-Flops (FFs) comprising two or more Flip-Flops configured to store said sequences of bits (320, 420a, 420b, 420c, 520); - one or more processing logics configured to generate a signal (S A) indicating an occurrence of a fault injection attack if a sequence of bits defined by the bits stored by the two or more FFs of the set does not belong to the set of allowed sequences (330, 430a, 430b, 430c, 530);
A method for generating a combined anatomical model of a heart, the method comprising the following steps implemented by a processor arrangement: receiving a non-contrast agent-enhanced ultrasound image of a left ventricular region of the heart; receiving a contrast agent-enhanced ultrasound image of the left ventricular region of the heart; aligning the non-contrast agent-enhanced and contrast agent-enhanced ultrasound images; the method characterised by performing a combined segmentation of the aligned non-contrast agent-enhanced and contrast agent-enhanced ultrasound images to generate the combined anatomical model, wherein performing the combined segmentation comprises using features of both of the aligned non-contrast agent-enhanced and contrast agent-enhanced ultrasound images as target points. receiving a non-contrast agent-enhanced ultrasound image of a left ventricular region of the heart; receiving a contrast agent-enhanced ultrasound image of the left ventricular region of the heart; aligning the non-contrast agent-enhanced and contrast agent-enhanced ultrasound images; the method characterised by performing a combined segmentation of the aligned non-contrast agent-enhanced and contrast agent-enhanced ultrasound images to generate the combined anatomical model, wherein performing the combined segmentation comprises using features of both of the aligned non-contrast agent-enhanced and contrast agent-enhanced ultrasound images as target points.
A method for recording images of vehicles that pass through a section between an entrance and an exit at excessive speed, comprising the following steps: capturing the entry time (t a) of a vehicle at the entrance, generating a unique object identifier (c i), which is independent from the actual identity of the vehicle, for the vehicle and storing the entry time (t a) under the object identifier (c i); tracking the movement of the vehicle, which is being continuously referenced during the tracking by way of the object identifier (c i), over the entire section using a sensor arrangement; capturing (36, 37) the exit time (t b) of the vehicle that is referenced by way of the object identifier (c i) at the exit; and if a comparison of the captured exit time (t b) to the stored entry time (t a) indicates a speed that exceeds a threshold value (s): capturing (37, 45) an exit image (P b) of the vehicle at the exit. capturing the entry time (t a) of a vehicle at the entrance, generating a unique object identifier (c i), which is independent from the actual identity of the vehicle, for the vehicle and storing the entry time (t a) under the object identifier (c i); tracking the movement of the vehicle, which is being continuously referenced during the tracking by way of the object identifier (c i), over the entire section using a sensor arrangement; capturing (36, 37) the exit time (t b) of the vehicle that is referenced by way of the object identifier (c i) at the exit; and if a comparison of the captured exit time (t b) to the stored entry time (t a) indicates a speed that exceeds a threshold value (s): capturing (37, 45) an exit image (P b) of the vehicle at the exit.
A computer-implemented method for storing data, the method comprising storing the data in a hierarchical accumulator structure, the hierarchical accumulator structure comprising at least a first level and a second level, wherein the first level comprises a first level accumulator and the second level comprises a plurality of second level accumulators; the first level accumulator encompasses a plurality of first level elements and a first level digest of the plurality of first level elements; characterized in that each of the plurality of second level accumulators encompasses a plurality of second level elements and a second level digest of the plurality of second level elements; each of the second level digests of the plurality of second level accumulators corresponds to one of the plurality of first level elements; and a subset of the plurality of first level elements comprises metadata, the metadata comprising accumulator information for the corresponding second level accumulator; wherein storing the data comprises computing the plurality of second level accumulators in dependence on the respective accumulator information of the metadata of the first level elements. storing the data in a hierarchical accumulator structure, the hierarchical accumulator structure comprising at least a first level and a second level, wherein the first level comprises a first level accumulator and the second level comprises a plurality of second level accumulators; the first level accumulator encompasses a plurality of first level elements and a first level digest of the plurality of first level elements; characterized in that each of the plurality of second level accumulators encompasses a plurality of second level elements and a second level digest of the plurality of second level elements; each of the second level digests of the plurality of second level accumulators corresponds to one of the plurality of first level elements; and a subset of the plurality of first level elements comprises metadata, the metadata comprising accumulator information for the corresponding second level accumulator; wherein storing the data comprises computing the plurality of second level accumulators in dependence on the respective accumulator information of the metadata of the first level elements.
Refillable bottle for dispensing a fluid product, comprising a body in which a container intended for packaging said product is formed, said bottle comprising a device for dispensing said packaged product which is mounted on said body in a sealed way, said bottle being equipped with a valve for filling the container which is arranged to allow a product source to be brought into communication with said container in order to fill said container, said valve comprising a conduit for communication between said source and said container, said conduit having a seat equipped with a flap valve which is moveable relatively to said seat between a sealed closed position and an open position of said conduit when the bottle is in an upside-down position, the valve having a upper sleeve in which the flap valve is moveably mounted by forming, inside said sleeve a downstream portion of the conduit which discharges into the container by means of a passage said bottle being characterised in that said upper sleeve has a geometry which is cylindrical in revolution and in which a notch is formed which is arranged so that the passage is asymmetrical.
A method for producing lipids, comprising the following steps (i) providing a cultivation medium comprising a lignocellulosic hydrolysate, (ii) providing a fermentation broth by inoculating the cultivation medium of (i) with a first microbe, where said first microbe is an oleaginous microbe, which is capable of accumulating intercellular lipids such that the lipids mounts at least 15 % (w/w) of the total biomass (per cell dry weight) of the microbe when cultivated under suitable conditions, (iii) incubating said medium inoculated with said first microbe under aerobic conditions allowing lipids to accumulate, wherein said fermentation broth comprises at least one microbial growth inhibitor selected from the group consisting of phenolic compounds, organic acids, furfural and hydroxymethylfurfural, and wherein said fermentation broth further comprises a second non-oleaginous microbe, which capability of accumulating intercellular lipids is below 15 % (w/w) of the total biomass (per cell dry weight) when cultivated under suitable conditions, wherein said at least one microbial growth inhibitor is present in said fermentation broth at a concentration within the range that allows the first microbe to proliferate and/or produce oil and inhibits the proliferation of said second microbe by at least 20 %, and wherein the presence of the microbial growth inhibitor inhibits proliferation of said second microbe and favours the proliferation of said first microbe over said second microbe. (i) providing a cultivation medium comprising a lignocellulosic hydrolysate, (ii) providing a fermentation broth by inoculating the cultivation medium of (i) with a first microbe, where said first microbe is an oleaginous microbe, which is capable of accumulating intercellular lipids such that the lipids mounts at least 15 % (w/w) of the total biomass (per cell dry weight) of the microbe when cultivated under suitable conditions, (iii) incubating said medium inoculated with said first microbe under aerobic conditions allowing lipids to accumulate,
A cooling system for a wind turbine, comprising: at least one generator having a plurality of external fins disposed around at least a portion of the periphery of said at least one generator; a shroud disposed around at least a portion of said at least one generator; characterized by: a braking system (610, 612) connected to a shaft of said at least one generator, said shroud enveloping at least a portion of said braking system (610,612); a plurality of gearbox external fins disposed around at least a portion of the periphery of a gearbox; wherein at least a portion of said shroud is disposed around at least a portion of said gearbox; and wherein said shroud is configured to guide air across said plurality of external fins so that said air cools said at least one generator. at least one generator having a plurality of external fins disposed around at least a portion of the periphery of said at least one generator; a shroud disposed around at least a portion of said at least one generator; characterized by: a braking system (610, 612) connected to a shaft of said at least one generator, said shroud enveloping at least a portion of said braking system (610,612); a plurality of gearbox external fins disposed around at least a portion of the periphery of a gearbox; wherein at least a portion of said shroud is disposed around at least a portion of said gearbox; and wherein said shroud is configured to guide air across said plurality of external fins so that said air cools said at least one generator. a braking system (610, 612) connected to a shaft of said at least one generator, said shroud enveloping at least a portion of said braking system (610,612); a plurality of gearbox external fins disposed around at least a portion of the periphery of a gearbox; wherein at least a portion of said shroud is disposed around at least a portion of said gearbox; and wherein said shroud is configured to guide air across said plurality of external fins so that said air cools said at least one generator.
An optical system comprising a first drop-side optical circuit comprising: a multicast-and-select switch having a plurality of input ports and a plurality of output ports, a plurality of selective devices, each for blocking some of wavelengths of light passing therethrough and for passing at least one other wavelength therethrough so as to provide output to an output port of said selective device, wherein each of the plurality of selective devices has an input port optically coupled to an output port of the multicast-and-select switch, and an optical amplifying array comprising a plurality of optical amplifiers, each having an input port optically coupled to one of the selective devices for receiving an optical signal to be amplified, wherein each of the plurality of optical amplifiers comprises one or more rare earth doped optical fibers for amplifying an optical signal propagating therethrough and has an output port for providing an amplified optical signal, characterized in that the optical amplifying array comprises one or more laser pumps for providing pump light sufficient to fully saturate all of the rare earth doped optical fibers in the optical amplifying array, wherein a number of the one or more laser pumps is less than a number of the plurality of optical amplifiers, and each of at least some of the optical amplifiers has a pump light port configured for receiving at least a portion of the pump light from another of the optical amplifiers. a multicast-and-select switch having a plurality of input ports and a plurality of output ports, a plurality of selective devices, each for blocking some of wavelengths of light passing therethrough and for passing at least one other wavelength therethrough so as to provide output to an output port of said selective device, wherein each of the plurality of selective devices has an input port optically coupled to an output port of the multicast-and-select switch, and an optical amplifying array comprising a plurality of optical amplifiers, each having an input port optically coupled to one of the selective devices for receiving an optical signal to be amplified, wherein each of the plurality of optical amplifiers comprises one or more rare earth doped optical fibers for amplifying an optical signal propagating therethrough and has an output port for providing an amplified optical signal, characterized in that the optical amplifying array comprises one or more laser pumps for providing pump light sufficient to fully saturate all of the rare earth doped optical fibers in the optical amplifying array, wherein a number of the one or more laser pumps is less than a number of the plurality of optical amplifiers, and each of at least some of the optical amplifiers has a pump light port configured for receiving at least a portion of the pump light from another of the optical amplifiers.
A displacement sensor comprising: an first yoke that is formed of a soft magnetic body and is annular-shaped; an second yoke that is formed of a soft magnetic body and is annular-shaped, the second yoke having an inner circumferential surface which faces an outer circumferential surface of the first yoke via a gap and arranged coaxially with the first yoke; a magnet that is arranged to be capable of moving in an axial direction in a radial-direction central portion of the first yoke and is magnetized in the axial direction of the first yoke; and a detection element that detects a magnetic flux density which is generated in the gap and is arranged in the gap so that the magnetic flux density is detected along the radial direction of the first yoke. an first yoke that is formed of a soft magnetic body and is annular-shaped; an second yoke that is formed of a soft magnetic body and is annular-shaped, the second yoke having an inner circumferential surface which faces an outer circumferential surface of the first yoke via a gap and arranged coaxially with the first yoke; a magnet that is arranged to be capable of moving in an axial direction in a radial-direction central portion of the first yoke and is magnetized in the axial direction of the first yoke; and a detection element that detects a magnetic flux density which is generated in the gap and is arranged in the gap so that the magnetic flux density is detected along the radial direction of the first yoke.
Circuit arrangement for controlling an electronic input switch, with which which a load with a high capacitive component can be connected to a motor vehicle battery, the input of a drive circuit for the electronic input switch being supplied with a switch-on signal (Son), the drive circuit for the electronic input switch being set up for this purpose, on receipt of the switch-on signal (Son), to initially close and open the electronic input switch in a clocked manner over a start-up period (ton) with a number (n) of switch-on pulses and then to close it continuously as long as the switch-on signal (Son) is present at the input of the drive circuit, characterized in that the duration of the first of the switch-on pulses is a multiple of the duration of the following switch-on pulses.
Illuminant having at least one organic, light emitting diode (OLED) which are applied to a carrier material vapour-deposited with a metal layer which serves for supplying the OLED with voltage and for this is connected to connecting conductors, characterised in that - the metal layer forms plural poles and plural connecting contacts form a material bond with the metal layer, the contacts of identical poles being electrically connected to one another within the insulating material housing, - a one-piece insulating material housing is provided, - the connecting contacts are directly fixed in the insulating material housing, - the direct fixing of the connecting contacts in the insulating housing serves for supporting the illuminant in the insulating material housing, - the connecting contact fixed in the insulating material housing serves for direct connection to the connecting conductors. - the metal layer forms plural poles and plural connecting contacts form a material bond with the metal layer, the contacts of identical poles being electrically connected to one another within the insulating material housing, - a one-piece insulating material housing is provided, - the connecting contacts are directly fixed in the insulating material housing, - the direct fixing of the connecting contacts in the insulating housing serves for supporting the illuminant in the insulating material housing, - the connecting contact fixed in the insulating material housing serves for direct connection to the connecting conductors.
A plate heat exchanger comprising a frame, wherein the frame comprises a first arm and a second arm connectable together in a first connection and in a second connection, so that the arms (110, 120) form a loop for encircling the heat exchanger, wherein at least one of the arms (110, 120) is adapted to restrict the movement of the heat exchanger with respect to the frame in at least one direction after assembly, characterized in that the first connection is detachable and the second connection enables movement of the first arm with respect to the second arm when the first connection is detached.