mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method, comprising: receiving a request at a parent physical function of a multiple physical function non-volatile memory device, MFND, to create a child physical function on the MFND , wherein the child physical function is a Peripheral Component Interconnect Express, PCIe, physical function of the MFND ; and responsive to the request, creating the child physical function on the MFND and returning an identifier for the child physical function in response to the request, wherein the identifier is usable to delete the child physical function, securely erase the child physical function, query settings of the child physical function or modify the settings of the child physical function. receiving a request at a parent physical function of a multiple physical function non-volatile memory device, MFND, to create a child physical function on the MFND , wherein the child physical function is a Peripheral Component Interconnect Express, PCIe, physical function of the MFND ; and responsive to the request, creating the child physical function on the MFND and returning an identifier for the child physical function in response to the request, wherein the identifier is usable to delete the child physical function, securely erase the child physical function, query settings of the child physical function or modify the settings of the child physical function.
Vehicle consisting of a rear frame having two side beams oriented in the longitudinal direction of the vehicle and connected between them by at least two ties so as to distinguish a front beam and a rear beam connected between them by a central beam parallel to the two side beams , said central beam 15) comprising one upper and one lower face, the vehicle being characterized in that it also includes a fastening reinforcement device of the central beam including a lower reinforcement attached to the front beam and extending over at least part of the lower face of the central beam .
A method for preventing an internal combustion engine from harmful engine running, where the engine speed (N) is limited to a maximum allowed engine speed (N MAX ) having a start value (N NORMALMAX ), the engine being run at a throttle position from zero throttle to full throttle, wherein the method comprises the steps of: a. monitoring the engine parameter engine speed (N); b. determining if the monitored engine parameter engine speed (N) satisfies at least one corresponding potential overheat condition ; c. if the potential overheat condition(s) of step b) is satisfied an overheat factor (OHF) is increased; d. determining if the overheat factor (OHF) exceeds an overheat factor threshold (OHF LIMIT ); e. if in step d) the overheat factor (OHF) exceeds the overheat factor threshold (OHF LIMIT ), the maximum allowed engine speed (N MAX ) is reduced to a reduction value (N REDUCEDMAX ) during a reduced maximum allowed engine speed period , where the reduced maximum allowed engine speed period is active until at least one end reduction period condition is satisfied; f. repeating step a) to e) regularly during the engine run, wherein the engine parameter engine speed (N) is derived by measuring the time period between two consecutive ignitions, or by measuring the time period between several consecutive ignitions and thereby enabling an average over several revolutions of the engine speed (N). a. monitoring the engine parameter engine speed (N); b. determining if the monitored engine parameter engine speed (N) satisfies at least one corresponding potential overheat condition ; c. if the potential overheat condition(s) of step b) is satisfied an overheat factor (OHF) is increased; d. determining if the overheat factor (OHF) exceeds an overheat factor threshold (OHF LIMIT ); e. if in step d) the overheat factor (OHF) exceeds the overheat factor threshold (OHF LIMIT ), the maximum allowed engine speed (N MAX ) is reduced to a reduction value (N REDUCEDMAX ) during a reduced maximum allowed engine speed period , where the reduced maximum allowed engine speed period is active until at least one end reduction period condition is satisfied; f. repeating step a) to e) regularly during the engine run,
A follicle container for transporting an extracted hair follicle from a follicle extractor and containing the hair follicle for future use, the follicle container comprising: - a receptacle operable to hold a hair follicle extracted from skin by a follicle extractor ; - a conduit , coupleable with the follicle extractor , and operable to convey the extracted hair follicle toward the receptacle ; - a pump - the receptacle is coupled with the pump , the pump operable to move air through the conduit and receptacle to urge the extracted hair follicle to travel toward the receptacle ; and - an injector operable to aerosolize and inject an irrigant into the conduit while the extracted hair follicle travels toward the receptacle characterized in that the injector includes: - a first passage having a throat , - a second passage having a port disposed in the throat , and - wherein the port includes an entrance having a cross-sectional area and an exit disposed in the throat and having a cross-sectional area that is less than the cross-sectional area of the port's entrance and wherein the containing device is configured so that the extracted hair follicle travels toward the receptacle - through the throat of the first passage , and - the irrigant enters the first passage through the port in the throat while the extracted hair follicle travels toward the receptacle . - a receptacle operable to hold a hair follicle extracted from skin by a follicle extractor ; - a conduit , coupleable with the follicle extractor , and operable to convey the extracted hair follicle toward the receptacle ; - a pump - the receptacle is coupled with the pump , the pump operable to move air through the conduit and receptacle to urge the extracted hair follicle to travel toward the receptacle ; and - an injector operable to aerosolize and inject an irrigant into the conduit while the extracted hair follicle travels toward the receptacle characterized in that the injector includes: - a first passage having a throat , - a second passage having a port disposed in the throat , and - wherein the port includes an entrance having a cross-sectional area and an exit disposed in the throat and having a cross-sectional area that is less than the cross-sectional area of the port's entrance and wherein the containing device is configured so that the extracted hair follicle travels toward the receptacle - through the throat of the first passage , and - the irrigant enters the first passage through the port in the throat while the extracted hair follicle travels toward the receptacle . - a first passage having a throat , - a second passage having a port disposed in the throat , and - wherein the port includes an entrance having a cross-sectional area and an exit disposed in the throat and having a cross-sectional area that is less than the cross-sectional area of the port's entrance and wherein the containing device is configured so that the extracted hair follicle travels toward the receptacle - through the throat of the first passage , and - the irrigant enters the first passage through the port in the throat while the extracted hair follicle travels toward the receptacle .
Safety device for emergency shutdown of an electric water heater or a heat pump, wherein the safety device comprises: at least one contact pair with at least one first contact arrangement and at least one second contact arrangement , which are arranged to conduct the current to supply the water heater or the heat pump in a contacted state, and to interrupt the power supply to the water heater or the heat pump in an open state, a holding device for holding the second contact arrangement on a tie rod , wherein the tie rod is arranged to disengage the holding device and the second contact arrangement from the first contact arrangement in order to interrupt a power supply to the water heater or the heat pump, wherein the safety device further comprises a housing with a cover and a base element , wherein the base element has guide elements and positioning elements for the cover which co-operate with corresponding counter-guide elements and counter-positioning elements of the cover characterised in that the first contact arrangement consists of a first and a second contact rivet (71a, 71b; 81a, 81b; 91a, 91b), and the second contact arrangement is formed by a double-angled contact bridge . at least one contact pair with at least one first contact arrangement and at least one second contact arrangement , which are arranged to conduct the current to supply the water heater or the heat pump in a contacted state, and to interrupt the power supply to the water heater or the heat pump in an open state, a holding device for holding the second contact arrangement on a tie rod , wherein the tie rod is arranged to disengage the holding device and the second contact arrangement from the first contact arrangement in order to interrupt a power supply to the water heater or the heat pump, wherein the safety device further comprises a housing with a cover and a base element , wherein the base element has guide elements and positioning elements for the cover which co-operate with corresponding counter-guide elements and counter-positioning elements of the cover characterised in that the first contact arrangement consists of a first and a second contact rivet (71a, 71b; 81a, 81b; 91a, 91b), and the second contact arrangement is formed by a double-angled contact bridge .
A hybrid battery charger-testing device comprising : • a battery charger having a DC output stage, wherein the battery charger is suitable for recharging a battery when connected to the DC output stage, and • a monodirectional or bidirectional boost converter circuit added to the DC output stage of the battery charger , the monodirectional or bidirectional boost converter circuit being configured to output current test sequences for testing the battery when connected to the DC output stage, wherein the monodirectional or bidirectional boost converter circuit has a dedicated current and/or voltage sensor, a full scale range of the dedicated current and/or voltage sensor being adapted to test currents or voltages to be applied to the battery for testing the battery. • a battery charger having a DC output stage, wherein the battery charger is suitable for recharging a battery when connected to the DC output stage, and • a monodirectional or bidirectional boost converter circuit added to the DC output stage of the battery charger , the monodirectional or bidirectional boost converter circuit being configured to output current test sequences for testing the battery when connected to the DC output stage, wherein the monodirectional or bidirectional boost converter circuit has a dedicated current and/or voltage sensor, a full scale range of the dedicated current and/or voltage sensor being adapted to test currents or voltages to be applied to the battery for testing the battery.
A method for video decoding, the method comprising: determining whether at least one of a plurality of neighboring blocks of a current block in a video sequence is decoded by an intra prediction mode; entropy decoding a prediction mode flag of a current block by a second context in response to determining that at least one of the plurality of neighboring blocks is decoded by an intra prediction mode; determining whether at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode, in response to determining that none of the plurality of neighboring blocks are decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by the second context when at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode but none is decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by a first context, different from the second context, when none of the plurality of neighboring blocks is decoded by an intra-inter prediction mode and none is decoded by an intra prediction mode, wherein the prediction mode flag indicates whether the current block is intra coded or inter coded, and the intra-inter prediction is a mixture of an inter prediction and an intra prediction. determining whether at least one of a plurality of neighboring blocks of a current block in a video sequence is decoded by an intra prediction mode; entropy decoding a prediction mode flag of a current block by a second context in response to determining that at least one of the plurality of neighboring blocks is decoded by an intra prediction mode; determining whether at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode, in response to determining that none of the plurality of neighboring blocks are decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by the second context when at least one of the plurality of neighboring blocks is decoded by an intra-inter prediction mode but none is decoded by an intra prediction mode; and entropy decoding the prediction mode flag of the current block by a first context, different from the second context, when none of the plurality of neighboring blocks is decoded by an intra-inter prediction mode and none is decoded by an intra prediction mode, wherein the prediction mode flag indicates whether the current block is intra coded or inter coded, and the intra-inter prediction is a mixture of an inter prediction and an intra prediction.
A co-culture system for production of single-cell protein material, pyruvate and/or pyruvate derived products, the co-culture system comprising a microbial component and a substrate, wherein the microbial component comprises or consists of a first and a second microbial cell, wherein the first and the second microbial cells are different strains of the species Cupriavidus necator, wherein the substrate comprises at least a first carbon source and a second carbon source, the first carbon source being different from the second carbon source, wherein the first microbial cell is capable of metabolizing the first carbon source, wherein the second microbial cell is capable of metabolizing the second carbon source, and wherein said pyruvate derived products are growth-associated metabolites selected from alcohols, biofuels and/or amino acids; and/or homo- and co-polymeric polyhydroxyalkanoates, co-polymeric polythioesters, monomeric hydroxyalkanoates and/or cyanophycin. wherein the microbial component comprises or consists of a first and a second microbial cell, wherein the first and the second microbial cells are different strains of the species Cupriavidus necator, wherein the substrate comprises at least a first carbon source and a second carbon source, the first carbon source being different from the second carbon source, wherein the first microbial cell is capable of metabolizing the first carbon source, wherein the second microbial cell is capable of metabolizing the second carbon source, and wherein said pyruvate derived products are growth-associated metabolites selected from alcohols, biofuels and/or amino acids; and/or homo- and co-polymeric polyhydroxyalkanoates, co-polymeric polythioesters, monomeric hydroxyalkanoates and/or cyanophycin.
A bristle machining device for grinding the ends of bristles, comprising a bristle magazine , in which bristles are arranged upright side by side, a plurality of intermediate magazines , in which recesses are provided into which bristle tufts are inserted from the bristle magazine and thereby individualized, wherein the bristle tufts project axially by their ends in relation to the respectively associated intermediate magazines , a receiving unit to which a plurality of intermediate magazines are simultaneously attached and can be moved, a grinding device and at least one drive for the intermediate magazines and/or the receiving unit , wherein the bristle tufts seated in the intermediate magazines can be moved by the drive relative to the grinding device and, during this movement, the bristle ends are ground at least on one side of the intermediate magazines , wherein a filling station for the intermediate magazines is provided outside the receiving unit , in which bristle tufts are inserted into the intermediate magazines , and a transport means is provided for transferring the filled intermediate magazines into the receiving unit .
Device for applying retractable lipstick, comprising: - a support part comprising a zone intended to carry a lip product, - a complementary part coupled to this support part, one of these said parts comprising a male portion inserted into a female portion of the other of these said parts through an inlet orifice of the female portion, the inlet orifice being defined by a peripheral border , the male portion comprising an outer shape cooperating with an inner shape of the female portion in such a way as to allow a movement of screwing or a movement of unscrewing of the male and female portions to/from each other, in such a way as to cause the movement of the support part with respect to the complementary part between a retracted position and a deployed position, the male portion comprising at least one rigid pin and the female portion comprising at least one housing arranged on said peripheral border and having a retractable edge , the female portion comprising a zone elastically deformable between a stressed shape and an initial shape, characterised in that said inner shape, said outer shape, the elastically deformable zone, the pin and the housing are arranged in such a way that the pin and the retractable edge interfere with each other at the end of the movement of screwing, the pin then exerting a direct and/or indirect pressure on the elastically deformable zone, which thus deforms towards its stressed shape in such a way as to shift the retractable edge with respect to the pin, in such a way as to let the pin be housed in the housing, in such a way that the elastically deformable zone thus returns to its initial shape, the retractable edge returning behind the pin according to the screwing direction, the support part thus being in its retracted position. - a support part comprising a zone intended to carry a lip product, - a complementary part coupled to this support part,
Feed device (12; 112) for supplying by cable an electrical consuming device , which is movable with respect to the feed device (12; 112) in at least one travel direction (F), with electrical energy and/or data, wherein an electric cable carried by the electrical consuming device is connectable to the feed device (12; 112), wherein the feed device (12; 112) has at least one connection part (15, 15'; 115, 115', 115"), which is rotatable about at least one pivot axis (D, D'), for the cable , characterised in that the feed device (12; 112) has a holding device (37, 37'; 164, 164', 164") for holding the connection part (15, 15'; 115, 115', 115") in a rest position, wherein the cable projects upwards in the rest position of the connection part (15, 15'; 115, 115', 115").
Method for correcting an impulse response of a multipath propagation channel, characterised in that it comprises at least one iteration of the following steps: - obtaining (E300) a current impulse response of said propagation channel; - estimating (E310) a temporal shift between said current impulse response and a reference impulse response of said propagation channel; and - correcting (E320) said current impulse response based on at least said temporal shift, delivering a corrected impulse response. - obtaining (E300) a current impulse response of said propagation channel; - estimating (E310) a temporal shift between said current impulse response and a reference impulse response of said propagation channel; and - correcting (E320) said current impulse response based on at least said temporal shift, delivering a corrected impulse response.
Assembly of a heat exchanger and a fluid channel for guiding a fluid through said heat exchanger , wherein the fluid channel comprises a groove for receiving at least part of the circumference of the heat exchanger , the assembly comprising a seal for sealing off the gap between the heat exchanger and the inside wall of the groove , the seal comprising at least one fixing member for fixing the seal on at least part of the circumference of the heat exchanger and at least a first and second lip adapted to contact opposite sides of the groove to thereby seal off the gap between the heat exchanger and the fluid channel and to fix said at least part of the circumference of the heat exchanger inside the groove , the seal comprising a first and second fixing member adapted to snap fit a part of the heat exchanger between the two members, characterised in that , at least the first lip comprises a flexible material, to allow the lip to bend under pressure. wherein the second lip comprises material with a higher resistance against bending than the first lip .
A method for selecting a substance inducing cross-adaptation of or suppressing a target odor, comprising: searching olfactory receptor polypeptides to identify an olfactory receptor polypeptide responding to a causative substance of the target odor; adding a test substance, which is different from the causative substance of the target odor, to the identified olfactory receptor polypeptide to measure response thereof; and selecting a test substance which activates the response of the olfactory receptor polypeptide as the substance inducing the cross-adaptation of or suppressing the target odor. searching olfactory receptor polypeptides to identify an olfactory receptor polypeptide responding to a causative substance of the target odor; adding a test substance, which is different from the causative substance of the target odor, to the identified olfactory receptor polypeptide to measure response thereof; and selecting a test substance which activates the response of the olfactory receptor polypeptide as the substance inducing the cross-adaptation of or suppressing the target odor.
A method of erecting a wind turbine tower having a plurality of tower segments which are tensioned by means of tensioning members , comprising the steps: providing a plurality of tensioning members , fixing a fixing unit at an end of the tensioning members , wherein fixing of the fixing unit includes the following steps: placing a multi-part wedge unit at a free end of the tensioning members which comprise a plurality of tensioning wires , fitting a sleeve over the wedge unit , and fixing a pulling tab on or at the sleeve , wherein the pulling tab has an opening , fixing a cable at the hole in the pulling tab , pulling up the cable with the fixing unit and thus the tensioning member upwardly, and fixing the fixing unit to a segment of the tower, that is to be fixed, wherein the sleeve is removed before the tensioning member is braced. providing a plurality of tensioning members , fixing a fixing unit at an end of the tensioning members , wherein fixing of the fixing unit includes the following steps: placing a multi-part wedge unit at a free end of the tensioning members which comprise a plurality of tensioning wires , fitting a sleeve over the wedge unit , and fixing a pulling tab on or at the sleeve , wherein the pulling tab has an opening , placing a multi-part wedge unit at a free end of the tensioning members which comprise a plurality of tensioning wires , fitting a sleeve over the wedge unit , and fixing a pulling tab on or at the sleeve , wherein the pulling tab has an opening , fixing a cable at the hole in the pulling tab , pulling up the cable with the fixing unit and thus the tensioning member upwardly, and fixing the fixing unit to a segment of the tower, that is to be fixed, wherein the sleeve is removed before the tensioning member is braced.