mhurhangee/ep-ind-claims huggingface dataset:
An aircraft comprising a longitudinal centre line, a pair of wings, each wing extending from a respective side of the longitudinal centre line and having a selectively deployable high lift device, and a propulsion system, the propulsion system comprising a plurality of electrically driven propulsors and a generator arrangement comprising a gas turbine engine driving one or more electrical power generators, each electrical power generator being electrically coupled to one or more electrically driven propulsors, such that each gas turbine engine provides power for a plurality of the electrically driven propulsors, wherein the electrically driven propulsors are located forward of a leading edge of the wings and the high lift device such that an airstream generated by the propulsors flows over the wings and high lift device in use, wherein the aircraft comprises a vertical tailplane located a distance from a centre of gravity of the aircraft parallel to the centre line of the aircraft, the aircraft comprises a single thrust producing gas turbine engine located on each wing, and a centre of thrust of each gas turbine engine is located spaced from the centre of gravity of the aircraft normal to the centre line of the aircraft a distance more than one quarter of the distance of the tailplane from the centre of gravity of the aircraft characterised in that each wing has an aspect ratio greater than 10, and each generator arrangement is mounted on a respective wing outboard of a centre of thrust of the propulsors on that wing near a tip of the respective wing.
An engine start control system comprising: a manual starter which allows manual rotation of a crankshaft of an engine; a generator which operates in association with rotation of the crankshaft; an electronic fuel injector which feeds a fuel to the engine; an engine control device which operates only using electric power generated by the generator without comprising a battery, and controls the electronic fuel injector; and an engine speed detection section which detects engine speed, the engine control device comprising a decision section which detects occurrence of instantaneous interruption and reactivation of the engine control device in the process of starting using the manual starter, based on the engine speed detected by the engine speed detection unit, wherein the decision section determines occurrence of the instantaneous interruption and reactivation, if engine speed detected by the engine speed detection unit after activation of the engine control device is not smaller than a speed at which the engine starts under its own power, and wherein the engine control device terminates operation of the engine, if the decision section determines occurrence of the instantaneous interruption and reactivation. a manual starter which allows manual rotation of a crankshaft of an engine; a generator which operates in association with rotation of the crankshaft; an electronic fuel injector which feeds a fuel to the engine; an engine control device which operates only using electric power generated by the generator without comprising a battery, and controls the electronic fuel injector; and an engine speed detection section which detects engine speed, the engine control device comprising a decision section which detects occurrence of instantaneous interruption and reactivation of the engine control device in the process of starting using the manual starter, based on the engine speed detected by the engine speed detection unit, wherein the decision section determines occurrence of the instantaneous interruption and reactivation, if engine speed detected by the engine speed detection unit after activation of the engine control device is not smaller than a speed at which the engine starts under its own power, and wherein the engine control device terminates operation of the engine, if the decision section determines occurrence of the instantaneous interruption and reactivation.
A method of operation by a network node of a wireless communication network, WCN, the method comprising: receiving a network exposure function message requesting a configuration action to be undertaken in the WCN with respect to one or more wireless communication devices, WCDs, and identifying, as a requesting provider, one in a set of two or more Machine Type Communication, MTC, Service Provider, SP, networks that are commonly associated with the one or more WCDs and external to the WCN; generating one or more configuration messages corresponding to the network exposure function message, each configuration message including a provider-specific internal identifier associated with the requesting provider; and transmitting the one or more configuration messages to one or more further network nodes responsible for undertaking the configuration action, thereby restricting application of the configuration action by the one or more further network nodes to the requesting provider such that the effects of the configuration action are applied only for the requesting provider but not for other MTC SP networks associated with the one or more WCDs. receiving a network exposure function message requesting a configuration action to be undertaken in the WCN with respect to one or more wireless communication devices, WCDs, and identifying, as a requesting provider, one in a set of two or more Machine Type Communication, MTC, Service Provider, SP, networks that are commonly associated with the one or more WCDs and external to the WCN; generating one or more configuration messages corresponding to the network exposure function message, each configuration message including a provider-specific internal identifier associated with the requesting provider; and transmitting the one or more configuration messages to one or more further network nodes responsible for undertaking the configuration action, thereby restricting application of the configuration action by the one or more further network nodes to the requesting provider such that the effects of the configuration action are applied only for the requesting provider but not for other MTC SP networks associated with the one or more WCDs.
A method for monitoring a status of a tunnel between first and second host computers, the method comprising: at a tunnel monitor executing on the first host computer that also separately executes a virtual machine 'VM' that uses the tunnel to send messages to or receive messages from the second host computer: establishing a liveness channel with the VM to iteratively determine whether the VM is operational; establishing a monitoring session with the second host computer to iteratively determine whether the tunnel is operational; when a determination is made through the liveness channel that the VM is no longer operational, terminating the monitoring session with the second host computer; and when a determination is made that the tunnel is no longer operational, notifying the VM through the liveness channel; wherein a software forwarding element executes separately from the VM on the first host computer, said software forwarding element for forwarding messages between the VM and the second host computer; wherein the software forwarding element serves as an endpoint for the tunnel; and wherein a virtual network interface card `VNIC' executes on the first host computer for providing messages between the VM and the software forwarding element, wherein the VNIC comprises the tunnel monitor. establishing a liveness channel with the VM to iteratively determine whether the VM is operational; establishing a monitoring session with the second host computer to iteratively determine whether the tunnel is operational; when a determination is made through the liveness channel that the VM is no longer operational, terminating the monitoring session with the second host computer; and when a determination is made that the tunnel is no longer operational, notifying the VM through the liveness channel; wherein a software forwarding element executes separately from the VM on the first host computer, said software forwarding element for forwarding messages between the VM and the second host computer; wherein the software forwarding element serves as an endpoint for the tunnel; and wherein a virtual network interface card `VNIC' executes on the first host computer for providing messages between the VM and the software forwarding element, wherein the VNIC comprises the tunnel monitor.
A method for providing history-based key phrase suggestions for voice control of a home automation system, comprising building a history database on a storage device that maintains events that have occurred in the home automation system, each event associated with a time and indicating one or more services activated, one or more scenes activated or one or more types of media content presented by the home automation system; selecting a subset of the events of the history database based on a comparison of the associated time of each event with a time window that encompasses a present time, the selecting to produce a scored prediction dataset, wherein the score of events in the scored prediction dataset is determined, at least in part, based on a length of the time window, with a shorter time window causing a higher score than a longer time window, wherein the present time includes a present time of day and a present day of week and the comparison determines events in the history database that occurred in a time window that encompasses the present time of day on a same day of the week as the present day of the week; based on the scored prediction dataset, selecting one or more intentions from a list of intentions, wherein each intention is a data structure that includes a key phrase recognized by a voice recognition engine paired with an action performed in response to the key phrase; and displaying, to a current user in a user interface on a remote control or mobile device of the home automation system, one or more key phrases from the one or more selected intentions as one or more key phrase suggestions. building a history database on a storage device that maintains events that have occurred in the home automation system, each event associated with a time and indicating one or more services activated, one or more scenes activated or one or more types of media content presented by the home automation system; selecting a subset of the events of the history database based on a comparison of the associated time of each event with a time window that encompasses a present time, the selecting to produce a scored prediction dataset, wherein the score of events in the scored prediction dataset is determined, at least in part, based on a length of the time window, with a shorter time window causing a higher score than a longer time window, wherein the present time includes a present time of day and a present day of week and the comparison determines events in the history database that occurred in a time window that encompasses the present time of day on a same day of the week as the present day of the week; based on the scored prediction dataset, selecting one or more intentions from a list of intentions, wherein each intention is a data structure that includes a key phrase recognized by a voice recognition engine paired with an action performed in response to the key phrase; and displaying, to a current user in a user interface on a remote control or mobile device of the home automation system, one or more key phrases from the one or more selected intentions as one or more key phrase suggestions.
An infusion unit for a machine for the production of an alimentary infusion from a beverage ingredient contained in capsule, comprising a container with a mouth defining an infusion chamber, a closing piston for closing the infusion chamber, control means that can be activated for reversibly switching the infusion unit, from an open configuration to a closed configuration of the infusion chamber, and a mechanism for rotating the container in the open configuration into an upright tilted position for receiving the capsule from a loader and for rotating the container in a horizontal position when transitioning to the closed configuration, whereby the container is associated with an ejection piston, the ejection piston is enabled to slide coaxially on the inside and is provided with a rod that extends to the outside of the container through a base of the latter, characterized in that the ejection piston has a via of hydraulic connection between said infusion chamber and an inlet and that the connecting path comprises a through conduit through the interior of the body of the ejection piston.
A nanostructure comprising, at least one core nanoparticle, and a low density, porous 3-D structure made of organosilanes, wherein the low-density, porous 3-D structure is obtainable via the formation of the depositing, or covering of the surface of the core nanoparticle through the assembly or cross-linking of organosilane, the organosilane has a general formula of R x SiY (4-x), wherein R group is an alkyl or aryl group, for example, a disulphidealkyl, aminoalkyl, mercaptoalkyl, vinylalkyl, epoxyalkyl, methacrylalkyl, or carboxylalkyl group, Y group is a methoxy, ethoxy or acetoxy group, x is 1, 2 or 3, wherein said at least one core nanoparticle is embedded in the 3-D structure, wherein the nanostructure has a thickness of 1 to 1000 nm, and the thickness is the longest dimension of the nanostructure, or the diameter of the nanostructure if said nanostructure is a sphere, wherein the 3-D structure has a density of <1.0 g/cc determined using dry mass of the 3-D structure divided by total volume of the 3-D structure in an aqueous solution. at least one core nanoparticle, and a low density, porous 3-D structure made of organosilanes, wherein the low-density, porous 3-D structure is obtainable via the formation of the depositing, or covering of the surface of the core nanoparticle through the assembly or cross-linking of organosilane, the organosilane has a general formula of R x SiY (4-x), wherein R group is an alkyl or aryl group, for example, a disulphidealkyl, aminoalkyl, mercaptoalkyl, vinylalkyl, epoxyalkyl, methacrylalkyl, or carboxylalkyl group, Y group is a methoxy, ethoxy or acetoxy group, x is 1, 2 or 3, wherein said at least one core nanoparticle is embedded in the 3-D structure, wherein the nanostructure has a thickness of 1 to 1000 nm, and the thickness is the longest dimension of the nanostructure, or the diameter of the nanostructure if said nanostructure is a sphere, wherein the 3-D structure has a density of <1.0 g/cc determined using dry mass of the 3-D structure divided by total volume of the 3-D structure in an aqueous solution.
Soil probing device comprising: - a measuring probe; - a plurality of rod sections for the assembly of a probing rod comprising the measuring probe, each rod section having a central axis (x); - driving means for penetrating the probing rod into the ground, which probing rod, while being penetrated into the ground, is extendable each time by a new one of the rod sections; - measuring means for determining properties of the ground during penetration of the probing rod into the ground; in which the rod sections are provided at their outer ends with complementary male and female locking parts (5, 6) that, in an axially aligned position of adjacent rod sections, are movable relative to each other from an unlocked into a locked position and vice versa, characterized in that, the male locking part comprises two or more threaded male bayonet columns, each threaded male bayonet column comprising a plurality of radially outwardly projecting screw thread turn sections lying above one another in an axial direction (x), wherein the threaded male bayonet columns are spaced apart in a circumferential direction (r) with slit-shaped spacings allying between them, the female locking part comprises two or more threaded female bayonet columns, each threaded female bayonet column comprising a plurality of radially inwardly projecting screw thread turn sections lying above one another in the axial direction, wherein the threaded female bayonet columns are spaced apart in the circumferential direction with slit-shaped spacings lying between them, wherein a lower locking part (5, 6) of the new one of the rod sections is insertable with an upper locking part (5, 6) of the probing rod towards an inserted position with the threaded male bayonet columns coming to lie in the slit-shaped spacings of the female locking part, and with the threaded female bayonet columns coming to lie in the slit-shaped spacings of the male locking part, and wherein the plurality of the respective male and female screw thread turn sections (8, 13) subsequently are simultaneously engageable with each other by means of a rotation of the new one of the rod sections around its central axis over a rotation angle of less than 360 degrees relative to the probing rod towards said locked position. - a measuring probe; - a plurality of rod sections for the assembly of a probing rod comprising the measuring probe, each rod section having a central axis (x); - driving means for penetrating the probing rod into the ground, which probing rod, while being penetrated into the ground, is extendable each time by a new one of the rod sections; - measuring means for determining properties of the ground during penetration of the probing rod into the ground;
Aircraft external part comprising a skin and inner supporting elements (15, 17) made with a rigid material and arranged in, at least, two directions, wherein the skin is made of flexible material and is joined to the inner supporting elements (15,17) so that its external surface complies with aerodynamic requirements, said aircraft external part being characterized in that: - the skin comprises inner inflatable panels (23, 33, 43, 53) in all bays delimited by the inner supporting elements (15, 17), or comprises inner inflatable panels (23, 33, 43, 53) in all bays delimited by the inner supporting elements (15, 17) and an external inflatable panel (41, 51). - the skin comprises inner inflatable panels (23, 33, 43, 53) in all bays delimited by the inner supporting elements (15, 17), or comprises inner inflatable panels (23, 33, 43, 53) in all bays delimited by the inner supporting elements (15, 17) and an external inflatable panel (41, 51).
A pharmaceutical composition comprising naltrexone hydrochloride in an amount of 20 mg or less, and a stabilizer and a chelating agent for inhibiting the formation of at least one degradation product of the naltrexone hydrochloride.
An air distributor comprising a multipart housing, which forms an air distributor chamber and which has a plurality of air guide connections for distributing and/or bringing together airflows, wherein the housing is formed out of expanded homopolymer and has a first and a second housing shell (3, 4), characterised in that at least one separate wall element of the housing is arranged between the first housing shell and the second housing shell, wherein the separate wall element has at least one air guide connection.
Asynchronous symmetrical encryption method without chaining of an initial plain text message of N successive blocks of m bits each of raw data implemented between a sending entity and a receiving entity, characterised in that, for each block of m bits to be encrypted, the following steps are provided: - generation of a random mask of m bits in which the size m of the blocks to be encrypted is a multiple of 2; - application of an exclusive OR operation between the raw data block to be encrypted and the random mask thus generated in order to obtain a primary cipher block of m bits; and - application of a bit permutation on the concatenation of the random mask and the primary cipher block to obtain a secondary cipher block of 2*m bits, wherein the permutation is secret, uniquely shared and known to the sending and receiving entities and substantially without a fixed point, such permutations with no fixed points being known as derangements. - generation of a random mask of m bits in which the size m of the blocks to be encrypted is a multiple of 2; - application of an exclusive OR operation between the raw data block to be encrypted and the random mask thus generated in order to obtain a primary cipher block of m bits; and - application of a bit permutation on the concatenation of the random mask and the primary cipher block to obtain a secondary cipher block of 2*m bits, wherein the permutation is secret, uniquely shared and known to the sending and receiving entities and substantially without a fixed point, such permutations with no fixed points being known as derangements.
A method for communicating information in a wireless communication system, the method comprising: generating a plurality of radio frequency, RF, chain signals based on a current steering matrix, wherein a number of spatial streams Nss is less than a number of transmitting antennas Ntx and said current steering matrix is a non-identity matrix represented by a Ntx x Nss matrix; requesting feedback information via said plurality of RF chain signals, said request comprising medium access control, MAC, layer protocol data unit, PDU, data and channel sounding information, which are encapsulated in a physical, PHY, layer PDU; receiving said feedback information comprising a feedback steering matrix represented by a Nss x Nss matrix; and computing a subsequent steering matrix as product of the current steering matrix and the feedback steering matrix. generating a plurality of radio frequency, RF, chain signals based on a current steering matrix, wherein a number of spatial streams Nss is less than a number of transmitting antennas Ntx and said current steering matrix is a non-identity matrix represented by a Ntx x Nss matrix; requesting feedback information via said plurality of RF chain signals, said request comprising medium access control, MAC, layer protocol data unit, PDU, data and channel sounding information, which are encapsulated in a physical, PHY, layer PDU; receiving said feedback information comprising a feedback steering matrix represented by a Nss x Nss matrix; and computing a subsequent steering matrix as product of the current steering matrix and the feedback steering matrix.
A Method for increasing the coenzyme Q10-content of phototrophic microorganisms cultivated in a culture medium in a bioreactor under standard conditions, wherein growth of the phototrophic microorganisms exhibits an exponential and a steady state growth phase, characterized by the steps: - induction of oxidative stress by co-incubation of 13S-hydroperoxy-9Z,11E-octadecadienoic acid and iron, in particular Fe 2+, with the microorganisms in the culture medium and/or - increasing of surface irradiation at the bioreactor. - induction of oxidative stress by co-incubation of 13S-hydroperoxy-9Z,11E-octadecadienoic acid and iron, in particular Fe 2+, with the microorganisms in the culture medium and/or - increasing of surface irradiation at the bioreactor.