mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for providing wireless power, comprising: a transmitter comprising one or more coils configured to provide wireless power via a magnetic field having a first intensity level that is sufficient to charge or power an electric vehicle, the one or more coils further configured to provide an information signal via the magnetic field when the magnetic field is set at a second intensity level that is lower than the first intensity level, the information signal having one or more characteristics that uniquely identify the transmitter from a plurality of transmitters; and a transceiver connected to the transmitter and configured to: communicate with the electric vehicle via a communication link that is different from the magnetic field; and establish the communication link with the electric vehicle based at least in part on the information signal provided via the magnetic field, the transmitter further configured to communicate with the electric vehicle, via the communication link, parking guidance information to the location of the one or more coils. a transmitter comprising one or more coils configured to provide wireless power via a magnetic field having a first intensity level that is sufficient to charge or power an electric vehicle, the one or more coils further configured to provide an information signal via the magnetic field when the magnetic field is set at a second intensity level that is lower than the first intensity level, the information signal having one or more characteristics that uniquely identify the transmitter from a plurality of transmitters; and a transceiver connected to the transmitter and configured to: communicate with the electric vehicle via a communication link that is different from the magnetic field; and establish the communication link with the electric vehicle based at least in part on the information signal provided via the magnetic field, the transmitter further configured to communicate with the electric vehicle, via the communication link, parking guidance information to the location of the one or more coils. communicate with the electric vehicle via a communication link that is different from the magnetic field; and establish the communication link with the electric vehicle based at least in part on the information signal provided via the magnetic field, the transmitter further configured to communicate with the electric vehicle, via the communication link, parking guidance information to the location of the one or more coils.
Sensor arrangement for detecting a state of a road, with a wheel arch lining of a motor vehicle and with a sensor device which is designed to detect an impact of water on the wheel arch lining of the motor vehicle while the motor vehicle is travelling on the road, and with a control device for detecting the state of the road on the basis of the impact of the water detected by means of the sensor device, wherein the sensor device has a first and a second ultrasound sensor (4, 5) which are designed in each case to receive an ultrasound signal and which are furthermore designed in each case to detect the impact of the water on the wheel arch lining, wherein the first and second ultrasound sensor are designed in each case to output a sensor signal, which describes the impact of the water on the wheel arch lining and wherein the control device is designed to detect the state of the road on the basis of the respective sensor signals, wherein the first and the second ultrasound sensor (4, 5) are arranged apart from one another on or in the wheel arch lining, characterized in that the first and the second ultrasound sensor (4, 5) are arranged in such a way that, if water is thrown up from the road surface onto the wheel arch lining when the motor vehicle is travelling and thus mechanical vibrations are induced in the wheel arch lining, the water impacting on the wheel arch lining induces a mechanical vibration in a respective membrane of the first and of the second ultrasound sensor (4, 5) and that the mechanical vibrations are transmitted from the wheel arch lining through solid-borne sound to the respective membranes of the ultrasound sensors (4, 5), and the mechanical vibrations are detected with the first and second ultrasound sensor and output as a sensor signal.
A film-forming collagen concentrate which contains at least 18 % by weight of collagen dry matter, based on the total weight of the concentrate, wherein the dry matter consists essentially of macroscopically visible collagen fibers and wherein at least 50 % by weight of the protein of a homogeneous suspension produced from the concentrate in a 0.15 molar aqueous sodium dihydrogenphosphate buffer having a pH of 7 and a dry matter fraction of 0.5 % by weight may be separated as sediment by 15 min centrifugation at 1780 RFC and 15 °C.
Floor nozzle for a vacuum cleaner for cleaning and care of floor surfaces, comprising a housing having an underside which faces the floor surface when in the treatment position and on which a suction mouth extending substantially transversely to the treatment direction is arranged, wherein the suction mouth is delimited by at least one associated suction mouth edge (7, 7a), wherein the suction mouth forms an opening to a suction mouth space that is arranged above the suction mouth when in the treatment position, wherein the suction mouth space is connected to a suction channel, wherein a dust collection zone (10, 10a) is arranged in the suction mouth space upstream of the suction mouth in the treatment direction and downstream of the suction mouth in the treatment direction.
Vehicle having an all-wheel drive system in which the front axle and the rear axle of the vehicle can be driven with front-axle and rear-axle torques (M VA, M HA) which are different sizes, wherein a difference (Δn 1) in rotational speed between a front-axle-side rotational speed (n VA) and a rear-axle-side rotational speed (n HA) is produced from a torque difference (ΔM 1) between the front-axle torque (M VA) and the rear-axle torque (M HA), wherein the vehicle has a unit for determining a coefficient of friction (μ 0, μ 1, μ 2) of the road, which unit senses the difference (Δn 1) in rotational speed, and in that the unit determines the coefficient of friction (μ 0, μ 1, μ 2) of the road on the basis of a value pair (W 1) which is composed of the difference (Δn 1) in rotational speed and the difference (ΔM 1) in torque or a parameter which correlates therewith, and the drive torque of the vehicle can be generated by at least one electric machine which, in a recuperation mode, induces an electrical voltage on exertion of a recuperation torque (M R) on the vehicle wheels of the front axle and/or of the rear axle, characterised in that the electric machine is assigned a recuperation manager, which limits the recuperation torque (M R) that can be exerted on the vehicle wheels of the front axle and of the rear axle to an upper limit value, in other words, a maximum possible recuperation torque (M R,max), and in that the limit torque (M R,max) and/or the distribution of the recuperation torque (M R) on the front axle and the rear axle can be varied according to the determined coefficient of friction (μ 0, μ 1, μ 2).
A method for detecting a burner failure in a gas turbine engine having a combustor and a turbine disposed downstream of the combustor, the combustor having a plurality of burners arranged annularly, the method comprising the steps of: A) providing a plurality of temperature sensors arranged annularly at an outlet of the turbine, the plurality of temperature sensors having respective temperature ranges; B) obtaining a plurality of temperature signals from the plurality of temperature sensors; C) determining a plurality of validated temperature signals from the plurality of temperature signals, wherein the plurality of validated temperature signals is within the respective temperature ranges of the respective temperature sensors; D) determining a temperature focus at least based on the plurality of validated temperature signals; E) improving the temperature focus such that the temperature focus is within a tolerance range; and F) performing at least one hazard protection action at least when the temperature focus crosses a predetermined threshold. A) providing a plurality of temperature sensors arranged annularly at an outlet of the turbine, the plurality of temperature sensors having respective temperature ranges; B) obtaining a plurality of temperature signals from the plurality of temperature sensors; C) determining a plurality of validated temperature signals from the plurality of temperature signals, wherein the plurality of validated temperature signals is within the respective temperature ranges of the respective temperature sensors; D) determining a temperature focus at least based on the plurality of validated temperature signals; E) improving the temperature focus such that the temperature focus is within a tolerance range; and F) performing at least one hazard protection action at least when the temperature focus crosses a predetermined threshold.
Tube holder for a tube filling machine, having a main body which comprises an upwardly open, shaft-like tube receptacle, into which a tube can be inserted with its one axial end region, and having a sleeve-shaped clamping body which is arranged in the tube receptacle and can be brought into contact with the outer wall of the tube and by means of which a radially directed clamping force can be applied to the outer wall of the tube, characterized in that the clamping body comprises a plurality of clamping portions which are arranged distributed over the circumference of the clamping body, an intermediate space being formed between each two immediately adjacent clamping portions, in that in each intermediate space at least one web is arranged which bridges the intermediate space and connects the clamping portions adjacent to the intermediate space, and in that those webs which are arranged in immediately adjacent intermediate spaces in the circumferential direction of the clamping body 16 are arranged offset from one another in the axial direction, an annular chamber being formed in the inner wall of the tube receptacle, into which chamber the clamping body is completely inserted, and the clamping body being secured in the axial direction in the tube receptacle by means of at least one locking element.
A process for degreasing pelts or of intermediate products in leather manufacture, comprising the treatment of said pelts or of said intermediate products with a degreasing agent selected from glycerol diacetate and derivatives thereof, glycerol triacetate, and mixtures thereof, wherein said degreasing agent is used in aqueous dispersion in combination with one or more co-solvents, surfactants and/or co-emulsifying agents.
A method of adaptively sampling data to determine the start of injection in a solenoid actuated valve of a fluid injector comprising: a) in an operating cycle or portion thereof of said valve, sampling the signal of current I through a solenoid of the solenoid actuated valve at sampling points, said sampling points having a pre-defined interval therebetween; b) at each sampling point determining the value of the first derivative of current dI/dt; c) detecting the sampling point at which dI/dt achieves a maximum and determining this point as the start of injection; d) determining the value of dI/dt at the sampling point immediately preceding said sampling point of step c), (dI/dt (z-1)) e) determining the value of dI/dt at the sampling point immediately following said sampling point of step c), (dI/dt (z+1)) f) in a subsequent operating cycle altering the synchronisation of said sampling to shift the sampling times time wise depending on the values found in steps d) and e). a) in an operating cycle or portion thereof of said valve, sampling the signal of current I through a solenoid of the solenoid actuated valve at sampling points, said sampling points having a pre-defined interval therebetween; b) at each sampling point determining the value of the first derivative of current dI/dt; c) detecting the sampling point at which dI/dt achieves a maximum and determining this point as the start of injection; d) determining the value of dI/dt at the sampling point immediately preceding said sampling point of step c), (dI/dt (z-1)) e) determining the value of dI/dt at the sampling point immediately following said sampling point of step c), (dI/dt (z+1)) f) in a subsequent operating cycle altering the synchronisation of said sampling to shift the sampling times time wise depending on the values found in steps d) and e).
A bending die with a device for automatically inserting a tube into the bending die, comprising a bending die having a tube inserting portion, and a traveling body moving while gripping the bending die, wherein the traveling body includes: a guide mechanism that extends from an upper portion of the bending die to below a lower portion of the bending die in a direction perpendicular to a longitudinal direction of the bending die in such a manner as to sandwich both sides of the bending die, and guides a tube to an upper portion of the tube inserting portion; an auxiliary guide mechanism (22a, 22b) that keeps the tube at the upper portion of the tube inserting portion of the bending die while sliding along a pair of upper rails that are provided on both sides of the tube inserting portion of the bending die by staying in contact with the upper rails, whereby the auxiliary guide mechanism (22a, 22b) is perpendicular to the upper rails; a inserting roll that inserts the tube into the tube inserting portion of the bending die while rotating along the upper portion of the tube inserting portion; a pair of drive wheels that roll along a pair of lower rails provided on a rear side of the pair of upper rails of the bending die; and a drive mechanism that is driven to rotate the inserting roll and the drive wheels.
A ligatable nucleic acid complex of formula X-A-B-Z, wherein in the complex sequences X, A, B and Z are ligatably adjacent to one another and held in position by a splint oligonucleotide, and wherein sequence A is a target fragment of a genome, sequence B identifies the locus from which the adjacent sequence A is derived and wherein the splint oligonucleotide is of formula X'-A'-B'-Z'.
A recombinant Sendai viral vector comprising a modified Sendai viral vector, the modified Sendai vector comprising: Sendai virus NP polypeptide sequence SEQ ID NO: 5, Sendai virus P polypeptide sequence SEQ ID NO: 7, Sendai virus M polypeptide sequence SEQ ID NO: 11, Sendai virus F polypeptide sequence SEQ ID NO: 13, Sendai virus HN polypeptide sequence SEQ ID NO: 15, and Sendai virus L polypeptide sequence SEQ ID NO: 17 Sendai virus NP polypeptide sequence SEQ ID NO: 5, Sendai virus P polypeptide sequence SEQ ID NO: 7, Sendai virus M polypeptide sequence SEQ ID NO: 11, Sendai virus F polypeptide sequence SEQ ID NO: 13, Sendai virus HN polypeptide sequence SEQ ID NO: 15, and Sendai virus L polypeptide sequence SEQ ID NO: 17
An anchor rope system (100, 200, 300, 400) for an offshore device, in particular, for fixing an offshore device to a subsea floor, comprising: - at least one anchor rope (102, 202) surrounded by at least one sheathing (106, 206), and - at least one condition sensor (104, 204) formed by at least one fiber optic cable (104, 204), - wherein the at least one fiber optic cable (104, 204) comprises at least one optical fiber, - wherein the at least one optical fiber is arranged in a tubular element of the fiber optic cable (104, 204), characterized in that - the fiber optic cable (104, 204) comprises an armoring layer surrounding the tubular element, - wherein the armoring layer comprises a plurality of armoring ropes formed by a fiber composite material and/or metal. - at least one anchor rope (102, 202) surrounded by at least one sheathing (106, 206), and - at least one condition sensor (104, 204) formed by at least one fiber optic cable (104, 204), - wherein the at least one fiber optic cable (104, 204) comprises at least one optical fiber, - wherein the at least one optical fiber is arranged in a tubular element of the fiber optic cable (104, 204), characterized in that - the fiber optic cable (104, 204) comprises an armoring layer surrounding the tubular element, - wherein the armoring layer comprises a plurality of armoring ropes formed by a fiber composite material and/or metal.
A method of wireless communication, comprising: transmitting data comprising three or more transport blocks, TBs, in a narrow band, NB, communications system including: based on a coverage level of a receiving user equipment, UE, selecting between repetition patterns, wherein the repetition patterns are: a first pattern which includes transmitting each of the three or more TBs without repetition for a first time and then transmitting each of the three or more TBs without repetition a second time; a second pattern which includes repeating the transmission of a first TB from the three or more TBs a number of times prior to transmitting the remaining TBs of the three or more TBs; and a combination of the first pattern and the second pattern; and transmitting the three or more TBs in an NB using the selected repetition pattern. transmitting data comprising three or more transport blocks, TBs, in a narrow band, NB, communications system including: based on a coverage level of a receiving user equipment, UE, selecting between repetition patterns, wherein the repetition patterns are: a first pattern which includes transmitting each of the three or more TBs without repetition for a first time and then transmitting each of the three or more TBs without repetition a second time; a second pattern which includes repeating the transmission of a first TB from the three or more TBs a number of times prior to transmitting the remaining TBs of the three or more TBs; and a combination of the first pattern and the second pattern; and a first pattern which includes transmitting each of the three or more TBs without repetition for a first time and then transmitting each of the three or more TBs without repetition a second time; a second pattern which includes repeating the transmission of a first TB from the three or more TBs a number of times prior to transmitting the remaining TBs of the three or more TBs; and a combination of the first pattern and the second pattern; and transmitting the three or more TBs in an NB using the selected repetition pattern.
Internal cladding part for cladding a fuselage structure of an aircraft, having: a first cover layer that extends in a planar manner; a second cover layer that extends in a planar manner; a core layer which is disposed between the first and the second cover layer (2; 3) and is connected to the first and the second cover layer (2; 3) and defines a receptacle cavity; and an insulation structure having a porous insulation core and an evacuated film sheath that encases the insulation core in a gas-tight manner; wherein the insulation structure is disposed in the receptacle cavity between the first and the second cover layer (2; 3). a first cover layer that extends in a planar manner; a second cover layer that extends in a planar manner; a core layer which is disposed between the first and the second cover layer (2; 3) and is connected to the first and the second cover layer (2; 3) and defines a receptacle cavity; and an insulation structure having a porous insulation core and an evacuated film sheath that encases the insulation core in a gas-tight manner; wherein the insulation structure is disposed in the receptacle cavity between the first and the second cover layer (2; 3).
A wireless communication device comprising: means for capturing a biometric sample of a user; means for storing a known biometric sample of the user; means for determining whether the captured biometric sample is acceptable for comparison to authenticate the identity of the user; means for prompting the user to provide another biometric sample using the means for capturing a biometric sample if the sample is not acceptable; means for comparing the captured biometric sample to the known biometric sample stored in a memory device; means for prompting the user to select from one of deleting, adding, modifying or viewing data stored in a tamperproof storage device if the captured biometric sample matches the known biometric sample; means for extracting the data from the tamperproof storage device in response to a user selecting to view the data if the captured biometric sample matches the known biometric sample and means for presenting the extracted data to the user for a preset amount of time; and, means for adding, modifying or deleting the data in response to a user selecting to add, modify or delete the data and the captured biometric sample matches the known biometric sample; wherein the tamperproof storage device is a separate memory component within the wireless communications device separate from the memory device. means for capturing a biometric sample of a user; means for storing a known biometric sample of the user; means for determining whether the captured biometric sample is acceptable for comparison to authenticate the identity of the user; means for prompting the user to provide another biometric sample using the means for capturing a biometric sample if the sample is not acceptable; means for comparing the captured biometric sample to the known biometric sample stored in a memory device; means for prompting the user to select from one of deleting, adding, modifying or viewing data stored in a tamperproof storage device if the captured biometric sample matches the known biometric sample; means for extracting the data from the tamperproof storage device in response to a user selecting to view the data if the captured biometric sample matches the known biometric sample and means for presenting the extracted data to the user for a preset amount of time; and, means for adding, modifying or deleting the data in response to a user selecting to add, modify or delete the data and the captured biometric sample matches the known biometric sample;