mhurhangee/ep-ind-claims huggingface dataset:
A method comprising, at a first mobile device: identifying a plurality of signal acquisition tasks corresponding to a wireless signal based positioning process, said wireless signal based positioning process being performed, at least in part, by said first mobile device; transmitting one or more signals to a second mobile device representing a request indicative of a subset of said plurality of signal acquisition tasks to be performed by said second mobile device, said first mobile device and said second mobile device being co-located with an object, characterised in that at least one task of said subset of said plurality of signal acquisition tasks relates to acquiring one or more wireless positioning signals and said subset of said plurality of signal acquisition tasks is determined by said first mobile device based, at least in part, on detection of an operative condition, the operative condition comprising a determination by said first mobile device that said first mobile device is unavailable or unsuitable to perform at least one signal acquisition task of said plurality of signal acquisition tasks, or a combination thereof; and processing one or more signals received from said second mobile device and representing a response to said request indicative of one or more positioning measurement values determined based on said one or more wireless positioning signals. identifying a plurality of signal acquisition tasks corresponding to a wireless signal based positioning process, said wireless signal based positioning process being performed, at least in part, by said first mobile device; transmitting one or more signals to a second mobile device representing a request indicative of a subset of said plurality of signal acquisition tasks to be performed by said second mobile device, said first mobile device and said second mobile device being co-located with an object, characterised in that at least one task of said subset of said plurality of signal acquisition tasks relates to acquiring one or more wireless positioning signals and said subset of said plurality of signal acquisition tasks is determined by said first mobile device based, at least in part, on detection of an operative condition, the operative condition comprising a determination by said first mobile device that said first mobile device is unavailable or unsuitable to perform at least one signal acquisition task of said plurality of signal acquisition tasks, or a combination thereof; and processing one or more signals received from said second mobile device and representing a response to said request indicative of one or more positioning measurement values determined based on said one or more wireless positioning signals.
A method of operating a floor grinding machine, comprising: providing a grinding machine comprising a frame, a motor and at least one grinding element, causing the motor to drive the grinding element so as to rotate at a rotational speed, while in contact with a floor surface to grind, polish or mill the floor surface, determining an actual value of a motor operating parameter, determining a nominal value of the motor operating parameter, comparing the actual value of the motor operating parameter with the nominal value of the motor operating parameter, if a difference between the actual value of the motor operating parameter and the nominal value of the motor operating parameter exceeds a predetermined difference threshold, determining at least one grinding parameter to be adjusted, and causing the at least one grinding parameter to be adjusted, wherein determining the actual value of the motor operating parameter comprises: measuring a value of the motor operating parameter and deriving the actual value of the motor operating parameter based on the value measured, characterised in that determining the actual value of the motor operating parameter comprises: determining a rotational speed of the motor, and determining a motor efficiency at the rotational speed, whereby the actual value of the motor operating parameter is determined as the measured value adjusted by the efficiency. providing a grinding machine comprising a frame, a motor and at least one grinding element, causing the motor to drive the grinding element so as to rotate at a rotational speed, while in contact with a floor surface to grind, polish or mill the floor surface, determining an actual value of a motor operating parameter, determining a nominal value of the motor operating parameter, comparing the actual value of the motor operating parameter with the nominal value of the motor operating parameter, if a difference between the actual value of the motor operating parameter and the nominal value of the motor operating parameter exceeds a predetermined difference threshold, determining at least one grinding parameter to be adjusted, and causing the at least one grinding parameter to be adjusted, wherein determining the actual value of the motor operating parameter comprises: measuring a value of the motor operating parameter and deriving the actual value of the motor operating parameter based on the value measured, characterised in that determining the actual value of the motor operating parameter comprises: determining a rotational speed of the motor, and determining a motor efficiency at the rotational speed, determining a rotational speed of the motor, and determining a motor efficiency at the rotational speed, whereby the actual value of the motor operating parameter is determined as the measured value adjusted by the efficiency.
A method for preventing a network-side media access control, MAC, address from being counterfeited, comprising: receiving, by a user-side port of an access equipment, a Discover message from a user equipment, UE, and parsing the Discover message of the UE to obtain a MAC address of the UE, characterized in that the method further comprises: learning, by the access equipment, the MAC address of the UE and forwarding the Discover message to the network-side equipment if the MAC address of the UE is different from a known MAC address of a network-side equipment; receiving, by the access equipment, an Offer message from the network-side equipment, wherein the Offer message comprises a MAC address of the network-side equipment; learning, by the access equipment, the MAC address of the network-side equipment; and configuring, by the access equipment, a logic chip of the access equipment to use the learned MAC address to filter messages which have source MAC addresses identical with the MAC address of the network-side equipment and are from other user-side ports. receiving, by a user-side port of an access equipment, a Discover message from a user equipment, UE, and parsing the Discover message of the UE to obtain a MAC address of the UE, characterized in that the method further comprises: learning, by the access equipment, the MAC address of the UE and forwarding the Discover message to the network-side equipment if the MAC address of the UE is different from a known MAC address of a network-side equipment; receiving, by the access equipment, an Offer message from the network-side equipment, wherein the Offer message comprises a MAC address of the network-side equipment; learning, by the access equipment, the MAC address of the network-side equipment; and configuring, by the access equipment, a logic chip of the access equipment to use the learned MAC address to filter messages which have source MAC addresses identical with the MAC address of the network-side equipment and are from other user-side ports. learning, by the access equipment, the MAC address of the UE and forwarding the Discover message to the network-side equipment if the MAC address of the UE is different from a known MAC address of a network-side equipment; receiving, by the access equipment, an Offer message from the network-side equipment, wherein the Offer message comprises a MAC address of the network-side equipment; learning, by the access equipment, the MAC address of the network-side equipment; and configuring, by the access equipment, a logic chip of the access equipment to use the learned MAC address to filter messages which have source MAC addresses identical with the MAC address of the network-side equipment and are from other user-side ports.
Method for fault detection in a power transformer/- autotransformer and/or interconnected power lines, which are within the zone protected by the differential protection, and particularly suitable for detecting turn-to-turn faults in power transformer/autotransformer windings, characterized by, - measuring all individual instantaneous phase currents of the protected object, - calculating individual phase currents as fundamental frequency phasors, - calculating the contributions of the individual protected object sides negative sequence currents to the total negative sequence differential current by compensating for the phase shift of a power transformer within the protected zone, - comparing the relative positions of the compensated individual sides negative sequence currents in the complex plane, in order to determine whether the source of the negative sequence currents, i.e. the fault position, is within the protected zone or outside of the protected zone, delimited with current transformer locations, - disconnecting the protected object if determined that the source of the negative sequence currents is within the protected zone. - measuring all individual instantaneous phase currents of the protected object, - calculating individual phase currents as fundamental frequency phasors, - calculating the contributions of the individual protected object sides negative sequence currents to the total negative sequence differential current by compensating for the phase shift of a power transformer within the protected zone, - comparing the relative positions of the compensated individual sides negative sequence currents in the complex plane, in order to determine whether the source of the negative sequence currents, i.e. the fault position, is within the protected zone or outside of the protected zone, delimited with current transformer locations, - disconnecting the protected object if determined that the source of the negative sequence currents is within the protected zone.
An organic-inorganic composite comprising an inorganic compound particle and a polymer attached to the inorganic compound particle, wherein a molecular weight distribution of the polymer is 2.3 or less, wherein the molecular weight distribution is determined by Mw/Mn from a weight average molecular weight and a number-average molecular weight, and wherein Mn and Mw are poly(methyl methacrylate)-based values that are measured by gel permeation chromatography, and a content of the inorganic compound particle is 96% by mass or less with respect to a total mass of the organic-inorganic composite; wherein the inorganic compound particle and the polymer are covalently attached via a coupling agent, the coupling agent having a polymerization initiating group represented by formula or: where R 1 and R 2 each independently represent a hydrogen atom, an alkyl group with the number of carbon of 1 to 20 which may have a substituent, an allyl group which may have a substituent, an aryl group with the number of carbon of 6 to 20 which may have a substituent, an alkylaryl group, or an alkylaryl group which may have a substituent; and Z represents a halogen atom.
Compounds of formulas, and, Where; A = F, Cl, Br, I, CH 3 OSO 3 or CH 3 PhSO 3, and R, R 1, R 2, R 3, R 4, R 5, R 6 and R 7 are independently or equally an atom or group of 1 atom to 60 atoms-selected from hydrogen, alkyl, aryl, alkenyl, alkynyl.
A ground milling machine having a machine frame, traveling devices connected to the machine frame, a drive motor, an operator platform, and a ground milling device comprising a milling drum and a milling drum box surrounding the latter and having height-adjustable side shields (8A, 81) which are arranged transversely to the rotation axis of the milling drum, wherein an outer side shield terminates essentially flush with an outer side of the machine frame and an inner side shield is offset from an opposite outer side towards a longitudinal center of the machine, characterized in that a viewing duct is provided such that the inner side shield and/or a ground region located in a working direction ahead of the inner side shield is at least partially visible from the operator platform.
A method of detecting two or more nucleic acids of interest, the method comprising: a) providing a sample comprising or suspected of comprising the nucleic acids of interest; b) providing two or more subsets of m label extenders, wherein m is at least two, wherein each subset of m label extenders is capable of hybridizing to one of the nucleic acids of interest; c) providing a label probe system comprising a label, wherein a component of the label probe system is capable of hybridizing simultaneously to at least two of the m label extenders in a subset of m label extenders; d) hybridizing each nucleic acid of interest to its corresponding subset of m label extenders; and e) hybridizing the label probe system to the m label extenders, thereby capturing the label to the nucleic acids of interest, wherein said hybridizing is performed at a hybridization temperature which is greater than a melting temperature T m of a complex between each individual label extender and the component of the label probe system. a) providing a sample comprising or suspected of comprising the nucleic acids of interest; b) providing two or more subsets of m label extenders, wherein m is at least two, wherein each subset of m label extenders is capable of hybridizing to one of the nucleic acids of interest; c) providing a label probe system comprising a label, wherein a component of the label probe system is capable of hybridizing simultaneously to at least two of the m label extenders in a subset of m label extenders; d) hybridizing each nucleic acid of interest to its corresponding subset of m label extenders; and e) hybridizing the label probe system to the m label extenders, thereby capturing the label to the nucleic acids of interest,
A frame structure, such as a window sash or a frame for a window or door, including side, top and bottom pieces, said frame structure comprising a core made from at least one core member and a shell of polyurethane encasing the core, wherein at least one core member is made from expanded polystyrene characterised in that said expanded polystyrene has a density of 80-200 kg/m 3, and said at least one core member is provided with one or more holes or canals, which is/are filled wholly or partially with the polyurethane encasing the core.
An information processing system including an input device having an inertial sensor, and an information processing apparatus, the information processing apparatus being configured to: execute a game; acquire operation data including at least data based on an output of the inertial sensor; if, on the basis of the operation data, it is determined that the input device has been moved in a first direction at a timing when a predetermined condition is satisfied during execution of the game, execute first-type processing in the game; and in a case where, on the basis of the operation data, it is determined that the input device has been moved in a second direction at a timing when the predetermined condition is satisfied a predetermined suspension period takes effect, if it is further determined that the input device has been moved in the first direction during the » predetermined suspension period, execute the first-type processing (S39, S43, S37), and terminate the suspension period, and if it is further determined that the input device has not been moved in the first direction during the predetermined suspension period, execute second-type processing in the game after the predetermined suspension period has elapsed (S39, S40, S41). execute a game; acquire operation data including at least data based on an output of the inertial sensor; if, on the basis of the operation data, it is determined that the input device has been moved in a first direction at a timing when a predetermined condition is satisfied during execution of the game, execute first-type processing in the game; and in a case where, on the basis of the operation data, it is determined that the input device has been moved in a second direction at a timing when the predetermined condition is satisfied a predetermined suspension period takes effect, if it is further determined that the input device has been moved in the first direction during the » predetermined suspension period, execute the first-type processing (S39, S43, S37), and terminate the suspension period, and if it is further determined that the input device has not been moved in the first direction during the predetermined suspension period, execute second-type processing in the game after the predetermined suspension period has elapsed (S39, S40, S41).
A storage device comprising: a reel storage container configured to store a first reel around which a component tape with packaging components therein is wound and a second reel having a different reel diameter from that of the first reel; a reel rewinding device provided in the reel storage container; a storage space (34b1, 34b2) provided in the reel storage container to store a storage object including the reel; a rewinding section configured to cause the component tape wound around the first reel to be rewound around the second reel by use of the reel rewinding device in a case of it being necessary to rewind the component tape around the second reel when the first reel is loaded into the reel storage container; and a moving section configured to move the reel to the predetermined storage space (34b1, 34b2) to be stored therein and move the reel stored in the storage space (34b1, 34b2) to a departure port of the reel storage container to be unloaded therefrom when the reel is to be unloaded from the reel storage container. a reel storage container configured to store a first reel around which a component tape with packaging components therein is wound and a second reel having a different reel diameter from that of the first reel; a reel rewinding device provided in the reel storage container; a storage space (34b1, 34b2) provided in the reel storage container to store a storage object including the reel; a rewinding section configured to cause the component tape wound around the first reel to be rewound around the second reel by use of the reel rewinding device in a case of it being necessary to rewind the component tape around the second reel when the first reel is loaded into the reel storage container; and a moving section configured to move the reel to the predetermined storage space (34b1, 34b2) to be stored therein and move the reel stored in the storage space (34b1, 34b2) to a departure port of the reel storage container to be unloaded therefrom when the reel is to be unloaded from the reel storage container.
Arrangement for attracting insects, comprising a source of insect-attracting electromagnetic radiation, wherein the source is arranged at a distance from an insect trap for attracting insects or for attracting and killing insects and emits radiation in a manner directed towards the insect trap, wherein the insect trap is a slit trap for catching bark beetles, which has a main body with slits and, at the lower end, a removable container into which the bark beetles fall, wherein the source is configured to emit the radiation as heat radiation or infrared radiation towards the main body, and wherein the main body is configured to reflect the radiation in order to attract bark beetles to an enhanced degree.
A process for converting triacylglycerides-containing oils into crude oil precursors and/or distillate hydrocarbon fuels, the process comprising: reacting a mixture comprising water, diatomic hydrogen, and one or more triacylglycerides-containing oils comprising at least 20 wt% C20 to C24 fatty acids at a temperature in the range from 250°C to 560°C and a pressure greater than 7.5 MPa (75 bar) to convert at least a portion of the triacylglycerides and recovering a reaction effluent comprising water and one or more of isoolefins, isoparaffins, cycloolefins, cycloparaffins, and aromatics; catalytically hydrotreating the reaction effluent to form a hydrotreated effluent, wherein the reacting is performed in the absence of an added heterogeneous or soluble metallic catalyst, wherein the triacylglycerides-water-diatomic hydrogen mixture has a water to triacylglycerides mass ratio in the range from 0.001:1 to 1:1, and wherein the triacylglycerides-water-diatomic hydrogen mixture has a diatomic hydrogen to triacylglycerides mass ratio in the range from 0.005:1 to 0.5:1. reacting a mixture comprising water, diatomic hydrogen, and one or more triacylglycerides-containing oils comprising at least 20 wt% C20 to C24 fatty acids at a temperature in the range from 250°C to 560°C and a pressure greater than 7.5 MPa (75 bar) to convert at least a portion of the triacylglycerides and recovering a reaction effluent comprising water and one or more of isoolefins, isoparaffins, cycloolefins, cycloparaffins, and aromatics; catalytically hydrotreating the reaction effluent to form a hydrotreated effluent, wherein the reacting is performed in the absence of an added heterogeneous or soluble metallic catalyst, wherein the triacylglycerides-water-diatomic hydrogen mixture has a water to triacylglycerides mass ratio in the range from 0.001:1 to 1:1, and wherein the triacylglycerides-water-diatomic hydrogen mixture has a diatomic hydrogen to triacylglycerides mass ratio in the range from 0.005:1 to 0.5:1.
Continuous extruder, comprising: a melting and compression zone having a shaft structure of a spiral screw shape, and configured to melt and compress polymer resin and other additive material that are fed through a hopper; a dispersion zone configured to convey the molten and compressed material to a metering zone while dispersing the additive material into the polymer resin by the actions of compression and shear stress; and an extrusion die configured to discharge a polymer composition in which the additive material is dispersed into the polymer resin, wherein the dispersion zone has a shaft structure including at least an upwardly-tapered compression section and a straight shearing section set next to the upwardly-tapered compression section, characterized in that the ratio of length-to-diameter of the shaft in the dispersion zone ranges from 20 to 60, and in that the spiral screw shape has a constant pitch first and then gradually narrowing pitch. a melting and compression zone having a shaft structure of a spiral screw shape, and configured to melt and compress polymer resin and other additive material that are fed through a hopper; a dispersion zone configured to convey the molten and compressed material to a metering zone while dispersing the additive material into the polymer resin by the actions of compression and shear stress; and an extrusion die configured to discharge a polymer composition in which the additive material is dispersed into the polymer resin, wherein the dispersion zone has a shaft structure including at least an upwardly-tapered compression section and a straight shearing section set next to the upwardly-tapered compression section, characterized in that the ratio of length-to-diameter of the shaft in the dispersion zone ranges from 20 to 60, and in that the spiral screw shape has a constant pitch first and then gradually narrowing pitch.