mhurhangee/patent-ind-claim-en huggingface dataset:
A polyamide resin composition comprising 100 parts by mass of (A) a polyamide having a melting point of 280 to 330°C, 0.5 to 80 parts by mass of (B) at least one phosphinic acid salt represented by the following formula or , and 0.2 to 7 parts by mass of (C) at least one phosphorous acid ester represented by the following formula or : wherein each of R 1 , R 2 , R 3 , and R 4 independently represents an alkyl group, a cycloalkyl group, an aryl group which may have an alkyl group, or an aralkyl group; R 1 and R 2 , and R 3 and R 4 , may be bonded to each other to form a ring together with the adjacent phosphorus atom; R 5 represents an alkylene group, a cycloalkylene group, an arylene group which may have an alkyl group, or an aralkylene group; M m+ represents a cation of at least one atom selected from the group consisting of Mg, Ca, Al, Sb, Sn, Ge, Ti, Zn, Fe, Zr, Ce, Bi, Sr, Mn, Li, Na, and K, and/or a protonated nitrogen base compound; m is an integer of 1 to 4; n is an integer of 1 to 4; and x is an integer of 1 to 4, wherein R 6 represents an alkyl group; and each of R 7 and R 8 independently represents a hydrogen atom or an alkyl group, and wherein R 9 represents a single bond or an alkylene group; each of R 10 to R 13 independently represents an alkyl group; and R 14 represents an alkyl group, an aryl group, an aralkyl group, or the following formula : wherein each of R 15 to R 17 independently represents a hydrogen atom, a hydroxyl group, or an alkyl group; and n is an integer of 1 to 6.
A method for reporting channel information in a wireless local area network system, the method comprising: receiving, by a responding station, a requesting data block for requesting a modulation and coding scheme, MCS, feedback via a plurality of spatial streams from a requesting station, the requesting data block including a stream indicator representing the number of the plurality of spatial streams; estimating, by the responding station, a recommended MCS under an assumption that the requesting station will transmit a next data transmission using a number of recommended spatial streams, starting from the spatial stream having the smallest index value among the plurality of spatial streams used to transmit the requesting data block; and transmitting, by the responding station, the MCS feedback to the requesting station, the MCS feedback including recommended MCS indication information and stream indication information, the recommended MCS information representing the recommended MCS, the stream indication information having 3 bits and representing what spatial streams are recommended, wherein the number of the recommended spatial streams is smaller than the number of the plurality of spatial streams. receiving, by a responding station, a requesting data block for requesting a modulation and coding scheme, MCS, feedback via a plurality of spatial streams from a requesting station, the requesting data block including a stream indicator representing the number of the plurality of spatial streams; estimating, by the responding station, a recommended MCS under an assumption that the requesting station will transmit a next data transmission using a number of recommended spatial streams, starting from the spatial stream having the smallest index value among the plurality of spatial streams used to transmit the requesting data block; and transmitting, by the responding station, the MCS feedback to the requesting station, the MCS feedback including recommended MCS indication information and stream indication information, the recommended MCS information representing the recommended MCS, the stream indication information having 3 bits and representing what spatial streams are recommended, wherein the number of the recommended spatial streams is smaller than the number of the plurality of spatial streams.
A non-human model animal in which the gene encoding thioredoxin is modified wherein the modified thioredoxin gene has a nucleotide sequence capable of expressing thioredoxin in which the 54th amino acid F is replaced with L, wherein the non-human model animal is selected from the group consisting of a rat and a mouse, wherein the non-human model animal is not exclusively obtained by means of an essentially biological process.
A filtering device for filtering communication channels on a power line branch in a power line communication network, the filtering device having a first and a second contact, the filtering device comprising a switch configured to switch between a pass-through mode and a filtering mode , wherein: - in the pass-through mode the first contact is directly connected with the second contact and configured to pass through a power current frequency and the communication channels; and - in the filtering mode the first contact is connected with the second contact through a first low-pass filter ; characterized in that a cut-off frequency of the first low-pass filter is configured to pass through the power carrying current and to block one or more of the communication channels; and that the filtering device is further configured to adjust the cut-off frequency of the first low-pass filter such that one or more communication channels are pass through in the filtering mode . - in the pass-through mode the first contact is directly connected with the second contact and configured to pass through a power current frequency and the communication channels; and - in the filtering mode the first contact is connected with the second contact through a first low-pass filter ;
A computer-implemented method for validating a position of a vehicle, the method comprising: determining a first position of an element with respect to a first position of the vehicle via a first positioning system ; providing a first representation of the first position of the element and the first position of the vehicle on a first image ; determining a second position of the element with respect to a second position of the vehicle via a second positioning system ; providing a second representation of the second position of the element and the second position of the vehicle on a second image; scaling and aligning the first image and the second image such that the first position of the element aligns with the second position of the element; determining an offset between the first position of the vehicle and the second position of the vehicle; characterised in that , if the offset exceeds a threshold offset, providing a notification to indicate a potential error in the position of the vehicle, wherein the vehicle comprises a first ship, wherein the element comprises a second ship, and wherein the second positioning system comprises an Automated Identification System, AIS, component operative to receive and interpret transmitted AIS signals. determining a first position of an element with respect to a first position of the vehicle via a first positioning system ; providing a first representation of the first position of the element and the first position of the vehicle on a first image ; determining a second position of the element with respect to a second position of the vehicle via a second positioning system ; providing a second representation of the second position of the element and the second position of the vehicle on a second image; scaling and aligning the first image and the second image such that the first position of the element aligns with the second position of the element; determining an offset between the first position of the vehicle and the second position of the vehicle; characterised in that , if the offset exceeds a threshold offset, providing a notification to indicate a potential error in the position of the vehicle, wherein the vehicle comprises a first ship, wherein the element comprises a second ship, and wherein the second positioning system comprises an Automated Identification System, AIS, component operative to receive and interpret transmitted AIS signals.
A meta-structure having multifunctional properties, wherein a plurality of unit blocks (B) configured to control a property of a wave (W) is combined in a plane or a space in a predetermined pattern to form one structure, at least one of the plurality of unit blocks (B) is formed to have a different size, a unit cell (C) designed to have a specific shape is disposed inside each of the plurality of unit blocks (B) and has a property of controlling the property of the wave (W), such that a frequency range of the controlled wave (W) is changed according to the size of each of the plurality of unit blocks (B), characterized in that the size of the unit cell (C) is increased or decreased in proportion to the size of the unit block (B), a length of one side of each of the plurality of unit blocks (B) is continuously or intermittently increased according to the Fibonacci Sequence rules, and the plurality of unit blocks (B) is disposed on a plane and each of the plurality of unit blocks (B) is shaped like a square or the plurality of unit blocks (B) is disposed in a space and each of the plurality of unit blocks (B) is formed in a cuboid shape in which one surface is shaped like a square. a plurality of unit blocks (B) configured to control a property of a wave (W) is combined in a plane or a space in a predetermined pattern to form one structure, at least one of the plurality of unit blocks (B) is formed to have a different size, a unit cell (C) designed to have a specific shape is disposed inside each of the plurality of unit blocks (B) and has a property of controlling the property of the wave (W), such that a frequency range of the controlled wave (W) is changed according to the size of each of the plurality of unit blocks (B), characterized in that the size of the unit cell (C) is increased or decreased in proportion to the size of the unit block (B), a length of one side of each of the plurality of unit blocks (B) is continuously or intermittently increased according to the Fibonacci Sequence rules, and the plurality of unit blocks (B) is disposed on a plane and each of the plurality of unit blocks (B) is shaped like a square or the plurality of unit blocks (B) is disposed in a space and each of the plurality of unit blocks (B) is formed in a cuboid shape in which one surface is shaped like a square.
An ice protection system for an aerodynamic surface of an aircraft, the aerodynamic surface having a flow facing side and an inwardly facing side that opposes the flow facing side, the system comprising: a perforated sheet configured for disposal in the surface; a heating source connected to the perforated sheet; and a suction source disposed to draw ice melted by the heating source through the perforated sheet and heating source and wherein the ice protection system comprises a honeycomb support structure on an inward side of the perforated sheet , and wherein the ice protection system comprises a water collector on an inwardly facing side of the honeycomb support structure, and wherein the suction source is a pump fluidly connected to the water collector . a perforated sheet configured for disposal in the surface; a heating source connected to the perforated sheet; and a suction source disposed to draw ice melted by the heating source through the perforated sheet and heating source and wherein the ice protection system comprises a honeycomb support structure on an inward side of the perforated sheet , and wherein the ice protection system comprises a water collector on an inwardly facing side of the honeycomb support structure, and wherein the suction source is a pump fluidly connected to the water collector .
Method for estimating the residual capacities of a plurality of batteries connected to an electric power distribution network , said method comprising a storage phase to store, in the plurality of batteries , energy coming from the network and a release phase to return the energy to the network , the method including: - gathering information relating to physical quantities in order to determine the state of ageing of each of the batteries from among said plurality of batteries , - selecting a battery from among said plurality of batteries based on the information gathered , - during the energy storage phase, charging as a priority said selected battery until a predefined maximum charge level, which is dependent on the state of ageing, is reached, - during the energy release phase, discharging as a priority said selected battery, if it has reached the maximum charge level during the storage phase, until a predefined minimum charge level, which is dependent on the state of ageing, is reached, or making said selected battery inactive if it has not yet reached the predefined maximum charge level, and measuring a level of energy yielded (E resChk ) by said selected battery between said maximum charge level and minimum charge level, - calculating a residual capacity of said selected battery based on the measurement of the level of energy yielded (E resChk ) by said battery between said maximum charge level and minimum charge level. - gathering information relating to physical quantities in order to determine the state of ageing of each of the batteries from among said plurality of batteries , - selecting a battery from among said plurality of batteries based on the information gathered , - during the energy storage phase, charging as a priority said selected battery until a predefined maximum charge level, which is dependent on the state of ageing, is reached, - during the energy release phase, discharging as a priority said selected battery, if it has reached the maximum charge level during the storage phase, until a predefined minimum charge level, which is dependent on the state of ageing, is reached, or making said selected battery inactive if it has not yet reached the predefined maximum charge level, and measuring a level of energy yielded (E resChk ) by said selected battery between said maximum charge level and minimum charge level, - calculating a residual capacity of said selected battery based on the measurement of the level of energy yielded (E resChk ) by said battery between said maximum charge level and minimum charge level.
An arrangement for supplying animals with feed, comprising: a) at least one feed tank for holding a volume of feed, wherein the feed tank is operatively connected to at least one pump for conveying the feed; b) at least one ring line opening into the feed tank , with a supply valve , a return valve arranged downstream the supply valve in a feed distribution direction, and having a plurality of outlets for the feed arranged between the supply valve and the return valve , wherein the outlets are each connected via a feed point valve to a discharge pipe opening into a trough bowl ; c) a main valve for controlling the transportation of the feed from the feed tank to the ring line , wherein the main valve is located downstream of the pump and upstream of the supply valve ; d) a compressed air supply with a compressed air valve for controlling the supply of compressed air to the ring line and/or a water supply with a water injection valve for controlling the supply of water to the ring line , wherein the compressed air supply and/or the water supply is located downstream of the main valve and upstream of the supply valve , e) wherein, when the supply valve is open, the return valve is open and the main valve is closed, a residue of feed is blown into the feed tank when a fluid flows through the ring pipe ; characterized in that the discharge pipe is arranged essentially perpendicular to the trough bowl and the trough bowl has an essentially conical elevation pointing towards an opening of the discharge pipe , wherein, when the return valve is closed, the main valve is closed, the supply valve is open and the feed point valve is open, a residue of feed in the trough bowl is blown out of the trough bowl by a fluid being admitted via the opening of the discharge pipe onto the essentially conical elevation of the trough bowl . a) at least one feed tank for holding a volume of feed, wherein the feed tank is operatively connected to at least one pump for conveying the feed; b) at least one ring line opening into the feed tank , with a supply valve , a return valve arranged downstream the supply valve in a feed distribution direction, and having a plurality of outlets for the feed arranged between the supply valve and the return valve , wherein the outlets are each connected via a feed point valve to a discharge pipe opening into a trough bowl ; c) a main valve for controlling the transportation of the feed from the feed tank to the ring line , wherein the main valve is located downstream of the pump and upstream of the supply valve ; d) a compressed air supply with a compressed air valve for controlling the supply of compressed air to the ring line and/or a water supply with a water injection valve for controlling the supply of water to the ring line , wherein the compressed air supply and/or the water supply is located downstream of the main valve and upstream of the supply valve , e) wherein, when the supply valve is open, the return valve is open and the main valve is closed, a residue of feed is blown into the feed tank when a fluid flows through the ring pipe ;
A heat exchanging ventilator in which an air supply fan , an air discharge fan , and a heat exchanger are disposed inside a housing provided with an outdoor inlet portion , an indoor outlet portion , an indoor inlet portion , and an outdoor outlet portion , which performs ventilation while exchanging heat using the heat exchanger between outdoor air suctioned from the outdoor inlet portion so as to be introduced into the housing by the air supply fan and indoor air suctioned from the indoor inlet portion so as to be introduced into the housing by the air discharge fan , and which is capable of accumulating water caused by dew condensation inside the housing, wherein the housing includes: an inner housing that is integrally molded in a box shape which has one face open, a back surface (BP) facing the open face, and side plates uprightly arranged around the back surface (BP); and a drain pan which is disposed on a side of the open face of the inner housing , and characterized in that : the inner housing has a housing side water retaining portion that exhibits a recessed form at the back surface (BP), the housing side water retaining portion is provided with an attachment hole through which a component side attachment portion or a component attachment screw is inserted and an outer periphery , wherein the attachment hole penetrates the back surface (BP), and the outer periphery surrounds the attachment hole and protrudes toward the open face. an inner housing that is integrally molded in a box shape which has one face open, a back surface (BP) facing the open face, and side plates uprightly arranged around the back surface (BP); and a drain pan which is disposed on a side of the open face of the inner housing , and characterized in that : the inner housing has a housing side water retaining portion that exhibits a recessed form at the back surface (BP), the housing side water retaining portion is provided with an attachment hole through which a component side attachment portion or a component attachment screw is inserted and an outer periphery , wherein the attachment hole penetrates the back surface (BP), and the outer periphery surrounds the attachment hole and protrudes toward the open face. the inner housing has a housing side water retaining portion that exhibits a recessed form at the back surface (BP), the housing side water retaining portion is provided with an attachment hole through which a component side attachment portion or a component attachment screw is inserted and an outer periphery , wherein the attachment hole penetrates the back surface (BP), and the outer periphery surrounds the attachment hole and protrudes toward the open face.
An injection molding machine comprising: a drive unit ; and a control unit , wherein each of the drive unit and the control unit includes a heat source in an internal space which is covered with a cover of each of the drive unit and the control unit , characterized in that , the internal space of any one unit of the drive unit and the control unit is cooled by a cooler , wherein the cooler is adapted for cooling air in an internal space of a frame , and in the cooler heated air inside the frame is forcibly circulated by an internal fan motor. a drive unit ; and a control unit , wherein each of the drive unit and the control unit includes a heat source in an internal space which is covered with a cover of each of the drive unit and the control unit , characterized in that , the internal space of any one unit of the drive unit and the control unit is cooled by a cooler , wherein the cooler is adapted for cooling air in an internal space of a frame , and in the cooler heated air inside the frame is forcibly circulated by an internal fan motor.
Assembly of an oral care appliance configured to perform an oral care action in a person's mouth and a system configured to provide an indication of the person's gum health on the basis of an evaluation of whether or not blood is present in a sample containing the person's saliva collected during the oral care action or right after the oral care action has taken place, wherein the system comprises a light-emitting unit configured to emit light to the sample , a light-receiving unit configured to receive light back from the sample , and an analysis unit configured to perform an analysis of light received by the light-receiving unit and to provide output representative of the person's gum health, and configured to execute at least one algorithm according to which - measurement values of light received by the light-receiving unit are determined for one or more main wavelengths of the light related to higher light absorption by a constituent of blood, and also for one or more auxiliary wavelengths of the light related to lower light absorption by the constituent of blood, - a discrimination value is determined on the basis of the measurement values, wherein in the process of determining the discrimination value, a measurement value relating to a main wavelength is adjusted with (a) measurement value(s) relating to one or more auxiliary wavelengths so as to correct the measurement value relating to the main wavelength for background influences, and characterized in that there is an area on the oral care appliance that is particularly shaped to collect the sample and at least the light-emitting unit and the light-receiving unit of the system are incorporated in the oral care appliance. - measurement values of light received by the light-receiving unit are determined for one or more main wavelengths of the light related to higher light absorption by a constituent of blood, and also for one or more auxiliary wavelengths of the light related to lower light absorption by the constituent of blood, - a discrimination value is determined on the basis of the measurement values, wherein in the process of determining the discrimination value, a measurement value relating to a main wavelength is adjusted with (a) measurement value(s) relating to one or more auxiliary wavelengths so as to correct the measurement value relating to the main wavelength for background influences, and
A compound or a salt or solvate thereof having Formula IA: wherein: R 2 is a triazole group optionally substituted with a carboxylic acid group; a 2,5-dioxopyrrolidinyl-1-yl-carboxylate group; an amino group; an alkyl-N,N-dialkyl amino group; an alkyl-alkoxy-amino group; an alkyl-alkoxy-alkoxy-amino group; an alkyl-alkoxy-alkoxy-carboxamide-alkyl-morpholine group; an alkyl-alkoxy-alkoxy-carboxamide-alkyl-1-alkylpyrrolidine group; an alkyl-alkoxy-alkoxy-carboxamide-alkyl-cyclohexyl group; or an alkyl-alkoxy-alkoxy-carboxamide-alkyl-cyclobutyl group.