mhurhangee/ep-ind-claims huggingface dataset:
A device to be charged, comprising: a battery; a wireless reception circuit, configured to receive an electromagnetic signal from a wireless charging device and convert the electromagnetic signal into output voltage and output current of the wireless reception circuit, wherein the output voltage is a pulsating waveform voltage and a period of the output current varies with a frequency or a multiple of the frequency of an AC input into the wireless charging device; a first charging channel, through which the output voltage and the output current of the wireless reception circuit are received and provided to the battery for charging; a detecting circuit, configured to detect at least one of the output voltage and the output current of the wireless reception circuit; and a first communication control circuit, configured to conduct wireless communication with the wireless charging device according to at least one of the output voltage and the output current of the wireless reception circuit detected by the detecting circuit, whereby the wireless charging device is configured to adjust transmission power thereof to make at least one of the output voltage and the output current of the wireless reception circuit match a present charging stage of the battery. a battery; a wireless reception circuit, configured to receive an electromagnetic signal from a wireless charging device and convert the electromagnetic signal into output voltage and output current of the wireless reception circuit, wherein the output voltage is a pulsating waveform voltage and a period of the output current varies with a frequency or a multiple of the frequency of an AC input into the wireless charging device; a first charging channel, through which the output voltage and the output current of the wireless reception circuit are received and provided to the battery for charging; a detecting circuit, configured to detect at least one of the output voltage and the output current of the wireless reception circuit; and a first communication control circuit, configured to conduct wireless communication with the wireless charging device according to at least one of the output voltage and the output current of the wireless reception circuit detected by the detecting circuit, whereby the wireless charging device is configured to adjust transmission power thereof to make at least one of the output voltage and the output current of the wireless reception circuit match a present charging stage of the battery.
A medical brace comprising: a main body configured to be worn by a user; and a lacing system configured to tighten and loosen the main body, the lacing system comprising: a first reel configured to rotate about a first axis to tighten a first portion of the lacing system, the first reel including a first spool and a first user rotatable knob secured to a first reel housing; a second reel configured to rotate about a second axis different than the first axis to tighten a second portion of the lacing system, the second reel including a second spool and a second user rotatable knob secured to a second reel housing; and a first unitary housing piece coupled to the main body configured to house and connect both the first reel and the second reel, wherein the first and second reel housing are coupled to or integral with the first housing piece. a main body configured to be worn by a user; and a lacing system configured to tighten and loosen the main body, the lacing system comprising: a first reel configured to rotate about a first axis to tighten a first portion of the lacing system, the first reel including a first spool and a first user rotatable knob secured to a first reel housing; a second reel configured to rotate about a second axis different than the first axis to tighten a second portion of the lacing system, the second reel including a second spool and a second user rotatable knob secured to a second reel housing; and a first unitary housing piece coupled to the main body configured to house and connect both the first reel and the second reel, wherein the first and second reel housing are coupled to or integral with the first housing piece. a first reel configured to rotate about a first axis to tighten a first portion of the lacing system, the first reel including a first spool and a first user rotatable knob secured to a first reel housing; a second reel configured to rotate about a second axis different than the first axis to tighten a second portion of the lacing system, the second reel including a second spool and a second user rotatable knob secured to a second reel housing; and a first unitary housing piece coupled to the main body configured to house and connect both the first reel and the second reel, wherein the first and second reel housing are coupled to or integral with the first housing piece.
An aqueous liquid pharmaceutical formulation comprising (i) an insulin compound which is insulin lispro, insulin glulisine, recombinant human insulin or insulin aspart, (ii) ionic zinc, (iii) a zinc binding species at a concentration of 1 mM or more selected from species having a logK with respect to zinc ion binding in the range 4.5-12.3 at 25 °C, and (iv) a non-ionic surfactant which is an alkyl glycoside selected from the group consisting of dodecyl maltoside, dodecyl glucoside, octyl glucoside, octyl maltoside, decyl glucoside, decyl maltoside, decyl glucopyranoside, tridecyl glucoside, tridecyl maltoside, tetradecyl glucoside, tetradecyl maltoside, hexadecyl glucoside, hexadecyl maltoside, sucrose monooctanoate, sucrose monodecanoate, sucrose monododecanoate, sucrose monotridecanoate, sucrose monotetradecanoate and sucrose monohexadecanoate; and wherein the formulation is substantially free of EDTA and any other zinc binding species having a logK with respect to zinc ion binding of more than 12.3 at 25 °C.
A method for transferring, from a donor substrate to a carrier substrate, a thin layer having a first coefficient of thermal expansion, comprising the steps of: - forming an embrittlement plane in the donor substrate; - forming an electrically insulating layer on the surface of the donor substrate and/or of the carrier substrate; - producing an assembly by placing the donor substrate and the carrier substrate in contact with one another via the electrically insulating layer; - separating the assembly by fracturing along the embrittlement plane; wherein forming the insulating layer comprises coating the donor substrate and/or the carrier substrate with a coating formulation including a composite material formed by a matrix made of a particle-filled preceramic polymer, the composite material having a second coefficient of thermal expansion, the second coefficient of thermal expansion differing from the first coefficient of thermal expansion by no more than 20 % of the first coefficient of thermal expansion. - forming an embrittlement plane in the donor substrate; - forming an electrically insulating layer on the surface of the donor substrate and/or of the carrier substrate; - producing an assembly by placing the donor substrate and the carrier substrate in contact with one another via the electrically insulating layer; - separating the assembly by fracturing along the embrittlement plane; wherein forming the insulating layer comprises coating the donor substrate and/or the carrier substrate with a coating formulation including a composite material formed by a matrix made of a particle-filled preceramic polymer, the composite material having a second coefficient of thermal expansion, the second coefficient of thermal expansion differing from the first coefficient of thermal expansion by no more than 20 % of the first coefficient of thermal expansion.
Partitioning apparatus for subdividing a stowage compartment of a motor vehicle, comprising a main body by means of which the stowage compartment can be subdivided, comprising a receptacle which is configured to accommodate a mobile electronic terminal device, wherein the mobile electronic terminal accommodated in the receptacle can be charged in a contactless manner, wherein the partitioning apparatus has a charging element by means of which the mobile electronic terminal can be charged, characterized in that the partitioning apparatus, for positioning the partitioning apparatus within an accommodating region of the stowage compartment in different positions, - has a holding device on its rear side situated opposite the receptacle, it being possible to support the partitioning apparatus against cup holders or cups in the accommodating region by means of the holding device, or - has an electromechanical interface which is configured to be connected to one of two electromechanical interfaces of the stowage compartment, wherein the charging element is designed as an induction coil, so that the electronic terminal can be charged in a contactless manner, wherein a relative position of the receptacle with respect to the charging element is fixed, so that the mobile electronic terminal is always at the same defined distance from the charging element in the different positions of the partitioning apparatus, provided that the terminal is accommodated in the receptacle. wherein the partitioning apparatus has a charging element by means of which the mobile electronic terminal can be charged, characterized in that the partitioning apparatus, for positioning the partitioning apparatus within an accommodating region of the stowage compartment in different positions, - has a holding device on its rear side situated opposite the receptacle, it being possible to support the partitioning apparatus against cup holders or cups in the accommodating region by means of the holding device, or - has an electromechanical interface which is configured to be connected to one of two electromechanical interfaces of the stowage compartment, - has a holding device on its rear side situated opposite the receptacle, it being possible to support the partitioning apparatus against cup holders or cups in the accommodating region by means of the holding device, or - has an electromechanical interface which is configured to be connected to one of two electromechanical interfaces of the stowage compartment, wherein the charging element is designed as an induction coil, so that the electronic terminal can be charged in a contactless manner, wherein a relative position of the receptacle with respect to the charging element is fixed, so that the mobile electronic terminal is always at the same defined distance from the charging element in the different positions of the partitioning apparatus, provided that the terminal is accommodated in the receptacle.
A method for producing styrene-based copolymer by an anionic polymerization using α-methylstyrene, wherein the α-methylstyrene has a total of an aliphatic carbonyl compound represented by the following general formula and an intramolecular dehydration condensate thereof of 100 ppm by weight or less in α-methylstyrene, and an aromatic carbonyl compound represented by the following general formula is present at 30 ppm by weight or less in α-methylstyrene wherein each of R 1, R 3 and R 4 independently represents a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, and R 2 represents an alkyl group having 1 to 6 carbon atoms; and wherein α-methylstyrene is obtained by a purification process comprising the steps of: reacting a polar substance which contains a carbonyl-containing compound, and which is contained in α-methylstyrene in the presence of a basic substance wherein a basicity of the basic substance is 10 or more in terms of an acid dissociation constant pKa of a conjugate acid of the basic substance and the basic substance is an alkaline metal alkoxide or an alkaline earth metal alkoxide, separating a low boiling point component produced by the reaction from a mixture of a reaction product of the polar substance containing the carbonyl-containing compound and α-methylstyrene; and separating α-methylstyrene from the mixture of the reaction product of the polar substance containing the carbonyl-containing compound and α-methylstyrene. reacting a polar substance which contains a carbonyl-containing compound, and which is contained in α-methylstyrene in the presence of a basic substance wherein a basicity of the basic substance is 10 or more in terms of an acid dissociation constant pKa of a conjugate acid of the basic substance and the basic substance is an alkaline metal alkoxide or an alkaline earth metal alkoxide, separating a low boiling point component produced by the reaction from a mixture of a reaction product of the polar substance containing the carbonyl-containing compound and α-methylstyrene; and separating α-methylstyrene from the mixture of the reaction product of the polar substance containing the carbonyl-containing compound and α-methylstyrene.
A method of communicating information over one or more wireless channels in a network, comprising the steps of: receiving a bandwidth reservation request from one or more wireless stations; controlling channel access among wireless stations by dividing channel time into one or more superframes; providing one or more schedules in each superframe for communicating information, wherein each schedule comprises one or more channel time blocks, CTB, including one or more reserved CTBs for communication of packets of information over a channel; and transmitting packets of information over the channel during the reserved CTBs according to each schedule; wherein said each superframe includes schedules of CTBs for a high-rate channel and a low-rate channel and transmitting packets further includes transmitting packets of video information from a sender to a receiver over a high-rate channel during reserved CTBs, and transmitting acknowledgment, ACK, packets from the receiver to the sender over a low-rate channel during the reserved CTBs, a Time Division Duplex scheduling is applied to the low rate and high rate channels and the low-rate channel and the high-rate channel cannot be used in parallel for transmission, and beacon and acknowledge ACK packets are transmitted over the low-rate channel in between transmission of packets of data over the high-rate channel, wherein a said beacon packet is used to set timing allocations and to communicate management information for the network. receiving a bandwidth reservation request from one or more wireless stations; controlling channel access among wireless stations by dividing channel time into one or more superframes; providing one or more schedules in each superframe for communicating information, wherein each schedule comprises one or more channel time blocks, CTB, including one or more reserved CTBs for communication of packets of information over a channel; and transmitting packets of information over the channel during the reserved CTBs according to each schedule; wherein said each superframe includes schedules of CTBs for a high-rate channel and a low-rate channel and transmitting packets further includes transmitting packets of video information from a sender to a receiver over a high-rate channel during reserved CTBs, and transmitting acknowledgment, ACK, packets from the receiver to the sender over a low-rate channel during the reserved CTBs, a Time Division Duplex scheduling is applied to the low rate and high rate channels and the low-rate channel and the high-rate channel cannot be used in parallel for transmission, and beacon and acknowledge ACK packets are transmitted over the low-rate channel in between transmission of packets of data over the high-rate channel, wherein a said beacon packet is used to set timing allocations and to communicate management information for the network.
A method of wireless communication, comprising: encoding, at a transmitter, a plurality of bits into multiple code blocks of a transmission; interleaving, by the transmitter, the plurality of bits of each of the code blocks across two or more symbols in a time-frequency transmission stream; encoding, by the transmitter, a base constellation point in a fixed-size constellation using a first set of bits from one of the code blocks; encoding, by the transmitter, a refinement point in a second fixed-size constellation around the base constellation point using a second set of bits from another of the code blocks; generating, by the transmitter, a modulated symbol based on the base constellation point and the refinement point; and transmitting, by the transmitter to a receiver, the time-frequency transmission stream. encoding, at a transmitter, a plurality of bits into multiple code blocks of a transmission; interleaving, by the transmitter, the plurality of bits of each of the code blocks across two or more symbols in a time-frequency transmission stream; encoding, by the transmitter, a base constellation point in a fixed-size constellation using a first set of bits from one of the code blocks; encoding, by the transmitter, a refinement point in a second fixed-size constellation around the base constellation point using a second set of bits from another of the code blocks; generating, by the transmitter, a modulated symbol based on the base constellation point and the refinement point; and transmitting, by the transmitter to a receiver, the time-frequency transmission stream.
Magnetic device with thermally assisted writing comprising at least one magnetic element including: - a first magnetic layer referred to as "reference layer"; - a second magnetic layer referred to as "storage layer", the storage layer having a variable magnetisation configuration; - a non-magnetic spacer which separates the reference layer and the storage layer and magnetically decouples same; - an antiferromagnetic trapping layer in contact with the storage layer, this antiferromagnetic layer which can trap the magnetisation configuration of the storage layer; - means for heating said antiferromagnetic trapping layer such that, during heating, the temperature of said antiferromagnetic trapping layer exceeds its blocking temperature such that, when hot, the magnetisation configuration of said storage layer is no longer trapped; said device being characterised in that said reference layer and said storage layer have a stable vortex magnetisation configuration and said device comprises means (13, 14) for creating a magnetic field for reversibly moving the core of the vortex in the plane of said reference layer and said storage layer has a number of storage levels strictly greater than two, each storage level corresponding to a trapped magnetisation configuration. - a first magnetic layer referred to as "reference layer"; - a second magnetic layer referred to as "storage layer", the storage layer having a variable magnetisation configuration; - a non-magnetic spacer which separates the reference layer and the storage layer and magnetically decouples same; - an antiferromagnetic trapping layer in contact with the storage layer, this antiferromagnetic layer which can trap the magnetisation configuration of the storage layer; - means for heating said antiferromagnetic trapping layer such that, during heating, the temperature of said antiferromagnetic trapping layer exceeds its blocking temperature such that, when hot, the magnetisation configuration of said storage layer is no longer trapped;
A process for purifying tall oil material, comprising the following steps (a) evaporating the tall oil material in a first evaporation step to produce a first fraction comprising hydrocarbons having a boiling point of up to 250°C and water and a second fraction comprising fatty acids, resin acids, neutral substances and residue components, wherein the evaporation step is performed at a temperature of 50 to 250°C and at a pressure of 5 to 100 mbar, (b) evaporating said second fraction in at least one further evaporation step (G; F,G) to produce a third fraction comprising fatty acids, resin acids and neutral substances having a boiling point under 500°C, and a residue fraction, and (c) recovering said first fraction, third fraction and residue fraction. (a) evaporating the tall oil material in a first evaporation step to produce a first fraction comprising hydrocarbons having a boiling point of up to 250°C and water and a second fraction comprising fatty acids, resin acids, neutral substances and residue components, wherein the evaporation step is performed at a temperature of 50 to 250°C and at a pressure of 5 to 100 mbar, (b) evaporating said second fraction in at least one further evaporation step (G; F,G) to produce a third fraction comprising fatty acids, resin acids and neutral substances having a boiling point under 500°C, and a residue fraction, and (c) recovering said first fraction, third fraction and residue fraction.
A cell analysis method comprising: extracting target cells from a population of cells derived from an epithelial tissue on the basis of N/C ratio representing a relative size of a nucleus to a cytoplasm, wherein the target cells are epithelial cells having a greater N/C ratio than a predetermined value; classifying the target cells into at least a first group and a second group by difference of amount of DNA, wherein the target cells are classified into at least the first group having an amount of DNA corresponding to cell cycle G0 to G1 phases and a second group having an amount of DNA greater than that of cells in the G0 to G1 phases; and evaluating a pathology of the epithelial tissue by comparing a ratio of numbers of cells between the first and second groups with a first threshold, wherein canceration is determined by determining whether a ratio of a number of cells in the second group relative to a number of cells in the first group is greater than or equal to the first threshold, characterized in that the first threshold varies according to a proportion of the target cells in the population, wherein the value of the first threshold is smaller when the proportion of the target cells in the population is greater than or equal to a second threshold, compared to when the proportion of the target cells in the population is smaller than the second threshold. extracting target cells from a population of cells derived from an epithelial tissue on the basis of N/C ratio representing a relative size of a nucleus to a cytoplasm, wherein the target cells are epithelial cells having a greater N/C ratio than a predetermined value; classifying the target cells into at least a first group and a second group by difference of amount of DNA, wherein the target cells are classified into at least the first group having an amount of DNA corresponding to cell cycle G0 to G1 phases and a second group having an amount of DNA greater than that of cells in the G0 to G1 phases; and evaluating a pathology of the epithelial tissue by comparing a ratio of numbers of cells between the first and second groups with a first threshold, wherein canceration is determined by determining whether a ratio of a number of cells in the second group relative to a number of cells in the first group is greater than or equal to the first threshold, characterized in that the first threshold varies according to a proportion of the target cells in the population, wherein the value of the first threshold is smaller when the proportion of the target cells in the population is greater than or equal to a second threshold, compared to when the proportion of the target cells in the population is smaller than the second threshold.