mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile end device having transponder unit for transferring data to a reading device to which data can be transferred from transponders through modulation of a field of the reading device, characterized in that the transponder unit comprises means for generating and sending a signal which is evaluable for the reading device as a modulation by a transponder in order to transfer the data to the reading device in a first operating mode.
A protection system comprising a glove having a wrist extended by a body terminated by fingers (6-10), and an envelope comprising a base extended by a body terminated by an end , the glove delimiting a sealed enclosure, the envelope delimiting a sealed enclosure, the system being able to occupy a confined configuration in which the envelope surrounds the deployed glove and in which the wrist of the glove is connected in a sealed manner to the base of the envelope , and a configuration of use in which the body and the fingers (6-10) of the deployed glove are released from the envelope , characterized in that this system comprises detachable means for connecting the wrist of the glove with the base of the envelope , these means ensuring a tight connection, and in which, in the configuration of use, the wrist of the glove is disconnected from the base of the envelope with the whole of the envelope so that the glove is entirely free of the envelope.
A battery cover plate assembly, comprising: a cover plate ; an inner lead-out member located at an inner side of the cover plate ; an outer electrode terminal located at an outer side of the cover plate ; and a current interrupt apparatus; wherein the inner lead-out member and the outer electrode terminal are electrically connected through the current interrupt apparatus, the current interrupt apparatus comprises a score member and a flipping member , the flipping member being electrically connected to the outer electrode terminal, the score member is electrically connected to the inner lead-out member, a score is formed on the score member and is electrically connected to the flipping member , and the flipping member acts under an effect of air pressure to break the score, and the inner lead-out member is mounted on the cover plate through a cover plate insulator , the cover plate insulator comprises a first engagement portion engaged with the cover plate and a second engagement portion engaged with the inner lead-out member , characterized in that the cover plate insulator comprises a substrate attached to a lower surface of the cover plate , and a mounting hole configured to mount the current interrupt apparatus is formed on the cover plate , the first engagement portion comprises a first annular protrusion connected to an upper surface of the substrate , and having an L-shaped cross-section, the first engagement portion forms, with the substrate , an annular slot configured to accommodate a hole wall of the mounting hole through folding outward after passing through the mounting hole. a cover plate ; an inner lead-out member located at an inner side of the cover plate ; an outer electrode terminal located at an outer side of the cover plate ; and a current interrupt apparatus;
A sensor for analysis of a fluid sample comprising: a sample cavity including a fluid inlet area for accepting sample fluid ; at least one test region disposed along the sample cavity , the at least one test region including a first electrode and a second electrode for testing the fluid sample ; and at least one vent for venting the sample cavity , characterized in that the at least one vent includes at least one sample guide edge between the fluid inlet area and the second electrode for directing the sample fluid to the second electrode in the at least one test region. a sample cavity including a fluid inlet area for accepting sample fluid ; at least one test region disposed along the sample cavity , the at least one test region including a first electrode and a second electrode for testing the fluid sample ; and at least one vent for venting the sample cavity , characterized in that the at least one vent includes at least one sample guide edge between the fluid inlet area and the second electrode for directing the sample fluid to the second electrode in the at least one test region.
A system, comprising: a first turbine blade platform , comprising: a first exterior side contoured to interface with a first airfoil of a first turbine blade disposed at a first angular position; and a second exterior side disposed generally opposite the first exterior side and contoured to interface with a second airfoil of a second turbine blade disposed at a second angular position, wherein the first turbine blade platform is configured to be radially supported by respective contours of the first airfoil and the second airfoil and to form an interface with an adjacent platform at the turbine blade location. a first exterior side contoured to interface with a first airfoil of a first turbine blade disposed at a first angular position; and a second exterior side disposed generally opposite the first exterior side and contoured to interface with a second airfoil of a second turbine blade disposed at a second angular position, wherein the first turbine blade platform is configured to be radially supported by respective contours of the first airfoil and the second airfoil and to form an interface with an adjacent platform at the turbine blade location.
A pant-type absorbent article such as a pant diaper, a sanitary pant or an incontinence pant, the article comprising a chassis , a topsheet , a backsheet and an absorbent member arranged between the topsheet and the backsheet , the absorbent member having an absorbent member front edge and an absorbent member rear edge the chassis comprising a front section , a rear section and a crotch section located between the front section and the rear section , as seen in a longitudinal direction (L) of the absorbent article , wherein the front section and the rear section are joined to each other along their respective opposite longitudinal side edges to define a waist-opening and a pair of leg-openings, wherein the front section comprises front elastics and the rear section comprises rear elastics , each of the front elastics and the rear elastics extending between the respective opposite longitudinal side edges in a transverse direction (T) of the absorbent article , the absorbent member comprising a first absorbent layer and a second absorbent layer , the first absorbent layer being arranged between the topsheet and the second absorbent layer , the first absorbent layer having a first absorbent layer front edge and a first absorbent layer rear edge , the second absorbent layer having a size and a shape in a plane of the absorbent article, the size and shape of the second absorbent layer defining the size and shape of the absorbent member in the plane of the absorbent article, wherein the first absorbent layer is shorter than the second absorbent layer , as seen in the longitudinal direction (L), such that only the second absorbent layer is present in a front portion of the absorbent member , and in a rear portion of the absorbent member wherein the front elastics extend over the front portion of the absorbent member and the rear elastics extend over the rear portion of the absorbent member , the first absorbent layer front edge being arranged with a front edge distance (d1) from the absorbent member front edge and the first absorbent layer rear edge being arranged with a rear edge distance (d2) from the absorbent member rear edge wherein each of the first and the second absorbent layer comprises superabsorbent polymer particles, characterized in that wherein the absorbent member in a crotch portion thereof is provided with at least two channels extending in the longitudinal direction (L) and on a respective side of a longitudinal centerline (C) of the absorbent article , the first absorbent layer comprises a higher amount in wt % of superabsorbent polymer particles than the second absorbent layer , the absorbent member having a total absorbent capacity of 1100 ml or more, as measured according to standard test method ISO 11948-1, and wherein a ratio between the front edge distance (d1) and the rear edge distance (d2) is 1.5 or greater.
Electromagnetically actuated spring-applied brake, comprising - a break disk that can be arranged on a shaft in a manner rotationally fixed but nevertheless axially displaceable, - an electromagnet having a magnet housing and a coil received therein, - an armature plate arranged between the brake disk and the magnet housing so that it can be moved axially, and - a flange which is arranged rotationally fixed on the magnet housing by means of a connecting element , wherein the brake disk and the armature plate are arranged between the flange and the magnet housing , characterized in that the connecting element engages into a counterpart designed to correspond to the connecting element , which counterpart is pressed into a blind hole provided by the magnet housing , wherein the edge of the counterpart facing the magnet housing is arranged in a manner spaced from the bottom of the blind hole leaving a gap space having a residual volume. - a break disk that can be arranged on a shaft in a manner rotationally fixed but nevertheless axially displaceable, - an electromagnet having a magnet housing and a coil received therein, - an armature plate arranged between the brake disk and the magnet housing so that it can be moved axially, and - a flange which is arranged rotationally fixed on the magnet housing by means of a connecting element , wherein the brake disk and the armature plate are arranged between the flange and the magnet housing , characterized in that the connecting element engages into a counterpart designed to correspond to the connecting element , which counterpart is pressed into a blind hole provided by the magnet housing , wherein the edge of the counterpart facing the magnet housing is arranged in a manner spaced from the bottom of the blind hole leaving a gap space having a residual volume.
A refrigerant-mixed refrigerator oil composition comprising: (i) a refrigerator oil composition comprising: an epoxy compound (X) having at least an olefin skeleton and optionally a terpene skeleton, and a base oil (Y), and (ii) a refrigerant comprising an unsaturated fluorinated hydrocarbon compound, wherein the epoxy compound (X) contains an alicyclic epoxy compound (X1A) having at least an olefin skeleton and optionally a terpene skeleton, wherein the alicyclic epoxy compound (X1A) having at least an olefin skeleton is represented by the general formula , wherein in the general formula , the alicyclic ring shown by the approximate circle is a cycloalkane skeleton having 5 to 12 ring carbon atoms or a cycloalkene skeleton having 5 to 12 ring carbon atoms, R 1 represents an aliphatic hydrocarbon group having a linear or branched olefin structure having 2 to 10 carbon atoms, R 2 represents any of an alkyl group having 1 to 3 carbon atoms, a halogen atom, a hydroxy group, an alkoxy group, an amino group, an imino group, an amide group, and a carboxy group, and p represents an integer of 0 or more. (i) a refrigerator oil composition comprising: an epoxy compound (X) having at least an olefin skeleton and optionally a terpene skeleton, and a base oil (Y), and (ii) a refrigerant comprising an unsaturated fluorinated hydrocarbon compound, wherein the epoxy compound (X) contains an alicyclic epoxy compound (X1A) having at least an olefin skeleton and optionally a terpene skeleton, wherein the alicyclic epoxy compound (X1A) having at least an olefin skeleton is represented by the general formula , wherein in the general formula , the alicyclic ring shown by the approximate circle is a cycloalkane skeleton having 5 to 12 ring carbon atoms or a cycloalkene skeleton having 5 to 12 ring carbon atoms, R 1 represents an aliphatic hydrocarbon group having a linear or branched olefin structure having 2 to 10 carbon atoms, R 2 represents any of an alkyl group having 1 to 3 carbon atoms, a halogen atom, a hydroxy group, an alkoxy group, an amino group, an imino group, an amide group, and a carboxy group, and p represents an integer of 0 or more.
A laundry drying machine comprising a rotatable laundry drum designed to rotate about an axis of rotation , said drum having a chamber adapted to receive laundry to be dried, an electric motor , which is mechanically connected with the rotatable laundry drum for rotating said rotatable laundry drum about its axis of rotation ; hot-air generator means configured to supply a heated airflow to the rotatable laundry drum during a drying cycle; the drying machine comprising an electronic control system which comprises an electronic control unit configured to: - retrieve prefixed threshold values (STH1, STH2) or prefixed time period (ΔTS), which are stored in a memory support accessible to the electronic control unit , according to the selected drying program; - provide a sensed signal (S1) which is indicative of a torque that said electric motor provides to the rotatable laundry drum ; - determine the value of a parameter (ΔS1)(TIME) that is correlated to variation of the sensed signal (S1) in time, based on said retrieved prefixed values (ΔTS) (STH1, STH2), and - estimate the laundry-load contained within said chamber based on said determined value of said parameter (ΔS1, TIME). - retrieve prefixed threshold values (STH1, STH2) or prefixed time period (ΔTS), which are stored in a memory support accessible to the electronic control unit , according to the selected drying program; - provide a sensed signal (S1) which is indicative of a torque that said electric motor provides to the rotatable laundry drum ; - determine the value of a parameter (ΔS1)(TIME) that is correlated to variation of the sensed signal (S1) in time, based on said retrieved prefixed values (ΔTS) (STH1, STH2), and - estimate the laundry-load contained within said chamber based on said determined value of said parameter (ΔS1, TIME).
A method for producing an aqueous dispersion comprising an ionomer composition, the method comprising (a) providing a solid ionomer composition comprising a parent acid copolymer that comprises copolymerized units of ethylene, 18 to 30 weight % of copolymerized units of acrylic acid or methacrylic acid, based on the total weight of the parent acid copolymer, the acid copolymer having a melt flow rate (MFR) from 200 to 1000 g/10 min., measured according to ASTM D1238 at 190°C with a 2160 g load, wherein 50% to 70% of the carboxylic acid groups of the copolymer, based on the total carboxylic acid content of the parent acid copolymer as calculated for the non-neutralized parent acid copolymer, are neutralized to carboxylic acid salts comprising sodium cations; (b) mixing the solid ionomer composition with water heated to a temperature from 80 to 90 °C under low shear conditions to provide a heated aqueous ionomer dispersion; and (c) optionally cooling the heated aqueous ionomer dispersion to a temperature of 20 to 30 °C, wherein the ionomer remains dispersed in the liquid phase. (a) providing a solid ionomer composition comprising a parent acid copolymer that comprises copolymerized units of ethylene, 18 to 30 weight % of copolymerized units of acrylic acid or methacrylic acid, based on the total weight of the parent acid copolymer, the acid copolymer having a melt flow rate (MFR) from 200 to 1000 g/10 min., measured according to ASTM D1238 at 190°C with a 2160 g load, wherein 50% to 70% of the carboxylic acid groups of the copolymer, based on the total carboxylic acid content of the parent acid copolymer as calculated for the non-neutralized parent acid copolymer, are neutralized to carboxylic acid salts comprising sodium cations; (b) mixing the solid ionomer composition with water heated to a temperature from 80 to 90 °C under low shear conditions to provide a heated aqueous ionomer dispersion; and (c) optionally cooling the heated aqueous ionomer dispersion to a temperature of 20 to 30 °C, wherein the ionomer remains dispersed in the liquid phase.
A signal transmission method, applied in a new radio, NR, system, which supports a carrier aggregation, CA, network deployment, a dual connectivity, DC, network deployment, and a standalone, SA, network deployment, the method comprising: determining , by a terminal device, a synchronization signal transmission mode on a first carrier, which comprises: when the terminal device has received first indication information sent by a network device on a second carrier, then determining, by the terminal device, the synchronization signal transmission mode on the first carrier according to the first indication information, which is a first transmission mode or a second transmission mode, wherein the first indication information is used to determine that the synchronization signal transmission mode on the first carrier is the first transmission mode or the second transmission mode; and receiving , by the terminal device, information on the first carrier according to the synchronization signal transmission mode; wherein the first carrier is a carrier in an unlicensed spectrum. determining , by a terminal device, a synchronization signal transmission mode on a first carrier, which comprises: when the terminal device has received first indication information sent by a network device on a second carrier, then determining, by the terminal device, the synchronization signal transmission mode on the first carrier according to the first indication information, which is a first transmission mode or a second transmission mode, wherein the first indication information is used to determine that the synchronization signal transmission mode on the first carrier is the first transmission mode or the second transmission mode; and receiving , by the terminal device, information on the first carrier according to the synchronization signal transmission mode; wherein the first carrier is a carrier in an unlicensed spectrum.
A portable electronic device adapted to be worn, at least partly, in or at a human ear, comprising a low voltage power supply providing a low voltage power supply output voltage and a boost converter , wherein said boost converter is adapted for increasing the low voltage power supply output voltage to a level suitable to power the portable electronic device , - wherein said boost converter is powered by the low voltage power supply, wherein said low voltage power supply is not capable of providing an output voltage of a level sufficient to operate the portable electronic device CHARACTERIZED IN THAT - the boost converter further comprises a digital duty cycle generator and an analog pulse-width modulation generator , both generators being configured to generate a duty cycle modulated clock signal for driving the boost converter , - wherein the digital duty cycle generator is adapted for driving the boost converter with a low supply voltage and comprises means for sampling the low voltage power supply output voltage or the boost converter output voltage and means for adjusting the duty cycle of a digital clock signal in response to the value of said sampled voltage, - wherein the analog pulse-width modulation generator is adapted for driving the boost converter with high stability of the boosted voltage, and - wherein the boost converter is configured to use the digital duty cycle generator for generating the duty cycle modulated clock signal to drive the boost converter when the portable device is in a start-up mode and to use the analog pulse-width modulation generator for generating the duty cycle modulated clock signal when the portable electronic device is in a normal mode of operation. - wherein said boost converter is powered by the low voltage power supply, wherein said low voltage power supply is not capable of providing an output voltage of a level sufficient to operate the portable electronic device CHARACTERIZED IN THAT - the boost converter further comprises a digital duty cycle generator and an analog pulse-width modulation generator , both generators being configured to generate a duty cycle modulated clock signal for driving the boost converter , - wherein the digital duty cycle generator is adapted for driving the boost converter with a low supply voltage and comprises means for sampling the low voltage power supply output voltage or the boost converter output voltage and means for adjusting the duty cycle of a digital clock signal in response to the value of said sampled voltage, - wherein the analog pulse-width modulation generator is adapted for driving the boost converter with high stability of the boosted voltage, and - wherein the boost converter is configured to use the digital duty cycle generator for generating the duty cycle modulated clock signal to drive the boost converter when the portable device is in a start-up mode and to use the analog pulse-width modulation generator for generating the duty cycle modulated clock signal when the portable electronic device is in a normal mode of operation.
A drip bag (1A, 1A 2 , 1A 3 , 1A 4 , 1B, 1B 2 , 1C, 1D, 1D 2 , 1E, 1F) comprising: a bag body formed of a water permeable filtering sheet and having two opposing surfaces and an upper end to be opened; and a pair of hook members formed of a thin plate-shaped material and provided on outer faces of two opposing surfaces of the bag body , wherein each hook member includes: an upper stuck part which is adhered to the bag body along the opening of the bag body ; a center part which is located below the upper stuck part at a center of the bag body in a width direction thereof and formed so as not to be pulled out from the bag body ; and a hook part not adhered to the bag body , characterized in that in each hook member a pair of oblique folding lines (L1a, L1b) are formed on the upper stuck part with a center line (Z) disposed therebetween, the oblique folding lines (L1a, L1b) being more spaced from the center line (Z) while extending from a lower portion to an upper portion of the upper stuck part , the center line (Z) bisecting the width of the surfaces of the bag body , and a vertical folding line (L2) is formed downwardly from immediately below a lower end of the oblique folding lines (L1a, L1b). a bag body formed of a water permeable filtering sheet and having two opposing surfaces and an upper end to be opened; and a pair of hook members formed of a thin plate-shaped material and provided on outer faces of two opposing surfaces of the bag body , wherein each hook member includes: an upper stuck part which is adhered to the bag body along the opening of the bag body ; a center part which is located below the upper stuck part at a center of the bag body in a width direction thereof and formed so as not to be pulled out from the bag body ; and a hook part not adhered to the bag body , characterized in that in each hook member a pair of oblique folding lines (L1a, L1b) are formed on the upper stuck part with a center line (Z) disposed therebetween, the oblique folding lines (L1a, L1b) being more spaced from the center line (Z) while extending from a lower portion to an upper portion of the upper stuck part , the center line (Z) bisecting the width of the surfaces of the bag body , and a vertical folding line (L2) is formed downwardly from immediately below a lower end of the oblique folding lines (L1a, L1b).