mhurhangee/ep-ind-claims huggingface dataset:
A yogurt composition comprising a dairy ingredient and a waxy cassava acetyl-substituted adipate-cross-linked starch or a waxy cassava propylene oxide-substituted di-starch phosphate in an amount of 1 % to 4% by weight of the yogurt composition, wherein said waxy cassava acetyl substituted adipate cross-linked starch has from 0.10% to 0.18% adipate groups by weight of the starch, and wherein the waxy cassava propylene oxide-substituted di-starch phosphate has greater than 0.012% by weight phosphate groups by weight of the starch.
Use of an antimicrobial agent including an antimicrobial polyaminosilane for imparting an article or a hygiene product with antimicrobial activity, characterized by a step of: applying the antimicrobial agent including the antimicrobial polyaminosilane to the article or the hygiene product, wherein the antimicrobial polyaminosilane is prepared by subjecting only an aminosilane monomer to a hydrolysis and condensation reaction so that the repeating units of the antimicrobial polyaminosilane contain only aminosilane, and is free of halide ions; and wherein: (a) the aminosilane monomer is selected from the group consisting of 3-aminopropyltrimethoxysilane, 3-aminopropyltriethoxysilane, triamino-functional propyltrimethoxysilane, 2-aminoethyl-3-aminopropyltrimethoxysilane, bis(3-triethoxysilylpropyl)amine, diamino/alkyl-functional siloxane, cationic benzylamino-functional silane, cationic vinylbenzylamino-functional silane, 2-aminoethyl-3-aminopropylmethyldimethoxysilane, 3-aminopropylmethyldiethoxysilane, 3-ureidopropyltriethoxysilane, and combinations thereof; or (b) the aminosilane monomer contains an amino group selected from the group consisting of dioctylamino, octylamino, dodecylamino, hexylamino, pyridyl, oleylamino, and combinations thereof. applying the antimicrobial agent including the antimicrobial polyaminosilane to the article or the hygiene product, wherein the antimicrobial polyaminosilane is prepared by subjecting only an aminosilane monomer to a hydrolysis and condensation reaction so that the repeating units of the antimicrobial polyaminosilane contain only aminosilane, and is free of halide ions; and wherein: (a) the aminosilane monomer is selected from the group consisting of 3-aminopropyltrimethoxysilane, 3-aminopropyltriethoxysilane, triamino-functional propyltrimethoxysilane, 2-aminoethyl-3-aminopropyltrimethoxysilane, bis(3-triethoxysilylpropyl)amine, diamino/alkyl-functional siloxane, cationic benzylamino-functional silane, cationic vinylbenzylamino-functional silane, 2-aminoethyl-3-aminopropylmethyldimethoxysilane, 3-aminopropylmethyldiethoxysilane, 3-ureidopropyltriethoxysilane, and combinations thereof; or (b) the aminosilane monomer contains an amino group selected from the group consisting of dioctylamino, octylamino, dodecylamino, hexylamino, pyridyl, oleylamino, and combinations thereof. (a) the aminosilane monomer is selected from the group consisting of 3-aminopropyltrimethoxysilane, 3-aminopropyltriethoxysilane, triamino-functional propyltrimethoxysilane, 2-aminoethyl-3-aminopropyltrimethoxysilane, bis(3-triethoxysilylpropyl)amine, diamino/alkyl-functional siloxane, cationic benzylamino-functional silane, cationic vinylbenzylamino-functional silane, 2-aminoethyl-3-aminopropylmethyldimethoxysilane, 3-aminopropylmethyldiethoxysilane, 3-ureidopropyltriethoxysilane, and combinations thereof; or (b) the aminosilane monomer contains an amino group selected from the group consisting of dioctylamino, octylamino, dodecylamino, hexylamino, pyridyl, oleylamino, and combinations thereof.
A computer implemented method of computerized processing in a data processing system of data for exploration and production of hydrocarbons, the data processing system including at least one master node established as a publisher of data with an established quality of service standard profile, a plurality of processor nodes established as subscribers to receive data from the publisher master node, and a data memory, the method comprising the computer processing steps of: (a) transmitting from the publisher master node to the subscriber processor nodes the data as topics for processing by subscriber processor nodes; (b) transmitting the established quality of service standard profile from the publisher master node to the subscriber processor nodes; (c) processing the transmitted data in the subscriber processor nodes; (d) determining whether the processed data at the subscriber processor nodes complies with the transmitted established quality of service standard profile from the publisher master node; and (e) if so, transmitting the processed data which complies with the transmitted established quality of service standard profile from the subscriber processor nodes to the publisher master node; and (f) if not, inhibiting transfer of the processed data which does not comply with the transmitted established quality of service standard profile; (g) assembling in the data memory of the data processing system the processed data transmitted from the subscriber processor nodes. (a) transmitting from the publisher master node to the subscriber processor nodes the data as topics for processing by subscriber processor nodes; (b) transmitting the established quality of service standard profile from the publisher master node to the subscriber processor nodes; (c) processing the transmitted data in the subscriber processor nodes; (d) determining whether the processed data at the subscriber processor nodes complies with the transmitted established quality of service standard profile from the publisher master node; and (e) if so, transmitting the processed data which complies with the transmitted established quality of service standard profile from the subscriber processor nodes to the publisher master node; and (f) if not, inhibiting transfer of the processed data which does not comply with the transmitted established quality of service standard profile; (g) assembling in the data memory of the data processing system the processed data transmitted from the subscriber processor nodes.
A method for transmitting a signal in a wireless communication system, the method comprising: differentiating a data stream into an enhancement layer and a base layer; channel coding each of the enhancement layer and the base layer; precoding the enhancement layer using a Walsh-Hadamard matrix in a frequency domain; and precoding the base layer using an identity matrix in the frequency domain, wherein the enhancement layer is modulated using a rotated quadrature phase shift keying, QPSK, modulation scheme, and wherein the base layer is modulated using a QPSK modulation scheme. differentiating a data stream into an enhancement layer and a base layer; channel coding each of the enhancement layer and the base layer; precoding the enhancement layer using a Walsh-Hadamard matrix in a frequency domain; and precoding the base layer using an identity matrix in the frequency domain, wherein the enhancement layer is modulated using a rotated quadrature phase shift keying, QPSK, modulation scheme, and wherein the base layer is modulated using a QPSK modulation scheme.
A construction machine comprising: a lower traveling body; an upper turning body turnably mounted on the lower traveling body; an attachment attached to the upper turning body, the attachment including a boom, an arm, and a bucket; a detecting part configured to detect a predetermined object present within a predetermined area around the construction machine; a restricting part configured to impose a motion restriction on the construction machine by decreasing a flow rate of hydraulic oil supplied to a hydraulic actuator of the construction machine, in response to detection of the object present within the predetermined area by the detecting part; and a restriction degree controlling part configured to relax or cancel the motion restriction by increasing the flow rate, in response to a predetermined operation for relaxing or canceling the motion restriction being performed in a cabin of the construction machine or in response to the object being no longer detected within the predetermined area by the detecting part, after a start of the motion restriction by the restricting part, characterized in that the restriction degree controlling part is configured to relax or cancel the motion restriction with respect to only one or some operating elements among a plurality of operating elements of the construction machine, or to relax or cancel the motion restriction in a manner different for each of the plurality of operating elements, in response to the predetermined operation being performed after the start of the motion restriction by the restricting part. an upper turning body turnably mounted on the lower traveling body; an attachment attached to the upper turning body, the attachment including a boom, an arm, and a bucket; a detecting part configured to detect a predetermined object present within a predetermined area around the construction machine; a restricting part configured to impose a motion restriction on the construction machine by decreasing a flow rate of hydraulic oil supplied to a hydraulic actuator of the construction machine, in response to detection of the object present within the predetermined area by the detecting part; and a restriction degree controlling part configured to relax or cancel the motion restriction by increasing the flow rate, in response to a predetermined operation for relaxing or canceling the motion restriction being performed in a cabin of the construction machine or in response to the object being no longer detected within the predetermined area by the detecting part, after a start of the motion restriction by the restricting part, characterized in that the restriction degree controlling part is configured to relax or cancel the motion restriction with respect to only one or some operating elements among a plurality of operating elements of the construction machine, or to relax or cancel the motion restriction in a manner different for each of the plurality of operating elements, in response to the predetermined operation being performed after the start of the motion restriction by the restricting part.
Cabinet-like household appliance having a housing (1, 2) which encloses a storage compartment and comprises a support protruding into the storage compartment and having a compartment floor supported by the support, wherein a resilient tongue is attached to the compartment floor as a locking element and is displaceable between a locked position in which it retains the compartment floor fixed to the support by a positive connection and a loose position, in which it allows displacement of the compartment floor in at least one degree of freedom, wherein the compartment floor comprises a plate and a rail fastened to one edge of the plate, to which an immovable hook (26, 28), which engages underneath the support, and the resilient tongue are attached, wherein the movable locking element and the immovable hook (26, 28) oppose vertical flanks (25; 27) of the support which oppose one another and wherein, in the locked position, the movable locking element opposes a vertical flank of the support and in the loose position the movable locking element is displaced toward the vertical flank, and wherein the resilient tongue oriented in the depth direction is connected in one piece at its rear end to the body of the rail, and wherein adjacent to its front end an actuating tab of the resilient tongue protrudes over a side surface of the rail into the inside of the storage compartment and wherein the resilient tongue is able to be displaced upward in the loose position by pressing against the actuating tab.
An apparatus (400, 110) comprising: - a receiver configured to receive at least the following wireless messages: an initial message from a master base station, at least one response message from each of at least two non-master base stations and a data message from the master base station, the initial message comprising a timestamp indicating a time of transmission of the initial message, and - at least one processing core configured to determine: ▪ based on the received wireless messages, for the master base station and each non-master base station, a time difference of arrival from the apparatus, and ▪ based at least partly on the determined time difference of arrival, a location of the apparatus, characterized by the apparatus being configured to determine the location further based on a ratio, obtained from the data message separately for each specific non-master base station, between a first time delay and a second time delay, the first time delay elapsing between transmission of the initial message from the master base station and its receipt in the specific non-master base station and the second time delay elapsing between the transmission of the initial message from the master base station and transmission of the data message from the master base station. - a receiver configured to receive at least the following wireless messages: an initial message from a master base station, at least one response message from each of at least two non-master base stations and a data message from the master base station, the initial message comprising a timestamp indicating a time of transmission of the initial message, and - at least one processing core configured to determine: ▪ based on the received wireless messages, for the master base station and each non-master base station, a time difference of arrival from the apparatus, and ▪ based at least partly on the determined time difference of arrival, a location of the apparatus, ▪ based on the received wireless messages, for the master base station and each non-master base station, a time difference of arrival from the apparatus, and ▪ based at least partly on the determined time difference of arrival, a location of the apparatus,
Encapsulation device (100; 201; 300) for a sensor (240; 440), in particular for operating a sensor (240; 440) in an explosive atmosphere, comprising: - a protective housing (110; 210; 310) having at least one gas-permeable wall region that allows gas exchange between an interior of the encapsulation device (100; 201; 300) and an environment of the encapsulation device through the gas-permeable wall region, - an extinguishing volume (120; 220; 320) filled with a filling material, said extinguishing volume being arranged along an inner side of the protective housing (110; 210; 310) and at least partly surrounding a receiving space (130; 230; 330) of the encapsulation device (100; 201; 300), said receiving space being provided for receiving a sensor (240; 440), and - a gas-permeable filter element (122; 222; 322), which is arranged between the extinguishing volume (120; 220; 320) and the receiving space (130; 230; 330) and delimits the extinguishing volume (120; 220; 320) with respect to the receiving space (130; 230; 330). - a protective housing (110; 210; 310) having at least one gas-permeable wall region that allows gas exchange between an interior of the encapsulation device (100; 201; 300) and an environment of the encapsulation device through the gas-permeable wall region, - an extinguishing volume (120; 220; 320) filled with a filling material, said extinguishing volume being arranged along an inner side of the protective housing (110; 210; 310) and at least partly surrounding a receiving space (130; 230; 330) of the encapsulation device (100; 201; 300), said receiving space being provided for receiving a sensor (240; 440), and - a gas-permeable filter element (122; 222; 322), which is arranged between the extinguishing volume (120; 220; 320) and the receiving space (130; 230; 330) and delimits the extinguishing volume (120; 220; 320) with respect to the receiving space (130; 230; 330).
A cutting assembly for a rock excavation machine, the rock excavation machine including a frame, the cutting assembly comprising: a boom including a first end supported on the frame and a second end, the boom including a first portion adjacent the first end and a second portion adjacent the second end, the second portion supported for movement relative to the first end by a telescopic coupling and pivotable relative to the first portion about an axis, the second portion including a first member and a second member, the first member directly coupled to the first portion, the second member pivotably coupled to the first member and positioned adjacent the second end, the boom further including at least one fluid actuator for pivoting the first member relative to the first portion, the fluid actuator positioned within the telescoping coupling, the boom further including at least one biasing member coupled between the first member and the second member; and a cutting device supported on the second end of the boom. a boom including a first end supported on the frame and a second end, the boom including a first portion adjacent the first end and a second portion adjacent the second end, the second portion supported for movement relative to the first end by a telescopic coupling and pivotable relative to the first portion about an axis, the second portion including a first member and a second member, the first member directly coupled to the first portion, the second member pivotably coupled to the first member and positioned adjacent the second end, the boom further including at least one fluid actuator for pivoting the first member relative to the first portion, the fluid actuator positioned within the telescoping coupling, the boom further including at least one biasing member coupled between the first member and the second member; and a cutting device supported on the second end of the boom.
Elastic multilayer material comprising an elastic film layer having a thickness between 20 μm and 80 μm and at least one first non-elastic cover layer co-extruded with the elastic film layer and having a thickness between 1.5 μm and 12 μm, characterized in that the cover layer contains at least 20 wt.% of polylactide, wherein starting from an initial length after an elongation of at least 50% the elastic multilayer material exhibits a recovery by at least 25% in at least one direction of elongation.
A method for producing a microchannel, comprising the steps of: forming a layer of an uncured curable resin on a substrate; inserting into the curable resin a needle body that can inject a liquid; injecting a liquid in a tubular shape into the curable resin via the needle body while moving the needle body; extracting the needle body from the curable resin; and curing the curable resin to form a channel in a tubular region injected with the liquid. forming a layer of an uncured curable resin on a substrate; inserting into the curable resin a needle body that can inject a liquid; injecting a liquid in a tubular shape into the curable resin via the needle body while moving the needle body; extracting the needle body from the curable resin; and curing the curable resin to form a channel in a tubular region injected with the liquid.
A method for selecting an access network type, wherein the method comprises: determining, by a policy control function entity, that a quota of a first network does not meet a preset condition, wherein the first network is a network currently accessed by a terminal, wherein the quota of the first network refers to traffic that can be used by a user in a specified period in the first network, wherein that the quota of the first network does not meet the preset condition specifically means that traffic that can be used by the user in a specified period does not meet a user requirement; and sending (S302, S303), by the policy control function entity, an access network type corresponding to a second network to the terminal, wherein the access network type corresponding to the second network is used to instruct the terminal to redirect a session of the terminal to the second network, and the second network is a network other than the first network, wherein the method further comprises: obtaining, by the policy control function entity, location information of the terminal; and learning, by the policy control function entity based on the location information of the terminal, that the second network covers a current location of the terminal. determining, by a policy control function entity, that a quota of a first network does not meet a preset condition, wherein the first network is a network currently accessed by a terminal, wherein the quota of the first network refers to traffic that can be used by a user in a specified period in the first network, wherein that the quota of the first network does not meet the preset condition specifically means that traffic that can be used by the user in a specified period does not meet a user requirement; and sending (S302, S303), by the policy control function entity, an access network type corresponding to a second network to the terminal, wherein the access network type corresponding to the second network is used to instruct the terminal to redirect a session of the terminal to the second network, and the second network is a network other than the first network, wherein the method further comprises: obtaining, by the policy control function entity, location information of the terminal; and learning, by the policy control function entity based on the location information of the terminal, that the second network covers a current location of the terminal. obtaining, by the policy control function entity, location information of the terminal; and learning, by the policy control function entity based on the location information of the terminal, that the second network covers a current location of the terminal.
A method of voice identification enrollment, comprising: during a meeting in which two or more human speakers speak at different times, determining whether one or more conditions of a protocol for sampling meeting audio used to establish a voiceprint for a selected human speaker are satisfied, the one or more conditions including respective contributions to the meeting audio from one or more human speakers other than the selected human speaker being less than an audio magnitude threshold; in response to determining that the one or more conditions are satisfied, selecting a sample of meeting audio according to the protocol, the sample representing an utterance made by the selected human speaker; and establishing, based at least on the sample, the voiceprint of the selected human speaker. during a meeting in which two or more human speakers speak at different times, determining whether one or more conditions of a protocol for sampling meeting audio used to establish a voiceprint for a selected human speaker are satisfied, the one or more conditions including respective contributions to the meeting audio from one or more human speakers other than the selected human speaker being less than an audio magnitude threshold; in response to determining that the one or more conditions are satisfied, selecting a sample of meeting audio according to the protocol, the sample representing an utterance made by the selected human speaker; and establishing, based at least on the sample, the voiceprint of the selected human speaker.