mhurhangee/patent-ind-claim-en huggingface dataset:
Container suitable for cleaning of dosing valves of a dosing system, wherein the container is able to be mounted onto a dosing valve and comprises a container body and a container base , wherein the container has in its interior at least one nozzle which is let into the container base and through which the container can be charged with compressed air and/or through which a cleaning agent can be pumped into the container , wherein the nozzle is connected to a connecting element which is removable therefrom and which has both a compressedair connection and a connection for connection of a device by means of which a cleaning agent can be pumped into the container , the container has at least one outlet which is let into the container base , and the container has a container opening which is configured in such a way that at least the head of the dosing valve , said head containing the valve opening, is surrounded in a flush manner by the container when the container is mounted onto the dosing valve .
A self-lubricating composite material comprising: a woven matrix of semi-continuous thermoplastic fibers, wherein each semi-continuous thermoplastic fiber comprises a plurality of fibers spun together to form the semi-continuous thermoplastic fiber; discontinuous polymer fiber segments dispersed throughout the woven matrix; wherein each discontinuous polymer fiber segment has a length in the range of from 0.5 mm to 3.0 mm and an aspect ratio in the range of from 10 to 40; and a thermosetting resin in which the woven matrix is embedded. a woven matrix of semi-continuous thermoplastic fibers, wherein each semi-continuous thermoplastic fiber comprises a plurality of fibers spun together to form the semi-continuous thermoplastic fiber; discontinuous polymer fiber segments dispersed throughout the woven matrix; wherein each discontinuous polymer fiber segment has a length in the range of from 0.5 mm to 3.0 mm and an aspect ratio in the range of from 10 to 40; and a thermosetting resin in which the woven matrix is embedded.
Raiseable vehicle roof with a displaceable roof element and with a support device with which the roof element is supported displaceably on a frame surrounding a roof opening of a vehicle, so that the roof element covers the roof opening in a closing position and in an opening position is spaced at a distance, at least in areas, from the roof opening , characterised in that the support device comprises a raising device with at least one extendable push chain , which can be fixed between the frame and the roof element and displaces the roof element away from the frame during an extension movement of the push chain .
A method for processing content item operations, comprising: receiving, by a data processing system , from a computing device , a content item communication, the content item communication including a first content item device identifier and an attestation token including a public key associated with the computing device, an attestation token time stamp , a message payload , and a digital signature ; verifying, by the data processing system, the digital signature using the public key, the time stamp, and the message payload; generating, by the data processing system, a second content item device identifier based on a crypto-hash of the public key; determining, by the data processing system, that the second content item device identifier matches the first content item device identifier; and processing, by the data processing system, responsive to verifying the digital signature and responsive to determining that the second content item device identifier matches the first content item device identifier, the content item communication based on the message payload. receiving, by a data processing system , from a computing device , a content item communication, the content item communication including a first content item device identifier and an attestation token including a public key associated with the computing device, an attestation token time stamp , a message payload , and a digital signature ; verifying, by the data processing system, the digital signature using the public key, the time stamp, and the message payload; generating, by the data processing system, a second content item device identifier based on a crypto-hash of the public key; determining, by the data processing system, that the second content item device identifier matches the first content item device identifier; and processing, by the data processing system, responsive to verifying the digital signature and responsive to determining that the second content item device identifier matches the first content item device identifier, the content item communication based on the message payload.
An apparatus in a plurality of apparatuses participating in multi-party computation, the apparatus implementing a protocol to perform zero-knowledge proof in secret-distribution-based multi-party computation, the apparatus comprising: an acquisition unit that acquires a share of data related to a matter to be certified; a first output unit that outputs an output share (ii) of an evidence (τ) obtained as a result of performing calculation of proposition function by the multi-party computation using the acquired share as an input so that reconstruction is performed to obtain the evidence (τ) using the output shares of the evidence collected from the plurality of apparatuses participating in the multi-party computation; and a second output unit that outputs an output share (ni) of a proof obtained as a result of performing calculation according to the protocol using the acquired share as an input in a case where a proof by the zero-knowledge proof is requested from a verifier terminal in addition to the output share of the evidence, wherein verification in the zero-knowledge proof is performed by performing reconstruction to obtain the proof (π) using the output shares of the proof collected from the plurality of apparatuses participating in the multi-party computation. an acquisition unit that acquires a share of data related to a matter to be certified; a first output unit that outputs an output share (ii) of an evidence (τ) obtained as a result of performing calculation of proposition function by the multi-party computation using the acquired share as an input so that reconstruction is performed to obtain the evidence (τ) using the output shares of the evidence collected from the plurality of apparatuses participating in the multi-party computation; and a second output unit that outputs an output share (ni) of a proof obtained as a result of performing calculation according to the protocol using the acquired share as an input in a case where a proof by the zero-knowledge proof is requested from a verifier terminal in addition to the output share of the evidence, wherein verification in the zero-knowledge proof is performed by performing reconstruction to obtain the proof (π) using the output shares of the proof collected from the plurality of apparatuses participating in the multi-party computation.
A spring loaded retractable device comprising: - a frame , - a movable part hinged to the frame and comprising an opening radially aligned to a first pin , wherein a strap is movable through the opening , and - wherein the movable part is configured to move from a first position into a second position by rotating around an axis of rotation due to friction between the movable part and the moving strap , characterized in that - the opening is arranged at a distance from the axis of rotation of the movable part , - the axis of rotation is formed by the first pin , wherein the first pin is fixedly connected to the frame . - a frame , - a movable part hinged to the frame and comprising an opening radially aligned to a first pin , wherein a strap is movable through the opening , and - wherein the movable part is configured to move from a first position into a second position by rotating around an axis of rotation due to friction between the movable part and the moving strap , - the opening is arranged at a distance from the axis of rotation of the movable part , - the axis of rotation is formed by the first pin , wherein the first pin is fixedly connected to the frame .
The use of a combination of polyalkoxylated polyamine and polyacrylate in a weight ratio in the range from 3:1 to 1:3 in detergents or cleaners for improving the washing or cleaning performance against bleachable soils and against protein-containing soils.
A method for determining a networking mode supported by a cell, performed by a network device and characterized by comprising: when receiving SIB 1-related information sent by a terminal device, sending a connection setup request to a target cell; and when connection setup of the network device and the target cell fails, determining that the target cell supports standalone networking only; or receiving , from the target cell, a first message responding to the connection setup request, wherein the first message comprises second indication information, and the second indication information is used to indicate a networking mode supported by the target cell; and determining , according to the second indication information, the networking mode supported by the target cell. when receiving SIB 1-related information sent by a terminal device, sending a connection setup request to a target cell; and when connection setup of the network device and the target cell fails, determining that the target cell supports standalone networking only; or receiving , from the target cell, a first message responding to the connection setup request, wherein the first message comprises second indication information, and the second indication information is used to indicate a networking mode supported by the target cell; and determining , according to the second indication information, the networking mode supported by the target cell.
A level measuring device for determining mobility values of echoes of an echo curve and for carrying out a tracking method taking into account at least one of the mobility values, wherein a mobility value of an echo is a parameter for the movement of the echo, which is determined with consideration of simultaneously occurring movements or another change of at least one other echo, the level measuring device comprising: a calculation unit for determining a first mobility value of a first echo of a first echo curve taking into account a positional displacement of the first echo and a positional displacement of a further echo of the first echo curve, wherein the calculation unit is further configured to perform a tracking method for grouping echoes of temporally successive echo curves that are caused by identical reflection points; wherein the calculation unit assigns a second echo of a second echo curve detected after the first echo curve to a certain track, taking into account at least the first mobility value; wherein the assignment of the second echo to the certain track is done using an expectancy function, with which a probability for the correct assignment of the second echo to the certain track can be calculated; wherein a width or a variance of the expectancy function is reduced if the positional displacement of the first echo of the first echo curve is zero but the positional displacement of the further echo of the first echo curve is not zero; and wherein the width or variance of the expectancy function is increased if the positional displacement of the first echo of the first echo curve is not zero. a calculation unit for determining a first mobility value of a first echo of a first echo curve taking into account a positional displacement of the first echo and a positional displacement of a further echo of the first echo curve, wherein the calculation unit is further configured to perform a tracking method for grouping echoes of temporally successive echo curves that are caused by identical reflection points; wherein the calculation unit assigns a second echo of a second echo curve detected after the first echo curve to a certain track, taking into account at least the first mobility value; wherein the assignment of the second echo to the certain track is done using an expectancy function, with which a probability for the correct assignment of the second echo to the certain track can be calculated; wherein a width or a variance of the expectancy function is reduced if the positional displacement of the first echo of the first echo curve is zero but the positional displacement of the further echo of the first echo curve is not zero; and wherein the width or variance of the expectancy function is increased if the positional displacement of the first echo of the first echo curve is not zero.
A refrigeration system comprising: two or more compressors configured to compress a flow of refrigerant, the flow of refrigerant having oil entrained therein; a suction flow piping arrangement configured to supply a flow of refrigerant and oil to the two or more compressors , the suction flow piping arrangement comprising: a suction header configured to carry the flow of refrigerant and oil; a primary compressor supply conduit connected to the suction header, the primary compressor supply conduit configured to supply refrigerant and oil to a first compressor of the two or more compressors ; a secondary compressor supply conduit branching off from the suction header , the secondary compressor supply conduit configured to supply refrigerant to a second compressor of the two or more compressors ; the primary compressor supply conduit is configured to supply more oil to the first compressor than the secondary compressor supply conduit supplies to the second compressor characterized in that the suction header is disposed horizontally or pitched at an angle between zero and five degrees from horizontal, a pressure within the primary compressor supply conduit is greater than a pressure within the secondary compressor supply conduit . two or more compressors configured to compress a flow of refrigerant, the flow of refrigerant having oil entrained therein; a suction flow piping arrangement configured to supply a flow of refrigerant and oil to the two or more compressors , the suction flow piping arrangement comprising: a suction header configured to carry the flow of refrigerant and oil; a primary compressor supply conduit connected to the suction header, the primary compressor supply conduit configured to supply refrigerant and oil to a first compressor of the two or more compressors ; a secondary compressor supply conduit branching off from the suction header , the secondary compressor supply conduit configured to supply refrigerant to a second compressor of the two or more compressors ; the primary compressor supply conduit is configured to supply more oil to the first compressor than the secondary compressor supply conduit supplies to the second compressor a suction header configured to carry the flow of refrigerant and oil; a primary compressor supply conduit connected to the suction header, the primary compressor supply conduit configured to supply refrigerant and oil to a first compressor of the two or more compressors ; a secondary compressor supply conduit branching off from the suction header , the secondary compressor supply conduit configured to supply refrigerant to a second compressor of the two or more compressors ; the primary compressor supply conduit is configured to supply more oil to the first compressor than the secondary compressor supply conduit supplies to the second compressor characterized in that the suction header is disposed horizontally or pitched at an angle between zero and five degrees from horizontal, a pressure within the primary compressor supply conduit is greater than a pressure within the secondary compressor supply conduit .
A method for activating a voice assistant function in a mobile device, the method comprising: receiving an input sound stream by a sound sensor; determining a context of the mobile device, the determination comprising identifying the context of the mobile device based on the input sound stream; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device based on the input sound stream. receiving an input sound stream by a sound sensor; determining a context of the mobile device, the determination comprising identifying the context of the mobile device based on the input sound stream; adjusting a threshold for activating the voice assistant function based on the context; detecting a target keyword from the input sound stream based on the adjusted threshold; and activating the voice assistant function if the target keyword is detected; characterised in that adjusting the threshold comprises adjusting the threshold based on a likelihood of using the voice assistant function in the context of the mobile device based on the input sound stream.
A disposable wearing article, comprising: a perforated nonwoven fabric provided with a plurality of holes penetrating front and back surfaces at intervals; and a support sheet on which the perforated nonwoven fabric is bonded via a hot melt adhesive, wherein, in the perforated nonwoven fabric, a peripheral portion of the hole is a warped portion warped toward the support sheet side, at least a tip portion of the warped portion of the perforated nonwoven fabric has an adhesive portion bonded to the support sheet via the hot melt adhesive, and a portion of the perforated nonwoven fabric other than the adhesive portion is not adhered to the support sheet. wherein, in the perforated nonwoven fabric, a peripheral portion of the hole is a warped portion warped toward the support sheet side, at least a tip portion of the warped portion of the perforated nonwoven fabric has an adhesive portion bonded to the support sheet via the hot melt adhesive, and a portion of the perforated nonwoven fabric other than the adhesive portion is not adhered to the support sheet.
A tire, comprising a base tread comprising a base tread composition and a cap tread comprising a cap tread composition, the base tread composition comprising: an elastomer component; a silica; and at least one of a dicyclopentadiene-aromatic compound copolymer resin or a hydrogenated dicyclopentadiene resin, and the cap tread composition comprising: an elastomer component; a silica; and at least one of a dicyclopentadiene-aromatic compound copolymer resin or a hydrogenated dicyclopentadiene resin. the base tread composition comprising: an elastomer component; a silica; and at least one of a dicyclopentadiene-aromatic compound copolymer resin or a hydrogenated dicyclopentadiene resin, and an elastomer component; a silica; and at least one of a dicyclopentadiene-aromatic compound copolymer resin or a hydrogenated dicyclopentadiene resin, and the cap tread composition comprising: an elastomer component; a silica; and at least one of a dicyclopentadiene-aromatic compound copolymer resin or a hydrogenated dicyclopentadiene resin. an elastomer component; a silica; and at least one of a dicyclopentadiene-aromatic compound copolymer resin or a hydrogenated dicyclopentadiene resin.
Method for illuminating an illumination area , in particular an operation area, of an illumination device having at least two light modules , comprising the following steps: - emitting a light type that is characteristic of the light module and has a predefined amplitude by each light module , wherein each light module comprises an LED as a dedicated characteristic illuminant , which emits the characteristic light type, wherein the characteristic light type is generated by pulse width modulation, and wherein a characteristic light type should be understood to mean a type of light which can be assigned unambiguously to a light module, - detecting the amplitudes of all reflected characteristic light types, - comparing the detected amplitudes for each light module with the emitted amplitudes for each light module and/or with temporally preceding detected amplitudes for each light module , - altering the light intensity of at least one light module on the basis of comparing the detected amplitudes for each light module . - emitting a light type that is characteristic of the light module and has a predefined amplitude by each light module , wherein each light module comprises an LED as a dedicated characteristic illuminant , which emits the characteristic light type, wherein the characteristic light type is generated by pulse width modulation, and wherein a characteristic light type should be understood to mean a type of light which can be assigned unambiguously to a light module, - detecting the amplitudes of all reflected characteristic light types, - comparing the detected amplitudes for each light module with the emitted amplitudes for each light module and/or with temporally preceding detected amplitudes for each light module , - altering the light intensity of at least one light module on the basis of comparing the detected amplitudes for each light module .