mhurhangee/patent-ind-claim-en huggingface dataset:
An isolated protein selected from the group consisting of: (a) an isolated protein comprising an amino acid sequence of at least 30 contiguous amino acids from SEQ ID NO:2; and, (b) an isolated protein comprising a sequence of at least 50 contiguous amino acids, wherein the at least 50 contiguous amino acid sequence is at least 92% identical over its entire length to an at least 50 contiguous amino acid sequence from SEQ ID NO:2; wherein the isolated protein has at least one activity selected from the group consisting of eliciting an antibody that selectively binds a protein consisting of SEQ ID NO:2, activating expression of the JAK/STAT pathway, and inducing expression of at least one interferon-stimulated gene (ISG) selected from the group consisting of IFITM1, IFIT1 (IFI-56), IFIT3, MX1, OAS1, STAT1, OAS2, TLR3, EIF2AK2 (PKR), OAS3, PIK3C2A, IFIH1 (MDA5), DDX58 (RIG-1), CCL5 (RANTES), BRCA2, FANCB, BARD1, NBN, FANCM, RFC3, ZBP1, IFIT2 (IFI-54), ISG15, CXCL11 (IP-9), IL8 and FOS, wherein the isolated protein activates the JAK/STAT pathway. (a) an isolated protein comprising an amino acid sequence of at least 30 contiguous amino acids from SEQ ID NO:2; and, (b) an isolated protein comprising a sequence of at least 50 contiguous amino acids, wherein the at least 50 contiguous amino acid sequence is at least 92% identical over its entire length to an at least 50 contiguous amino acid sequence from SEQ ID NO:2; wherein the isolated protein has at least one activity selected from the group consisting of eliciting an antibody that selectively binds a protein consisting of SEQ ID NO:2, activating expression of the JAK/STAT pathway, and inducing expression of at least one interferon-stimulated gene (ISG) selected from the group consisting of IFITM1, IFIT1 (IFI-56), IFIT3, MX1, OAS1, STAT1, OAS2, TLR3, EIF2AK2 (PKR), OAS3, PIK3C2A, IFIH1 (MDA5), DDX58 (RIG-1), CCL5 (RANTES), BRCA2, FANCB, BARD1, NBN, FANCM, RFC3, ZBP1, IFIT2 (IFI-54), ISG15, CXCL11 (IP-9), IL8 and FOS,
Key module for a keyboard , the key module comprising: a key plunger , the key plunger having a coupling portion for coupling a key cap for the key module , the key plunger having at least one guide portion for guiding a translational actuating movement of the key plunger between a rest position and an actuating position, the key plunger having at least one plunger stop for limiting the actuating movement; a trigger element for triggering a switching signal of the key module in response to the actuation movement, the trigger element being attachable to the key plunger , wherein the trigger element is configured as a contactor for electrically short-circuiting contact surfaces of the circuit substrate of the keyboard , the contactor having an attachment portion by means of which the contactor is attachable to the key plunger of the keypad module , wherein the contactor is integrally formed; a module housing , the module housing being integrally formed, the module housing having at least one positioning protrusion for positioning the key module on a circuit substrate of the keyboard , the module housing being formed to movably receive the key plunger to permit actuating movement of the key plunger relative to the module housing , the module housing having at least one housing abutment for abutment against the at least one plunger abutment of the key plunger in the rest position of the key plunger ; and elastic means , the elastic means being configured to bias the key plunger into the rest position in an assembled state of the key module . a key plunger , the key plunger having a coupling portion for coupling a key cap for the key module , the key plunger having at least one guide portion for guiding a translational actuating movement of the key plunger between a rest position and an actuating position, the key plunger having at least one plunger stop for limiting the actuating movement; a trigger element for triggering a switching signal of the key module in response to the actuation movement, the trigger element being attachable to the key plunger , wherein the trigger element is configured as a contactor for electrically short-circuiting contact surfaces of the circuit substrate of the keyboard , the contactor having an attachment portion by means of which the contactor is attachable to the key plunger of the keypad module , wherein the contactor is integrally formed; a module housing , the module housing being integrally formed, the module housing having at least one positioning protrusion for positioning the key module on a circuit substrate of the keyboard , the module housing being formed to movably receive the key plunger to permit actuating movement of the key plunger relative to the module housing , the module housing having at least one housing abutment for abutment against the at least one plunger abutment of the key plunger in the rest position of the key plunger ; and elastic means , the elastic means being configured to bias the key plunger into the rest position in an assembled state of the key module .
An actinic ray-sensitive or radiation-sensitive resin composition comprising: (A) a resin having a polarity that increases by an action of an acid; (B) a photoacid generator; (P) an amine oxide; and (D) an acid diffusion control agent, provided that acid diffusion control agents corresponding to the amine oxide are excluded, wherein a content of the amine oxide (P) is from 0.01 ppm to 10 ppm with respect to a total mass of the actinic ray-sensitive or radiation-sensitive resin composition, and a mass ratio of the acid diffusion control agent (D) to the amine oxide (P), represented by the following expression, is more than 1 and 10,000 or less, Mass ratio = (Content of acid diffusion control agent (D))/(Content of amine oxide (P)) . (A) a resin having a polarity that increases by an action of an acid; (B) a photoacid generator; (P) an amine oxide; and (D) an acid diffusion control agent, provided that acid diffusion control agents corresponding to the amine oxide are excluded, wherein a content of the amine oxide (P) is from 0.01 ppm to 10 ppm with respect to a total mass of the actinic ray-sensitive or radiation-sensitive resin composition, and a mass ratio of the acid diffusion control agent (D) to the amine oxide (P), represented by the following expression, is more than 1 and 10,000 or less, Mass ratio = (Content of acid diffusion control agent (D))/(Content of amine oxide (P)) .
A system for measuring the filling level of a silo for storing and mixing at least one bulk material, the silo being provided with a plurality of support legs on the ground, the system comprising: - a single deformation sensor provided to be attached to a single support leg of the silo so that the deformation sensor can detect the deformations of the support leg in response to the introduction or extraction of the bulk material, the deformation sensor being provided to convert the detected deformations into deformation values, and comprising an electronic circuit in order to generate at least one measurement signal which comprises the deformation values and to generate at least one auxiliary signal which is associated with the measurement signal and which comprises a timestamp of the deformation values, - a first wireless communication means provided to transmit the measurement signal and the auxiliary signal, and - a remote server which comprises a second wireless communication means and a processor, the second wireless communication means being provided to receive the measurement signal and the auxiliary signal, the processor being provided to effect digital processing of the measurement signal and the auxiliary signal so as to obtain an estimate of the filling level of the silo from a mathematical law which links the filling rate of the silo and the variation of the deformation values contained within the measurement signal, said mathematical law being determined from a plurality of measurement signals and auxiliary signals. - a single deformation sensor provided to be attached to a single support leg of the silo so that the deformation sensor can detect the deformations of the support leg in response to the introduction or extraction of the bulk material, the deformation sensor being provided to convert the detected deformations into deformation values, and comprising an electronic circuit in order to generate at least one measurement signal which comprises the deformation values and to generate at least one auxiliary signal which is associated with the measurement signal and which comprises a timestamp of the deformation values, - a first wireless communication means provided to transmit the measurement signal and the auxiliary signal, and - a remote server which comprises a second wireless communication means and a processor, the second wireless communication means being provided to receive the measurement signal and the auxiliary signal, the processor being provided to effect digital processing of the measurement signal and the auxiliary signal so as to obtain an estimate of the filling level of the silo from a mathematical law which links the filling rate of the silo and the variation of the deformation values contained within the measurement signal, said mathematical law being determined from a plurality of measurement signals and auxiliary signals.
A steel chisel , comprising: an elongate shank having a longitudinal axis , and a working end region , characterised in that the steel of the shank is selected from the group consisting of: 1.6582 34CrNiMo6; and 1.2249 45SiCrV6 and has a microstructure comprising bainite, and the steel of the working end region is selected from the group consisting of: S7; 1.2357 50CrMoV 13-14; 1.2542 45WCrV7; and 1.2362 X63CrMoV 5-1 and has a microstructure comprising martensite. an elongate shank having a longitudinal axis , and a working end region , characterised in that the steel of the shank is selected from the group consisting of: 1.6582 34CrNiMo6; and 1.2249 45SiCrV6 and has a microstructure comprising bainite, and the steel of the working end region is selected from the group consisting of: S7; 1.2357 50CrMoV 13-14; 1.2542 45WCrV7; and 1.2362 X63CrMoV 5-1 and has a microstructure comprising martensite.
A method of producing a three-dimensionally shaped object by selective laser sintering, the method comprising: a step of equipping an additive manufacturing apparatus with a plate (S4); a step of forming a sintered support portion by depositing raw material powder on the plate and radiating light (S5); a step of forming a three-dimensionally shaped object by depositing raw material powder on the support portion and radiating light (S6); and a step of separating the three-dimensionally shaped object from the support portion (S9), wherein, in the step of forming the support portion (S5), a low-density support portion and a high-density support portion are formed, the low-density support portion having a lower density than a three-dimensionally shaped portion formed in the step of forming the three-dimensionally shaped object (S6), the high-density support portion having a higher density than the low-density support portion ; characterized in that the low-density support portion is formed in contact with the most part of a bottom surface of the three-dimensionally shaped portion . a step of equipping an additive manufacturing apparatus with a plate (S4); a step of forming a sintered support portion by depositing raw material powder on the plate and radiating light (S5); a step of forming a three-dimensionally shaped object by depositing raw material powder on the support portion and radiating light (S6); and a step of separating the three-dimensionally shaped object from the support portion (S9), wherein, in the step of forming the support portion (S5), a low-density support portion and a high-density support portion are formed, the low-density support portion having a lower density than a three-dimensionally shaped portion formed in the step of forming the three-dimensionally shaped object (S6), the high-density support portion having a higher density than the low-density support portion ; characterized in that the low-density support portion is formed in contact with the most part of a bottom surface of the three-dimensionally shaped portion .
A data transfer method for a chat system adapted to transfer chat data transmitted from a user device to another device via a network, wherein when the chat data transmitted from the user device is detected to include a content related to personal information, a predetermined filtering process is performed on the chat data, the data transfer method is characterized in that the chat system includes a chat server that transmits and receives chat data to and from the user device , and a bot that autonomously generates chat data transmitted to the user device based on the chat data transmitted from the user device and transferred by the chat server , and the filtering process is performed before the bot receives the chat data transmitted from the user device , wherein the chat system includes a plurality of bots that autonomously generate chat data of different types, and the chat data including the content related to personal information is transferred to the bot , of the plurality of bots , for which transfer of the content related to personal information is permitted. when the chat data transmitted from the user device is detected to include a content related to personal information, a predetermined filtering process is performed on the chat data, the data transfer method is characterized in that the chat system includes a chat server that transmits and receives chat data to and from the user device , and a bot that autonomously generates chat data transmitted to the user device based on the chat data transmitted from the user device and transferred by the chat server , and the filtering process is performed before the bot receives the chat data transmitted from the user device , wherein the chat system includes a plurality of bots that autonomously generate chat data of different types, and the chat data including the content related to personal information is transferred to the bot , of the plurality of bots , for which transfer of the content related to personal information is permitted.
A battery cooling device for an electric vehicle comprising a battery that is for driving the electric vehicle, a cooling member that has in an interior thereof a cooling medium passage , a cooling medium supply piping that supplies cooling medium to the cooling member , and a cooling medium discharge piping that discharges cooling medium from the cooling member , wherein the cooling medium supply piping and the cooling medium discharge piping are disposed in a fore-and-aft direction in a middle part in a vehicle width direction of a vehicle body, a plurality of cooling members as said cooling member extend toward opposite sides in the vehicle width direction from the cooling medium supply piping and the cooling medium discharge piping , and the cooling medium passage returns in an outer end part in the vehicle width direction of the cooling member , characterized in that two of the cooling members , which extend toward opposite sides in the vehicle width direction from the middle part in the vehicle width direction, are formed as a unit, and the two cooling members comprise a common cooling medium inlet and a common cooling medium outlet .
A method for operating a user equipment , UE, according to semi-persistent scheduling, SPS, in a wireless communication system, the method comprising: receiving (S310) downlink control information, DCI, instructing activation or release of uplink SPS from a base station; and decoding the DCI based on a first radio network temporary identifier, RNTI, or a second RNTI, wherein, based on the DCI being a first DCI for SPS to transmit a signal to the base station, the DCI is decoded based on the first RNTI, wherein, based on the DCI being a second DCI for SPS to transmit a vehicle-to-everything, V2X, signal, the DCI is decoded (S320) based on the second RNTI different from the first RNTI, wherein both the first DCI and the second DCI comprise a respective field, wherein, in the first DCI, the field is interpreted as a demodulation-reference signal, DM-RS, cyclic shift field informing a cyclic shift value of a DM-RS, and wherein, in the second DCI, the field is interpreted as uplink SPS configuration index field informing an index of an uplink SPS configuration. receiving (S310) downlink control information, DCI, instructing activation or release of uplink SPS from a base station; and decoding the DCI based on a first radio network temporary identifier, RNTI, or a second RNTI, wherein, based on the DCI being a first DCI for SPS to transmit a signal to the base station, the DCI is decoded based on the first RNTI, wherein, based on the DCI being a second DCI for SPS to transmit a vehicle-to-everything, V2X, signal, the DCI is decoded (S320) based on the second RNTI different from the first RNTI, wherein both the first DCI and the second DCI comprise a respective field, wherein, in the first DCI, the field is interpreted as a demodulation-reference signal, DM-RS, cyclic shift field informing a cyclic shift value of a DM-RS, and wherein, in the second DCI, the field is interpreted as uplink SPS configuration index field informing an index of an uplink SPS configuration.
A method for dispensing a powder and/or granular material by a dispensing apparatus , in which method - material is dispensed from at least two dispensing containers of the dispensing apparatus into a transfer apparatus functioning as a pneumatic conveyor comprising a transfer pipe and a source of negative pressure, - each dispensing container is maintained at ambient pressure by a direct flow connection with the ambient air, - the mass flow of the material dispensed from each one of the at least two dispensing containers is defined independently by means of at least one apparatus indicating the mass of the material in each one of the at least two dispensing containers , characterized in that - the material is dispensed simultaneously from each one of the at least two dispensing containers into a gas flow in the transfer pipe of a pneumatic conveyor , in lower pressure than in the dispensing container , at consecutive locations in the transfer pipe , and - the material is dispensed into the pneumatic conveyor using a dispensing and sealing device which minimizes transmission of the negative pressure effect of the pneumatic conveyor on the dispensing container arranged in a direct connection with the ambient air. - material is dispensed from at least two dispensing containers of the dispensing apparatus into a transfer apparatus functioning as a pneumatic conveyor comprising a transfer pipe and a source of negative pressure, - each dispensing container is maintained at ambient pressure by a direct flow connection with the ambient air, - the mass flow of the material dispensed from each one of the at least two dispensing containers is defined independently by means of at least one apparatus indicating the mass of the material in each one of the at least two dispensing containers , - the material is dispensed simultaneously from each one of the at least two dispensing containers into a gas flow in the transfer pipe of a pneumatic conveyor , in lower pressure than in the dispensing container , at consecutive locations in the transfer pipe , and - the material is dispensed into the pneumatic conveyor using a dispensing and sealing device which minimizes transmission of the negative pressure effect of the pneumatic conveyor on the dispensing container arranged in a direct connection with the ambient air.
A photoacoustic spectroscope for analyzing gas, comprising - a modulatable infrared emitter, - an analysis volume that can be filled with gas, and - a sound pressure detector, wherein the infrared emitter, the analysis volume , and the sound pressure detector are arranged such that the infrared radiation modulatably emittable from the infrared emitter can excite gas in the analysis volume to form sound pressure waves which can be measured using the sound pressure detector, wherein the sound pressure detector comprises a structure capable of vibrating, an actuator, and a measuring unit, wherein the actuator is configured to actively excite vibration of the structure capable of vibrating and the measuring unit is configured for measuring the vibration properties of the structure capable of vibrating, which measurement depends on the formation of the sound pressure waves, characterized in that the modulation frequency of the infrared emitter is preferably between 1 Hz and 200 Hz, while the excitation frequency of the structure capable of vibrating is between 1 kHz and 200 kHz. - a modulatable infrared emitter, - an analysis volume that can be filled with gas, and - a sound pressure detector, wherein the infrared emitter, the analysis volume , and the sound pressure detector are arranged such that the infrared radiation modulatably emittable from the infrared emitter can excite gas in the analysis volume to form sound pressure waves which can be measured using the sound pressure detector, wherein the sound pressure detector comprises a structure capable of vibrating, an actuator, and a measuring unit, wherein the actuator is configured to actively excite vibration of the structure capable of vibrating and the measuring unit is configured for measuring the vibration properties of the structure capable of vibrating, which measurement depends on the formation of the sound pressure waves, characterized in that the modulation frequency of the infrared emitter is preferably between 1 Hz and 200 Hz, while the excitation frequency of the structure capable of vibrating is between 1 kHz and 200 kHz.
A drive sprocket for driving a track of a tracked vehicle, said drive sprocket comprising: an interior ring , an exterior ring , and an intermediate ring situated between said interior ring and said exterior ring ; said interior ring , said exterior ring , and said intermediate ring are oriented in a substantially spaced-apart manner and are parallel with one another, each of said rings having an outer peripheral surface ; and a plurality of rods attached to said exterior ring , intermediate ring and exterior ring , adjacent to said outer peripheral surface thereof, characterized in that at least one of said interior ring , said exterior ring , and said intermediate ring has a substantially "U" or "J" shape, wherein an inner guide ring , an outer guide ring , and a base ring of said at least one of the interior ring , exterior ring and intermediate ring form said substantially "U" or "J" shape, wherein said base ring is located between said inner guide ring and said outer guide ring and defines the respective outer peripheral surface . an interior ring , an exterior ring , and an intermediate ring situated between said interior ring and said exterior ring ; said interior ring , said exterior ring , and said intermediate ring are oriented in a substantially spaced-apart manner and are parallel with one another, each of said rings having an outer peripheral surface ; and a plurality of rods attached to said exterior ring , intermediate ring and exterior ring , adjacent to said outer peripheral surface thereof, characterized in that at least one of said interior ring , said exterior ring , and said intermediate ring has a substantially "U" or "J" shape, wherein an inner guide ring , an outer guide ring , and a base ring of said at least one of the interior ring , exterior ring and intermediate ring form said substantially "U" or "J" shape, wherein said base ring is located between said inner guide ring and said outer guide ring and defines the respective outer peripheral surface .