mhurhangee/patent-ind-claim-en huggingface dataset:
A method, performed by an apparatus (NN1), said method comprising: determining at least one V2X message (M, M#1, M#2, M#3, M#4, M#5) comprising at least one data container (DSC) comprising at least one environment image (I; I#1) representing a part (E#1) of an environment in at least one spatial dimension at one point in time; determining a trigger to incorporate information (P#1) associated with at least one sensor (S1), from which the at least one environment image (I, I#1) originates, as part of a further data container (SIC) of the V2X message (M, M#1, M#2, M#3, M#4, M#5), wherein the information (P#1) associated with at least one sensor (S1) is descriptive information about the sensory properties of the at least one sensor (S1), wherein the determination of the trigger to incorporate the information (P#1) comprises determining a change in a sensor state, wherein the sensor state comprises a quality indicator indicating a quality of the at least one environment image (I, I#1) or an accuracy indicator indicating the accuracy of the at least one environment image (I, I#1); if the trigger is determined , incorporating the further data container (SIC) in the at least one V2X message (M, M#1, M#2, M#3, M#4, M#5), wherein the further data container (SIC) comprises the information (P#1) associated with the at least one sensor (S1); and wireless transmitting the at least one V2X message (M, M#1, M#2, M#3, M#4, M#5). determining at least one V2X message (M, M#1, M#2, M#3, M#4, M#5) comprising at least one data container (DSC) comprising at least one environment image (I; I#1) representing a part (E#1) of an environment in at least one spatial dimension at one point in time; determining a trigger to incorporate information (P#1) associated with at least one sensor (S1), from which the at least one environment image (I, I#1) originates, as part of a further data container (SIC) of the V2X message (M, M#1, M#2, M#3, M#4, M#5), wherein the information (P#1) associated with at least one sensor (S1) is descriptive information about the sensory properties of the at least one sensor (S1), wherein the determination of the trigger to incorporate the information (P#1) comprises determining a change in a sensor state, wherein the sensor state comprises a quality indicator indicating a quality of the at least one environment image (I, I#1) or an accuracy indicator indicating the accuracy of the at least one environment image (I, I#1); if the trigger is determined , incorporating the further data container (SIC) in the at least one V2X message (M, M#1, M#2, M#3, M#4, M#5), wherein the further data container (SIC) comprises the information (P#1) associated with the at least one sensor (S1); and wireless transmitting the at least one V2X message (M, M#1, M#2, M#3, M#4, M#5).
A method of determining core orientation of a core sample cut from the ground by a drill rig having a drill string and a drill bit coupled to a downhole end of the drill string, the method comprising: continuously acquiring drilling data, while the drill rig is operating to acquire the core sample wherein the drilling data is a combination of core orientation data and rig operational data, wherein the rig operational data is constituted by either one or both of: (a) near bit rig data; and, (b) at surface rig data; and analyzing the drilling data for a specific pattern of rig operational data indicative of the core sample being broken from ground by operation of the drill rig and on detection of the specific pattern determining orientation of the core sample prior to being broken from the ground using the acquired core orientation data. continuously acquiring drilling data, while the drill rig is operating to acquire the core sample wherein the drilling data is a combination of core orientation data and rig operational data, wherein the rig operational data is constituted by either one or both of: (a) near bit rig data; and, (b) at surface rig data; and analyzing the drilling data for a specific pattern of rig operational data indicative of the core sample being broken from ground by operation of the drill rig and on detection of the specific pattern determining orientation of the core sample prior to being broken from the ground using the acquired core orientation data.
A charger for aeronautical maintenance equipment , said charger comprising: - at least one so-called "high-frequency" input electrical connector comprising a plurality of power pins configured to receive a three-phase alternating voltage delivered by an external power supply source at a frequency of 400 Hz, and two detection pins , - a so-called "high-frequency" charging module , connected to said at least one high-frequency input electrical connector and intended to be connected to an electrical energy storage module of said aeronautical maintenance equipment , said high-frequency charging module being configured to convert the alternating voltage received on the plurality of power pins of the high-frequency input electrical connector in a direct voltage allowing said storage module to be charged, - a control module configured to generate a detection voltage between the detection pins of the high-frequency input electrical connector allowing the external power supply source , when the latter detects said detection voltage, to authorise provision of the alternating voltage to the plurality of power pins of the high-frequency input electrical connector . - at least one so-called "high-frequency" input electrical connector comprising a plurality of power pins configured to receive a three-phase alternating voltage delivered by an external power supply source at a frequency of 400 Hz, and two detection pins , - a so-called "high-frequency" charging module , connected to said at least one high-frequency input electrical connector and intended to be connected to an electrical energy storage module of said aeronautical maintenance equipment , said high-frequency charging module being configured to convert the alternating voltage received on the plurality of power pins of the high-frequency input electrical connector in a direct voltage allowing said storage module to be charged, - a control module configured to generate a detection voltage between the detection pins of the high-frequency input electrical connector allowing the external power supply source , when the latter detects said detection voltage, to authorise provision of the alternating voltage to the plurality of power pins of the high-frequency input electrical connector .
A shaving blade assembly comprising: a blade , a first resilient element supporting the blade and arranged to urge the blade in a first direction substantially orthogonal to a cutting edge of the blade; and a first movable member characterized in that the first movable member is configured to selectively engage the first resilient element in the first direction, in at least one position, to impede deformation of the first resilient element. a blade , a first resilient element supporting the blade and arranged to urge the blade in a first direction substantially orthogonal to a cutting edge of the blade; and a first movable member characterized in that the first movable member is configured to selectively engage the first resilient element in the first direction, in at least one position, to impede deformation of the first resilient element.
A display device comprising: a display panel including data lines (DL); at least one source driver IC (SIC#1 to SIC#8) configured to produce a data voltage corresponding to input image data and supply the data voltage to the data lines (DL); a differential signaling driver configured to produce a differential signal using a variable current; first and second signal lines configured to maintain a loop current in response to a signal output by the differential signaling driver , wherein the source driver IC (SIC#1 to SIC#8) comprises a receiving unit configured to receive the differential signal through the first and second signal lines as image data; wherein the differential signaling driver includes a current controller (100-1) adapted to divide the image data into unit data of a predetermined number of bits and reduce the variable current as a loop current when a further predetermined number of upper bits is the same in all the unit data, characterized in that :the current controller (100-1) is adapted to divide the image data into unit data of 8 bits and to reduce the variable current when unit data has the same six or more bits upper bits while ignoring image data belonging to two lower bits. a display panel including data lines (DL); at least one source driver IC (SIC#1 to SIC#8) configured to produce a data voltage corresponding to input image data and supply the data voltage to the data lines (DL); a differential signaling driver configured to produce a differential signal using a variable current; first and second signal lines configured to maintain a loop current in response to a signal output by the differential signaling driver , wherein the source driver IC (SIC#1 to SIC#8) comprises a receiving unit configured to receive the differential signal through the first and second signal lines as image data; wherein the differential signaling driver includes a current controller (100-1) adapted to divide the image data into unit data of a predetermined number of bits and reduce the variable current as a loop current when a further predetermined number of upper bits is the same in all the unit data, characterized in that :the current controller (100-1) is adapted to divide the image data into unit data of 8 bits and to reduce the variable current when unit data has the same six or more bits upper bits while ignoring image data belonging to two lower bits.
Dry gas seal for sealing the shaft of a turbomachinery, the seal comprising: - a mating ring configured to be coupled to the shaft of the turbomachinery to rotate at shaft rotational speed; - a primary ring that seals against the mating ring , the primary ring configured to be anti-rotationally coupled to a static part of the turbomachinery; - one or more elastic elements preloaded to push the primary ring against the mating ring , characterized in that one or more sensors are provided, said one or more sensors being adapted to measure strains and/or loads induced to the primary ring and to one or more of the elastic elements or displacements of the primary ring or of an element coupled to the primary ring for an early detection of failure of the seal and wherein the primary ring is configured to be anti-rotationally coupled with a retainer through an anti-rotational system comprising one or more anti-rotational pin or lug and said one or more sensors comprise an axial vibration sensor to detect axial movements of the primary ring and/or the retainer towards/from the mating ring . - a mating ring configured to be coupled to the shaft of the turbomachinery to rotate at shaft rotational speed; - a primary ring that seals against the mating ring , the primary ring configured to be anti-rotationally coupled to a static part of the turbomachinery; - one or more elastic elements preloaded to push the primary ring against the mating ring ,
A method for producing astatine-211, comprising a step of irradiating α ray to bismuth to produce astatine-211 in the bismuth, and a step of distilling the bismuth that received α ray irradiation with a carrier gas comprising an inert gas, O 2 and H 2 O to separate and purify astatine-211, and dissolving the astatine-211 in a solution.
A valve apparatus comprising: a valve main body having a first depressed portion (C1) in a circular shape and a second depressed portion (C2) in a circular shape separated from the first depressed portion (C1), and a first port (P1), a second port (P2), and a third port (P3) each communicating with the first depressed portion (C1), and a fourth port (P4) and a fifth port (P5) each communicating with the second depressed portion (C2); a shaft body placed in the valve main body and rotatable about an axial direction; a first valve element placed in the first depressed portion (C1), connected to the shaft body , and having a disc shape; and a second valve element placed in the second depressed portion (C2), connected to the shaft body to be located beside the first valve element along the axial direction, and having a disc shape, the first port (P1) being allowed to selectively communicate with one of the second port (P2) and the third port (P3) by closure of one of the second port (P2) and the third port (P3) by the first valve element rotating about the axial direction, and a flow amount of a fluid flowing between the fourth port (P4) and the fifth port (P5) being allowed to be variable by closure of the fourth port (P4) by the second valve element rotating about the axial direction. a valve main body having a first depressed portion (C1) in a circular shape and a second depressed portion (C2) in a circular shape separated from the first depressed portion (C1), and a first port (P1), a second port (P2), and a third port (P3) each communicating with the first depressed portion (C1), and a fourth port (P4) and a fifth port (P5) each communicating with the second depressed portion (C2); a first depressed portion (C1) in a circular shape and a second depressed portion (C2) in a circular shape separated from the first depressed portion (C1), and a first port (P1), a second port (P2), and a third port (P3) each communicating with the first depressed portion (C1), and a fourth port (P4) and a fifth port (P5) each communicating with the second depressed portion (C2); a shaft body placed in the valve main body and rotatable about an axial direction; a first valve element placed in the first depressed portion (C1), connected to the shaft body , and having a disc shape; and a second valve element placed in the second depressed portion (C2), connected to the shaft body to be located beside the first valve element along the axial direction, and having a disc shape, the first port (P1) being allowed to selectively communicate with one of the second port (P2) and the third port (P3) by closure of one of the second port (P2) and the third port (P3) by the first valve element rotating about the axial direction, and a flow amount of a fluid flowing between the fourth port (P4) and the fifth port (P5) being allowed to be variable by closure of the fourth port (P4) by the second valve element rotating about the axial direction.
A building method of an immobilization device applicable to at least one body segment of a patient for at least partially immobilize it, said method comprising the following steps: - detecting the volumetric dimensions of the patient's body segment; - setting the shaping of said immobilization device , said method being characterized in comprising a step of printing said immobilization device using a 3D printer, said 3D printer comprising at least one pair of nozzles for the emission of materials having different physical characteristics so as to vary, area by area, the physical characteristics of said device immobilization . - detecting the volumetric dimensions of the patient's body segment; - setting the shaping of said immobilization device , said method being characterized in comprising a step of printing said immobilization device using a 3D printer, said 3D printer comprising at least one pair of nozzles for the emission of materials having different physical characteristics so as to vary, area by area, the physical characteristics of said device immobilization .
An automation control and monitoring system, comprising: a server configured to receive a subscription request from a client component , the subscription request providing one or more criteria to the server, wherein the server is configured to: provide a set of data, via a first notification , to the client component based upon the one or more criteria in the subscription request ; and provide, via additional notifications based on the subscription request , additional sets of data, modifications to the set of data, or both, when additional data or modifications corresponding to the one or more criteria are available, wherein the server is further configured to: receive, via the subscription request , a limit designating a maximum amount of data to be returned in a notification; limit the first notification to the designated maximum amount of data; and provide the additional notifications with the additional sets of data that could not be sent in the first notification due to the limit, wherein each of the additional notifications do not exceed the maximum amount of data to be returned in a notification. provide a set of data, via a first notification , to the client component based upon the one or more criteria in the subscription request ; and provide, via additional notifications based on the subscription request , additional sets of data, modifications to the set of data, or both, when additional data or modifications corresponding to the one or more criteria are available, wherein the server is further configured to: receive, via the subscription request , a limit designating a maximum amount of data to be returned in a notification; limit the first notification to the designated maximum amount of data; and provide the additional notifications with the additional sets of data that could not be sent in the first notification due to the limit, wherein each of the additional notifications do not exceed the maximum amount of data to be returned in a notification. receive, via the subscription request , a limit designating a maximum amount of data to be returned in a notification; limit the first notification to the designated maximum amount of data; and provide the additional notifications with the additional sets of data that could not be sent in the first notification due to the limit, wherein each of the additional notifications do not exceed the maximum amount of data to be returned in a notification.
A composition comprising between 10 and 30 mg per kg bodyweight toltrazuril for use in the preventive treatment of an infection with coccidia of the genus Isospora in a newborn to 3 days old pig, wherein said composition is administered by a single intramuscular injection and wherein the composition is a suspension.
A housing adapted to house interchangeably at least two receiver drier variants , characterized in that the housing comprises indication means adapted to move between a first position indicative of presence of a first receiver drier variant and a second position indicative of presence of a second receiver drier variant , wherein the indication means comprises at least one movable component adapted to move between a first position and a second position due to mechanical interaction thereof with the first receiver drier variant ..
A liquid crystal composition, comprising: at least one compound represented by Formula 1-A: wherein, in the Formula 1-A, R-* is *-H, *-F, *-Cl, *-Br, *-I, a C 1-12 alkyl group, or a cyano group, R 1 -* is a C 1-12 alkyl group; Q-* is *-H or a C 1-5 alkyl group; *-Z1-* and *-Z2-* are the same or different and are each independently *-O-*, *-COO-*, *-OCO-*, *-CF 2 O-*, *-OCF 2 -*, *-CH 2 O-*, *-OCH 2 -*, *-SCH 2 -*, *-CH 2 S-*, *-C 2 F 4 -*, *-CH 2 CF 2 -*, *-CF 2 CH 2 -*, *-(CH 2 ) m -* (wherein m is an integer of 1 to 5), *-CH=CH-*, *-CF=CF-*, *-CH=CF-*, *-CF=CH-*, *-C=C-*, *-CH=CHCH 2 O-*, or a single bond; are the same as or different and are each independently nl and n2 are each independently an integer of 0 to 3; and n3 is an integer of 1 to 3; n4 is an integer of 1 or 2; and L1-*, L2-*, L3-*, L4-*, L5-*, L6-*, L7-*, and L8-* are the same or different and are each independently *-H, *-F, *-Cl, *-OCF 3 , *-CF 3 , *-CH 2 F, or *-CHF 2 , wherein the at least one compound represented by Formula 1-A is a compound represented by Formula 1-B: wherein, in the Formula 1-B, A1, A2, L1-*, L2-*, L3-*, L4-*, L5-*, L6-*, L7-*, L8-*, R-*, R 1 -*, *-Z1-*, *-Z2-*, n1, and n2 are the same as in the Formula 1-A; and wherein the liquid crystal composition further comprises: at least one compound represented by Formulae 2-1 to 2-17: wherein, in the Formulae 2-1 to 2-17, X-* and Y-* are each independently a C 1-5 alkyl group. R-* is *-H, *-F, *-Cl, *-Br, *-I, a C 1-12 alkyl group, or a cyano group, R 1 -* is a C 1-12 alkyl group; Q-* is *-H or a C 1-5 alkyl group; *-Z1-* and *-Z2-* are the same or different and are each independently *-O-*, *-COO-*, *-OCO-*, *-CF 2 O-*, *-OCF 2 -*, *-CH 2 O-*, *-OCH 2 -*, *-SCH 2 -*, *-CH 2 S-*, *-C 2 F 4 -*, *-CH 2 CF 2 -*, *-CF 2 CH 2 -*, *-(CH 2 ) m -* (wherein m is an integer of 1 to 5), *-CH=CH-*, *-CF=CF-*, *-CH=CF-*, *-CF=CH-*, *-C=C-*, *-CH=CHCH 2 O-*, or a single bond; are the same as or different and are each independently nl and n2 are each independently an integer of 0 to 3; and n3 is an integer of 1 to 3; n4 is an integer of 1 or 2; and L1-*, L2-*, L3-*, L4-*, L5-*, L6-*, L7-*, and L8-* are the same or different and are each independently *-H, *-F, *-Cl, *-OCF 3 , *-CF 3 , *-CH 2 F, or *-CHF 2 , wherein the at least one compound represented by Formula 1-A is a compound represented by Formula 1-B: A1, A2, L1-*, L2-*, L3-*, L4-*, L5-*, L6-*, L7-*, L8-*, R-*, R 1 -*, *-Z1-*, *-Z2-*, n1, and n2 are the same as in the Formula 1-A; and wherein the liquid crystal composition further comprises: at least one compound represented by Formulae 2-1 to 2-17: wherein, in the Formulae 2-1 to 2-17, X-* and Y-* are each independently a C 1-5 alkyl group.
Electrical household heating food-preparation appliance comprising a top portion , a working vessel , an electrical heating device for heating foods contained in the working vessel , a steamer basket disposed in the working vessel , a hub , a drive device for rotating the hub disposed in the working vessel about an axis of rotation , at least two rotary working tools , the hub comprising a drive portion provided to rotate one of the rotary working tools mounted on the hub under the steamer basket , the hub passing through the steamer basket , the hub having a receiving portion extending into the steamer basket , at least one other of the rotary working tools being capable of being mounted on the receiving portion when the top portion closes the working vessel , characterised in that said at least two rotary working tools are interchangeable, and in that the receiving portion has no drive member which can rotate said rotary working tool .
A microneedle device comprising: a substrate; a microneedle disposed on the substrate; and a coating layer formed on the microneedle; wherein the coating layer comprises a physiologically active substance, arginine, and glycerin, wherein, in the coating layer, the mass of arginine is 0.06 to 0.85-fold of the mass of the physiologically active substance and the mass of glycerin is 40% or less relative to the mass of the whole coating layer. a substrate; a microneedle disposed on the substrate; and a coating layer formed on the microneedle; wherein the coating layer comprises a physiologically active substance, arginine, and glycerin, the mass of arginine is 0.06 to 0.85-fold of the mass of the physiologically active substance and the mass of glycerin is 40% or less relative to the mass of the whole coating layer.
A composition for use in the treatment of osteoarthritis, comprising (i) 100 parts by weight of a pomegranate concentrate, and (ii) 100 parts by weight of both a eucommia bark extract and an achyranthis radix extract, as active ingredients, wherein a weight ratio of the eucommia bark extract and the achyranthis radix extract is 2:1 to 4:1.