mhurhangee/ep-ind-claims huggingface dataset:
A crash box, comprising: a pedestal portion configured to be attached to one of two members that are placed in an inward-outward direction of a vehicle; and a bottomed tubular portion integrally molded with the pedestal portion and configured to include a base end portion that is arranged to rise from the pedestal portion and an extended portion that is extended from the base end portion and that has a leading end wall which forms a bottom of the tubular portion and which is configured to be attached to the other of the two members, characterized in that the tubular portion is configured such that a side wall of the extended portion has a smaller thickness than a thickness of a side wall of the base end portion, and in that the tubular portion has a recess that is formed in the side wall of the extended portion. a pedestal portion configured to be attached to one of two members that are placed in an inward-outward direction of a vehicle; and a bottomed tubular portion integrally molded with the pedestal portion and configured to include a base end portion that is arranged to rise from the pedestal portion and an extended portion that is extended from the base end portion and that has a leading end wall which forms a bottom of the tubular portion and which is configured to be attached to the other of the two members, characterized in that the tubular portion is configured such that a side wall of the extended portion has a smaller thickness than a thickness of a side wall of the base end portion, and in that the tubular portion has a recess that is formed in the side wall of the extended portion.
Dental prosthetic assembly comprising: - a dental implant (2a, 2b), - a dental prosthesis, - a connecting device comprising a retention cavity, which is formed in one of dental implant (2a, 2b) or dental prosthesis and which is provided on its periphery with protuberances (16a-16c) extending radially towards the centre of the retention cavity, characterised in that: - the dental prosthesis is of the transfixed type, - the connecting device comprises a lock which has at least two radial wings (6a-6c) and is mounted rotatably and retained in translation in the other of dental implant (2a, 2b) or dental prosthesis, the radial wings (6a-6c) and the protuberances (16a-16c) being configured and dimensioned in such a way as to allow the lock and its radial wings (6a-6c) to penetrate into the retention cavity by a simple movement of axial translation, - the radial wings (6a-6c) and the protuberances (16a-16c) are configured and dimensioned in such a way as to cooperate by rotation of the lock in order to keep the dental prosthesis transfixed on the dental implant (2a, 2b). - a dental implant (2a, 2b), - a dental prosthesis, - a connecting device comprising a retention cavity, which is formed in one of dental implant (2a, 2b) or dental prosthesis and which is provided on its periphery with protuberances (16a-16c) extending radially towards the centre of the retention cavity, - the dental prosthesis is of the transfixed type, - the connecting device comprises a lock which has at least two radial wings (6a-6c) and is mounted rotatably and retained in translation in the other of dental implant (2a, 2b) or dental prosthesis, the radial wings (6a-6c) and the protuberances (16a-16c) being configured and dimensioned in such a way as to allow the lock and its radial wings (6a-6c) to penetrate into the retention cavity by a simple movement of axial translation, - the radial wings (6a-6c) and the protuberances (16a-16c) are configured and dimensioned in such a way as to cooperate by rotation of the lock in order to keep the dental prosthesis transfixed on the dental implant (2a, 2b).
A method for controlling a power value of an offshore wind energy system, comprising: - providing a power setpoint, wherein the power setpoint is a power factor setpoint and/or a reactive power setpoint, - providing at least one instantaneous reactive power state magnitude of the offshore wind energy system, - determining an active power correction value as a function of the provided power setpoint and the provided instantaneous reactive power state magnitude, and - controlling the active power of the offshore wind energy system as a function of the determined active power correction value such that the provided power setpoint is at least met, wherein the providing the instantaneous reactive power state magnitude comprises: - calculating the maximum available reactive power of the offshore wind energy system as a function of the instantaneous operational state of the offshore wind energy system and at least one predetermined reactive power resource parameter of the offshore wind energy system. - providing a power setpoint, wherein the power setpoint is a power factor setpoint and/or a reactive power setpoint, - providing at least one instantaneous reactive power state magnitude of the offshore wind energy system, - determining an active power correction value as a function of the provided power setpoint and the provided instantaneous reactive power state magnitude, and - controlling the active power of the offshore wind energy system as a function of the determined active power correction value such that the provided power setpoint is at least met, wherein the providing the instantaneous reactive power state magnitude comprises: - calculating the maximum available reactive power of the offshore wind energy system as a function of the instantaneous operational state of the offshore wind energy system and at least one predetermined reactive power resource parameter of the offshore wind energy system.
Quick-change soil cultivation device which is designed to be used with an agricultural soil cultivation implement, wherein the device has an adapter and a soil cultivation tool, wherein the adapter is configured such that, during operation, it is fastened to a fastening shaft on the implement by means of several fastening elements, wherein the adapter has a cross section configured such that it is able to be brought into matching engagement with the fastening part of the soil cultivation tool, wherein the adapter is assigned at least one securing element that secures the soil cultivation tool to the adapter in the working position of the tool, wherein a cutout has been introduced into the fastening part of the soil cultivation tool on the side facing the adapter, wherein one of the fastening elements (9, 17) for fastening the adapter to the fastening shaft is assigned the securing element (13, 15, 16, 19, 22), which engages in the cutout in its securing position for the soil cultivation tool on the adapter, characterized in that the screw element with the associated securing element is configured as a hollow screw having a longitudinal bore extending in the longitudinal direction of the screw, in that the securing element (15, 19, 22), which is in the form of a pin, is arranged in this longitudinal bore of the hollow screw so as to engage in a cutout made on that side of the fastening part of the soil cultivation tool that faces the adapter, in that the securing element is arranged in the longitudinal bore of the hollow screw in a manner spring-loaded in the direction of the securing position by means of a spring arrangement.
An applique comprising: a substrate or carrier, flock derived from recycled material, ink in the flock, and an adhesive for adhering the applique to a fabric; wherein the flock comprises fibres of random length. a substrate or carrier, flock derived from recycled material, ink in the flock, and an adhesive for adhering the applique to a fabric; wherein the flock comprises fibres of random length.
A terminal apparatus comprising: a receiver (201, 202, 203), which, in operation, (i) is configured to receive control information that is mapped by a base station to a predetermined subcarrier block among a plurality of subcarrier blocks, into which a frequency band is divided, and (ii) to receive data that is mapped by the base station to subcarrier blocks selected from the plurality of the subcarrier blocks, wherein the control information and the data are mapped according to a selected frequency hopping pattern; and a decoder, which, in operation, decodes the control information and the data, wherein the control information is mapped such that the control information is distributed within the predetermined subcarrier block, which is a partial band of the frequency band. a receiver (201, 202, 203), which, in operation, (i) is configured to receive control information that is mapped by a base station to a predetermined subcarrier block among a plurality of subcarrier blocks, into which a frequency band is divided, and (ii) to receive data that is mapped by the base station to subcarrier blocks selected from the plurality of the subcarrier blocks, wherein the control information and the data are mapped according to a selected frequency hopping pattern; and a decoder, which, in operation, decodes the control information and the data, wherein the control information is mapped such that the control information is distributed within the predetermined subcarrier block, which is a partial band of the frequency band.
A cleaning device for bag filters, comprising a cleaning head connected to a pressure medium source by means of a pressure medium hose and comprising a cleaning hole (27.1) which can be set in rotation about a main axis of the cleaning head and through which pressure medium emerges, and comprising a control device for controlling operating parameters, the cleaning head being connected by means of a drive shaft to a drive device which sets the cleaning hole (27.1) in rotation, the control device also controlling the drive device, characterized in that the drive shaft is flexible in form.
A combustible gas sensor for detecting a combustible analyte, comprising: a first sensing element comprising a first conductive element in electrical connection with an electronic circuitry, a first support structure in operative connection with the first conductive element, a catalyst supported on the first support structure for catalyzing a reaction of the analyte, and a system for measuring a variable related to reactance of the first sensing element, changes in the measured variable over time providing an indication of a change in the operational state of the first sensing element arising from contamination from a foreign material.
A method, comprising: - determining head orientation of a user to obtain a first head orientation, - selecting a first image source, a second image source based on said first head orientation, said first, and second image source forming a stereo image source, - creating a first stereo image by rendering a first target image for one eye of the user using said first image source and a second target image for another eye of the user using said second image source, - determining head orientation of said user to obtain a second head orientation, - selecting said second image source and a third image source based on said second head orientation, said second and third image source forming a stereo image source, - creating a second stereo image by rendering a third target image for one eye of the user using said second image source and a fourth target image for another eye of the user using said third image source, characterized by - stitching at least a part of an image from a fourth image source with at least one of the first target image and the second target image so that a stitching point is located aside of a centerline of the first target image and the second target image, and - stitching at least a part of the image from the fourth image source with at least one of the third target image and the fourth target image so that a stitching point is located aside of a centerline of the third target image and the fourth target image. - determining head orientation of a user to obtain a first head orientation, - selecting a first image source, a second image source based on said first head orientation, said first, and second image source forming a stereo image source, - creating a first stereo image by rendering a first target image for one eye of the user using said first image source and a second target image for another eye of the user using said second image source, - determining head orientation of said user to obtain a second head orientation, - selecting said second image source and a third image source based on said second head orientation, said second and third image source forming a stereo image source, - creating a second stereo image by rendering a third target image for one eye of the user using said second image source and a fourth target image for another eye of the user using said third image source, - stitching at least a part of an image from a fourth image source with at least one of the first target image and the second target image so that a stitching point is located aside of a centerline of the first target image and the second target image, and - stitching at least a part of the image from the fourth image source with at least one of the third target image and the fourth target image so that a stitching point is located aside of a centerline of the third target image and the fourth target image.
An organosilicon compound represented by the following general formula: wherein R 1 to R 3 each independently represent a chlorine atom, a methoxy group, or an ethoxy group; R 4 represents an alkyl group having 1 to 10 carbon atoms, wherein the alkyl group is linear, branched, cyclic or a structure in which a linear and/or branched structure is bound with a cyclic structure; R 5 represents an alkylene group having 1 to 10 carbon atoms, wherein the alkylene group is linear, branched, cyclic or a structure in which a linear and/or branched structure is bound with a cyclic structure; and R 6 represents a hydrogen atom or a methyl group.
A smoke generation device for the generation of smoke, in particular smoke for the treatment of foodstuffs, by means of smoke-generating material, with an accommodation space for the smoke-generating material, and a friction unit (41; 91), which has a friction surface (42; 92) facing towards the accommodation space for the removal of the smoke-generating material, wherein for the generation of smoke and/or the removal of the smoke-generating material the latter can be moved by means of a drive unit relative to, and in a direction essentially parallel to, the friction surface (42; 92) of the friction unit (41; 91), characterised in that, the smoke-generating material is arranged in the accommodation space such that during operation of the drive unit the smoke-generating material is guided by means of the latter eccentrically with respect to a centre (45; 95) of the friction surface (42; 92) of the friction unit (41; 91).
Dried egg white, comprising an egg white protein having a molecular weight of not less than 97,400 and not more than 340,000, wherein the proportion of the egg white protein, as measured using SDS-polyacrylamide gel electrophoresis, is at least 35% and not more than 80% of a proportion of an egg white protein having a molecular weight of not less than 20,100 and not more than 340,000. an egg white protein having a molecular weight of not less than 97,400 and not more than 340,000, wherein the proportion of the egg white protein, as measured using SDS-polyacrylamide gel electrophoresis, is at least 35% and not more than 80% of a proportion of an egg white protein having a molecular weight of not less than 20,100 and not more than 340,000.
An internal gear pump comprising: an inner rotor; an outer rotor that rotates with predetermined eccentricity to a rotation center of the inner rotor; an outer ring that includes a holding-inner peripheral part rotatably holding the outer rotor and that has at least three cam protruded parts formed along a circumferential direction of an outer periphery surface of the outer ring; a pump housing that has a rotor chamber in which the outer ring is freely and oscillatably arranged; and operation means for oscillating the outer ring, and characterised by: pins that are in the same number as that of the cam protruded parts and are always brought into contact with the cam protruded parts, and that are installed in the rotor chamber as members separate from the pump housing; wherein positions of the pins are set so that a diameter center of the holding-inner peripheral part of the outer ring is moved by the operation means along a locus of a circle, the radius of which is the eccentricity to the rotation center of the inner rotor. pins that are in the same number as that of the cam protruded parts and are always brought into contact with the cam protruded parts, and that are installed in the rotor chamber as members separate from the pump housing; wherein positions of the pins are set so that a diameter center of the holding-inner peripheral part of the outer ring is moved by the operation means along a locus of a circle, the radius of which is the eccentricity to the rotation center of the inner rotor.
A dish washer, comprising: a washing tub formed with a washing space; an air break disposed in one side of the washing tub and guiding flow of washing water; and a sump that supplies the washing water to the washing tub, wherein the air break includes a water supply passage flowing water supplied from the outside, a water chamber to store the water flown through the water supply passage, an air passage flowing the air in the outside of the washing tub, characterized in that the air break further includes: a flow adjusting member (256, 260) flowing the air of the air passage into the water chamber and not flowing the water from the water chamber into the air passage. a washing tub formed with a washing space; an air break disposed in one side of the washing tub and guiding flow of washing water; and a sump that supplies the washing water to the washing tub, wherein the air break includes a water supply passage flowing water supplied from the outside, a water chamber to store the water flown through the water supply passage, an air passage flowing the air in the outside of the washing tub, characterized in that the air break further includes: a flow adjusting member (256, 260) flowing the air of the air passage into the water chamber and not flowing the water from the water chamber into the air passage.
An apparatus for splitting stones and blocks comprising means (5A, 6A) for supporting a stone or block while it is subject to a splitting operation, a unit which includes an upper blade for engaging an upper surface of the stone or block and a lower blade for engaging a lower surface of the stone or block, means for effecting movement of the upper blade downwardly towards the lower blade and a base, characterised by the provision of resilient support means acting between the base (1A, 3A) and the unit.
Track sweeper for a rail vehicle, with a track sweeper bar and at least two elongate spring elements (2, 2') which are spaced apart from one another in a transverse direction and the longitudinal extent of which runs parallel to a vertical direction in the operating state, which spring elements (2, 2') are of rigid configuration with respect to a load in the vertical direction (z) and are of elastically resilient configuration with respect to a load in a longitudinal direction, the spring elements (2, 2') being configured firstly fixedly to a chassis frame of the rail vehicle, and secondly the track sweeper bar which runs in the transverse direction being connected via connecting means to the spring elements (2, 2'), characterized in that the centre of mass of the track sweeper is arranged within a spacing from a vertical plane which runs through the geometric centroids (S 2, S 2 ') of the spring elements (2, 2'), the spacing being between 0% and 40%, preferably between 0% and 25%, in particular between 0% and 15%, of a width of the track sweeper bar, measured perpendicularly with respect to the vertical plane.
A diagnostic testing system comprising first and second network devices connectable by a communications network: wherein the first network device comprises: means for analysing a first part of a blood sample from a subject to generate data representing a lymphocyte count and a neutrophil count; luminometer means for measuring light emitted from a second part of the blood sample; means to generate data representing light emitted from the said second part of the blood sample over a period of time; and means to transmit the generated data over the communications network; and wherein the second network device comprises: means to receive the generated data; means to store the generated data in a file associated with the subject; processing means (104,212) programmed to determine a result indicative of the physical condition, or fitness, of a subject on the basis of the generated light emission data, the generated lymphocyte count and the generated neutrophile count; means to determine that a fitness result has been generated; and means to generate a notification in response to that determination. wherein the first network device comprises: means for analysing a first part of a blood sample from a subject to generate data representing a lymphocyte count and a neutrophil count; luminometer means for measuring light emitted from a second part of the blood sample; means to generate data representing light emitted from the said second part of the blood sample over a period of time; and means to transmit the generated data over the communications network; and wherein the second network device comprises: means to receive the generated data; means to store the generated data in a file associated with the subject; processing means (104,212) programmed to determine a result indicative of the physical condition, or fitness, of a subject on the basis of the generated light emission data, the generated lymphocyte count and the generated neutrophile count; means to determine that a fitness result has been generated; and means to generate a notification in response to that determination. means for analysing a first part of a blood sample from a subject to generate data representing a lymphocyte count and a neutrophil count; luminometer means for measuring light emitted from a second part of the blood sample; means to generate data representing light emitted from the said second part of the blood sample over a period of time; and means to transmit the generated data over the communications network; and wherein the second network device comprises: means to receive the generated data; means to store the generated data in a file associated with the subject; processing means (104,212) programmed to determine a result indicative of the physical condition, or fitness, of a subject on the basis of the generated light emission data, the generated lymphocyte count and the generated neutrophile count; means to determine that a fitness result has been generated; and means to generate a notification in response to that determination.