mhurhangee/ep-ind-claims huggingface dataset:
A device for quantitative collection and extraction of a fecal sample, the device comprising: a) a bottom container for housing an extraction buffer, hollow on the inside with only one opening, wherein the opening is in a top part; b) a middle cap provided with a top part to be sealably applied to a top cap, a bottom part that reversibly screws together with the bottom container, and an annular seal inside the bottom part to abut sealably on the top part of the bottom container; c) an elastic sealing funnel; and d) a top cap provided with a cap portion that screws onto the middle cap, and a sampling wand having a grooved region for collecting feces samples, said sampling wand protruding into said bottom container by passing through said sealing funnel when said top cap is applied onto the top part of said middle cap and said middle cap is applied onto the top part of said bottom container; characterized in that said sealing funnel is fitted through said middle cap and that it further comprises: i) a stem with an elastic wall having a length of 2mm to 5 mm and an inner diameter that is smaller than said sampling wand such that when said sample wand passes into said stem, said elastic wall stretches to form a tight seal around said sample wand prior to passing over said grooved region; and ii) an outer edge that hangs over a rim of said top portion of said middle cap so that a tight seal is formed between said top cap and said middle cap when said top cap is screwed onto said middle cap by pressing against the outer edge. a) a bottom container for housing an extraction buffer, hollow on the inside with only one opening, wherein the opening is in a top part; b) a middle cap provided with a top part to be sealably applied to a top cap, a bottom part that reversibly screws together with the bottom container, and an annular seal inside the bottom part to abut sealably on the top part of the bottom container; c) an elastic sealing funnel; and d) a top cap provided with a cap portion that screws onto the middle cap, and a sampling wand having a grooved region for collecting feces samples, said sampling wand protruding into said bottom container by passing through said sealing funnel when said top cap is applied onto the top part of said middle cap and said middle cap is applied onto the top part of said bottom container; i) a stem with an elastic wall having a length of 2mm to 5 mm and an inner diameter that is smaller than said sampling wand such that when said sample wand passes into said stem, said elastic wall stretches to form a tight seal around said sample wand prior to passing over said grooved region; and ii) an outer edge that hangs over a rim of said top portion of said middle cap so that a tight seal is formed between said top cap and said middle cap when said top cap is screwed onto said middle cap by pressing against the outer edge.
Suction table comprising a workpiece holder for a workpiece to be held, wherein a suction device is arranged below and/or next to the workpiece holder, by means of which suction device particles and/or gases can be discharged downwards in an exhaust air stream, wherein the suction device is arranged around the workpiece holder and rotatable relative to the workpiece holder; characterized in that the workpiece holder is of stationary design; and the suction device is configured to be rotatable around the workpiece holder. wherein a suction device is arranged below and/or next to the workpiece holder, by means of which suction device particles and/or gases can be discharged downwards in an exhaust air stream, wherein the suction device is arranged around the workpiece holder and rotatable relative to the workpiece holder; characterized in that the workpiece holder is of stationary design; and the suction device is configured to be rotatable around the workpiece holder.
Use of an ethanol-based fuel, consisting of, based on the total volume of ethanol and castor oil, 40 to 90 % by volume ethanol and 60 to 10 % by volume castor oil, and optionally including one or more additives in a total amount of up to 10 wt.-% of the total weight of the ethanol and castor oil, for switching over an internal combustion engine between an operation with pyrolysis oil and an operation with a crude oil-based fuel, while continuously operating the internal combustion engine.
A method implemented by a communication service implemented at one or more computing devices, the method comprising: receiving, over a network from a communication client implemented at a client device, data corresponding to an emergency call; obtaining a registered location of the communication client and an updated location of the client device, and a reliability metric indicating a reliability of the updated location of the client device; comparing the updated location of the client device to the registered location of the communication client to determine that the updated location is different than the registered location; and determining whether the reliability metric for the updated location is above a reliability threshold, and routing the data of the emergency call along with the updated location to a public-safety answering point when determining that the reliability metric is above the reliability threshold; or determining that the updated location cannot be reliably determined based on determining that the reliability metric is below the reliability threshold. receiving, over a network from a communication client implemented at a client device, data corresponding to an emergency call; obtaining a registered location of the communication client and an updated location of the client device, and a reliability metric indicating a reliability of the updated location of the client device; comparing the updated location of the client device to the registered location of the communication client to determine that the updated location is different than the registered location; and determining whether the reliability metric for the updated location is above a reliability threshold, and routing the data of the emergency call along with the updated location to a public-safety answering point when determining that the reliability metric is above the reliability threshold; or determining that the updated location cannot be reliably determined based on determining that the reliability metric is below the reliability threshold. routing the data of the emergency call along with the updated location to a public-safety answering point when determining that the reliability metric is above the reliability threshold; or determining that the updated location cannot be reliably determined based on determining that the reliability metric is below the reliability threshold.
A bioactive agent capable of increasing the intracellular concentration of Hsp70, wherein said bioactive agent is a hydroxylamine derivative capable of amplifying Hsp70 gene expression; for use in the treatment of neuronal ceroid lipofuscinosis.
A telescope comprising: - an initial telescope (Tel) comprising a concave first mirror and a convex second mirror that are configured so that they form, from a light beam coming from infinity, an image called the intermediate image (Ii) in a focal plane called the intermediate focal plane (PFi), said intermediate image having a largest dimension along an X-axis perpendicular to an optical axis of the telescope, - a segmenting module (MSEG) comprising: * a first set of n segmenting mirrors that are placed downstream of the intermediate focal plane and that are configured to divide the intermediate image obtained from the intermediate focal plane into n sub-images, * a second set of n refocusing mirrors that are configured to reimage said n sub-images into n images in a focal plane of the telescope, said images being arranged in said focal plane so as to decrease the dimension along X containing the n images, - a detecting device (Det) placed in said focal plane. - an initial telescope (Tel) comprising a concave first mirror and a convex second mirror that are configured so that they form, from a light beam coming from infinity, an image called the intermediate image (Ii) in a focal plane called the intermediate focal plane (PFi), said intermediate image having a largest dimension along an X-axis perpendicular to an optical axis of the telescope, - a segmenting module (MSEG) comprising: * a first set of n segmenting mirrors that are placed downstream of the intermediate focal plane and that are configured to divide the intermediate image obtained from the intermediate focal plane into n sub-images, * a second set of n refocusing mirrors that are configured to reimage said n sub-images into n images in a focal plane of the telescope, said images being arranged in said focal plane so as to decrease the dimension along X containing the n images, * a first set of n segmenting mirrors that are placed downstream of the intermediate focal plane and that are configured to divide the intermediate image obtained from the intermediate focal plane into n sub-images, * a second set of n refocusing mirrors that are configured to reimage said n sub-images into n images in a focal plane of the telescope, said images being arranged in said focal plane so as to decrease the dimension along X containing the n images, - a detecting device (Det) placed in said focal plane.
A torque detection device comprising: magnetic flux collecting rings for collecting a magnetic flux generated by a magnetic circuit forming member provided at a rotating body to which a torque is applied, the magnetic flux collecting rings being located circumferentially of the magnetic circuit forming member; a detection part for detecting, based on a density of the magnetic flux collected by the magnetic flux collecting rings, the torque applied to the rotating body; a holding member for holding the magnetic flux collecting rings and the detection part, the holding member having a flange to be attached to an appropriate object; and a sealing ring for sealing between the flange and the object, the torque detection device characterized in that the holding member has: cutout portions formed at a region thereof close to the flange; a prevention wall that is continuous with the flange and brought into contact with an inner circumferential face of the sealing ring so as to prevent the displacement of the sealing ring into the cutout portion; two end faces positioned aside in an axial direction of the holding member; an approximately semi-cylindrical outer circumferential face; and two extended outer surfaces extended tangentially from the outer circumferential face, and the cutout portions are provided at the end faces.
Assembly for a hydraulic motor-vehicle brake system, having a first port which is hydraulically connected to a pressure chamber of a brake master cylinder, a second port which is hydraulically connected to a pressure medium reservoir, in particular a pressure medium reservoir under atmospheric pressure, and an output pressure port, which is hydraulically connected to a pressure modulation device, comprising • a pump assembly (4, 14, 24) having at least one first suction side (41, 241) of a first pump (50, 25), wherein the first suction side is directly hydraulically connected (12b, 13) to the second port without the interposition of a valve, • a hydraulic connection between the first port and the output pressure port, in which hydraulic connection a first valve is arranged, which is designed to be open when deenergized and is controllable in an analog manner, and • a hydraulic connection between the first port and the second port, in which hydraulic connection a second valve is arranged, which is designed to be closed when deenergized, characterized in that the first pressure side (42, 242) of the pump assembly, which is assigned to the first suction side, is hydraulically connected to the first suction side (41, 241) by means of a third valve (8, 8'), which is designed to be open when deenergized and is controllable in an analog manner. • a pump assembly (4, 14, 24) having at least one first suction side (41, 241) of a first pump (50, 25), wherein the first suction side is directly hydraulically connected (12b, 13) to the second port without the interposition of a valve, • a hydraulic connection between the first port and the output pressure port, in which hydraulic connection a first valve is arranged, which is designed to be open when deenergized and is controllable in an analog manner, and • a hydraulic connection between the first port and the second port, in which hydraulic connection a second valve is arranged, which is designed to be closed when deenergized,
A battery system for a vehicle, comprising: - one or more battery modules, each including a plurality of secondary battery cells (80, 380); - at least one gas sensor; and - a housing for accommodating the one or more battery modules and the at least one gas sensor; wherein at least parts of the exterior surface of the battery modules and/or at least parts of the interior surface of the housing are covered by a coating (90, 91, 390, 391, 392) that is configured to emit at least one gaseous species when a temperature exceeds a predetermined temperature and wherein the gas sensor is configured for detecting the at least one gaseous species. - one or more battery modules, each including a plurality of secondary battery cells (80, 380); - at least one gas sensor; and - a housing for accommodating the one or more battery modules and the at least one gas sensor;
Method for the application of a compact polyurethane coating to a flexible support material, comprising the provision of a flexible support material, the application of a mixture comprising polyurethane components to this flexible support material characterized in that the mixture comprising polyurethane components is entirely free of solvents and water and at least a part of the mixture is partially polymerized before it is applied directly to the flexible support material and the mixture applied to the flexible support material is polymerized to obtain a compact polyurethane coating.
A ring wheel for an agricultural roller for soil cultivation, the ring wheel comprising teeth along its circumference to act on the soil to be cultivated, where the teeth are arranged regularly along both sides of the ring wheel, where the ring wheel is provided with a hub in its centre on at least one side of which connecting locking elements are arranged, and the teeth are arranged regularly alternately along both sides of the ring wheel, CHARACTERISED in that the number of the teeth and the number of the connecting locking elements meet the following condition: a * n 1 = b / 2 + b * n 2 < 360 where: a = 360/the number of the teeth, b = 360/the number of the locking elements, n 1, n 2 are whole positive numbers, and the connecting locking elements are arranged symmetrically on both sides of the hub and the axis of at least one locking element forms an angle of β = ± a/4 with the axis of the nearest tooth on the circumference of the given side of the ring wheel. a = 360/the number of the teeth, b = 360/the number of the locking elements, n 1, n 2 are whole positive numbers,
An endoscopic treatment tool (1, 1A) comprising: a sheath; an operating wire (10, 13) inserted into the sheath to be capable of advancing and retracting; a basket part positioned at a distal side of the operating wire (10, 13) and formed by binding a plurality of elastic basket wires having helical shapes in a natural state; a distal end tip which binds and fixes distal ends of the plurality of basket wires at a distal end of the basket part; a binding part in which proximal end portions of the plurality of basket wires are bound together and fixed; and a support member (50, 50A) disposed through the basket part along a central axis of the basket part, a proximal end portion (51, 51A) of the support member (50, 50A) being positioned inside the sheath, and a distal end portion of the support member (50, 50A) being fixed to the distal end tip; characterised by; a connecting member (80, 80A, 80B, 80C, 80D, 80E) positioned at a more proximal side than the binding part, and in that the connecting member (80, 80A, 80B, 80C, 80D, 80E) is fixed to the operating wire (10, 13) or the proximal end portion (51, 51A) of the support member (50, 50A), and the connecting member (80, 80A, 80B, 80C, 80D, 80E) is configured to be slidable with respect to the other one of the operating wire (10, 13) or the proximal end portion (51, 51A) of the support member (50, 50A) inside the sheath along a longitudinal axis of the operating wire (10, 13). a sheath; an operating wire (10, 13) inserted into the sheath to be capable of advancing and retracting; a basket part positioned at a distal side of the operating wire (10, 13) and formed by binding a plurality of elastic basket wires having helical shapes in a natural state; a distal end tip which binds and fixes distal ends of the plurality of basket wires at a distal end of the basket part; a binding part in which proximal end portions of the plurality of basket wires are bound together and fixed; and a support member (50, 50A) disposed through the basket part along a central axis of the basket part, a proximal end portion (51, 51A) of the support member (50, 50A) being positioned inside the sheath, and a distal end portion of the support member (50, 50A) being fixed to the distal end tip; characterised by; a connecting member (80, 80A, 80B, 80C, 80D, 80E) positioned at a more proximal side than the binding part, and in that the connecting member (80, 80A, 80B, 80C, 80D, 80E) is fixed to the operating wire (10, 13) or the proximal end portion (51, 51A) of the support member (50, 50A), and the connecting member (80, 80A, 80B, 80C, 80D, 80E) is configured to be slidable with respect to the other one of the operating wire (10, 13) or the proximal end portion (51, 51A) of the support member (50, 50A) inside the sheath along a longitudinal axis of the operating wire (10, 13).
Underwater switch unit, for supplying voltage to electrical devices, comprising a preferably water-tight housing in which an electronic unit is arranged, by means of which electronic unit an input voltage that can be applied via an input terminal of the underwater switch unit can be switched to at least one output terminal of the underwater switch unit, wherein the underwater switch unit comprises a data bus terminal that has an associated data bus interface by means of which an information signal relating to the voltage supply to an output terminal can be detected, wherein the underwater switch unit cannot carry out processing of control signals for controlling the connected electrical devices, wherein the input voltage can be distributed to a plurality of output terminals by means of the underwater switch unit, wherein at least two of the output terminals can be supplied with voltage separately from one another by means of at least one switch element (7, 8) of the underwater switch unit and wherein the underwater switch unit comprises at least one control unit for pre-programmed or programmable control of the electrical devices, which unit can be connected to the electronic unit by means of the data bus terminal and mounted separately from the housing.
Method for applying a lubricating oil during rolling of a flat metal rolling stock in a roll stand, - wherein the lubricating oil is sprayed onto the rolling stock and/or at least one roll (3, 4) of the roll stand by means of a plurality of spray nozzles arranged adjacent to one another, - wherein in each case a mixing chamber of a spray nozzle is fed with a respective quantity of lubricating oil via a plurality of oil inlet openings in each case, - wherein the respective mixing chamber is fed with compressed air via at least one air inlet opening in each case, - wherein the lubricating oil is atomised in the respective mixing chamber by means of the compressed air to form an aerosol and is sprayed onto the rolling stock and/or the at least one roll (3, 4) of the roll stand via at least one nozzle outlet in each case, - wherein the spray nozzles are embodied as cylindrical such that they have a respective longitudinal axis, - wherein the nozzle outlets are arranged at one of the axial ends of the respective spray nozzle, - wherein the at least one air inlet opening in each case is arranged at the other axial end of the respective spray nozzle and - wherein, referred to one of the spray nozzles in each case, one of the oil inlet openings is arranged at a defined axial position (z), viewed in the direction of the longitudinal axis, and at least one other of the oil inlet openings is arranged at the same axial position (z), viewed in the direction of the longitudinal axis. - wherein the lubricating oil is sprayed onto the rolling stock and/or at least one roll (3, 4) of the roll stand by means of a plurality of spray nozzles arranged adjacent to one another, - wherein in each case a mixing chamber of a spray nozzle is fed with a respective quantity of lubricating oil via a plurality of oil inlet openings in each case, - wherein the respective mixing chamber is fed with compressed air via at least one air inlet opening in each case, - wherein the lubricating oil is atomised in the respective mixing chamber by means of the compressed air to form an aerosol and is sprayed onto the rolling stock and/or the at least one roll (3, 4) of the roll stand via at least one nozzle outlet in each case, - wherein the spray nozzles are embodied as cylindrical such that they have a respective longitudinal axis, - wherein the nozzle outlets are arranged at one of the axial ends of the respective spray nozzle, - wherein the at least one air inlet opening in each case is arranged at the other axial end of the respective spray nozzle and - wherein, referred to one of the spray nozzles in each case, one of the oil inlet openings is arranged at a defined axial position (z), viewed in the direction of the longitudinal axis, and at least one other of the oil inlet openings is arranged at the same axial position (z), viewed in the direction of the longitudinal axis.
A carbonic anhydrase mutant comprising an A58G mutation in an amino acid sequence set forth in SEQ ID NO: 1 and having an increased heat resistance compared to a wild-type carbonic anhydrase having an amino acid sequence set forth in SEQ ID NO: 1.
An applicator box comprising: a housing having a front end and a rear end, the housing including a floor and a plurality of adjoining sides (18a, 18b, 18c) defining a cavity between them; a pressure plate pivotably coupled near the rear end of the housing about a pivot axis; and a blade holder projecting from the front end of the housing in a direction perpendicular to the pivot axis, a blade slot for receiving a removable blade defined by the blade holder and the housing, characterised in that the blade holder extends between opposing sides (18a, 18c) at the front end of the housing. a housing having a front end and a rear end, the housing including a floor and a plurality of adjoining sides (18a, 18b, 18c) defining a cavity between them; a pressure plate pivotably coupled near the rear end of the housing about a pivot axis; and a blade holder projecting from the front end of the housing in a direction perpendicular to the pivot axis, a blade slot for receiving a removable blade defined by the blade holder and the housing, characterised in that the blade holder extends between opposing sides (18a, 18c) at the front end of the housing.