mhurhangee/ep-ind-claims huggingface dataset:
An alarm device configured to be connected to the bus of an alarm system comprising: at least one electrical consumer (11, 13); at least one energy storage for supplying electrical energy to the electrical consumer (11, 13), said energy storage being connected to be charged through the bus; a current limiter for limiting the current supplied through the bus to the energy storage during charging; a controller for controlling the current limiter so as to adjust a current limit. at least one electrical consumer (11, 13); at least one energy storage for supplying electrical energy to the electrical consumer (11, 13), said energy storage being connected to be charged through the bus; a current limiter for limiting the current supplied through the bus to the energy storage during charging; a controller for controlling the current limiter so as to adjust a current limit.
A flexible coupling (10, 30, 60, 80, 90) for transmitting torque between parts of a transmission shaft system, comprising: a tubular section which has been modified to form a living hinge section with reduced bending stiffness to allow flexion of the tubular section; wherein the tubular section is located between and connected to two end sections (14a,14b), and characterised in that a first of the end sections comprises a first cylindrical portion that is connected via a frustoconical portion to a first end of the tubular section; a second of the end sections comprises a second cylindrical portion that is connected via a frustoconical portion to a second, opposite, end of the tubular section; wherein the tubular section has a larger diameter than each of the first and second cylindrical portions; and in that the tubular section is of continuous-fibre-reinforced composite material. a tubular section which has been modified to form a living hinge section with reduced bending stiffness to allow flexion of the tubular section; wherein the tubular section is located between and connected to two end sections (14a,14b), and characterised in that a first of the end sections comprises a first cylindrical portion that is connected via a frustoconical portion to a first end of the tubular section; a second of the end sections comprises a second cylindrical portion that is connected via a frustoconical portion to a second, opposite, end of the tubular section; wherein the tubular section has a larger diameter than each of the first and second cylindrical portions; and in that the tubular section is of continuous-fibre-reinforced composite material.
A method for determining the dry weight of an oligonucleotide salt ( m compound salt) present in a hydrated powdered form of an oligonucleotide salt, said method comprising: a. Obtaining a solid powdered form of the oligonucleotide compound salt of known molecular weight ( MW compound salt); b. Expose the solid powdered form of the oligonucleotide compound salt to an atmosphere for a period of at least 2 hours, wherein the atmosphere has a relative humidity of between about 10 - about 70%; c. Measure the weight of the solid powdered form of the oligonucleotide compound salt after said period of at least 2 hours (W = m compound salt + H 2 O); d. Determine the dry weight of the oligonucleotide wherein the dry weight ( m compound salt) is determined by the formula: m compound salt = W 1 + Y x MW H 2 O x Z MW compound salt wherein W is the weight of the solid powdered form of the oligonucleotide salt measured in step c; Y is 0.06±0.011, such as Y is a value between 0.0545 and 0.0711; MW H2O is the molecular weight of water; Z is the number of nucleotides in the oligonucleotide; MW compound salt is the molecular weight of the oligonucleotide salt. a. Obtaining a solid powdered form of the oligonucleotide compound salt of known molecular weight ( MW compound salt); b. Expose the solid powdered form of the oligonucleotide compound salt to an atmosphere for a period of at least 2 hours, wherein the atmosphere has a relative humidity of between about 10 - about 70%; c. Measure the weight of the solid powdered form of the oligonucleotide compound salt after said period of at least 2 hours (W = m compound salt + H 2 O); d. Determine the dry weight of the oligonucleotide W is the weight of the solid powdered form of the oligonucleotide salt measured in step c; Y is 0.06±0.011, such as Y is a value between 0.0545 and 0.0711; MW H2O is the molecular weight of water; Z is the number of nucleotides in the oligonucleotide; MW compound salt is the molecular weight of the oligonucleotide salt.
A medical pendant system comprising a movable component, an execution component and a bus; the movable component comprises a key control module; the key control module comprises a braking system control key (K1, K4) and a pendant lifting/lowering control key (K2, K3); the execution component comprises an output control part; the output control part is connected respectively with a bus power supply, a pendant motor, and a braking system; the movable component and the execution component are connected respectively to the bus; the bus is used for transmitting power supply, and also used for transmitting instructions from the movable component to the execution component, wherein the medical pendant system further comprises a relay module located between the movable component and the bus, and a relay module located between the execution component and the bus, wherein the two relay modules are substantially identical and each of them comprises a relay module mechanical interface and a relay module electrical interface for respectively connecting to a cabinet mechanical interface and a cabinet electrical interface disposed on the pendant cabinet, characterized in that the relay module mechanical interface comprises a concave curved surface portion or a convex curved surface portion disposed on the relay module, and the cabinet mechanical interface comprises correspondingly a matching convex curved surface portion or a matching concave curved surface portion disposed on the pendant cabinet.
A transmission system for transmitting power generated by an engine of a vehicle, comprising a power take-off for driving an implement and a hydrostatic unit for transmitting power from the engine to the power take-off, wherein the hydrostatic unit comprises: - a first hydraulic power unit having a first connection line and a second connection line; - a second hydraulic power unit having a first connection line and a second connection line; - a valve for connecting the first hydraulic power unit and the second hydraulic power unit, the valve being positionable at least in a first position and in a second position; wherein: - in said first position, the first connection line and the second connection line of the first hydraulic power unit are connected respectively to the first connection line and to the second connection line of the second hydraulic power unit, and - in said second position, the first connection line and the second connection line of the first hydraulic power unit are connected respectively to the second connection line and to the first connection line of the second hydraulic power unit, and wherein the valve is controlled according to a cycle of hysteresis when the valve is required to switch between the first position and the second position at a preset value of engine speed (ω). - a first hydraulic power unit having a first connection line and a second connection line; - a second hydraulic power unit having a first connection line and a second connection line; - a valve for connecting the first hydraulic power unit and the second hydraulic power unit, the valve being positionable at least in a first position and in a second position; - in said first position, the first connection line and the second connection line of the first hydraulic power unit are connected respectively to the first connection line and to the second connection line of the second hydraulic power unit, and - in said second position, the first connection line and the second connection line of the first hydraulic power unit are connected respectively to the second connection line and to the first connection line of the second hydraulic power unit,
Die for forging a portion having a toothing of a toothed rack of a steering device, comprising first and second die parts (9, 10), of which the first die part has a first moulding recess for moulding the toothing of the toothed rack, and the second die part has a second moulding recess, which has the form of the back region of the toothed rack, lying opposite the toothing, and which can be moved together in a closing direction from an open position into an end position, in which they are at a distance (s) from one another, while shaping a blank placed into the die, wherein, in the region of the moulding recesses (11, 12) of the die parts (9, 10), there is formed between the die parts (9, 10) a main cavity, which in the moved-together end position of the die parts (9, 10) is open on opposite sides towards secondary cavities (16, 17), which respectively lie in a region lying between the first and second die parts (9, 10), characterised in that the die further has at least two secondary moulding parts (18, 19), which respectively lie in the region lying between the first and second die parts (9, 10) and by which the walls bounding the secondary cavities are at least partially formed, and which are respectively displaceable with respect to the die parts (9, 10) in an adjusting direction (29, 30) oriented at an angle to the closing direction.
Method for operating a binaural hearing apparatus system which has one hearing apparatus (2, 4) assigned, or to be assigned, to a left ear and one to a right ear of a user, each having at least one microphone (12, 14), wherein according to the method, - acoustic information is gathered by means of the respective microphones of the two hearing apparatuses (2, 4), - the acoustic information is analysed to ascertain whether it contains music. - it is determined whether for the music, two sources can be detected, - a spatial angle range in which the respective sources of the music are positioned is determined with respect to a viewing direction of the user, and - for the case that the respective spatial angle ranges of the two sources of the music each lie in a front half-space with respect to the viewing direction, a probability that a situation of intentional music-listening by the user exists is increased, and on a defined probability limit value being exceeded, signal processing for both hearing apparatuses (2, 4) is adapted with regard to reproducing the music as naturally as possible. - acoustic information is gathered by means of the respective microphones of the two hearing apparatuses (2, 4), - the acoustic information is analysed to ascertain whether it contains music. - it is determined whether for the music, two sources can be detected, - a spatial angle range in which the respective sources of the music are positioned is determined with respect to a viewing direction of the user, and - for the case that the respective spatial angle ranges of the two sources of the music each lie in a front half-space with respect to the viewing direction, a probability that a situation of intentional music-listening by the user exists is increased, and on a defined probability limit value being exceeded, signal processing for both hearing apparatuses (2, 4) is adapted with regard to reproducing the music as naturally as possible.
A building automation device comprising sensor means having an image capture unit and realized for detecting a presence of an object of detection, in particular a person, in a detection area of the sensor means, and a unit intended for a building which can be activated and/or changed in an operating mode as a reaction to a presence detection signal of the sensor means, characterized in that the sensor means comprise an electronical image evaluation unit which is configured to interact with the image capture unit and which is realized in such a manner that in order to detect the presence of an object of detection, first data of probability of the presence can be generated by first comparison means of the image evaluation unit, said first comparison means comparing partial-image data of a plurality of partial images of an image generated of the detection area with predetermined stored partial-image data (36, 44') as predetermined or pre-existing model data, said first comparison means analyzing the detection area, based on the plurality of the partial images, for a match with the stored present situations as a basis for the generation of the first data of probability with regard to the probability that the object of detection is part of the image generated of the detection area, and second data of probability of the presence can be generated by second comparison means of the image evaluation unit, said second comparison means comparing partial-image data of a plurality of partial images of the image generated of the detection area with partial-image data of an image of the detection area which has been generated earlier and which is stored as stored-image data, wherein the second comparison means are used to realize a dynamic comparison which adapts to current conditions in the detection area with the stored-image data, and linking and threshold means of the image evaluation unit are assigned to the first and second comparison means in such a manner that for an image generated of the detection area and as a reaction to second data of probability of the second comparison means being above a presence detection threshold, the first data of probability are generated by the first comparison means and the linking and threshold means generate the presence detection signal therefrom by weighting the first and second data of probability using a predetermined weighting ratio.
A system for regulating pressure in a fluid supply pipe, comprising a hydraulic valve with mechanical means for actuation thereof and an exterior double acting piston cylinder, with first and second chambers (5a, 5b) and a rod connected to the mechanical actuation means of said valve, the system further comprising transmission means for transmitting the instantaneous hydraulic pressure of the pipe at a point downstream of the valve to the chamber of the cylinder, the pressure of which acts on the piston to move the rod in the direction for closing the valve, characterised in that - the chamber of the cylinder, the pressure of which acts on the piston to move the rod in the direction for opening the valve, is connected to an energy accumulator accumulating energy in the form of pressurized gas at a predetermined pressure P0, said energy accumulator being formed by a first chamber of a hydropneumatic tank containing the gas, a second chamber of said hydropneumatic tank being hydraulically connectable to the supply pipe at a point upstream of the valve; - the system further comprising means for regulating said predetermined pressure P0; the cylinder being mounted in an articulated manner to the body of the valve and the rod being connected articulated to the mechanical means actuating the valve. - the chamber of the cylinder, the pressure of which acts on the piston to move the rod in the direction for opening the valve, is connected to an energy accumulator accumulating energy in the form of pressurized gas at a predetermined pressure P0, said energy accumulator being formed by a first chamber of a hydropneumatic tank containing the gas, a second chamber of said hydropneumatic tank being hydraulically connectable to the supply pipe at a point upstream of the valve; - the system further comprising means for regulating said predetermined pressure P0;
A variable exhaust nozzle for a jet engine, the nozzle comprises an upstream portion, flap means being pivotally connectable to the jet engine via the upstream portion, the flap means comprises a downstream portion forming a downstream linear edge, actuator means (20, 20h) being arranged to actuate said flap means for variation of the nozzles cross sectional area (A1, A2) between a first position and a second position, the flap means comprises shape forming flap means (24, 62) for forming the cross sectional area (A1, A2) and intermediate flap means, being interposed between said shape forming flap means (24, 62), wherein said intermediate flap means comprises a central flap member and sliding flap members arranged at opposite sides of the central flap member, wherein the shape forming flap means, the central flap member and the sliding flap members have sliding surfaces (22, 22') in continuous contact during said variation, characterized in that the sliding flap members are skewed.
A polyurethane gel for comfort applications, the polyurethane gel comprising: a reaction product of a composition that includes: from 5 wt% to 35 wt% of a prepolymer component, based on a total weight of the composition, the prepolymer component including a reaction product of an isocyanate component that includes diphenylmethane diisocyanate and a polyol component that includes a polyoxyethylene - polyoxypropylene polyol that has an polyoxyethylene content greater than 65 wt%, based on a total weight of the polyoxyethylene -polyoxypropylene polyol; and a remainder of a prepolymer-reactive component that includes an amine-initiated polyol and a propylene oxide-ethylene oxide based monol or polyol, wherein the composition excludes any plasticizers. a reaction product of a composition that includes: from 5 wt% to 35 wt% of a prepolymer component, based on a total weight of the composition, the prepolymer component including a reaction product of an isocyanate component that includes diphenylmethane diisocyanate and a polyol component that includes a polyoxyethylene - polyoxypropylene polyol that has an polyoxyethylene content greater than 65 wt%, based on a total weight of the polyoxyethylene -polyoxypropylene polyol; and a remainder of a prepolymer-reactive component that includes an amine-initiated polyol and a propylene oxide-ethylene oxide based monol or polyol, from 5 wt% to 35 wt% of a prepolymer component, based on a total weight of the composition, the prepolymer component including a reaction product of an isocyanate component that includes diphenylmethane diisocyanate and a polyol component that includes a polyoxyethylene - polyoxypropylene polyol that has an polyoxyethylene content greater than 65 wt%, based on a total weight of the polyoxyethylene -polyoxypropylene polyol; and a remainder of a prepolymer-reactive component that includes an amine-initiated polyol and a propylene oxide-ethylene oxide based monol or polyol, wherein the composition excludes any plasticizers.
A method for measuring total organic carbon in a sample, comprising: in a reaction chamber, mixing the sample with a reagent comprising an aqueous solution of both at least one acid effective for acidifying the sample-reagent solution formed thereby to a chosen pH value, whereby carbon dioxide from inorganic sources of carbon in the solution is generated, and at least one oxidizer effective for converting organic carbon into carbon dioxide only in the presence of ultraviolet radiation; sparging the resulting solution with a carbon dioxide free gas to remove carbon dioxide generated from inorganic carbon from the solution; irradiating the solution in the reaction chamber with ultraviolet light having a wavelength such that the at least one oxidizer converts organic carbon into carbon dioxide; sparging the resulting solution with a carbon dioxide free gas to remove carbon dioxide from organic carbon in the sample from the solution; and measuring the carbon dioxide removed from the solution by the second sparging step; whereby the total organic carbon in the solution is determined.
An isolated human anti-TNFα antibody, or an antigen-binding portion thereof, that comprises a light chain variable region (LCVR) comprising the amino acid sequence of SEQ ID NO: 1, and a heavy chain variable region (HCVR) comprising the amino acid sequence of SEQ ID NO, 2, wherein the antibody comprises an IgG1 heavy chain constant region and a kappa light chain constant region.
A carton for holding a plurality of containers, the carton comprising: a plurality of panels extending at least partially around an interior of the carton, the plurality of panels comprising a bottom panel, a first side panel foldably connected to the bottom panel, a top panel foldably connected to the first side panel, a second side panel foldably connected to the bottom panel, and a reinforcement panel foldably connected to the second side panel, the top panel at least partially overlapping the reinforcement panel; and an inner top reinforcement flap (111, 113) foldably connected to the reinforcement panel, the reinforcement panel at least partially overlapping the inner top reinforcement flap; characterized by a reinforcement side flap foldably connected to the reinforcement panel. a plurality of panels extending at least partially around an interior of the carton, the plurality of panels comprising a bottom panel, a first side panel foldably connected to the bottom panel, a top panel foldably connected to the first side panel, a second side panel foldably connected to the bottom panel, and a reinforcement panel foldably connected to the second side panel, the top panel at least partially overlapping the reinforcement panel; and an inner top reinforcement flap (111, 113) foldably connected to the reinforcement panel, the reinforcement panel at least partially overlapping the inner top reinforcement flap; characterized by a reinforcement side flap foldably connected to the reinforcement panel.
A gas turbine engine comprising: a combustor; a first turbine section in fluid communication with the combustor; and a second turbine section in fluid communication with the first turbine section; a diffuser case connected to the first turbine section such that the first turbine section is located between the diffuser case and the second turbine section; and an oil system comprising a first oil system component (58; 110) that houses oil and that is mounted proximate and radially outward of a case of the first turbine; the gas turbine engine further comprising: a first connector (60, 126), a second connector (70; 112) and a third connector (72; 114); the oil system component (58; 110) being mounted to the diffuser case via the second connector (70; 112) and the third connector (72; 114); characterised in that; a mid-turbine frame is located axially between the first turbine section and the second turbine section; the oil system component (58; 110) being mounted to the mid-turbine frame via the first connector (60, 126). a combustor; a first turbine section in fluid communication with the combustor; and a second turbine section in fluid communication with the first turbine section; a diffuser case connected to the first turbine section such that the first turbine section is located between the diffuser case and the second turbine section; and an oil system comprising a first oil system component (58; 110) that houses oil and that is mounted proximate and radially outward of a case of the first turbine; the gas turbine engine further comprising: a first connector (60, 126), a second connector (70; 112) and a third connector (72; 114); the oil system component (58; 110) being mounted to the diffuser case via the second connector (70; 112) and the third connector (72; 114); characterised in that; a mid-turbine frame is located axially between the first turbine section and the second turbine section; the oil system component (58; 110) being mounted to the mid-turbine frame via the first connector (60, 126). a first connector (60, 126), a second connector (70; 112) and a third connector (72; 114); the oil system component (58; 110) being mounted to the diffuser case via the second connector (70; 112) and the third connector (72; 114); characterised in that; a mid-turbine frame is located axially between the first turbine section and the second turbine section; the oil system component (58; 110) being mounted to the mid-turbine frame via the first connector (60, 126).