mhurhangee/ep-ind-claims huggingface dataset:
Coaxial plug-and-socket connector for high frequencies in the millimetre-wavelength range, with a socket part and a plug part and with an elastic electrical contact element, which radially connects the outer conductor of the socket part to the outer conductor of the plug part and is arranged between the plug part and the socket part, wherein the contact element comprises a plurality of elastic parts, which under radial elastic tension each form a contact point to the outer conductor of the socket part and a contact point to the outer conductor of the plug part, wherein a housing part of the socket part forms the outer conductor of the socket part and a housing part of the plug part forms the outer conductor of the plug part, characterized in that the elastic components are lobes that are twisted such that with an outside corner they each form a contact point to the housing part of the socket part and with an inside corner form a contact point to the housing part of the plug part, causing the contact element to form a plurality of radial and point-like contact points with the housing part of the socket part and a plurality of radial and point-shaped contact points to the housing part of the plug part.
A method for determining an analyte concentration in a sample, comprising: determining weighing coefficients from multi-variable regression of experimental data from sample output signals, the weighing coefficients being numerical values other than one or zero; generating at least one output signal value responsive to the concentration of the analyte in the sample; determining at least one ΔS value from at least an index function, where the at least one ΔS value represents a slope deviation of the correlation between analyte concentration and output signals, where the index function is responsive to multiple error parameters, includes at least two terms, where each of the at least two terms is modified by a weighing coefficient of the determined weighing coefficients, and it corresponds to a bias in the correlation between analyte concentrations and output signals; compensating the at least one output signal value with at least one reference correlation and the at least one ΔS value; and determining the analyte concentration in the sample from the at least one output signal value. determining weighing coefficients from multi-variable regression of experimental data from sample output signals, the weighing coefficients being numerical values other than one or zero; generating at least one output signal value responsive to the concentration of the analyte in the sample; determining at least one ΔS value from at least an index function, where the at least one ΔS value represents a slope deviation of the correlation between analyte concentration and output signals, where the index function is responsive to multiple error parameters, includes at least two terms, where each of the at least two terms is modified by a weighing coefficient of the determined weighing coefficients, and it corresponds to a bias in the correlation between analyte concentrations and output signals; compensating the at least one output signal value with at least one reference correlation and the at least one ΔS value; and determining the analyte concentration in the sample from the at least one output signal value.
A punch tool comprising: a punch body having a sidewall that defines a central cavity, the central cavity extending along a longitudinal extent of the punch body; a punch tip comprising a body having a first end configured to be alternately secured or released with respect to the punch body and a second end comprising a working end of the punch tip, the first end including a hub; a carrier body seated within the punch body central cavity and selectively movable between raised and lowered positions within the cavity;and a plurality of wedge members movable between locked and unlocked positions within the punch body central cavity and respectively corresponding to the raised and lowered positions of the carrier body, said locked position of the wedge members corresponding to a locking configuration of the punch body with respect to the punch tip hub; wherein each of the plurality of wedge members includes a surface having a shape configured to mate with a corresponding surface of the punch tip hub, the surfaces of the wedge members and the punch tip hub representing the only contacting surfaces between the wedge members and the punch tip hub in securing the punch tip to the punch body; the punch tool being characterized in that it further comprises a cam coupling the punch body and the carrier body, the cam being selectively adjustable with respect to the punch body and the carrier body, the adjustment of the cam resulting in corresponding movement of the carrier body between the raised and lowered positions. a punch body having a sidewall that defines a central cavity, the central cavity extending along a longitudinal extent of the punch body; a punch tip comprising a body having a first end configured to be alternately secured or released with respect to the punch body and a second end comprising a working end of the punch tip, the first end including a hub; a carrier body seated within the punch body central cavity and selectively movable between raised and lowered positions within the cavity;and a plurality of wedge members movable between locked and unlocked positions within the punch body central cavity and respectively corresponding to the raised and lowered positions of the carrier body, said locked position of the wedge members corresponding to a locking configuration of the punch body with respect to the punch tip hub; wherein each of the plurality of wedge members includes a surface having a shape configured to mate with a corresponding surface of the punch tip hub, the surfaces of the wedge members and the punch tip hub representing the only contacting surfaces between the wedge members and the punch tip hub in securing the punch tip to the punch body; the punch tool being characterized in that it further comprises a cam coupling the punch body and the carrier body, the cam being selectively adjustable with respect to the punch body and the carrier body, the adjustment of the cam resulting in corresponding movement of the carrier body between the raised and lowered positions.
Beta-glucan for use in the treatment of upper respiratory tract infection symptoms in stressed subjects, wherein the beta-glucan is derived from yeast, and wherein 250mg or 500mg beta-glucan is administered daily.
Measuring device for determining an estimated value for the blood sugar content of a person by means of a non-invasive impedance measurement, wherein the measuring device has a transmitter for determining a blood sugar content from a measured value and having a sensor unit for detecting the measured value, wherein the sensor unit has at least two tetrapolar electrode arrangements, each having at least two electrode pairs (6.1, 6.2 and 6.3, 6.4) which are arranged along a first linear axis, wherein the axes of the two tetrapolar electrode arrangements (6, 8 or 7, 9) are aligned perpendicular to one another and wherein a first pair of electrodes (6.1, 6.2) is provided for emitting and receiving a current signal and wherein a second pair of electrodes (6.3, 6.4) is provided for tapping a potential on contact with the skin of the person, characterized in that at least one of the electrodes (6.1-6.4, 20) of the sensor unit has a contact surface (12, 24) for contacting the skin, which consists of a metal or a metal alloy with a conductivity of more than 1*10 7 S/m, and the electrode (6.1-6.4, 20) has an inner electrode which consists of a precious metal and has a support sleeve made of a material with a Vickers hardness of more than 40, according to DIN EN 6507-1:2018-07, or of a silicon compound with a Vickers hardness of more than 40, according to DIN EN 6507-1:2018-07, and with a thermal conductivity of more than 100 W/(m*K). wherein the sensor unit has at least two tetrapolar electrode arrangements, each having at least two electrode pairs (6.1, 6.2 and 6.3, 6.4) which are arranged along a first linear axis, wherein the axes of the two tetrapolar electrode arrangements (6, 8 or 7, 9) are aligned perpendicular to one another and wherein a first pair of electrodes (6.1, 6.2) is provided for emitting and receiving a current signal and wherein a second pair of electrodes (6.3, 6.4) is provided for tapping a potential on contact with the skin of the person, characterized in that at least one of the electrodes (6.1-6.4, 20) of the sensor unit has a contact surface (12, 24) for contacting the skin, which consists of a metal or a metal alloy with a conductivity of more than 1*10 7 S/m, and the electrode (6.1-6.4, 20) has an inner electrode which consists of a precious metal and has a support sleeve made of a material with a Vickers hardness of more than 40, according to DIN EN 6507-1:2018-07, or of a silicon compound with a Vickers hardness of more than 40, according to DIN EN 6507-1:2018-07, and with a thermal conductivity of more than 100 W/(m*K).
A pole part for a low, medium or high voltage circuit breaker, comprising: - an insulating housing; - an insert, the insert being a vacuum interrupter; and - a compensation layer; wherein, the vacuum interrupter is in the insulating housing; wherein, the compensation layer is in contact with a surface of the vacuum interrupter; wherein, the compensation layer is between the vacuum interrupter and the insulating housing; and wherein, the compensation layer is an epoxy based potting material with a shore hardness of 12 to 90 shore A. - an insulating housing; - an insert, the insert being a vacuum interrupter; and - a compensation layer;
An exhaust heat recovery system comprising: an exhaust heat recovery unit that is disposed in an exhaust pipe through which exhaust from an engine flows, the exhaust heat recovery unit recovering heat of the exhaust; a distribution flow path that is equipped with an upstream flow path through which engine coolant flows from the exhaust heat recovery unit to the engine and a downstream flow path through which the engine coolant flows from the engine to the exhaust heat recovery unit, the distribution flow path allowing the engine coolant to circulate between the exhaust heat recovery unit and the engine; characterized by a bypass flow path that communicates the upstream flow path to the downstream flow path in the distribution flow path and forms a short flow path by which the engine coolant that has exited the exhaust heat recovery unit returns to the exhaust heat recovery unit by way of a shorter flow path length than in a case where the engine coolant that has exited the exhaust heat recovery unit returns to the exhaust heat recovery unit via the engine; a valve that is disposed in the distribution flow path and adjusts an amount of the engine coolant flowing to the bypass flow path; and a pump that is disposed in the short flow path. an exhaust heat recovery unit that is disposed in an exhaust pipe through which exhaust from an engine flows, the exhaust heat recovery unit recovering heat of the exhaust; a distribution flow path that is equipped with an upstream flow path through which engine coolant flows from the exhaust heat recovery unit to the engine and a downstream flow path through which the engine coolant flows from the engine to the exhaust heat recovery unit, the distribution flow path allowing the engine coolant to circulate between the exhaust heat recovery unit and the engine; characterized by a bypass flow path that communicates the upstream flow path to the downstream flow path in the distribution flow path and forms a short flow path by which the engine coolant that has exited the exhaust heat recovery unit returns to the exhaust heat recovery unit by way of a shorter flow path length than in a case where the engine coolant that has exited the exhaust heat recovery unit returns to the exhaust heat recovery unit via the engine; a valve that is disposed in the distribution flow path and adjusts an amount of the engine coolant flowing to the bypass flow path; and a pump that is disposed in the short flow path.
A turbofan engine comprising: a fan; a fan drive gear system configured to drive the fan; a low spool comprising: a low pressure turbine; and a low shaft coupling the low pressure turbine to the fan drive gear system; an intermediate spool comprising: an intermediate pressure turbine; a compressor; and an intermediate spool shaft coupling the intermediate pressure turbine to the intermediate spool compressor; a core spool comprising: a high pressure turbine; a compressor; and a core shaft coupling the high pressure turbine to the core shaft; a combustor between the core spool compressor and the high pressure turbine; and a plurality of main bearings wherein: a first of said main bearings engages a static support (164; 164') and a forward hub of the intermediate spool; and a second of said main bearings engages the low shaft and the forward hub of the intermediate spool; characterised in that: the fan is a single stage fan. a fan; a fan drive gear system configured to drive the fan; a low spool comprising: a low pressure turbine; and a low shaft coupling the low pressure turbine to the fan drive gear system; a low pressure turbine; and a low shaft coupling the low pressure turbine to the fan drive gear system; an intermediate spool comprising: an intermediate pressure turbine; a compressor; and an intermediate spool shaft coupling the intermediate pressure turbine to the intermediate spool compressor; an intermediate pressure turbine; a compressor; and an intermediate spool shaft coupling the intermediate pressure turbine to the intermediate spool compressor; a core spool comprising: a high pressure turbine; a compressor; and a core shaft coupling the high pressure turbine to the core shaft; a high pressure turbine; a compressor; and a core shaft coupling the high pressure turbine to the core shaft; a combustor between the core spool compressor and the high pressure turbine; and a plurality of main bearings wherein: a first of said main bearings engages a static support (164; 164') and a forward hub of the intermediate spool; and a second of said main bearings engages the low shaft and the forward hub of the intermediate spool; characterised in that: the fan is a single stage fan. a first of said main bearings engages a static support (164; 164') and a forward hub of the intermediate spool; and a second of said main bearings engages the low shaft and the forward hub of the intermediate spool; characterised in that: the fan is a single stage fan.
An optical adhesive film comprising: plate-type inorganic nanoparticles; and a curable resin, wherein the plate-type inorganic nanoparticles include a delaminated layer of a layered clay compound having a hydrophilic functional group substituted with a C12-C18 alkyl group; and wherein the plate-type inorganic nanonparticles are dispersed in a matrix of the curable resin being disposed parallel to a surface of the optical adhesive film. plate-type inorganic nanoparticles; and a curable resin,
A method of repairing an airfoil, comprising the steps of: a) securing a cap to an end portion of a worn airfoil; b) securing additional material to the cap; and characterized by the step of c) altering some of the cap to form a desired airfoil contour. a) securing a cap to an end portion of a worn airfoil; b) securing additional material to the cap; and characterized by the step of c) altering some of the cap to form a desired airfoil contour.
An electrolyte solution, comprising an electrolyte salt and a solvent, wherein a total concentration of the electrolyte salt is more than 1.1 mol/L and 1.9 mol/L or less, the electrolyte salt contains a compound represented by the following formula and another electrolyte salt: (XSO 2) (FSO 2)NLi wherein X is a fluorine atom, a C 1-6 alkyl group or a C 1-6 fluoroalkyl group, a concentration of the other electrolyte salt is 1.4 mol/L or less, the solvent contains one or more cyclic carbonates, and a molar ratio of the one or more cyclic carbonates contained in the electrolyte solution to the total lithium ion in the electrolyte solution is from 1 to 1.8, and wherein the concentration of the compound represented by formula in the electrolyte solution is not less than 0.2 mol/L.
A method for determining sternal healing by measuring vibration transmittance of a sternum noninvasively with an apparatus, comprising: - producing vibration with spectral content, - transmitting the vibration with spectral content with varying frequency to a first side the sternum through skin and soft tissues, - obtaining response data of the sternum from a second side of the sternum through skin and soft tissues by an accelerometer, which first and second sides of the sternum are on different sides of the midline of the sternum, and - processing said response data for determining P600-1500 index representing the integrated transmittance in the frequency band between 600Hz-1500Hz as an indicator for sternal healing. - producing vibration with spectral content, - transmitting the vibration with spectral content with varying frequency to a first side the sternum through skin and soft tissues, - obtaining response data of the sternum from a second side of the sternum through skin and soft tissues by an accelerometer, which first and second sides of the sternum are on different sides of the midline of the sternum, and - processing said response data for determining P600-1500 index representing the integrated transmittance in the frequency band between 600Hz-1500Hz as an indicator for sternal healing.
Method for producing an electric motor, during the performance of which method a stator is fastened in a motor housing, characterized in that, in a first step, the stator is fixed in a frictionally locking manner by means of at least one spring element in the motor housing, and in that, in a second step, the clearances within the stator, with the exception of a receiving space for a rotor, are filled at least partially with a curing filling material.
A method for transmitting signaling information by a transmitter in a broadcasting communication system, the method comprising: generating the signaling information which comprises a plurality of pieces; determining a number of coded blocks to which the signaling information is to be encoded, based on a number of bits of the signaling information and a number of encoder input information bits; segmenting each piece of the signaling information based on the number of the coded blocks; constructing input information bits of each coded block to include a segmented part of each piece of the signaling information; encoding the input information bits to each coded block; and transmitting each coded block. generating the signaling information which comprises a plurality of pieces; determining a number of coded blocks to which the signaling information is to be encoded, based on a number of bits of the signaling information and a number of encoder input information bits; segmenting each piece of the signaling information based on the number of the coded blocks; constructing input information bits of each coded block to include a segmented part of each piece of the signaling information; encoding the input information bits to each coded block; and transmitting each coded block.
Method for estimating the fuel level in a vehicle tank comprising measuring the fuel level (D, LS) through a fuel level sensor and acquiring information regarding the instantaneous fuel consumption available in the motor vehicle, comparing said fuel level measurement (D, LS) with said information regarding the instantaneous consumption to estimate the fuel level in the tank, estimating the fuel level at a series of subsequent instants (k-1, k), estimating such fuel level at a current instant (k) as a function of values acquired at a previous instant (k-1), wherein said comparison operation comprises limiting the speed of variation of said fuel level estimation, said limitation operation comprises calculating a level variation calculated between a level estimation (LIV(k-1)) at a previous instant (k-1) and a measured level value (LS(k)) at the current instant (k), comparing a speed of said level variation with one or more level variation speed limit values (Su, Sd) calculated starting from said instantaneous fuel consumption value between said current instant (k) and said previous instant (k-1), characterized in that said estimation operation comprises, as a function of the result of said comparison operation, using - as estimation (LIV(k)) - the measured level value (LS(k)) at the current instant (k) or obtaining said estimation (LIV(k) as a linear extrapolation according to one of said level variation speed limit values (Su, Sd), and in that the method further includes measuring the fuel level (D, LS) through a discrete fuel level sensor which provides a plurality of discrete values, and calculating said one or more level variation speed limit values (Su, Sd) as a product of a predetermined tolerance value (1-TOL, 1+TOL) and said fuel consumption value, and that said tolerance can be preset or it can be adjustable.
Contacting device for the transmission of electrical energy to a circuit board, comprising - a housing, which has at least one opening (15, 15', 23, 23') - a first contact element, -- which is arranged in the housing, and -- which has a receiving space with a longitudinal centre axis, the receiving space being open towards the at least one opening (15, 15', 23, 23'), wherein the housing and the first contact element are displaceable relative to one another in a direction transverse to the longitudinal centre axis, wherein between the housing and the first contact element, a spring element is arranged, the spring element acting in the direction transverse to the longitudinal centre axis, - at least one plug-in contact element for mechanical and electrical connection of the first contact element to a circuit board, the at least one plug-in contact element and the first contact element being firmly connected to one another, - a second contact element to be inserted, via the at least one opening (15, 15', 23, 23'), into the receiving space for contacting the first contact element, characterised in that the second contact element has two grooves (41, 41') formed on both sides of a contact portion of the second contact element, that the housing has two openings (15, 15', 23, 23') arranged opposite one another to pass through the second contact element, and forms a wall (12, 21, 12', 21') for engaging the associated groove (41, 41'), the wall (12, 21, 12', 21') defining the respective opening (15, 15', 23, 23'). - a housing, which has at least one opening (15, 15', 23, 23') - a first contact element, -- which is arranged in the housing, and -- which has a receiving space with a longitudinal centre axis, the receiving space being open towards the at least one opening (15, 15', 23, 23'), -- which is arranged in the housing, and -- which has a receiving space with a longitudinal centre axis, the receiving space being open towards the at least one opening (15, 15', 23, 23'), - at least one plug-in contact element for mechanical and electrical connection of the first contact element to a circuit board, the at least one plug-in contact element and the first contact element being firmly connected to one another, - a second contact element to be inserted, via the at least one opening (15, 15', 23, 23'), into the receiving space for contacting the first contact element,