mhurhangee/patent-ind-claim-en huggingface dataset:
Method of unmounting an annular sleeve shrunk onto a roller core of a press roller of a roller press, wherein the annular sleeve is heated so as to expand and is pulled off the roller core , characterised in that the annular sleeve is inductively heated with at least one induction coil , wherein the annular sleeve is thick-walled with a wall thickness of more than 100 mm and has an outer diameter of more than 1000 mm.
A metal supported solid oxide fuel cell stack assembly comprising: (i) a metal base plate ; (ii) an at least one fuel cell stack mounted on the base plate ; and (iii) a metal end plate ; each at least one fuel cell stack arranged mounted between said base plate and said end plate , and comprising at least one fuel cell stack layer , each at least one fuel cell stack layer comprising at least one fuel cell and at least one electrically insulating compression gasket , characterised in that : a skirt is attached to and between the base plate and the end plate to enclose the at least one fuel cell stack and is under tension to and between the base plate and the end plate to maintain a compressive force through the at least one fuel cell stack ; and at least one electrically insulating gasket is sandwiched between an outer surface of said at least one fuel cell stack and an adjacent inner surface of said skirt , the insulating gasket preventing oxidant flow around the outside of the fuel cell stack . (i) a metal base plate ; (ii) an at least one fuel cell stack mounted on the base plate ; and (iii) a metal end plate ; a skirt is attached to and between the base plate and the end plate to enclose the at least one fuel cell stack and is under tension to and between the base plate and the end plate to maintain a compressive force through the at least one fuel cell stack ; and at least one electrically insulating gasket is sandwiched between an outer surface of said at least one fuel cell stack and an adjacent inner surface of said skirt , the insulating gasket preventing oxidant flow around the outside of the fuel cell stack .
A contacting part made of a thermoplastic resin composition [X] comprising: 20 to 65 parts by mass of a rubber-reinforced vinyl resin [A]; and 35 to 80 parts by mass of a polycarbonate resin [B] (provided that the total amount of [A] and [B] is 100 parts by mass); wherein: the rubber-reinforced vinyl resin [A] comprises a rubber-reinforced vinyl resin [A1] obtained by polymerizing a vinyl monomer [c1] in the presence of an ethylene-α-olefin rubber polymer [a1] having Tm (melting point) of 0°C or higher; and the amount of the ethylene-α-olefin rubber polymer [a1] is 5 to 30% by mass based on 100% by mass of the thermoplastic resin composition [X]; wherein Tm is measured by DSC (differential scanning calorimetry) in which an endothermic change is measured at a constant heating rate of 20°C/minute and a peak temperature of the obtained endothermic pattern is read. 20 to 65 parts by mass of a rubber-reinforced vinyl resin [A]; and 35 to 80 parts by mass of a polycarbonate resin [B] (provided that the total amount of [A] and [B] is 100 parts by mass); wherein: the rubber-reinforced vinyl resin [A] comprises a rubber-reinforced vinyl resin [A1] obtained by polymerizing a vinyl monomer [c1] in the presence of an ethylene-α-olefin rubber polymer [a1] having Tm (melting point) of 0°C or higher; and the amount of the ethylene-α-olefin rubber polymer [a1] is 5 to 30% by mass based on 100% by mass of the thermoplastic resin composition [X]; wherein Tm is measured by DSC (differential scanning calorimetry) in which an endothermic change is measured at a constant heating rate of 20°C/minute and a peak temperature of the obtained endothermic pattern is read. the rubber-reinforced vinyl resin [A] comprises a rubber-reinforced vinyl resin [A1] obtained by polymerizing a vinyl monomer [c1] in the presence of an ethylene-α-olefin rubber polymer [a1] having Tm (melting point) of 0°C or higher; and the amount of the ethylene-α-olefin rubber polymer [a1] is 5 to 30% by mass based on 100% by mass of the thermoplastic resin composition [X]; wherein Tm is measured by DSC (differential scanning calorimetry) in which an endothermic change is measured at a constant heating rate of 20°C/minute and a peak temperature of the obtained endothermic pattern is read.
A water-treatment separation membrane comprising: a support having pores; a polyamide layer formed on the support; and a passivation layer formed on the polyamide layer, the passivation layer including a compound represented by following Chemical Formula (I), [Chemical Formula I] L 1 -A-L 2 -B-L 3 , in which L 1 is an amine, or an epoxide, A is at least one selected from the group consisting of the following Chemical Formulae (VI), (VII), (VIII), (IX) and (XI) to (XII), L 2 is at least one selected from the group consisting of following Chemical Formulae (II) to (V), B is at least one selected from a group consisting of following compounds, and L 3 is -CF 3 or -F. a support having pores; a polyamide layer formed on the support; and a passivation layer formed on the polyamide layer, the passivation layer including a compound represented by following Chemical Formula (I), [Chemical Formula I] L 1 -A-L 2 -B-L 3 , in which L 1 is an amine, or an epoxide, A is at least one selected from the group consisting of the following Chemical Formulae (VI), (VII), (VIII), (IX) and (XI) to (XII), L 2 is at least one selected from the group consisting of following Chemical Formulae (II) to (V), B is at least one selected from a group consisting of following compounds, and L 3 is -CF 3 or -F.
An injection molding device , in particular for back-injection molding of an outer material with a plastic material, having a cavity , which is formed between a matrix and a mold core, having a vertical flash face gap which adjoins the cavity and is bounded by a matrix-side vertical flash face and a mold-core-side vertical flash face , characterized in that the mold-core-side vertical flash face is formed by a surface of a closure element with an outer contour, said closure element being guided on a mold-core-side surface , wherein the cross-sectional diameter of the contour is formed to decrease in the direction of the vertical-flash-face-side opening of the cavity, the shortest distance of the closure element from the vertical-flash-face-side opening of the cavity is adjustable independently of the thickness of the outer material , wherein a change in the distance of the closure element from the opening of the cavity is associated with a change in the distance between the vertical flash faces .
A grain-oriented magnetic steel sheet comprising: grooves each of which has a depth of 5 μm to 50 μm and extends in a direction intersecting a transportation direction, the grooves being formed at predetermined pitches PL in the transportation direction by laser beam irradiation; and a melt-resolidified portion which is formed in a peripheral portion around the bottom of each of the grooves, wherein each of the grooves is formed to be not linear on the grain-oriented magnetic steel sheet, a relationship between a standard deviation value D and the pitch PL satisfies the following expression , the standard deviation value D being a standard deviation of distances between a linear approximation line, which is obtained from a curved center line of each of the grooves in a groove width direction by a least-squares method, and respective positions on the curved center line, the standard deviation value D being calculated as defined in the description, and an average angle formed between tangent lines of the respective positions on the curved center line and a direction perpendicular to the transportation direction is more than 0° to 30°. [Expression 1] 0.02 ≤ D / PL grooves each of which has a depth of 5 μm to 50 μm and extends in a direction intersecting a transportation direction, the grooves being formed at predetermined pitches PL in the transportation direction by laser beam irradiation; and a melt-resolidified portion which is formed in a peripheral portion around the bottom of each of the grooves, wherein each of the grooves is formed to be not linear on the grain-oriented magnetic steel sheet, a relationship between a standard deviation value D and the pitch PL satisfies the following expression , the standard deviation value D being a standard deviation of distances between a linear approximation line, which is obtained from a curved center line of each of the grooves in a groove width direction by a least-squares method, and respective positions on the curved center line, the standard deviation value D being calculated as defined in the description, and an average angle formed between tangent lines of the respective positions on the curved center line and a direction perpendicular to the transportation direction is more than 0° to 30°. [Expression 1] 0.02 ≤ D / PL
A container comprising: an inner container that accommodates an article, with an opening through which the article can be discharged; and a cover that is composed of a cover-forming sheet member given by lamination of a plurality of film layers , and covers the inner container , the cover-forming sheet member has a film region in which the plurality of film layers are attached to each other, and a filler enclosing part in which a filler is enclosed between the plurality of film layers , wherein the filler enclosing part , in comparison to the film region, bulges in the thickness direction of the cover-forming sheet member , and characterized in that the container comprises an outer air introducing part through which the outer air is introduced between the outer surface of the inner container and the inner surface of the cover . an inner container that accommodates an article, with an opening through which the article can be discharged; and a cover that is composed of a cover-forming sheet member given by lamination of a plurality of film layers , and covers the inner container , the cover-forming sheet member has a film region in which the plurality of film layers are attached to each other, and a filler enclosing part in which a filler is enclosed between the plurality of film layers , wherein the filler enclosing part , in comparison to the film region, bulges in the thickness direction of the cover-forming sheet member , and characterized in that the container comprises an outer air introducing part through which the outer air is introduced between the outer surface of the inner container and the inner surface of the cover .
An electrodynamic loudspeaker , comprising: - a fixed frame , - a motor attached to the fixed frame , the motor defining at least one air gap , and - a mobile assembly movable with respect to the fixed frame along an axis (A-A'), the mobile assembly comprising: > a convex diaphragm whose convexity is directed outwards from the loudspeaker , and > an excitation coil of the diaphragm , the excitation coil being arranged in the air gap and defining the axis (A-A') of the loudspeaker , - a flexible conductor electrically connected to the excitation coil at one end, and mechanically connected at one end to the fixed frame away from its connection end to the excitation coil , the loudspeaker further comprising a resilient support attached to the fixed frame and configured to support the flexible conductor , the resilient support comprising a longitudinal groove in which the flexible conductor is received, characterised in that each longitudinal groove has a flared slope towards the convex diaphragm . - a fixed frame , - a motor attached to the fixed frame , the motor defining at least one air gap , and - a mobile assembly movable with respect to the fixed frame along an axis (A-A'), the mobile assembly comprising: > a convex diaphragm whose convexity is directed outwards from the loudspeaker , and > an excitation coil of the diaphragm , the excitation coil being arranged in the air gap and defining the axis (A-A') of the loudspeaker , > a convex diaphragm whose convexity is directed outwards from the loudspeaker , and > an excitation coil of the diaphragm , the excitation coil being arranged in the air gap and defining the axis (A-A') of the loudspeaker , - a flexible conductor electrically connected to the excitation coil at one end, and mechanically connected at one end to the fixed frame away from its connection end to the excitation coil , the loudspeaker further comprising a resilient support attached to the fixed frame and configured to support the flexible conductor , the resilient support comprising a longitudinal groove in which the flexible conductor is received, characterised in that each longitudinal groove has a flared slope towards the convex diaphragm . the loudspeaker further comprising a resilient support attached to the fixed frame and configured to support the flexible conductor , the resilient support comprising a longitudinal groove in which the flexible conductor is received, characterised in that each longitudinal groove has a flared slope towards the convex diaphragm .
A method for predicting the risk of having the chronic lung allograft dysfunction (CLAD) in a lung transplanted subject comprising the following steps: i) measuring the expression level of POU2AF1 or BLK in a blood sample obtained from said subject; ii) comparing the expression level of POU2AF1 or BLK with a predetermined reference value and iii) concluding that the subject is at risk of having CLAD when the expression level of POU2AF1 or BLK is lower than the predetermined reference value or concluding that the subject is not at risk of having CLAD when the expression level of POU2AF1 or BLK is higher than the predetermined reference value. i) measuring the expression level of POU2AF1 or BLK in a blood sample obtained from said subject; ii) comparing the expression level of POU2AF1 or BLK with a predetermined reference value and iii) concluding that the subject is at risk of having CLAD when the expression level of POU2AF1 or BLK is lower than the predetermined reference value or concluding that the subject is not at risk of having CLAD when the expression level of POU2AF1 or BLK is higher than the predetermined reference value.
A method of wiring a wind energy installation which, after it has been erected, comprises a nacelle which can rotate on a tower about a vertical azimuth axis and which has a rotor and a generator which is driven by the rotor , as well as a cabling system for conducting electricity generated by the generator from the nacelle into the base of the tower of the wind energy installation , wherein the cabling system permits multiple rotation of the nacelle about the azimuth axis by means of a cable loop which can be twisted and which comprises a plurality of cables and which is arranged or is to be arranged in the tower below the nacelle , wherein, before the wind energy installation is erected, a nacelle-side cabling subsystem is installed in the nacelle and a tower-side cabling subsystem , which comprises the cable loop , is installed in the tower or in an uppermost tower segment wherein, during the course of the erection of the wind energy installation , the nacelle , together with the nacelle-side cabling subsystem , is placed on the tower or on the uppermost tower segment with the tower-side cabling subsystem and, after this has been placed, the nacelle-side cabling subsystem is connected to the tower-side cabling subsystem , wherein, in order to connect the cabling subsystems to one another, cables of the cable loop are galvanically connected by means of galvanic connection means to cables of the nacelle-side cabling subsystem, characterised in that the galvanic connections are provided with sleeves , wherein the sleeves are constructed as a plug-in system with two cylindrical connection means which are of a complementary shape and which each have, at their ends, a receptacle for cable ends.
A device for monitoring a supply line of an electrical machine (M) fed by a frequency converter in order to predict failure, wear and/or ageing of the electrical supply line from a sequence of square pulses fed by the frequency converter for operating the electrical machine (M), wherein - the electrical supply line is arranged and routed to connect an electrical machine (M) in an industrial machine or plant or in a land or air vehicle to the frequency converter , and - the frequency converter is arranged and intended to feed the electrical machine (M) with a single-phase or multi-phase AC voltage (u, v, w) with variable voltage amplitude and pulse duration through the electrical supply line , wherein a change in pulse duration and/or voltage amplitude of the alternating voltage (u, v, w) is used to change a speed or torque of the electric machine (M), - the frequency converter is set up and intended to provide each phase of the AC voltage (u, v, w) as a sequence of square-wave pulses with a high edge steepness for feeding the electrical machine (M), and wherein a detection and evaluation device is set up and programmed to -- detect and process voltage signals at the output of the frequency converter on one or between two wires of the electrical supply line in order to obtain from the voltage signals a measure of a probability of occurrence of a failure, wear and/or ageing of the line, and -- output the measure obtained at an output (D). - the electrical supply line is arranged and routed to connect an electrical machine (M) in an industrial machine or plant or in a land or air vehicle to the frequency converter , and - the frequency converter is arranged and intended to feed the electrical machine (M) with a single-phase or multi-phase AC voltage (u, v, w) with variable voltage amplitude and pulse duration through the electrical supply line , wherein a change in pulse duration and/or voltage amplitude of the alternating voltage (u, v, w) is used to change a speed or torque of the electric machine (M), - the frequency converter is set up and intended to provide each phase of the AC voltage (u, v, w) as a sequence of square-wave pulses with a high edge steepness for feeding the electrical machine (M), and wherein -- detect and process voltage signals at the output of the frequency converter on one or between two wires of the electrical supply line in order to obtain from the voltage signals a measure of a probability of occurrence of a failure, wear and/or ageing of the line, and -- output the measure obtained at an output (D).
A semiconductor power module , comprising: - a leadframe or substrate , and - a resin body coupled to the leadframe or substrate including at least a first resin element and a second resin element , wherein the first and second resin elements are arranged laterally adjacent to each other with respect to a lateral direction (B, C) of the semiconductor power module , wherein a resin material of the first resin element is different from a resin material of the second resin element and wherein the first resin element and the second resin element are separated in part at least with respect to surface areas facing each other by means of a recess in form of a groove providing at least a partial space between the first and second resin elements , and characterised in that the recess in form of a groove is mechanically formed by means of at least one of cutting, sawing or milling, or thermally formed by means of laser cutting, or chemically formed by means of etching. - a leadframe or substrate , and - a resin body coupled to the leadframe or substrate including at least a first resin element and a second resin element , wherein the first and second resin elements are arranged laterally adjacent to each other with respect to a lateral direction (B, C) of the semiconductor power module , wherein a resin material of the first resin element is different from a resin material of the second resin element and wherein the first resin element and the second resin element are separated in part at least with respect to surface areas facing each other by means of a recess in form of a groove providing at least a partial space between the first and second resin elements , and characterised in that the recess in form of a groove is mechanically formed by means of at least one of cutting, sawing or milling, or thermally formed by means of laser cutting, or chemically formed by means of etching.
A method for normalizing output signals of a Coriolis gyroscope having a mass system that can be excited to an excitation oscillation of the Coriolis gyroscope parallel to a first axis (x), wherein a deflection of the mass system on account of a Coriolis force along a second axis (y), which is provided perpendicular to the first axis (x), can be verified using an output signal (S) of the Coriolis gyroscope , comprising: determining the amplitude (A) of the excitation oscillation of the Coriolis gyroscope at a defined time (t i ), determining the output signal (S) of the Coriolis gyroscope at the defined time (t i ), and generating a normalized output signal (S 0 ) of the Coriolis gyroscope by multiplying the determined output signal (S) by the quotient of the amplitude (A 0 ) of the excitation oscillation of the Coriolis gyroscope in steady state and the determined amplitude (A), wherein the amplitude (A) of the excitation oscillation of the Coriolis gyroscope is determined continuously, characterized in that the defined time (t i ) is defined as reached, when the determined amplitude (A) of the excitation oscillation has reached a respectively predetermined value (A i ). determining the amplitude (A) of the excitation oscillation of the Coriolis gyroscope at a defined time (t i ), determining the output signal (S) of the Coriolis gyroscope at the defined time (t i ), and generating a normalized output signal (S 0 ) of the Coriolis gyroscope by multiplying the determined output signal (S) by the quotient of the amplitude (A 0 ) of the excitation oscillation of the Coriolis gyroscope in steady state and the determined amplitude (A), wherein the amplitude (A) of the excitation oscillation of the Coriolis gyroscope is determined continuously, characterized in that the defined time (t i ) is defined as reached, when the determined amplitude (A) of the excitation oscillation has reached a respectively predetermined value (A i ).
Method for processing a food product for inactivating bacteria associated to said product, comprising the steps of: mixing the food product with a bacteriophage and a bacteriocin to obtain a mixed food product; subjecting the mixed food product to a pressure of 100 - 300 MPa; wherein the method is carried out with a temperature of operation varying between 5 - 20 °C; for a period of time from 1-20 minutes; wherein the bacteriocin is pediocin PA-1; wherein the bacteriophage is Listeria-specific phage P100. mixing the food product with a bacteriophage and a bacteriocin to obtain a mixed food product; subjecting the mixed food product to a pressure of 100 - 300 MPa; wherein the method is carried out with a temperature of operation varying between 5 - 20 °C; for a period of time from 1-20 minutes; wherein the bacteriocin is pediocin PA-1; wherein the bacteriophage is Listeria-specific phage P100.
A composition for use in a method of treating one or more symptoms of premenstrual syndrome (PMS) in an individual, wherein the composition comprises an effective amount of an oxaloacetate, an oxaloacetic acid, or an oxaloacetate salt; wherein the one or more symptoms of PMS include one or more of acne, tender breasts, bloating, fatigue, difficulty concentrating, diminished impulse control, irritability, anxiety, tension, anger, depression, suicidal thoughts, insomnia, or cramping.