mhurhangee/patent-ind-claim-en huggingface dataset:
A load controller comprising: a switching unit configured to control supply of power from an AC power supply (B1) to a load (Q1), and thereby turn the load (Q1) on or off, by selectively connecting or disconnecting the load (Q1) to/from the AC power supply (Bl); a power source unit configured to convert AC power supplied from the AC power supply (B1) into DC power; and a control unit configured to operate with the DC power supplied from the power source unit and control the switching unit , the power source unit including: a constant-voltage source configured to keep a DC voltage to be output to the control unit a constant voltage; wherein the load controller is characterized in that the power source unit further includes a constant-current source configured to keep a DC current output by the constant-voltage source and to be supplied to the control unit a constant current. a switching unit configured to control supply of power from an AC power supply (B1) to a load (Q1), and thereby turn the load (Q1) on or off, by selectively connecting or disconnecting the load (Q1) to/from the AC power supply (Bl); a power source unit configured to convert AC power supplied from the AC power supply (B1) into DC power; and a control unit configured to operate with the DC power supplied from the power source unit and control the switching unit , the power source unit including: a constant-voltage source configured to keep a DC voltage to be output to the control unit a constant voltage; wherein the load controller is characterized in that the power source unit further includes a constant-current source configured to keep a DC current output by the constant-voltage source and to be supplied to the control unit a constant current. a constant-voltage source configured to keep a DC voltage to be output to the control unit a constant voltage; wherein the load controller is characterized in that the power source unit further includes a constant-current source configured to keep a DC current output by the constant-voltage source and to be supplied to the control unit a constant current.
Belt or belt segment , having a plurality of strength members that extend in a longitudinal direction (X) and are arranged parallel to one another, and a connecting element which forms one end of the belt or belt segment and is configured to be connected to a further connecting element at the other end of the belt or to one end of a further belt segment , wherein the ends of the strength members are held by the connecting element , characterized in that the ends of the strength members are connected to at least one clamping body in a force-fitting manner, wherein the clamping body can be held by the connecting element in a force-fitting manner at least in the longitudinal direction (X).
A hyperspectral element comprising: a multi filter comprising: a first sub filter through which first wavelength light having a first wavelength passes; and a second sub filter through which second wavelength light having a second wavelength passes, the second wavelength being different from the first wavelength; and a multi detector configured to detect the first wavelength light and the second wavelength light, wherein the first sub filter and the second sub filter are arranged in series in an optical path of incident light which is incident onto the multi filter, wherein a light transmission spectrum of the first sub filter comprises a first use band and a first sub light transmission region outside the first use band, wherein a light transmission spectrum of the second sub filter comprises a second use band and a second sub light transmission region outside the second use band, wherein the first wavelength is included in the first use band and the second sub light transmission region, and wherein the second wavelength is included in the second use band and the first sub light transmission region, characterized in that the first sub filter is configured to filter out first remaining wavelengths other than the first wavelength from the first use band, and the second sub filter is configured to filter out second remaining wavelengths other than the second wavelength from the second use band. a first sub filter through which first wavelength light having a first wavelength passes; and a second sub filter through which second wavelength light having a second wavelength passes, the second wavelength being different from the first wavelength; and a multi detector configured to detect the first wavelength light and the second wavelength light, wherein the first sub filter and the second sub filter are arranged in series in an optical path of incident light which is incident onto the multi filter, wherein a light transmission spectrum of the first sub filter comprises a first use band and a first sub light transmission region outside the first use band, wherein a light transmission spectrum of the second sub filter comprises a second use band and a second sub light transmission region outside the second use band, wherein the first wavelength is included in the first use band and the second sub light transmission region, and wherein the second wavelength is included in the second use band and the first sub light transmission region, characterized in that the first sub filter is configured to filter out first remaining wavelengths other than the first wavelength from the first use band, and the second sub filter is configured to filter out second remaining wavelengths other than the second wavelength from the second use band.
A biological vertebral disc graft, comprising: a first and a second bone endplate; and a fibrocartilage layer positioned between the first and the second bone endplate; wherein the fibrocartilage layer comprises pubic symphysis. a first and a second bone endplate; and a fibrocartilage layer positioned between the first and the second bone endplate; wherein the fibrocartilage layer comprises pubic symphysis.
Machine for dispensing beverages from a pod , comprising a frame , a container comprising a pod-receiving zone , and an opening/closing device arranged between the frame and the container so as to pivot the container relative to a vertical axis (X1), between a closed beverage-dispensing position and an open position providing access to the pod-receiving zone, characterised in that the opening/closing device is designed such that the container has a 180° angular stroke for moving from the closed position into the open position and vice versa, with the direction of rotation able to be clockwise or anti-clockwise, as chosen by the user.
A method for manufacturing a laminated bus bar, the method comprising: a first base member forming process of forming a plurality of first through-holes in a serially arrayed manner at a constant pitch (P2) in a conductive flat plate-shaped first base member ; a second base member forming process of forming a conductive flat plate-shaped second base member ; a laminating process of forming a laminated body configured by laminating and fixing flat surfaces of the first base member and the second base member on and to each other; and a punching process of forming, in the second base member of the laminated body , second through-holes forming pairs with the first through-holes , the second through-holes being smaller than the first through-holes in portions overlapping with the first through-holes in a lamination direction of the first base member and the second base member , the second through-holes in combinations of the first through-holes and the second through-holes forming the pairs being formed in a serially arrayed manner at a constant pitch (P1). a first base member forming process of forming a plurality of first through-holes in a serially arrayed manner at a constant pitch (P2) in a conductive flat plate-shaped first base member ; a second base member forming process of forming a conductive flat plate-shaped second base member ; a laminating process of forming a laminated body configured by laminating and fixing flat surfaces of the first base member and the second base member on and to each other; and a punching process of forming, in the second base member of the laminated body , second through-holes forming pairs with the first through-holes , the second through-holes being smaller than the first through-holes in portions overlapping with the first through-holes in a lamination direction of the first base member and the second base member , the second through-holes in combinations of the first through-holes and the second through-holes forming the pairs being formed in a serially arrayed manner at a constant pitch (P1).
Means for aiding a person in bed to stand up, comprising a column (2, 2.1) with connection means for connecting it to a frame part of a bed , and an upright rod , which in its position of use extends transverse to the longitudinal extension of the column (2, 2.1),is connected to the upper end of the column (2, 2.1), and can be pivoted in relation to it, wherein a blocking mechanism is formed in the jointed connection between the upright rod and the column (2, 2.1), which blocks one pivoting direction of the upright rod but allows for the opposed pivoting direction, or wherein the jointed connection is formed by such a blocking mechanism, wherein the blocking mechanism can be released or switched over for changing the blocking direction, characterised in that the upright rod is angled asymmetrically, and the limb of the angled upright rod further away from the connection of the upright rod to the column (2, 2.1) forms a gripping section to be gripped by a user for his use, which, when the other, shorter limb is aligned parallel to the edge of the bed, extends over the lying surface .
An electrode device that is removably implantable at least partially in a recess of a bone or other tissue, the electrode device comprising: a head ; and a shaft connected to the head; the shaft comprising: a shaft body extending distally from the head in an axial direction of the shaft; a conductive element , the conductive element including a conductive surface at a distal end of the shaft; and a plurality of discrete anchor elements (124a-d) projecting from an outer surface of the shaft body in a transverse direction of the shaft, wherein a conductive wire extends through the head and is electrically connected to the conductive element , and wherein an outer portion of the head is resiliently flexible and extends radially outwardly from the shaft body to an outer edge of the head, characterised in that : the outer portion of the head curves distally as it extends towards the outer edge of the head such that the head has a concave distal facing outer surface ; and the electrode device is configured for insertion of the shaft into the recess in the axial direction of the shaft by press-fitting. a head ; and a shaft connected to the head; the shaft comprising: a shaft body extending distally from the head in an axial direction of the shaft; a conductive element , the conductive element including a conductive surface at a distal end of the shaft; and a plurality of discrete anchor elements (124a-d) projecting from an outer surface of the shaft body in a transverse direction of the shaft, a shaft body extending distally from the head in an axial direction of the shaft; a conductive element , the conductive element including a conductive surface at a distal end of the shaft; and a plurality of discrete anchor elements (124a-d) projecting from an outer surface of the shaft body in a transverse direction of the shaft, wherein a conductive wire extends through the head and is electrically connected to the conductive element , and wherein an outer portion of the head is resiliently flexible and extends radially outwardly from the shaft body to an outer edge of the head, characterised in that : the outer portion of the head curves distally as it extends towards the outer edge of the head such that the head has a concave distal facing outer surface ; and the electrode device is configured for insertion of the shaft into the recess in the axial direction of the shaft by press-fitting. the outer portion of the head curves distally as it extends towards the outer edge of the head such that the head has a concave distal facing outer surface ; and the electrode device is configured for insertion of the shaft into the recess in the axial direction of the shaft by press-fitting.
A power supply device comprising: a battery circuit module group in which a plurality of battery circuit modules are connected in series via their respective output terminals (OT); each battery circuit module including a battery (B), an output terminal (OT) through which a voltage of the battery is output, a first switching element (S1) connected to the output terminal and connected in parallel to the battery, and a second switching element (S2) connected in series to the battery between the battery and the first switching element, the second switching element being turned off when the first switching element is turned on; and a control circuit for outputting, at intervals of a certain time, a gate signal for turning on and off the first switching element (S1) and the second switching element (S2) of the battery circuit module to the battery circuit modules in the battery circuit module group; wherein the control circuit has delay circuits provided so as to correspond to the plurality of battery circuit modules , the delay circuits being configured to delay the gate signal by a certain time and to transfer the delayed signal between adjacent battery circuit modules in the battery circuit module group . a battery circuit module group in which a plurality of battery circuit modules are connected in series via their respective output terminals (OT); each battery circuit module including a battery (B), an output terminal (OT) through which a voltage of the battery is output, a first switching element (S1) connected to the output terminal and connected in parallel to the battery, and a second switching element (S2) connected in series to the battery between the battery and the first switching element, the second switching element being turned off when the first switching element is turned on; and a control circuit for outputting, at intervals of a certain time, a gate signal for turning on and off the first switching element (S1) and the second switching element (S2) of the battery circuit module to the battery circuit modules in the battery circuit module group; wherein the control circuit has delay circuits provided so as to correspond to the plurality of battery circuit modules , the delay circuits being configured to delay the gate signal by a certain time and to transfer the delayed signal between adjacent battery circuit modules in the battery circuit module group .
Moulded article comprising or consisting of A) a rigid foam granulate; and B) a flexible foam matrix, characterized in that the moulded article has a thermal conductivity of 0.020 to 0.035 W/(m*K) determined according to DIN EN 13165:2016-09 and the rigid foam granulate A) consists of one or more polymer foam granulates selected from rigid polyurethane foam granulate, polyisocyanurate foam granulate, phenolic foam granulate or mixtures thereof, wherein the rigid foam granulate A) comprises less than 200 open cells measured as specified in the description. A) a rigid foam granulate; and B) a flexible foam matrix, the moulded article has a thermal conductivity of 0.020 to 0.035 W/(m*K) determined according to DIN EN 13165:2016-09 and the rigid foam granulate A) consists of one or more polymer foam granulates selected from rigid polyurethane foam granulate, polyisocyanurate foam granulate, phenolic foam granulate or mixtures thereof, wherein the rigid foam granulate A) comprises less than 200 open cells measured as specified in the description.
An elliptically polarizing plate comprising a linear polarizer , a first retardation film , a second retardation film , a third retardation film and a fourth retardation film sequentially, wherein the first retardation film is a +B plate or a -A plate having an Nz value of less than 1 in the following Equation 1, the second retardation film is a -B plate having an Nz value of more than 1 in the following Equation 1, or a -C plate satisfying the following Expression 1, the third retardation film has an Nz value of 0.8 to 1.2 in the following Equation 1, where its in-plane slow axis forms 43 degrees to 47 degrees with the absorption axis of the linear polarizer , and the fourth retardation film is a +B plate having a Nz value of -4.0 or less in the following Equation 1, or a +C plate satisfying the following Expression 2, and wherein the sum of the thickness direction retardation value of the first retardation film and the thickness direction retardation value of the second retardation film is in a range of -40 nm to 70 nm and the thickness direction retardation (Rth) is defined by the following Equation 2: Nz = nx − nz / nx − ny Rth = nz − ny × d nx = ny > nz nx = ny < nz wherein, nx, ny and nz are refractive indexes of a retardation film in x-axis, y-axis and z-axis directions, respectively, the x-axis is the direction parallel to the in-plane slow axis of a retardation film, the y-axis is the direction parallel to the in-plane fast axis of a retardation film, the z-axis is the thickness direction of a retardation film, and d is the thickness of a retardation film. wherein the first retardation film is a +B plate or a -A plate having an Nz value of less than 1 in the following Equation 1, the second retardation film is a -B plate having an Nz value of more than 1 in the following Equation 1, or a -C plate satisfying the following Expression 1, the third retardation film has an Nz value of 0.8 to 1.2 in the following Equation 1, where its in-plane slow axis forms 43 degrees to 47 degrees with the absorption axis of the linear polarizer , and the fourth retardation film is a +B plate having a Nz value of -4.0 or less in the following Equation 1, or a +C plate satisfying the following Expression 2, and wherein the sum of the thickness direction retardation value of the first retardation film and the thickness direction retardation value of the second retardation film is in a range of -40 nm to 70 nm and the thickness direction retardation (Rth) is defined by the following Equation 2: Nz = nx − nz / nx − ny Rth = nz − ny × d nx = ny > nz nx = ny < nz wherein, nx, ny and nz are refractive indexes of a retardation film in x-axis, y-axis and z-axis directions, respectively, the x-axis is the direction parallel to the in-plane slow axis of a retardation film, the y-axis is the direction parallel to the in-plane fast axis of a retardation film, the z-axis is the thickness direction of a retardation film, and d is the thickness of a retardation film.
A mining shovel bucket comprising: a first side wall ; a second side wall opposite the first side wall; an upper wall portion ; a first in-cheek sensor positioned on the first side wall and facing towards the second side wall; at least one down-looking sensor positioned on a forward-most portion of the upper wall portion and facing an interior of the mining shovel bucket; and a control enclosure mounted on the mining shovel bucket, wherein the control enclosure houses a signal processing system configured to receive and process signals transmitted by the first in-cheek sensor and the at least one down-looking sensor, and a communications system configured to transmit information generated by the signal processing system to a location remote from the mining shovel bucket or receive information from a location remote from the mining shovel bucket; characterised in that the first in-cheek sensor and the at least one down-looking sensor are configured to collect data related to the chemical composition of material contained within the bucket and the signal processing system is configured to identify the chemical composition of the mining material using the collected data. a first side wall ; a second side wall opposite the first side wall; an upper wall portion ; a first in-cheek sensor positioned on the first side wall and facing towards the second side wall; at least one down-looking sensor positioned on a forward-most portion of the upper wall portion and facing an interior of the mining shovel bucket; and a control enclosure mounted on the mining shovel bucket, wherein the control enclosure houses a signal processing system configured to receive and process signals transmitted by the first in-cheek sensor and the at least one down-looking sensor, and a communications system configured to transmit information generated by the signal processing system to a location remote from the mining shovel bucket or receive information from a location remote from the mining shovel bucket;
A glass bottle inspection device comprising: rotating means that causes a glass bottle to rotate about a bottle axis; mouth portion illuminating means that emits light toward a bottle mouth of the glass bottle ; mouth portion image taking means configured to take images of the bottle mouth illuminated by the light emitted from the mouth portion illuminating means during rotation of the bottle ; base portion illuminating means that emits light toward a base portion of the glass bottle ; and base portion image taking means configured to take images of the base portion illuminated by the light emitted from the base portion illuminating means during rotation of the bottle , wherein the device is configured to: detect two points G and H on a sealing surface of the bottle mouth in a mouth portion image taken by the mouth portion image taking means , detect two points M and N at a bottom end of the bottle in a base portion image taken by the base portion image taking means at the same time and in the same plane as the mouth portion image is taken, and calculate the sealing surface inclination of the bottle in a vertically standing position by using the two points G and H of the mouth portion and the two points M and N of the base portion. rotating means that causes a glass bottle to rotate about a bottle axis; mouth portion illuminating means that emits light toward a bottle mouth of the glass bottle ; mouth portion image taking means configured to take images of the bottle mouth illuminated by the light emitted from the mouth portion illuminating means during rotation of the bottle ; base portion illuminating means that emits light toward a base portion of the glass bottle ; and base portion image taking means configured to take images of the base portion illuminated by the light emitted from the base portion illuminating means during rotation of the bottle , wherein the device is configured to: detect two points G and H on a sealing surface of the bottle mouth in a mouth portion image taken by the mouth portion image taking means , detect two points M and N at a bottom end of the bottle in a base portion image taken by the base portion image taking means at the same time and in the same plane as the mouth portion image is taken, and calculate the sealing surface inclination of the bottle in a vertically standing position by using the two points G and H of the mouth portion and the two points M and N of the base portion. detect two points G and H on a sealing surface of the bottle mouth in a mouth portion image taken by the mouth portion image taking means , detect two points M and N at a bottom end of the bottle in a base portion image taken by the base portion image taking means at the same time and in the same plane as the mouth portion image is taken, and calculate the sealing surface inclination of the bottle in a vertically standing position by using the two points G and H of the mouth portion and the two points M and N of the base portion.