mhurhangee/patent-ind-claim-en huggingface dataset:
Specialist control for an electric wheelchair (D), comprising an input element (A) for inputting commands and an adapter box (B) for transmitting data of the input element (A) to an input/output module (C) of the electric wheelchair (D), wherein the data of the input element (A) can be transmitted wirelessly to the adapter box (B) and the input element (A) comprises a computer system which can be worn on the body, namely a wearable with sensors, wherein the wearable is a smart glass with a display which is designed to display a menu, characterized in that the wearable is adapted to convert signals from the sensors into commands which are transmitted to the input/output module (C) of the electric wheelchair (D) in accordance with calibration data stored in the wearable, wherein the calibration data translates an amplitude of a detected head movement into a corresponding proportional intensity of the control command, wherein the wearable is designed to allow navigation through the menu via head movements, wherein the menu comprises a menu item for activating a calibration mode, via which the user can activate the calibration mode, in which the calibration data can be adapted by the user of the electric wheelchair (D) and via which the user can perform a calibration both of head movements for driving control and of head movements for menu control, wherein the calibration of the head movements for driving control can be performed independently of a predetermined direction in that an algorithm running in calibration mode recognizes the extent and direction of a head movement. wherein the data of the input element (A) can be transmitted wirelessly to the adapter box (B) and the input element (A) comprises a computer system which can be worn on the body, namely a wearable with sensors, wherein the wearable is a smart glass with a display which is designed to display a menu, characterized in that the wearable is adapted to convert signals from the sensors into commands which are transmitted to the input/output module (C) of the electric wheelchair (D) in accordance with calibration data stored in the wearable, wherein the calibration data translates an amplitude of a detected head movement into a corresponding proportional intensity of the control command, wherein the wearable is designed to allow navigation through the menu via head movements, wherein the menu comprises a menu item for activating a calibration mode, via which the user can activate the calibration mode, in which the calibration data can be adapted by the user of the electric wheelchair (D) and via which the user can perform a calibration both of head movements for driving control and of head movements for menu control, wherein the calibration of the head movements for driving control can be performed independently of a predetermined direction in that an algorithm running in calibration mode recognizes the extent and direction of a head movement.
A method of passive seismic monitoring for microseismic events, said method comprising: detecting occurrences and locations of a plurality of microseismic events from raw data at a plurality of receivers; determining a moment tensor for each of said plurality of microseismic events using an inversion algorithm on said raw data, each of the moment tensors including two nodal planes; characterized in that said method further comprises grouping a subset of the plurality of microseismic events into a family of microseismic events, based on the proximity of the microseismic events to each other; determining whether the family of microseismic events includes a common plane across each of the nodal planes of the microseismic events for the moment tensors of the family of microseismic events; if the family of microseismic events does not include a common plane, determining that said family is not a proper family of microseismic events otherwise determining said common plane as being a solution fault plane for the family of microseismic events; and generating an image depicting said solution fault plane. detecting occurrences and locations of a plurality of microseismic events from raw data at a plurality of receivers; determining a moment tensor for each of said plurality of microseismic events using an inversion algorithm on said raw data, each of the moment tensors including two nodal planes; characterized in that said method further comprises grouping a subset of the plurality of microseismic events into a family of microseismic events, based on the proximity of the microseismic events to each other; determining whether the family of microseismic events includes a common plane across each of the nodal planes of the microseismic events for the moment tensors of the family of microseismic events; if the family of microseismic events does not include a common plane, determining that said family is not a proper family of microseismic events otherwise determining said common plane as being a solution fault plane for the family of microseismic events; and generating an image depicting said solution fault plane.
Gas pressure regulator comprising - a body with a gas inlet , a gas outlet and a passage fluidly interconnecting said inlet with said outlet; - a piston with a main portion (22.1) and a tubular portion (22.2), said tubular portion being sealingly and slidably housed in the body and forming a portion (20.1) of the passage in said body; - a valve seat in the body , said seat being configured to cooperate with a regulating edge of the tubular portion (22.2) of the piston for varying a flow section of the passage depending on the gas pressure in a regulating chamber delimited by the piston and downstream of said seat ; wherein the tubular portion (22.2) traverses the main portion (22.1) of the piston and the regulating edge of said tubular portion (22.2) is on a downstream side of said tubular portion; and the body comprises a central shaft portion (4.3) carrying the valve seat , the piston being sealingly slidable around said central shaft portion; characterized in that the central shaft portion (4.3) comprises a venting channel for a chamber that is delimited by the side of the piston that is opposed to the regulating chamber . - a body with a gas inlet , a gas outlet and a passage fluidly interconnecting said inlet with said outlet; - a piston with a main portion (22.1) and a tubular portion (22.2), said tubular portion being sealingly and slidably housed in the body and forming a portion (20.1) of the passage in said body; - a valve seat in the body , said seat being configured to cooperate with a regulating edge of the tubular portion (22.2) of the piston for varying a flow section of the passage depending on the gas pressure in a regulating chamber delimited by the piston and downstream of said seat ; wherein the tubular portion (22.2) traverses the main portion (22.1) of the piston and the regulating edge of said tubular portion (22.2) is on a downstream side of said tubular portion; and the body comprises a central shaft portion (4.3) carrying the valve seat , the piston being sealingly slidable around said central shaft portion; characterized in that the central shaft portion (4.3) comprises a venting channel for a chamber that is delimited by the side of the piston that is opposed to the regulating chamber . wherein the tubular portion (22.2) traverses the main portion (22.1) of the piston and the regulating edge of said tubular portion (22.2) is on a downstream side of said tubular portion; and the body comprises a central shaft portion (4.3) carrying the valve seat , the piston being sealingly slidable around said central shaft portion; characterized in that the central shaft portion (4.3) comprises a venting channel for a chamber that is delimited by the side of the piston that is opposed to the regulating chamber .
An aqueous resin composition comprising a resin in water, which resin is a reaction product of an oxidised polysaccharide and a crosslinking agent, a) which oxidised polysaccharide is an oxidised cellulose comprising between 3 and 12.2, preferably between 7.4 and 11.1 mmole of aldehyde groups per gram cellulose, b) which crosslinking agent comprises two or more groups reactive with the aldehyde groups, c) wherein the aldehyde groups in the resin in the aqueous resin composition are in hydrated or un-hydrated form and are at least partly converted to inter- or intramolecular hemiacetals, d) wherein the resin is dispersed and/or dissolved but not gelled. a) which oxidised polysaccharide is an oxidised cellulose comprising between 3 and 12.2, preferably between 7.4 and 11.1 mmole of aldehyde groups per gram cellulose, b) which crosslinking agent comprises two or more groups reactive with the aldehyde groups, c) wherein the aldehyde groups in the resin in the aqueous resin composition are in hydrated or un-hydrated form and are at least partly converted to inter- or intramolecular hemiacetals, d) wherein the resin is dispersed and/or dissolved but not gelled.
Ironing device comprising an ironing board comprising two opposite faces which are parallel to each other and against which a garment to be ironed can be arranged for treatment by means of a straightening and/or ironing tool, said board extending in a longitudinal direction over a length L, characterised in that the board is mounted so as to pivot about a first pivot pin which extends between a front panel defining one of the faces of the board, and a rear panel defining the other face of the board , said first pin extending transversely to the longitudinal direction L.
Set of a stiffening support and a strap intended for a motor vehicle fuel tank , the stiffening support has an elongated shape with at least one arm plane extending from a median body to which one longitudinal end of said at least one arm is connected, the other longitudinal end of said at least one arm being free and carrying a bearing pad , said other longitudinal end of said at least one arm extending perpendicularly to the rest of the arm and being intended to be welded to the fuel tank , characterized in that the median body comprising a central recess passing therethrough closed by a meadow canvas -maintain which is intended to be pierced, when capping the fuel tank on the vehicle, by a stud, the strap having one end traversed by a recess aligned with the central recess of the middle body and applied against the middle body , the middle body carrying retaining means (9a, 9b ; 13,14) of said end of the strap .
A table saw comprising: a table having a saw blade slot disposed therein; a fence assembly positionable upon the table , the fence assembly comprising: a primary fence including a first elongated body having a first height (HI); a secondary fence (115; 185) pivotally mounted to the primary fence and pivotable between a deployed position and a stowed position, the secondary fence (115; 185) including a second elongated body (108; 189) having a second height (H2) that is less than the first height (H1), wherein when the fence assembly is positioned on the table , the secondary fence is proximate the saw blade slot while in the deployed position, and the secondary fence is positioned farther from the saw blade slot while in the stowed position; characterised in that : the secondary fence (115; 185) further includes a window , and a knob supported at least partially within the window , the knob being located at a proximal end of a fastener configured to engage a threaded bore in the primary fence to releasably secure the secondary fence in one of the deployed position or the stowed position. a table having a saw blade slot disposed therein; a fence assembly positionable upon the table , the fence assembly comprising: a primary fence including a first elongated body having a first height (HI); a secondary fence (115; 185) pivotally mounted to the primary fence and pivotable between a deployed position and a stowed position, the secondary fence (115; 185) including a second elongated body (108; 189) having a second height (H2) that is less than the first height (H1), wherein when the fence assembly is positioned on the table , the secondary fence is proximate the saw blade slot while in the deployed position, and the secondary fence is positioned farther from the saw blade slot while in the stowed position; a primary fence including a first elongated body having a first height (HI); a secondary fence (115; 185) pivotally mounted to the primary fence and pivotable between a deployed position and a stowed position, the secondary fence (115; 185) including a second elongated body (108; 189) having a second height (H2) that is less than the first height (H1), wherein when the fence assembly is positioned on the table , the secondary fence is proximate the saw blade slot while in the deployed position, and the secondary fence is positioned farther from the saw blade slot while in the stowed position; characterised in that : the secondary fence (115; 185) further includes a window , and a knob supported at least partially within the window , the knob being located at a proximal end of a fastener configured to engage a threaded bore in the primary fence to releasably secure the secondary fence in one of the deployed position or the stowed position. a window , and a knob supported at least partially within the window , the knob being located at a proximal end of a fastener configured to engage a threaded bore in the primary fence to releasably secure the secondary fence in one of the deployed position or the stowed position.
A nutritional composition comprising at least one fucosylated oligosaccharide for use in enhancing the pancreatic development and/or pancreatic maturation of infants or young children, wherein said infants or young children are subject in need and/or are at risk of under-development of pancreas and/or are born preterm and/or suffering from intra-uterine-growth retardation (IUGR) and/or born with low birth weight (LBW), very-low-birth-weight (VLBW), or extremely-low-birth-weight (ELBW).
A calibration method comprising: acquiring a first image of a scene inside a medium, when there is no object along a line-of-sight (LOS), under illumination from a first location along the LOS; acquiring a second image of the scene inside the medium, when there is no object along the LOS, under illumination from a second, different location along the LOS; and computing attenuation coefficients, one per color channel, based on backscatter in the first and second images taken from the center of each image. acquiring a first image of a scene inside a medium, when there is no object along a line-of-sight (LOS), under illumination from a first location along the LOS; acquiring a second image of the scene inside the medium, when there is no object along the LOS, under illumination from a second, different location along the LOS; and computing attenuation coefficients, one per color channel, based on backscatter in the first and second images taken from the center of each image.
Electrohydraulic motor vehicle control device , in particular for a motor vehicle brake system, comprising a hydraulic unit with valves which can be activated electrically, an electronic control unit which comprises a first circuit board with electrical and/or electronic components for actuating the valves , and an electric motor for driving an electrically controllable, hydraulic pressure source , wherein electrical and/or electronic components , in particular power electronics components for actuating the electric motor are arranged on a second circuit board which is arranged separate from the electronic control unit , characterized in that the second circuit board is embodied in two parts with a first and a second circuit board part , and in that the electrical and/or electronic components, in particular the power electronics components, are embodied redundantly with respect to the actuation of the electric motor , on the first and second circuit board parts .
A wireless power supply system comprising: a power transmitter ; and a power receiver , the power transmitter comprising a power-transmitting coil to which AC power of a frequency is input from a power source , and the power receiver comprising a power-receiving coil magnetically coupled to the power-transmitting coil at a coupling coefficient, and a first power-receiving-side series element coupled in series to the power-receiving coil and having imaginary impedance jZ S2i , characterized in that at least one of the frequency and the imaginary impedance is variable, the system is configured such that at least one of the frequency and the imaginary impedance are changed on the basis of satisfying the following formula so that an impedance when a power-receiving side is seen from the power source is independent of the coupling coefficient when the coupling coefficient changes, I 2 I 1 = L 1 L 2 where L 1 is self-inductance of the power-transmitting coil, L 2 is self-inductance of the power-receiving coil, I 1 is a current flowing through the power-transmitting coil, and I 2 is a current flowing through the power-receiving coil. a power transmitter ; and a power receiver , the power transmitter comprising a power-transmitting coil to which AC power of a frequency is input from a power source , and the power receiver comprising a power-receiving coil magnetically coupled to the power-transmitting coil at a coupling coefficient, and a first power-receiving-side series element coupled in series to the power-receiving coil and having imaginary impedance jZ S2i , characterized in that at least one of the frequency and the imaginary impedance is variable, the system is configured such that at least one of the frequency and the imaginary impedance are changed on the basis of satisfying the following formula so that an impedance when a power-receiving side is seen from the power source is independent of the coupling coefficient when the coupling coefficient changes, I 2 I 1 = L 1 L 2 where L 1 is self-inductance of the power-transmitting coil, L 2 is self-inductance of the power-receiving coil, I 1 is a current flowing through the power-transmitting coil, and I 2 is a current flowing through the power-receiving coil.
Method for filling a package with a group of pairs of packs , comprising: - supplying a group of pairs of packs simultaneously from a transport device to a package, - vertically spacing the two packs of each pair of packs of the group of pairs of packs from each other in the package, - horizontally spacing each pair of packs from each other in the package, - maintaining a horizontal spacing between each pair of packs of the group of pairs of packs while supplying the group of pairs of packs to the package by guiding the pairs of packs of the group of pairs of packs along space bars provided in the transport device, - supplying a blank of sheet material and manufacturing a pack spacer and pair spacers from the blank of sheet material, the pack spacer is provided in the package for the vertical spacing between packs of pairs of packs and the pair spacers are provided in the package for the horizontal spacing between pairs of packs , therein providing a strip former and pushing the strip former into the package at locations of pre-cut strips in the blank of sheet material , thereby forming the pair spacers , and supplying the group of pairs of packs simultaneously into the package before forming the pair spacers . - supplying a group of pairs of packs simultaneously from a transport device to a package, - vertically spacing the two packs of each pair of packs of the group of pairs of packs from each other in the package, - horizontally spacing each pair of packs from each other in the package, - maintaining a horizontal spacing between each pair of packs of the group of pairs of packs while supplying the group of pairs of packs to the package by guiding the pairs of packs of the group of pairs of packs along space bars provided in the transport device, - supplying a blank of sheet material and manufacturing a pack spacer and pair spacers from the blank of sheet material, the pack spacer is provided in the package for the vertical spacing between packs of pairs of packs and the pair spacers are provided in the package for the horizontal spacing between pairs of packs , therein providing a strip former and pushing the strip former into the package at locations of pre-cut strips in the blank of sheet material , thereby forming the pair spacers , and supplying the group of pairs of packs simultaneously into the package before forming the pair spacers . providing a strip former and pushing the strip former into the package at locations of pre-cut strips in the blank of sheet material , thereby forming the pair spacers , and supplying the group of pairs of packs simultaneously into the package before forming the pair spacers .
A method of pre-configuring a dual-active bridge DC-DC converter comprising a controller , the method comprising: increasing, by the controller , a commanded phase shift between a primary bridge circuit and a secondary bridge circuit; determining for a plurality of phase shifts, the occurrence of a phase shift error caused by a switching dead time in the converter; detecting, by the controller , a zero voltage switching boundary condition under which the phase shift error vanishes; and determining a magnetic coupling coefficient of a wireless power transfer system of the dual-active bridge DC-DC converter by inserting the zero voltage switching boundary condition into a mathematical model, wherein the system is configured to start nominal operation at nominal switching frequencies once the coupling coefficient is known by the controller, and wherein detecting a zero voltage switching boundary condition comprises detecting a stagnation of sensed circuit parameters while increasing the commanded phase shift between the two converter bridge circuits, and wherein the sensed circuit parameters comprise at least one of an input DC bus current, an output DC bus current, or a bridge output voltage pulse width modulation pattern. increasing, by the controller , a commanded phase shift between a primary bridge circuit and a secondary bridge circuit; determining for a plurality of phase shifts, the occurrence of a phase shift error caused by a switching dead time in the converter; detecting, by the controller , a zero voltage switching boundary condition under which the phase shift error vanishes; and determining a magnetic coupling coefficient of a wireless power transfer system of the dual-active bridge DC-DC converter by inserting the zero voltage switching boundary condition into a mathematical model, wherein the system is configured to start nominal operation at nominal switching frequencies once the coupling coefficient is known by the controller, and wherein detecting a zero voltage switching boundary condition comprises detecting a stagnation of sensed circuit parameters while increasing the commanded phase shift between the two converter bridge circuits, and wherein the sensed circuit parameters comprise at least one of an input DC bus current, an output DC bus current, or a bridge output voltage pulse width modulation pattern.
A flavored, fiber-enriched liquid beverage concentrate, comprising an acidulant, a flavor, a high-intensity sweetener, a soluble fiber, a preservative and water, the soluble fiber comprising 20 to 60 %w/w of the concentrate with a pH in a range of 1.2 to 4.0; wherein the soluble fiber is corn fiber; wherein the preservative is 0.01 to 0.3 per cent by weight of the beverage concentrate; wherein the concentrate has a viscosity of between 0.025 Pa·s (25 cP) and 0.07 Pa·s (70 cP) (Brookfield Viscosity (Spindle LV2@3ORPM@25°C)). wherein the soluble fiber is corn fiber; wherein the preservative is 0.01 to 0.3 per cent by weight of the beverage concentrate; wherein the concentrate has a viscosity of between 0.025 Pa·s (25 cP) and 0.07 Pa·s (70 cP) (Brookfield Viscosity (Spindle LV2@3ORPM@25°C)).