mhurhangee/ep-ind-claims huggingface dataset:
A vehicular display device which displays an image in a display area provided to overlap a position of a windshield included in a vehicle, comprising: a display configured to display an image in the display area; a display processor configured to display a direction guide image in the display area in a manner superimposed on a road on which the vehicle is traveling; and a display pattern determiner configured to determine a display pattern of the direction guide image based on a traveling speed of the vehicle, wherein: the display processor displays the direction guide image in the display area based on the display pattern determined by the display pattern determiner; and the direction guide image includes a plurality of guide icons indicating a traveling direction and arranged along the road, the vehicular display device being characterized in that: the display pattern determiner determines the display pattern such that the higher the traveling speed is, the longer a length from a top end to a bottom end of the direction guide image is, the direction guide image being an image showing a turn position where the vehicle is to make a turn on the road; and the display pattern determiner determines the display pattern such that the higher the traveling speed is, the larger an interval between the guide icons is. a display configured to display an image in the display area; a display processor configured to display a direction guide image in the display area in a manner superimposed on a road on which the vehicle is traveling; and a display pattern determiner configured to determine a display pattern of the direction guide image based on a traveling speed of the vehicle, the display processor displays the direction guide image in the display area based on the display pattern determined by the display pattern determiner; and the direction guide image includes a plurality of guide icons indicating a traveling direction and arranged along the road, the display pattern determiner determines the display pattern such that the higher the traveling speed is, the longer a length from a top end to a bottom end of the direction guide image is, the direction guide image being an image showing a turn position where the vehicle is to make a turn on the road; and the display pattern determiner determines the display pattern such that the higher the traveling speed is, the larger an interval between the guide icons is.
Heating device having a burner for burning a fuel-air mixture in a combustion chamber, having a blower for delivering the combustion air and/or the fuel-air mixture, which blower has, on the suction side for the supply of combustion air, a T-shaped intake pipe with a noise-damping device, characterized in that the air exits to the blower via a stub that branches off approximately at right angles to the main axis of the intake pipe, in that the air enters via at least one of the two openings, lying on the common main axis, of the intake pipe, and in that the flow cross section left free by the cladding for air ingress is larger at one end of the pipe than at the other end of the pipe, on the same axis.
A method for determining current location information of a mobile station comprising: informing a non-serving base station of ranging frame parameters for the mobile station to use when transmitting a ranging frame by a serving base station; sending an initiate ranging message to the mobile station by the serving base station, the initiate ranging message including a timing advance, the mobile station responsively transmitting the ranging frame within a granted uplink time-slot in accordance with the ranging frame parameters advanced by an amount indicated by the timing advance; determining a first timing adjustment from receipt of the ranging frame from the mobile station within the granted uplink time-slot; receiving a second timing adjustment from the non-serving base station, the second timing adjustment being determined by the non-serving base station based on receipt of the ranging frame from the mobile station; and generating a first uplink time-difference of arrival, U-TDOA, parameter from the timing advance and the first and the second timing adjustments, wherein the ranging frame parameters include at least one of a frame number, start time, number of symbols, encoding rate or modulation level. informing a non-serving base station of ranging frame parameters for the mobile station to use when transmitting a ranging frame by a serving base station; sending an initiate ranging message to the mobile station by the serving base station, the initiate ranging message including a timing advance, the mobile station responsively transmitting the ranging frame within a granted uplink time-slot in accordance with the ranging frame parameters advanced by an amount indicated by the timing advance; determining a first timing adjustment from receipt of the ranging frame from the mobile station within the granted uplink time-slot; receiving a second timing adjustment from the non-serving base station, the second timing adjustment being determined by the non-serving base station based on receipt of the ranging frame from the mobile station; and generating a first uplink time-difference of arrival, U-TDOA, parameter from the timing advance and the first and the second timing adjustments, wherein the ranging frame parameters include at least one of a frame number, start time, number of symbols, encoding rate or modulation level.
A turbomolecular pump, comprising a rotor shaft carrying at least one rotor means, and a discharge-side bearing assembly and a suction-side bearing assembly (30, 90) for supporting said rotor shaft, wherein said suction-side bearing assembly (30, 90) includes an electromagnetic bearing comprising a coil of an electromagnet as well as a bearing element arranged for rotation with said rotor shaft, wherein said coil of said electromagnetic bearing is arranged in a recess configured as a circular ring cylinder and provided in a housing element, which recess surrounds said rotor shaft in an end area, wherein said recess is pressure-capsulated and closed by a closing element as well as sealing elements, characterized in that said bearing element is arranged in a high-vacuum area of the turbomolecular pump and is thus subjected to low pressures of less than 10 -3 mbar during operation, and the closing element is tubular.
A method comprising: measuring a temperature of a sensor associated with a memory array; calculating, at a voltage regulating device, a negative bias temperature instability, NBTI, value associated with the memory array based on an NBTI model using the temperature and using fabrication data associated with the memory array; determining, at the voltage regulating device, an operating voltage based on the calculated NBTI value; and regulating, at the voltage regulating device, a voltage provided to the memory array based on the operating voltage. measuring a temperature of a sensor associated with a memory array; calculating, at a voltage regulating device, a negative bias temperature instability, NBTI, value associated with the memory array based on an NBTI model using the temperature and using fabrication data associated with the memory array; determining, at the voltage regulating device, an operating voltage based on the calculated NBTI value; and regulating, at the voltage regulating device, a voltage provided to the memory array based on the operating voltage.
A lamp with a box-like lamp housing for accommodating at least one light source as well as at least one reflector surface arranged next to the light source - seen from the region to be illuminated -, wherein the lamp housing forms a light outlet opening, which is closed by a light outlet element, wherein the light outlet element has a first light emission characteristic in an emission region located essentially in front of the light source and a second light emission characteristic different from the first light emission characteristic in a second emission region separate from the first emission region, wherein the lower side of the light outlet element is flat, characterized in that the light leaving the lamp via the first emission region is only emitted in a specific angle range, wherein the light leaving the lamp via the second emission region is dispersed diffusely, wherein the light outlet element has a light influence element in the first emission region, which causes a directed light output, wherein the light outlet element has a light outlet disc, which is clear as glass in the first emission region, wherein the light influence element is arranged on the upper- and/or lower side of the first emission region.
Electric motor comprising: - a rotor with a shaft, - at least one front bearing for guiding the shaft, - at least one rear bearing for guiding the shaft, - permanent magnets turning with the shaft and mechanically interacting with a stator, characterised in that the shaft is monolithic and has a shoulder, and the front bearing(s) are axially blocked against the shoulder by a nut screwed onto the shaft, the shaft having a threaded portion in engagement with the nut, this threaded portion extending behind the front bearing(s) on the rear side of the stator. - a rotor with a shaft, - at least one front bearing for guiding the shaft, - at least one rear bearing for guiding the shaft, - permanent magnets turning with the shaft and mechanically interacting with a stator,
A cleaning or care device (1A, 1 B, 1 C) for at least one medical or dental instrument (2, 3), comprising a housing, a cleaning or care space which is arranged in the interior of the housing to receive the at least one medical or dental instrument (2, 3), a supply device for conveying at least one cleaning or care medium into the cleaning or care space and an opening which is provided on the housing, is connected to the cleaning or care space, can be sealed by a cover and which is provided for introducing the at least one medical or dental instrument (2, 3) into the cleaning or care space and for removing the at least one medical or dental instrument (2, 3) from the cleaning or care space, wherein a coil or an antenna of a reading and/or writing device is provided on the cover or at the opening, this coil or antenna being designed to read out from and/or to write to a data memory (12A, 12B, 12C) contactlessly and by means of electromagnetic signals in the radio wavelength range, this data memory (12A, 12B, 12C) being movable through the opening, wherein the cover is movable relative to the opening, and when the cover closes the opening it has a first side facing the cleaning or care space, wherein the coil or antenna is arranged on said first side, characterized in that the coil or antenna surrounds at least one section of the outer edge of the opening and wherein the coil or antenna surrounds the opening in a circular or elliptical shape.
A load lifting device comprising a platform fixed to an extendible support means comprising an inner and outer housing (20, 22), the inner housing nestable within the outer housing, wherein at least one gas strut (30, 30') is located within the extendible support means and an actuation means is associated with the extendible support means, the actuation means operable to enable extension of the extendible support means, characterised in that the actuation means comprises a pulley system, the pulley system comprising a drive loop located within the outer housing and permanently fixed to the inner housing.
Rotor for use in a fibre stock preparation system, wherein the rotor comprises a rotor shaft and at least one rotor blade extending radially from the rotor shaft for moving a fibre stock suspension and the rotor is configured for rotary drive in a preferred direction, wherein the rotor blade has inflow surfaces oriented to accelerate the fibre suspension in the preferred direction, characterized in that the rotor is provided, at least in part, with a functional surface on at least one surface facing away from the preferred direction, wherein the functional surface is a rough surface and wherein the inflow surface has a lower roughness than the functional surface.
A method for diagnosing or distinguishing, in a subject having left ventricular hypertrophy, if the subject has physiological left ventricular hypertrophy or suffers from pathological left ventricular hypertrophy, the method comprising the steps of a) determining the amounts of troponin T, of at least one BNP-type marker, in particular BNP or NT-proBNP, and of GDF-15 (Growth Differentiation Factor 15), in at least one sample of said subject, b) comparing the amounts of the said markers as determined in step a) to suitable reference amounts, and c) diagnosing if the subject has physiological left ventricular hypertrophy or is suffering from pathological left ventricular hypertrophy. a) determining the amounts of troponin T, of at least one BNP-type marker, in particular BNP or NT-proBNP, and of GDF-15 (Growth Differentiation Factor 15), in at least one sample of said subject, b) comparing the amounts of the said markers as determined in step a) to suitable reference amounts, and c) diagnosing if the subject has physiological left ventricular hypertrophy or is suffering from pathological left ventricular hypertrophy.
A structure of an intercooler cover integrated into a fan shroud, the structure comprising: an intercooler rear-side portion which covers a rear side of an intercooler; a cooling module rear-side portion which covers a rear side of a cooling module; and a ventilator which allows communication between one side of the intercooler rear-side portion and one side of the cooling module rear-side portion; characterised in that the ventilator comprises a partition wall which prevents air from flowing backward from the cooling module rear-side portion to the intercooler rear-side portion. an intercooler rear-side portion which covers a rear side of an intercooler; a cooling module rear-side portion which covers a rear side of a cooling module; and a ventilator which allows communication between one side of the intercooler rear-side portion and one side of the cooling module rear-side portion; characterised in that the ventilator comprises a partition wall which prevents air from flowing backward from the cooling module rear-side portion to the intercooler rear-side portion.
A security device (12, 30) which comprises: (a) a substrate; (b) a planar array of micro-stitched icons positioned on or within a surface of the substrate, each stitched icon comprising slices from two or more icon designs, the stitched icons arranged in a plurality of mutually perpendicular columns and rows, wherein the icon designs or portions thereof embodied in the slices that make up each stitched icon transition either down each column or across each row; and (c) a corresponding planar array of microlenses, disposed substantially parallel to the planar array of stitched icons with focal points of at least some of the microlenses being substantially aligned with slices in the stitched icons, wherein the distance between the arrays is sufficient for the microlenses to form synthetically magnified images (26, 28) of the transitioning icon designs, and wherein the planar arrays of micro-stitched icons and microlenses have a repeat period within their respective arrays, and an axis of symmetry within the plane of their respective arrays, so that the synthetically magnified images (26, 28) smoothly transition from one form to at least one other form and then, optionally, back to the original form, as the device is tilted along its horizontal axis or as the device is tilted along its vertical axis. (a) a substrate; (b) a planar array of micro-stitched icons positioned on or within a surface of the substrate, each stitched icon comprising slices from two or more icon designs, the stitched icons arranged in a plurality of mutually perpendicular columns and rows, wherein the icon designs or portions thereof embodied in the slices that make up each stitched icon transition either down each column or across each row; and (c) a corresponding planar array of microlenses, disposed substantially parallel to the planar array of stitched icons with focal points of at least some of the microlenses being substantially aligned with slices in the stitched icons,
Method to obtain resveratrol, which comprises: a. adding cyclodextrins selected from the group comprising randomly methylated cyclodextrin or hydroxypropylated cyclodextrin and methyl jasmonate to a culture medium, b. adding resveratrol-producing cells selected from the Vitis vinifera species to the culture medium obtained in step a), c. incubating the cell culture medium of step b) and d. separating the resveratrol obtained in step c) from the culture medium. a. adding cyclodextrins selected from the group comprising randomly methylated cyclodextrin or hydroxypropylated cyclodextrin and methyl jasmonate to a culture medium, b. adding resveratrol-producing cells selected from the Vitis vinifera species to the culture medium obtained in step a), c. incubating the cell culture medium of step b) and d. separating the resveratrol obtained in step c) from the culture medium.
Device for contactless current generation, specifically a bicycle dynamo, on a rotatable counter element in the form of a wheel rim, said device comprising at least one movably mounted rotor element having at least one magnet, and comprising at least one coil in which a current can be induced in at least one winding thereof by the magnet which is moved by the rotor element, which current can be used to operate a consumer, the rotor element being movable by magnetic interaction with the counter element, characterised in that the rotor element and the counter element have different axes and, in an operative position, the rotor element is configured to generate at least one eddy-current-based magnetic field (6a, 6b) in which a conductive counter element, which forms an uninterrupted circular path, is formed such that by means of continuous relative movement between the counter element and the rotor element, eddy current fields, which rotate continuously counter to one another and have magnetic fields (6a, 6b) having opposing poles, are induced in the counter element and the rotor element is thus moved together with the counter element to form an eddy current gearing.
A diaphragm pump, in particular for use as a detergent dosage pump, comprising: a pump housing with at least a first check valve and a second check valve, a fluid chamber, a diaphragm defining a wall of the fluid chamber and reciprocatingly movable, a stepping motor as driving means for reciprocating said diaphragm, wherein the stepping motor comprises a controller for actuating the stepping motor, and an external control unit for operating the controller of the stepping motor, wherein the external control unit is connected to the controller by a power supply line for transmitting an operating signal (42, 46) to the controller, wherein the operating signal (42, 46) is a start signal for operating the diaphragm pump, in particular the stepping motor, at preset parameters; wherein the power supply and the transfer of operating signals from the control unit is integrated to the controller, and wherein the preset parameters comprise data about the aspirating velocity of the pump. a pump housing with at least a first check valve and a second check valve, a fluid chamber, a diaphragm defining a wall of the fluid chamber and reciprocatingly movable, a stepping motor as driving means for reciprocating said diaphragm, wherein the stepping motor comprises a controller for actuating the stepping motor, and an external control unit for operating the controller of the stepping motor, wherein the external control unit is connected to the controller by a power supply line for transmitting an operating signal (42, 46) to the controller, wherein the operating signal (42, 46) is a start signal for operating the diaphragm pump, in particular the stepping motor, at preset parameters; wherein the power supply and the transfer of operating signals from the control unit is integrated to the controller, and wherein the preset parameters comprise data about the aspirating velocity of the pump.
A container lid (1; 100) provided with a closable through opening, the container lid (1; 100) having a through opening with axis (y) perpendicular to the container lid (1; 100), and a closing member that is spring loaded along an axis coincident with the axis (y) of the through opening, characterized in that: - the container lid (1; 100) is configured with a lid wall having an upper side and a lower side, and an edge, - the through opening is made in the lid wall, - a plurality of elongated elements in one piece with the lid wall extend from the wall lower side to their free end, along directions parallel to said axis (y) of the through opening, - the closing member is equipped with - a spring guide rod extending downwards, - a plurality of sliding sleeves having an internal cross-section corresponding to that of the elongated elements, - a plug mating hermetically with the through opening in a closed condition, and - a coil spring inserted in the spring guide rod, with a first abutment against the plug, - a counteracting plate (7; 700) as a second abutment of the coil spring is equipped with a through hole for the spring guide rod, the counteracting plate (7; 700) being connected rigidly to the free ends of the elongated elements. - the container lid (1; 100) is configured with a lid wall having an upper side and a lower side, and an edge, - the through opening is made in the lid wall, - a plurality of elongated elements in one piece with the lid wall extend from the wall lower side to their free end, along directions parallel to said axis (y) of the through opening, - the closing member is equipped with - a spring guide rod extending downwards, - a plurality of sliding sleeves having an internal cross-section corresponding to that of the elongated elements, - a plug mating hermetically with the through opening in a closed condition, and - a coil spring inserted in the spring guide rod, with a first abutment against the plug, - a counteracting plate (7; 700) as a second abutment of the coil spring is equipped with a through hole for the spring guide rod, the counteracting plate (7; 700) being connected rigidly to the free ends of the elongated elements.
A mutant glycerol dehydrogenase (GlyDH) enzyme comprising at least one of the mutations selected among the group consisting in T120N, A160T and combinations thereof, wherein the amino-acid positions are given by reference to the GldA sequence of E.coli.
Braking system comprising a brake pad, said pad comprising a backing plate with a first face and a second face, and a lining made of friction material and fixed to said first face, the lining being delimited by a friction face, a mounting face, an inner edge, an outer edge, a rear edge, and a front edge, said lining being provided with at least one collection groove which is open to the friction face, and which has an opening at its first end towards said inner edge and has an opening at its second end towards said outer edge, said braking system being characterized in that it further comprises a suction system which comprises a suction pipe through which air is able to be sucked in, and a blow pipe through which air is able to be blown, the air inlet orifice of said suction pipe being located opposite one end of said at least one groove, selected among said first end and said second end, and the air outlet orifice of said blow pipe being located opposite the other end of said at least one groove, selected among said first end and said second end.