mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit device comprising: a microcontroller operating with a first supply voltage received at a first external pin of a plurality of external pins (306..308) and comprising an input/output, I/O, circuitry operating with an I/O supply voltage, the I/O circuitry comprising a plurality of input/output ports (400; 500) comprising level shifters for selecting between a plurality of supply voltages, wherein the microcontroller comprises an I/O voltage supply comprising switching circuitry (309; 504) operable to select the I/O supply voltage, an internal voltage regulator generating a second supply voltage different from said first supply voltage; wherein the switching circuitry (309; 504) is coupled with the first external pin and an output of the internal voltage regulator wherein the switching circuitry (309; 504) is controllable to select the first or second supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports (400, 500) of the I/O circuitry, and wherein the switching circuitry (309; 504) is further coupled with a second external pin configured to receive a third supply voltage different from said first and second supply voltage wherein the switching circuitry (309; 504) is controllable to select the first, second, or third supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports (400, 500) of the I/O circuitry. a microcontroller operating with a first supply voltage received at a first external pin of a plurality of external pins (306..308) and comprising an input/output, I/O, circuitry operating with an I/O supply voltage, the I/O circuitry comprising a plurality of input/output ports (400; 500) comprising level shifters for selecting between a plurality of supply voltages, wherein the microcontroller comprises an I/O voltage supply comprising switching circuitry (309; 504) operable to select the I/O supply voltage, an internal voltage regulator generating a second supply voltage different from said first supply voltage; wherein the switching circuitry (309; 504) is coupled with the first external pin and an output of the internal voltage regulator wherein the switching circuitry (309; 504) is controllable to select the first or second supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports (400, 500) of the I/O circuitry, and wherein the switching circuitry (309; 504) is further coupled with a second external pin configured to receive a third supply voltage different from said first and second supply voltage wherein the switching circuitry (309; 504) is controllable to select the first, second, or third supply voltage as the I/O supply voltage supplying input and output circuitry of said input output ports (400, 500) of the I/O circuitry.
Lamella arrangement, having: - a first rack having a plurality of teeth; - a first cover rack strip arranged on the first rack and having a plurality of teeth; - a second rack having a plurality of teeth; - a second cover rack strip arranged on the second rack and having a plurality of teeth; and - a plurality of lamellae which are fastened between the teeth of the racks (251, 254) and the cover rack strips (253, 255). - a first rack having a plurality of teeth; - a first cover rack strip arranged on the first rack and having a plurality of teeth; - a second rack having a plurality of teeth; - a second cover rack strip arranged on the second rack and having a plurality of teeth; and - a plurality of lamellae which are fastened between the teeth of the racks (251, 254) and the cover rack strips (253, 255).
A control device which controls a fuel gas supply system which includes a compressor which compresses fuel gas and supplies the compressed fuel gas to a load apparatus, inflow amount regulating means for regulating an amount of fuel gas which flows into the compressor, an anti-surge valve for returning the fuel gas discharged from the compressor to an inlet side of the compressor, and an inlet pressure control valve which regulates a pressure of the fuel gas supplied to the inflow amount regulating means, wherein the control device comprises: a main pressure control unit which controls the inflow amount regulating means and the anti-surge valve using a first feedforward control value which is generated on the basis of a load of the load apparatus and a predetermined first conversion process, and a feedback control value which is generated on the basis of a deviation between a set value of a discharge pressure of the compressor and a measured value of the discharge pressure of the compressor; and an inlet pressure control unit which controls the inlet pressure control valve using a second feedforward control value which is generated on the basis of the load of the load apparatus and a second conversion process different from the first conversion process. a main pressure control unit which controls the inflow amount regulating means and the anti-surge valve using a first feedforward control value which is generated on the basis of a load of the load apparatus and a predetermined first conversion process, and a feedback control value which is generated on the basis of a deviation between a set value of a discharge pressure of the compressor and a measured value of the discharge pressure of the compressor; and an inlet pressure control unit which controls the inlet pressure control valve using a second feedforward control value which is generated on the basis of the load of the load apparatus and a second conversion process different from the first conversion process.
Water filter cartridge, in particular for use in a water tank, characterized in that the water filter cartridge comprises two mutually concentrically disposed water filter cartridge outlets (2.1; 2.2), wherein a first (2.1) of the two mutually concentrically disposed water filter cartridge outlets (2.1; 2.2) is disposed so as to be ovable at least axially, preferably also radially, in the casing (2.3) of the water filter cartridge.
A lighting device for a vehicle comprising, a light source; a lens; a first reflecting unit provided in a partial area of a front surface of the lens; a light reducer provided in the light path between the light source and the rear surface of the lens and designed to reduce the size of the cross-section perpendicular to the optical axis of the beam of light emitted from the light source and wherein the light transmitted through the light reducer is incident on the first reflecting unit; and a reflective fluorescent body disposed on the side of the rear of the lens and adapted to wavelength-convert light reflected from the first reflecting unit and then reflect the light into the lens, wherein the reflective fluorescent body includes a reflecting unit for reflecting light and a wavelength conversion layer configured for wavelength-conversion of light.
A gripping and manipulating system (400, 400', 500, 600, 700, 800, 900, 930) comprising: an electroadhesive surface (440, 530, 630, 730, 830) associated with one or more electrodes; a load-bearing frame (430, 510, 610, 710, 810, 920, 950) including a plurality of pins (432, 520, 620, 720, 820, 922, 952) passing through a plurality of corresponding channels (434, 924, 954), wherein the pins are coupled to the electroadhesive surface so as to couple the load-bearing frame to the electroadhesive surface, and wherein the pins are configured to slide within their corresponding channels to thereby adjust a shape of the electroadhesive surface; and a power supply configured to apply a voltage to the one or more electrodes associated with the electroadhesive surface to thereby cause the electroadhesive surface to adhere to an item situated proximate to the electroadhesive surface. an electroadhesive surface (440, 530, 630, 730, 830) associated with one or more electrodes; a load-bearing frame (430, 510, 610, 710, 810, 920, 950) including a plurality of pins (432, 520, 620, 720, 820, 922, 952) passing through a plurality of corresponding channels (434, 924, 954), wherein the pins are coupled to the electroadhesive surface so as to couple the load-bearing frame to the electroadhesive surface, and wherein the pins are configured to slide within their corresponding channels to thereby adjust a shape of the electroadhesive surface; and a power supply configured to apply a voltage to the one or more electrodes associated with the electroadhesive surface to thereby cause the electroadhesive surface to adhere to an item situated proximate to the electroadhesive surface.
Composition comprising a polypropylene copolymer containing 0.5 - 7 mol% ethylene comonomer an having an MFR of 5-50 g/lOmin, measured at 230°C according to ISO 1133, with a load of 2.16 kg, and a relative proportion of isolated and block comonomer sequences in the polypropylene (I) in the range of 5 - 40, wherein I is defined as I = f PEP /((f EEE +f PEE +f PEP)) *100 in which I is the relative content of isolated to block ethylene sequences (in %); f PEP is the mol fraction of propylene/ethylene/propylene sequences in the sample; f PEE is the mol fraction of propylene/ethylene/ethylene sequences and of ethylene/ethylene/propylene sequences in the sample; and f EEE is the mol fraction of ethylene/ethylene/ethylene sequences in the sample, all sequence concentrations being based on a statistical triad analysis of 13 C-NMR data. wherein I is defined as I = f PEP /((f EEE +f PEE +f PEP)) *100 in which I is the relative content of isolated to block ethylene sequences (in %); f PEP is the mol fraction of propylene/ethylene/propylene sequences in the sample; f PEE is the mol fraction of propylene/ethylene/ethylene sequences and of ethylene/ethylene/propylene sequences in the sample; and f EEE is the mol fraction of ethylene/ethylene/ethylene sequences in the sample, all sequence concentrations being based on a statistical triad analysis of 13 C-NMR data.
A projection apparatus comprising: at least two solid state light sources (201, 202) for generating at least two light beams directly or indirectly, with the at least two light beams having different colors and being output alternately, the at least two solid state light sources comprise a first solid state light source for generating an excitation light, a second solid state light source for generating a third primary color light a wavelength conversion device for converting the excitation light to a converted light; a first color wheel disposed to receive the incident converted light, the first color wheel comprising a first segment and a second segment; a first drive mechanism for driving the first color wheel to rotate, wherein the first segment and the second segment are alternatingly disposed in a path of the converted light, so that the converted light is filtered by the first segment to generate a first primary color light and is filtered by the second segment to generate a second primary color light; a light combing device combining the first, the second and the third primary color light into the combined light; a sync signal generator for generating a sync signal; and a controller for supplying a drive power in pulse manner to each of the at least two solid state light sources (201, 202) based on the sync signal, characterized in that during at least one sub-period, one of the at least two solid state light sources (201, 202) is in working status and another one of the at least two solid state light sources is kept in a standby status. at least two solid state light sources (201, 202) for generating at least two light beams directly or indirectly, with the at least two light beams having different colors and being output alternately, the at least two solid state light sources comprise a first solid state light source for generating an excitation light, a second solid state light source for generating a third primary color light a wavelength conversion device for converting the excitation light to a converted light; a first color wheel disposed to receive the incident converted light, the first color wheel comprising a first segment and a second segment; a first drive mechanism for driving the first color wheel to rotate, wherein the first segment and the second segment are alternatingly disposed in a path of the converted light, so that the converted light is filtered by the first segment to generate a first primary color light and is filtered by the second segment to generate a second primary color light; a light combing device combining the first, the second and the third primary color light into the combined light; a sync signal generator for generating a sync signal; and a controller for supplying a drive power in pulse manner to each of the at least two solid state light sources (201, 202) based on the sync signal, characterized in that during at least one sub-period, one of the at least two solid state light sources (201, 202) is in working status and another one of the at least two solid state light sources is kept in a standby status.
An automatic pipette system (10,20) comprising: - a stationary contact surface, - a motor, configured to dispense liquid by actuating a piston (141,241) in a cylinder (140, 240), characterized in wherein the system further comprises an ejector assembly (120, 220), comprising a mount for a pipette tip, wherein the motor is also configured to move the ejector assembly (120, 220) in a first direction in such a manner that the tip contacts the contact surface and disengages from the mount, wherein the motor is selectively coupled to the ejector assembly (120, 220) via a slide assembly (110, 210) wherein the slide assembly (110, 210) and ejector assembly (120, 220) are attached or detached from one another based on the position of the slide assembly (110, 210). - a stationary contact surface, - a motor, configured to dispense liquid by actuating a piston (141,241) in a cylinder (140, 240), wherein the system further comprises an ejector assembly (120, 220), comprising a mount for a pipette tip, wherein the motor is also configured to move the ejector assembly (120, 220) in a first direction in such a manner that the tip contacts the contact surface and disengages from the mount, wherein the motor is selectively coupled to the ejector assembly (120, 220) via a slide assembly (110, 210) wherein the slide assembly (110, 210) and ejector assembly (120, 220) are attached or detached from one another based on the position of the slide assembly (110, 210).
Sensor for detecting a physical variable, comprising: - a sensor element for outputting an electrical signal dependent on the physical variable, - a substrate supporting the sensor element, - a conductor track conducting the electrical signal on the substrate, and - an embedding compound, in which the sensor element is completely embedded and the conductor track is at least partially embedded, - wherein at least one compensation element (40, 70', 76) is embodied in the embedding compound, by means of which compensation element a mechanical stress induced by an element of the sensor at least partially embedded in the embedding compound is counteracted, wherein the element of the sensor at least partially embedded in the embedding compound comprises the sensor element, wherein an electrical contact between the conductor track and the sensor element is different from an electrical contact of the compensation element (40, 70', 76) with the conductor track or with another conductor track, characterized in that the electrical contact of the sensor element differs from the electrical contact of the compensation element (40, 70', 76) in its size, wherein the size difference is designed in such a way that the mechanical stress is further reduced. - a sensor element for outputting an electrical signal dependent on the physical variable, - a substrate supporting the sensor element, - a conductor track conducting the electrical signal on the substrate, and - an embedding compound, in which the sensor element is completely embedded and the conductor track is at least partially embedded, - wherein at least one compensation element (40, 70', 76) is embodied in the embedding compound, by means of which compensation element a mechanical stress induced by an element of the sensor at least partially embedded in the embedding compound is counteracted,
A radiocontrast medium comprising (i) a radiocontrast agent; (ii) a calcineurin inhibitor; and (iii) an antioxidant, in amounts effective in radioimaging in a subject with reduced risk of post-imaging pancreatitis relative to the radiocontrast agent administered without the calcineurin inhibitor and the antioxidant.
A co-channel interference cancellation method, wherein the method comprises: obtaining effective interference by filtering co-channel interference according to a preset interference strength threshold, and obtaining a plurality of effective interference subgroups by grouping the effective interference; obtaining a reference interference sub-signal corresponding to each effective interference subgroup, by delaying a reference interference signal according to a determined interference delay of each effective interference subgroup; after each reference interference sub-signal passes through a corresponding adaptive interference reconstruction filter, obtaining a reconstructed interference signal by overlaying each reference interference sub-signal; and obtaining a first wanted signal by performing a subtraction operation on a received signal and the reconstructed interference signal wherein the obtaining effective interference by filtering co-channel interference according to a preset interference strength threshold comprises: determining, as the effective interference, co-channel interference obtained after an interference strength value of first target interference in the co-channel interference is set to zero, wherein the first target interference is interference that is in the co-channel interference and whose interference strength value is less than or equal to the preset interference strength threshold and the interference delay of each effective interference subgroup is equal to a sum of a delay difference of the effective interference subgroup and the delay of the reference interference signal. obtaining effective interference by filtering co-channel interference according to a preset interference strength threshold, and obtaining a plurality of effective interference subgroups by grouping the effective interference; obtaining a reference interference sub-signal corresponding to each effective interference subgroup, by delaying a reference interference signal according to a determined interference delay of each effective interference subgroup; after each reference interference sub-signal passes through a corresponding adaptive interference reconstruction filter, obtaining a reconstructed interference signal by overlaying each reference interference sub-signal; and obtaining a first wanted signal by performing a subtraction operation on a received signal and the reconstructed interference signal wherein the obtaining effective interference by filtering co-channel interference according to a preset interference strength threshold comprises: determining, as the effective interference, co-channel interference obtained after an interference strength value of first target interference in the co-channel interference is set to zero, wherein the first target interference is interference that is in the co-channel interference and whose interference strength value is less than or equal to the preset interference strength threshold and the interference delay of each effective interference subgroup is equal to a sum of a delay difference of the effective interference subgroup and the delay of the reference interference signal.
A pharmaceutical or nutraceutical product for oral administration comprising menaquinone-7 (MK-7) in combination with at least one of a polyunsaturated fatty acid, either purified or in the form of a marine oil, wherein said product is a tablet formulation or a capsule formulation and wherein MK-7 is in the range of between 1-10 μg.
An apparatus for launching, stowing and retrieving of daughter boats from a midships hangar or mission bay on a mother vessel, said apparatus comprising at least one davit assembly positioned atop a stationary cradle, located one each near the starboard and port of the mother vessel, a transverse track and at least one longitudinal track, one or more transversely moving wagons and one longitudinally moving wagon for each longitudinal track, characterised in that the apparatus further comprises stationary cradles along the longitudinal tracks, the daughter boats being secured on said stationary cradles along the longitudinal tracks, said cradles comprising an aft bench and a front bench, said front bench being demountable, and the aft bench being pivotable about a horizontal axis, whereby said longitudinally moving wagons can move along their respective longitudinal track to pick up and deliver said daughter boats from and on said stationary cradles along said longitudinal tracks and to deliver on or pick up boats from said one or more transversely moving wagons along said transverse track, the transversely moving wagons being adapted to move transversely to deliver on and pick up said daughter boats from said stationary cradles located along said transverse track.
A lid assembly 1 for a drinking container, the lid assembly 1 comprising: - a lid housing 10 having a lid opening 11 that provides a passage through the lid housing 10, the lid housing forming a spout compartment, and - a drinking spout 30 comprising a base portion 321 and a drinking end portion 322, said drinking spout 30 enclosing a spout channel 31 that extends through the drinking spout 30, to a drinking opening 312 provided at the drinking end portion 322 of the drinking spout 30, wherein the drinking spout 30 is pivotally mounted onto the lid housing 10 between a first, stowed configuration and a second, dispensing configuration, and wherein the lid assembly 1 further comprises a user accessible grip member 40 for moving the drinking spout 30 between the first and the second configurations, which grip member 40 is pivotally mounted onto the drinking spout 30 between a first, closed configuration and a second, open configuration, wherein the drinking spout 30 is in its first closed configuration at least partially stowed within said spout compartment 16, and whereby the drinking spout 30 and grip member 40 are pivotable between their respective first and second configurations, in a mutually same sense of rotation, the grip member 40 comprises an edge portion 41 that in the first, closed configuration protrudes beyond and/or above a drinking end portion 322 of the drinking spout 30, said edge portion 41 comprising a raised gripping edge that extends upwardly from the spout compartment 16, beyond a drinking end portion of the drinking spout 30, said gripping edge being user accessible in said first, closed configuration of the drinking spout 30 and grip member 40, characterized in that said grip member 40 further comprises locking tabs 43 and/or locking grooves for locking said grip member 40 to the drinking spout 30 and/or to the lid housing 10 in the first closed configuration, and grip member 40 is user-accessible in that it can be gripped by the user by grasping the edge portion of the grip member 40 in its first closed configuration thereby providing a user grip at least for moving the drinking spout 30 from its first closed configuration into its second, dispensing configuration. - a lid housing 10 having a lid opening 11 that provides a passage through the lid housing 10, the lid housing forming a spout compartment, and - a drinking spout 30 comprising a base portion 321 and a drinking end portion 322, said drinking spout 30 enclosing a spout channel 31 that extends through the drinking spout 30, to a drinking opening 312 provided at the drinking end portion 322 of the drinking spout 30,