mhurhangee/ep-ind-claims huggingface dataset:
A processor comprising: a decoder to decode a first instruction, the first instruction to use a first source operand and a second source operand to perform a vector bit shuffle, wherein a plurality of source data elements are to be associated with the first source operand, a plurality of control elements are to be associated with the second source operand, each of the control elements is to correspond to a different one of the plurality of source data elements and to include a plurality of bit fields, each bit field is to correspond to a single-bit position in a destination, and each bit field is to identify exactly one bit from the corresponding source data element to be copied to the corresponding single-bit position in the destination; and bit shuffle logic to identify, for each bit field, exactly one bit from the corresponding source data element and to copy only the identified bit from the corresponding source data element to a single-bit position corresponding to the bit field in the destination. a decoder to decode a first instruction, the first instruction to use a first source operand and a second source operand to perform a vector bit shuffle, wherein a plurality of source data elements are to be associated with the first source operand, a plurality of control elements are to be associated with the second source operand, each of the control elements is to correspond to a different one of the plurality of source data elements and to include a plurality of bit fields, each bit field is to correspond to a single-bit position in a destination, and each bit field is to identify exactly one bit from the corresponding source data element to be copied to the corresponding single-bit position in the destination; and bit shuffle logic to identify, for each bit field, exactly one bit from the corresponding source data element and to copy only the identified bit from the corresponding source data element to a single-bit position corresponding to the bit field in the destination.
A quick battery charging system, comprising: a secondary battery having a negative electrode porosity of 25 to 35% and a negative electrode loading amount of x 0; a storage unit which stores a lookup table for mapping first coefficient information (a 1, b 1, c 1) of an upper bound condition associated with a C-rate (y) of a charge current represented by a quadratic function of the negative electrode loading amount and information associated with the negative electrode loading amount (x 0); and a charging control apparatus which is configured to read the information associated with the negative electrode loading amount (x 0) from the storage unit, determine the first coefficient information of the quadratic function representing the upper bound condition from the lookup table, determine the C-rate range of the charge current using the first coefficient information, and supply the charge current satisfying the determined C-rate range to the lithium secondary battery a secondary battery having a negative electrode porosity of 25 to 35% and a negative electrode loading amount of x 0; a storage unit which stores a lookup table for mapping first coefficient information (a 1, b 1, c 1) of an upper bound condition associated with a C-rate (y) of a charge current represented by a quadratic function of the negative electrode loading amount and information associated with the negative electrode loading amount (x 0); and a charging control apparatus which is configured to read the information associated with the negative electrode loading amount (x 0) from the storage unit, determine the first coefficient information of the quadratic function representing the upper bound condition from the lookup table, determine the C-rate range of the charge current using the first coefficient information, and supply the charge current satisfying the determined C-rate range to the lithium secondary battery
A fluid dispenser for dispensing fluid, the dispenser comprising a liquid containing reservoir and a pump to dispense fluid from the reservoir, the dispenser including: a sensor capable of detecting the presence and relative level of the contaminant on the sensor, a signal generator for generating a signal representative of the level of the contaminant on the sensor, and a signal processor for converting the signal to data representative of the level of the contaminant on the sensor at different times; the contaminant comprising a biologic pathogen or a product of the biologic pathogen signalling the presence of the pathogen, characterised in that the fluid is for cleaning persons' hands and in that the sensor is open to the environment about the dispenser. a sensor capable of detecting the presence and relative level of the contaminant on the sensor, a signal generator for generating a signal representative of the level of the contaminant on the sensor, and a signal processor for converting the signal to data representative of the level of the contaminant on the sensor at different times; the contaminant comprising a biologic pathogen or a product of the biologic pathogen signalling the presence of the pathogen, characterised in that the fluid is for cleaning persons' hands and in that the sensor is open to the environment about the dispenser.
Method for assembling a fitting of a window or a door, in which the fitting comprises two tooth systems (17, 18; 12, 13) which are to be brought into engagement with one another, on fitting parts (1, 2) which are to be coupled to one another, wherein a first of the fitting parts is tilted in relation to the second fitting part, wherein the second fitting part has a U-shaped engagement with two U-legs (10, 11), wherein the fitting parts (1, 2) which are to be coupled are guided onto one another with the tooth systems (17, 18; 12, 13) and in this situation come in contact, and then the tooth systems (17, 18; 12, 13) are brought into engagement with one another by means of a pivoting movement, characterized in that the U-shaped engagement is partially engaged over by a holding leg, such that a part of the clear spacing interval of the U-shaped legs (10, 11) remains free, which is dimensioned in such a way that the tilted fitting part can be guided past at the holding leg, and the first fitting part passes underneath the holding leg.
A device for analyzing a physical characteristic of a film sample, the device comprising: a clamping system configured to hold the film sample; and a dart probe system configured to test a physical characteristic of the film sample, the dart probe system comprising a dart probe, a propulsion system configured to move the dart probe relative to the clamping system, and a force sensor configured to measure a force that the dart probe is subjected to during a movement of the dart probe, wherein the force sensor is configured to measure a force imparted to the film sample when the dart probe comes in contact with the film sample, wherein the propulsion system comprises a linear motor configured to move the dart probe relative to the clamping system. a clamping system configured to hold the film sample; and a dart probe system configured to test a physical characteristic of the film sample, the dart probe system comprising a dart probe, a propulsion system configured to move the dart probe relative to the clamping system, and a force sensor configured to measure a force that the dart probe is subjected to during a movement of the dart probe, wherein the force sensor is configured to measure a force imparted to the film sample when the dart probe comes in contact with the film sample, wherein the propulsion system comprises a linear motor configured to move the dart probe relative to the clamping system.
A heat source unit comprising: a corrugated plate-like bottom frame in which ridge portions and furrow portions extending across the front and rear direction or the right and left direction are formed; and mounting feet having support portions that support, from below, the furrow portions of supported end portions that are end portions of the bottom frame on sides at which the ridge portions and the furrow portions can be seen, and wall portions that are positioned on outer sides of the supported end portions and extend upward from the support portions, characterized in that water drainage passages for draining, to the support portions, water sticking to tops of the ridge portions of the supported end portions are formed above the support portions of the mounting feet, wherein the water drainage passages are clearances formed between the ridge portions of the supported end portions and the wall portions. a corrugated plate-like bottom frame in which ridge portions and furrow portions extending across the front and rear direction or the right and left direction are formed; and mounting feet having support portions that support, from below, the furrow portions of supported end portions that are end portions of the bottom frame on sides at which the ridge portions and the furrow portions can be seen, and wall portions that are positioned on outer sides of the supported end portions and extend upward from the support portions, support portions that support, from below, the furrow portions of supported end portions that are end portions of the bottom frame on sides at which the ridge portions and the furrow portions can be seen, and wall portions that are positioned on outer sides of the supported end portions and extend upward from the support portions, characterized in that water drainage passages for draining, to the support portions, water sticking to tops of the ridge portions of the supported end portions are formed above the support portions of the mounting feet, wherein the water drainage passages are clearances formed between the ridge portions of the supported end portions and the wall portions.
An apparatus for treating dairy manure that removes nitrogen and phosphorus from manure wastewater and discharges to farmland, the apparatus comprising: an anaerobic digester for converting organic matter of dairy manure into methane gas using an anaerobic digestion reaction; a fiber separator for separating fibers present in the organic matter not converted to the methane gas; an aeration tank is configured to supply air to improve the sedimentation and flocculation properties of the micro-solids and to remove some nitrogen and phosphorus by raising the pH of manure wastewater remaining in the treated water after the fibers are separated; a flotation tank for flocculating or floating the micro-solids; a nitritation tank for converting ammonia nitrogen remaining in the treated wastewater after the micro-solids have been removed into nitrite nitrogen; an anammox tank for removing the nitrite nitrogen using a shortcut nitrogen removal reaction; and a sedimentation/storage tank for removing nitrate nitrogen by inducing endogenous denitrification of the nitrate nitrogen, wherein the aeration tank is configured to retain the micro-solids for one to three days, maintain a dissolved oxygen concentration at 1.0 to 2.0 mg/L, and maintain an oxygen utilization rate at 22 to 26 mgO2/L/hr. an anaerobic digester for converting organic matter of dairy manure into methane gas using an anaerobic digestion reaction; a fiber separator for separating fibers present in the organic matter not converted to the methane gas; an aeration tank is configured to supply air to improve the sedimentation and flocculation properties of the micro-solids and to remove some nitrogen and phosphorus by raising the pH of manure wastewater remaining in the treated water after the fibers are separated; a flotation tank for flocculating or floating the micro-solids; a nitritation tank for converting ammonia nitrogen remaining in the treated wastewater after the micro-solids have been removed into nitrite nitrogen; an anammox tank for removing the nitrite nitrogen using a shortcut nitrogen removal reaction; and a sedimentation/storage tank for removing nitrate nitrogen by inducing endogenous denitrification of the nitrate nitrogen, wherein the aeration tank is configured to retain the micro-solids for one to three days, maintain a dissolved oxygen concentration at 1.0 to 2.0 mg/L, and maintain an oxygen utilization rate at 22 to 26 mgO2/L/hr.
A paste for cold transfer printing, comprising polysaccharide, sodium L-pyrrolidonecarboxylate, a low-viscosity etherified starch and water, wherein the polysaccharide is xanthan gum, guar gum or a mixture thereof, and wherein the low-viscosity etherified starch having a viscosity less than 0.056 Pa.s at 25°C.
A portable medical device comprising: a power source; an electrically actuated valve; a control unit for regulating at least one of a control voltage and a control current for actuation of the valve; and at least one inertial sensor for detecting and transmitting motion signals representative of external motions applied to the portable medical device, wherein the motion signals comprise a rate of change in motion; wherein the control unit is configured to regulate the at least one of the control voltage and the control current of the valve as a function of the motion signals of the at least one inertial sensor by: determining (220, 222) that the rate of change in motion is non-zero; and responsive to the determining, regulating the at least one of the control voltage and the control current of the valve based on the rate of change in motion. a power source; an electrically actuated valve; a control unit for regulating at least one of a control voltage and a control current for actuation of the valve; and at least one inertial sensor for detecting and transmitting motion signals representative of external motions applied to the portable medical device, wherein the motion signals comprise a rate of change in motion; wherein the control unit is configured to regulate the at least one of the control voltage and the control current of the valve as a function of the motion signals of the at least one inertial sensor by: determining (220, 222) that the rate of change in motion is non-zero; and responsive to the determining, regulating the at least one of the control voltage and the control current of the valve based on the rate of change in motion. determining (220, 222) that the rate of change in motion is non-zero; and responsive to the determining, regulating the at least one of the control voltage and the control current of the valve based on the rate of change in motion.
A method of fabricating a composite semiconductor structure, the method comprising: providing an SOI substrate including a plurality of silicon-based devices; providing a compound semiconductor substrate including a plurality of photonic devices; dicing the compound semiconductor substrate to provide a plurality of photonic dies, each die including one or more of the plurality of photonic devices; providing an assembly substrate having a base layer and a device layer, wherein the device layer includes a plurality of CMOS devices; mounting the plurality of photonic dies on predetermined portions of the assembly substrate; aligning the SOI substrate and the assembly substrate; joining the SOI substrate and the assembly substrate to form a composite substrate structure; and removing at least the base layer of the assembly substrate from the composite substrate structure; wherein the plurality of CMOS devices comprise silicon-germanium CMOS devices. providing an SOI substrate including a plurality of silicon-based devices; providing a compound semiconductor substrate including a plurality of photonic devices; dicing the compound semiconductor substrate to provide a plurality of photonic dies, each die including one or more of the plurality of photonic devices; providing an assembly substrate having a base layer and a device layer, wherein the device layer includes a plurality of CMOS devices; mounting the plurality of photonic dies on predetermined portions of the assembly substrate; aligning the SOI substrate and the assembly substrate; joining the SOI substrate and the assembly substrate to form a composite substrate structure; and removing at least the base layer of the assembly substrate from the composite substrate structure; wherein the plurality of CMOS devices comprise silicon-germanium CMOS devices.
A computer-implemented method comprising: executing speech recognition on a captured input and generating lexicalized hypotheses from the captured input; normalizing the lexicalized hypotheses to generate normalized hypotheses for the lexicalized hypotheses, wherein a normalized hypothesis comprising one or more tokens; generating a confusion network comprising token representations of normalized hypotheses, wherein each arc of the confusion network represents a token of a normalized hypothesis; transforming the generated confusion network into a multi-arc confusion network, wherein the transforming comprising realigning at least one token of the confusion network to span multiples arcs of the confusion network; receiving, from a user, request for an alternative to one or more tokens of a response presented to the user, and outputting an alternative for one or more tokens based on evaluation of the multi-arc confusion network. executing speech recognition on a captured input and generating lexicalized hypotheses from the captured input; normalizing the lexicalized hypotheses to generate normalized hypotheses for the lexicalized hypotheses, wherein a normalized hypothesis comprising one or more tokens; generating a confusion network comprising token representations of normalized hypotheses, wherein each arc of the confusion network represents a token of a normalized hypothesis; transforming the generated confusion network into a multi-arc confusion network, wherein the transforming comprising realigning at least one token of the confusion network to span multiples arcs of the confusion network; receiving, from a user, request for an alternative to one or more tokens of a response presented to the user, and outputting an alternative for one or more tokens based on evaluation of the multi-arc confusion network.
A surgical access assembly configured and dimensioned for positioning within an opening in tissue providing access to an intercostal space defined between a patient's adjacent ribs to facilitate passage of a surgical instrument into an internal work site, the surgical access assembly comprising a body portion including one pair of substantially planar sidewalls and one pair arcuate sidewalls, characterized in that the body portion has an inner liner defining an internal space that is configured and dimensioned to removably receive the surgical instrument, and an outer liner positioned about the inner liner, the inner liner being formed from a first material, and the outer liner being formed from a second material having a lower durometer than the first material such that the outer liner is resiliently deformable to thereby facilitate conformity with the intercostal space to minimize the application of force to the patient's tissue upon insertion and removal of the access assembly and manipulation of the surgical instrument within the internal space.
A hearing device comprising: an enclosure (105a, 105b) comprising a shell (106a, 106b) and a faceplate (107a, 107b; 407), the enclosure being configured for at least partial insertion within an ear of a user with an external surface of the faceplate facing away from the user (107a, 107b; 407); a battery (140a, 140b); an antenna structure oriented such that a direction of an electric field, E-field, of a propagating electromagnetic signal generated by the antenna structure is directed non-tangentially to the user's head at the location of the user's ear; and electronic circuitry (130a, 130b) disposed within the shell (106a, 106b), the electronic circuitry powered by the battery (140a, 140b) and electrically coupled to send and/or receive signals via the antenna structure; the antenna structure forming a planar inverted F antenna, PIFA, structure disposed in or on the faceplate (107a, 107b) comprising: a ground plane at least partially supported by the faceplate (107a, 107b; 407), a conductive patch, wherein the ground plane overlaps and is spaced apart from the conductive patch, a dielectric which separates the ground plane from the conductive patch, at least one shorting pin shorting the conductive patch to the ground plane, and a feed point coupling the electronic circuitry (130a,b) to the conductive patch. an enclosure (105a, 105b) comprising a shell (106a, 106b) and a faceplate (107a, 107b; 407), the enclosure being configured for at least partial insertion within an ear of a user with an external surface of the faceplate facing away from the user (107a, 107b; 407); a battery (140a, 140b); an antenna structure oriented such that a direction of an electric field, E-field, of a propagating electromagnetic signal generated by the antenna structure is directed non-tangentially to the user's head at the location of the user's ear; and electronic circuitry (130a, 130b) disposed within the shell (106a, 106b), the electronic circuitry powered by the battery (140a, 140b) and electrically coupled to send and/or receive signals via the antenna structure; the antenna structure forming a planar inverted F antenna, PIFA, structure disposed in or on the faceplate (107a, 107b) comprising: a ground plane at least partially supported by the faceplate (107a, 107b; 407), a conductive patch, wherein the ground plane overlaps and is spaced apart from the conductive patch, a dielectric which separates the ground plane from the conductive patch, at least one shorting pin shorting the conductive patch to the ground plane, and a feed point coupling the electronic circuitry (130a,b) to the conductive patch. a ground plane at least partially supported by the faceplate (107a, 107b; 407), a conductive patch, wherein the ground plane overlaps and is spaced apart from the conductive patch, a dielectric which separates the ground plane from the conductive patch, at least one shorting pin shorting the conductive patch to the ground plane, and a feed point coupling the electronic circuitry (130a,b) to the conductive patch.
An aircraft, comprising: a controllable pitch propeller or rotor comprising a plurality of blades movable about at least one axis (PA; RA) to vary a blade pitch thereof, a drive system having an electric motor connected to a drive shaft and operable to drive rotation of the plurality of blades with respect to the drive shaft to provide thrust for propulsion of the aircraft; characterized by: a controller in communication with the drive system and operable to alter and/or focus controllable pitch propeller or rotor generated noise of the aircraft by changing an angle or pitch of the plurality of blades and altering a torque of the electric motor, to maintain a substantially constant thrust, a substantially constant altitude, and/or a substantially constant airspeed of the aircraft, while a propeller rotational speed of the controllable pitch propeller or rotor varies between a high speed setting and a low speed setting. a controllable pitch propeller or rotor comprising a plurality of blades movable about at least one axis (PA; RA) to vary a blade pitch thereof, a drive system having an electric motor connected to a drive shaft and operable to drive rotation of the plurality of blades with respect to the drive shaft to provide thrust for propulsion of the aircraft; characterized by: a controller in communication with the drive system and operable to alter and/or focus controllable pitch propeller or rotor generated noise of the aircraft by changing an angle or pitch of the plurality of blades and altering a torque of the electric motor, to maintain a substantially constant thrust, a substantially constant altitude, and/or a substantially constant airspeed of the aircraft, while a propeller rotational speed of the controllable pitch propeller or rotor varies between a high speed setting and a low speed setting.