mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a plurality of computation units, each configured to process instructions; a cache configured to store data; and control circuitry configured to: receive an indication that a given thread, of a plurality of threads, is a candidate for throttling; set a threshold number of cache misses for the given thread, responsive to the indication; in response to determining a number of cache misses of the given thread is greater than the threshold number of cache misses, throttle a number of instructions to process by the given thread at a given computation unit of the plurality of computation units; and in response to determining the number of cache misses of the given thread is not greater than the threshold number of cache misses, not throttle the number of instructions to process by the given thread at the given computation unit of the plurality of computation units. a plurality of computation units, each configured to process instructions; a cache configured to store data; and control circuitry configured to: receive an indication that a given thread, of a plurality of threads, is a candidate for throttling; set a threshold number of cache misses for the given thread, responsive to the indication; in response to determining a number of cache misses of the given thread is greater than the threshold number of cache misses, throttle a number of instructions to process by the given thread at a given computation unit of the plurality of computation units; and in response to determining the number of cache misses of the given thread is not greater than the threshold number of cache misses, not throttle the number of instructions to process by the given thread at the given computation unit of the plurality of computation units. receive an indication that a given thread, of a plurality of threads, is a candidate for throttling; set a threshold number of cache misses for the given thread, responsive to the indication; in response to determining a number of cache misses of the given thread is greater than the threshold number of cache misses, throttle a number of instructions to process by the given thread at a given computation unit of the plurality of computation units; and in response to determining the number of cache misses of the given thread is not greater than the threshold number of cache misses, not throttle the number of instructions to process by the given thread at the given computation unit of the plurality of computation units.
A saddle-riding vehicle which comprises: left and right paired main frames with respect to a vehicle travelling direction, which frames extend rearwardly from a head pipe in the vehicle travelling direction; an air cleaner positioned between the left and right paired main frames and disposed above a cylinder head of an engine; and a fuel tank disposed above the air cleaner with respect to the vehicle travelling direction, wherein a recess is formed in side walls of a cleaner casing of the air cleaner, which side walls are opposed to each other in a vehicle widthwise direction with respect to the vehicle travelling direction, and is recessed inwardly of the vehicle widthwise direction; a tank support portion configured to support the fuel tank is provided in each of the left and right frames so as to protrude inwardly of the vehicle widthwise direction from the left and right main frames; the tank support portion is disposed in the recess; characterized in that the tank support portion is configured to support, at a forward and rearward direction intermediate portion of the fuel tank with respect to the vehicle travelling direction, an area of the fuel tank having the largest widthwise dimension with respect to the vehicle travelling direction. left and right paired main frames with respect to a vehicle travelling direction, which frames extend rearwardly from a head pipe in the vehicle travelling direction; an air cleaner positioned between the left and right paired main frames and disposed above a cylinder head of an engine; and a fuel tank disposed above the air cleaner with respect to the vehicle travelling direction, wherein a recess is formed in side walls of a cleaner casing of the air cleaner, which side walls are opposed to each other in a vehicle widthwise direction with respect to the vehicle travelling direction, and is recessed inwardly of the vehicle widthwise direction; a tank support portion configured to support the fuel tank is provided in each of the left and right frames so as to protrude inwardly of the vehicle widthwise direction from the left and right main frames; the tank support portion is disposed in the recess;
Hand pump for fixing to a working surface, comprising a pump housing, an outlet and a pump unit wherein the outlet extends substantially laterally with respect to the pump housing in order to extend above a receptacle, wherein the pump unit is operable by substantially straight-lined operational movement of the outlet along the pump housing, and in that the pressure tube of the pump unit is connected with the outlet by means of a plunger arranged in the pump housing, the outlet is fixed to the plunger and the plunger and the pump housing are mutually coupled by means of a guide comprising guiding means (49, 51) in the pump housing, against tilting of the outlet with respect to the pump housing at the exertion of a pressing force on or near the outflow end of the outlet, wherein the plunger extends substantially in the direction of operation of the pump and is provided with guiding means at or near either side in the direction of operation, which means cooperate with guiding means (49, 51) of the pump housing for forming the guide, the guiding means of one of the plunger and the pump housing comprising rollers, moving on guiding surfaces comprised by the guiding means (49, 51) of the other one of the plunger and the pump housing.
Tube for a direct connection between said tube and a flat element, intended to allow the connection between a circular or square tube and a flat element, such as a sheet, gusset or similar, without the need for auxiliary elements such as flanges, clamps or others, where the end of the tube presents a determining deformation for a connector with four semi-planes (2a, 2b, 3a, 3b), establishing a star-shaped connecting element where the deformation determining the connector is made preferably by stamping, where the semi-planes (2a, 2b, 3a, 3b) forming the connector establish a cross-shaped connecting element with one axis longer than the other, thereby two of the semi-planes (2a, 2b), located in a first plane, are larger than the two other semi-planes (3a, 3b), located in a second plane perpendicular to said first plane, where the small semi-planes (3a, 3b) configure two central nerves providing it with improved mechanical resistance and where the large semi-planes (2a, 2b) are provided with slots at their ends for the correct reception of the flat element, characterized in that the four semi-planes (2a, 2b, 3a, 3b) are flat and the said flat element can be inserted inside the end of the tube.
A method for treating a liquid or aqueous wastestream consisting of at least one of a group of wastes consisting of radioactive concentrate fluid, other forms of radwaste, and concentrates thereof which have been stored for a period of years; and converting the wastestream into at least one of two selected forms including a form which can be solidified, or solidified form, for safe disposal and an aqueous form which can be safely discharged to the environment, said system comprising the steps, designated as Roman numerals: I, II, III, IV and V, of: oxidizing the wastestream such that the existing chelant material or substance contained in the wastestream is substantially rendered non-effective as a chelant of metals or destroyed thereby releasing the metals into ionic form, and the wastestream is rendered subject to, or permissive of, precipitation of cobalt and other metals and release of other isotopes for removal; mixing the wastestream with at least one target Sorbent material for Isotopic Reduction; separating the wastestream into Solid and Liquid components; treating the wastestream by Selective Ion exchange; and final processing, wherein at least one step is chosen from a group consisting of: (Va) discharging the wastestream in said aqueous form, and (Vb) drying of a resulting wastestream having dissolved solids to Dry Solids, as said solidified form. oxidizing the wastestream such that the existing chelant material or substance contained in the wastestream is substantially rendered non-effective as a chelant of metals or destroyed thereby releasing the metals into ionic form, and the wastestream is rendered subject to, or permissive of, precipitation of cobalt and other metals and release of other isotopes for removal; mixing the wastestream with at least one target Sorbent material for Isotopic Reduction; separating the wastestream into Solid and Liquid components; treating the wastestream by Selective Ion exchange; and final processing, wherein at least one step is chosen from a group consisting of: (Va) discharging the wastestream in said aqueous form, and (Vb) drying of a resulting wastestream having dissolved solids to Dry Solids, as said solidified form. (Va) discharging the wastestream in said aqueous form, and (Vb) drying of a resulting wastestream having dissolved solids to Dry Solids, as said solidified form.
An oligonucleotide which targets an Interferon-related developmental regulator 1 (IFRD1) natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide increases the expression of Interferon-related developmental regulator 1 (IFRD1); wherein the natural antisense transcript has the nucleic acid sequence as set forth in one of SEQ ID NOs: 2 to 6.
An apparatus for wireless charging, comprising: a device formed in a loop, wherein a length of the loop is variable based on characteristics of the device; and a means for wireless power receiving disposed around an entire length of the loop, wherein each turn of the means for wireless power receiving follows the entire length of the loop; a wireless data transmission component to broadcast a data signal, wherein the broadcast data signal comprises data indicating a resonance frequency of the means for wireless power receiving based, in part, on the variable length of the means for wireless power receiving. a device formed in a loop, wherein a length of the loop is variable based on characteristics of the device; and a means for wireless power receiving disposed around an entire length of the loop, wherein each turn of the means for wireless power receiving follows the entire length of the loop; a wireless data transmission component to broadcast a data signal, wherein the broadcast data signal comprises data indicating a resonance frequency of the means for wireless power receiving based, in part, on the variable length of the means for wireless power receiving.
Milking apparatus comprising: sensor apparatus arranged, in use of the milking apparatus, to determine a location in a lateral direction with respect to an animal of at least one anatomical feature of the animal, the at least one anatomical feature being other than an udder of the animal, the sensor apparatus comprising image capture apparatus that is arranged to acquire at least one image of at least part of the animal; and a robot arm located, in use of the milking apparatus, either behind or in front of the animal, the robot arm being arranged to move towards the udder in dependence upon the determined location of the anatomical feature, wherein the milking apparatus comprises a processing apparatus that is arranged to process the at least one image acquired by the image capture apparatus, characterised in that the processing apparatus is arranged to define a searching region in the acquired image and to carry out a search within the searching region for electronic data corresponding to a part of the animal, and wherein the processing apparatus is arranged to carry out a search from substantially a centre of the searching region towards a periphery of the searching region. sensor apparatus arranged, in use of the milking apparatus, to determine a location in a lateral direction with respect to an animal of at least one anatomical feature of the animal, the at least one anatomical feature being other than an udder of the animal, the sensor apparatus comprising image capture apparatus that is arranged to acquire at least one image of at least part of the animal; and a robot arm located, in use of the milking apparatus, either behind or in front of the animal, the robot arm being arranged to move towards the udder in dependence upon the determined location of the anatomical feature, wherein the milking apparatus comprises a processing apparatus that is arranged to process the at least one image acquired by the image capture apparatus, characterised in that the processing apparatus is arranged to define a searching region in the acquired image and to carry out a search within the searching region for electronic data corresponding to a part of the animal, and wherein the processing apparatus is arranged to carry out a search from substantially a centre of the searching region towards a periphery of the searching region.
An electrically conductive sized fiber comprising: a carbon fiber, and a sizing composition adhered to a surface of the fiber, wherein the sizing composition comprises at least one sizing compound and a plurality of graphene oxide nanoparticles, wherein the graphene oxide nanoparticles are in the form of graphene oxide nanoplatelets, and wherein the graphene oxide nanoparticles are encapsulated by the at least one sizing compound and adhered to the surface of the fiber. a carbon fiber, and a sizing composition adhered to a surface of the fiber, wherein the sizing composition comprises at least one sizing compound and a plurality of graphene oxide nanoparticles, wherein the graphene oxide nanoparticles are in the form of graphene oxide nanoplatelets, and wherein the graphene oxide nanoparticles are encapsulated by the at least one sizing compound and adhered to the surface of the fiber.
A CT imaging system, comprising: a stationary gantry; a rotating gantry, wherein the rotating gantry is rotatably supported by the stationary gantry, the rotating gantry, including: a primary source that is configured to emit primary radiation; and a detector array having at least one row of detector elements extending along a longitudinal axis, wherein the primary source and the detector array are located opposite each other, across an examination region, such that the primary radiation traverses a path between the primary source and the detector array and through the examination region and illuminates the at least one row of detector elements of the detector array, which is configured to detect the primary radiation; characterized by a supplemental source, wherein the supplemental source is affixed to a non-rotating portion of the CT imaging system and is configured to emit secondary radiation, such that, when the detector array faces the supplemental source, the secondary radiation traverses a sub-portion of the path and illuminates the at least one row of detector elements of the detector array, which is configured to detect the secondary radiation. a stationary gantry; a rotating gantry, wherein the rotating gantry is rotatably supported by the stationary gantry, the rotating gantry, including: a primary source that is configured to emit primary radiation; and a detector array having at least one row of detector elements extending along a longitudinal axis, a primary source that is configured to emit primary radiation; and a detector array having at least one row of detector elements extending along a longitudinal axis, a supplemental source, wherein the supplemental source is affixed to a non-rotating portion of the CT imaging system and is configured to emit secondary radiation, such that, when the detector array faces the supplemental source, the secondary radiation traverses a sub-portion of the path and illuminates the at least one row of detector elements of the detector array, which is configured to detect the secondary radiation.
A test method for characterizing properties of a fluid, comprising: providing a micro fluidic device having a first inlet port, an outlet port, and a microchannel as part of a fluid path between the first inlet port and the outlet port; while generating a flow of the fluid through the microchannel of the microfluidic device, measuring and recording fluid pressure at the first inlet port of the microfluidic device in conjunction with varying temperature of the microchannel of the micro fluidic device; characterized by detecting the presence or absence of solid clathrate hydrate formation in the fluid that flows through the microchannel of the microfluidic device so as to characterize properties of the fluid which relate to clathrate hydrate formation in the fluid. providing a micro fluidic device having a first inlet port, an outlet port, and a microchannel as part of a fluid path between the first inlet port and the outlet port; while generating a flow of the fluid through the microchannel of the microfluidic device, measuring and recording fluid pressure at the first inlet port of the microfluidic device in conjunction with varying temperature of the microchannel of the micro fluidic device; characterized by detecting the presence or absence of solid clathrate hydrate formation in the fluid that flows through the microchannel of the microfluidic device so as to characterize properties of the fluid which relate to clathrate hydrate formation in the fluid.
Flow meter, wherein a cross-section profile of a measuring channel is formed by hydroforming, wherein the measuring channel has recesses (10a, 10b) for sensors (6, 8) accommodated in coupling members (2, 4), characterized in that only a region of the measuring channel is hydroformed which is not located in the region of an inlet and an outlet, so that the cross-section profile in the region of the inlet and the outlet is an initial profile.
Simplified endothermic engine, comprising: - first and second cylinders (C1, C2) with first and second pistons (P1, P2), each provided with fuel and oxidizer inlet valves, combustion gas outlet valves and electric spark plugs for starting combustion of the fuel and oxidizer therein; - a camshaft, controlling the valves (VI, VU) of the cylinders (C1, C2), provided with an electric drive motor, characterized in that it comprises: - first and second connecting rods (1, 2), associated at the top with the pistons (P1, P2) and at the bottom provided with movement organs rotatingly associated thereto by means of rotation shafts; - a static body, incorporating a first cavity adapted to be engaged by the movement organs of the connecting rods (1, 2), and a second cavity inside the first cavity, arranged concentric to the first, and housing an electric generator provided with a drive shaft; - first and second eccentric masses (13, 14), rotatingly associated with the shafts of the movement organs of the connecting rods (1, 2) and in one piece with the shaft of the electric generator, where said connecting rods (1, 2), said static body and said eccentric masses (13, 14) cooperate with one another and with the cylinders (C1, C2) to cause activation of the electric generator and the consequent production of electrical energy. - first and second cylinders (C1, C2) with first and second pistons (P1, P2), each provided with fuel and oxidizer inlet valves, combustion gas outlet valves and electric spark plugs for starting combustion of the fuel and oxidizer therein; - a camshaft, controlling the valves (VI, VU) of the cylinders (C1, C2), provided with an electric drive motor, - first and second connecting rods (1, 2), associated at the top with the pistons (P1, P2) and at the bottom provided with movement organs rotatingly associated thereto by means of rotation shafts; - a static body, incorporating a first cavity adapted to be engaged by the movement organs of the connecting rods (1, 2), and a second cavity inside the first cavity, arranged concentric to the first, and housing an electric generator provided with a drive shaft; - first and second eccentric masses (13, 14), rotatingly associated with the shafts of the movement organs of the connecting rods (1, 2) and in one piece with the shaft of the electric generator,
Isotropic liquid detergent with a total surfactant concentration of at least 30% by weight based on the total weight of the composition, preferably in the range of 30 to 70 % by weight, more preferably 35 to 60 % by weight, including, based on the total weight of the composition, at least 20% by weight of at least one anionic surfactant A, at least 5% by weight of at least one non-ionic surfactant N with an HLB value according to Griffin ≤12; at least 2% by weight of at least one nonionic, amphoteric or zwitterionic surfactant N1, which in the case of a nonionic surfactant has an HLB value according to Griffin > 12 or in the case of an amphoteric or zwitterionic surfactant has an HLB value according to Davies > 5, the weight ratio of N1 to N being ≤1; and at least 1% by weight of at least one polymeric compound P selected from soil release polymers, colour transfer inhibitors and anti-redeposition agents, in particular an SRP and optionally a DTI. at least 20% by weight of at least one anionic surfactant A, at least 5% by weight of at least one non-ionic surfactant N with an HLB value according to Griffin ≤12; at least 2% by weight of at least one nonionic, amphoteric or zwitterionic surfactant N1, which in the case of a nonionic surfactant has an HLB value according to Griffin > 12 or in the case of an amphoteric or zwitterionic surfactant has an HLB value according to Davies > 5, the weight ratio of N1 to N being ≤1; and at least 1% by weight of at least one polymeric compound P selected from soil release polymers, colour transfer inhibitors and anti-redeposition agents, in particular an SRP and optionally a DTI.
A controller and a drivetrain assembly (100, 200) for a personal care device, the drivetrain assembly comprising: a resonator connected to a transmission component configured to transmit oscillations to a removable attachment; and a drive coil configured to oscillate the resonator in a first direction; wherein the drive coil is configured to generate an installation or removal signal in response to installation or removal of the removable attachment, wherein the installation or removal of the removable attachment generates movement of the resonator in a second direction; wherein the drivetrain assembly is configured to communicate the generated installation or removal signal to the controller wherein the controller is configured to interpret the received installation or removal signal as installation or removal of the removable attachment, respectively. a resonator connected to a transmission component configured to transmit oscillations to a removable attachment; and a drive coil configured to oscillate the resonator in a first direction; wherein the drive coil is configured to generate an installation or removal signal in response to installation or removal of the removable attachment, wherein the installation or removal of the removable attachment generates movement of the resonator in a second direction; wherein the drivetrain assembly is configured to communicate the generated installation or removal signal to the controller wherein the controller is configured to interpret the received installation or removal signal as installation or removal of the removable attachment, respectively.