mhurhangee/ep-ind-claims huggingface dataset:
An electronic ophthalmic lens (200,400) comprising: a wearable ophthalmic lens having an optic zone and a peripheral zone; a variable optic element incorporated into the optic zone of the wearable ophthalmic lens, the variable optic being configured to change the refractive power of the wearable ophthalmic lens; and an electronic component incorporated into the peripheral zone of the wearable ophthalmic lens, the electronic component including a sensing system for detecting ciliary muscle movement associated with the process of accommodation, the sensing system configured to generate an action for controlling the variable-optic element, wherein the sensing system comprises a contact based sensor, a power source, a signal processor, a controller and an actuator, and wherein the contact based sensor comprises one or more contacts configured to make direct electrical contact with the tear film of the eye to detect electrical signals produced by the ciliary muscle. a wearable ophthalmic lens having an optic zone and a peripheral zone; a variable optic element incorporated into the optic zone of the wearable ophthalmic lens, the variable optic being configured to change the refractive power of the wearable ophthalmic lens; and an electronic component incorporated into the peripheral zone of the wearable ophthalmic lens, the electronic component including a sensing system for detecting ciliary muscle movement associated with the process of accommodation, the sensing system configured to generate an action for controlling the variable-optic element, wherein the sensing system comprises a contact based sensor, a power source, a signal processor, a controller and an actuator, and wherein the contact based sensor comprises one or more contacts configured to make direct electrical contact with the tear film of the eye to detect electrical signals produced by the ciliary muscle.
A processor comprising: a register having a width; a decode unit to receive a partial width load instruction, the partial width load instruction to indicate a memory location of a memory as a source operand and to specify the register as a destination operand; a memory subsystem coupled with the decode unit, the memory subsystem, in response to the partial width load instruction, to load data from the indicated memory location to the processor; and a register write unit coupled with the memory subsystem and the register, the register write unit, in response to the partial width load instruction, to: write at least a portion of the loaded data to a partial width of the register; and finish writing the register with a set of bits that are to be stored in a highest order remaining width of the register, after performance of the partial width load instruction, that are to have bit values that are to depend on a partial width load mode of a plurality of different types of partial width load modes of the processor, the partial width load instruction not to indicate the partial width load mode; and wherein, in a first partial width load mode, the set of bits is to be all zeroes. a register having a width; a decode unit to receive a partial width load instruction, the partial width load instruction to indicate a memory location of a memory as a source operand and to specify the register as a destination operand; a memory subsystem coupled with the decode unit, the memory subsystem, in response to the partial width load instruction, to load data from the indicated memory location to the processor; and a register write unit coupled with the memory subsystem and the register, the register write unit, in response to the partial width load instruction, to: write at least a portion of the loaded data to a partial width of the register; and finish writing the register with a set of bits that are to be stored in a highest order remaining width of the register, after performance of the partial width load instruction, that are to have bit values that are to depend on a partial width load mode of a plurality of different types of partial width load modes of the processor, the partial width load instruction not to indicate the partial width load mode; and wherein, in a first partial width load mode, the set of bits is to be all zeroes. write at least a portion of the loaded data to a partial width of the register; and finish writing the register with a set of bits that are to be stored in a highest order remaining width of the register, after performance of the partial width load instruction, that are to have bit values that are to depend on a partial width load mode of a plurality of different types of partial width load modes of the processor, the partial width load instruction not to indicate the partial width load mode; and wherein, in a first partial width load mode, the set of bits is to be all zeroes.
An integrated circuit configured for memory sharing, the integrated circuit comprising: multiple components comprising one or more components and a processing component, the processing component including: computational circuitry; and a memory coupled to the computational circuitry; a multi-component cache controller coupled to the memory; and logic circuitry coupled to the multi-component cache controller and the memory, the logic circuitry configured to selectively separate the memory into multiple memory partitions, characterized in that the multiple memory partitions include: a first memory partition allocated to the computational circuitry and configured to provide storage to the computational circuitry; and a second memory partition allocated to the multi-component cache controller and configured to provide storage to the one or more components. multiple components comprising one or more components and a processing component, the processing component including: computational circuitry; and a memory coupled to the computational circuitry; computational circuitry; and a memory coupled to the computational circuitry; a multi-component cache controller coupled to the memory; and logic circuitry coupled to the multi-component cache controller and the memory, the logic circuitry configured to selectively separate the memory into multiple memory partitions, characterized in that the multiple memory partitions include: a first memory partition allocated to the computational circuitry and configured to provide storage to the computational circuitry; and a second memory partition allocated to the multi-component cache controller and configured to provide storage to the one or more components. a first memory partition allocated to the computational circuitry and configured to provide storage to the computational circuitry; and a second memory partition allocated to the multi-component cache controller and configured to provide storage to the one or more components.
A method of handling a slag pot or ladle made of steel or cast iron comprising an inner wall and an outer wall, said method comprising the steps of a) collecting a slag from said slag pot or ladle of a pyrometallurgical tool, b) transporting said slag pot or ladle from said pyrometallurgical tool to a slag disposal site, typically to a landfill site, c) emptying said pot or ladle at said slag disposal site, typically at a landfill site, to remove the slag contained therein, d) spraying a mineral suspension onto said inner wall of said slag pot or ladle, prior to at least one step of said collection of said slag, so as to line said inner wall with a mineral layer, and e) operating said slag pot or ladle lined with said mineral layer for the collection of slag a), characterized in that said mineral suspension comprises calcic particles suspended in an aqueous phase forming a calcic particle milk, and additives selected from the group consisting of carbohydrates as well as dispersants and fluidizing additives, such as polycarbonates or polyacrylates or polyphosphonates, said calcic particles being selected from the group consisting of slaked lime, at least partially slaked decarbonated dolomite, limestone and mixtures thereof and having a calcic particles content of between 20 and 60% by weight based on the weight of said calcic particle milk, said calcic particles in the calcic particle milk of said mineral suspension having an average particle size d 50 of between 1.5 μm and 10 μm, and in that said mineral layer is a thin layer lined on the inner wall and having a layer thickness of between 0.1 and 0.5 mm. a) collecting a slag from said slag pot or ladle of a pyrometallurgical tool, b) transporting said slag pot or ladle from said pyrometallurgical tool to a slag disposal site, typically to a landfill site, c) emptying said pot or ladle at said slag disposal site, typically at a landfill site, to remove the slag contained therein, d) spraying a mineral suspension onto said inner wall of said slag pot or ladle, prior to at least one step of said collection of said slag, so as to line said inner wall with a mineral layer, and e) operating said slag pot or ladle lined with said mineral layer for the collection of slag a),
A device for providing protection against non-authorized use of an electronic system including an antenna, including at least two turns, the device comprising a first photosensitive switch suitable for inhibiting the operation of the electronic system, the first switch being arranged as a short-circuit between at least two turns of the antenna or arranged in series in one of said turns of said antenna, and at least a second photosensitive switch suitable for inhibiting the operation of the electronic system, characterized in that the second switch operates with logic that is the inverse, relative to lighting, of the logic of the first switch.
A reaction system for forming a step-growth polymerized sulfur-containing polyester polyol, the reaction system comprising: at least one sulfur-containing component selected from the group of a sulfur-containing polyol and a sulfur-containing polycarboxylic acid, an amount of the at least one sulfur-containing component being from 15 wt% to 45 wt%, based on a total weight of the reaction system; at least one aromatic component selected from the group of an aromatic multi-functional ester, an aromatic multi-functional carboxylic acid, and an aromatic anhydride, an amount of the at least one aromatic component being from 1 wt% to 60 wt%, based on the total weight of the reaction system; at least one simple polyol that excludes sulfur and is different from the sulfur-containing polyol, said at least one simple polyol including at least polyethylene glycol and glycerine, an amount of the at least one simple polyol being from 5 wt% to 60 wt%, based on a total weight of the reaction system; and at least one polymerization catalyst, the reaction system for forming the sulfur-containing polyester polyol having a sulfur content that is from 2 wt% to 20 wt%, based on a total weight of the reaction system. at least one sulfur-containing component selected from the group of a sulfur-containing polyol and a sulfur-containing polycarboxylic acid, an amount of the at least one sulfur-containing component being from 15 wt% to 45 wt%, based on a total weight of the reaction system; at least one aromatic component selected from the group of an aromatic multi-functional ester, an aromatic multi-functional carboxylic acid, and an aromatic anhydride, an amount of the at least one aromatic component being from 1 wt% to 60 wt%, based on the total weight of the reaction system; at least one simple polyol that excludes sulfur and is different from the sulfur-containing polyol, said at least one simple polyol including at least polyethylene glycol and glycerine, an amount of the at least one simple polyol being from 5 wt% to 60 wt%, based on a total weight of the reaction system; and at least one polymerization catalyst, the reaction system for forming the sulfur-containing polyester polyol having a sulfur content that is from 2 wt% to 20 wt%, based on a total weight of the reaction system.
An ultrasound assistance device, comprising: - an obtaining means for obtaining a segmentation of first image data of a region of interest within a living being, the first image data being acquired by means of a probe using a modality different from ultrasound, and for obtaining deformation information indicative of a first deformation caused by the probe to the living being upon acquiring the first image data, - an adjustment means for determining and outputting adjustment data for an adjustable ultrasound probe (30, 30') such that upon acquiring ultrasound image data by means of the ultrasound probe (30, 30') a second deformation is provided to the living body which corresponds to the first deformation, and - a segmentation means for segmenting acquired ultrasound image, using the segmentation of the first image data for initialization. - an obtaining means for obtaining a segmentation of first image data of a region of interest within a living being, the first image data being acquired by means of a probe using a modality different from ultrasound, and for obtaining deformation information indicative of a first deformation caused by the probe to the living being upon acquiring the first image data, - an adjustment means for determining and outputting adjustment data for an adjustable ultrasound probe (30, 30') such that upon acquiring ultrasound image data by means of the ultrasound probe (30, 30') a second deformation is provided to the living body which corresponds to the first deformation, and - a segmentation means for segmenting acquired ultrasound image, using the segmentation of the first image data for initialization.
A cementitious composition consisting of: 100 parts by dry weight of class C fly ash; 2-3.5 parts by dry weight of an alkali metal salt of citric acid; 0.5 to 1 parts by dry weight of sodium silicate; and water. 100 parts by dry weight of class C fly ash; 2-3.5 parts by dry weight of an alkali metal salt of citric acid; 0.5 to 1 parts by dry weight of sodium silicate; and water.
A semiconductor device for transferring input data to a non-volatile memory device (14 1), the semiconductor device comprising: - a virtual page buffer Including a plurality of data elements; and - a mask buffer including a plurality of data elements, each of the data elements of the mask buffer corresponding to a respective one of the data elements of the virtual page buffer; characterized by: - control logic circuitry for (i) setting each of the data elements of the mask buffer to a first logic state upon receipt of a trigger; (ii) causing input data to be written to selected ones of the data elements of the virtual page buffer; and causing those data elements of the mask buffer corresponding to the selected ones of the data elements of the virtual page buffer to be set to a second logic state different from the first logic state; - mask logic circuitry configured to provide masked output data by combining, for each of the data elements of the virtual page buffer, data read therefrom together with the logic state of the corresponding one of the data elements of the mask buffer; and - an output interface configured to release the masked output data towards the non-volatile memory device (14 1). - a virtual page buffer Including a plurality of data elements; and - a mask buffer including a plurality of data elements, each of the data elements of the mask buffer corresponding to a respective one of the data elements of the virtual page buffer; characterized by: - control logic circuitry for (i) setting each of the data elements of the mask buffer to a first logic state upon receipt of a trigger; (ii) causing input data to be written to selected ones of the data elements of the virtual page buffer; and causing those data elements of the mask buffer corresponding to the selected ones of the data elements of the virtual page buffer to be set to a second logic state different from the first logic state; - mask logic circuitry configured to provide masked output data by combining, for each of the data elements of the virtual page buffer, data read therefrom together with the logic state of the corresponding one of the data elements of the mask buffer; and - an output interface configured to release the masked output data towards the non-volatile memory device (14 1).
A loudspeaker, comprising: a longitudinal enclosure comprising at least one subwoofer speaker for emitting lower sound frequencies; a carrier portion on top of the longitudinal enclosure; and a speaker arrangement comprising individual speakers for emitting higher sound frequencies arranged in a different direction with respect to the longitudinal enclosure, wherein the speaker arrangement is fixed to the carrier portion and is not surrounded by the longitudinal enclosure, wherein the loudspeaker arrangement does not comprise a loudspeaker enclosure and wherein the individual speakers are held by a supporting structure designed so that membranes of the individual speakers are freely vibratable and so that rotational energy is generatable. a longitudinal enclosure comprising at least one subwoofer speaker for emitting lower sound frequencies; a carrier portion on top of the longitudinal enclosure; and a speaker arrangement comprising individual speakers for emitting higher sound frequencies arranged in a different direction with respect to the longitudinal enclosure, wherein the speaker arrangement is fixed to the carrier portion and is not surrounded by the longitudinal enclosure, wherein the loudspeaker arrangement does not comprise a loudspeaker enclosure and wherein the individual speakers are held by a supporting structure designed so that membranes of the individual speakers are freely vibratable and so that rotational energy is generatable.
A flat-jet fuel injector for an aircraft turbine engine, comprising a body with a generally elongated shape having an elongation axis A, said body comprising a first longitudinal end for fuel supply and a second longitudinal end for ejecting a fuel flat-jet, said second end comprising a main pipe with a generally elongated shape having an elongation axis B substantially perpendicular to said elongation axis A, said main pipe having its two longitudinal ends which are connected directly and respectively to longitudinal ends of two secondary pipes with a generally elongated shape, the two longitudinal ends of the main pipe being configured for forming respectively two separate fuel flow inlets intended to meet substantially in the middle of said main pipe which comprises at least one slot for ejecting said fuel-jet, characterized in that the two secondary pipes have an elongation axis C at least substantially parallel to said elongation axis A, and in that at least one of said main and secondary pipes defines a flow area, at least one geometric parameter of which, such as shape or dimension, varies along said pipe and/or is different from the same geometric parameter defined by a flow area of another of said pipes.
EUV light source for an illumination device of a microlithographic projection exposure apparatus, wherein the EUV light source comprises an electron source for generating an electron beam, an accelerator unit for accelerating said electron beam, and an undulator arrangement for generating EUV light by deflecting the electron beam, wherein said undulator arrangement comprises: • a first undulator for generating EUV light having a first polarization state; and • at least one second undulator for generating EUV light having a second polarization state, wherein the second polarization state is different than the first polarization state; • wherein the second undulator is arranged downstream of the first undulator along the direction of propagation of the electron beam; and • wherein the undulator arrangement is configured in such a way that it has a first operating mode, in which the first undulator is in saturation with regard to the generation of EUV light, characterized in that the undulator arrangement has at least one second operating mode, in which the first undulator is not in saturation with regard to the generation of EUV light. • a first undulator for generating EUV light having a first polarization state; and • at least one second undulator for generating EUV light having a second polarization state, wherein the second polarization state is different than the first polarization state; • wherein the second undulator is arranged downstream of the first undulator along the direction of propagation of the electron beam; and • wherein the undulator arrangement is configured in such a way that it has a first operating mode, in which the first undulator is in saturation with regard to the generation of EUV light, characterized in that the undulator arrangement has at least one second operating mode, in which the first undulator is not in saturation with regard to the generation of EUV light.
A system comprising: a) a portable sensor configured to automatically obtain a real-time measurement related to health and wellness of a pet; b) a feeding device to which the sensor is connected, the feeding device being configured to receive measurements from the sensor, the feeding device comprising a scale, a container (301, 302), and a dispenser that is configured to dispense pet food from the container (301, 302) into a bowl associated with the scale, the feeding device being configured to generate feeding consumption data, and the feeding device further comprises an internet connection; and c) a database remotely located relative to the feeding device, and the feeding device configured to transmit the measurements and the feeding consumption data to the database through the internet connection; wherein the database is configured to perform an analysis of the measurement and the feeding consumption data using information stored in the database, and the information stored in the database is selected from the group consisting of scientific information, previously compiled data for the pet, previously compiled data for other pets that are the same type of pet, and a combination thereof. a) a portable sensor configured to automatically obtain a real-time measurement related to health and wellness of a pet; b) a feeding device to which the sensor is connected, the feeding device being configured to receive measurements from the sensor, the feeding device comprising a scale, a container (301, 302), and a dispenser that is configured to dispense pet food from the container (301, 302) into a bowl associated with the scale, the feeding device being configured to generate feeding consumption data, and the feeding device further comprises an internet connection; and c) a database remotely located relative to the feeding device, and the feeding device configured to transmit the measurements and the feeding consumption data to the database through the internet connection;