mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: - acquiring x-ray tomosynthesis image data representative of projection images (Tp) taken at different angles of an origin of imaging x-rays relative to a patient's compressed breast; - reconstructing from at least a subset of the acquired x-ray tomosynthesis data reconstructed tomosynthesis image data representative of slice images (Tr) wherein the slice images (Tr) represent images of slices of the breast that have selected orientations and thicknesses; - acquiring x-ray mammography image data representative of a projection mammography image (Mp) of the patient's breast; - concurrently displaying at least the projection mammography image (Mp) and one of the slice images (Tr); - including non-numeric indications that indicate at least: the respective level of the displayed slice image (Tr) relative to a thickness of the compressed breast; heights of slice images (Tr) in which CAD marks exist, wherein the CAD marks are indicative of suspected abnormalities as a result of computer analysis. - acquiring x-ray tomosynthesis image data representative of projection images (Tp) taken at different angles of an origin of imaging x-rays relative to a patient's compressed breast; - reconstructing from at least a subset of the acquired x-ray tomosynthesis data reconstructed tomosynthesis image data representative of slice images (Tr) wherein the slice images (Tr) represent images of slices of the breast that have selected orientations and thicknesses; - acquiring x-ray mammography image data representative of a projection mammography image (Mp) of the patient's breast; - concurrently displaying at least the projection mammography image (Mp) and one of the slice images (Tr); - including non-numeric indications that indicate at least: the respective level of the displayed slice image (Tr) relative to a thickness of the compressed breast; heights of slice images (Tr) in which CAD marks exist, wherein the CAD marks are indicative of suspected abnormalities as a result of computer analysis. the respective level of the displayed slice image (Tr) relative to a thickness of the compressed breast; heights of slice images (Tr) in which CAD marks exist, wherein the CAD marks are indicative of suspected abnormalities as a result of computer analysis.
Bipolar plate for an electrochemical reactor, comprising at least one anode sheet (Ta) and one cathode sheet (Tc), each having an internal face and an external face , the anode (Ta) and cathode (Tc) sheets being in contact with each other via their internal face , each anode (Ta) and cathode (Tc) sheet comprising, on its external face , channels (Cc1, Cc2, Cc3, Cc4, Ca1, Ca2, Ca3, Ca4) for circulating reactive fluids, said channels demarcating, at the internal faces of the anode and cathode sheets, cooling pipes for a flow of a heat transfer fluid, the channels of the anode and cathode sheets comprising alternating bosses (Ba, Bc) and indentations (Ea, Ec), the bosses of the anode sheet (Ba) being arranged in a staggered manner and the bosses of the cathode sheet (Bc) being arranged in a staggered manner. the channels of the anode and cathode sheets comprising alternating bosses (Ba, Bc) and indentations (Ea, Ec), the bosses of the anode sheet (Ba) being arranged in a staggered manner and the bosses of the cathode sheet (Bc) being arranged in a staggered manner.
Agricultural implement , comprising: at least one support , at least one soil working tool , wherein the tool is releasably fixable to the support using a fastening device , wherein the soil working tool comprises a fastening portion , arranged to be releasably fixed to the support by using the fastening device for fastening the soil working tool to the support , wherein the fastening device comprises: a clamp , comprising a first yoke portion and two shanks , arranged, when fastening the tool, to engage a fastening portion of said tool so that the clamp surrounds the support ; an abutment member , comprising a second yoke portion and two bearing portions for bearing on the support , so that the abutment member surrounds the first yoke portion ; and a pre-tensioning device arranged, when fastening the tool to the support , to pre-tension said first and second yoke portions toward each other, characterized in that at least one of the shanks has a first locking portion which is arranged, when engaging the fastening portion , to interact with at least a second corresponding locking portion of the fastening portion such that relative movement between the tool and the clamp is prevented in a direction along the fastening portion. at least one support , at least one soil working tool , wherein the tool is releasably fixable to the support using a fastening device , wherein the soil working tool comprises a fastening portion , arranged to be releasably fixed to the support by using the fastening device for fastening the soil working tool to the support , wherein the fastening device a clamp , comprising a first yoke portion and two shanks , arranged, when fastening the tool, to engage a fastening portion of said tool so that the clamp surrounds the support ; an abutment member , comprising a second yoke portion and two bearing portions for bearing on the support , so that the abutment member surrounds the first yoke portion ; and a pre-tensioning device arranged, when fastening the tool to the support , to pre-tension said first and second yoke portions toward each other, characterized in that at least one of the shanks has a first locking portion which is arranged, when engaging the fastening portion , to interact with at least a second corresponding locking portion of the fastening portion such that relative movement between the tool and the clamp is prevented in a direction along the fastening portion.
A slit lamp microscope comprising: an illumination system configured to project slit light onto an anterior segment of a subject's eye; and a photographing system that includes an optical system and an image sensor, the optical system being configured to direct light from the anterior segment onto which the slit light is being projected, and the image sensor including a light detecting surface that receives the light directed by the optical system, wherein a subject plane, a principal plane of the optical system, and the light detecting surface are arranged so as to satisfy a Scheimpflug condition, characterized in the subject plane including a focal point of the illumination system wherein a position of the focal point is shifted on account of a refractive index of a tissue of the anterior segment. an illumination system configured to project slit light onto an anterior segment of a subject's eye; and a photographing system that includes an optical system and an image sensor, the optical system being configured to direct light from the anterior segment onto which the slit light is being projected, and the image sensor including a light detecting surface that receives the light directed by the optical system, wherein a subject plane, a principal plane of the optical system, and the light detecting surface are arranged so as to satisfy a Scheimpflug condition, characterized in the subject plane including a focal point of the illumination system wherein a position of the focal point is shifted on account of a refractive index of a tissue of the anterior segment.
A method for using blockchains for metrology in an industrial control and automation system, comprising: obtaining by a processor, measurement_data obtained from a level gauging instrument_associated with at least one of: (i) material that is transferred during a material transfer involving multiple parties and (ii) the level gauging instrument_associated with the material transfer, wherein the processor is configured to: execute a transaction node to receive the measurement data; submit the measurement data to one or more mining nodes for inclusion in one or more suitable blockchains;generating , an update to a blockchain based on the measurement data , including identifying one or more sealing actions associated with one or more seals that are issued when the level gauging instrument is verified to provide the measurement data with acceptable accuracy applied to the level gauging instrument or to components of the level gauging instrument, including information about when the seals were applied or information about events that broke the seals, wherein the processor executes the mining node to generate one or more blocks to be added to one or more blockchains; updating a local copy of the blockchain using the update; and publishing the update to one or more nodes for updating one or more additional copies of the blockchain. execute a transaction node to receive the measurement data; submit the measurement data to one or more mining nodes for inclusion in one or more suitable blockchains;generating , an update to a blockchain based on the measurement data , including identifying one or more sealing actions associated with one or more seals that are issued when the level gauging instrument is verified to provide the measurement data with acceptable accuracy applied to the level gauging instrument or to components of the level gauging instrument, including information about when the seals were applied or information about events that broke the seals, wherein the processor executes the mining node to generate one or more blocks to be added to one or more blockchains; updating a local copy of the blockchain using the update; and publishing the update to one or more nodes for updating one or more additional copies of the blockchain.
A shelf assembly , comprising: a shelf member ; an arm having a distal end and a proximal end; a first pivot connection between the shelf member and the distal end of the arm; a second pivot connection between the proximal end of the arm and a drawer , wherein the drawer is movable in translation between at least a storage position and an operating position, wherein the drawer comprises a mounting location for the arm defined at an inner corner of the drawer ; characterized in that the shelf assembly further comprises a reinforcement bracket shaped to extend in orthogonal directions and having mounting holes for mounting the bracket at the mounting location; and wherein the shelf member and the arm are configured such that the shelf member can be rotated 360° about the first pivot connection . a shelf member ; an arm having a distal end and a proximal end; a first pivot connection between the shelf member and the distal end of the arm; a second pivot connection between the proximal end of the arm and a drawer , wherein the drawer is movable in translation between at least a storage position and an operating position, wherein the drawer comprises a mounting location for the arm defined at an inner corner of the drawer ; characterized in that the shelf assembly further comprises a reinforcement bracket shaped to extend in orthogonal directions and having mounting holes for mounting the bracket at the mounting location; and wherein the shelf member and the arm are configured such that the shelf member can be rotated 360° about the first pivot connection .
A gear for a fitting arrangement of a window, of a door or the like, comprising a housing and a nut element which is movably supported in a nut receiver of the housing and which is drive-effectively coupled to a fitting element, in particular to a connecting rod, of the fitting arrangement, wherein the nut element is movable radially to an axis of rotation (D) between a release position in which it is rotatable about an axis of rotation (D) fixed to the housing and a blocking position in which it is blocked against a rotation about the axis of rotation (D) in at least one direction of rotation; wherein the nut element is configured to be moved into the blocking position when it is located in the release position and is driven by the fitting element to make a movement in said direction of rotation; and wherein the housing has an abutment surface which the nut element abuts when it is located in the blocking position and is driven to make a movement in said direction of rotation; wherein the abutment surface is aligned such that it restricts the rotatability of the nut element in the blocking position when the nut element is driven by the fitting element to make a movement in said direction of rotation and such that it guides the nut element from the blocking position into the release position when a torque about the axis of rotation (D) is exerted onto the nut element , characterized in that a radially inner end region of the abutment surface is moved further in said direction of rotation than a radially outer end region of said abutment surface .
A method for automatically controlling a water heater, comprising: determining amount of water used at different periods in a historical water usage process (step 101); determining amount of water that the water heater is able to supply at different setting temperatures (step 102); predicting a setting temperature of the water heater at corresponding different periods in a future water usage process, based on the amount of water used at different periods in the historical water usage process and the amount of water that the water heater is able to supply at different setting temperatures (step 103); and controlling the water heater based on the predicted setting temperature of the water heater at corresponding different periods in the future water usage process (step 104); characterised by the determining the amount of water used at different periods in the historical water usage process comprising: determining amount of standard-temperature water used at different periods in the historical water usage process, wherein the amount of the used standard-temperature water is obtained by converting amount of water used at different temperature conditions into amount of water used at the standard-temperature; and the determining the amount of standard-temperature water used at different periods in the historical water usage process comprising: determining amount of actually used water, an intra-tank temperature and an inlet water temperature at different periods in the historical water usage process; and determining, based on the amount of actually used water, the intra-tank temperature and the inlet water temperature at different periods in the historical water usage process, the amount of standard-temperature water used at different periods in the historical water usage process by using a model of the first preset amount of used standard-temperature water; wherein the model of the first preset amount of used standard-temperature water is a model that represents a corresponding relationship between the amount of actually used water and the amount of used standard-temperature water at different intra-tank temperatures and inlet water temperatures.
Apparatus for engraving the weakening lines of flexible materials intended to form airbag covers, comprising: a cutting head provided with a cutting edge , a support for the flexible material, the cutting head being movable with respect to the support so as to follow a cutting trajectory for the engraving of said weakening lines on the flexible material being processed, wherein the apparatus comprises at least two proximity sensors integral with the support and arranged along said cutting trajectory, each configured to measure the distance between it and the cutting edge characterized in that said support comprises housing seats recessed with respect to an outer surface for supporting the flexible material on the support , said at least two proximity sensors being mounted in said housing seats and in that the cutting head comprises a feeler device comprising a moveable measurement rod that extends substantially parallel to the cutting edge and allows to take a measurement by means of contact. a cutting head provided with a cutting edge , a support for the flexible material, the cutting head being movable with respect to the support so as to follow a cutting trajectory for the engraving of said weakening lines on the flexible material being processed, wherein the apparatus comprises at least two proximity sensors integral with the support and arranged along said cutting trajectory, each configured to measure the distance between it and the cutting edge characterized in that said support comprises housing seats recessed with respect to an outer surface for supporting the flexible material on the support , said at least two proximity sensors being mounted in said housing seats and in that the cutting head comprises a feeler device comprising a moveable measurement rod that extends substantially parallel to the cutting edge and allows to take a measurement by means of contact.
A method for adaptively managing power for an Energy Harvesting System, EHS, , comprising: measuring a light intensity level available in a surrounding environment of the EHS ; wirelessly communicating a first wireless signal from the EHS to a remote device for causing the light intensity level to be increased by remotely turning on a light source or opening a cover preventing light emitted from the light source from reaching an Energy Harvesting Circuit, EHC, when the light intensity level is below a pre-specified level; using the EHC to recharge a rechargeable battery of the EHS when the light intensity level rises to a level above the pre-specified level; and wirelessly communicating a second wireless signal from the EHS to the remote device for causing the light source be turned off or the cover to be closed, when the capacity or State-Of-Charge, SOC, of the rechargeable battery of the EHS reaches a pr-specified value; wherein the light intensity level is measured when it is determined that an available energy in the rechargeable battery is not sufficient to meet an electrical load's energy requirements; or the light intensity level is measured when it is determined that a current date matches a pre-stored date or a current time matches a pre-stored time;or the light intensity level is measured when it is determined that there is a possibility of a storm or energy deficit in a next N hours, days, weeks or months, where N is an integer. measuring a light intensity level available in a surrounding environment of the EHS ; wirelessly communicating a first wireless signal from the EHS to a remote device for causing the light intensity level to be increased by remotely turning on a light source or opening a cover preventing light emitted from the light source from reaching an Energy Harvesting Circuit, EHC, when the light intensity level is below a pre-specified level; using the EHC to recharge a rechargeable battery of the EHS when the light intensity level rises to a level above the pre-specified level; and wirelessly communicating a second wireless signal from the EHS to the remote device for causing the light source be turned off or the cover to be closed, when the capacity or State-Of-Charge, SOC, of the rechargeable battery of the EHS reaches a pr-specified value; wherein the light intensity level is measured when it is determined that an available energy in the rechargeable battery is not sufficient to meet an electrical load's energy requirements; or the light intensity level is measured when it is determined that a current date matches a pre-stored date or a current time matches a pre-stored time;or the light intensity level is measured when it is determined that there is a possibility of a storm or energy deficit in a next N hours, days, weeks or months, where N is an integer.
A scale inhibitor composition for inhibiting scale in induced hydraulic fractures in hydraulic fracturing treatment of oil and/or gas wells or in industrial water systems, the composition comprising a polyphosphate glass component, the polyphosphate glass component comprising a reaction product of a mixture of components comprising 60 to 80 wt.% of a phosphorus-containing compound, and 1 to 20 wt.% of one or more controlled release additives, wherein the controlled release additives comprise one or more slowed release additive compounds, one or more accelerated release additive compounds, or a combination thereof; the one or more slowed release additive compounds comprising one or more aluminum-containing compounds; the one or more accelerated release additive compounds comprising one or more silicon-containing compounds or one or more zinc-containing compounds, or a combination thereof; and the controlled release additive optionally comprises one or more titanium-containing compounds or one or more zirconium-containing compounds as the one or more slowed release additive compounds or the one or more accelerated release additive compounds, wherein the mixture of components further comprises a combination of 6 to 12 wt.% of a calcium-containing compound and 5 to 10 wt.% of a magnesium-containing compound, and wherein the mixture of components further comprises 5 to 10 wt.% of sodium carbonate, sodium hydroxide or a combination thereof.
A nitride phosphor particle dispersion-type sialon ceramic produced by a method comprising: a step of performing uniaxial press molding on a mixture which contains raw material powder serving as a sialon-based compound through a reaction and at least one nitride phosphor containing a luminescence center element to prepare a primary molded body; a step of performing cold isostatic press molding on the primary molded body to prepare a secondary molded body; a step of performing pre-sintering on the secondary molded body in a nitrogen atmosphere to prepare a sintered body; and a step of performing a pressure-sintering treatment on the sintered body in a nitrogen atmosphere, the nitride phosphor particle dispersion-type sialon ceramic comprising a polycrystalline body of multiple single crystal particles formed of a sialon-based compound, as a sialon matrix, represented by Formula M x (Si,Al) y (N,O) z , where M represents at least one selected from the group consisting of Li, alkaline earth metals, and rare earth metals, 0 ≤ x/z < 3, and 0 < y/z <1 and multiple single crystal particles of at least one nitride phosphor comprising a matrix formed of a nitride represented by Formula M x (Si,Al) y (N,O) z , where M represents at least one selected from the group consisting of Li, alkaline earth metals, and rare earth metals, 0 ≤ x/z < 3, and 0 < y/z < 1, and a luminescence center element, wherein the total transmittance of light having a wavelength of 300 nm to 500 nm in a case where a sintered body having a thickness of 100 μm is formed is 10% or greater. a step of performing uniaxial press molding on a mixture which contains raw material powder serving as a sialon-based compound through a reaction and at least one nitride phosphor containing a luminescence center element to prepare a primary molded body; a step of performing cold isostatic press molding on the primary molded body to prepare a secondary molded body; a step of performing pre-sintering on the secondary molded body in a nitrogen atmosphere to prepare a sintered body; and a step of performing a pressure-sintering treatment on the sintered body in a nitrogen atmosphere, the nitride phosphor particle dispersion-type sialon ceramic comprising a polycrystalline body of multiple single crystal particles formed of a sialon-based compound, as a sialon matrix, represented by Formula M x (Si,Al) y (N,O) z , where M represents at least one selected from the group consisting of Li, alkaline earth metals, and rare earth metals, 0 ≤ x/z < 3, and 0 < y/z <1 and multiple single crystal particles of at least one nitride phosphor comprising a matrix formed of a nitride represented by Formula M x (Si,Al) y (N,O) z , where M represents at least one selected from the group consisting of Li, alkaline earth metals, and rare earth metals, 0 ≤ x/z < 3, and 0 < y/z < 1, and a luminescence center element, wherein the total transmittance of light having a wavelength of 300 nm to 500 nm in a case where a sintered body having a thickness of 100 μm is formed is 10% or greater.