mhurhangee/ep-ind-claims huggingface dataset:
A medical kiosk for generating diagnostic medical data, the medical kiosk comprising: a medical instrument that generates diagnostic medical information related to a physical characteristic of a patient; a sensor coupled to the medical instrument to generate sensor data; a score generator coupled to the medical instrument to generate measurement accuracy data based on one of the sensor data and medical instrument reliability data; a monitor that, based on the measurement accuracy data, displays patient instructions on how to adjust a position of the medical instrument relative to a target location associated with a body part of the patient to increase a measurement accuracy; a patient interface coupled to the medical instrument, the patient interface receives patient-related data based on one of the medical instrument and a patient questionnaire that comprises questions about a symptom; a doctor interface coupled to the patient interface to facilitate a communication with a health care professional, the doctor interface displays the patient-related data and diagnosis-related data; and a diagnosis processor coupled to the medical instrument, the diagnosis processor generates a diagnosis based on the diagnostic medical information and the patient-related data. a medical instrument that generates diagnostic medical information related to a physical characteristic of a patient; a sensor coupled to the medical instrument to generate sensor data; a score generator coupled to the medical instrument to generate measurement accuracy data based on one of the sensor data and medical instrument reliability data; a monitor that, based on the measurement accuracy data, displays patient instructions on how to adjust a position of the medical instrument relative to a target location associated with a body part of the patient to increase a measurement accuracy; a patient interface coupled to the medical instrument, the patient interface receives patient-related data based on one of the medical instrument and a patient questionnaire that comprises questions about a symptom; a doctor interface coupled to the patient interface to facilitate a communication with a health care professional, the doctor interface displays the patient-related data and diagnosis-related data; and a diagnosis processor coupled to the medical instrument, the diagnosis processor generates a diagnosis based on the diagnostic medical information and the patient-related data.
A contact cleaning apparatus for a sheet substrate having a curved leading edge comprising: an elastomeric cleaning roller (224, 226) and a first conveyor for carrying the sheet substrate to be cleaned towards said elastomeric cleaning roller (224, 226), wherein said elastomeric cleaning roller (224, 226) comprises a contact zone arranged to receivingly engage the sheet substrate from said first conveyor, and a guide disposed proximate and opposingly arranged with said first conveyor, wherein said guide is configured to contactingly engage the curved leading edge of the sheet substrate as it moves on the first conveyor, such that the curved leading edge of the sheet substrate is flattened at a point of contact with the elastomeric cleaning roller (224, 226), characterised in that said guide comprises a second conveyor, wherein said second conveyor is arranged at an angle relative to said first conveyor, and wherein said second conveyor and said first conveyor are configured so as to provide a channelling of the curved leading edge as the curved leading edge approaches said contact zone. an elastomeric cleaning roller (224, 226) and a first conveyor for carrying the sheet substrate to be cleaned towards said elastomeric cleaning roller (224, 226), wherein said elastomeric cleaning roller (224, 226) comprises a contact zone arranged to receivingly engage the sheet substrate from said first conveyor, and a guide disposed proximate and opposingly arranged with said first conveyor, wherein said guide is configured to contactingly engage the curved leading edge of the sheet substrate as it moves on the first conveyor, such that the curved leading edge of the sheet substrate is flattened at a point of contact with the elastomeric cleaning roller (224, 226), characterised in that said guide comprises a second conveyor, wherein said second conveyor is arranged at an angle relative to said first conveyor, and wherein said second conveyor and said first conveyor are configured so as to provide a channelling of the curved leading edge as the curved leading edge approaches said contact zone.
A radial foil bearing, comprising: a housing provided with an insertion hole; a back foil disposed on an inner peripheral surface of the insertion hole, a notch being provided at an edge of the back foil in an axial direction in which the insertion hole extends; an engagement member attached to the housing in a state of passing through the notch and extending to outside of a formation area of the notch in a circumferential direction of the insertion hole on an inner peripheral side of the back foil; and an intermediate foil supported by the back foil, a second notch being provided at an edge of the intermediate foil in the axial direction, characterized in that the engagement member is attached to the housing in a state of passing through the notch and the second notch and extends to outside of a formation area of the second notch in the circumferential direction of the insertion hole on an inner peripheral side of the intermediate foil. a housing provided with an insertion hole; a back foil disposed on an inner peripheral surface of the insertion hole, a notch being provided at an edge of the back foil in an axial direction in which the insertion hole extends; an engagement member attached to the housing in a state of passing through the notch and extending to outside of a formation area of the notch in a circumferential direction of the insertion hole on an inner peripheral side of the back foil; and an intermediate foil supported by the back foil, a second notch being provided at an edge of the intermediate foil in the axial direction, characterized in that the engagement member is attached to the housing in a state of passing through the notch and the second notch and extends to outside of a formation area of the second notch in the circumferential direction of the insertion hole on an inner peripheral side of the intermediate foil.
A method for stabilizing soil comprising the steps of: drilling at least one injection hole (101, 103) in the soil to be stabilized; drilling a monitoring hole in the soil to be stabilized; placing a pressure monitoring assembly in the monitoring hole; injecting into the soil, through the at least one injection hole (101, 103), a soil stabilization agent; monitoring the pressure of the soil as the soil stabilization agent is being injected. drilling at least one injection hole (101, 103) in the soil to be stabilized; drilling a monitoring hole in the soil to be stabilized; placing a pressure monitoring assembly in the monitoring hole; injecting into the soil, through the at least one injection hole (101, 103), a soil stabilization agent; monitoring the pressure of the soil as the soil stabilization agent is being injected.
Method of making a sleeve for covering a receptacle, from a strip of flexible tubular material, wherein the sleeve has a given length measured from a first end to a second end, being measured in the longitudinal direction of the strip, the method comprising: puncturing the sleeve to form a puncture being spaced apart from the first end and from the second end, characterised in that said puncturing the sleeve is puncturing an open region of the sleeve. puncturing the sleeve to form a puncture being spaced apart from the first end and from the second end, characterised in that said puncturing the sleeve is puncturing an open region of the sleeve.
A titania porous body, the titania porous body being entirely formed of titania, the titania porous body comprising: a titania framework forming a three-dimensional network structure; first pores comprising opening portions of the three-dimensional network structure; second pores disposed in a surface of the titania framework, characterized in that the first pores have a pore diameter of 0.05 to 50 μm, and the second pores have a pore diameter of 20 to 200 nm, wherein the pore diameter of the first pores is measured by mercury intrusion porosimetry and the pore diameter of the second pores is measured by BET. a titania framework forming a three-dimensional network structure; first pores comprising opening portions of the three-dimensional network structure; second pores disposed in a surface of the titania framework,
A ferritic stainless steel having a chemical composition consisting of, by mass%, C: 0.003% or more and 0.015% or less, Si: 0.05% or more and 0.20% or less, Mn: 0.10% or more and 0.35% or less, P: 0.06% or less, S: 0.02% or less, Cr: 17.0% or more and 19.0% or less, Ni: more than 0.10% and 0.30% or less, Ti: 0.10% or more and 0.40% or less, Nb: 0.005% or more and less than 0.050%, Mo: less than 0.20%, N: 0.005% or more and 0.015% or less, Cu: 0.30% or more and 0.50% or less, Mg: less than 0.0005%, and optionally further containing by mass, Al: 0.02% or more and 0.50% or less, Sb: 0.005% or more and 0.300% or less, at least one of Zr: 0.05% or more and 0.60% or less and V: 0.02% or more and 0.50% or less and the balance being Fe and inevitable impurities.
A mold for making a container for dispensing a dental paste, the container comprising at least a first chamber for storing the dental paste, the container having a retention end allowing the container to be retained in a dispensing gun and a dispensing end, the first chamber opening into the dispensing end and being further configured for receiving a piston or plunger by which the dental paste can be extruded through the dispensing end, wherein the container further comprises a through-channel for transmitting a gaseous medium, in particular an airstream, through the container and extending between the retention end and the dispensing end, the mold comprising a first mold core for molding the chamber of the container, a second mold core for molding a first portion of the through-channel, a third mold core for molding a nozzle of the container, and a fourth mold core for molding a second portion of the through-channel, with the first and second portions being directly connected to each other.
A mounting module for a binding tool, the binding tool being configured to attach a strap (3, 3'), such as a cable tie, to at least one object (4, 4'), the mounting module comprising: a base part having an object receiving portion; and a moveable part having one or more binding tool receiving portions (8a, 8b) with the one or more binding tool receiving portions (8a, 8b) being configured to hold the binding tool at a fixed position relative to the movable part, wherein the moveable part is moveable relative to the base part and the object receiving portion, characterized in that the moveable part is configured to execute a combined linear and rotational movement, relative to the base part, wherein a linear and a rotational direction of movement of the movable part can be adjusted to match the at least one object (4, 4'), wherein the moveable part is configured such that a position thereof can be set relative to the object receiving portion and the position can be set to conform to an outer diameter of the at least one object (4, 4'), and wherein the moveable part is supported at the base part by guide means. a base part having an object receiving portion; and a moveable part having one or more binding tool receiving portions (8a, 8b) with the one or more binding tool receiving portions (8a, 8b) being configured to hold the binding tool at a fixed position relative to the movable part, wherein the moveable part is moveable relative to the base part and the object receiving portion, characterized in that the moveable part is configured to execute a combined linear and rotational movement, relative to the base part, wherein a linear and a rotational direction of movement of the movable part can be adjusted to match the at least one object (4, 4'), wherein the moveable part is configured such that a position thereof can be set relative to the object receiving portion and the position can be set to conform to an outer diameter of the at least one object (4, 4'), and wherein the moveable part is supported at the base part by guide means.
Method for treating production water originating from enhanced hydrocarbon recovery, and containing one or more water-soluble polymers and Fe 2+ ions, consisting in at least partially oxidizing the Fe 2+ ions by introducing at least one reaction activator and oxygen into said production water, the molar ratio of introduced oxygen to Fe 2+ ions being less than or equal to 0.25, the reaction activator making it possible to activate the oxidation reaction of the Fe2+ ions by the oxygen and degradation of the polymer is chosen from the group comprising stearyl citrate, monoammonium citrate, calcium citrate, calcium disodium ethylenediaminetetraacetate, monocalcium phosphate, tricalcium phosphate, calcium phytate, citric acid, disodium ethylenediaminetetraacetate, glycine, sodium tripolyphosphate, phosphoric acid, monopotassium phosphate, tetrapotassium pyrophosphate, dipotassium phosphate, sodium acid pyrophosphate, sodium citrate, tetrasodium pyrophosphate, monosodium phosphate, disodium phosphate, sodium hexametaphosphate, N,N'-bis(2-hydroxybenzyl)-ethylenediamine-N,N'-diacetic acid, N-(1,2-dicarboxyethyl)-D,L aspartic acid, diethylene triamine pentacetic acid, humic acid, fulvic acid, polyacrylate, polyitaconate, polymaleate, and polyaspartate.
A method of operation of an image processing system comprising: receiving a first image having a first aperture setting, provided in first image metadata, and a second image having a second aperture setting, provided in second image metadata, with the first image and the second image each having a red channel and a green channel; calculating a red iteration count of a blur difference for the red channel of corresponding portions of the first image and the second image; calculating a green iteration count of the blur difference for the green channel of corresponding portions of the first image and the second image; forming a depth map having an element depth based on an iteration number difference between the red iteration count and the green iteration count; and forming a display image based on the first image and the depth map for displaying on a display device. receiving a first image having a first aperture setting, provided in first image metadata, and a second image having a second aperture setting, provided in second image metadata, with the first image and the second image each having a red channel and a green channel; calculating a red iteration count of a blur difference for the red channel of corresponding portions of the first image and the second image; calculating a green iteration count of the blur difference for the green channel of corresponding portions of the first image and the second image; forming a depth map having an element depth based on an iteration number difference between the red iteration count and the green iteration count; and forming a display image based on the first image and the depth map for displaying on a display device.
A method of determining whether an object located at a distance from a measuring equipment contains a substance or molecules of one kind, in particular a hazardous substance such as an explosive or a component of an explosive, the object being illuminated with light of a definite wavelength from a light source and the light scattered by the object being analysed for obtaining a Resonance Raman spectrum, the light scattered by the object being collected and concentrated using an optical system of telescopic type, to be analysed by a spectrometer, whereby the light from the light source is emitted at a wavelength which corresponds to an absorption wavelength of said substance or molecules of said one kind and that a Resonance Raman spectrum is produced, characterized in that in addition the light from the light source is emitted with a plurality of different wavelengths around; said absorption wavelength, wherein the plurality of different wavelengths are at a small distance from said absorption wavelength compared to the distance between adjacent absorption wavelengths, that a Resonance Raman spectrum is produced for each such wavelength, and that the obtained Resonance Raman spectra are analysed for determining whether the object contains said substance or molecules of said one kind.
System for weighing and mixing of ingredients for asphalt production comprising a. a weighing apparatus for weighing an ingredient, b. a connecting pipe that is connected to a closable discharge opening of the weighing apparatus and that has a shut-off member, c. a mixer that is connected to the connecting pipe for mixing ingredients, d. a closure member that is arranged at the discharge opening, characterized in that the connecting pipe has a ventilation/exhaust valve and the installation has a sensor for determining an actual pressure in the mixer and a control unit, wherein the control unit is in signal connection with the sensor, the closure member, the shut-off member, the ventilation/exhaust valve and the weighing apparatus. a. a weighing apparatus for weighing an ingredient, b. a connecting pipe that is connected to a closable discharge opening of the weighing apparatus and that has a shut-off member, c. a mixer that is connected to the connecting pipe for mixing ingredients, d. a closure member that is arranged at the discharge opening, characterized in that the connecting pipe has a ventilation/exhaust valve and the installation has a sensor for determining an actual pressure in the mixer and a control unit, wherein the control unit is in signal connection with the sensor, the closure member, the shut-off member, the ventilation/exhaust valve and the weighing apparatus.
A method of making a catalyst, wherein said method comprises: co-mulling an inorganic oxide material, molybdenum trioxide, a nickel compound and an oxide of phosphorus in solid form to thereby form a mixture; forming said mixture into a particle; and calcining said particle to thereby provide a calcined particle, wherein the molybdenum trioxide is in a finely divided state of particles of a maximum dimension of less than 0.5 mm, and the phosphorus oxide is in a finely divided state of particles having a particle size of from 10 μm to 500 μm. co-mulling an inorganic oxide material, molybdenum trioxide, a nickel compound and an oxide of phosphorus in solid form to thereby form a mixture; forming said mixture into a particle; and calcining said particle to thereby provide a calcined particle, wherein the molybdenum trioxide is in a finely divided state of particles of a maximum dimension of less than 0.5 mm, and the phosphorus oxide is in a finely divided state of particles having a particle size of from 10 μm to 500 μm.
Machine-tool unit for aligning a tool or workpiece with a base for connecting to a machine frame and with a mobile support relative to the base for aligning the tool or workpiece, comprising a bearing unit with at least two degrees of rotational motion for storing the support at the base, likewise comprising a swivel bearing setting fixture for setting a swivel bearing of the support around a swivel axis and whereby the support can be tilted on an axis of inclination, whereby the swivel axis and the axis of inclination are perpendicular to one another, and whereby the support is immobile around a third axis perpendicular to both the swivel axis as well as the axis of inclination, characterized in that the swivel axis is perpendicular to an extending level of the support.
A rechargeable battery comprising: an electrode assembly; a receiving case for accommodating the electrode assembly; a cap plate arranged to close the receiving case; an insulating case (70, 90) provided between the cap plate and the electrode assembly, the insulating case having a base and a side wall, the side wall including cut-out portions (75, 76; 95, 96); and a connection plate (60, 80, 120) arranged in the insulating case; wherein portions of the connection plate are arranged to contact the receiving case through the cut-out portions to cause a short-circuit as a result of relative movement between the receiving case and the connection plate (60, 80, 120); wherein the connection plate comprises laterally extending protrusions arranged to contact the receiving case as a result of relative movement between the cap plate and the connection plate (60, 80, 120), and/or wherein the connection plate (60, 80, 120) comprises longitudinally extending protrusions arranged to contact the receiving case as a result of relative movement between the receiving case and the connection plate (60, 80, 120). an electrode assembly; a receiving case for accommodating the electrode assembly; a cap plate arranged to close the receiving case; an insulating case (70, 90) provided between the cap plate and the electrode assembly, the insulating case having a base and a side wall, the side wall including cut-out portions (75, 76; 95, 96); and a connection plate (60, 80, 120) arranged in the insulating case;
A device for detachably fastening a conductor to a transformer housing, comprising the transformer housing and a fastening element, wherein the fastening element is routed through a retaining element arranged on the transformer housing and rests at least partially on the surface of the conductor when the conductor is fastened to the transformer housing, and the fastening element is designed in such a way that the fastening element, during the transfer from an unfastened state into the fastened state of the conductor on the transformer housing within the retaining element along its longitudinal axis, performs a rotational movement about its longitudinal axis, characterised in that a mounting element is arranged directly on the transformer housing and has a latch element, the retaining element has latch means on one of its outer-side faces, by means of which latch means the distance between the retaining element and the conductor is adjustable, wherein the latch means engage in the latch element of the mounting element, the fastening element is designed in such a way that the fastening element, during the transfer from an unfastened state into the fastened state of the conductor on the transformer housing within the retaining element, performs a translational movement along its longitudinal axis in the direction of the conductor and then performs the rotational movement about its longitudinal axis, and an inner thread is provided in some regions within the retaining element, and an outer thread provided at least in some regions on the fastening element can engage within said inner thread.