mhurhangee/ep-ind-claims huggingface dataset:
Cutting tool (200, 300, 400), comprising: a cutting tool insert with a tip portion of cBN material having a cutting edge formed therein, and a body portion coupling the cutting tool insert with a shank of the cutting tool, wherein the cutting tool insert has a rake face and a first flank face defining the cutting edge and a second flank face defining a further edge with the first flank face such that the cutting edge and the further edge do not have a common vertex, wherein the second flank face is tilted with respect to an axis parallel to a centre axis by an angle greater than 0°, wherein the centre axis is the central longitudinal axis passing through the shank, and wherein an angle Θ2 between the second flank face and the axis parallel to the centre axis is in a range from 25° to 60°, wherein the cutting tool insert comprises a base portion forming a sintered composition with the cBN tip portion, the rake face of the cutting tool insert extends smoothly into the body portion forming a rake face in the body portion, the second flank face of the cutting tool insert extends smoothly into the body portion forming a second flank face in the body portion, and the rake face of the cutting tool insert and the rake face of the body portion form a same plane and the second flank face of the cutting tool insert and the second flank face of the body portion form a same plane. a cutting tool insert with a tip portion of cBN material having a cutting edge formed therein, and a body portion coupling the cutting tool insert with a shank of the cutting tool, wherein the cutting tool insert has a rake face and a first flank face defining the cutting edge and a second flank face defining a further edge with the first flank face such that the cutting edge and the further edge do not have a common vertex, wherein the second flank face is tilted with respect to an axis parallel to a centre axis by an angle greater than 0°, wherein the centre axis is the central longitudinal axis passing through the shank, and wherein an angle Θ2 between the second flank face and the axis parallel to the centre axis is in a range from 25° to 60°, wherein the cutting tool insert comprises a base portion forming a sintered composition with the cBN tip portion, the rake face of the cutting tool insert extends smoothly into the body portion forming a rake face in the body portion, the second flank face of the cutting tool insert extends smoothly into the body portion forming a second flank face in the body portion, and the rake face of the cutting tool insert and the rake face of the body portion form a same plane and the second flank face of the cutting tool insert and the second flank face of the body portion form a same plane.
A method of correcting for the effects of intensity fluctuations of incident light within an absorption spectroscopy system, comprising the steps of: controlling a light source to emit a wavelength modulated beam of light; applying at least one modulation burst signal to perform one or more of modulating the wavelength modulated beam or modulating a separate beam synchronised with the wavelength modulated beam; detecting the modulated beam(s) of light after transmission through a sample medium; and processing the detected beam(s) to obtain at least one detected burst signal and to measure absorption effects of one or more measurands; characterised in that the at least one modulation burst signal is a tapering signal modulation and a smooth window function is employed to shape the burst signal, such that sudden signal transitions are avoided, and wherein the processing includes comparing the at least one detected burst signal with the applied at least one modulation burst signal to determine intensity fluctuations of the incident light that are separate from absorption effects of the measurand(s), and wherein the processing includes correcting for the effects of the determined intensity fluctuations for increased accuracy of measurement of the absorption effects of the measurand(s). controlling a light source to emit a wavelength modulated beam of light; applying at least one modulation burst signal to perform one or more of modulating the wavelength modulated beam or modulating a separate beam synchronised with the wavelength modulated beam; detecting the modulated beam(s) of light after transmission through a sample medium; and processing the detected beam(s) to obtain at least one detected burst signal and to measure absorption effects of one or more measurands; characterised in that the at least one modulation burst signal is a tapering signal modulation and a smooth window function is employed to shape the burst signal, such that sudden signal transitions are avoided, and wherein the processing includes comparing the at least one detected burst signal with the applied at least one modulation burst signal to determine intensity fluctuations of the incident light that are separate from absorption effects of the measurand(s), and wherein the processing includes correcting for the effects of the determined intensity fluctuations for increased accuracy of measurement of the absorption effects of the measurand(s).
A permanent cap for use with a post-tensioned concrete anchor that is positioned in a cavity in a concrete member, the permanent cap, comprising: a cap body, the cap body adapted to couple to the post tensioned concrete anchor; and a grout retention feature adapted to retain a filling material within the cavity, the grout retention feature comprises a grout retention feature body coupled to the cap body by a neck and wherein the grout retention feature comprises a surface texture, wherein the surface texture comprises at least one of cross hatches, grooves, stipples, ridges, knurls, flutes, or any combination thereof; the permanent cap being characterized in that the grout retention feature extends from an end of the cap body opposite the post-tensioned concrete anchor. a cap body, the cap body adapted to couple to the post tensioned concrete anchor; and a grout retention feature adapted to retain a filling material within the cavity, the grout retention feature comprises a grout retention feature body coupled to the cap body by a neck and wherein the grout retention feature comprises a surface texture, wherein the surface texture comprises at least one of cross hatches, grooves, stipples, ridges, knurls, flutes, or any combination thereof; the permanent cap being characterized in that the grout retention feature extends from an end of the cap body opposite the post-tensioned concrete anchor.
A composition comprising: a first synthetic precursor possessing first functional groups and having a molecular weight of from 100 to 1500 Da, a second synthetic precursor comprising a multi-armed precursor possessing a core and having 6 arms or 8 arms, the arms each comprising a molecular weight from 1250 to 2500 Da and possessing second functional groups at the ends thereof; wherein the first functional groups crosslink with the second functional groups thereby forming a biodegradable hydrogel the hydrogel swells from -50% to 50% for use in the treatment of tissue inside the vertebral column of a patient. a first synthetic precursor possessing first functional groups and having a molecular weight of from 100 to 1500 Da, a second synthetic precursor comprising a multi-armed precursor possessing a core and having 6 arms or 8 arms, the arms each comprising a molecular weight from 1250 to 2500 Da and possessing second functional groups at the ends thereof; wherein the first functional groups crosslink with the second functional groups thereby forming a biodegradable hydrogel the hydrogel swells from -50% to 50% for use in the treatment of tissue inside the vertebral column of a patient.
A disc tumbler cylinder lock and key combination, wherein the disc tumbler cylinder lock comprises rotation limiting means for the key and a guiding element (25, 48, 50) and the key comprises grooves for the guiding element, characterized in that the guiding element comprises two rails (25, 48, 50) which form a part of said rotation limiting means, and both of said rails have at least one limiter protrusion, the limiter protrusions being arranged to facing inward in the disc tumbler cylinder lock, and the key comprises at least one recess for the limiter protrusions, and which rotation limiting means further comprise a front guide (22, 57), the front guide being in connection with the rails (25, 48, 50), the front guide and the rails being arranged to allow the key, which is in a basic position in the disc tumbler cylinder lock, to be turned for releasing the locking of the disc tumbler cylinder lock in such a way that the limiter protrusions of both rails move, upon turning the key, into said at least one recess of the key.
A composition comprising an amount of R(+)-N-propargyl-1-aminoindan or a pharmaceutically acceptable salt for use in treating a subject suffering from Multiple System Atrophy.
Radiation-emitting component, which is formed as an edge-emitting or surface-emitting semiconductor laser component, comprising an active region provided for the emission of radiation, a main emission axis and an index of refraction profile (111, 211) perpendicular to the main emission axis, wherein the index of refraction profile (111, 211) increases from the main emission axis on both sides of the main emission axis with increasing distance from the main emission axis to a maximum value, wherein the index of refraction profile is formed symmetrically to the main emission axis, and wherein, with increasing distance from the main emission axis, the index of refraction decreases from the maximum value to a value smaller than the index of refraction in the area of the main emission axis, wherein the index of refraction profile (111, 211, 511) decreases, starting from the maximum value, more slowly towards the main emission axis than away from the main emission axis.
A system comprising: type definition circuitry configured to: assign a first type specifier to a first component type available from a first service provider; assign a second type specifier to a second component type available from a second service provider; property linking circuitry configured to: link a first set of technical properties to the first component type; and link a second set of second technical properties to the second component type; property translation circuitry configured to: establish a translation correspondence between the first set of technical properties for the first component type and the second set of technical properties for the second component type; and type mapping circuitry configured to: translate the first component type into the second component type by translating the first component type into a reference type and the reference type into the second component type, according to the translation correspondence, to provision the first component type at the second service provider as the second component type. type definition circuitry configured to: assign a first type specifier to a first component type available from a first service provider; assign a second type specifier to a second component type available from a second service provider; assign a first type specifier to a first component type available from a first service provider; assign a second type specifier to a second component type available from a second service provider; property linking circuitry configured to: link a first set of technical properties to the first component type; and link a second set of second technical properties to the second component type; link a first set of technical properties to the first component type; and link a second set of second technical properties to the second component type; property translation circuitry configured to: establish a translation correspondence between the first set of technical properties for the first component type and the second set of technical properties for the second component type; and establish a translation correspondence between the first set of technical properties for the first component type and the second set of technical properties for the second component type; and type mapping circuitry configured to: translate the first component type into the second component type by translating the first component type into a reference type and the reference type into the second component type, according to the translation correspondence, to provision the first component type at the second service provider as the second component type. translate the first component type into the second component type by translating the first component type into a reference type and the reference type into the second component type, according to the translation correspondence, to provision the first component type at the second service provider as the second component type.
A cell comprising: a solid electrolyte layer made from a ZrO 2 -based sintered member; an inter-connector layer; containing a La-containing perovskite composite oxide; comprising a pair of end portions of the inter-connector layer covering a pair of end portions of the solid electrolyte layer; and constituting an annular member with the solid electrolyte layer; an outer electrode layer disposed outward of the solid electrolyte layer; and an inner electrode layer disposed inward of the solid electrolyte layer, wherein the solid electrolyte layer comprises: a first portion overlapping the pair of end portions of the inter-connector layer, and a second portion disposed between the outer electrode layer and the inner electrode layer and having an average thickness of 15 μm or less, and wherein the first portion is thicker than the second portion. a solid electrolyte layer made from a ZrO 2 -based sintered member; an inter-connector layer; containing a La-containing perovskite composite oxide; comprising a pair of end portions of the inter-connector layer covering a pair of end portions of the solid electrolyte layer; and constituting an annular member with the solid electrolyte layer; containing a La-containing perovskite composite oxide; comprising a pair of end portions of the inter-connector layer covering a pair of end portions of the solid electrolyte layer; and constituting an annular member with the solid electrolyte layer; an outer electrode layer disposed outward of the solid electrolyte layer; and an inner electrode layer disposed inward of the solid electrolyte layer, wherein the solid electrolyte layer comprises: a first portion overlapping the pair of end portions of the inter-connector layer, and a second portion disposed between the outer electrode layer and the inner electrode layer and having an average thickness of 15 μm or less, and wherein the first portion is thicker than the second portion. a first portion overlapping the pair of end portions of the inter-connector layer, and a second portion disposed between the outer electrode layer and the inner electrode layer and having an average thickness of 15 μm or less, and wherein the first portion is thicker than the second portion.
Dual pump assembly comprising a first and a second centrifugal pump with a joint pump casing, in which respectively one pump chamber (3, 4) of the first and second centrifugal pump is formed, from which respectively one pressure channel (5, 6) opens into a joint flap chamber that transitions into a discharge channel and in which a flap is arranged, which is held with a holding section in a reception compartment of the pump casing so that it can swivel and selectively closes one or the other pressure channel (5, 6), characterised in that the flap being held floatingly without a shaft in the reception compartment and the reception compartment opening towards the flap chamber via an opening that is narrower than the holding section, wherein the holding section is elastic in a way that it can be compressed to a width that is smaller than or equal to the width of the opening.
Use of a mesenchymal stem cell expressing a suicide gene for the manufacture of a medicament for treating a cancer, wherein the suicide gene is a gene encoding cytosine deaminase, wherein cytosine deaminase expressed from the suicide gene converts the 5-fluorocytosine to 5-fluorouracil, wherein the mesenchymal stem cell is a human mesenchymal stem cell isolated from bone marrow, peripheral blood or cord blood, and wherein the cancer is selected from brain cancer, breast cancer, liver cancer, pancrease cancer, colorectal cancer and lung cancer.
Drive belt and locking device for locking a door or a window with at least one leaf or sash, wherein the leaf or sash is able to be coupled in terms of movement to the drive belt, and wherein the locking device is able to be mounted in a positionally fixed manner on a sliding-door drive and has a locking member which is movable between an unlocking position and a locking position, and wherein the locking member interacts with the drive belt such that the drive belt is able to be blocked by the locking member in the locking position, wherein the locking device has a locking drive for driving the movable locking member, characterized in that the locking member interacts with a counterpart member which is mounted on the drive belt by means of two clamping plates (5, 6), and wherein the counterpart member has a recess into which the locking member engages in its locking position, and in that the locking member interacts with the locking drive, by way of which locking drive the locking member is able to be moved between its locking position and its unlocking position, wherein the counterpart member is designed in such a way that the locking member, outside the position of the drive belt for locking, is not able to be locked thereto. characterized in that the locking member interacts with a counterpart member which is mounted on the drive belt by means of two clamping plates (5, 6), and wherein the counterpart member has a recess into which the locking member engages in its locking position, and in that the locking member interacts with the locking drive, by way of which locking drive the locking member is able to be moved between its locking position and its unlocking position, wherein the counterpart member is designed in such a way that the locking member, outside the position of the drive belt for locking, is not able to be locked thereto.
A biopsy system comprising: a probe including: a rotatable needle portion; a rotatable wheel coupled with the needle portion; and a rotatable tissue sample manifold; a holster (805, 905) removably coupled to the probe, the holster (805, 905) including a selective engagement mechanism (860, 960) configured to selectively link rotation of the wheel with rotation of the tissue sample manifold, characterised in that the selective engagement mechanism (860, 960) includes: a bracket (862, 962), and a first gear (838, 938) coupled with the bracket (862, 962), wherein moving the bracket (862, 962) moves the first gear (838, 938); a first rotatable shaft extending toward the wheel; and a second gear (836, 936) coupled to the first rotatable shaft such that the second gear (836, 936) rotates upon rotation of the first rotatable shaft, wherein the bracket (862, 962) is coupled to and is moveable about the first rotatable shaft. a probe including: a rotatable needle portion; a rotatable wheel coupled with the needle portion; and a rotatable tissue sample manifold; a rotatable needle portion; a rotatable wheel coupled with the needle portion; and a rotatable tissue sample manifold; a holster (805, 905) removably coupled to the probe, the holster (805, 905) including a selective engagement mechanism (860, 960) configured to selectively link rotation of the wheel with rotation of the tissue sample manifold, characterised in that the selective engagement mechanism (860, 960) includes: a bracket (862, 962), and a first gear (838, 938) coupled with the bracket (862, 962), wherein moving the bracket (862, 962) moves the first gear (838, 938); a first rotatable shaft extending toward the wheel; and a second gear (836, 936) coupled to the first rotatable shaft such that the second gear (836, 936) rotates upon rotation of the first rotatable shaft, wherein the bracket (862, 962) is coupled to and is moveable about the first rotatable shaft. a bracket (862, 962), and a first gear (838, 938) coupled with the bracket (862, 962), wherein moving the bracket (862, 962) moves the first gear (838, 938); a first rotatable shaft extending toward the wheel; and a second gear (836, 936) coupled to the first rotatable shaft such that the second gear (836, 936) rotates upon rotation of the first rotatable shaft, wherein the bracket (862, 962) is coupled to and is moveable about the first rotatable shaft.
A method for controlling secondary reactions of a combustion products from a burner using injected methane, the method comprising: establishing a jet flame in coaxial flow of hot combustion products from a premixed vitiated coflow of gas passing through a porous plate or catalytic monolith, said jet flame established by gas exiting from a central tube; characterized by: providing a tube positioner to translate the tip of the central tube to an offset height relative to the porous plate or catalytic monolith; and a controller for controlling the tube positioner to vary the offset height of the central tube tip in a dynamic manner based on chemical inputs, with said controlling resulting in different secondary reactions of combustion products from the burner, wherein offset height of the central tube tip is controlled to provide both a methane / oxygen combustion process and subsequent pyrolysis of methane to form olefins, aromatics or nanoparticles.