mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: providing, by a processor, a touch-sensitive display including a sequence of note events; receiving input corresponding to a selection of a note event from the sequence of note events; displaying a plurality of interactive elements representing a plurality of note characteristics, the plurality of note characteristics including virtual instrument characteristics or articulation characteristics, wherein the virtual instrument characteristics or the articulation characteristics are included in one or more additional tags appended to a standard MIDI event; receiving input corresponding to a selection of an interactive element representing a particular note characteristic; and associating the note event with the particular note characteristic. providing, by a processor, a touch-sensitive display including a sequence of note events; receiving input corresponding to a selection of a note event from the sequence of note events; displaying a plurality of interactive elements representing a plurality of note characteristics, the plurality of note characteristics including virtual instrument characteristics or articulation characteristics, wherein the virtual instrument characteristics or the articulation characteristics are included in one or more additional tags appended to a standard MIDI event; receiving input corresponding to a selection of an interactive element representing a particular note characteristic; and associating the note event with the particular note characteristic.
Solid tempera, to be used for painting or drawing on paper, Bristol board, wood, cardboard, for direct application without the need to add water, characterized in that it comprises: - a polyvinylacetal resin with a concentration between 10% and 70% in weight of the final product, - sodium stearate with a concentration between 10% and 20%, - glycerin with a concentration between 4% and 20%, - water with a concentration between 7% and 50%, - a pigment with a concentration between 5% and 15%, - an anti-foaming agent with a concentration between 1% and 3%, and finally - a biocide with a concentration between 0.10% and 0.40%, all of the concentrations being referred to the final product. - a polyvinylacetal resin with a concentration between 10% and 70% in weight of the final product, - sodium stearate with a concentration between 10% and 20%, - glycerin with a concentration between 4% and 20%, - water with a concentration between 7% and 50%, - a pigment with a concentration between 5% and 15%, - an anti-foaming agent with a concentration between 1% and 3%, and finally - a biocide with a concentration between 0.10% and 0.40%, all of the concentrations being referred to the final product.
A controlled latch clamp, said clamp comprising a base; a handle pivotally connected to said base; a link pivotally connected to said handle; a plunger pivotally connected to said link; said plunger having a first and second bearing member, said first bearing member pivotally connected to said link; and an arm connected to an end of said plunger, said arm travels during opening of the clamp along an axis of said plunger a predetermined distance, characterized in that said plunger is pivotally connected to said base; that said second bearing member is pivotally connected to said base and said second bearing member enabling sliding movement of said arm in said second bearing member; and that said arm, after travelling during opening of the clamp along an axis of said plunger a predetermined distance, then travels in a predetermined length rotational arc.
A method to detect the presence or amount of a first molecule for a first enzyme-mediated reaction and a second molecule for a second enzyme-mediated reaction, comprising: a. contacting a sample with a reaction mixture for the first enzyme-mediated reaction to detect a first molecule and for the second enzyme-mediated reaction to detect a second molecule, wherein the sample is contacted with the reaction mixture for the first reaction and the second reaction at the same time, and wherein a reaction mediated by the first enzyme yields a bioluminogenic product, and wherein a reaction mediated by the second enzyme yields a fluorogenic product; and b. detecting the presence or amount of the first and the second molecules in the sample, wherein luminescence is employed to detect the first molecule and wherein fluorescence is employed to detect the second molecule. a. contacting a sample with a reaction mixture for the first enzyme-mediated reaction to detect a first molecule and for the second enzyme-mediated reaction to detect a second molecule, wherein the sample is contacted with the reaction mixture for the first reaction and the second reaction at the same time, and wherein a reaction mediated by the first enzyme yields a bioluminogenic product, and wherein a reaction mediated by the second enzyme yields a fluorogenic product; and b. detecting the presence or amount of the first and the second molecules in the sample, wherein luminescence is employed to detect the first molecule and wherein fluorescence is employed to detect the second molecule.
A building flooring system underlayment layer to which a nonstructural finish-flooring layer is bonded, said underlayment layer comprising a polymer-based composite structural underlayment board (40, 42) comprising: (i) a core layer of polymer material or predominantly polymer material, (ii) the core layer having a density between 0.03g/cm 3 (1.6 lbs/ft 3) and 0.4g/cm 3 (25 lbs/ft 3); (iii) the core layer having a length, a width, and a thickness; (iv) the core layer having a top major surface and a bottom major surface that are each defined by the length and the width of the core layer; (v) at least one of the major surfaces of the core layer being overlaid by a facer that reinforces, stabilizes, and strengthens the polymer-based composite structural underlayment board (40, 42) and that is generally coextensive with and bonded to the overlaid major surface of the core layer, (vi) the polymer-based composite structural underlayment board (40, 42) has a compressive strength of at least 172.37 kPa (25 psi), a flexural strength of at least 2757.9 kPa (400 psi), a flexural strength (load at yield) of at least 88.96N (20 lbf), and a fastener pull through strength of at least 88.96N (20 lbf). (i) a core layer of polymer material or predominantly polymer material, (ii) the core layer having a density between 0.03g/cm 3 (1.6 lbs/ft 3) and 0.4g/cm 3 (25 lbs/ft 3); (iii) the core layer having a length, a width, and a thickness; (iv) the core layer having a top major surface and a bottom major surface that are each defined by the length and the width of the core layer; (v) at least one of the major surfaces of the core layer being overlaid by a facer that reinforces, stabilizes, and strengthens the polymer-based composite structural underlayment board (40, 42) and that is generally coextensive with and bonded to the overlaid major surface of the core layer, (vi) the polymer-based composite structural underlayment board (40, 42) has a compressive strength of at least 172.37 kPa (25 psi), a flexural strength of at least 2757.9 kPa (400 psi), a flexural strength (load at yield) of at least 88.96N (20 lbf), and a fastener pull through strength of at least 88.96N (20 lbf).
Level transmitter for the radar-based measurement of the level of a medium located in a vessel, said transmitter comprising the following components: - a measuring unit, which is designed to determine the dielectric constant of the medium, - a signal generation unit, which is designed to couple a radar-based measuring signal (S HF) into - an antenna or a probe, wherein the antenna or the probe can be aligned in such a way that the measuring signal (S HF) is transmitted in the direction of the medium, and - an evaluation unit, which is designed to ∘ receive an echo signal (E HF) via the antenna or the probe following the reflection of the transmission signal (S HF), ∘ create a measuring curve (E' HF) using at least the echo signal, ∘ determine the level using a maximum (M L) of the measuring curve (E' HF) if the maximum (M L) exceeds the corresponding value of a predefined reference curve (R HF), and ∘ set an offset (Δh) and/or a function type of the reference curve (R HF) as a function of the measured dielectric constant, wherein the measuring unit is designed to measure the dielectric constant in that the measuring unit - detects an extreme value (M min) of the measuring curve (E' HF) that corresponds approximately to a predefined minimum level (L min), - determines a shift of the extreme value (ΔM min) if a level change (ΔL) is detected, and - determines the dielectric constant using the shift of the extreme value (ΔM min) and using the level change (ΔL). - a measuring unit, which is designed to determine the dielectric constant of the medium, - a signal generation unit, which is designed to couple a radar-based measuring signal (S HF) into - an antenna or a probe, wherein the antenna or the probe can be aligned in such a way that the measuring signal (S HF) is transmitted in the direction of the medium, and - an evaluation unit, which is designed to ∘ receive an echo signal (E HF) via the antenna or the probe following the reflection of the transmission signal (S HF), ∘ create a measuring curve (E' HF) using at least the echo signal, ∘ determine the level using a maximum (M L) of the measuring curve (E' HF) if the maximum (M L) exceeds the corresponding value of a predefined reference curve (R HF), and ∘ set an offset (Δh) and/or a function type of the reference curve (R HF) as a function of the measured dielectric constant, ∘ receive an echo signal (E HF) via the antenna or the probe following the reflection of the transmission signal (S HF), ∘ create a measuring curve (E' HF) using at least the echo signal, ∘ determine the level using a maximum (M L) of the measuring curve (E' HF) if the maximum (M L) exceeds the corresponding value of a predefined reference curve (R HF), and ∘ set an offset (Δh) and/or a function type of the reference curve (R HF) as a function of the measured dielectric constant, - detects an extreme value (M min) of the measuring curve (E' HF) that corresponds approximately to a predefined minimum level (L min), - determines a shift of the extreme value (ΔM min) if a level change (ΔL) is detected, and - determines the dielectric constant using the shift of the extreme value (ΔM min) and using the level change (ΔL).
A preparation machine comprising: a blade assembly having a plurality of arms and braid blades mounted to the corresponding arms, the arms and the braid blades being disposed about a cable opening configured to receive an end of a cable therein along a cable axis, the arms being movable relative to each other between retracted positions and advanced positions, the arms moving the braid blades closer to each other within the cable opening as the arms are moved from the retracted positions to the advanced positions, the braid blades having edges configured to engage a cable braid (1 56) of the cable to cut the cable braid; and a mandrel coupleable to the end of the cable between the cable braid and an inner insulator of the cable, the mandrel including a shear feature defined by an outer surface of the mandrel, wherein the edges of the braid blades are configured to close towards the shear feature to cut the cable braid between the braid blade and the shear feature; characterized in that when the braid blades are rotated around the cable axis pressing the cable braid between the edges of the braid blades and the mandrel the cable braid is cut. a blade assembly having a plurality of arms and braid blades mounted to the corresponding arms, the arms and the braid blades being disposed about a cable opening configured to receive an end of a cable therein along a cable axis, the arms being movable relative to each other between retracted positions and advanced positions, the arms moving the braid blades closer to each other within the cable opening as the arms are moved from the retracted positions to the advanced positions, the braid blades having edges configured to engage a cable braid (1 56) of the cable to cut the cable braid; and a mandrel coupleable to the end of the cable between the cable braid and an inner insulator of the cable, the mandrel including a shear feature defined by an outer surface of the mandrel, wherein the edges of the braid blades are configured to close towards the shear feature to cut the cable braid between the braid blade and the shear feature; characterized in that when the braid blades are rotated around the cable axis pressing the cable braid between the edges of the braid blades and the mandrel the cable braid is cut.
A method for canceling non-demand data cache prefetch requests, in a processor system comprising a processor having a cache system comprising a data cache, and having an instruction pipeline, the method comprising: determining a data access stride based on repeated execution of a memory access instruction in a program loop; speculatively issuing data cache prefetch requests according to the data access stride; identifying a loop exit based on an evaluation of program flow information; and characterized by: canceling the data cache prefetch requests that are pending non-demand data cache prefetch requests in response to the identified loop exit. determining a data access stride based on repeated execution of a memory access instruction in a program loop; speculatively issuing data cache prefetch requests according to the data access stride; identifying a loop exit based on an evaluation of program flow information; and characterized by: canceling the data cache prefetch requests that are pending non-demand data cache prefetch requests in response to the identified loop exit. canceling the data cache prefetch requests that are pending non-demand data cache prefetch requests in response to the identified loop exit.
A semiconductor device comprising: a first conductive-type semiconductor layer made of SiC; a second conductive-type body region formed in a surficial portion of the semiconductor layer; a first conductive-type source region) formed in a surficial portion of the body region; a gate insulating film provided on the semiconductor layer and containing nitrogen atoms, the gate insulating film including a first portion having a lower interface in contact with the semiconductor layer outside the body region, a second portion having a lower interface in contact with the body region, and a third portion having a lower interface in contact with the source region; and a gate electrode provided on the gate insulating film in an area extending across the semiconductor layer outside the body region, the body region, and the source region, wherein the third portion of the gate insulating film has a thickness greater than a thickness of the first portion and a thickness of the second portion and the lower interface of the third portion is at a position lower than the lower interface of the first portion and the lower interface of the second portion. a first conductive-type semiconductor layer made of SiC; a second conductive-type body region formed in a surficial portion of the semiconductor layer; a first conductive-type source region) formed in a surficial portion of the body region; a gate insulating film provided on the semiconductor layer and containing nitrogen atoms, the gate insulating film including a first portion having a lower interface in contact with the semiconductor layer outside the body region, a second portion having a lower interface in contact with the body region, and a third portion having a lower interface in contact with the source region; and a gate electrode provided on the gate insulating film in an area extending across the semiconductor layer outside the body region, the body region, and the source region, wherein the third portion of the gate insulating film has a thickness greater than a thickness of the first portion and a thickness of the second portion and the lower interface of the third portion is at a position lower than the lower interface of the first portion and the lower interface of the second portion.
Film for covering a hollow profile, wherein - a hollow profile cross-section of the hollow profile can be covered with the film, - the film has a perforation for removing at least a first part of the film from the hollow profile, - at least a second part of the film can project into a profile circumferential jacket of the hollow profile, - the perforation of the film is designed in such a way that, when the first part of the film is removed from the hollow profile, a receiving cross-section of the hollow profile can be released and at least the second part of the film, which projects into the profile circumferential jacket, can remain on the hollow profile, characterized in that - the second part of the film is designed in such a way that it can be detached from the hollow profile when a press connection is made between the hollow profile and a connecting profile inserted into the receiving cross-section of the hollow profile, and - in that the second part of the film comprises a plurality of lugs (8, 9) which project beyond a receiving cross-sectional base surface and can be bent in particular around a sleeve projection formed by the hollow profile. - a hollow profile cross-section of the hollow profile can be covered with the film, - the film has a perforation for removing at least a first part of the film from the hollow profile, - at least a second part of the film can project into a profile circumferential jacket of the hollow profile, - the perforation of the film is designed in such a way that, when the first part of the film is removed from the hollow profile, a receiving cross-section of the hollow profile can be released and at least the second part of the film, which projects into the profile circumferential jacket, can remain on the hollow profile, - the second part of the film is designed in such a way that it can be detached from the hollow profile when a press connection is made between the hollow profile and a connecting profile inserted into the receiving cross-section of the hollow profile, and - in that the second part of the film comprises a plurality of lugs (8, 9) which project beyond a receiving cross-sectional base surface and can be bent in particular around a sleeve projection formed by the hollow profile.
An epoxy resin composition comprising the constitutional elements,,, and listed below, accounting for 50 to 100 parts by mass in the total quantity 100 parts by mass of the epoxy resin, accounting for 12 to 35 mass% in 100 mass% of the epoxy resin composition that excludes thermoplastic resin particle, and having a glass transition temperature of 150°C or more, measured as described in the experimental part of the description, the number of moles of the active hydrogen contained in being 1.2 to 1.5 times as large as the number of moles of epoxy groups contained in the entire epoxy resin composition,,, and having a single phase structure or a below-500-nm phase separated structure in cured material with a cure degree of 90% or more, as calculated by the Equation given below from the total calorific value QT of the epoxy resin composition and the residual calorific value QR of the cured material, as determined by DSC (differential scanning calorimetry) produced by curing the epoxy resin composition that excludes thermoplastic resin particle, and the glass transition temperature X (°C) and the rubber state elastic modulus Y (MPa), which is the storage elastic modulus at a temperature 50°C higher than the glass transition temperature of the cured material as determined by DMA (dynamic mechanical analysis), meeting the Equation given below: amine type epoxy resin thermoplastic resin that is dissolved in the epoxy resin composition diaminodiphenyl sulfone and isomers thereof thermoplastic resin particle that is at least one resin selected from the group consisting of polyamide, polyimide, polyamideimide, polycarbonate, and polyphenylene sulfide, and that is insoluble in the epoxy resin. 0.19 ⁢ X / ° C − 31.5 ≦ Y / MPa ≦ 0.19 ⁢ X / ° C − 27 Cure degree % = QT − QR / QT × 100 accounting for 50 to 100 parts by mass in the total quantity 100 parts by mass of the epoxy resin, accounting for 12 to 35 mass% in 100 mass% of the epoxy resin composition that excludes thermoplastic resin particle, and having a glass transition temperature of 150°C or more, measured as described in the experimental part of the description, amine type epoxy resin thermoplastic resin that is dissolved in the epoxy resin composition diaminodiphenyl sulfone and isomers thereof thermoplastic resin particle that is at least one resin selected from the group consisting of polyamide, polyimide, polyamideimide, polycarbonate, and polyphenylene sulfide, and that is insoluble in the epoxy resin. 0.19 ⁢ X / ° C − 31.5 ≦ Y / MPa ≦ 0.19 ⁢ X / ° C − 27 Cure degree % = QT − QR / QT × 100
A screening chip for cell sorting, said screening chip comprising a substrate having opposing first and second surfaces, wherein at least a portion of said first surface is coated with a Raman-inactive coating material which can be vaporised by laser irradiation at a wavelength λ 1 and wherein said substrate is transparent to laser radiation at wavelength λ 1; characterized in that the Raman-inactive coating material is a composite comprising a Raman-inactive layer and a Raman-active layer, wherein the Raman-active layer is in contact with the substrate such that the Raman-inactive layer is separated from the substrate by the Raman-active layer.
Coolant supply system for a drive device of an electrically operated vehicle axle of a two-track vehicle having an electric machine, wherein the coolant supply system has a coolant tank and an electric machine hydraulic circuit in which are incorporated the interior of a cylindrical stator housing and a stator housing sump in which the coolant flowing from the stator housing accumulates, which coolant is recycled from there into the coolant tank by means of at least one recirculating pump (56, 59, 71), characterized in that the stator housing sump has, on each of its axially opposite axial sides, a suction point (A1, A2, A3) at which the coolant is suctioned by means of the recirculating pump (56, 59, 71), and in that an outflow opening is formed on each stator housing axial side on the stator housing base, via which outflow opening the coolant is discharged from a respective winding overhang space into the stator housing sump.