mhurhangee/ep-ind-claims huggingface dataset:
A computing device (102, 402) for filter life prediction for an aspirating smoke detector, comprising: a memory; and a processor configured to execute executable instructions stored in the memory to: log operational data of the aspirating smoke detector for a first time period to generate an initial data set, wherein the aspirating smoke detector includes a filter and the operational data is light scattering data; fit a machine learning model to the initial data set; determine, based on the machine learning model, a remaining useful life of the filter; log additional operational data of the aspirating smoke detector for a second time period; append the additional operational data to the initial data set to generate an appended data set; refit the machine learning model to the appended data set; and determine, based on the refit machine learning model, a revised remaining useful life of the filter. a memory; and a processor configured to execute executable instructions stored in the memory to: log operational data of the aspirating smoke detector for a first time period to generate an initial data set, wherein the aspirating smoke detector includes a filter and the operational data is light scattering data; fit a machine learning model to the initial data set; determine, based on the machine learning model, a remaining useful life of the filter; log additional operational data of the aspirating smoke detector for a second time period; append the additional operational data to the initial data set to generate an appended data set; refit the machine learning model to the appended data set; and determine, based on the refit machine learning model, a revised remaining useful life of the filter. log operational data of the aspirating smoke detector for a first time period to generate an initial data set, wherein the aspirating smoke detector includes a filter and the operational data is light scattering data; fit a machine learning model to the initial data set; determine, based on the machine learning model, a remaining useful life of the filter; log additional operational data of the aspirating smoke detector for a second time period; append the additional operational data to the initial data set to generate an appended data set; refit the machine learning model to the appended data set; and determine, based on the refit machine learning model, a revised remaining useful life of the filter.
Induction hob comprising: - a hob plate; - two or more induction coils arranged below the hob plate in order to form heating zones at the hob plate; - one or more pot detection sensors, the pot detection sensors being at least partially placed between a pair of adjacent induction coils; characterised in that the pot detection sensor is a strip-shaped sensor extending at least partially in a space between said pair of adjacent induction coils and the pot detection sensor is coupled with an evaluation unit adapted to determine information regarding the coverage of the pot detection sensor. - a hob plate; - two or more induction coils arranged below the hob plate in order to form heating zones at the hob plate; - one or more pot detection sensors, the pot detection sensors being at least partially placed between a pair of adjacent induction coils;
An electrostatic dissipative thermoplastic polyurethane composition made by reacting (a) at least one polyester polyol intermediate comprising poly(diethylene glycol adipate) with (b) at least one diisocyanate comprising 4,4'-methylenebis-(phenyl isocyanate) and (c) at least one chain extender comprising hydroquinone di(hydroxyethyl) ether or butanediol or combinations thereof; wherein the electrostatic dissipative thermoplastic polyurethane composition comprises a metal-containing salt, and wherein the electrostatic dissipative thermoplastic polyurethane composition is free of any co-solvent for the metal-containing salt; and wherein said metal salt comprises a lithium-containing salt; and wherein the electrostatic dissipative thermoplastic polyurethane composition further comprises an antistatic agent, said antistatic agent consisting of a sulfonate-type anionic antistatic agent and/or a non-metal-containing antistatic additive.
A coated cutting tool which comprises a substrate and a coating layer formed onto a surface of the substrate, wherein the coating layer contains a hard layer having a composition represented by (Ti x M 1-x)N, wherein M represents at least one kind of an element selected from the group consisting of Zr, Hf, V, Nb, Ta, Cr, Mo, W, Al, Si and Y, and x represents an atomic ratio of a Ti element based on a sum of the Ti element and an M element, and satisfies 0.45≦x≦0. 9, an average grain size of grains constituting the hard layer is 200 nm or more and 600 nm or less, and a value of Sa determined by the following procedures to satisfies 55 area %≦Sa≦90 area %; polishing the hard layer in a direction substantially parallel to the surface of the substrate; an angle formed by a normal line of the polished surface obtained by procedure above and a normal line at a cubic plane of the grains of the hard layer is determined as an orientation difference; a total of an area A of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and 35° or less, is determined; a total of an area B of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and less than 15°, is determined; the value of Sa in area-% is calculated by the formula "Sa =B/A × 100". polishing the hard layer in a direction substantially parallel to the surface of the substrate; an angle formed by a normal line of the polished surface obtained by procedure above and a normal line at a cubic plane of the grains of the hard layer is determined as an orientation difference; a total of an area A of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and 35° or less, is determined; a total of an area B of a cross-section of the grains of the hard layer where the orientation differences of the grains are within a range of 0° or more and less than 15°, is determined; the value of Sa in area-% is calculated by the formula "Sa =B/A × 100".
A fixation system, comprising: - an insulator housing of a medium or high voltage switching pole, one or more screws; and - a support or a further housing; wherein, the insulator housing comprises one or more holes; wherein, an inner surface of each one of the one or more holes is made to be conductive; wherein the inner surface of each one of the one or more holes comprises a conductive layer; wherein the conductive layer is configured to connect to earth potential; and wherein, the one or more screws fix the insulator housing to the support or further housing via the one or more holes. - an insulator housing of a medium or high voltage switching pole, one or more screws; and - a support or a further housing; wherein, the insulator housing comprises one or more holes; wherein, an inner surface of each one of the one or more holes is made to be conductive; wherein the inner surface of each one of the one or more holes comprises a conductive layer; wherein the conductive layer is configured to connect to earth potential; and wherein, the one or more screws fix the insulator housing to the support or further housing via the one or more holes.
Method for producing battery electrodes, in which an electrode strip material with a foil and with an active material coating applied thereto is separated at predetermined cutting points to form a number of battery electrodes, - wherein the electrode strip material is conveyed on a planar vacuum belt along a conveying direction to a cutting gap, - wherein, in a first method step, the active material coating of a cutting point is partially ablated with a first laser beam before the cutting point reaches the cutting gap, and - wherein, in a second method step, the active material coating and the foil of the cutting point are completely severed with a second laser beam when the cutting point is in the region of the cutting gap. - wherein the electrode strip material is conveyed on a planar vacuum belt along a conveying direction to a cutting gap, - wherein, in a first method step, the active material coating of a cutting point is partially ablated with a first laser beam before the cutting point reaches the cutting gap, and - wherein, in a second method step, the active material coating and the foil of the cutting point are completely severed with a second laser beam when the cutting point is in the region of the cutting gap.
A shadow information storing method, comprising: determining a shadow area through rendering a three-dimensional model, the shadow area being generated when light radiated from a reference virtual light source is hidden by an object; characterised by determining a shadow feature value of a vertex of the 3D model based on a distance between a location of the vertex and a boundary of the shadow area; and storing the determined shadow feature value. determining a shadow area through rendering a three-dimensional model, the shadow area being generated when light radiated from a reference virtual light source is hidden by an object; characterised by determining a shadow feature value of a vertex of the 3D model based on a distance between a location of the vertex and a boundary of the shadow area; and storing the determined shadow feature value.
A catalyst composition for polymerization of olefins, which comprises the compound represented by the Fischer projection of formula as an internal electron donor, wherein: R 1, R 2, R 3, R 4, R 5 and R 6 are the same or different and are independently selected from a group consisting of hydrogen, straight, branched and cyclic alkyl and aromatic substituted and unsubstituted hydrocarbyl having 1 to 20 carbon atoms; R 7 is selected from a group consisting of straight, branched and cyclic alkyl and aromatic substituted and unsubstituted hydrocarbyl having 1 to 20 carbon atoms; and R 8 is selected from a group consisting of aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms; N is nitrogen atom; O is oxygen atom; and C is carbon atom. R 1, R 2, R 3, R 4, R 5 and R 6 are the same or different and are independently selected from a group consisting of hydrogen, straight, branched and cyclic alkyl and aromatic substituted and unsubstituted hydrocarbyl having 1 to 20 carbon atoms; R 7 is selected from a group consisting of straight, branched and cyclic alkyl and aromatic substituted and unsubstituted hydrocarbyl having 1 to 20 carbon atoms; and R 8 is selected from a group consisting of aromatic substituted and unsubstituted hydrocarbyl having 6 to 20 carbon atoms; N is nitrogen atom; O is oxygen atom; and C is carbon atom.
A kit comprising gastro-resistant, sustained-release tablets comprising butyric acid or salts or esters thereof and gastro-resistant capsules comprising probiotics optionally in combination with prebiotics.
A compound having the structure: wherein X1, X2, X4, X5 and X6 are independently H, halogen, -OH, -CH 3, -CF 3, -OCH 3, -CO 2 H, -CO 2 CH 3, -CH 2 CO 2 H or -CH 2 CO 2 CH 3, phenyl, or -O-Bn; or a pharmaceutically acceptable salt thereof.
Device for converting the kinetic energy of a fluid into mechanical energy, said device comprising a rotor able to rotate about a rotation axis, in at least one main direction of rotation of the said rotor and comprising at least two blades (30, 31) extending transversely with respect to the rotation axis of the said rotor, the main direction of rotation of the rotor defining, for each blade (30, 31), a front side towards which the said blade moves when the rotor is rotating in the said main direction of rotation, and a rear side which is the opposite side to the said front side, each blade (30, 31) comprising two wings (34, 35) delimiting a channel open towards the rear of the said blade and running transversely with respect to the rotation axis between a central end of the said blade, which is on the side of the rotation axis, and an outer end of the said blade, which is on the opposite side to the said central end, the wings (34, 35) joining at a join line and extending, from the said join line, towards the rear of the said blade thereby forming a V-shaped profile in a plane orthogonal to the said join line, referred to as the "measurement plane", characterized in that the wings (34, 35) of each blade (30, 31) are: - arranged in such a way that the angle formed between the said wings in a measurement plane and to the rear of the said blade varies with the position of the point of intersection of the said measurement plane with the join line, decreasing towards the outer end of the said blade so that the said wings converge towards one another in the direction of the outer end of the said blade, - configured so that the length of the said wings, measured in a measurement plane, varies with the position of the point of intersection on the join line, increasing in the direction towards the outer end of the said blade. - arranged in such a way that the angle formed between the said wings in a measurement plane and to the rear of the said blade varies with the position of the point of intersection of the said measurement plane with the join line, decreasing towards the outer end of the said blade so that the said wings converge towards one another in the direction of the outer end of the said blade, - configured so that the length of the said wings, measured in a measurement plane, varies with the position of the point of intersection on the join line, increasing in the direction towards the outer end of the said blade.
An apparatus, comprising: a housing (152,252,352) defining a central passage; a shaft (158,258) extended within the central passage; bearings (162,162A,162B) arranged within the central passage and configured to receive and support the shaft (158,258) for rotation within the central passage; and characterised by one or more pressure chambers (156,256) defined longitudinally in the housing (152,252,352) and configured to deflect the housing (152,252,352) in response to experiencing an increased pressure, wherein deflection of the housing (152,252,352) causes the shaft (158,258) to correspondingly deflect via engagement with the bearings (162,162A,162B). a housing (152,252,352) defining a central passage; a shaft (158,258) extended within the central passage; bearings (162,162A,162B) arranged within the central passage and configured to receive and support the shaft (158,258) for rotation within the central passage; and characterised by one or more pressure chambers (156,256) defined longitudinally in the housing (152,252,352) and configured to deflect the housing (152,252,352) in response to experiencing an increased pressure, wherein deflection of the housing (152,252,352) causes the shaft (158,258) to correspondingly deflect via engagement with the bearings (162,162A,162B).
Valve operator assembly for valve comprising a valve body and a valve translating member axially moveable, the assembly comprising a housing adapted to be mounted on the valve, an input member rotatably mounted with respect to said housing and comprising a rotational drive input, a transmission mechanism connected to said input member and comprising a translating element adapted to be connected to the valve translating member of the valve, said transmission mechanism being adapted to convert applied rotation of the rotational drive input into axial translation of said translating element, and at least one elastic actuator coaxial with an axis of the translating element and axially located between the input member and said translating element, the elastic actuator bearing axially against the translating element, to obtain a compression of the actuator during an axial translation of said translating element towards the input member and a release of said actuator during an axial translation in the opposite direction, characterized in that the transmission mechanism and the input member delimit together a space inside which is disposed the elastic actuator, at least one thrust rolling bearing being mounted on the input member in said space and the elastic actuator bearing axially against said thrust rolling bearing.
A velocity indicator, comprising a front face supporting a dial, an effective velocity indicating pointer element, driven into rotation in front of the dial, a reference velocity indicating element (8, 11, 7), driven into rotation behind the dial and comprising an end portion visible in the dial periphery, and means (15, 16) for driving both elements (5, 8) into rotation, characterized in that the visible end portion of the reference velocity indicating element supports a set of LED diodes arranged along a small circle arc element,, with means (17, 13, 14) being provided for supplying the set of LED diodes.
A semiconductor detector for electromagnetic radiation within a wavelength range, comprising: a first waveguide portion extending in a first direction and configured to be a single-mode waveguide for electromagnetic radiation within the wavelength range; a funnel element configured to funnel incident electromagnetic radiation into a first end of the first waveguide portion; a second waveguide portion extending along the first direction and parallel with the first waveguide portion, and being configured to selectively guide electromagnetic radiation within a sub-range of the wavelength range; wherein the first waveguide portion and the second waveguide portion are separate waveguides; wherein said second waveguide portion is coupled to the first waveguide portion and configured to out-couple electromagnetic radiation from the first waveguide portion, within the sub-range; and a photodetector including a photoactive layer arranged at a second end of the first waveguide portion and at an end of the second waveguide portion, and configured to separately detect electromagnetic radiation transmitted through and exiting the first waveguide portion and the second waveguide portion in the first direction. a first waveguide portion extending in a first direction and configured to be a single-mode waveguide for electromagnetic radiation within the wavelength range; a funnel element configured to funnel incident electromagnetic radiation into a first end of the first waveguide portion; a second waveguide portion extending along the first direction and parallel with the first waveguide portion, and being configured to selectively guide electromagnetic radiation within a sub-range of the wavelength range; wherein the first waveguide portion and the second waveguide portion are separate waveguides; wherein said second waveguide portion is coupled to the first waveguide portion and configured to out-couple electromagnetic radiation from the first waveguide portion, within the sub-range; and a photodetector including a photoactive layer arranged at a second end of the first waveguide portion and at an end of the second waveguide portion, and configured to separately detect electromagnetic radiation transmitted through and exiting the first waveguide portion and the second waveguide portion in the first direction.
Turbine for a turbocharger, comprising a turbine housing having a first spiral duct and a second spiral duct, wherein the second spiral duct is designed to extend over a wrap angle range (φ S) of less than 360 degrees in the circumferential direction of a turbine wheel of the turbine and the first spiral duct has a wrap angle range (φ GS) greater than the wrap angle range (φ S), wherein the first spiral duct and the second spiral duct are arranged adjacent to one another in the axial direction of the turbine wheel in at least one angle range common to the wrap angle ranges (φ S, (φ GS), and wherein the turbine wheel, which is at least partially accommodated in the turbine housing, can be approached by exhaust gas capable of flowing through the spiral ducts (16, 18) via a nozzle, which is bounded in the axial direction by walls (70, 72) of the turbine housing, extends in the circumferential direction of the turbine wheel and has an overall nozzle width (b HD), and which can be supplied with exhaust gas at least in the angle range via a respective partial nozzle width (b λ, b AGR) of the spiral ducts (16, 18), characterised in that the partial nozzle width (b λ) of the first spiral duct is, at least in a further angle range (40, 42) of the wrap angle range (φ GS) which is different from the angle range, greater than the partial nozzle width (b λ) of the first spiral duct in the first angle range.
A system for manufacturing a membrane filter comprising: a radiation source operative to emit radiation that contacts discrete portions of a filter substrate so as to facilitate the formation of openings within the filter substrate; a collimator disposed between the filter substrate and the radiation source and operative to restrict some of the radiation from contacting the filter substrate, said collimator comprising a body with one or more openings aligned with respect to the radiation source such that any or most of the radiation contacts the filter substrate at an angle of incidence (Ø) that ranges from 70° to 90°, and wherein said one or more openings are defined by a plurality of fins; further characterized by: an adjustable support operative to move the filter substrate with respect to the collimator; and a radiation detector disposed on a side of the filter substrate opposite the radiation source and operative to obtain one or more measurements of a flux of the radiation across the filter substrate; and a controller operative to adjust the flux based at least in part on the one or more measurements, wherein the controller is operative to adjust the flux by adjusting the adjustable support. a radiation source operative to emit radiation that contacts discrete portions of a filter substrate so as to facilitate the formation of openings within the filter substrate; a collimator disposed between the filter substrate and the radiation source and operative to restrict some of the radiation from contacting the filter substrate, said collimator comprising a body with one or more openings aligned with respect to the radiation source such that any or most of the radiation contacts the filter substrate at an angle of incidence (Ø) that ranges from 70° to 90°, and wherein said one or more openings are defined by a plurality of fins; further characterized by: an adjustable support operative to move the filter substrate with respect to the collimator; and a radiation detector disposed on a side of the filter substrate opposite the radiation source and operative to obtain one or more measurements of a flux of the radiation across the filter substrate; and a controller operative to adjust the flux based at least in part on the one or more measurements, wherein the controller is operative to adjust the flux by adjusting the adjustable support. an adjustable support operative to move the filter substrate with respect to the collimator; and a radiation detector disposed on a side of the filter substrate opposite the radiation source and operative to obtain one or more measurements of a flux of the radiation across the filter substrate; and a controller operative to adjust the flux based at least in part on the one or more measurements, wherein the controller is operative to adjust the flux by adjusting the adjustable support.