mhurhangee/ep-ind-claims huggingface dataset:
A lockout device for a door on a panel, the lockout device comprising: a housing having a first mounting portion adapted for securement to one side of the panel, the housing further supporting at least one line engagement element (62, 64, 66); and a flexible line having on one end thereof a second mounting portion adapted for securement to another side of the panel from the first mounting portion, the flexible line extending through at least a portion of the housing including the at least one line engagement element (62, 64, 66) for selective engagement therewith, characterized in that the at least one line engagement element (62, 64, 66) includes a pair of cleated cams between which the flexible line is receivable and the lockout device further comprising a guide connecting the pair of cleated cams on a top end thereof to provide a restricted space apart from but adjacent to the pair of cleated cams for the disengagement of the flexible line from the pair of cleated cams while retaining the flexible line in the housing. a housing having a first mounting portion adapted for securement to one side of the panel, the housing further supporting at least one line engagement element (62, 64, 66); and a flexible line having on one end thereof a second mounting portion adapted for securement to another side of the panel from the first mounting portion, the flexible line extending through at least a portion of the housing including the at least one line engagement element (62, 64, 66) for selective engagement therewith, characterized in that the at least one line engagement element (62, 64, 66) includes a pair of cleated cams between which the flexible line is receivable and the lockout device further comprising a guide connecting the pair of cleated cams on a top end thereof to provide a restricted space apart from but adjacent to the pair of cleated cams for the disengagement of the flexible line from the pair of cleated cams while retaining the flexible line in the housing.
A razor cartridge comprising: an elongated housing defining a central open area, and, adjacent each short edge of the housing, a clip-receiving aperture and a clip-receiving channel, a plurality of blades disposed within the open area of the housing, and a pair of clips, characterized in that each clip has a first leg and a second leg, the first leg extending through the clip-receiving aperture and being bent against a lower surface of the housing, and the second leg being wrapped around the housing and seated in the clip-receiving channel, wherein the part of the housing forming the clip-receiving channel has a C-shaped profile defining an elongated empty space extending along the height of the housing with an opening on the bottom side of the housing, wherein said opening is spanned by a portion of the second leg. an elongated housing defining a central open area, and, adjacent each short edge of the housing, a clip-receiving aperture and a clip-receiving channel, a plurality of blades disposed within the open area of the housing, and a pair of clips, characterized in that each clip has a first leg and a second leg, the first leg extending through the clip-receiving aperture and being bent against a lower surface of the housing, and the second leg being wrapped around the housing and seated in the clip-receiving channel, wherein the part of the housing forming the clip-receiving channel has a C-shaped profile defining an elongated empty space extending along the height of the housing with an opening on the bottom side of the housing, wherein said opening is spanned by a portion of the second leg.
A method of estimating concentration of a blood compound, the method comprising removing a baseline drift from Near-Infrared spectroscopy data obtained in consecutive measurements on a test subject to obtain drift-free spectral features as vectors; obtaining a set of global features for a plurality of test subjects based on the drift-free spectral features; and estimating the concentration of the blood compound by regression using the set of global features; wherein the removing the baseline drift from the NIR spectroscopy data comprises removing the baseline drift from the NIR spectroscopy data using principal component analysis; characterized in that the obtaining the set of global features comprises: obtaining similarity values of each drift-free spectral feature with a compound vector containing the concentrations of the blood compound in the consecutive measurements by calculating a correlation of the drift-free spectral feature as vector with the compound vector, respectively; obtaining a similarity metric for each drift-free spectral feature using the similarity values obtained across all test subjects; ranking the drift-free spectral features using the similarity metric; and selecting a predefined number of drift-free spectral features in order of the ranking as the set of global features. removing a baseline drift from Near-Infrared spectroscopy data obtained in consecutive measurements on a test subject to obtain drift-free spectral features as vectors; obtaining a set of global features for a plurality of test subjects based on the drift-free spectral features; and estimating the concentration of the blood compound by regression using the set of global features; wherein the removing the baseline drift from the NIR spectroscopy data comprises removing the baseline drift from the NIR spectroscopy data using principal component analysis; characterized in that the obtaining the set of global features comprises: obtaining similarity values of each drift-free spectral feature with a compound vector containing the concentrations of the blood compound in the consecutive measurements by calculating a correlation of the drift-free spectral feature as vector with the compound vector, respectively; obtaining a similarity metric for each drift-free spectral feature using the similarity values obtained across all test subjects; ranking the drift-free spectral features using the similarity metric; and selecting a predefined number of drift-free spectral features in order of the ranking as the set of global features. obtaining similarity values of each drift-free spectral feature with a compound vector containing the concentrations of the blood compound in the consecutive measurements by calculating a correlation of the drift-free spectral feature as vector with the compound vector, respectively; obtaining a similarity metric for each drift-free spectral feature using the similarity values obtained across all test subjects; ranking the drift-free spectral features using the similarity metric; and selecting a predefined number of drift-free spectral features in order of the ranking as the set of global features.
Ion-emitting body (3, 3', 3", 3′′′) for a device for contraception, comprising: at least one through hole with at least two through hole openings (31c, 31d) wherein an outer surface (32, 32', 32", 32′′′) of the ion-emitting body (3, 3', 3", 3′′′) extending from one of the through hole openings (31c, 31d) to the other one of the through hole openings (31d, 31c) has no outwardly facing edge, characterized in that the through hole has at least two different diameters (d1, d2). at least one through hole with at least two through hole openings (31c, 31d) wherein an outer surface (32, 32', 32", 32′′′) of the ion-emitting body (3, 3', 3", 3′′′) extending from one of the through hole openings (31c, 31d) to the other one of the through hole openings (31d, 31c) has no outwardly facing edge, characterized in that the through hole has at least two different diameters (d1, d2).
Doctor blade device comprising a doctor holder which includes a base plate and a cover plate, wherein holding fingers secured to the cover plate are provided at the underside of the cover plate and wherein in addition a doctor blade insertion aid is secured to the cover plate, characterised in that the doctor blade insertion aid comprises a doctor blade insertion aligning device and a securing section arranged behind the doctor blade insertion aligning device in insertion direction and constructed integrally with the doctor blade insertion aligning device and that the securing section is secured to the cover plate at the upper side thereof or the securing section is secured to an extension plate secured to the cover plate.
An oral health detection device for investigation of dental deposits, comprising: a cleaning section having a cleaning head portion; a handle section having a motor and a drive shaft having a longitudinal axis; a light source for emitting excitation radiation; an assembly for directing the excitation radiation to the dental region of the mouth; a light sensor for receiving fluorescence radiation reflected from dental deposits; a logic component operable to analyze the fluorescence radiation received by the light sensor; and a display for providing to a user information concerning the presence of dental deposits; wherein the cleaning head portion includes at least one light probe which is static relative to the handle section and a plurality of cleaning elements arranged generally transverse to the longitudinal axis such that a cleaning motion of the plurality of cleaning elements includes a back and forth oscillating movement of the plurality of cleaning elements about the longitudinal axis and relative to the light probe; characterized in that the excitation radiation has a wavelength greater than 580 nm and the light sensor is arranged for receiving fluorescence radiation having a wavelength greater than 850 nm.
A method for monitoring telemetry data from a cloud-based application service, the method comprising: analyzing telemetry data for a plurality of operations for the cloud-based application service, wherein the analysis comprises comparing: a first time series comprising data associated with operations executed by an application hosted by the cloud-based service after incorporation of a software update in the cloud-based application service; and a second time series comprising data associated with operations executed by the application hosted by the cloud-based service prior to incorporation of the software update in the cloud-based application service; identifying, based on the analysis, an operational change in the cloud-based application service, wherein the operational change comprises an addition of an operation to an application; and dynamically configuring a telemetry monitor based on the operational change, wherein the configuring comprises: automatically defining, via application of a machine learning model, a baseline for the operational change; automatically defining, via application of another machine learning model, a threshold outside of the baseline for the operational change; and flagging potential issues associated with the operational change based on the threshold. a first time series comprising data associated with operations executed by an application hosted by the cloud-based service after incorporation of a software update in the cloud-based application service; and a second time series comprising data associated with operations executed by the application hosted by the cloud-based service prior to incorporation of the software update in the cloud-based application service; identifying, based on the analysis, an operational change in the cloud-based application service, wherein the operational change comprises an addition of an operation to an application; and dynamically configuring a telemetry monitor based on the operational change, wherein the configuring comprises: automatically defining, via application of a machine learning model, a baseline for the operational change; automatically defining, via application of another machine learning model, a threshold outside of the baseline for the operational change; and flagging potential issues associated with the operational change based on the threshold. automatically defining, via application of a machine learning model, a baseline for the operational change; automatically defining, via application of another machine learning model, a threshold outside of the baseline for the operational change; and flagging potential issues associated with the operational change based on the threshold.
An apparatus for controlling operation of an autonomously navigating utility vehicle adapted to run about a working area, defined by a boundary wire which generates magnetic field therearound when supplied with electric current, to perform working autonomously, and having a magnetic sensor that is adapted to produce an output indicating intensity of magnetic field generated by the boundary wire and a position determining unit that is adapted to determine a position of the vehicle with respect to the working area based on the output of the magnetic sensor, wherein the apparatus comprises a magnetic field generator (84b, 84c) that is adapted to generate coded data signals forming a continuance data sequence and determined to be inherent to each of the different working areas and to supply the electric current in the generated coded data signals to the boundary wire, for controlling operation of the utility vehicle, wherein the magnetic field generator (84b, 84c) is adapted to set time intervals (T1, T2, T3) between the coded data signals randomly and to set signal lengths of the coded data signals randomly; and the position determining unit is adapted to detect the data signals from the output of the magnetic sensor and to determine the position of the vehicle with respect to the working area by comparing a rate of matching of the detected data signals with a reference signal stored in a memory beforehand, wherein the position determining unit is adapted to determine that the vehicle is inside the working area when a number of matches of values of the detected data signals and the reference signal is equal to or greater than a number of inversions of values of the detected data signals and the reference signal (S16:YES) and the rate of matching is equal to or greater than a threshold value (S18:YES); but to determine that the vehicle is outside the working area when the number of matches of values of the detected data signals and the reference signal is less than the number of inversions of values of the detected data signals and the reference signal (S16:NO), and a rate of inversion matching indicating a rate of number of inversions of the detected data signals relative to the reference signal is equal to or greater than the threshold value (S24:YES), and to determine (S24, S28) that none of the coded signals is generated or no current passes through the boundary wire, when the rate of matching is not equal to or greater than the threshold value (S18:NO) and when the rate of inversion matching is not equal to or greater than the threshold value (S24:NO).
Three-position load isolating switch for medium-voltage switchgear assemblies having a main contact system, formed from a first fixed contact and a second fixed contact, said fixed contacts being arranged diametrically opposing one another, and from a moving contact which can be rotated by means of a rotary support which is arranged centrally between the first fixed contact and the second fixed contact, so as to form a main current path in a first position of the rotatable moving contact, so as to form an isolating distance in a second position of the rotatable moving contact and so as to form an earthing position with an earthing contact system in a third position of the rotatable moving contact, and also from a secondary current path which is formed from the first fixed contact, from the second fixed contact, from an arc-quenching contact system and also from a first sliding contact and a second sliding contact for forming a conductive connection to the rotatable moving contact in a rotation angle region of the rotatable moving contact, said rotation angle region being located between the first position and the second position, such that when a rotary movement in the rotatable moving contact is initiated, commutation of an alternating current which flows via the switching device from the main current path to the secondary current path is made possible, wherein the rotatable moving contact has means (18, 19, 25) for interrupting the arc-quenching contact system, and when the arc is quenched and a further rotary movement is initiated, formation of the isolating distance is enabled, wherein the arc-quenching contact system comprises a vacuum interrupter, wherein the means (18, 19, 25) comprise a cam disk for actuating a rocker coupled by means of a guide element to a moving contact connecting pin of the vacuum interrupter, c h a r a c t e r i s e d in that the means (18, 19, 25) further comprise a tilting mechanism such that during a making operation of the three-position load isolating switch from the third or second position of the rotatable moving contact into its first position, the arc-quenching contact system is interrupted.
An elastic circular weft knitted fabric composed of elastic fibers and nonelastic fibers, wherein the knitted fabric has wales of knitted loops (1a-1b-1c, 2a-2b-2c, 3a-3b-3c, 4a-4b-4c 5a-5b-5c) and wherein in a position where a knitted loop of the elastic fiber (C; 1a, 1b, 1c, 3a, 3b, 3c, 5a, 5b, 5c) is present it is present in the same position as a knitted loop of the nonelastic fiber, wherein the knitted loops including elastic fibers are continuously connected in the wale direction of the knitted fabric, the wales of knitted loops including elastic fibers are arranged in a proportion of at least 1 for every 2 wales in the course direction of the knitted fabric, the fabric being characterized in that the aperture angle of the fiber bundles forming the knitted loops of the non-elastic fibers as measured according to the method in paragraph of the description is 50 to 150 degrees, the yarn length index of the nonelastic fibers per square inch of knitted fabric as measured according to the method in paragraph of the description is 5000 to 15,000, the yarn length ratio determined according to the method in paragraph of the description is 1.80 to 3.20 with an elastic fiber draft in the range of 2.5 to 3.5, the stretching force in the wale direction and the stretching force in the course direction at 80% elongation of the elastic circular knitted fabric are both 100 to 800 cN, the ratio of stretching force in the wale direction/stretching force in the course direction is 0.5 to 1.8, and the elongation recovery factor in the wale direction and the elongation recovery factor in the course direction determined according to the method in paragraph of the description are both 85% or greater, when 80% elongation and recovery have been repeated 3 times.
A method for producing a fluorine-containing olefin represented by Formula: CF 3 CA=CHB, wherein one of A or B is F, and the other is H, the method comprising reacting anhydrous hydrogen fluoride with at least one chlorine-containing compound in the presence of a chromium atom-containing fluorination catalyst, the at least one chlorine-containing compound being selected from the group consisting of a chlorine-containing alkane represented by Formula: CX 3 CClYCH 2 Z, wherein X is independently F or Cl, Y is H or F, when Y is H, Z is Cl or F, and when Y is F, Z is H; a chlorine-containing alkane represented by Formula: CX 3 CH 2 CHX 2, wherein X is independently F or Cl, and at least one X is Cl; a chlorine-containing alkene represented by Formula: CX 3 CCl=CH 2, wherein X is independently F or Cl; a chlorine-containing alkene represented by Formula: CX 3 CH=CHX, wherein X is independently F or Cl, and at least one X is Cl; a chlorine-containing alkene represented by Formula: CH 2 XCCl=CX 2, wherein X is independently F or Cl; and a chlorine-containing alkene represented by Formula: CHX 2 CH=CX 2, wherein X is independently F or Cl, and at least one X is Cl; the reaction being carried out at a temperature within a range of 200 to 350°C in the presence of 0.0001 to 0.03 mol of molecular chlorine per mol of the chlorine-containing compound.
A method for integrating an electronic component into a printed circuit board, comprising the following the steps of: - providing two completed printed circuit board elements (1, 4, 21, 24, 41, 48, 61, 66), which more particularly consist of a plurality of interconnected layers or plies (6, 7, 8), wherein at least one printed circuit board element (4, 24, 41, 66) comprises a cutout or depression (10, 26, 42, 65); - arranging the component (3, 23, 43, 63) to be integrated on one of the printed circuit board elements or in the cutout of the at least one printed circuit board element; and - connecting the printed circuit board elements (1, 4, 21, 24, 41, 48, 61, 66) with the component (3, 23, 43, 63) being accommodated in the cutout (10, 26, 42, 65), wherein evaluation electronics (31, 45) for the component (23, 43) is integrated in the printed circuit board, and wherein the electronic component (3, 23, 43, 63), in its state accommodated in the cutout (10, 26, 42, 65), is shielded from the external environment of the two printed circuit board elements (1, 4, 21, 24, 41, 48, 61, 66) and/or neighboring regions of the printed circuit board elements and a contact connection of the component is realized by blind holes formed through a hermetically sealing layer and filled with a conductive material, a plating or the like, characterized in that in the region of contact connections of the component to be integrated, the layer of a hermetically tight, nonconducting material is embedded in a printed circuit board element and that the cutout is produced in the at least one printed circuit board element by clearing a partial region of the printed circuit board element after having connected printed circuit board element layers to be connected, using a material preventing the adhesion of said partial region. - providing two completed printed circuit board elements (1, 4, 21, 24, 41, 48, 61, 66), which more particularly consist of a plurality of interconnected layers or plies (6, 7, 8), wherein at least one printed circuit board element (4, 24, 41, 66) comprises a cutout or depression (10, 26, 42, 65); - arranging the component (3, 23, 43, 63) to be integrated on one of the printed circuit board elements or in the cutout of the at least one printed circuit board element; and - connecting the printed circuit board elements (1, 4, 21, 24, 41, 48, 61, 66) with the component (3, 23, 43, 63) being accommodated in the cutout (10, 26, 42, 65),
A method for separating and recovering an iron-nickel alloy from a mixture of slag comprising magnetite and iron-nickel alloy, the separation and recovery method comprising: a pellet production step of producing pellets of nickel oxide ore from nickel oxide ore, the pellets being produced by being preheat treated at a temperature of 350°C to 600°C in a preheat treatment; a reduction step of obtaining the mixture of the iron-nickel alloy and the slag comprising magnetite, by subjecting the pellets of nickel oxide ore to a reducing heat treatment by heating the pellets obtained at a predetermined reduction temperature with a reducing furnace; pulverizing the mixture so that at least the slag comprising magnetite becomes a size less than 2 mm; and sorting the pulverized material with a magnetic force of 300 Gauss to 600 Gauss. a pellet production step of producing pellets of nickel oxide ore from nickel oxide ore, the pellets being produced by being preheat treated at a temperature of 350°C to 600°C in a preheat treatment; a reduction step of obtaining the mixture of the iron-nickel alloy and the slag comprising magnetite, by subjecting the pellets of nickel oxide ore to a reducing heat treatment by heating the pellets obtained at a predetermined reduction temperature with a reducing furnace; pulverizing the mixture so that at least the slag comprising magnetite becomes a size less than 2 mm; and sorting the pulverized material with a magnetic force of 300 Gauss to 600 Gauss.