mhurhangee/ep-ind-claims huggingface dataset:
A medical drill device comprising: a boring drill including a motor and a drill part; an instrument body coupled to the boring drill; and a plurality of supporting rods coupled to the instrument body so as to support the boring drill to a work area, wherein the instrument body includes supporting rod insertable parts, in each of which a portion of a corresponding one of the supporting rods is inserted, and the supporting rods are coupled to the respective supporting rod insertable parts such that the supporting rods are capable of moving linearly relative to the instrument body, characterized in that each of the supporting rods includes: a straight portion inserted into the corresponding supporting rod insertable part such that the supporting rod is capable of moving linearly with respect to the instrument body; and a bent portion bent at a predetermined angle from the straight portion for limiting the linear motion of the supporting rod with respect to the instrument body a boring drill including a motor and a drill part; an instrument body coupled to the boring drill; and a plurality of supporting rods coupled to the instrument body so as to support the boring drill to a work area, wherein the instrument body includes supporting rod insertable parts, in each of which a portion of a corresponding one of the supporting rods is inserted, and the supporting rods are coupled to the respective supporting rod insertable parts such that the supporting rods are capable of moving linearly relative to the instrument body, characterized in that each of the supporting rods includes: a straight portion inserted into the corresponding supporting rod insertable part such that the supporting rod is capable of moving linearly with respect to the instrument body; and a bent portion bent at a predetermined angle from the straight portion for limiting the linear motion of the supporting rod with respect to the instrument body a straight portion inserted into the corresponding supporting rod insertable part such that the supporting rod is capable of moving linearly with respect to the instrument body; and a bent portion bent at a predetermined angle from the straight portion for limiting the linear motion of the supporting rod with respect to the instrument body
An assembly comprising a first closed space and a connection device configured for the sealed connection of the first closed space and a second closed space, with the first closed space comprising a first flange and a first door closing off in a sealed manner an opening delimited by the first flange, and the second closed space comprising a second flange and a second door closing off in a sealed manner a second opening delimited by the second flange, with the second door being secured to the second flange by a bayonet connection, said connection device being mounted on a wall of the first closed space and comprising: - first means of securing configured to secure the first and second flanges to one another, - second means of securing and detaching configured to secure the second door and the first door in a sealed manner and to detach the second door from the second flange, the second means comprising a securing plate mounted mobile in rotation on an outer surface of the first door around the longitudinal axis and able to be secured to an outer surface of the second door by a bayonet connection, a first portion of the displacement in rotation of the securing plate being configured to secure the first door and the second door and a second portion of the displacement in rotation of the locking plate is configured to unlock the second door in relation to the second flange. - third means for releasing configured to release the first door in relation to the first flange, - fourth means for opening configured to open a passage between the first and the second closed space, - a control ring able to be placed in rotation around a longitudinal axis, with the rotation of said control ring actuating at least the second, third and fourth means, - a first actuating device of said control ring and - a second actuating device of the first means of securing. - first means of securing configured to secure the first and second flanges to one another, - second means of securing and detaching configured to secure the second door and the first door in a sealed manner and to detach the second door from the second flange, the second means comprising a securing plate mounted mobile in rotation on an outer surface of the first door around the longitudinal axis and able to be secured to an outer surface of the second door by a bayonet connection, a first portion of the displacement in rotation of the securing plate being configured to secure the first door and the second door and a second portion of the displacement in rotation of the locking plate is configured to unlock the second door in relation to the second flange. - third means for releasing configured to release the first door in relation to the first flange, - fourth means for opening configured to open a passage between the first and the second closed space, - a control ring able to be placed in rotation around a longitudinal axis, with the rotation of said control ring actuating at least the second, third and fourth means, - a first actuating device of said control ring and - a second actuating device of the first means of securing.
Method for assisting a driver when parking a motor vehicle in a parking area which has a plurality of rows of parking spaces each with a plurality of parking spaces for the motor vehicle and has a plurality of driving lanes for approaching the rows of parking spaces, having the steps of: - receiving environmental data, which describe an environment of at least one of the driving lanes, by means of a receiving device of the motor vehicle, - determining whether the at least one of the driving lanes is respectively bounded by one of the rows of parking spaces on one side or on both sides, on the basis of the received environmental data, by means of an evaluation device of the motor vehicle, characterized by: - outputting a first signal if the at least one of the driving lanes is bounded by in each case one of the rows of parking spaces on both sides, and - outputting a second signal if the at least one driving lane is bounded by one of the rows of parking spaces on one side. - receiving environmental data, which describe an environment of at least one of the driving lanes, by means of a receiving device of the motor vehicle, - determining whether the at least one of the driving lanes is respectively bounded by one of the rows of parking spaces on one side or on both sides, on the basis of the received environmental data, by means of an evaluation device of the motor vehicle, characterized by: - outputting a first signal if the at least one of the driving lanes is bounded by in each case one of the rows of parking spaces on both sides, and - outputting a second signal if the at least one driving lane is bounded by one of the rows of parking spaces on one side.
A method for verifying the integrity of a plurality of biological source samples comprising genomic nucleic acids and determining the presence or absence of at least one fetal chromosomal abnormality in each of said plurality of biological source samples, said method comprising: (a) combining a unique marker nucleic acid with each of said plurality of biological source samples, wherein said plurality of biological source samples are maternal blood or plasma samples that comprise fetal and maternal cell-free DNA, thereby obtaining a plurality of uniquely marked samples each comprising a unique mixture of genomic and marker nucleic acids; (b) incorporating distinct indexing sequences into said genomic and marker nucleic acids of each of said uniquely marked samples thereby providing a uniquely marked indexed mixture of indexed marker and indexed sample nucleic acids for each of said plurality of source samples; (c) massively parallel sequencing a combination of uniquely marked indexed mixtures of indexed nucleic acids by multiplex sequencing; and (d) determining a correspondence between the sequence of said indexed marker and the sequence of said indexed genomic nucleic acids obtained in step (c) for each of said uniquely marked indexed mixtures of nucleic acids in said combination and the sequence of said unique marker nucleic acid in each of said uniquely marked samples, thereby verifying the integrity of each of said plurality of biological source samples, and determining the presence or absence of at least one fetal chromosomal abnormality in each of said plurality of marked indexed samples. (a) combining a unique marker nucleic acid with each of said plurality of biological source samples, wherein said plurality of biological source samples are maternal blood or plasma samples that comprise fetal and maternal cell-free DNA, thereby obtaining a plurality of uniquely marked samples each comprising a unique mixture of genomic and marker nucleic acids; (b) incorporating distinct indexing sequences into said genomic and marker nucleic acids of each of said uniquely marked samples thereby providing a uniquely marked indexed mixture of indexed marker and indexed sample nucleic acids for each of said plurality of source samples; (c) massively parallel sequencing a combination of uniquely marked indexed mixtures of indexed nucleic acids by multiplex sequencing; and (d) determining a correspondence between the sequence of said indexed marker and the sequence of said indexed genomic nucleic acids obtained in step (c) for each of said uniquely marked indexed mixtures of nucleic acids in said combination and the sequence of said unique marker nucleic acid in each of said uniquely marked samples, thereby verifying the integrity of each of said plurality of biological source samples,
A method for reestablishing the electrical continuity of an electrically conductive layer contained on a wing of a commercial aircraft, wherein the conductive layer has been previously damaged mechanically or by a lightning strike, the method comprising: removing any surfacers and a portion of the electrically conductive layer to create an opening to an underlying composite skin, the surfacers including paints, primers, and fiberglass layers; removing fasteners in an area of the damage leaving fastener holes open; bonding and curing a copper patch over to the underlying composite skin within the opening, the copper patch consisting of an unsupported film adhesive and a copper foil strip; wet-laying one ply (62, 80) of a resin-impregnated fiberglass fabric over the surface of the copper patch and curing the one ply (62, 80); drilling new fastener holes through the cured one ply (62, 80) and copper patch; reinstalling the fasteners for allowing the fasteners to be recoupled to the underlying composite skin and copper foil strip; reapplying and curing the primers and the paints over the one ply (62, 80) to complete the repair. removing any surfacers and a portion of the electrically conductive layer to create an opening to an underlying composite skin, the surfacers including paints, primers, and fiberglass layers; removing fasteners in an area of the damage leaving fastener holes open; bonding and curing a copper patch over to the underlying composite skin within the opening, the copper patch consisting of an unsupported film adhesive and a copper foil strip; wet-laying one ply (62, 80) of a resin-impregnated fiberglass fabric over the surface of the copper patch and curing the one ply (62, 80); drilling new fastener holes through the cured one ply (62, 80) and copper patch; reinstalling the fasteners for allowing the fasteners to be recoupled to the underlying composite skin and copper foil strip; reapplying and curing the primers and the paints over the one ply (62, 80) to complete the repair.
A light emitting diode, LED, light source module, comprising: a light source plate comprising a first surface and a second surface which are opposite to each other, in which a plurality of LED light sources are attached to the first surface, and the second surface faces a base assembled on a mounting base of a lamp; a power driving module electrically connected with the light source plate; and an integrated lens assembly configured to be fixed with the light source plate, wherein the integrated lens assembly covers an outside of the first surface of the light source plate and is provided with a plurality of lens units which respectively cover an outside of corresponding LED light sources; and the integrated lens assembly is provided with an accommodating space, and the power driving module is accommodated into the accommodating space, characterized in that a plurality of magnetic elements, or magnetic elements and mechanical connecting elements, run through the integrated lens assembly and the light source plate and are able to be adsorbed and/or assembled on the base whereby the integrated lens assembly is provided with at least two accommodating portions; and each accommodating portion accommodates a magnetic mounting element which is configured for adsorbing the base of the lamp. a light source plate comprising a first surface and a second surface which are opposite to each other, in which a plurality of LED light sources are attached to the first surface, and the second surface faces a base assembled on a mounting base of a lamp; a power driving module electrically connected with the light source plate; and an integrated lens assembly configured to be fixed with the light source plate, wherein the integrated lens assembly covers an outside of the first surface of the light source plate and is provided with a plurality of lens units which respectively cover an outside of corresponding LED light sources; and the integrated lens assembly is provided with an accommodating space, and the power driving module is accommodated into the accommodating space, characterized in that a plurality of magnetic elements, or magnetic elements and mechanical connecting elements, run through the integrated lens assembly and the light source plate and are able to be adsorbed and/or assembled on the base whereby the integrated lens assembly is provided with at least two accommodating portions; and each accommodating portion accommodates a magnetic mounting element which is configured for adsorbing the base of the lamp.
A polypeptide, the amino acid sequence of which is the sequence of a sub-fragment of the C-terminal thioester-cleaved fragment of human alpha-2-macroglobulin (A2M), wherein the molecular weight of said polypeptide is of 36 to 44 kDa, and wherein: - the first N-terminal amino acid of said polypeptide is an amino acid, which, in the full length sequence of said human A2M, is at a position 1,098 or 1,085 or 1,084 or 1,083, and - the last C-terminal amino acid of said polypeptide is an amino acid, which, in the full length sequence of said human A2M, is one of the last twenty C-terminal amino acids. - the first N-terminal amino acid of said polypeptide is an amino acid, which, in the full length sequence of said human A2M, is at a position 1,098 or 1,085 or 1,084 or 1,083, and - the last C-terminal amino acid of said polypeptide is an amino acid, which, in the full length sequence of said human A2M, is one of the last twenty C-terminal amino acids.
A method for classifying a test skin cell sample from an individual with an inflammatory skin disease as cutaneous lymphomas comprising: detecting microRNA expression levels at least of one of miR-155 and miR-326, and both miR-203 and miR-205, calculating a clinical score of the test cell sample based on a dataset comprising the expression levels of said microRNAs, and classifying the test cell sample as cutaneous lymphomas or not based on the value of the clinical score. detecting microRNA expression levels at least of one of miR-155 and miR-326, and both miR-203 and miR-205, calculating a clinical score of the test cell sample based on a dataset comprising the expression levels of said microRNAs, and classifying the test cell sample as cutaneous lymphomas or not based on the value of the clinical score.
An illuminating device comprising: a plurality of first light sources, which are light-emitting diodes (LEDs) of side-view type, arrayed on a circuit board having a light-source mount surface, the plurality of first light sources having a plurality of first light emitting surfaces through which light is emitted, the plurality of first light emitting surfaces being orthogonal to the light-source mount surface of the circuit board; and a second light source, which is an LED of side-view type, disposed on an upstream side of the plurality of first light sources in an irradiation direction of the light, the second light source having a second light emitting surface through which light is emitted, the second light emitting surface being orthogonal to the light-source mount surface of the circuit board, wherein the second light source has a directivity angle different from a directivity angle of each one of the plurality of first light sources. a plurality of first light sources, which are light-emitting diodes (LEDs) of side-view type, arrayed on a circuit board having a light-source mount surface, the plurality of first light sources having a plurality of first light emitting surfaces through which light is emitted, the plurality of first light emitting surfaces being orthogonal to the light-source mount surface of the circuit board; and a second light source, which is an LED of side-view type, disposed on an upstream side of the plurality of first light sources in an irradiation direction of the light, the second light source having a second light emitting surface through which light is emitted, the second light emitting surface being orthogonal to the light-source mount surface of the circuit board, wherein the second light source has a directivity angle different from a directivity angle of each one of the plurality of first light sources.
A discharge grate intended to be mounted inside or at the outlet of a conduit of a discharge valve of a turbine engine of an aircraft, the discharge grate including a perforated plate comprising an upstream face intended to receive a gas flow, a downstream face intended to deliver the gas flow received on the upstream face, and orifices passing through the perforated plate from the upstream face to the downstream face and intended to convey the gas flow through the perforated plate, characterized in that the discharge grate comprises for each orifice of the perforated plate a tubular channel, coaxial with the orifice with which it is associated, and projecting from the downstream face of the perforated plate.
Combination comprising an adapter (6; 26) for attaching a temperature sensor to a cooking dish and a temperature sensor, which adapter (6; 26) - has a rear, elastically deformable contact region, which is provided for attachment to the cooking dish, which contact region is formed by means of a rear of a base region of the adapter (6; 26), and - has at least one attachment region for attaching the temperature sensor, which attachment region protrudes at the front, connects to the base region and can be attracted in a permanent magnetic or magnetic manner, characterised in that - a front side of the base region is provided as a measuring surface for the temperature sensor. - has a rear, elastically deformable contact region, which is provided for attachment to the cooking dish, which contact region is formed by means of a rear of a base region of the adapter (6; 26), and - has at least one attachment region for attaching the temperature sensor, which attachment region protrudes at the front, connects to the base region and can be attracted in a permanent magnetic or magnetic manner, - a front side of the base region is provided as a measuring surface for the temperature sensor.
An inflatable seal for sealing an annular space between two flange parts (3, 4), the seal being formed by a hollow ring composed of elastic material, the hollow ring having a tubular cross-section with a peripheral wall and being provided with a connection for an inflation medium, the peripheral wall, in at least one area of the tubular cross-section, comprising a blocking element having a substantially larger cross-sectional dimension than the remaining part of the peripheral wall, the blocking element is made from a material that is harder than the material of the remaining part of the tubular cross-section, c h a r a c t e r i z e d in that the blocking element is embedded in the peripheral wall and the inflatable seal is adapted to be explosion-proof at an inflation pressure of no more than approximately 5 barg and with an explosion pressure of up to approximately 10 barg.
An apparatus for estimating blood pressure, the apparatus comprising: a bio-signal measurer configured to measure a bio-signal from a user; and a processor configured to extract cardio vascular features by extracting a cardiac output, CO, feature and a total peripheral resistance, TPR, feature from the bio-signal at an extraction time, estimate changes in the CO feature and the TPR feature which have occurred during a time period between the extraction time and a calibration time at which the CO feature and the TPR feature are calibrated, and estimate an amount of change in blood pressure based on the changes in the CO feature and the TPR feature, characterized in that the processor is further configured to calculate a CO difference between an initial value of the CO feature at the calibration time and a changed value of the CO feature at the extraction time, calculate a TPR difference between an initial value of the TPR feature at the calibration time and a changed value of the TPR feature at the extraction time, calculate a product of the CO difference and the TPR difference, apply a weight (i) to each of the CO difference, the TPR difference, and the product of the CO difference and the TPR difference or (ii) to each of respective change rates obtained by normalizing each of the CO difference, the TPR difference, and the product of the CO difference and the TPR difference, linearly combine the weighting results, and estimate the amount of change in the blood pressure by applying a scaling factor to the linear combination result. a bio-signal measurer configured to measure a bio-signal from a user; and a processor configured to extract cardio vascular features by extracting a cardiac output, CO, feature and a total peripheral resistance, TPR, feature from the bio-signal at an extraction time, estimate changes in the CO feature and the TPR feature which have occurred during a time period between the extraction time and a calibration time at which the CO feature and the TPR feature are calibrated, and estimate an amount of change in blood pressure based on the changes in the CO feature and the TPR feature, characterized in that the processor is further configured to calculate a CO difference between an initial value of the CO feature at the calibration time and a changed value of the CO feature at the extraction time, calculate a TPR difference between an initial value of the TPR feature at the calibration time and a changed value of the TPR feature at the extraction time, calculate a product of the CO difference and the TPR difference, apply a weight (i) to each of the CO difference, the TPR difference, and the product of the CO difference and the TPR difference or (ii) to each of respective change rates obtained by normalizing each of the CO difference, the TPR difference, and the product of the CO difference and the TPR difference, linearly combine the weighting results, and estimate the amount of change in the blood pressure by applying a scaling factor to the linear combination result.