mhurhangee/ep-ind-claims huggingface dataset:
Micro-tube of a storage bundle of a thermal storage device for a motor vehicle, comprising at least one mouth and comprising within it a material suitable for storing and releasing a given quantity of heat, a closure device comprising an insert for blocking the mouth of said micro-tube, characterized in that the blocking insert is a sealed blind rivet comprising a body that has a blind orifice, said rivet being expanded in one end of said micro-tube.
A method performed by an authentication server in a home network of a user equipment, UE, for obtaining a subscription permanent identifier, SUPI, which comprises a Mobile Subscription Identification Number, a Mobile Country Code and a Mobile Network Code, the method comprising: receiving, from the UE, via an authentication request from a Security Anchor Function, a subscription concealed identifier, SUCI, which comprises an encrypted part in which the Mobile Subscription Identification Number is encrypted, and a clear-text part which comprises a home network identifier for the home network, a public key identifier for a public key of the home network, and an encryption scheme identifier that identifies an encryption scheme used by the UE to encrypt the Mobile Subscription Identification Number in the SUCI, and wherein the home network identifier is the Mobile Country Code and the Mobile Network Code; determining a de-concealing server to use to decrypt the encrypted part of the SUCI; sending the SUCI to the de-concealing server, and receiving the SUPI in response. receiving, from the UE, via an authentication request from a Security Anchor Function, a subscription concealed identifier, SUCI, which comprises an encrypted part in which the Mobile Subscription Identification Number is encrypted, and a clear-text part which comprises a home network identifier for the home network, a public key identifier for a public key of the home network, and an encryption scheme identifier that identifies an encryption scheme used by the UE to encrypt the Mobile Subscription Identification Number in the SUCI, and wherein the home network identifier is the Mobile Country Code and the Mobile Network Code; an encrypted part in which the Mobile Subscription Identification Number is encrypted, and a clear-text part which comprises a home network identifier for the home network, a public key identifier for a public key of the home network, and an encryption scheme identifier that identifies an encryption scheme used by the UE to encrypt the Mobile Subscription Identification Number in the SUCI, and wherein the home network identifier is the Mobile Country Code and the Mobile Network Code; determining a de-concealing server to use to decrypt the encrypted part of the SUCI; sending the SUCI to the de-concealing server, and receiving the SUPI in response.
Method of holding a workpiece, characterised in that a plurality of spaced-apart auxiliary elements are non-releasably attached to the workpiece and in that the auxiliary elements are positively clamped by plastic deformation by means of a plurality of spaced-apart clamping jaws of a clamping device.
A dental suction tube comprising: a proximal portion having a substantially hollow interior for the allowance of movement of material therethrough due to suction; a substantially straight distal portion connected to and extending distally from the proximal portion and having a substantially hollow interior for the allowance of movement of material therethrough due to suction, the distal portion defining a distal end having an opening, the proximal portion and the distal portion together defining the entire length of the dental suction tube; an outer wall extending along the entire length of the dental suction tube and having a bend at a junction of the proximal portion and the distal portion; and a plurality of apertures extending through the outer wall of the distal portion, the percentage of the total cross-sectional area of all of the apertures extending through the outer wall to the cross-sectional area of the distal end opening being in the range of 40% to 70%. a proximal portion having a substantially hollow interior for the allowance of movement of material therethrough due to suction; a substantially straight distal portion connected to and extending distally from the proximal portion and having a substantially hollow interior for the allowance of movement of material therethrough due to suction, the distal portion defining a distal end having an opening, the proximal portion and the distal portion together defining the entire length of the dental suction tube; an outer wall extending along the entire length of the dental suction tube and having a bend at a junction of the proximal portion and the distal portion; and a plurality of apertures extending through the outer wall of the distal portion, the percentage of the total cross-sectional area of all of the apertures extending through the outer wall to the cross-sectional area of the distal end opening being in the range of 40% to 70%.
A method for calibrating cameras on an autonomous driving system, comprising: receiving a current speed of a moving vehicle from a wheel odometer; determining that the current speed of the moving vehicle is greater than a first predetermined speed threshold; calibrating, based on the determination that the current speed is greater than the predetermined speed threshold, at least one front camera of the moving vehicle according to a position of a vanishing point of two lane lines; determining that the current speed of the moving vehicle is less than a second predetermined speed threshold and is greater than zero; and calibrating, based on the determination that the current speed is less than the predetermined speed threshold and is greater than zero, multiple side and rear cameras of the moving vehicle according to a pose graph that includes relative poses of the multiple side and rear cameras. receiving a current speed of a moving vehicle from a wheel odometer; determining that the current speed of the moving vehicle is greater than a first predetermined speed threshold; calibrating, based on the determination that the current speed is greater than the predetermined speed threshold, at least one front camera of the moving vehicle according to a position of a vanishing point of two lane lines; determining that the current speed of the moving vehicle is less than a second predetermined speed threshold and is greater than zero; and calibrating, based on the determination that the current speed is less than the predetermined speed threshold and is greater than zero, multiple side and rear cameras of the moving vehicle according to a pose graph that includes relative poses of the multiple side and rear cameras.
A method for using digital measurements to determine a concentration of an analyte molecule in a sample, the method comprising: producing a plurality of droplets having a volume distribution on a patterned surface with hydrophobic and hydrophilic patches, wherein at least one of the droplets of the plurality contains the analyte molecule from the sample and a detectable agent, measuring individual volumes of droplets in a first plurality of the droplets having a first volume distribution; analyzing at least a second plurality of the droplets having a second volume distribution to determine a number of droplets in the second plurality that contain the analyte molecule and the detectable agent; and using individual volumes of the droplets in the first plurality and the number of droplets in the second plurality that contain the analyte molecule and the detectable agent to determine the concentration of the analyte molecule in the sample; wherein the first volume distribution is the same as the second volume distribution. producing a plurality of droplets having a volume distribution on a patterned surface with hydrophobic and hydrophilic patches, wherein at least one of the droplets of the plurality contains the analyte molecule from the sample and a detectable agent, measuring individual volumes of droplets in a first plurality of the droplets having a first volume distribution; analyzing at least a second plurality of the droplets having a second volume distribution to determine a number of droplets in the second plurality that contain the analyte molecule and the detectable agent; and using individual volumes of the droplets in the first plurality and the number of droplets in the second plurality that contain the analyte molecule and the detectable agent to determine the concentration of the analyte molecule in the sample; wherein the first volume distribution is the same as the second volume distribution.
Inertial unit for the measurement of accelerations comprising at least four inertial sensors (4a, 4b, 4c, 4d), at least one of which is an accelerometer, distributed by pairs on at least two intersecting axes (X, Y), each sensor (4a, 4b, 4c, 4d) comprising two inertial masses (12, 14, 12', 14'), each inertial mass (12, 14, 12', 14') comprising a moveable excitation part (16, 16') and a moveable detection part (18, 18'), the moveable excitation parts (16, 16') of a sensor (4a, 4b, 4c, 4d) being separate from those of the other sensors, said unit also comprising excitation means for exciting the excitation parts (16, 16') of the sensors and detection means for detecting the movement of the detection parts (18, 18'), and a control unit of the excitation means and detection means, the two inertial masses (12, 14, 12', 14') of each sensor (4a, 4b, 4c, 4d) being mechanically coupled by coupling means (30, 40), called intra-sensor coupling means (30, 40), said intra-sensor coupling means being strong coupling means, said unit also comprising mechanical coupling means between the four sensors (4a, 4b, 4c, 4d), called inner-sensor coupling means, in such manner that the motions of the messes of all the sensors are bound to each other, said inner-sensor coupling means being elastically deformable and able to transmit the excitation vibrations from one axis (X, Y) to the other (Y, X).
An apparatus for a motor vehicle having a protective element that can be pivoted from a closed position into an open position, having an environment detection unit that can be moved into an active position for image detection through a moving-out movement and into a position of rest through a moving-in movement, with the environment detection unit being arranged behind the protective element present in the closure position, non-accessible from the outside, and having a drive unit engaging at the environment detection unit for moving the environment detection unit, wherein the environment detection unit has a front side facing the protective element and two side surfaces adjoining the front side, wherein an opening element for pushing open the protective element during a moving-out of the environment detection unit and a retraction element separate therefrom for retracting the protective element during a moving-in of the environment detection unit are formed at at least one of the side surfaces, characterised in that the protective element has a second cam that can be engaged from behind by the retraction element when the environment detection unit is in the position of rest in such a way that a first cam and the second cam of the protective element are received without clearance between the opening element and the retraction element.
A communication system, comprising: a composite slickline including an electrical conductor surrounded by an electrically insulating structural material; a downhole tool; and a sensing element, wherein the composite slickline is mechanically and electrically coupled to the downhole tool and extends from the downhole tool to the sensing element, and wherein the composite slickline and the sensing element are capacitively coupled so as to permit relative movement therebetween and so as to permit an electric field to extend from the electrical conductor of the composite slickline to the sensing element through the electrically insulating structural material of the composite slickline for the transmission of an electrical and/or an electromagnetic signal between the downhole tool and the sensing element via the composite slickline. a composite slickline including an electrical conductor surrounded by an electrically insulating structural material; a downhole tool; and a sensing element, wherein the composite slickline is mechanically and electrically coupled to the downhole tool and extends from the downhole tool to the sensing element, and wherein the composite slickline and the sensing element are capacitively coupled so as to permit relative movement therebetween and so as to permit an electric field to extend from the electrical conductor of the composite slickline to the sensing element through the electrically insulating structural material of the composite slickline for the transmission of an electrical and/or an electromagnetic signal between the downhole tool and the sensing element via the composite slickline.
An infrared device for use in a burner, comprising a honeycomb body being in the shape of a cylinder; the honeycomb body comprising a metal band; said metal band being laminated or coiled to yield a plurality of holes; said honeycomb body further comprising a top surface and a bottom surface which are opposite to each other; said plurality of holes penetrating through said top surface and said bottom surface; and an outer boundary of said top surface and an outer boundary of said bottom surface being connected whereby yielding a lateral surface; and said metal band comprises a flat band and a corrugated band; and said flat band is connected to said corrugated band; characterized in that said flat band comprises a plurality of folding portions; said plurality of folding portions is folded onto said top surface and/or said bottom surface; and each of said plurality of folding portions overlaps an adjacent one of said plurality of folding portions to form an overlapping embedded member. said flat band comprises a plurality of folding portions; said plurality of folding portions is folded onto said top surface and/or said bottom surface; and each of said plurality of folding portions overlaps an adjacent one of said plurality of folding portions to form an overlapping embedded member.
A speaker device comprising: a housing having an opening section on a back surface, and an opening section on an upper surface or a front surface; a first speaker unit provided in the opening section on the back surface; a second speaker unit provided in the opening section on the upper surface or the front surface; a delay section adapted to delay sounds emitted from the second speaker unit; manipulation reception means for receiving user inputs of an installation mode which indicates an arrangement of the housing with respect to a wall or a corner in a back surface direction of the housing and a back surface distance which is a distance to the wall or the corner; calculation means for calculating delay time of the delay section based on the installation mode and the back surface distance input from the manipulation reception means; and setting means for setting the delay time calculated by the calculation means into the delay section. a housing having an opening section on a back surface, and an opening section on an upper surface or a front surface; a first speaker unit provided in the opening section on the back surface; a second speaker unit provided in the opening section on the upper surface or the front surface; a delay section adapted to delay sounds emitted from the second speaker unit; manipulation reception means for receiving user inputs of an installation mode which indicates an arrangement of the housing with respect to a wall or a corner in a back surface direction of the housing and a back surface distance which is a distance to the wall or the corner; calculation means for calculating delay time of the delay section based on the installation mode and the back surface distance input from the manipulation reception means; and setting means for setting the delay time calculated by the calculation means into the delay section.
A method for cooling a gear oil heat-exchanger in a wind turbine that has a gearbox for driving an electric generator, the electric generator having a cooling air flow directed therethrough, the gearbox having a recirculating oil flow therethrough, the method comprising: directing effluent cooling air flow from the electric generator into an air ejector pump, the effluent cooling air acting as motive air through the air ejector pump; drawing cold air into the air ejector pump using a vacuum generated by the motive air; disposing the gear oil heat-exchanger in-line with the cold air flow so that the cold air is drawn through the gear oil heat-exchanger, removes heat from the gear oil circulated through the gear oil heat-exchanger, and becomes heated air; and discharging the heated air and the motive air. directing effluent cooling air flow from the electric generator into an air ejector pump, the effluent cooling air acting as motive air through the air ejector pump; drawing cold air into the air ejector pump using a vacuum generated by the motive air; disposing the gear oil heat-exchanger in-line with the cold air flow so that the cold air is drawn through the gear oil heat-exchanger, removes heat from the gear oil circulated through the gear oil heat-exchanger, and becomes heated air; and discharging the heated air and the motive air.
Method for fractionating a feed gas containing hydrogen and carbon dioxide, from which feed gas carbon dioxide is largely selectively removed by scrubbing in a first gas scrubber using a sulphur-free scrubbing agent, wherein a scrubbing agent stream laden with carbon dioxide and co-absorbed hydrogen is obtained which is subsequently expanded in an expansion vessel in order to convert co-absorbed hydrogen into the gas phase, characterized in that the hydrogen-containing gas phase is drawn off from the expansion vessel and admixed with a sulphur-free gas mixture containing hydrogen and carbon dioxide which arises in a second gas scrubber operated in parallel to the first as a product at a pressure which is lower than the pressure of the feed gas.
Polypropylene-plastomer-blend having an MFR(230/2.16) according to ISO 1133 of 0.1 to 15 g/10 min and comprising 80 - 93 wt.% of a polypropylene polymer and 7 - 20 wt.% of an ethylene-based plastomer, wherein - the polypropylene polymer is a propylene random copolymer which does not contain an elastomeric polymer phase dispersed therein and comprises at least ethylene as comonomer; - the ethylene based plastomer has a density of 860 to 915 kg/m 3 (ISO 1183D) and an MFR(190/2.16) according to ISO 1133 of at least 2,5 g/10 min and is a copolymer of ethylene and 1-octene. - the polypropylene polymer is a propylene random copolymer which does not contain an elastomeric polymer phase dispersed therein and comprises at least ethylene as comonomer; - the ethylene based plastomer has a density of 860 to 915 kg/m 3 (ISO 1183D) and an MFR(190/2.16) according to ISO 1133 of at least 2,5 g/10 min and is a copolymer of ethylene and 1-octene.
A method of obtaining a neural stem-like cell (NSLC), comprising: 1) contacting DNA and/or chromatin of a provided cell of a first type which is not a NSLC with a histone acetylator, an inhibitor of histone deacetylation, a DNA demethylator, and/or an inhibitor of DNA methylation; 2) increasing intracellular levels in the cell of a first type of a Musashi1 polypeptide and/or a Neurogenin 2 polypeptide; and 3) placing the cell of step in culture conditions supporting the transformation of the cell of a first type into a NSLC for a sufficient period of time to allow a stable expression of a plurality of genes whose expression is characteristic of the phenotypical and/or functional properties of a NSLC; whereby at the end of said period of time a NSLC is obtained and wherein said obtained NSLC is further characterized by a stable repression of a plurality of genes expressed in the cell of a first type. 1) contacting DNA and/or chromatin of a provided cell of a first type which is not a NSLC with a histone acetylator, an inhibitor of histone deacetylation, a DNA demethylator, and/or an inhibitor of DNA methylation; 2) increasing intracellular levels in the cell of a first type of a Musashi1 polypeptide and/or a Neurogenin 2 polypeptide; and 3) placing the cell of step in culture conditions supporting the transformation of the cell of a first type into a NSLC for a sufficient period of time to allow a stable expression of a plurality of genes whose expression is characteristic of the phenotypical and/or functional properties of a NSLC; whereby at the end of said period of time a NSLC is obtained and wherein said obtained NSLC is further characterized by a stable repression of a plurality of genes expressed in the cell of a first type.
A kit for bonding to biological hard tissues, comprising a phosphorylated polysaccharide, a polyvalent metal salt other than phosphates, and a solvent, wherein the phosphorylated polysaccharide is phosphorylated pullulan, and wherein the polyvalent metal salt other than phosphates is contained in an amount of from 1 to 1,000 parts by mass, based on 100 parts by mass of the phosphorylated polysaccharide.
A process for producing a fermented milk product comprising the steps of a) adding a starter culture comprising at least one lactic acid bacteria strain to a milk base characterized by a fat content of at least 1.5% (w/w), b) fermenting the milk base for a period of time until a target pH is reached, wherein the target pH is 5.0 or lower, and c) adding at least one phospholipase A to the milk base at the start of the fermentation period. a) adding a starter culture comprising at least one lactic acid bacteria strain to a milk base characterized by a fat content of at least 1.5% (w/w), b) fermenting the milk base for a period of time until a target pH is reached, wherein the target pH is 5.0 or lower, and c) adding at least one phospholipase A to the milk base at the start of the fermentation period.
Use of polymerization inhibitor in preservation or transportation of N-vinyl pyrrolidone monomers, wherein the polymerization inhibitor is selected from inorganic weak acid potassium salt and/or organic acid potassium salt.