mhurhangee/ep-ind-claims huggingface dataset:
A pinless power coupling system configured to transmit power transmission through a substantially flat insulating layer, comprising: at least one pinless power jack configured to be incorporated into or shielded behind said insulating layer, said at least one pin-less power jack comprising at least one annular primary coil, said primary annular coil for inductively coupling with at least one annular secondary coil associated with a pinless power plug placeable in front of said insulating layer on said insulating layer; said at least one pinless power plug comprising said at least one annular secondary coil for inductive coupling with said primary coil incorporated into or shielded behind said insulating layer and associated with said pinless power jack; and an alignment mechanism for aligning said pinless power plug to said pinless power jack, wherein the alignment mechanism is comprised on both the pinless power plug and the pinless power jack. at least one pinless power jack configured to be incorporated into or shielded behind said insulating layer, said at least one pin-less power jack comprising at least one annular primary coil, said primary annular coil for inductively coupling with at least one annular secondary coil associated with a pinless power plug placeable in front of said insulating layer on said insulating layer; said at least one pinless power plug comprising said at least one annular secondary coil for inductive coupling with said primary coil incorporated into or shielded behind said insulating layer and associated with said pinless power jack; and an alignment mechanism for aligning said pinless power plug to said pinless power jack, wherein the alignment mechanism is comprised on both the pinless power plug and the pinless power jack.
An oil-in-water emulsified composition comprising fatty acid soap, the following ingredients - and water: Polyethylene glycol having an average molecular weight of 2000-25000 in the amount of 0.3-4.0 wt% of the composition, one, two, or more of hydrophilic nonionic surfactants having a HLB of 10-17 in the amount of 0.1-5.0 wt% of the composition, one, two, or more of lipophilic nonionic surfactants having a HLB of 2- less than 10 in the amount of 0.1-5.0 wt% of the composition, and an oil ingredient in the amount of 40-70 wt% of the composition, the oil ingredient comprising a solid or semisolid oil ingredient, wherein the solid or semisolid oil ingredient is an oil ingredient whose melting point is 20 °C or higher, wherein said emulsified composition is a cleansing cream or massage cream. fatty acid soap, the following ingredients - and water: Polyethylene glycol having an average molecular weight of 2000-25000 in the amount of 0.3-4.0 wt% of the composition, one, two, or more of hydrophilic nonionic surfactants having a HLB of 10-17 in the amount of 0.1-5.0 wt% of the composition, one, two, or more of lipophilic nonionic surfactants having a HLB of 2- less than 10 in the amount of 0.1-5.0 wt% of the composition, and an oil ingredient in the amount of 40-70 wt% of the composition, the oil ingredient comprising a solid or semisolid oil ingredient, wherein the solid or semisolid oil ingredient is an oil ingredient whose melting point is 20 °C or higher,
A metal corrosion inhibition cleaning composition comprising: 1) 0.5 wt% to 2.0 wt% of at least one multi-functional acid; 2) 0.1 to 25 wt% of at least one multi-functional amine; 3) remaining is substantially liquid carrier; and optionally 4) fluoride source; 5) base; 6) metal chelating agent; 7) surfactant; 8) stabilizer; 9) corrosion inhibitor; and 10) buffering agent; wherein the multi-functional amine is an amine or a polyamine that has more than one amino groups in one molecule; the multi-functional acid is an acid or a multi-acid that has more than one carboxylate groups in one molecule; and the liquid carrier is selected from the group consisting of organic solvent, water, and combinations thereof; wherein the multi-functional acid is a multi-functional acid without aromatic moieties; wherein pH of the metal corrosion inhibition cleaning composition ranges from 5 to 10; and at least one of the multi-functional acid and the multi-functional amine is non-polymeric. 1) 0.5 wt% to 2.0 wt% of at least one multi-functional acid; 2) 0.1 to 25 wt% of at least one multi-functional amine; 3) remaining is substantially liquid carrier; and optionally 4) fluoride source; 5) base; 6) metal chelating agent; 7) surfactant; 8) stabilizer; 9) corrosion inhibitor; and 10) buffering agent;
A method for characterizing adrenocortical carcinoma, comprising: a) contacting a sample from a subject diagnosed with ACC with reagents for determining the level of expression of at least BUB1B, PINK1, and GOS2 and the methylation status of GOS2; and b) characterizing said ACC as molecular subgroup COC1, COC2, or COC3 based on said level of expression of BUB1B, PINK1, and GOS2 and methylation status of GOS2, wherein said characterizing comprises determining a BUB1B-PINK1 expression score, and wherein i) a BUB1B-PINK1 expression score above a threshold level is indicative of COC1; ii) a BUB1B-PINK1 expression score below a threshold level and less than 5% GOS2 methylation is indicative of COC2; iii) a BUB1B-PINK1 expression score below a threshold level and greater than 5% GOS2 methylation is indicative of COC3. a) contacting a sample from a subject diagnosed with ACC with reagents for determining the level of expression of at least BUB1B, PINK1, and GOS2 and the methylation status of GOS2; and b) characterizing said ACC as molecular subgroup COC1, COC2, or COC3 based on said level of expression of BUB1B, PINK1, and GOS2 and methylation status of GOS2, wherein said characterizing comprises determining a BUB1B-PINK1 expression score, and wherein i) a BUB1B-PINK1 expression score above a threshold level is indicative of COC1; ii) a BUB1B-PINK1 expression score below a threshold level and less than 5% GOS2 methylation is indicative of COC2; iii) a BUB1B-PINK1 expression score below a threshold level and greater than 5% GOS2 methylation is indicative of COC3. i) a BUB1B-PINK1 expression score above a threshold level is indicative of COC1; ii) a BUB1B-PINK1 expression score below a threshold level and less than 5% GOS2 methylation is indicative of COC2; iii) a BUB1B-PINK1 expression score below a threshold level and greater than 5% GOS2 methylation is indicative of COC3.
A camping vehicle with a safety structure arranged in its rear region, comprising a support and a connecting element, wherein the connecting element fastens the support to a frame extension and/or to a garage tub, wherein the safety structure, in particular the support and/or the connecting element, is connected to a rear structure, in particular rear wall, of the camping vehicle or is at least partially integrated into a rear structure, in particular rear wall, of the camping vehicle, in particular into a lower part of the rear structure, in particular rear wall, of the camping vehicle, characterised in that the rear structure, in particular the rear wall, has a predetermined breaking point.
A substrate processing apparatus, comprising: a reaction chamber; at least one coating material inlet to the reaction chamber; a movable substrate support to support a 3D substrate or a plurality of 3D substrates to be coated; and an actuator configured to move the substrate support to change the orientation of said 3D substrate or a plurality of 3D substrates during substrate processing allowing each of the surfaces of said 3D substrate(s) to be exposed to coating, characterised in that the apparatus comprises a sensitive mode configured to be implemented by the substrate support, to prevent damaging of sensitive substrates. a reaction chamber; at least one coating material inlet to the reaction chamber; a movable substrate support to support a 3D substrate or a plurality of 3D substrates to be coated; and an actuator configured to move the substrate support to change the orientation of said 3D substrate or a plurality of 3D substrates during substrate processing allowing each of the surfaces of said 3D substrate(s) to be exposed to coating, characterised in that the apparatus comprises a sensitive mode configured to be implemented by the substrate support, to prevent damaging of sensitive substrates.
An electric protective device in a power supply system, characterized by a type A residual current device and a monitoring device for safeguarding the function of the type A residual current device, the monitoring device for safeguarding the function of the type A residual current device being connected in series with said type A residual current device and comprising a measuring current transformer circuit for detecting a DC fault current (I F), an evaluation unit for processing the signal detected by the measuring current transformer circuit, a shutoff device and a communication interface that is connected to the output of evaluation unit and comprises a relay output for controlling the shutoff device.
An apparatus, comprising: a processor and a memory communicatively connected to the processor, the processor configured to: receive an authentication vector at a mobile device having a binding key stored thereon, wherein the authentication vector comprises an encrypted authentication challenge parameter, wherein the encrypted authentication challenge parameter is an encrypted version of an original authentication challenge parameter, wherein the original authentication challenge parameter is encrypted, by a network element using the binding key, to form the encrypted authentication challenge parameter; and decrypt the encrypted authentication challenge parameter, using the binding key, to recover the original authentication challenge parameter. a processor and a memory communicatively connected to the processor, the processor configured to: receive an authentication vector at a mobile device having a binding key stored thereon, wherein the authentication vector comprises an encrypted authentication challenge parameter, wherein the encrypted authentication challenge parameter is an encrypted version of an original authentication challenge parameter, wherein the original authentication challenge parameter is encrypted, by a network element using the binding key, to form the encrypted authentication challenge parameter; and decrypt the encrypted authentication challenge parameter, using the binding key, to recover the original authentication challenge parameter. receive an authentication vector at a mobile device having a binding key stored thereon, wherein the authentication vector comprises an encrypted authentication challenge parameter, wherein the encrypted authentication challenge parameter is an encrypted version of an original authentication challenge parameter, wherein the original authentication challenge parameter is encrypted, by a network element using the binding key, to form the encrypted authentication challenge parameter; and decrypt the encrypted authentication challenge parameter, using the binding key, to recover the original authentication challenge parameter.
An antigen in combination with a virus-like carrier comprising a flagellin in a membrane-anchored form for use in a method of vaccinating a subject comprising the step of administering the antigen in combination with the virus-like carrier comprising a flagellin in a membrane-anchored form, wherein the virus-like carrier does not contain the antigen and wherein the antigen and virus-like carrier are administered intranasally, under conditions such that antibodies to the antigen are produced.
A method of receiving ranging region allocation information in a broadband wireless access system, the method comprising: receiving, by a mobile terminal from a base station, an uplink map message from which an uplink map information element comprising a ranging region allocation information for a periodic ranging is omitted; receiving, by the mobile terminal from the base station, an uplink channel descriptor message comprising the ranging region allocation information for the periodic ranging, wherein the uplink channel descriptor message is a message periodically transmitted for a control information transmission for an uplink channel; receiving, by the mobile terminal from the base station, an uplink map information element including changed region allocation information when a ranging region for the periodic ranging has been changed (S706, S707); and performing the periodic ranging with the base station according to the changed region allocation information. receiving, by a mobile terminal from a base station, an uplink map message from which an uplink map information element comprising a ranging region allocation information for a periodic ranging is omitted; receiving, by the mobile terminal from the base station, an uplink channel descriptor message comprising the ranging region allocation information for the periodic ranging, wherein the uplink channel descriptor message is a message periodically transmitted for a control information transmission for an uplink channel; receiving, by the mobile terminal from the base station, an uplink map information element including changed region allocation information when a ranging region for the periodic ranging has been changed (S706, S707); and performing the periodic ranging with the base station according to the changed region allocation information.
A method of implementing uplink macro diversity in a WCDMA, Wideband Code Division Multiple Access, system, comprising the following steps: a) a transport bearer setup indication information element is added into the information elements setting up a lur interface transport bearer, wherein the transport bearer setup indication information element indicates whether the present transport channel sets up the transport bearer; b) a serving evolved High Speed Packet Access Node B sets up individual bearers on the lur link via a radio link setup message; and a drift evolved High Speed Packet Access Node B, according to the indication of the serving evolved High Speed Packet Access Node B, allocates transport resources of the lur interface and returns a response message; in the Step a), the value of the transport bearer setup indication information element comprises: setting-up-bearer and not-setting-up-bearer; in the Step b), the serving evolved High Speed Packet Access Node B determines a corresponding macro diversity strategy according to different service quality parameters of individual bearers on the lur interface link and indicates whether the drift evolved High Speed Packet Access Node B sets up the transport bearer. a) a transport bearer setup indication information element is added into the information elements setting up a lur interface transport bearer, wherein the transport bearer setup indication information element indicates whether the present transport channel sets up the transport bearer; b) a serving evolved High Speed Packet Access Node B sets up individual bearers on the lur link via a radio link setup message; and a drift evolved High Speed Packet Access Node B, according to the indication of the serving evolved High Speed Packet Access Node B, allocates transport resources of the lur interface and returns a response message;
Mortise lock comprising firstly a faceplate and a lock case, and secondly adjustable mechanical connection units installed between said lock case and said faceplate to make it possible to set said lock case into translational movement relative to said faceplate in a direction which is substantially perpendicular to said faceplate and to keep said lock case substantially parallel to said faceplate when said lock case is set into translational movement; characterised in that said adjustable mechanical connection units comprise firstly a pair of translational guide elements (28, 48) for freely guiding said lock case in translation relative to said faceplate, and secondly a single threaded rod which connects said faceplate and said lock case so as to make it possible to adjust the position of said lock case relative to said faceplate by means of said single threaded rod.
A method performed by a user equipment communicating with a base station, the method comprising: negotiating, with the base station, a repeating time interval for potential receipt of a radio-resource control release message that includes a cell radio-network temporary-identifier; receiving (410; 502), from the base station, the radio-resource control release message that includes a cell radio-network temporary-identifier; entering (415; 504), responsive to receiving the radio-resource control release message, an enhanced radio-resource control idle mode having discontinuous uplink and downlink communications with the base station; receiving (420; 506), while in the enhanced radio-resource control idle mode and from the base station, a message, the message received in accordance with the cell radio-network temporary-identifier and the negotiated repeating time interval; and presenting (430; 508), while in the enhanced radio-resource control idle mode, the received message. negotiating, with the base station, a repeating time interval for potential receipt of a radio-resource control release message that includes a cell radio-network temporary-identifier; receiving (410; 502), from the base station, the radio-resource control release message that includes a cell radio-network temporary-identifier; entering (415; 504), responsive to receiving the radio-resource control release message, an enhanced radio-resource control idle mode having discontinuous uplink and downlink communications with the base station; receiving (420; 506), while in the enhanced radio-resource control idle mode and from the base station, a message, the message received in accordance with the cell radio-network temporary-identifier and the negotiated repeating time interval; and presenting (430; 508), while in the enhanced radio-resource control idle mode, the received message.
A method for coating a plurality of optical lenses having at least one main surface (14, 16) at least partly covered with lenslets, the method comprising: - dipping at least one first optical lens from the plurality of optical lenses into a coating fluid, - withdrawing the at least one first optical lens from the coating fluid at a controlled withdrawal speed, - measuring (MEAS) a thickness of a coating layer deposited on the at least one first optical lens, - determining an adjusted withdrawal speed based on the measured thickness, and - repeating the steps of dipping, withdrawing, measuring (MEAS) and determining on at least other optical lenses from the plurality of optical lenses, using the adjusted withdrawal speed during the withdrawing step. - dipping at least one first optical lens from the plurality of optical lenses into a coating fluid, - withdrawing the at least one first optical lens from the coating fluid at a controlled withdrawal speed, - measuring (MEAS) a thickness of a coating layer deposited on the at least one first optical lens, - determining an adjusted withdrawal speed based on the measured thickness, and - repeating the steps of dipping, withdrawing, measuring (MEAS) and determining on at least other optical lenses from the plurality of optical lenses, using the adjusted withdrawal speed during the withdrawing step.
A tibial component for replacing at least a portion of a proximal end of a tibia, the tibial component comprising: a tibial articular surface; an undersurface; and a stem attached to the undersurface, characterised in that the stem is attached to an anterior portion of the undersurface of the tibial component, wherein the stem is configured to contact an inner surface of an anterior cortex of the tibia when the stem is in the tibia and the undersurface is in contact with a cut proximal surface of the tibia. a tibial articular surface; an undersurface; and a stem attached to the undersurface, characterised in that the stem is attached to an anterior portion of the undersurface of the tibial component, wherein the stem is configured to contact an inner surface of an anterior cortex of the tibia when the stem is in the tibia and the undersurface is in contact with a cut proximal surface of the tibia.
Method for the energy management of an energy storage means of an electrical system, said electrical system including at least one mobile element, at least one means for electrically driving said mobile element, and at least one electrical energy storage means for supplying or recovering electrical energy to or from said driving means, said mobile element being subjected to swell, and said storage means comprising at least one supercapacitor (pC), characterized in that an ageing model of said supercapacitor is constructed, said ageing model linking the ageing of said supercapacitor with a demand on said supercapacitor, and in that the following steps are performed: a) determining a state of future swell; b) deducing, from said state of future swell, a future demand on said supercapacitor by said driving means; c) determining said ageing of said supercapacitor by way of said ageing model and of said demand on said supercapacitor; and d) controlling the energy of said supercapacitor of said energy storage means on the basis of said ageing of said supercapacitor (pC). a) determining a state of future swell; b) deducing, from said state of future swell, a future demand on said supercapacitor by said driving means; c) determining said ageing of said supercapacitor by way of said ageing model and of said demand on said supercapacitor; and d) controlling the energy of said supercapacitor of said energy storage means on the basis of said ageing of said supercapacitor (pC).
Use of a thickening composition for thickening a cleansing composition so that said cleansing composition has a viscosity of 300-50,000 mPa·s at 25°C; wherein said thickening composition has a viscosity of not less than 200 mPa.s at 25°C and comprises four essential components: an N-long chain acyl acidic amino acid and/or a salt thereof; one or more amphipathic substances selected from glyceryl monofatty acid, propyleneglycol monofatty acid, butyleneglycol monofatty acid, diethyleneglycol monofatty acid, monofatty acid N-methylethanolamide, lauryl glycol hydroxypropylether and polyoxypropylene coconut fatty acid monoisopropanolamide; wherein the component shows an organic value and an inorganic value satisfying the formula: inorganic value ≤ − 5 × organic value + 2500; an alkaline earth metal inorganic salt; and water and wherein: (i) the weight ratio of component: component is 90: 10 to 30: 70; (ii) the weight ratio of component to component is from 99.5: 0.5 to 50: 50; (iii)wherein the content of component in the entire cleansing composition is 1 to 60%; and (iv) said viscosities are as measured at 25°C using a Brookfield viscometer, using a rotor No. 3 or No. 4 at 30 r.p.m. for 30 seconds; wherein the thickening composition is produced by mixing components, and, dissolving them by heating at 60-80°C, adding component to give a uniform solution, cooling the mixture to room temperature, and adding to the cleansing composition. an N-long chain acyl acidic amino acid and/or a salt thereof; one or more amphipathic substances selected from glyceryl monofatty acid, propyleneglycol monofatty acid, butyleneglycol monofatty acid, diethyleneglycol monofatty acid, monofatty acid N-methylethanolamide, lauryl glycol hydroxypropylether and polyoxypropylene coconut fatty acid monoisopropanolamide; wherein the component shows an organic value and an inorganic value satisfying the formula: inorganic value ≤ − 5 × organic value + 2500; an alkaline earth metal inorganic salt; and water (i) the weight ratio of component: component is 90: 10 to 30: 70; (ii) the weight ratio of component to component is from 99.5: 0.5 to 50: 50; (iii)wherein the content of component in the entire cleansing composition is 1 to 60%; and (iv) said viscosities are as measured at 25°C using a Brookfield viscometer, using a rotor No. 3 or No. 4 at 30 r.p.m. for 30 seconds;