mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a fluid droplet containing a target analyte at a selected concentration, the method comprising: (a) providing, in a fluid reservoir, a fluid composition that contains the target analyte and comprises an upper region and a lower region, wherein the upper region is an upper layer comprising a first liquid and the lower region is a lower layer comprising a second liquid, the upper layer and the lower layer having a liquid-liquid boundary therebetween, wherein the analyte is at a first concentration in the upper region and at a second concentration in the lower region, and further wherein the second concentration is different from the first concentration; and (b) applying focused acoustic energy to the fluid reservoir in a manner effective to eject a fluid droplet from the fluid composition into a droplet receiver, wherein the ejected droplet comprises the target analyte at the selected concentration, and further wherein the selected concentration is (i) equivalent to either the first concentration or the second concentration, and (ii) uniform throughout the droplet. (a) providing, in a fluid reservoir, a fluid composition that contains the target analyte and comprises an upper region and a lower region, wherein the upper region is an upper layer comprising a first liquid and the lower region is a lower layer comprising a second liquid, the upper layer and the lower layer having a liquid-liquid boundary therebetween, wherein the analyte is at a first concentration in the upper region and at a second concentration in the lower region, and further wherein the second concentration is different from the first concentration; and (b) applying focused acoustic energy to the fluid reservoir in a manner effective to eject a fluid droplet from the fluid composition into a droplet receiver, wherein the ejected droplet comprises the target analyte at the selected concentration, and further wherein the selected concentration is (i) equivalent to either the first concentration or the second concentration, and (ii) uniform throughout the droplet.
A shampoo composition comprising: a. from 0.025% to 0.25% histidine, by weight of the shampoo composition; b. from 2% to 50% of one or more detersive surfactants, by weight of the shampoo composition; and c. a gel matrix comprising: i. from 0.1% to 20% of one or more fatty alcohols, by weight of the gel matrix; ii. from 0.1% to 10% of one or more gel matrix surfactants, by weight of the gel matrix; and iii. from 20% to 95% of an aqueous carrier, by weight of the gel matrix; wherein the shampoo composition inhibits copper deposition on hair and facilitates the removal of copper deposited on hair. a. from 0.025% to 0.25% histidine, by weight of the shampoo composition; b. from 2% to 50% of one or more detersive surfactants, by weight of the shampoo composition; and c. a gel matrix comprising: i. from 0.1% to 20% of one or more fatty alcohols, by weight of the gel matrix; ii. from 0.1% to 10% of one or more gel matrix surfactants, by weight of the gel matrix; and iii. from 20% to 95% of an aqueous carrier, by weight of the gel matrix; wherein the shampoo composition inhibits copper deposition on hair and facilitates the removal of copper deposited on hair. i. from 0.1% to 20% of one or more fatty alcohols, by weight of the gel matrix; ii. from 0.1% to 10% of one or more gel matrix surfactants, by weight of the gel matrix; and iii. from 20% to 95% of an aqueous carrier, by weight of the gel matrix;
Hydraulic linear drive, in particular hydraulic geared actuator, having a piston/cylinder unit in which a control piston which is arranged in longitudinally displaceable fashion in the cylinder housing divides the cylinder chamber into at least two pressure chambers (6a, 6b) which can be charged with hydraulic oil via control lines (8, 10), wherein the selective pressurization of the two pressure chambers (6a, 6b) can be controlled by way of a switching valve, wherein, between the two control lines (8, 10) which lead to the pressure chambers (6a, 6b), there is arranged a connecting line in which a control valve (22, 22') selectively opens up or blocks the connecting line in such a way that a part of an oil volume flow is fed via the connecting line and via one of the control lines (8, 10) to an oil tank again, such that the volume flow to the pressurized pressure chamber (6a, 6b) can be controlled in order to influence the adjustment speed of the control piston, characterized in that the control valve has three switching positions, a first switching position in which the connecting line is closed, a second switching position with a small opening cross section, and a third switching position with a larger opening cross section, in which the throughflow through the connecting line is possible in throttled fashion.
Vehicle apparatus for recording a surrounding region of a motor vehicle, comprising an input device having a screen with touch function, wherein the input device is configured to display an electronic map on the screen and to select, by way of a vehicle occupant, a locationally fixed region of interest to be recorded, comprising a camera unit for recording at least one image of the surrounding region, and comprising a trigger device for outputting a recording start signal for triggering the recording of at least one recorded image by way of the camera unit, wherein the trigger device is configured to link the output of the recording start signal to a geographic position of the selected, locationally fixed region of interest, and wherein the trigger device is configured to output the recording start signal when there is a determined geographic match between the positions of the motor vehicle and of the selected, locationally fixed region of interest. comprising an input device having a screen with touch function, wherein the input device is configured to display an electronic map on the screen and to select, by way of a vehicle occupant, a locationally fixed region of interest to be recorded, comprising a camera unit for recording at least one image of the surrounding region, and comprising a trigger device for outputting a recording start signal for triggering the recording of at least one recorded image by way of the camera unit, wherein the trigger device is configured to link the output of the recording start signal to a geographic position of the selected, locationally fixed region of interest, and wherein the trigger device is configured to output the recording start signal when there is a determined geographic match between the positions of the motor vehicle and of the selected, locationally fixed region of interest.
A method for generating a signal in broadband wireless communications, comprising: modulating, segmenting and serial-parallel converting signal data for transmission, and transforming the serial-parallel converted data to frequency domain in a Discrete Fourier Transformation, DFT, process; block unit modulating and block repeat modulating a data symbol block transformed to the frequency domain, and mapping block units obtained by the block unit modulating and block repeat modulating onto specified time and frequency locations; and transforming the block units mapped onto the time and frequency locations in an Inverse Fast Fourier Transformation, IFFT, process, and appending Cyclic Prefixes, CPs, to the transformed block units to generate a random sequence in time domain; wherein, the block unit modulating and block repeat modulating the data symbol block transformed to the frequency domain comprises: modulating the data symbol block transformed to the frequency domain to generate a block unit, wherein the modulating the data symbol block transformed to the frequency domain to generate a block unit comprises: allocating the data symbol block to time and frequency resources corresponding to the block unit; and repeating the generated block unit and weighting each repeat block unit by a predefined weighting factor in time domain and frequency domain, the block units obtained by the block unit modulating and block repeat modulating are block units obtained from the repeating and weighting modulating, segmenting and serial-parallel converting signal data for transmission, and transforming the serial-parallel converted data to frequency domain in a Discrete Fourier Transformation, DFT, process; block unit modulating and block repeat modulating a data symbol block transformed to the frequency domain, and mapping block units obtained by the block unit modulating and block repeat modulating onto specified time and frequency locations; and transforming the block units mapped onto the time and frequency locations in an Inverse Fast Fourier Transformation, IFFT, process, and appending Cyclic Prefixes, CPs, to the transformed block units to generate a random sequence in time domain; wherein, the block unit modulating and block repeat modulating the data symbol block transformed to the frequency domain comprises: modulating the data symbol block transformed to the frequency domain to generate a block unit, wherein the modulating the data symbol block transformed to the frequency domain to generate a block unit comprises: allocating the data symbol block to time and frequency resources corresponding to the block unit; and repeating the generated block unit and weighting each repeat block unit by a predefined weighting factor in time domain and frequency domain, the block units obtained by the block unit modulating and block repeat modulating are block units obtained from the repeating and weighting
A vibrating-trap device intended to be fixed to a rotating structure subject to torsion vibrations, the device being mounted on a rotation axis intended to be that of the rotating structure and including several vibrating resonators to trap the vibrations, the vibrating resonators being spatially adjacent to one another and being connected to the rotating structure directly, or indirectly by a common support, each resonator having the shape of a blade with a free end and an end rigidly fixed to the support or to the rotating structure, the width of this blade being aligned with the rotation axis, each resonator having natural vibration frequencies, each resonator being made from a metallic material, the device having at least partially a star shape with each resonator forming a branch of the star, the free end being more remote from the rotation axis than the fixed end, the spatial distribution of the masses of the device achieving its inertial equilibrium relative to the rotation axis, characterized in that at least one resonator is twisted.
A hardness test method, comprising the steps of: forming an indent by indenting a surface of a sample with an indenter loaded with a predetermined load and detecting a displacement quantity of the indenter and a test force loaded on the indenter at a time of forming the indent to measure an indentation curve; characterised by: calculating a work load by plastic deformation (Wp) from an area of an indentation curve obtained by the step of forming the indent; and calculating an estimation (HVe) of Vickers hardness by using the work load (Wp), calculated at the step of calculating the work load, and a previously determined coefficient K in conformity with HVe = K / Wp 2. calculating a work load by plastic deformation (Wp) from an area of an indentation curve obtained by the step of forming the indent; and calculating an estimation (HVe) of Vickers hardness by using the work load (Wp), calculated at the step of calculating the work load, and a previously determined coefficient K in conformity with HVe = K / Wp 2.
Transport arrangement configured for transporting piece goods having at least three transport tracks (2, 4, 6; 2, 4, 6, 8), each having at least one section which is arranged adjacent to at least one section of another one of the transport tracks, at least one carrier (12, 14), located on one of the at least three transport tracks, which is movable with respect to at least two of the three transport tracks (2, 4, 6; 2, 4, 6, 8), at least one first coil arrangement (22; 22, 23, 24, 25) each for moving one carrier (12, 14) with respect to at least two transport tracks (2, 4, 6; 2, 4, 6, 8) of the at least three transport tracks, at least one second coil arrangement (24; 42, 44; 42) each for moving one carrier (12, 14) with respect to two transport tracks (2, 4, 6; 2, 4, 6, 8) of the at least three transport tracks (2, 4, 6; 2, 4, 6, 8), characterized in that the at least one first coil arrangement (22; 22, 23, 24) is arranged in one of the at least three transport tracks (2, 4, 6; 2, 4, 6, 8) to be able to move into a receiving space of an adjacent transport track of the at least three transport tracks (2, 4, 6; 2, 4, 6, 8) into which receiving space also the at least one second coil arrangement (24; 42, 44; 42) is arranged to be able to move to instead of the at least one first coil arrangement (22; 22, 23, 24), wherein the transport arrangement is characterized in that it further comprises two physical different coils which are adapted for being added and/or removed to the same track begin and/or track end, but not at the same time. at least three transport tracks (2, 4, 6; 2, 4, 6, 8), each having at least one section which is arranged adjacent to at least one section of another one of the transport tracks, at least one carrier (12, 14), located on one of the at least three transport tracks, which is movable with respect to at least two of the three transport tracks (2, 4, 6; 2, 4, 6, 8), at least one first coil arrangement (22; 22, 23, 24, 25) each for moving one carrier (12, 14) with respect to at least two transport tracks (2, 4, 6; 2, 4, 6, 8) of the at least three transport tracks, at least one second coil arrangement (24; 42, 44; 42) each for moving one carrier (12, 14) with respect to two transport tracks (2, 4, 6; 2, 4, 6, 8) of the at least three transport tracks (2, 4, 6; 2, 4, 6, 8), characterized in that the at least one first coil arrangement (22; 22, 23, 24) is arranged in one of the at least three transport tracks (2, 4, 6; 2, 4, 6, 8) to be able to move into a receiving space of an adjacent transport track of the at least three transport tracks (2, 4, 6; 2, 4, 6, 8) into which receiving space also the at least one second coil arrangement (24; 42, 44; 42) is arranged to be able to move to instead of the at least one first coil arrangement (22; 22, 23, 24), wherein the transport arrangement is characterized in that it further comprises two physical different coils which are adapted for being added and/or removed to the same track begin and/or track end, but not at the same time.
An electrode for a bipolar lithium ion secondary battery, comprising: a positive electrode active material layer formed on a surface of a current collector towards the first electrically conductive layer; a negative electrode active material layer formed on a surface of the current collector towards the second electrically conductive layer; the current collector for a bipolar lithium ion secondary battery, comprising: a first electrically conductive layer in which electrically conductive filler is added to a substrate containing imide group-containing resin; and a second electrically conductive layer that functions to isolate lithium ions, the first electrically conductive layer being located in a manner such that a positive electrode active material layer is closer thereto than to the second electrically conductive layer, characterized in that the second electrically conductive layer includes an isolation resin layer and a metal layer, the isolation resin layer having a constitution in which electrically conductive filler is added to a substrate containing resin not containing imide group, and the second electrically conductive layer further includes a metal elution-preventing layer, the metal elution-preventing layer being located on a surface of the metal layer to face the first electrically conductive layer. a positive electrode active material layer formed on a surface of a current collector towards the first electrically conductive layer; a negative electrode active material layer formed on a surface of the current collector towards the second electrically conductive layer; a first electrically conductive layer in which electrically conductive filler is added to a substrate containing imide group-containing resin; and a second electrically conductive layer that functions to isolate lithium ions, the first electrically conductive layer being located in a manner such that a positive electrode active material layer is closer thereto than to the second electrically conductive layer, the second electrically conductive layer includes an isolation resin layer and a metal layer, the isolation resin layer having a constitution in which electrically conductive filler is added to a substrate containing resin not containing imide group, and the second electrically conductive layer further includes a metal elution-preventing layer, the metal elution-preventing layer being located on a surface of the metal layer to face the first electrically conductive layer.
A viscoelastic damping material comprising: a) a copolymer of: i) at least one monomer according to formula I: CH 2 =CHR 1 -COOR 2 wherein R 1 is H, CH 3 or CH 2 CH 3 and R 2 is a branched alkyl group containing 12 to 32 carbon atoms, and ii) at least one second monomer; and b) at least one adhesion-enhancing material selected from the group consisting of inorganic nanoparticles, core-shell rubber particles, polybutene materials, polyisobutene materials, and isostearyl acrylate microspheres. a) a copolymer of: i) at least one monomer according to formula I: CH 2 =CHR 1 -COOR 2 wherein R 1 is H, CH 3 or CH 2 CH 3 and R 2 is a branched alkyl group containing 12 to 32 carbon atoms, and ii) at least one second monomer; and i) at least one monomer according to formula I: CH 2 =CHR 1 -COOR 2 wherein R 1 is H, CH 3 or CH 2 CH 3 and R 2 is a branched alkyl group containing 12 to 32 carbon atoms, and ii) at least one second monomer; and b) at least one adhesion-enhancing material selected from the group consisting of inorganic nanoparticles, core-shell rubber particles, polybutene materials, polyisobutene materials, and isostearyl acrylate microspheres.
A method for automatic selection of a radiotherapy treatment plan for each of a plurality of patients from a set comprising a plurality of alternative radiotherapy treatment plans for each of the plurality of patients, wherein each of the plurality of alternative radiotherapy treatment plans has a specified plan quality and requires a specified resource, wherein the automatic selection is performed in a processor and comprises: - an optimization process wherein a combined plan quality for a plurality of alternative radiotherapy treatment plans for the plurality of patients is optimized; - the optimization is performed subject to constraints that the resources required for treatment according to the selected radiotherapy treatment plans may not exceed resource availability. - an optimization process wherein a combined plan quality for a plurality of alternative radiotherapy treatment plans for the plurality of patients is optimized; - the optimization is performed subject to constraints that the resources required for treatment according to the selected radiotherapy treatment plans may not exceed resource availability.
A temperature measuring instrument for measuring a temperature of a conductor of a gas insulated device, the temperature measuring instrument comprising: a housing including a cylindrical outer frame having conductivity, the outer frame having first and second slot antennas (111, 112) formed therein; and a substrate accommodated in the housing, the substrate having a bandpass element and an isolator mounted thereon, the bandpass element being connected to the first slot antenna and having a resonance frequency having a temperature characteristic, the isolator being connected to the second slot antenna, the substrate including a wiring pattern interconnecting the bandpass element and the isolator, wherein the bandpass element is in contact with and thermally connected to the conductor inserted into the housing. a housing including a cylindrical outer frame having conductivity, the outer frame having first and second slot antennas (111, 112) formed therein; and a substrate accommodated in the housing, the substrate having a bandpass element and an isolator mounted thereon, the bandpass element being connected to the first slot antenna and having a resonance frequency having a temperature characteristic, the isolator being connected to the second slot antenna, the substrate including a wiring pattern interconnecting the bandpass element and the isolator, wherein the bandpass element is in contact with and thermally connected to the conductor inserted into the housing.
A method for preparing a suspension of LDH particles comprising the steps of: a) preparing LDH precipitates by coprecipitation to form a mixture of LDH precipitates and solution; b) separating the LDH precipitates from the solution; c) washing the LDH precipitates to remove residual ions; d) mixing the LDH precipitates with water; and e) subjecting the mixture of LDH particles and water from step (d) to a hydrothermal treatment step by heating to a temperature of from greater than 80°C to 150°C for a period of about 1 hour to about 144 hours to form a well dispersed suspension of LDH particles in water, wherein said LDH particles in suspension comprise platelets having a maximum particle dimension of from 20 nm to 400 nm. a) preparing LDH precipitates by coprecipitation to form a mixture of LDH precipitates and solution; b) separating the LDH precipitates from the solution; c) washing the LDH precipitates to remove residual ions; d) mixing the LDH precipitates with water; and e) subjecting the mixture of LDH particles and water from step (d) to a hydrothermal treatment step by heating to a temperature of from greater than 80°C to 150°C for a period of about 1 hour to about 144 hours to form a well dispersed suspension of LDH particles in water, wherein said LDH particles in suspension comprise platelets having a maximum particle dimension of from 20 nm to 400 nm.
An organic-inorganic combined hydrogel precursor liquid comprising water; a polymerizable monomer; a mineral; and a chelate agent. water; a polymerizable monomer; a mineral; and a chelate agent.
A vortex finder for a cyclonic separator, the vortex finder comprising: a plurality of stationary vanes having a round convex front end around which incoming air is guided into the vortex finder, wherein, where air separates from the vane inside of the vortex finder, a cross-section of the vanes has only one sharp edge.
A steering wheel comprising a rim, and a heating element coated on a surface of the rim, the heating element being heated by power supply, wherein the heating element comprises a first heating part which is coated in a longitudinal direction of the rim along an inner diameter portion of the rim, a second heating part which is coated in the longitudinal direction of the rim along an outer diameter portion of the rim, and a third heating part which is coated in the longitudinal direction of the rim between the first heating part and the second heating part, characterized in that the heating element is an electrically conductive paste which includes: the first heating part which is formed by continuously connecting loops having the same shape; the second heating part which is formed by continuously connecting loops having the same shape; and the third heating part which is formed by continuously connecting loops having the same shape, wherein an electrical resistance decreases in order of the first heating part, the third heating part, and the second heating part. the first heating part which is formed by continuously connecting loops having the same shape; the second heating part which is formed by continuously connecting loops having the same shape; and the third heating part which is formed by continuously connecting loops having the same shape, wherein an electrical resistance decreases in order of the first heating part, the third heating part, and the second heating part.