mhurhangee/ep-ind-claims huggingface dataset:
A device for producing electrical energy comprising: a. a first vessel A intended to receive an electrolyte solution of concentration CA in a solute and comprising an electrode arranged so as to come into contact with the electrolyte solution of concentration CA; b. a second vessel B intended to receive an electrolyte solution of concentration CB in the same solute, CB being lower than CA, and comprising an electrode arranged so as to come into contact with the electrolyte solution of concentration CB; c. a membrane separating the two vessels, said membrane comprising at least one nanochannel arranged to allow the diffusion of the electrolytes from the vessel A to the vessel B through said one or more nanochannels; and d. a device making it possible to supply the electrical energy generated by the differential in potential that exists between the two electrodes, characterized in that at least one portion of the inner surface of the one or more nanochannels is essentially made up of at least one titanium oxide and characterized in that the nanochannels have an average diameter comprised between 1 and 500 nm allowing to let both water molecules and solute ions circulate. a. a first vessel A intended to receive an electrolyte solution of concentration CA in a solute and comprising an electrode arranged so as to come into contact with the electrolyte solution of concentration CA; b. a second vessel B intended to receive an electrolyte solution of concentration CB in the same solute, CB being lower than CA, and comprising an electrode arranged so as to come into contact with the electrolyte solution of concentration CB; c. a membrane separating the two vessels, said membrane comprising at least one nanochannel arranged to allow the diffusion of the electrolytes from the vessel A to the vessel B through said one or more nanochannels; and d. a device making it possible to supply the electrical energy generated by the differential in potential that exists between the two electrodes,
A multistation carousel for changing a tool wherein a die of a press is placed, comprising: - a support structure provided with an upper frame supported by pillars, and a lower frame which rests directly on the ground; - a turntable, located below the upper frame and supported by the lower frame, rotated by rotation means housed in the lower frame, said turntable being divided into segments each of which corresponds to a station (21, 23, 25, 27): - a loading/unloading station of the tool from the press; - a standby station; - a die changing station; - a work station, the carousel being characterised in that - the work station is equipped with: -- an outer frame adjacent to the turntable for supporting the tool during processing; -- a handling device attached to the upper frame to permit the radial and/or vertical handling of the tool. - a support structure provided with an upper frame supported by pillars, and a lower frame which rests directly on the ground; - a turntable, located below the upper frame and supported by the lower frame, rotated by rotation means housed in the lower frame, said turntable being divided into segments each of which corresponds to a station (21, 23, 25, 27): - a loading/unloading station of the tool from the press; - a standby station; - a die changing station; - a work station, the carousel being characterised in that - the work station is equipped with: -- an outer frame adjacent to the turntable for supporting the tool during processing; -- a handling device attached to the upper frame to permit the radial and/or vertical handling of the tool. - a loading/unloading station of the tool from the press; - a standby station; - a die changing station; - a work station, the carousel being characterised in that - the work station is equipped with: -- an outer frame adjacent to the turntable for supporting the tool during processing; -- a handling device attached to the upper frame to permit the radial and/or vertical handling of the tool. -- an outer frame adjacent to the turntable for supporting the tool during processing; -- a handling device attached to the upper frame to permit the radial and/or vertical handling of the tool.
A method for producing a bottle having a cover made of a shrinkable plastics film, wherein the lateral surface of the bottle comprises at least one recessed handle projecting into the bottle interior or a handle opening, said method comprising the following steps: • producing a tube from the shrinkable plastics film, • drawing the tube onto the bottle, • shrink-fitting the plastics film onto the bottle, • laser-cutting the region of the shrinkable plastics film which covers the recessed handle or handle opening of the bottle, • extracting the cut-out region by means of a blower. • producing a tube from the shrinkable plastics film, • drawing the tube onto the bottle, • shrink-fitting the plastics film onto the bottle, • laser-cutting the region of the shrinkable plastics film which covers the recessed handle or handle opening of the bottle, • extracting the cut-out region by means of a blower.
A method for automatically generating native images for a virtual machine comprising the steps of: providing a virtual machine environment where a plurality of application libraries are distributed in an intermediate language format and then compiled at a later point in time; and providing (244; 272; 292; 312) an automatic native generation service, the service being operable to monitor the plurality of application libraries, and to generate a native image for a particular one or more of the application libraries when the service determines that native generation is appropriate, wherein the automatic native generation service monitors the plurality of application libraries by incrementing a respective counter each time a respective one of the application libraries is loaded, wherein the automatic native generation service uses the respective counter for each of the respective application libraries to determine an order in which to generate a respective native image, and wherein the service determines that native generation is appropriate by using heuristics, wherein the heuristics used to determine that native generation is appropriate includes monitoring which of the plurality of application libraries are used simultaneously by multiple processes. providing a virtual machine environment where a plurality of application libraries are distributed in an intermediate language format and then compiled at a later point in time; and providing (244; 272; 292; 312) an automatic native generation service, the service being operable to monitor the plurality of application libraries, and to generate a native image for a particular one or more of the application libraries when the service determines that native generation is appropriate, wherein the automatic native generation service monitors the plurality of application libraries by incrementing a respective counter each time a respective one of the application libraries is loaded, wherein the automatic native generation service uses the respective counter for each of the respective application libraries to determine an order in which to generate a respective native image, and wherein the service determines that native generation is appropriate by using heuristics, wherein the heuristics used to determine that native generation is appropriate includes monitoring which of the plurality of application libraries are used simultaneously by multiple processes. wherein the automatic native generation service monitors the plurality of application libraries by incrementing a respective counter each time a respective one of the application libraries is loaded, wherein the automatic native generation service uses the respective counter for each of the respective application libraries to determine an order in which to generate a respective native image, and wherein the service determines that native generation is appropriate by using heuristics, wherein the heuristics used to determine that native generation is appropriate includes monitoring which of the plurality of application libraries are used simultaneously by multiple processes.
Disc brake, preferably pneumatically actuated, in particular for a motor vehicle, comprising an application device, preferably with a rotary lever, at least one spindle unit (5, 5') having at least one adjusting spindle (6, 6'), and a wear adjustment device with a readjustment unit coupled to the application device, preferably to the rotary lever, via a drive and to the at least one adjusting spindle (6, 6') via a drive unit (13, 113), wherein the drive unit (13, 113) is pushed onto the adjusting spindle (6, 6') and coupled to the adjusting spindle (6, 6') via at least one coupling section in a rotationally positive manner, characterised in that the drive unit (13, 113) is coupled to the at least one adjusting spindle (6, 6') via at least one tension spring element (14, 18, 20, 20', 20", 22) in a rotationally positive manner without play.
A method of synthesizing pirfenidone comprising admixing bromobenzene, 5-methyl-2-pyridone, cuprous oxide, and an organic solvent under conditions sufficient to form pirfenidone, wherein the bromobenzene comprises less than about 0.15% by weight or molar ratio dibromobenzene.
A method of manufacturing a photomask blank in which a laminated body comprising at least one kind of functional transparent film is formed on a substrate that is transparent to exposure light, comprising: a step of depositing at least one kind of functional transparent film on the substrate; a step of performing a flash irradiation treatment in a case where an absolute value of a warpage amount on the substrate of the functional transparent film is 0.1 μm or more; and a step of forming a layer of a functional film that is different to the functional transparent film thereon to form the laminated body; the method further comprising a step of performing a heat treatment at least one time after any one of the three steps, wherein the heat treatment is performed within a temperature range of 260°C to 320°C for four hours or more. a step of depositing at least one kind of functional transparent film on the substrate; a step of performing a flash irradiation treatment in a case where an absolute value of a warpage amount on the substrate of the functional transparent film is 0.1 μm or more; and a step of forming a layer of a functional film that is different to the functional transparent film thereon to form the laminated body; the method further comprising a step of performing a heat treatment at least one time after any one of the three steps, wherein the heat treatment is performed within a temperature range of 260°C to 320°C for four hours or more.
Device for unwinding web-shaped material, having one first and at least one second unwinding position (16, 18) in which first and second rolls of the web-shaped material are rotatably mountable, wherein in the device one unwinding position is disposed so as to be locationally fixed and the other unwinding position is disposed so as to be movable, characterized in that the movable unwinding position has a brake which by way of a pair of gears (34, 36) is coupleable to the loaded roll of the web-shaped material.
An X-ray imaging apparatus comprising an anti-scatter grid for X-ray imaging comprising at least two sets (Mj) of linear x-radiation opaque strips (STj), each of the strips in the at least two sets having a respective longitudinal axis(Li), wherein there are at least two strips from different sets of the at least two sets that have non-parallel longitudinal axes, characterized in that the X-ray imaging apparatus has a plurality of X-ray sources (sj).
A thermal bonding sheet comprising a layer serving as a sintered layer after being heated, wherein a modulus of elasticity of the layer after being heated under the following heating condition A is in a range of 30 GPa to 150 GPa in measurement using a nanoindenter: <Heating Condition A> the layer is heated at a heating rate of 1.5°C/sec from 80°C to 300°C under pressure of 10 MPa, and then held at 300°C for 2.5 minutes, and wherein the layer contains a thermally decomposable binder which is a solid at 23°C, wherein the thermally decomposable binder is a polycarbonate or an acrylic resin, and fine metal particles in an amount of from 60 to 98% by weight based on the entire layer, wherein the fine metal particles are sintering metal particles, wherein the average particle diameter of the sintering metal particles is from 0.0005 μm to 30 μm as determined by scanning electron microscopy, wherein the fine metal particles are made of at least one selected from the group consisting of silver, copper, silver oxide, and copper oxide. wherein a modulus of elasticity of the layer after being heated under the following heating condition A is in a range of 30 GPa to 150 GPa in measurement using a nanoindenter: <Heating Condition A> the layer is heated at a heating rate of 1.5°C/sec from 80°C to 300°C under pressure of 10 MPa, and then held at 300°C for 2.5 minutes, and wherein the layer contains a thermally decomposable binder which is a solid at 23°C, wherein the thermally decomposable binder is a polycarbonate or an acrylic resin, and fine metal particles in an amount of from 60 to 98% by weight based on the entire layer, wherein the fine metal particles are sintering metal particles, wherein the average particle diameter of the sintering metal particles is from 0.0005 μm to 30 μm as determined by scanning electron microscopy, wherein the fine metal particles are made of at least one selected from the group consisting of silver, copper, silver oxide, and copper oxide.
A cDNA synthesis method, comprising: mixing a lysis solution containing a chaotropic substance and a nucleic acid-binding solid-phase carrier in a sample containing a ribonucleic acid, thereby adsorbing the RNA on the carrier; reverse-transcribing the RNA adsorbed on the carrier while keeping the RNA adsorbed on the carrier in a reverse transcription reaction mixture, thereby synthesizing cDNA; washing the carrier having the RNA adsorbed thereon with a washing solution which does not contain an organic solvent after the reverse transcription; and eluting the synthesized cDNA with an eluent after the washing. mixing a lysis solution containing a chaotropic substance and a nucleic acid-binding solid-phase carrier in a sample containing a ribonucleic acid, thereby adsorbing the RNA on the carrier; reverse-transcribing the RNA adsorbed on the carrier while keeping the RNA adsorbed on the carrier in a reverse transcription reaction mixture, thereby synthesizing cDNA; washing the carrier having the RNA adsorbed thereon with a washing solution which does not contain an organic solvent after the reverse transcription; and eluting the synthesized cDNA with an eluent after the washing.
Dental implant made of a ceramic material comprising an implant surface having at least partially a contact angle of less than 20°, said implant surface being at least partially covered by a protective layer, characterized in that the protective layer comprises a water-soluble nonionic dextran having a molecular weight of more than 15'000 Da.
Household device (9; 16; 24; 42), in particular laundry cleaning appliance, having at least one optical liquid meter (1; 11; 21; 31), which has - at least one light guide (2; 17; 22, 23; 32; 43, 44, 45) which can be wetted at least partially with a liquid, - at least one light source, by means of which light can be coupled into the light guide (2; 17; 22, 23; 32; 43, 44, 45), and - at least one light sensor (7; 7a, 7b) for detecting light coupled out of the light guide, and the household appliance (9; 16; 42) has at least one evaluation unit, which is embodied to determine at least one status parameter of the liquid in the household appliance (9; 16; 42) on the basis of the measurement data received by the at least one light sensor (7; 7a, 7b), characterised in that the status parameter is a refraction index of the liquid surrounding the light guide (2; 17; 22, 23; 32; 43, 44, 45). - at least one light guide (2; 17; 22, 23; 32; 43, 44, 45) which can be wetted at least partially with a liquid, - at least one light source, by means of which light can be coupled into the light guide (2; 17; 22, 23; 32; 43, 44, 45), and - at least one light sensor (7; 7a, 7b) for detecting light coupled out of the light guide, and the household appliance (9; 16; 42) has at least one evaluation unit, which is embodied to determine at least one status parameter of the liquid in the household appliance (9; 16; 42) on the basis of the measurement data received by the at least one light sensor (7; 7a, 7b),
A method for controlling a transmission of a vehicle, the method comprising - establishing a desired speed profile for the vehicle when travelling along a road segment, - performing a plurality of simulations, each of a vehicle response (VR1, VR2), in the road segment, to a respective gear control action, wherein the gear control action differs from one simulation to another, wherein the simulations include a condition to keep a vehicle speed on the speed profile, or within one or more established limits (DLU1, DLU2, DLL1, DLL2) of deviations from the speed profile, wherein the vehicle responses (VR1, VR2) of the simulations include at least one of the vehicle speed, a vehicle acceleration, and a torque of the vehicle, characterized by further comprising - determining costs for the simulated vehicle responses (VR1, VR2), - selecting, in dependence on the determined costs, one of the gear control actions, - controlling the transmission with the selected gear control action. - establishing a desired speed profile for the vehicle when travelling along a road segment, - performing a plurality of simulations, each of a vehicle response (VR1, VR2), in the road segment, to a respective gear control action, wherein the gear control action differs from one simulation to another, wherein the simulations include a condition to keep a vehicle speed on the speed profile, or within one or more established limits (DLU1, DLU2, DLL1, DLL2) of deviations from the speed profile, wherein the vehicle responses (VR1, VR2) of the simulations include at least one of the vehicle speed, a vehicle acceleration, and a torque of the vehicle, characterized by further comprising - determining costs for the simulated vehicle responses (VR1, VR2), - selecting, in dependence on the determined costs, one of the gear control actions, - controlling the transmission with the selected gear control action. - determining costs for the simulated vehicle responses (VR1, VR2), - selecting, in dependence on the determined costs, one of the gear control actions, - controlling the transmission with the selected gear control action.
A method for wireless communication at a user equipment, UE, comprising: receiving resource partitioning information for channel quality indicator, CQI, reporting, the resource partitioning information identifying a first set of subframes associated with a first channel state information, CSI, condition for a serving base station and a second set of subframes associated with a second CSI condition for the serving base station; receiving a first request for aperiodic CQI in a first subframe; reporting a first CQI responsive to the first request for aperiodic CQI, the first CQI comprising CQI for the first CSI condition for a first reference subframe of the first set of subframes having an offset from the first subframe; receiving a second request for aperiodic CQI in a second subframe; and reporting a second CQI responsive to the second request for aperiodic CQI, the second CQI comprising CQI for the second CSI condition for a second reference subframe of the second set of subframes having another offset from the second subframe. receiving resource partitioning information for channel quality indicator, CQI, reporting, the resource partitioning information identifying a first set of subframes associated with a first channel state information, CSI, condition for a serving base station and a second set of subframes associated with a second CSI condition for the serving base station; receiving a first request for aperiodic CQI in a first subframe; reporting a first CQI responsive to the first request for aperiodic CQI, the first CQI comprising CQI for the first CSI condition for a first reference subframe of the first set of subframes having an offset from the first subframe; receiving a second request for aperiodic CQI in a second subframe; and reporting a second CQI responsive to the second request for aperiodic CQI, the second CQI comprising CQI for the second CSI condition for a second reference subframe of the second set of subframes having another offset from the second subframe.
An interference alignment module for use in a communication device for communicating with another communication device over a link that is utilized at the substantially same time and with the substantially same frequency resource by a pair of further communication devices (30, 40), said communication device comprising one or more antenna arrays (11, 12) with which beamforming can be performed and a control circuitry configured to apply beamformers to control beamforming by the one or more antenna arrays (11, 12), the interference alignment module comprising an interference alignment circuitry configured to determine whether at least one of the beamformers satisfies an interference condition such that a level of interference leaked to the further communication devices (30, 40) by said communication device is below a defined threshold, and, if available, selecting the at least one beamformer for communicating with the other communication device, characterized in that the interference condition is based on channel characteristics between said communication device and at least one of the further communication devices (30, 40) and non-reciprocity mismatch, the non-reciprocity mismatch being a measure indicative of a mismatch of a transmission pattern and a reception pattern of at least one further communication device of said pair of further communication devices (30, 40).