mhurhangee/ep-ind-claims huggingface dataset:
A flow battery comprising: at least one cell including a first electrode, a second electrode spaced apart from the first electrode, and an electrolyte separator layer arranged between the first electrode and the second electrode; and a supply/storage system external of the at least one cell and including: a first vessel fluidly connected in a first loop with the first electrode, a second vessel fluidly connected in a second loop with the second electrode, the first loop and the second loop being isolated from each other with respect to open fluid flow there between, and characterized in that the supply/storage system includes a feed line between the first vessel and the second vessel, and the supply/storage system being configured to fluidly connect the first loop and the second loop to move a second liquid electrolyte via said feed line from the second vessel into a first liquid electrolyte in the first vessel responsive to a half-cell potential at the first electrode being less than a defined threshold half-cell potential. at least one cell including a first electrode, a second electrode spaced apart from the first electrode, and an electrolyte separator layer arranged between the first electrode and the second electrode; and a supply/storage system external of the at least one cell and including: a first vessel fluidly connected in a first loop with the first electrode, a second vessel fluidly connected in a second loop with the second electrode, the first loop and the second loop being isolated from each other with respect to open fluid flow there between, and characterized in that the supply/storage system includes a feed line between the first vessel and the second vessel, and the supply/storage system being configured to fluidly connect the first loop and the second loop to move a second liquid electrolyte via said feed line from the second vessel into a first liquid electrolyte in the first vessel responsive to a half-cell potential at the first electrode being less than a defined threshold half-cell potential. a first vessel fluidly connected in a first loop with the first electrode, a second vessel fluidly connected in a second loop with the second electrode, the first loop and the second loop being isolated from each other with respect to open fluid flow there between, and characterized in that the supply/storage system includes a feed line between the first vessel and the second vessel, and the supply/storage system being configured to fluidly connect the first loop and the second loop to move a second liquid electrolyte via said feed line from the second vessel into a first liquid electrolyte in the first vessel responsive to a half-cell potential at the first electrode being less than a defined threshold half-cell potential.
A method of fastening and retaining sewing thread of sewed-on buttons in textiles and simultaneously forming a neck between the button and the textile, characterized in that a self-vulcanizing tape or a thread is extended to approximately the double original length thereof and which then begins to self-vulcanize, and after that, the self-vulcanizing tape or thread is wound a number of turns around the sewing thread between the button and the textile, preferably the accumulation of sewing thread and the self-vulcanizing tape or thread being pressed together for the formation of a soft neck.
A device for non-invasive and trans-cranial light therapy comprising one or more radiation units adapted to generate and direct optical radiation in the form of light at one or more neuroanatomical brain structures of a user from at least one extra-cranial position below the cerebrum of the user, and a housing in optical and/or electrical connection with said one or more radiation units and one or more LEDs for generating the optical radiation, wherein said at least one extra-cranial position is the auditory canal, characterised in that the device is configured to generate the light with a wavelength of between 380 nm and 480 nm, a luminous flux of 0.7-12 lumens and a duration of 1-15 minutes.
A method for displaying a composite video image of a presenter in front of a selected background image, characterised in that said composite image is displayed at multiple remote locations, without loss of detail in the background image or in the presenter's image, said method comprising the steps of, a) storing in a memory at each remote location said selected background image, b) generating a matte signal that identifies those pixels in the video image representing said presenter, c) transmitting to each remote location the signal levels of pixels including said presenter, d) generating a composite video image of said presenter and said stored selected background image by replacing pixel levels in the background image, at corresponding addresses, with pixel levels of said presenter's image, e) displaying said composite video image. a) storing in a memory at each remote location said selected background image, b) generating a matte signal that identifies those pixels in the video image representing said presenter, c) transmitting to each remote location the signal levels of pixels including said presenter, d) generating a composite video image of said presenter and said stored selected background image by replacing pixel levels in the background image, at corresponding addresses, with pixel levels of said presenter's image, e) displaying said composite video image.
An image processing method of a display apparatus for providing an image received in a two-dimensional form as a stereoscopic image n a three-dimensional form, the image processing method comprising: receiving a 2D image from an external source; based on an occurrence of a first event, processing the received image into a first 3D form by applying first depth information corresponding to the first event to pixels constituting the received image, and based on an occurrence of a second event, processing the received image into a second 3D form different from the first 3D form, by applying second depth information corresponding to the second event to pixels constituting the received image; and displaying the processed image corresponding to one event that occurred from among the first event and the second event, wherein the first event comprises one of an event of powering the display apparatus on or off, an event of converting the received image into another image, an event of converting a channel of the received image into another channel, and an event of inputting a request command for image distortion from a user, wherein the second event comprises a different one of the event of powering the display apparatus on or off, the event of converting the received image into another image, the event of converting a channel of the received image into another channel, and the event of inputting a request command for image distortion from a user. receiving a 2D image from an external source; based on an occurrence of a first event, processing the received image into a first 3D form by applying first depth information corresponding to the first event to pixels constituting the received image, and based on an occurrence of a second event, processing the received image into a second 3D form different from the first 3D form, by applying second depth information corresponding to the second event to pixels constituting the received image; and displaying the processed image corresponding to one event that occurred from among the first event and the second event, wherein the first event comprises one of an event of powering the display apparatus on or off, an event of converting the received image into another image, an event of converting a channel of the received image into another channel, and an event of inputting a request command for image distortion from a user, wherein the second event comprises a different one of the event of powering the display apparatus on or off, the event of converting the received image into another image, the event of converting a channel of the received image into another channel, and the event of inputting a request command for image distortion from a user.
A terminal, comprising a wireless transceiver configured to communicate wirelessly with a mobile device; a secure element configured to store one or more pre-validated cryptographic keys; and a processor coupled to the secure element and the wireless transceiver, the processor being programmed to receive, via the wireless transceiver, an authentication request from the mobile device, authenticate the mobile device by validating the authentication request based on the one or more pre-validated cryptographic keys stored in the secure element, generate a session key based on a random number received in the authentication request, transmit, via the wireless transceiver, when the mobile device is successfully authenticated, an authentication response including the session key to the mobile device, and receive secure information from the mobile device, the secure information being encrypted by the session key. receive, via the wireless transceiver, an authentication request from the mobile device, authenticate the mobile device by validating the authentication request based on the one or more pre-validated cryptographic keys stored in the secure element, generate a session key based on a random number received in the authentication request, transmit, via the wireless transceiver, when the mobile device is successfully authenticated, an authentication response including the session key to the mobile device, and receive secure information from the mobile device, the secure information being encrypted by the session key.
A method of adjusting an event prompt degree, adaptable to a mobile electronic device, the method being characterized by the steps of: determining (810, 820, 910, 920, 1010, 1020) whether the mobile electronic device is in a steady state by determining whether an acceleration variation of the mobile electronic device remains within a first predetermined range for a predetermined period and/or a level state by determining whether an inclination angle of the mobile electronic device is within a second predetermined range when the mobile electronic device executes a vibration prompt and/or a ringtone prompt corresponding to an event; determining (830, 930, 1030) whether the mobile electronic device is moved when the mobile electronic device executes the vibration prompt and/or the ringtone prompt corresponding to the event after the mobile electronic device is determined to be in the steady state and/or the level state; and reducing (840, 940, 1040) a vibration intensity of the vibration prompt and/or a volume of the ringtone prompt when the mobile electronic device is moved. determining (810, 820, 910, 920, 1010, 1020) whether the mobile electronic device is in a steady state by determining whether an acceleration variation of the mobile electronic device remains within a first predetermined range for a predetermined period and/or a level state by determining whether an inclination angle of the mobile electronic device is within a second predetermined range when the mobile electronic device executes a vibration prompt and/or a ringtone prompt corresponding to an event; determining (830, 930, 1030) whether the mobile electronic device is moved when the mobile electronic device executes the vibration prompt and/or the ringtone prompt corresponding to the event after the mobile electronic device is determined to be in the steady state and/or the level state; and reducing (840, 940, 1040) a vibration intensity of the vibration prompt and/or a volume of the ringtone prompt when the mobile electronic device is moved.
A travel control device mounted on a vehicle including an electric motor and an internal combustion engine as a power source, the travel control device comprising: a creation unit configured to create a speed profile in which a speed of the vehicle at each time is predicted; an estimation unit configured to estimate a predicted amount of regenerative energy, the regenerative energy being energy that is recoverable by regenerative braking of the electric motor; and a determination unit configured to determine the power source to be used for traveling based on the predicted amount of the regenerative energy, characterized in that the estimation unit is configured to approximate the speed profile with a predetermined approximation model to result in an approximation result and estimate the predicted amount of regenerative energy based on the approximation result. a creation unit configured to create a speed profile in which a speed of the vehicle at each time is predicted; an estimation unit configured to estimate a predicted amount of regenerative energy, the regenerative energy being energy that is recoverable by regenerative braking of the electric motor; and a determination unit configured to determine the power source to be used for traveling based on the predicted amount of the regenerative energy, characterized in that the estimation unit is configured to approximate the speed profile with a predetermined approximation model to result in an approximation result and estimate the predicted amount of regenerative energy based on the approximation result.
A receiver of Global Navigation Satellite Systems, GNSS, positioning signals, comprising: - a plurality of signal processing channels (440, 441) configured for processing signals received from a plurality of satellites (114, 119, 121, 123) in GNSS constellations; - a memory with a first database storing data usable to calculate atmospheric errors/corrections applicable to the receiver; - computer logic configured for determining: o a first parameter indicative of one of a quality of the signals received at the receiver and a precision/confidence interval of a position calculated from an output of the plurality of signal processing channels; o a second parameter indicative of one of a present or predicted quality of the atmospheric corrections/errors and a present or predicted precision/confidence interval of a position calculated from a combination of the output of the plurality of signal processing channels and the atmospheric errors/corrections calculated from the data in the first database; wherein the computer logic is further configured for triggering: i) a first operating mode of not combining the atmospheric errors/corrections calculated from the data in the first database with the output of the signal processing channels when the first parameter is better than the second parameter; ii) a second operating mode of combining the atmospheric corrections calculated from the data in the first database with the output of the signal processing channels when the first parameter is worse than or equal to the second parameter. - a plurality of signal processing channels (440, 441) configured for processing signals received from a plurality of satellites (114, 119, 121, 123) in GNSS constellations; - a memory with a first database storing data usable to calculate atmospheric errors/corrections applicable to the receiver; - computer logic configured for determining: o a first parameter indicative of one of a quality of the signals received at the receiver and a precision/confidence interval of a position calculated from an output of the plurality of signal processing channels; o a second parameter indicative of one of a present or predicted quality of the atmospheric corrections/errors and a present or predicted precision/confidence interval of a position calculated from a combination of the output of the plurality of signal processing channels and the atmospheric errors/corrections calculated from the data in the first database; o a first parameter indicative of one of a quality of the signals received at the receiver and a precision/confidence interval of a position calculated from an output of the plurality of signal processing channels; o a second parameter indicative of one of a present or predicted quality of the atmospheric corrections/errors and a present or predicted precision/confidence interval of a position calculated from a combination of the output of the plurality of signal processing channels and the atmospheric errors/corrections calculated from the data in the first database;
Assembly of a fuel system for a device, coupled to a thermal management system for a heat source, wherein the thermal management system comprises: a fluid coolant; a pump; and a heat exchanger; wherein: the heat exchanger comprises an encapsulated PCM through which the fluid coolant passes; and the fluid coolant is a fuel source for said device. a fluid coolant; a pump; and a heat exchanger; wherein: the heat exchanger comprises an encapsulated PCM through which the fluid coolant passes; and the fluid coolant is a fuel source for said device.
Assembly comprising a cooling circuit, a plurality of in-line power semiconductor modules and at least one capacitor device, wherein a power semiconductor module has a power-electronics switching device and a cooling device, which is capable of carrying a flow, for cooling the switching device, the said cooling device having a cooling volume, at least one cooling face (160, 162) and four connection devices (110, 120, 130, 140) for a cooling liquid, wherein the connection devices (110, 120, 130, 140) are arranged in pairs on main sides (2a/b) of the power semiconductor module, and wherein the power semiconductor modules have their main sides (2a/b) lined up by virtue of corresponding connection devices (110, 120, 130, 140) of successive power semiconductor modules being indirectly or directly connected to one another, and wherein a capacitor device is arranged between at least two successive power semiconductor modules and, for its part, is directly or indirectly cooled by means of the cooling circuit of the assembly, wherein each in-line semiconductor module, having a cuboidal basic shape which has in each case two main sides (2a, 2b), longitudinal sides (3a, 3b) and narrow sides (4a, 4b) situated opposite one another in pairs, with a cooling device which is capable of carrying a flow and is of U-shaped design, a power-electronics switching device which is arranged in the recess of the cooling device which is of U-shaped design, and a housing for covering the power-electronics switching device.
A washing machine comprising: a cabinet; a detergent box (120, 220) detachably coupled into one side of the cabinet; and at least one liquid detergent containing unit (150, 243, 245) provided in the detergent box (120, 220) to move a liquid detergent using a siphon phenomenon, characterized in that the liquid detergent containing unit comprises at least one residual water hole (155a, b; 265a, b) formed through a bottom of the liquid detergent containing unit, and at least one hole insertion part configured to be inserted into the residual water hole, and at least one gap (d1-d4) is defined between the residual water hole and the hole insertion part such that residual water is discharged from the liquid detergent containing unit through the gap. a cabinet; a detergent box (120, 220) detachably coupled into one side of the cabinet; and at least one liquid detergent containing unit (150, 243, 245) provided in the detergent box (120, 220) to move a liquid detergent using a siphon phenomenon, characterized in that the liquid detergent containing unit comprises at least one residual water hole (155a, b; 265a, b) formed through a bottom of the liquid detergent containing unit, and at least one hole insertion part configured to be inserted into the residual water hole, and at least one gap (d1-d4) is defined between the residual water hole and the hole insertion part such that residual water is discharged from the liquid detergent containing unit through the gap.
A method of detecting mutant alleles that alter a repetitive sequence present in a normal allele of a microsatellite locus, the method comprising: forming a set of isolated volumes each containing (i) a primer pair including a forward primer and a reverse primer configured to amplify the normal allele and each of the mutant alleles, (ii) a first probe having a label, and (iii) a second probe having a label, wherein each volume of only a subset of the volumes contains the normal allele, and wherein each volume of a plurality of the volumes contains none of the mutant alleles; generating amplicon using the primer pair; and collecting amplification data from the label of each probe; wherein the strand of the first probe and the strand of the second probe competitively hybridize at a similar efficiency with amplicon corresponding to the normal allele, wherein the strand of the second probe is configured to outcompete the strand of the first probe for hybridization with amplicon corresponding to each of the mutant alleles, and wherein a strand of the first probe, relative to a strand of the second probe, base-pairs with more nucleotides of the repetitive sequence when hybridized with the normal allele. forming a set of isolated volumes each containing (i) a primer pair including a forward primer and a reverse primer configured to amplify the normal allele and each of the mutant alleles, (ii) a first probe having a label, and (iii) a second probe having a label, wherein each volume of only a subset of the volumes contains the normal allele, and wherein each volume of a plurality of the volumes contains none of the mutant alleles; generating amplicon using the primer pair; and collecting amplification data from the label of each probe; wherein the strand of the first probe and the strand of the second probe competitively hybridize at a similar efficiency with amplicon corresponding to the normal allele, wherein the strand of the second probe is configured to outcompete the strand of the first probe for hybridization with amplicon corresponding to each of the mutant alleles, and wherein a strand of the first probe, relative to a strand of the second probe, base-pairs with more nucleotides of the repetitive sequence when hybridized with the normal allele.
Treadable mat, comprising at least one sanitisation portion (10; 110) treadable by a user and provided with sanitisation means suitable to dispense a sanitising substance towards the surface of the user that rests on said sanitisation portion of sanitisation, wherein said sanitisation portion comprises a treadable support surface and wherein said sanitisation means are housed in a sanitisation seat formed in the sanitisation portion below said support surface, said sanitisation means comprising: - at least one tank (22; 120) containing the sanitising substance; - at least one dispensing nozzle (24; 122) in fluidic communication with said tank (22; 120), said dispensing nozzle having an open end on said support surface; - actuator means (30; 130) operable to generate a spray or vaporised or nebulised jet of the sanitising substance in the presence of a sanitisation command signal characterized in that the sanitisation command signal is supplied to the actuator means (30; 130) by a user presence sensor, the treadable mat further comprising at least one carpet support area separated from the at least one sanitisation portion (10; 110). - at least one tank (22; 120) containing the sanitising substance; - at least one dispensing nozzle (24; 122) in fluidic communication with said tank (22; 120), said dispensing nozzle having an open end on said support surface; - actuator means (30; 130) operable to generate a spray or vaporised or nebulised jet of the sanitising substance in the presence of a sanitisation command signal characterized in that the sanitisation command signal is supplied to the actuator means (30; 130) by a user presence sensor, the treadable mat further comprising at least one carpet support area separated from the at least one sanitisation portion (10; 110).