mhurhangee/patent-ind-claim-en huggingface dataset:
Method for authenticating a user, comprising the steps of: - transmitting a network authentication of a user provided by an authentication medium from a mobile terminal of the user to a back-end server of a wireless network requiring authentication; - connecting the mobile terminal to the wireless network; - starting, by the user, of a software application on the mobile terminal that requires authentication with respect to an application server accessible via the wireless network; - transmitting an authentication request from the application server to the started software application after starting the software application and forwarding the authentication request from the started software application to the back-end server ; - transmitting an authentication request from the back-end server to the started software application and transmitting the network authentication of the user from the started software application to the back-end server ; - transmitting an application authentication of the user from the back-end server of the wireless network to the application server , which application authentication comprises access data that is freely selected by the user, avoids name conflicts, is assigned to the started software application and is stored on the back-end server . - transmitting a network authentication of a user provided by an authentication medium from a mobile terminal of the user to a back-end server of a wireless network requiring authentication; - connecting the mobile terminal to the wireless network; - starting, by the user, of a software application on the mobile terminal that requires authentication with respect to an application server accessible via the wireless network; - transmitting an authentication request from the application server to the started software application after starting the software application and forwarding the authentication request from the started software application to the back-end server ; - transmitting an authentication request from the back-end server to the started software application and transmitting the network authentication of the user from the started software application to the back-end server ; - transmitting an application authentication of the user from the back-end server of the wireless network to the application server , which application authentication comprises access data that is freely selected by the user, avoids name conflicts, is assigned to the started software application and is stored on the back-end server .
A device comprising: a mouthpiece sized and configured to fit into a mouth of a human, the mouthpiece including a first U-shaped channel; and a plurality of electrodes being electrically coupled to a controller and being supported by the mouthpiece , each electrode comprising one of an anodic electrode and a cathodic electrode, at least one electrode being disposed on a first surface of the channel and a second electrode being disposed on a second surface of the channel, the first surface and the second surface being separated by a width of a top surface or a bottom surface of a bite plane ; wherein the mouthpiece comprises an encapsulant encasing a flex circuit ; each electrode having a distal end coated with an electrically conductive polymer and electrically coupled to a connector through the flex circuit ; and each electrode is selectively programmable as an anode or a cathode by the controller separate and apart from any other electrode on the mouthpiece . a mouthpiece sized and configured to fit into a mouth of a human, the mouthpiece including a first U-shaped channel; and a plurality of electrodes being electrically coupled to a controller and being supported by the mouthpiece , each electrode comprising one of an anodic electrode and a cathodic electrode, at least one electrode being disposed on a first surface of the channel and a second electrode being disposed on a second surface of the channel, the first surface and the second surface being separated by a width of a top surface or a bottom surface of a bite plane ; wherein the mouthpiece comprises an encapsulant encasing a flex circuit ; each electrode having a distal end coated with an electrically conductive polymer and electrically coupled to a connector through the flex circuit ; and each electrode is selectively programmable as an anode or a cathode by the controller separate and apart from any other electrode on the mouthpiece .
A particulate mixture for forming 3-dimensional objects when exposed to visible light, the mixture comprising: a liquid photopolymer formulation; and a plurality of particles; wherein the particles are selected from: sand; a mixture of sand and glass; metal; ceramic; or a mixture of metal and ceramic; wherein the photopolymer formulation comprises: at least one monomeric or oligomeric chemical species each comprising at least one carbon-carbon double bond which is polymerisable by free radical polymerisation present in a total amount of from 40 to 98% by weight; at least one organometallic or metallocene photoinitiator present in a total amount of from 0.1 to 10% by weight; at least one coinitiator present in a total amount of from 0.5 to 20% by weight; and wherein the components of the photopolymer formulation are selected such that the viscosity of the photopolymer formulation is greater than 800 mPa.s (800 cPs). a liquid photopolymer formulation; and a plurality of particles; wherein the particles are selected from: sand; a mixture of sand and glass; metal; ceramic; or a mixture of metal and ceramic; at least one monomeric or oligomeric chemical species each comprising at least one carbon-carbon double bond which is polymerisable by free radical polymerisation present in a total amount of from 40 to 98% by weight; at least one organometallic or metallocene photoinitiator present in a total amount of from 0.1 to 10% by weight; at least one coinitiator present in a total amount of from 0.5 to 20% by weight; and
A method of resource adaptation for wireless communications using a bursty transmission pattern, comprising: determining that a user equipment, UE, is operating in a transition state; transmitting , using a first numerology including a first number of symbols per slot, a first transmission having a first ratio of reference signal symbols to data symbols, for at least one transition slot while the UE is operating in the transition state; adapting the first numerology, in a subsequent slot after the transition state, to a second scaled numerology including a second number of symbols per slot, according to a defined adaptation schedule; and transmitting , using the second scaled numerology, a second transmission having a second ratio of reference signal symbols to data symbols, in the subsequent slot , wherein the first ratio is greater than the second ratio. determining that a user equipment, UE, is operating in a transition state; transmitting , using a first numerology including a first number of symbols per slot, a first transmission having a first ratio of reference signal symbols to data symbols, for at least one transition slot while the UE is operating in the transition state; adapting the first numerology, in a subsequent slot after the transition state, to a second scaled numerology including a second number of symbols per slot, according to a defined adaptation schedule; and transmitting , using the second scaled numerology, a second transmission having a second ratio of reference signal symbols to data symbols, in the subsequent slot , wherein the first ratio is greater than the second ratio.
Method for calibrating a spectroradiometer , comprising the following method steps: - recording light measurement data by measuring the radiation from at least one standard light source by means of the spectroradiometer to be calibrated, - deriving calibration data from the light measurement data by comparing the recorded light measurement data with known data of the standard light source , and - calibrating the spectroradiometer in accordance with the calibration data, wherein - the standard light source is calibrated on the basis of one or more industry-standard light sources , at the latest after expiry of a predetermined time interval, characterised in that the validity, i.e. the usability, of the standard light source for the calibration is checked by virtue of - the light measurement data of the standard light source being compared to light measurement data of one or more further standard light sources of the same type, wherein the validity of the standard light source is determined if the deviations of the light measurement data of the standard light sources from one another lie below predetermined thresholds, and wherein otherwise the standard light source is calibrated earlier, i.e. before expiry of the predetermined time interval. - recording light measurement data by measuring the radiation from at least one standard light source by means of the spectroradiometer to be calibrated, - deriving calibration data from the light measurement data by comparing the recorded light measurement data with known data of the standard light source , and - calibrating the spectroradiometer in accordance with the calibration data, wherein - the standard light source is calibrated on the basis of one or more industry-standard light sources , at the latest after expiry of a predetermined time interval, - the light measurement data of the standard light source being compared to light measurement data of one or more further standard light sources of the same type, wherein the validity of the standard light source is determined if the deviations of the light measurement data of the standard light sources from one another lie below predetermined thresholds, and wherein otherwise the standard light source is calibrated earlier, i.e. before expiry of the predetermined time interval.
A method for producing phosphorus pentafluoride, comprising mixing and reacting phosphorus trichloride and chlorine with a large excess of anhydrous hydrogen fluoride liquid, thereby producing phosphorus pentafluoride, wherein a reaction temperature when mixing hydrogen fluoride with phosphorus trichloride and chlorine, thereby producing phosphorus pentafluoride, is -10 to 19°C, the amount of anhydrous hydrogen fluoride is 80 moles or more, with respect to 1 mole of phosphorus trichloride that is mixed with the hydrogen fluoride, and hydrogen fluoride in an amount corresponding to a decrease in a height of a liquid surface of the anhydrous hydrogen fluoride is supplied while heat of reaction generated through the production of phosphorus pentafluoride is removed with latent heat of evaporation of hydrogen fluoride. wherein a reaction temperature when mixing hydrogen fluoride with phosphorus trichloride and chlorine, thereby producing phosphorus pentafluoride, is -10 to 19°C, the amount of anhydrous hydrogen fluoride is 80 moles or more, with respect to 1 mole of phosphorus trichloride that is mixed with the hydrogen fluoride, and hydrogen fluoride in an amount corresponding to a decrease in a height of a liquid surface of the anhydrous hydrogen fluoride is supplied while heat of reaction generated through the production of phosphorus pentafluoride is removed with latent heat of evaporation of hydrogen fluoride.
Primers for bacteria detection in DNA isolated from blood of septic and bacteremia patients with the use of nested polymerase chain reaction (nested PCR) characterized in that these are composed of oligonucleotides of the following sequence: F 5' - ACGGCCNNRACTCCTAC - 3' R 5' - TTACGGNNTGGACTACHV - 3' F 5' - ACGGCCNNRACTCCTAC - 3' R 5' - TTACGGNNTGGACTACHV - 3'
A printing apparatus comprising: a printing unit configured to print received information on a recording sheet; a power supply including a rechargeable battery ; a knock dial , electrically connected to the printing unit , and configured to input information to the printing unit when operated by an operator; and a charger ,electrically connected to the knock dial , and configured to charge the rechargeable battery , wherein the printing apparatus has a columnar shape having a first end, and a second end opposite the first end, along a longitudinal direction thereof, and wherein the printing unit , the knock dial , the power supply , and the charger are arranged in this order from the first end towards the second end of the columnar shape. a printing unit configured to print received information on a recording sheet; a power supply including a rechargeable battery ; a knock dial , electrically connected to the printing unit , and configured to input information to the printing unit when operated by an operator; and a charger ,electrically connected to the knock dial , and configured to charge the rechargeable battery , wherein the printing apparatus has a columnar shape having a first end, and a second end opposite the first end, along a longitudinal direction thereof, and wherein the printing unit , the knock dial , the power supply , and the charger are arranged in this order from the first end towards the second end of the columnar shape.
A lubricant composition comprising, with respect to the total weight of the lubricating composition: - at least one base oil, - from 0.05 to 3% by weight of at least one organomolybdenum compound, - from 0.1 to 5% by weight of at least one compound comprising a dithiophosphate group, and - from 0.1 to 5% by weight of at least one fatty triamine. - at least one base oil, - from 0.05 to 3% by weight of at least one organomolybdenum compound, - from 0.1 to 5% by weight of at least one compound comprising a dithiophosphate group, and - from 0.1 to 5% by weight of at least one fatty triamine.
A cocoa composition, characterized in that it comprises a sunflower seed powder in an amount of 5 to 30 % by weight based on total weight of the cocoa composition, wherein the cocoa composition is a chocolate composition comprising at least 30% by weight sucrose, at least 30% by weight cocoa solids, and less than 5% by weight of milk solids.
A braking system for a support member of a reel (B), e.g. a reel of paper in a machine for producing cardboard or corrugated cardboard, wherein said braking system comprises a motor-generator device and a mechanical brake device arranged coaxially, characterised in that said mechanical brake device is an air brake, comprising: - a detection device configured to detect, in real time, the tension applied to the paper unwound from a reel (B); - an electro-pneumatic converter operatively connected to said detection device , the electro-pneumatic converter being configured to regulate the air pressure to be sent to said mechanical brake device according to a preset braking torque value (CL) to be supplied; - at least one pneumatic line connected to said electro-pneumatic converter and to said mechanical brake device ; - a pressure transducer connected, by means of a shunt (15"), to said at least one pneumatic line and to a command and control unit , wherein said command and control unit calculates a splitting of the preset braking torque (CL) to be supplied between a braking torque (CF) of the mechanical brake device and a braking torque (CM) of the motor-generator device according to the pressure detected by the pressure transducer and it commands the braking torque (CM) of the motor-generator device according to said calculation. - a detection device configured to detect, in real time, the tension applied to the paper unwound from a reel (B); - an electro-pneumatic converter operatively connected to said detection device , the electro-pneumatic converter being configured to regulate the air pressure to be sent to said mechanical brake device according to a preset braking torque value (CL) to be supplied; - at least one pneumatic line connected to said electro-pneumatic converter and to said mechanical brake device ; - a pressure transducer connected, by means of a shunt (15"), to said at least one pneumatic line and to a command and control unit , wherein said command and control unit calculates a splitting of the preset braking torque (CL) to be supplied between a braking torque (CF) of the mechanical brake device and a braking torque (CM) of the motor-generator device according to the pressure detected by the pressure transducer and it commands the braking torque (CM) of the motor-generator device according to said calculation.
Process for the production of an insulating material, where a plant-derived starting material comprising natural cavities is treated with a hydrophobizing agent, then the treated starting material is dried and the dried hydrophobized starting material is bound by an aqueous binder, where a. the binder prior to mixing with the hydrophobized dried starting material, or else the entire mixed composition made of binder and of hydrophobized starting material, is stirred/beaten to give a foam by folding-in of a gaseous fluid, and/or b. in order to form a foam, a pore-former, in particular an additive that forms gas bubbles, is added to the binder before mixing with the hydrophobized dried starting material, or else is added to the entire mixed composition, characterized in that c. the starting material is formed by a plant component comprising parenchymatic tissue, and during the treatment the cavity walls are wetted by hydrophobizing agent but complete filling of the cavities by hydrophobizing agent is avoided. a. the binder prior to mixing with the hydrophobized dried starting material, or else the entire mixed composition made of binder and of hydrophobized starting material, is stirred/beaten to give a foam by folding-in of a gaseous fluid, and/or b. in order to form a foam, a pore-former, in particular an additive that forms gas bubbles, is added to the binder before mixing with the hydrophobized dried starting material, or else is added to the entire mixed composition, characterized in that c. the starting material is formed by a plant component comprising parenchymatic tissue, and during the treatment the cavity walls are wetted by hydrophobizing agent but complete filling of the cavities by hydrophobizing agent is avoided.
An automated safety system of an industrial facility including a plurality of sensors for taking measurements of an industrial process, a plurality of actuators for executing operations which depend on measurement signals delivered by said sensors , at least one first treatment line and at least one second treatment line linking the sensors and the actuators , the first treatment line includes at least one first treatment unit implementing a first technology whereas the second treatment line includes at least one second treatment unit implementing a second technology different from the first technology so as to provide a partial redundancy of at least one critical safety function of the industrial facility, characterised in that it includes at least one independent testing module of said first and second treatment lines adapted to substitute test signals for the measurement signals delivered by the sensors , and to compare the responses delivered at the outputs and , respectively of the first and second treatment units and , with pre-registered standard signals.
A method for providing to a communication service, CS, node user plane timing information, the method comprising: receiving (s202), at a service center, SC , a first bearer request message requesting activation of a Multimedia Broadcast Multicast Service, MBMS, bearer, wherein the first bearer request message was transmitted by the communication service node; and the method wherein: after receiving the first bearer request message , performing a process comprising: determining (s204), by the SC, a data transfer start time and a data transfer stop time for the bearer, and the SC sending (s206) to the CS node a first message comprising information specifying the determined data transfer start time and the data transfer stop time.
An in vitro or ex vivo method of expanding cells, comprising incubating an input composition, said input composition comprising cells expressing a chimeric antigen receptor comprising an extracellular antigen-binding domain that specifically binds or recognizes an antigen, with a plurality of particles that are or comprise beads, wherein the plurality of particles comprise a mean diameter of between or between about 2 μm and 5 μm and have attached a binding molecule that specifically binds to or recognizes the antigen-binding domain, wherein: the antigen is CD19; the binding molecule is an anti-idiotypic antibody or antigen-binding fragment thereof that specifically binds to the antigen binding domain; and binding of the binding molecule to the antigen-binding domain induces expansion of the cells comprising the chimeric antigen receptor, thereby producing an output composition comprising expanded cells. the antigen is CD19; the binding molecule is an anti-idiotypic antibody or antigen-binding fragment thereof that specifically binds to the antigen binding domain; and binding of the binding molecule to the antigen-binding domain induces expansion of the cells comprising the chimeric antigen receptor, thereby producing an output composition comprising expanded cells.
A train monitoring system comprising a train monitoring device that is mountable on a train (T) and comprises a plurality of cameras (C01, C02, C11~C14, C21~C24) for imaging around the train (T) from different sides, wherein the train monitoring device includes a control unit that is configured to: when the train (T) stops at a station, select one of the plurality of cameras (C01, C02, C11~C14, C21~C24) as a rear imaging camera for imaging a rear side in a traveling direction of the train (T); after the train (T) departs from the station, acquire image data imaged by the rear imaging camera; and transmit the image data to the outside, characterized in that : the train monitoring device includes a speed recognition unit configured to recognize a speed of the train (T), and in the train monitoring device , the control unit is configured to start imaging with the rear imaging camera (C02, C23) when the speed recognized by the speed recognition unit reaches a first preset speed, and stop the imaging by the rear imaging camera when the speed reaches a second preset speed higher than the first preset speed and acquires the image data. when the train (T) stops at a station, select one of the plurality of cameras (C01, C02, C11~C14, C21~C24) as a rear imaging camera for imaging a rear side in a traveling direction of the train (T); after the train (T) departs from the station, acquire image data imaged by the rear imaging camera; and transmit the image data to the outside, characterized in that : the train monitoring device includes a speed recognition unit configured to recognize a speed of the train (T), and in the train monitoring device , the control unit is configured to start imaging with the rear imaging camera (C02, C23) when the speed recognized by the speed recognition unit reaches a first preset speed, and stop the imaging by the rear imaging camera when the speed reaches a second preset speed higher than the first preset speed and acquires the image data. the train monitoring device includes a speed recognition unit configured to recognize a speed of the train (T), and in the train monitoring device , the control unit is configured to start imaging with the rear imaging camera (C02, C23) when the speed recognized by the speed recognition unit reaches a first preset speed, and stop the imaging by the rear imaging camera when the speed reaches a second preset speed higher than the first preset speed and acquires the image data.