mhurhangee/ep-ind-claims huggingface dataset:
A method for determining substance concentrations in gaseous or fluid media by optical absorption spectroscopy, with 1 to n spectrally selective broadband light sources, in particular LEDs, wherein the light of the broadband light sources is coupled through first optical wave guides into a joint second optical wave guide of a light path and is then guided through a measurement path of a measurement cell (20, 30, 40) with a gaseous or fluid medium to a measurement detector that is also used as a reference detector, wherein the measurement cell (20, 30, 40) is designed as a self-referencing measurement cell (20, 30, 40) in which, to generate a reference signal, the interaction length of the medium to be measured can be changed by way of the effective absorption length of the measurement cell (20, 30, 40) and/or a pressure of a gaseous medium to be measured can be changed, wherein to determine the substance concentrations, the optical system is referenced in that an optical signal characteristic recorded with the measurement detector is demodulated corresponding to the change in the effective absorption length of the measurement cell (20, 30, 40) or the pressure of the gaseous medium, wherein the temporally or locally fluctuating emission characteristic of the broadband light sources is homogenized by a mode coupler in the light path between the second optical wave guide and another optical wave guide in front of the measuring cell (20, 30, 40).
A substantially constant intensity light source (LED array) comprising: functional circuitry, said functional circuitry comprising a switching power supply (CTL, Q1, T1, D7, C7) outputting at least one signal; said signal driving a matrix of LEDs connected in series and parallel and configured for redundancy; and a monitoring circuit, said monitoring circuit comprises a current sense circuit (U3A, RS, R3, C3); wherein said current sense circuit (U3A, RS, R3, C3) includes an amplifier (U3A) and at least one resistor in series with the amplifier input, characterised in that said current sense circuit (U3A, RS, R3, C3) senses the total current of a flyback diode of said switching power supply (CTL, Q1, T1, D7, C7), recovers a dc component of said total current via a low pass filter (R3, C3), and provides feedback control of the at least one signal. functional circuitry, said functional circuitry comprising a switching power supply (CTL, Q1, T1, D7, C7) outputting at least one signal; said signal driving a matrix of LEDs connected in series and parallel and configured for redundancy; and a monitoring circuit, said monitoring circuit comprises a current sense circuit (U3A, RS, R3, C3); wherein said current sense circuit (U3A, RS, R3, C3) includes an amplifier (U3A) and at least one resistor in series with the amplifier input, characterised in that said current sense circuit (U3A, RS, R3, C3) senses the total current of a flyback diode of said switching power supply (CTL, Q1, T1, D7, C7), recovers a dc component of said total current via a low pass filter (R3, C3), and provides feedback control of the at least one signal.
A differential global positioning system, comprising a base station and at least one intelligent device, wherein the base station is configured to set first positioning data thereof when the base station is arranged at a fixed location, and the base station comprises a first signal receiver; wherein the first signal receiver is configured to receive a satellite-based positioning signal sent by a satellite system to obtain second positioning data of the base station, and the base station is configured to obtain differential correction data according to a measurement error between the first positioning data and the second positioning data, and the base station is configured to be in communication connection with at least two intelligent devices to transmit the corresponding differential correction data to the at least two intelligent devices; the differential global positioning system being characterised in that: each intelligent device comprises a shell and a mobile station, wherein the base station is in communication with the intelligent device via the mobile station, and wherein the mobile station is detachably connectable within the shell of the intelligent device such that the mobile station is configurable to obtain location data relating to a current location of the intelligent device when installed in the shell of the intelligent device, and to obtain location data relating to a specific location outside the shell of the intelligent device when the mobile station is located away from the intelligent device.
Anti-cancer vaccine comprising the peptide of SEQ ID No. 1 and the peptide of SEQ ID No. 2 (Vx-001), for its use in a method of treating a tumor expressing telomerase reverse transcriptase (TERT), in an HLA-A*0201 patient, characterized in that it is administered to a patient having a normal level of gamma Glutamine Transferase (gGT) and/or a normal level of lactate dehydrogenase.
A laundry treating apparatus comprising: a cabinet forming an external appearance of the laundry treating apparatus; a support part configured to be withdrawable from the cabinet, the support part comprising a first support plate and a second support plate, the first and second support plates are configured to form a space to support laundry when the first and second support plates are withdrawn from the cabinet and unfolded; a laundry treating unit configured to be withdrawable from the cabinet, the laundry treating unit is configured to supply at least one of heat and moisture to laundry supported by the support part; a hinge unit configured to rotatably couple the first support plate with the second support plate; and a withdrawing unit provided in the cabinet and configured to guide the hinge unit such that the hinge unit can be withdrawn from or introduced into the cabinet vertically. a cabinet forming an external appearance of the laundry treating apparatus; a support part configured to be withdrawable from the cabinet, the support part comprising a first support plate and a second support plate, the first and second support plates are configured to form a space to support laundry when the first and second support plates are withdrawn from the cabinet and unfolded; a laundry treating unit configured to be withdrawable from the cabinet, the laundry treating unit is configured to supply at least one of heat and moisture to laundry supported by the support part; a hinge unit configured to rotatably couple the first support plate with the second support plate; and a withdrawing unit provided in the cabinet and configured to guide the hinge unit such that the hinge unit can be withdrawn from or introduced into the cabinet vertically.
Angle-resolving FMCW radar sensor having a plurality of antenna elements (10, 12, 14, 16) which are arranged at different positions in a direction in which the radar sensor is angle-resolving and form at least three transmitting arrays and at least one receiving array, wherein a transmitting array can consist of an individual antenna element or of a combination of a plurality of antenna elements, and having a control and evaluation device which is designed for a method of operation in which the at least three transmitting arrays periodically transmit signals, the frequency of which is modulated according to a sequence of modulation ramps (44, 46; 52, 54), and in which radar echoes of the transmitted signals are respectively received by a plurality of antenna elements in the at least one receiving array and the angle (θ) of a located object is determined on the basis of amplitude and/or phase relationships between radar echoes corresponding to different combinations of transmitting and receiving arrays, characterized in that a measuring cycle of the radar sensor comprises at least two periods (1, 2, 3, 4) in which there is respectively a change between at least two combinations of transmitting and receiving arrays and there is a change back in further periods, and in that the involved combinations of transmitting and receiving arrays differ from one another for the at least two periods.
A box for installing and wiring electrical devices, comprising a box-like body which is open at the front and is constituted by a rear wall and by side walls that are mutually blended and are adapted to form a receptacle that is open at the front; said side walls comprising an outer edge that is formed on the front free edge of said side walls; said box-like body being adapted to be embedded in a hollow wall constituted by at least one panel provided with an opening; said box further comprising fixing means constituted by discrete members associated with said outer edge and adapted to abut against a surface of a member of said wall at said opening; said discrete members being constituted by a plurality of wings associated with said outer edge and extended substantially at right angles to said outer edge; said wings having front surfaces, said front surfaces forming a plane that is parallel and recessed with respect to a front plane defined by said outer edge; said box being characterized in that it comprises an indicator member that is formed on said outer edge, at each one of said wings, said indicator member allowing to identify the position of said wing during the mounting of the box; said box-like body comprises abutments adapted to score a panel of a wall and to guide the execution of the cut to provide said opening in said panel.
A proximity sensor for sensing the proximity of a target comprising: an electrical component for sensing the proximity of the target, said electrical component having electrical properties that vary with the proximity of the target; an impedance component having a known impedance and a first end connected to a first end of said electrical component; a signal generator connected to a second end of said impedance component for generating an electrical signal for application to the impedance component and electrical component; an analogue-to-digital converter for receiving an electrical signal and for generating a digital voltage signal; a switch having a first end connected to switch alternately between said first end of said impedance component and said second end of said impedance component, and the switch having a second end connected to said analogue-to-digital converter; and a processor connected to the analogue-to-digital converter for receiving a digital voltage signal and for generating a proximity signal, wherein said processor is adapted to control said switch to switch to connect to said first and second ends of said impedance component sequentially. an electrical component for sensing the proximity of the target, said electrical component having electrical properties that vary with the proximity of the target; an impedance component having a known impedance and a first end connected to a first end of said electrical component; a signal generator connected to a second end of said impedance component for generating an electrical signal for application to the impedance component and electrical component; an analogue-to-digital converter for receiving an electrical signal and for generating a digital voltage signal; a switch having a first end connected to switch alternately between said first end of said impedance component and said second end of said impedance component, and the switch having a second end connected to said analogue-to-digital converter; and a processor connected to the analogue-to-digital converter for receiving a digital voltage signal and for generating a proximity signal, wherein said processor is adapted to control said switch to switch to connect to said first and second ends of said impedance component sequentially.
An apparatus for the recovery of an aircraft, comprising a capture device; a first pole pair comprising first top and bottom poles (104', 104") respectively placed near first top and bottom portions of the capture device, wherein the first pole pair is configured to move from a first position, in which the pole pair holds the capture device in an open position to capture the aircraft, to a second position, in which the pole pair holds the capture device in a closed position to contain the captured aircraft after impact of the aircraft on the capture device; a second pole pair comprising second top and bottom poles (104', 104") respectively placed near second top and bottom portions of the capture device, wherein the second pole pair is also configured to move from the first position to the second position; wherein each pole (104', 104") may rotate about the pivot point located at an opposite end of the respective pole (104', 104") from the net; characterized in that energy elements each coupled on one end to a respective top or bottom portion of the capture device and on another end to a respective top or bottom pole (104', 104"), wherein the energy elements are disposed to absorb the force of the impact of the aircraft. a capture device; a first pole pair comprising first top and bottom poles (104', 104") respectively placed near first top and bottom portions of the capture device, wherein the first pole pair is configured to move from a first position, in which the pole pair holds the capture device in an open position to capture the aircraft, to a second position, in which the pole pair holds the capture device in a closed position to contain the captured aircraft after impact of the aircraft on the capture device; a second pole pair comprising second top and bottom poles (104', 104") respectively placed near second top and bottom portions of the capture device, wherein the second pole pair is also configured to move from the first position to the second position; wherein each pole (104', 104") may rotate about the pivot point located at an opposite end of the respective pole (104', 104") from the net; characterized in that energy elements each coupled on one end to a respective top or bottom portion of the capture device and on another end to a respective top or bottom pole (104', 104"), wherein the energy elements are disposed to absorb the force of the impact of the aircraft.
A method for text to speech, comprising: Acquiring TTS tasks to be processed and software identifiers corresponding to the TTS tasks, on a terminal device; determining a current scene of the terminal device; determining priorities corresponding to the software identifiers in the current scene; acquiring a sorting result by sorting the TTS tasks based on the priorities corresponding to the software identifiers; and executing the TTS tasks based on the sorting result, wherein determining the priorities corresponding to the software identifiers in the current scene comprises: acquiring a priority list corresponding to the current scene; and acquiring the priorities corresponding to the software identifiers from the priority list; wherein, the priority list comprises a software identifier of each software and a corresponding priority on the terminal device in the current scene. Acquiring TTS tasks to be processed and software identifiers corresponding to the TTS tasks, on a terminal device; determining a current scene of the terminal device; determining priorities corresponding to the software identifiers in the current scene; acquiring a sorting result by sorting the TTS tasks based on the priorities corresponding to the software identifiers; and executing the TTS tasks based on the sorting result, wherein determining the priorities corresponding to the software identifiers in the current scene comprises: acquiring a priority list corresponding to the current scene; and acquiring the priorities corresponding to the software identifiers from the priority list; wherein, the priority list comprises a software identifier of each software and a corresponding priority on the terminal device in the current scene. acquiring a priority list corresponding to the current scene; and acquiring the priorities corresponding to the software identifiers from the priority list; wherein, the priority list comprises a software identifier of each software and a corresponding priority on the terminal device in the current scene.
A computer implemented method for converting an input computer program into an output computer program achieving a target global accuracy, said input computer program including mathematical functions applied to floating-point variables and the target global accuracy corresponding to a bound on a global error due to mathematical functions approximations and/or to floating-point rounding errors, said method comprising: - receiving a target internal accuracy for each mathematical function included in the input computer program, wherein the target internal accuracies correspond to respective bounds on internal errors of the mathematical functions, required to achieve the target global accuracy, - analyzing the input computer program to determine a dependency graph describing dependencies between mathematical functions calls, wherein the method further comprises processing the mathematical functions according to the dependency graph, wherein said processing comprises, for each processed mathematical function: - using a value range determination tool to produce a value range for each variable of the processed mathematical function, based on each synthesized mathematical function obtained for a mathematical function on which the processed mathematical function depends according to the dependency graph, - using a synthesis tool to produce a synthesized mathematical function having the target internal accuracy for the processed mathematical function, based on the value range for each variable of the processed mathematical function, wherein the method further comprises generating the output computer program by replacing, in the input computer program, each mathematical function call by a call to its corresponding synthesized mathematical function. - receiving a target internal accuracy for each mathematical function included in the input computer program, wherein the target internal accuracies correspond to respective bounds on internal errors of the mathematical functions, required to achieve the target global accuracy, - analyzing the input computer program to determine a dependency graph describing dependencies between mathematical functions calls, - using a value range determination tool to produce a value range for each variable of the processed mathematical function, based on each synthesized mathematical function obtained for a mathematical function on which the processed mathematical function depends according to the dependency graph, - using a synthesis tool to produce a synthesized mathematical function having the target internal accuracy for the processed mathematical function, based on the value range for each variable of the processed mathematical function,
A process for purifying a bacterial capsular polysaccharide, comprising the steps of (a) precipitation of the polysaccharide, (b) solubilisation of the precipitated polysaccharide using an alcohol, (c) treating the polysaccharide obtained in step (b) to remove contaminants using one or more steps of size filtration or ultrafiltration, then (d) precipitating the polysaccharide obtained in step (c) by exchanging cations, wherein step (a) uses one or more cationic detergents that have the following general formula: wherein: R 1, R 2 and R 3 are the same or different and each signifies alkyl or aryl; or R 1 and R 2 together with the nitrogen atom to which these are attached form a 5- or 6-membered saturated heterocyclic ring, and R 3 signifies alkyl or aryl; or R 1, R 2 and R 3 together with the nitrogen atom to which these are attached form a 5- or 6-membered heterocyclic ring, unsaturated at the nitrogen atom, R 4 signifies alkyl or aryl, and X - signifies an anion. wherein: R 1, R 2 and R 3 are the same or different and each signifies alkyl or aryl; or R 1 and R 2 together with the nitrogen atom to which these are attached form a 5- or 6-membered saturated heterocyclic ring, and R 3 signifies alkyl or aryl; or R 1, R 2 and R 3 together with the nitrogen atom to which these are attached form a 5- or 6-membered heterocyclic ring, unsaturated at the nitrogen atom, R 4 signifies alkyl or aryl, and X - signifies an anion.
A replication-deficient adenoviral vector comprising a chimeric hexon protein and (a) a nucleic acid sequence comprising SEQ ID NO: 7, which encodes a serotype DV1 Dengue virus pre-membrane and envelope fusion protein, (b) a nucleic acid sequence comprising SEQ ID NO: 8, which encodes a serotype DV2 Dengue virus pre-membrane and envelope fusion protein, (c) a nucleic acid sequence comprising SEQ ID NO: 9, which encodes a serotype DV3 Dengue virus pre-membrane and envelope fusion protein, and (d) a nucleic acid sequence comprising SEQ ID NO: 10, which encodes a serotype DV4 Dengue virus pre-membrane and envelope fusion protein. (a) a nucleic acid sequence comprising SEQ ID NO: 7, which encodes a serotype DV1 Dengue virus pre-membrane and envelope fusion protein, (b) a nucleic acid sequence comprising SEQ ID NO: 8, which encodes a serotype DV2 Dengue virus pre-membrane and envelope fusion protein, (c) a nucleic acid sequence comprising SEQ ID NO: 9, which encodes a serotype DV3 Dengue virus pre-membrane and envelope fusion protein, and (d) a nucleic acid sequence comprising SEQ ID NO: 10, which encodes a serotype DV4 Dengue virus pre-membrane and envelope fusion protein.
An expansion joint configured so as to be installable between a steam turbine outlet and a condenser inlet, the expansion joint comprising: an inner metal cylinder that has one end secured to an upstream fixing end and the other end as a first free end, and that forms a steam channel; an outer metal cylinder that has one end secured to a downstream fixed end and the other end as a second free end, the second free end being movable relative to the inner metal cylinder at a radial outside of the first free end; a flexible cylinder that is formed of a non-metal material using a resin sheet (27,28,29,30) and that is deformable while airtightly surrounding an outer portion of the inner metal cylinder and an outer portion of the outer metal cylinder; and a filling member that fills a space between the inner metal cylinder and the flexible cylinder, wherein a space is formed between the first free end and the second free end, characterized in that a seal member is provided in the space and is placed to fill the space between the first free end and the second free end. an inner metal cylinder that has one end secured to an upstream fixing end and the other end as a first free end, and that forms a steam channel; an outer metal cylinder that has one end secured to a downstream fixed end and the other end as a second free end, the second free end being movable relative to the inner metal cylinder at a radial outside of the first free end; a flexible cylinder that is formed of a non-metal material using a resin sheet (27,28,29,30) and that is deformable while airtightly surrounding an outer portion of the inner metal cylinder and an outer portion of the outer metal cylinder; and a filling member that fills a space between the inner metal cylinder and the flexible cylinder, wherein a space is formed between the first free end and the second free end, characterized in that a seal member is provided in the space and is placed to fill the space between the first free end and the second free end.