mhurhangee/ep-ind-claims huggingface dataset:
A wheel loader comprising: an engine; a hydraulic pump driven by the engine; a work implement having a bucket and driven by hydraulic fluid discharged from the hydraulic pump; traveling wheels (4a, 4b) driven by the engine; a travel drive device having a torque converter and a transmission, and transmitting driving power from the engine to the traveling wheels (4a, 4b); a level selecting unit for selecting a tractive force level when a velocity stage of the transmission is a first velocity, from among a plurality of levels including at least a first level and a second level; and a control unit for controlling the engine; characterized in that the control unit is configured to control the engine on the basis of a first tractive force characteristic (PLevel1, ELevel1) that prescribes a relationship between a vehicle speed and a tractive force of the wheel loader, when the velocity stage of the transmission is the first velocity and the first level is selected; and control the engine on the basis of a second tractive force characteristic (PLevel2, ELevel2) having a tractive force reduced more than that of the first tractive force characteristic (PLevel1, ELevel1), when the velocity stage of the transmission is the first velocity and the second level is selected wherein a difference between the tractive force of the first level and the tractive force of the second level decreases in correspondence with a decrease in the vehicle speed. an engine; a hydraulic pump driven by the engine; a work implement having a bucket and driven by hydraulic fluid discharged from the hydraulic pump; traveling wheels (4a, 4b) driven by the engine; a travel drive device having a torque converter and a transmission, and transmitting driving power from the engine to the traveling wheels (4a, 4b); a level selecting unit for selecting a tractive force level when a velocity stage of the transmission is a first velocity, from among a plurality of levels including at least a first level and a second level; and a control unit for controlling the engine; characterized in that the control unit is configured to control the engine on the basis of a first tractive force characteristic (PLevel1, ELevel1) that prescribes a relationship between a vehicle speed and a tractive force of the wheel loader, when the velocity stage of the transmission is the first velocity and the first level is selected; and control the engine on the basis of a second tractive force characteristic (PLevel2, ELevel2) having a tractive force reduced more than that of the first tractive force characteristic (PLevel1, ELevel1), when the velocity stage of the transmission is the first velocity and the second level is selected wherein a difference between the tractive force of the first level and the tractive force of the second level decreases in correspondence with a decrease in the vehicle speed.
An antibody that binds human CD3 which antibody comprises a heavy chain and light chain wherein said heavy chain comprises a variable region that comprises the amino acid sequence: with 0-5 amino acid substitutions at one or more positions other than the position indicated by X 1 X 2 and other than the CDR regions; wherein X 1 = N and X 2 = A; X 1 = N and X 2 = T; X 1 = H and X 2 = G; X 1 = D and X 2 = G; or X 1 = H and X 2 = A; and said light chain comprises the O12/IgVκ1-39 light chain variable region of figure 23A with 0-5 amino acid substitutions. X 1 = N and X 2 = A; X 1 = N and X 2 = T; X 1 = H and X 2 = G; X 1 = D and X 2 = G; or X 1 = H and X 2 = A; and said light chain comprises the O12/IgVκ1-39 light chain variable region of figure 23A with 0-5 amino acid substitutions.
An equipment control apparatus for a vehicle, comprising: an imparting section that imparts, via a steering wheel that contacts a vehicle occupant, a stimulus that the vehicle occupant can feel by a somatic sensation; a detecting section (22; 30) that detects a state of contact of the vehicle occupant with the steering wheel; and a control section that controls driving of the imparting section so as to impart, to the vehicle occupant, a stimulus of a strength that is determined in advance in accordance with the state of contact detected by the detecting section (22; 30), wherein the detecting section detects, as the state of contact, electrostatic capacity between the vehicle occupant and the steering wheel, and wherein the control section controls driving of the imparting section so as to impart, to the vehicle occupant, a stimulus whose strength is greater, the greater the electrostatic capacity detected by the detecting section (22; 30). an imparting section that imparts, via a steering wheel that contacts a vehicle occupant, a stimulus that the vehicle occupant can feel by a somatic sensation; a detecting section (22; 30) that detects a state of contact of the vehicle occupant with the steering wheel; and a control section that controls driving of the imparting section so as to impart, to the vehicle occupant, a stimulus of a strength that is determined in advance in accordance with the state of contact detected by the detecting section (22; 30), wherein the detecting section detects, as the state of contact, electrostatic capacity between the vehicle occupant and the steering wheel, and wherein the control section controls driving of the imparting section so as to impart, to the vehicle occupant, a stimulus whose strength is greater, the greater the electrostatic capacity detected by the detecting section (22; 30).
A vortex thruster system, comprising: a catalyst bed configured to decompose a monopropellant delivered to the catalyst bed; a first valve for controlling delivery of the monopropellant at a first flow rate into the catalyst bed to transform the monopropellant into a decomposed monopropellant; and a vortex combustion chamber in fluid communication with the catalyst bed and configured to receive the decomposed monopropellant from the catalyst bed, the decomposed monopropellant assisting with creating a first thrust level, the system being characterised in that the vortex combustion chamber includes at least one side injection port positioned proximate to a sidewall of the vortex combustion chamber and configured to deliver a first amount of the decomposed monopropellant into the vortex combustion chamber in a direction that is approximately tangent to the sidewall, and and in that the vortex combustion chamber includes a proximal injection port positioned proximate to a proximal end of the vortex combustion chamber and configured to deliver a second amount of the decomposed monopropellant into a center area of the vortex combustion chamber. a catalyst bed configured to decompose a monopropellant delivered to the catalyst bed; a first valve for controlling delivery of the monopropellant at a first flow rate into the catalyst bed to transform the monopropellant into a decomposed monopropellant; and a vortex combustion chamber in fluid communication with the catalyst bed and configured to receive the decomposed monopropellant from the catalyst bed, the decomposed monopropellant assisting with creating a first thrust level, the system being characterised in that the vortex combustion chamber includes at least one side injection port positioned proximate to a sidewall of the vortex combustion chamber and configured to deliver a first amount of the decomposed monopropellant into the vortex combustion chamber in a direction that is approximately tangent to the sidewall, and and in that the vortex combustion chamber includes a proximal injection port positioned proximate to a proximal end of the vortex combustion chamber and configured to deliver a second amount of the decomposed monopropellant into a center area of the vortex combustion chamber.
Monitoring device for a laser beam, comprising a body provided as an optical waveguide in the form of a hollow profile with a through-aperture, and a light-sensitive sensor mounted on a peripheral surface of the body, wherein the laser beam is guidable via the through-aperture, and wherein the impact of the laser beam on the body is recordable by means of the sensor.
A wideband quarter-wave impedance transformer, comprising: a quarter-wave impedance transformer having an input end coupled to an input impedance (Z IN) and an output end coupled to an output impedance (Z OUT); and a compensation circuitry connected in parallel with the quarter-wave impedance transformer at a low-impedance end of the quarter-wave impedance transformer, wherein the low-impedance end corresponds to the input end of the quarter-wave impedance transformer, the compensation circuitry configured to reduce a total quality factor of the wideband quarter-wave impedance transformer as compared to a quality factor of the quarter-wave impedance transformer, the compensation circuitry comprising two open stubs (114, 116) configured to form a parallel-tuned circuit, or a lumped element equivalent circuit for two open stubs (114, 116), connected in parallel to the quarter-wave impedance transformer only at the low-impedance end of the quarter-wave impedance transformer so that a total quality factor of the two open stubs is equal to the quality factor of the quarter-wave impedance transformer. a quarter-wave impedance transformer having an input end coupled to an input impedance (Z IN) and an output end coupled to an output impedance (Z OUT); and a compensation circuitry connected in parallel with the quarter-wave impedance transformer at a low-impedance end of the quarter-wave impedance transformer, wherein the low-impedance end corresponds to the input end of the quarter-wave impedance transformer, the compensation circuitry configured to reduce a total quality factor of the wideband quarter-wave impedance transformer as compared to a quality factor of the quarter-wave impedance transformer, the compensation circuitry comprising two open stubs (114, 116) configured to form a parallel-tuned circuit, or a lumped element equivalent circuit for two open stubs (114, 116), connected in parallel to the quarter-wave impedance transformer only at the low-impedance end of the quarter-wave impedance transformer so that a total quality factor of the two open stubs is equal to the quality factor of the quarter-wave impedance transformer.
A method for improving sleep quality, which comprises consistently measuring a pressure applied by a user by means of various sensors controlling various regions of a mattress, characterized in that it comprises the steps of: - calculating a sleep quality index for at least one night based on prominent movements of the user detected by the sensors throughout the night, where a score is assigned to each detected prominent movement depending on the time of night at which it occurs; - calculating a weight factor for each region of the mattress comprising the steps of: ∘ calculating the mean pressure measured by each sensor throughout the night; ∘ calculating the difference between the mean pressure measured by each sensor and the pressure measured by that sensor when there is no user on the mattress; ∘ calculating the mean pressure difference for each region of the mattress; - comparing the weight factor with a reference value; - if the weight factor is greater than the reference value, giving an indication for a support level in that location to be reduced; whereas if the weight factor is less than the reference value, giving an indication for the support level to be increased; - increasing or reducing the support level in each location depending on the comparison of the weight factor with the reference value. - calculating a sleep quality index for at least one night based on prominent movements of the user detected by the sensors throughout the night, where a score is assigned to each detected prominent movement depending on the time of night at which it occurs; - calculating a weight factor for each region of the mattress comprising the steps of: ∘ calculating the mean pressure measured by each sensor throughout the night; ∘ calculating the difference between the mean pressure measured by each sensor and the pressure measured by that sensor when there is no user on the mattress; ∘ calculating the mean pressure difference for each region of the mattress; ∘ calculating the mean pressure measured by each sensor throughout the night; ∘ calculating the difference between the mean pressure measured by each sensor and the pressure measured by that sensor when there is no user on the mattress; ∘ calculating the mean pressure difference for each region of the mattress; - comparing the weight factor with a reference value; - if the weight factor is greater than the reference value, giving an indication for a support level in that location to be reduced; whereas if the weight factor is less than the reference value, giving an indication for the support level to be increased; - increasing or reducing the support level in each location depending on the comparison of the weight factor with the reference value.
A feedwater degasifier comprising a degasifier with a connected feedwater tank, which can be incorporated in the water/steam cycle of a solar thermal power station having a heat transfer medium circuit with an assigned water/steam cycle, characterized in that the feedwater tank is assigned at least one additional evaporator configured as a natural-circulation evaporator heated with thermal oil, comprising a line connection on the water side to the feedwater region filled with feedwater of the feedwater tank and a line connection on the steam side to the steam region of the feedwater tank formed above the feedwater region, and which can be heated and/or is heated by means of a subflow of the heat transfer medium thermal oil of the heat transfer medium circuit branched off from the heat transfer medium circuit, wherein the combination of degasifier, feedwater tank and additional evaporator provides auxiliary steam in a massflow bandwidth of 0.22 to 5 kg of steam/s for the water/steam cycle in a controllable way.
Container, in particular wide-necked container manufactured preferably from plastic, comprising: a threaded connecting piece with an opening, which is able to be closed with a screw cap manufactured preferably from plastic, wherein detent elements protruding radially to the outside are formed on the threaded connecting piece, which detent elements in a closed position of the screw cap grip behind detent elements protruding radially to the inside on a tamper indicating band connected via predetermined breaking points to the screw cap, wherein the detent elements are formed on the threaded connecting piece such as to be elastically resilient and/or are connected in an elastically resilient manner to the threaded connecting piece, in order to facilitate a guiding of the detent elements of the tamper indicating band past the detent elements of the threaded connecting piece when the screw cap is screwed on for the first time, characterised in that the detent elements on the threaded connecting piece can be moved at least partially in an elastically resilient manner radially to the inside behind the thread flanks of the threaded connecting piece. a threaded connecting piece with an opening, which is able to be closed with a screw cap manufactured preferably from plastic, wherein detent elements protruding radially to the outside are formed on the threaded connecting piece, which detent elements in a closed position of the screw cap grip behind detent elements protruding radially to the inside on a tamper indicating band connected via predetermined breaking points to the screw cap, wherein the detent elements are formed on the threaded connecting piece such as to be elastically resilient and/or are connected in an elastically resilient manner to the threaded connecting piece, in order to facilitate a guiding of the detent elements of the tamper indicating band past the detent elements of the threaded connecting piece when the screw cap is screwed on for the first time, characterised in that the detent elements on the threaded connecting piece can be moved at least partially in an elastically resilient manner radially to the inside behind the thread flanks of the threaded connecting piece.
Epicatechin for use in the secondary prevention of an allergic disorder and/or an allergic reaction, wherein the epicatechin is provided in the form of a composition, selected from a food product or a food supplement, comprising at least 0.1 wt% epicatechin.
A carrier, for carrying one or more personal articles on any part of a garment, comprising - - a patch, configured to be temporarily attachable to the inner side of said any part of the garment and including a plurality of magnets, some or all of the magnets configured to hold attached to the outer side of the garment at least one article or article holder that can be attracted magnetically, characterized in that the carrier further comprises - an anchor member, temporarily attachable to the outer side of said any part of the garment and including a magnet or a ferromagnetic part configured to be magnetically attracted by at least one of said magnets and to thereby secure said patch in place when no article or article holder is attached. - a patch, configured to be temporarily attachable to the inner side of said any part of the garment and including a plurality of magnets, some or all of the magnets configured to hold attached to the outer side of the garment at least one article or article holder that can be attracted magnetically, characterized in that the carrier further comprises - an anchor member, temporarily attachable to the outer side of said any part of the garment and including a magnet or a ferromagnetic part configured to be magnetically attracted by at least one of said magnets and to thereby secure said patch in place when no article or article holder is attached.
A mixer for mixing at least two flowable components having - a tubular mixer housing (18, 118, 218, 318) which extends in the direction of a longitudinal axis (13, 313) up to a distal mixer end which has an outlet opening (17, 117, 217) for the components, and - at least one mixing element (12, 112, 212, 312) arranged in the mixer housing (18, 118, 218, 318) for mixing the components, wherein the mixer housing (18, 118, 218, 318) is made from a plastic film (20, 326) which has a thickness of a maximum of 0.5 mm, and said mixer having a connector region (14, 114) which is made in one piece with the mixing element (12, 112, 212) and which is arranged at least partly within the mixer housing (18, 118, 218). - a tubular mixer housing (18, 118, 218, 318) which extends in the direction of a longitudinal axis (13, 313) up to a distal mixer end which has an outlet opening (17, 117, 217) for the components, and - at least one mixing element (12, 112, 212, 312) arranged in the mixer housing (18, 118, 218, 318) for mixing the components, wherein the mixer housing (18, 118, 218, 318) is made from a plastic film (20, 326) which has a thickness of a maximum of 0.5 mm, and
A dichroic mesogenic dye composition dissolvable within a liquid crystal host, characterized in that: said liquid crystal host is a polymer dispersed liquid crystal (PDLC); and, said composition comprises metallomesogen molecules, said MOM molecules comprising: a polycyclic structure comprising one or more aromatic groups and a metallic moiety covalently bonded therewith, said metallic moiety comprising vanadium, said aromatic group having a heterocyclic structure containing unsaturation; and, at least one chromophore group covalently bound to said MOM, said at least one chromophore group comprising NO 2. said liquid crystal host is a polymer dispersed liquid crystal (PDLC); and, said composition comprises metallomesogen molecules, said MOM molecules comprising: a polycyclic structure comprising one or more aromatic groups and a metallic moiety covalently bonded therewith, said metallic moiety comprising vanadium, said aromatic group having a heterocyclic structure containing unsaturation; and, at least one chromophore group covalently bound to said MOM, said at least one chromophore group comprising NO 2. a polycyclic structure comprising one or more aromatic groups and a metallic moiety covalently bonded therewith, said metallic moiety comprising vanadium, said aromatic group having a heterocyclic structure containing unsaturation; and, at least one chromophore group covalently bound to said MOM, said at least one chromophore group comprising NO 2.
A method for determining a maximum transmit power not to be exceeded by a terminal, wherein the terminal has a nominal transmit power corresponding to a power level of the terminal, wherein the nominal transmit power is a maximum power that can be used by the terminal to send an uplink signal, and different power levels correspond to different nominal transmit powers, comprising: receiving (102, 202), by a terminal, N configuration parameters sent by a base station, wherein each of the configuration parameters is used to indicate a power level and a limiting power corresponding to the indicated power level, and N is not less than 1; when the power levels indicated by the N configuration parameters comprise the power level of the terminal, determining (104, 206, S408), by the terminal, the maximum transmit power of the terminal based at least on the nominal transmit power corresponding to the power level of the terminal and the limiting power indicated by the configuration parameter corresponding to the power level of the terminal, wherein the determined maximum transmit power is not less than a lower limit of the maximum transmit power and not greater than an upper limit of the maximum transmit power; and when the power levels indicated by the N configuration parameters do not comprise the power level of the terminal, determining (208, S410), by the terminal, a candidate limiting power according to a preset policy, and determining the maximum transmit power according to at least the candidate limiting power and the nominal transmit power corresponding to the power level of the terminal. receiving (102, 202), by a terminal, N configuration parameters sent by a base station, wherein each of the configuration parameters is used to indicate a power level and a limiting power corresponding to the indicated power level, and N is not less than 1; when the power levels indicated by the N configuration parameters comprise the power level of the terminal, determining (104, 206, S408), by the terminal, the maximum transmit power of the terminal based at least on the nominal transmit power corresponding to the power level of the terminal and the limiting power indicated by the configuration parameter corresponding to the power level of the terminal, wherein the determined maximum transmit power is not less than a lower limit of the maximum transmit power and not greater than an upper limit of the maximum transmit power; and when the power levels indicated by the N configuration parameters do not comprise the power level of the terminal, determining (208, S410), by the terminal, a candidate limiting power according to a preset policy, and determining the maximum transmit power according to at least the candidate limiting power and the nominal transmit power corresponding to the power level of the terminal.