mhurhangee/ep-ind-claims huggingface dataset:
An air-conditioning system comprising: an input unit configured to receive at least information on a human body factor and an operation mode, the human body factor being an element for identifying a person; a plurality of variable devices configured to change at least one environmental factor, which is an element for identifying an environment; and a control unit configured to control the plurality of variable devices based on the information received from the input unit and cause a plurality of the environmental factors to be within a comfort range, characterized by a detection unit configured to detect an environmental factor, and in that the control unit is further configured to determine a target value for each of the plurality of the environmental factors to be a value within the comfort range based on the information received from the input unit, to control the plurality of variable devices according to the target values and values detected by the detection unit, and brings each value of the environmental factors to the target value, and by further comprising a display unit configured to display at least a registration screen of a parameter of the human body factor of a user, a setting screen of the operation mode, and a display screen of the target values. an input unit configured to receive at least information on a human body factor and an operation mode, the human body factor being an element for identifying a person; a plurality of variable devices configured to change at least one environmental factor, which is an element for identifying an environment; and a control unit configured to control the plurality of variable devices based on the information received from the input unit and cause a plurality of the environmental factors to be within a comfort range, characterized by a detection unit configured to detect an environmental factor, and in that the control unit is further configured to determine a target value for each of the plurality of the environmental factors to be a value within the comfort range based on the information received from the input unit, to control the plurality of variable devices according to the target values and values detected by the detection unit, and brings each value of the environmental factors to the target value, and by further comprising a display unit configured to display at least a registration screen of a parameter of the human body factor of a user, a setting screen of the operation mode, and a display screen of the target values.
An isolated anti-human interleukin 23 monoclonal antibody, comprising a heavy chain variable region and a light chain variable region, wherein the amino acid sequence of the heavy chain variable region is represented by SEQ ID NO: 7; and, the amino acid sequence of the light chain variable region is represented by SEQ ID NO: 8. the amino acid sequence of the heavy chain variable region is represented by SEQ ID NO: 7; and, the amino acid sequence of the light chain variable region is represented by SEQ ID NO: 8.
A method of bioassay comprising, conducting an immunoassay to measure neo-epitope containing protein fragments naturally present in a biofluid sample, wherein said immunoassay is conducted by a method comprising: contacting protein fragments naturally present in said sample with an immunological binding partner specifically reactive with a neo-epitope formed by cleavage of a protein by a proteinase and measuring the extent of binding of peptide fragments to said immunological binding partner to measure therein protein fragments comprising said neo-epitope, wherein said immunological binding partner is specifically reactive with the following sequence at the N terminal of a peptide: KTFGKM
A method of removing an accessory of an engine, the engine including: an end-less member and a rotating body for transmitting rotation of a crankshaft to the accessory; a fastening member for fastening the rotating body to a drive shaft of the accessory, wherein the end-less member and the rotating body are housed between an engine main body and a cover member; a first cylindrical rib that extends from the rotating body towards the cover member; a second cylindrical rib that extends from the rotating body towards the engine main body; a first retention rib that extends from the cover member towards the rotating body so as to overlap with the first cylindrical rib in a radial direction; and a second retention rib that extends from the engine main body towards the rotating body so as to overlap with the second cylindrical rib in a radial direction, the method comprising removing the accessory from the engine main body by forming threads in an inner circumference of one among the first cylindrical rib and the first retention rib that is located more inwards, and pressing out the drive shaft using a tool having threads that thread with said threads.
A vertical shaft impact crusher feed hopper distribution device for feeding material to be crushed to a rotor of a vertical shaft impact crusher and forming part of a feed hopper means comprising an inner hopper and an outer hopper and to be mounted inside of the inner hopper, the feed hopper distribution device comprising: a supply channel adapted for forwarding material from an inlet opening arranged adjacent to an upper end of the supply channel to a hopper bottom opening arranged in a bottom of the feed hopper means and communicating with the rotor; the feed hopper distribution device arranged to forward a first flow of material to the rotor via the supply channel and to forward a second flow of material via at least one outlet formed in the inner hopper to a space formed between the inner and outer hoppers (8, 10), and further to a position at the outside of the rotor; characterised in that: the supply channel comprises a cross-section that widens along at least a portion of the distance from the upper end to a lower end of the supply channel. a supply channel adapted for forwarding material from an inlet opening arranged adjacent to an upper end of the supply channel to a hopper bottom opening arranged in a bottom of the feed hopper means and communicating with the rotor; the feed hopper distribution device arranged to forward a first flow of material to the rotor via the supply channel and to forward a second flow of material via at least one outlet formed in the inner hopper to a space formed between the inner and outer hoppers (8, 10), and further to a position at the outside of the rotor; the supply channel comprises a cross-section that widens along at least a portion of the distance from the upper end to a lower end of the supply channel.
A method for forming the rifling of a gun barrel comprising a step of calculating the rifling angle according to a rifling angle calculating method, in which rifling angle α(x) is calculated by expanding the rifling angle into a mathematical expression in order to minimize a maximum value of the rifling force generated between a projectile and rifling when the projectile moves along an inner surface of a gun barrel by gun barrel pressure, characterized in that the mathematical expression of the function expansion combines a polynomial function and a Fourier function and is α x = ∑ i = 0 k a i ⁢ x i + ∑ j = 1 l b j ⁢ cos jf x + c j sin jf x, where x denotes a distance from a gun breech with respect to a gun barrel axis, f(x) is equal to x multiplied by a constant parameter, and a i, bj, and c j are constants.
Method for increasing the hydrogen content in the product gas stream of the torrefaction of solid recovered fuel pellets, wherein the solid recovered fuel pellets are torrefied to charred pellets while generating torrefaction gas which is converted to a torrefaction syngas comprising hydrogen and carbon monoxide, wherein a syngas stream comprising the torrefaction syngas is provided to a CO shift unit for reacting at least a part of the carbon monoxide with water steam to carbon dioxide and hydrogen generating shifted syngas, wherein the shifted syngas (501, 523) is provided downstream of the CO shift unit to a low temperature heat recovery unit in which the shifted syngas (501, 523) is guided through at least two heat exchangers (525, 526, 527, 528, 529) in which the shifted syngas (523, 501) is in thermal exchange with at least two water streams that are used downstream of the respective heat exchangers (525, 526, 527, 528, 529) as process water during the production of the product gas stream for heating said at least two water streams. wherein the solid recovered fuel pellets are torrefied to charred pellets while generating torrefaction gas which is converted to a torrefaction syngas comprising hydrogen and carbon monoxide, wherein a syngas stream comprising the torrefaction syngas is provided to a CO shift unit for reacting at least a part of the carbon monoxide with water steam to carbon dioxide and hydrogen generating shifted syngas, wherein the shifted syngas (501, 523) is provided downstream of the CO shift unit to a low temperature heat recovery unit in which the shifted syngas (501, 523) is guided through at least two heat exchangers (525, 526, 527, 528, 529) in which the shifted syngas (523, 501) is in thermal exchange with at least two water streams that are used downstream of the respective heat exchangers (525, 526, 527, 528, 529) as process water during the production of the product gas stream for heating said at least two water streams.
A multi-rotor compressor comprising: a sun rotor including a helical sun rotor flute; a first planet rotor including a helical first planet rotor flute intermeshed with the sun rotor flute to define a first compression pair; a second planet rotor including a helical second planet rotor flute intermeshed with the sun rotor flute to define a second compression pair; the multi-rotor compressor, characterised by further comprising a housing in which the first and second compression pairs are rotatably mounted, the housing including a first suction port defined by the housing in communication with the first compression pair, and a second suction port defined by the housing in communication with the second compression pair, wherein portions of the first and second suction ports which communicate with the first and second compression pairs have different geometry for offsetting pulsations in a working fluid flowing through the first and second suction ports respectively. a sun rotor including a helical sun rotor flute; a first planet rotor including a helical first planet rotor flute intermeshed with the sun rotor flute to define a first compression pair; a second planet rotor including a helical second planet rotor flute intermeshed with the sun rotor flute to define a second compression pair; the multi-rotor compressor, characterised by further comprising a housing in which the first and second compression pairs are rotatably mounted, the housing including a first suction port defined by the housing in communication with the first compression pair, and a second suction port defined by the housing in communication with the second compression pair, wherein portions of the first and second suction ports which communicate with the first and second compression pairs have different geometry for offsetting pulsations in a working fluid flowing through the first and second suction ports respectively.
One or, where applicable, more than one C1-C4 alkyl esters of lactic acid, malic acid, tartaric acid or citric acid for use in the treatment of-nail diseases caused by dermatophytes, wherein the C1-C4 alkyl ester or C1-C4 alkyl esters is present in an anhydrous medium for topical application, which comprises where applicable physiologically compatible excipients.
A deterioration diagnosis system for a vehicle air conditioner of a train, the deterioration diagnosis system comprising: an accumulation unit configured to accumulate operation data including an operation performance value being a performance value obtained by measuring a performance of the vehicle air conditioner during actual operation, and a condition value indicating an environmental condition during the actual operation; a calculation unit configured to acquire test data including a performance value before deterioration being a performance value obtained by testing a performance of the vehicle air conditioner before deterioration, and a condition value indicating an environmental condition at a testing time, to select operation data including an environmental condition the same as or similar to the environmental condition at the testing time from the operation data accumulated in the accumulation unit, and to calculate a correction factor from an operation performance value included in the operation data selected and the performance value before deterioration; and a diagnosis unit configured to acquire new operation data, and to perform a deterioration diagnosis of the vehicle air conditioner based on an operation performance value included in the new operation data and the correction factor. an accumulation unit configured to accumulate operation data including an operation performance value being a performance value obtained by measuring a performance of the vehicle air conditioner during actual operation, and a condition value indicating an environmental condition during the actual operation; a calculation unit configured to acquire test data including a performance value before deterioration being a performance value obtained by testing a performance of the vehicle air conditioner before deterioration, and a condition value indicating an environmental condition at a testing time, to select operation data including an environmental condition the same as or similar to the environmental condition at the testing time from the operation data accumulated in the accumulation unit, and to calculate a correction factor from an operation performance value included in the operation data selected and the performance value before deterioration; and a diagnosis unit configured to acquire new operation data, and to perform a deterioration diagnosis of the vehicle air conditioner based on an operation performance value included in the new operation data and the correction factor.
A method comprising: triggering, by a first wireless device, a scheduling request for a sidelink channel state information, SL-CSI, report transmission to a second wireless device; characterized by initiating, by the first wireless device and in response to the triggering the scheduling request for the sidelink resource, a random access procedure based on no physical uplink control channel, PUCCH, resource being available; transmitting, by the first wireless device to a base station, a preamble in response to the initiating; transmitting, by the first wireless device, a SL-CSI report medium access control control element, MAC CE, to the second wireless device and via a sidelink grant received from the base station; and stopping, by the first wireless device, the random access procedure, ongoing between the first wireless device and the base station, in response to the transmitting to the second wireless device the SL-CSI report MAC CE via the sidelink grant. triggering, by a first wireless device, a scheduling request for a sidelink channel state information, SL-CSI, report transmission to a second wireless device; characterized by initiating, by the first wireless device and in response to the triggering the scheduling request for the sidelink resource, a random access procedure based on no physical uplink control channel, PUCCH, resource being available; transmitting, by the first wireless device to a base station, a preamble in response to the initiating; transmitting, by the first wireless device, a SL-CSI report medium access control control element, MAC CE, to the second wireless device and via a sidelink grant received from the base station; and stopping, by the first wireless device, the random access procedure, ongoing between the first wireless device and the base station, in response to the transmitting to the second wireless device the SL-CSI report MAC CE via the sidelink grant.
Drive arrangement of a bicycle having a multi-sprocket arrangement for a rear wheel hub of the bicycle, wherein the multi-sprocket arrangement comprises a multiplicity of sprockets (10, 50, 80, 110, 120, 170, 171, 210, 212) with different diameters, wherein the sprockets each have a multiplicity of teeth (T-5, T-4, T-3 to T3, T4, T5) which are separated by tooth spaces and which can be placed in engagement with a drive chain with wide chain links (60, 62) and narrow chain links (64, 66, 150, 152, 154, 222) which follow one another alternatively in succession, characterized in that, on at least one sprocket, a corrective means (56, 82, 144, 214) is provided which is designed such that the drive chain, as it revolves around a selected sprocket or during a sprocket changeover from a starting sprocket to a selected sprocket, is oriented, with regard to its wide and narrow chain links, in a predetermined chain link plate orientation relative to the teeth of the selected sprocket, such that the drive chain is correctively displaced on the sprocket by the distance of one chain link.
- A method of correcting data between a first periodic process, called producer process, associated with a first computer, and a second periodic process, called consumer process, associated with a second computer, the processes being incorporated into an automated system with no common clock, the consumer process using at least one datum supplied by the producer process to create at least one status information item of the system, and the period (T A) of the producer process being greater than the period (T B) of the consumer process, the method being characterized in that at least two successive data originating from the producer process are used to create, by extrapolation over at least one extrapolation horizon, a corrected datum (D cor) that is used by the consumer process in place of the most recent datum received from the producer process.
Measuring device for establishing a measurement quantity, having a first and second ultrasound transducer (2, 3), a control device which is adapted to control the first ultrasound transducer in such a way that the first ultrasound transducer excites a guided wave having a predetermined oscillation frequency f in a waveguide, coupled in oscillation to the first ultrasound transducer, of the measuring device so that the guided wave propagates in the waveguide parallel to a rear face of the waveguide, the control device being adapted to establish the measurement quantity as a function of a reception signal (10, 11, 12) of the second ultrasound transducer, the reception signal (10, 11, 12) depending on oscillations, caused directly and/or indirectly by the guided wave, of the second ultrasound transducer, characterized in that the rear face of the waveguide, at least in a wave guiding section (8, 30, 31) of the waveguide, faces towards a reflection face of the measuring device and is separated therefrom by an intermediate space, the measuring device being configured in such a way that, at least during the establishment of the measurement quantity, a fluid layer or a solid body fills the intermediate space between the waveguide and the reflection face at least in the wave guiding section (8, 30, 31) of the waveguide, the distance between the rear face and the reflection face, and therefore the thickness D of the fluid layer or of the solid body, at least in the wave guiding section (8, 30, 31), having the relationship D = 2 n ± Δ − 1 4 f 1 c f 2 − 1 c ph 2 with the oscillation frequency f, the speed of sound cf in the fluid layer or the solid body and the phase velocity cph in the waveguide, the configuration variable n being a positive integer and the deviation Δ being on the one hand equal to zero or on the other hand positive and less than 0.7 or than 0.5. characterized in that the rear face of the waveguide, at least in a wave guiding section (8, 30, 31) of the waveguide, faces towards a reflection face of the measuring device and is separated therefrom by an intermediate space, the measuring device being configured in such a way that, at least during the establishment of the measurement quantity, a fluid layer or a solid body fills the intermediate space between the waveguide and the reflection face at least in the wave guiding section (8, 30, 31) of the waveguide, the distance between the rear face and the reflection face, and therefore the thickness D of the fluid layer or of the solid body, at least in the wave guiding section (8, 30, 31), having the relationship D = 2 n ± Δ − 1 4 f 1 c f 2 − 1 c ph 2 with the oscillation frequency f, the speed of sound cf in the fluid layer or the solid body and the phase velocity cph in the waveguide, the configuration variable n being a positive integer and the deviation Δ being on the one hand equal to zero or on the other hand positive and less than 0.7 or than 0.5.
Agricultural harvesting machine, in particular in the form of a loader wagon, comprising a loading chamber which can be opened and closed by an unloading door, and an unloading-metering device for unloading and metering the crops out of the loading chamber, wherein the unloading-metering device comprises at least one metering roller which is mounted in an adjustable position in order to reduce the start-up resistance, characterised in that the metering roller is mounted such that it can be adjusted in multiple stages, wherein the metering roller has a first adjustment path when the unloading door is closed in order to move out of the way under crop pressure counter to a first preload force of a preload device and has a second adjustment path when the unloading door is open in order to move out of the way under crop pressure without overcoming a preload force or counter to a second preload force that is lower than the first preload force.
High yield ratio hot rolled steel sheet which has an excellent low temperature impact energy absorption and HAZ softening resistance characterized by comprising, by mass%, C: 0.04 to 0.09%, Si: 0.4% or less, Mn: 1.2 to 2.0%, P: 0.1% or less, S: 0.02% or less, Al: 1.0% or less, Nb: 0.02 to 0.09%, Ti: 0.02 to 0.07%, N: 0.005% or less, and optionally further comprising V: 0.01 to 0.12%, one or more of Cr, Cu, Ni, and Mo in a total of 0.02 to 2.0%, B: 0.0003 to 0.005%; and one or more of Ca, Mg, La, and Ce in a total of 0.0003 to 0.01%, and a balance of Fe and unavoidable impurities, where 2.0 ≤ [%Mn] + 8[%Ti] + 12[%Nb] ≤ 2.6, and having a metal structure which comprises an area percentage of pearlite of 5% or less, a total area percentage of martensite and retained austenite of 0.5% or less, and a balance of one or both of ferrite and bainite, having an average grain size of ferrite and bainite of 10 μm or less, having an average grain size of alloy carbonitrides with incoherent interfaces which contain Ti and Nb of 20 nm or less, having a yield ratio of 0.85 or more, and having a maximum tensile strength of 600 MPa or more. C: 0.04 to 0.09%, Si: 0.4% or less, Mn: 1.2 to 2.0%, P: 0.1% or less, S: 0.02% or less, Al: 1.0% or less, Nb: 0.02 to 0.09%, Ti: 0.02 to 0.07%, N: 0.005% or less, and optionally further comprising V: 0.01 to 0.12%, one or more of Cr, Cu, Ni, and Mo in a total of 0.02 to 2.0%, B: 0.0003 to 0.005%; and one or more of Ca, Mg, La, and Ce in a total of 0.0003 to 0.01%, and a balance of Fe and unavoidable impurities, where 2.0 ≤ [%Mn] + 8[%Ti] + 12[%Nb] ≤ 2.6, and having a metal structure which comprises an area percentage of pearlite of 5% or less, a total area percentage of martensite and retained austenite of 0.5% or less, and a balance of one or both of ferrite and bainite, having an average grain size of ferrite and bainite of 10 μm or less, having an average grain size of alloy carbonitrides with incoherent interfaces which contain Ti and Nb of 20 nm or less, having a yield ratio of 0.85 or more, and having a maximum tensile strength of 600 MPa or more.