mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula III, IV or V: wherein, each R is isopropyl; two Ar groups are phenyl; and A is Br, Cl or I, preferably Br, wherein the compound is preferably in a solid form. each R is isopropyl; two Ar groups are phenyl; and A is Br, Cl or I, preferably Br, wherein the compound is preferably in a solid form.
Sensor circuit having a plurality of optical sensors, wherein the plurality of optical sensors each have an optical transmitter (Dn) and an optical receiver (Tn); the optical transmitter (Dn) and the optical receiver (Tn) of an optical sensor are each connected to a specific control signal input (In); the optical transmitters (Dn) of the plurality of optical sensors are connected to a common control signal input (Is); the optical receivers (Tn) of the plurality of optical sensors are connected to a common measurement signal output (Sx); and a common signal processing circuit is connected between the optical receivers (Tn) of the plurality of optical sensors and the common measurement signal output (Sx), characterized in that a modulation resistor (Rnm) is connected in parallel in each case with the optical receivers (Tn) of the plurality of optical sensors, wherein the modulation resistors (Rnm) of the plurality of optical sensors have different resistances from one another.
Paper dispenser with a housing, in particular for wall mounting, with elements (24, 28) for inserting a roll of paper and with a unit for dispensing portions of the roll of paper, wherein the housing is divided, wherein the dispensing unit is arranged in a base part of the housing and the insertion elements (24, 28) are arranged in a top part of the housing and wherein at least one middle part is inserted between the base part and the top part, wherein a guide track extends in or on each side wall (7, 12) from the insertion element (24, 28) in the top part as far as the dispensing unit in the base part, in which a dispensing position and a reserve position for one roll of paper each are defined by removable supports.
A computer-implemented method comprising providing, via a mobile device enabled as a first near field communication, NFC, device, a user authentication key for permitting NFC with a second NFC device, wherein the user authentication key comprises visual identification of an environmental object specified by an end user of the mobile device; determining whether the mobile device and the second NFC device are in proximity to one another; permitting NFC between the mobile device and the second NFC device when: (i) a detected action performed by a user with the mobile device is substantially similar to the provided user authentication key,; and (ii) the mobile device and the second NFC device are in proximity to one another. (i) a detected action performed by a user with the mobile device is substantially similar to the provided user authentication key,; and (ii) the mobile device and the second NFC device are in proximity to one another.
A high strength stainless steel seamless pipe for oil country tubular goods with a yield strength of 655 MPa or more, the stainless steel seamless pipe comprising a composition containing C: 0.005 to 0.05%, Si: 0.05 to 0.50%, Mn: 0.20 to 0.50%, P: 0.030% or less, S: 0.005% or less, Cr: 12.0 to 17.0%, Ni: 4.0 to 7.0%, Mo: 0.5 to 3.0%, Al: 0.005 to 0.10%, V: 0.005 to 0.20%, Co: 0.01 to 0.15%, N: 0.005 to 0.15%, and O: 0.010% or less in terms of mass%, optionally one or two selected from Cu: 0.05 to 3.0% and W: 0.1 to 3.0% in terms of mass%, and further optionally one or two or more selected from Nb: 0.01 to 0.20%, Ti: 0.01 to 0.30%, Zr: 0.01 to 0.20%, B: 0.0005 to 0.01%, REM: 0.0005 to 0.01%, Ca: 0.0005 to 0.01%, Sn: 0.02 to 0.20%, Ta: 0.01 to 0.1%, and Mg: 0.002 to 0.01% in terms of mass%, with the balance being Fe and inevitable impurities, and satisfying the following expressions and,: Cr + 0.65Ni + 0.6Mo + 0.55Cu - 20C ≥ 15.0 Cr + Mo + 0.3Si - 43.5C - 0.4Mn - Ni - 0.3Cu - 9N ≤ 11 where Cr, Ni, Mo, Cu, C, Si, Mn, and N are each the content (mass%) of each element, and the content of a non-contained element is defined zero, wherein the yield strength is measured by subjecting a strip specimen specified by API standard 5CT to a tension test.
A method for recording slaughter-animal-related data on a slaughtered slaughter animal by means of an image acquisition unit which comprises an image acquisition range in which a rear surface of the slaughter animal is optically recordable and in which pixels are recordable on the rear surface of the slaughter animal, and wherein the image acquisition unit is capable of providing the pixel data of the pixels in a transferable manner, and by means of an evaluation unit which is connected to the image acquisition unit and which is capable of recording the pixel data and of recording, on the basis of the pixel data, markings which are applied to the rear surface of the slaughter animal as sources of slaughter-animal-related information, and of providing the recorded markings as a storable acquisition result, comprising the following process steps: a) recording of the pixels on the rear surface of the slaughter animal by the image acquisition unit in the image acquisition range, wherein the pixels contain the markings, b) provision of the pixel data of the pixels in a transferable manner by the image acquisition unit, c) recording of the pixel data by the evaluation unit, d) assignment of a slaughter animal identification code to the pixel data, e) provision of the markings as a storable acquisition result with the assigned slaughter animal identification code by the evaluation unit, wherein the evaluation unit carries out an object identification on the basis of the pixel data, and wherein the markings are provided as a storable object identification result, f1) automatic generation of a control signal from the storable object identification result by the evaluation unit, wherein a slaughter processing operation can be controlled by means of the control signal. a) recording of the pixels on the rear surface of the slaughter animal by the image acquisition unit in the image acquisition range, wherein the pixels contain the markings, b) provision of the pixel data of the pixels in a transferable manner by the image acquisition unit, c) recording of the pixel data by the evaluation unit, d) assignment of a slaughter animal identification code to the pixel data, e) provision of the markings as a storable acquisition result with the assigned slaughter animal identification code by the evaluation unit, wherein the evaluation unit carries out an object identification on the basis of the pixel data, and wherein the markings are provided as a storable object identification result, f1) automatic generation of a control signal from the storable object identification result by the evaluation unit, wherein a slaughter processing operation can be controlled by means of the control signal.
Method for estimating the residual capacities of a plurality of batteries connected to an electric power distribution network, said method comprising a storage phase to store, in the plurality of batteries, energy coming from the network and a release phase to return the energy to the network, the method including: - gathering (20, 25) information relating to physical quantities in order to determine the state of ageing of each of the batteries from among said plurality of batteries, - selecting (30, 35) a battery from among said plurality of batteries based on the information gathered (20, 25), - during the energy storage phase, charging as a priority said selected battery until a predefined maximum charge level, which is dependent on the state of ageing, is reached, - during the energy release phase, discharging as a priority said selected battery, if it has reached the maximum charge level during the storage phase, until a predefined minimum charge level, which is dependent on the state of ageing, is reached, or making said selected battery inactive if it has not yet reached the predefined maximum charge level, and measuring a level of energy yielded (E resChk) by said selected battery between said maximum charge level and minimum charge level, - calculating a residual capacity of said selected battery based on the measurement of the level of energy yielded (E resChk) by said battery between said maximum charge level and minimum charge level. - gathering (20, 25) information relating to physical quantities in order to determine the state of ageing of each of the batteries from among said plurality of batteries, - selecting (30, 35) a battery from among said plurality of batteries based on the information gathered (20, 25), - during the energy storage phase, charging as a priority said selected battery until a predefined maximum charge level, which is dependent on the state of ageing, is reached, - during the energy release phase, discharging as a priority said selected battery, if it has reached the maximum charge level during the storage phase, until a predefined minimum charge level, which is dependent on the state of ageing, is reached, or making said selected battery inactive if it has not yet reached the predefined maximum charge level, and measuring a level of energy yielded (E resChk) by said selected battery between said maximum charge level and minimum charge level, - calculating a residual capacity of said selected battery based on the measurement of the level of energy yielded (E resChk) by said battery between said maximum charge level and minimum charge level.
Milk frother for frothing milk for an automatic coffee machine, having an adjustment device, by way of which it is possible to adjust a milk stream to be supplied to the milk frother, characterised in that the adjustment device comprises at least one element which changes shape depending on temperature.
A lighting device comprising: at least one light source; and at least one optical element arranged to transmit light emitted by the light source, wherein the optical element is formed by placing two or more layers (26, 28) of a light transmissive material on top of each other, each of the two or more layers (26, 28) comprising at least one recess, wherein the recesses are shaped and arranged such that, when the two or more layers (26, 28) are joined, a recess of one of the layers overlaps a recess of the other layer such that they together form a passage extending through the light transmissive material for allowing a flow of fluid through said optical element, wherein the passage is arranged such that a major portion of the light emitted by said light source entering the passage further propagates through the light transmissive material, and wherein the passage is cornered or curved and has a shape adapted such that an imaginary straight line between a first opening and a second opening of the passage crosses the light transmissive material. at least one light source; and at least one optical element arranged to transmit light emitted by the light source, wherein the optical element is formed by placing two or more layers (26, 28) of a light transmissive material on top of each other, each of the two or more layers (26, 28) comprising at least one recess, wherein the recesses are shaped and arranged such that, when the two or more layers (26, 28) are joined, a recess of one of the layers overlaps a recess of the other layer such that they together form a passage extending through the light transmissive material for allowing a flow of fluid through said optical element, wherein the passage is arranged such that a major portion of the light emitted by said light source entering the passage further propagates through the light transmissive material, and wherein the passage is cornered or curved and has a shape adapted such that an imaginary straight line between a first opening and a second opening of the passage crosses the light transmissive material.
An oxyfuel combustion boiler plant having a first boiler and a second boiler for injecting gas including oxygen in higher concentration than that in the air, gas including carbon dioxide in higher concentration than that in the air, and fuel from a burner and generating steam by combustion gas in a furnace, respectively, comprising: an exhaust gas supply pipe for supplying exhaust gas discharged from the first boiler to a burner of the second boiler; a gas flow rate control apparatus for controlling a flow rate of exhaust gas flowing through the exhaust gas supply pipe, wherein the gas flow rate control apparatus is configured to control the exhaust gas flow rate flowing into the second boiler an exhaust gas circulation system for recirculating exhaust gas discharged from the second boiler to the burner of the second boiler characterized in that the oxyfuel combustion boiler plant is configured to use the exhaust gas of the first boiler supplied from the exhaust gas supply pipe when starting the second boiler, and the oxyfuel combustion boiler plant is configured to reduce an exhaust gas quantity of the first boiler flowing through the gas exhaust gas supply pipe after arrival at a predetermined load condition of the second boiler and a circulation exhaust gas quantity of the second boiler flowing through the exhaust gas circulation system is increased. an exhaust gas supply pipe for supplying exhaust gas discharged from the first boiler to a burner of the second boiler; a gas flow rate control apparatus for controlling a flow rate of exhaust gas flowing through the exhaust gas supply pipe, wherein the gas flow rate control apparatus is configured to control the exhaust gas flow rate flowing into the second boiler an exhaust gas circulation system for recirculating exhaust gas discharged from the second boiler to the burner of the second boiler characterized in that the oxyfuel combustion boiler plant is configured to use the exhaust gas of the first boiler supplied from the exhaust gas supply pipe when starting the second boiler, and the oxyfuel combustion boiler plant is configured to reduce an exhaust gas quantity of the first boiler flowing through the gas exhaust gas supply pipe after arrival at a predetermined load condition of the second boiler and a circulation exhaust gas quantity of the second boiler flowing through the exhaust gas circulation system is increased.
A pressure cell system (100, 200) configured to perform microwave measurements of solid samples under confining pressure, the pressure cell system (100, 200) comprising: a pressure cell (102, 202) configured to house a solid sample within inner walls of the pressure cell, wherein the pressure cell (102, 202) includes a top that is configured to open and to close and to provide a pressure resistant lid on the pressure cell; an injection system configured to inject an injectable medium into the pressure cell in a gap between the solid sample and the inner walls; a heating element configured to provide heat to the injectable medium in the pressure cell; a pressure gauge configured to measure pressure inside the pressure cell; a pressure relief valve to release excess pressure above a specific threshold; a temperature gauge configured to measure temperature in the pressure cell; a coaxial resonator system configured to capture microwave permittivity measurements of the solid sample at different combinations of temperatures and pressures, the microwave measurements captured after the solid sample is placed inside of the pressure cell, a top of the pressure cell is closed, and after the injectable medium is injected into the pressure cell in the gap between the solid sample and the inner walls; and controls configured to allow setting, by a user, of different desired pressures and desired temperatures, wherein the injection system and the heating element are further configured to attain and maintain the different desired pressures and desired temperatures. a pressure cell (102, 202) configured to house a solid sample within inner walls of the pressure cell, wherein the pressure cell (102, 202) includes a top that is configured to open and to close and to provide a pressure resistant lid on the pressure cell; an injection system configured to inject an injectable medium into the pressure cell in a gap between the solid sample and the inner walls; a heating element configured to provide heat to the injectable medium in the pressure cell; a pressure gauge configured to measure pressure inside the pressure cell; a pressure relief valve to release excess pressure above a specific threshold; a temperature gauge configured to measure temperature in the pressure cell; a coaxial resonator system configured to capture microwave permittivity measurements of the solid sample at different combinations of temperatures and pressures, the microwave measurements captured after the solid sample is placed inside of the pressure cell, a top of the pressure cell is closed, and after the injectable medium is injected into the pressure cell in the gap between the solid sample and the inner walls; and controls configured to allow setting, by a user, of different desired pressures and desired temperatures, wherein the injection system and the heating element are further configured to attain and maintain the different desired pressures and desired temperatures.
Drain valve configured for sanitary elements without overflow, said drain valve comprising a plug, a drain flange, a fastening unit and a drain valve inner surface and a drain valve outer surface, said drain flange is adapted for being arranged through an evacuation hole in a sanitary element, wherein said fastening unit is configured as a disinfection unit, said fastening unit comprises: - a first pipe connection configured with an inlet, and an internal thread; - a second pipe connection arranged with an outlet; - a UV-translucent tube arranged in between the first and second pipe connection, so that the pipe connections (17, 18) and the UV-translucent tube are located in extension of each other to form a channel with an inner surface in order for liquid to flow through the fastening unit from inlet to outlet, and - a housing configured with an inner wall, wherein the inner wall comprises the UV-translucent tube, which housing comprises a chamber having a larger extension in radial direction than the pipe connections (17,18) and an annular area in which annular area a continuous mode UV source is arranged, wherein a central area with an outer periphery defined by the UV-translucent tube is continuously exposed to UV light, and where the first pipe connection is adapted to be screwed onto the drain flange below the sanitary element to fasten the drain flange to the sanitary element and where the drain flange and the plug are adapted to be interconnected in a fixed open position. - a first pipe connection configured with an inlet, and an internal thread; - a second pipe connection arranged with an outlet; - a UV-translucent tube arranged in between the first and second pipe connection, so that the pipe connections (17, 18) and the UV-translucent tube are located in extension of each other to form a channel with an inner surface in order for liquid to flow through the fastening unit from inlet to outlet, and - a housing configured with an inner wall, wherein the inner wall comprises the UV-translucent tube, which housing comprises a chamber having a larger extension in radial direction than the pipe connections (17,18) and an annular area in which annular area a continuous mode UV source is arranged, wherein a central area with an outer periphery defined by the UV-translucent tube is continuously exposed to UV light, and where the first pipe connection is adapted to be screwed onto the drain flange below the sanitary element to fasten the drain flange to the sanitary element and where the drain flange and the plug are adapted to be interconnected in a fixed open position.
Pipe and/or cable plough system for parallel insertion of two or more conduits into the subsoil, wherein the pipe and/or cable plough system comprises a cable plough and one or more towing vehicles for pulling the cable plough through the subsoil along a designated direction of travel, wherein the cable plough comprises two or more laying units, wherein each laying unit comprises a sword adapted to engage the subsoil to form an earth trench and a conduit guide for inserting the conduit into the earth trench formed or formable by the sword, whereby support against the ground is provided exclusively by means of the cable plough itself, wherein the cable plough comprises a control pilot guided or guidable in the subsoil, wherein the control pilot is arranged in front of the laying units in the designated direction of travel, and wherein the control pilot is designed to maintain the altitude of the cable plough at a designated level when the cable plough is pulled in the subsoil by the one or more towing vehicles. wherein the pipe and/or cable plough system comprises a cable plough and one or more towing vehicles for pulling the cable plough through the subsoil along a designated direction of travel, wherein the cable plough comprises two or more laying units, wherein each laying unit comprises a sword adapted to engage the subsoil to form an earth trench and a conduit guide for inserting the conduit into the earth trench formed or formable by the sword, whereby support against the ground is provided exclusively by means of the cable plough itself, wherein the cable plough comprises a control pilot guided or guidable in the subsoil, wherein the control pilot is arranged in front of the laying units in the designated direction of travel, and wherein the control pilot is designed to maintain the altitude of the cable plough at a designated level when the cable plough is pulled in the subsoil by the one or more towing vehicles.
Compound having the following formula: wherein: - R 3 and R 4 represents independently from each other H, a C 1 -C 10 -alkyl or heteroaryl group, - R' 3 and R' 4 represents independently from each other H, a C 1 -C 10 -alkyl or heteroaryl group, - A represents OH or O ▪, for its use as drug in the treatment and/or the prevention of depressions, with the proviso that said compound is not for use as drug in the treatment of women depressive state associated with premenstrual dysphoric disorder. - R 3 and R 4 represents independently from each other H, a C 1 -C 10 -alkyl or heteroaryl group, - R' 3 and R' 4 represents independently from each other H, a C 1 -C 10 -alkyl or heteroaryl group, - A represents OH or O ▪,