mhurhangee/ep-ind-claims huggingface dataset:
An exhaust valve assembly for a two-stroke internal combustion engine comprising: a valve actuator movable between a first position, a second position and a third position, the second position being intermediate the first and third positions; a two-part valve having a first valve part and a second valve part, the first valve part being operatively connected to the valve actuator, the first valve part being in a fourth position when the valve actuator is in the first position, the first valve part being in a fifth position when the valve actuator is in the second position, the first valve part being in a sixth position when the valve actuator is in the third position, the fifth position being intermediate the fourth position and the sixth position, the second valve part being in a seventh position when the valve actuator is in any one of the first and second positions, the second valve part being in an eighth position when the valve actuator is in the third position; characterized in that at least one auxiliary valve is operatively connected to the second valve part, the at least one auxiliary valve being in a ninth position when the second valve part is in the seventh position, and the at least one auxiliary valve being in a tenth position when the second valve part is in the eighth position. a valve actuator movable between a first position, a second position and a third position, the second position being intermediate the first and third positions; a two-part valve having a first valve part and a second valve part, the first valve part being operatively connected to the valve actuator, the first valve part being in a fourth position when the valve actuator is in the first position, the first valve part being in a fifth position when the valve actuator is in the second position, the first valve part being in a sixth position when the valve actuator is in the third position, the fifth position being intermediate the fourth position and the sixth position, the second valve part being in a seventh position when the valve actuator is in any one of the first and second positions, the second valve part being in an eighth position when the valve actuator is in the third position; characterized in that at least one auxiliary valve is operatively connected to the second valve part, the at least one auxiliary valve being in a ninth position when the second valve part is in the seventh position, and the at least one auxiliary valve being in a tenth position when the second valve part is in the eighth position.
Folding chair, comprising: • a fixed structure, substantially shaped like an upside down "U", to which respective articulated support frames (31,32) supporting the fixed structure on the ground are constrained on each of the two vertical sides (21,22) of the "U", each frame being allowed to rotate relative to its corresponding vertical side, so that both frames, when the chair is folded, are inside the fixed structure and, when the chair is unfolded, are substantially orthogonal to said structure, • a seat constrained in an articulated way to one of the two support frames (31,32), said seat being coupled to the other frame (32,31) when the chair is unfolded, and said seat being held inside the free space obtained within the frame to which it is constrained when the chair is folded, • a chair backrest constrained in an articulated way to said seat, and so positioned that when the chair is folded it is folded against the seat itself within the central space not occupied by the frames, and when the chair is unfolded it is in a substantially vertical position, or is tilted by a few degrees with respect to the vertical, above said horizontal side of the fixed structure, and is held in that position by locking means. • a fixed structure, substantially shaped like an upside down "U", to which respective articulated support frames (31,32) supporting the fixed structure on the ground are constrained on each of the two vertical sides (21,22) of the "U", each frame being allowed to rotate relative to its corresponding vertical side, so that both frames, when the chair is folded, are inside the fixed structure and, when the chair is unfolded, are substantially orthogonal to said structure, • a seat constrained in an articulated way to one of the two support frames (31,32), said seat being coupled to the other frame (32,31) when the chair is unfolded, and said seat being held inside the free space obtained within the frame to which it is constrained when the chair is folded, • a chair backrest constrained in an articulated way to said seat, and so positioned that when the chair is folded it is folded against the seat itself within the central space not occupied by the frames, and when the chair is unfolded it is in a substantially vertical position, or is tilted by a few degrees with respect to the vertical, above said horizontal side of the fixed structure, and is held in that position by locking means.
An antistatic carbon composite material, comprising: a thermoplastic resin; and 0.1 to 10 wt% of carbon nanotubes based on the total weight of the thermoplastic resin; wherein the thermoplastic resin comprises acrylonitrile-butadiene-styrene copolymer and polystyrene, wherein the content ratio of the acrylonitrile-butadiene-styrene copolymer to the polystyrene is from 1: 9 to 8: 2, and wherein the carbon nanotube is in the form of a rigid random coil.
A composite prepreg sheet containing: a thin sheet composed of a single layer or multiple layers of three layers or less, which includes at least one layer of fine cellulose fibers containing 50% by weight or more of regenerated fine cellulose fibers, and satisfies the following requirements: the specific surface area equivalent fiber diameter of fibers that compose the layer of fine cellulose fibers, determined as described in the description, is 0.20 μm to 2.0 μm, the air impermeability, determined as described in the description, is 1 s/100 ml to 100,000 s/ml, and the sheet thickness, determined as described in the description, is 2 μm to 22 μm, and a heat-curable resin and/or a photo-curable resin. a thin sheet composed of a single layer or multiple layers of three layers or less, which includes at least one layer of fine cellulose fibers containing 50% by weight or more of regenerated fine cellulose fibers, and satisfies the following requirements: the specific surface area equivalent fiber diameter of fibers that compose the layer of fine cellulose fibers, determined as described in the description, is 0.20 μm to 2.0 μm, the air impermeability, determined as described in the description, is 1 s/100 ml to 100,000 s/ml, and the sheet thickness, determined as described in the description, is 2 μm to 22 μm, and the specific surface area equivalent fiber diameter of fibers that compose the layer of fine cellulose fibers, determined as described in the description, is 0.20 μm to 2.0 μm, the air impermeability, determined as described in the description, is 1 s/100 ml to 100,000 s/ml, and the sheet thickness, determined as described in the description, is 2 μm to 22 μm, and a heat-curable resin and/or a photo-curable resin.
Back massage device that comprises multiple rotary brushes (2, 2') mounted on a support, the brushes being driven mechanically by a motor system and the support is suitable for being embedded in a wall of a shower area, characterised in that the device includes an automatic system for moving the brushes (2, 2') perpendicularly to the wall, such that the device can occupy a stowed position in which the brushes do not protrude from the wall and an operating position in which the brushes protrude from the wall.
Concealed box for installing and accommodating a sanitary fitting, comprising - a base, - side walls which adjoin the base and which have at least one through-passage opening for a water line, and - a sleeve which is of cylindrical shape with a closed perimeter, rests against the side walls along its perimeter, projects by way of its front edge beyond the front edge of the side walls of the concealed box, and is attachable to the concealed box at different distances from the base of the concealed box, characterized in that - the sleeve comprises an outer diameter which does not increase in the direction towards the front edge and which has a smooth outer surface free of projections extending radially outwardly. - a base, - side walls which adjoin the base and which have at least one through-passage opening for a water line, and - a sleeve which is of cylindrical shape with a closed perimeter, rests against the side walls along its perimeter, projects by way of its front edge beyond the front edge of the side walls of the concealed box, and is attachable to the concealed box at different distances from the base of the concealed box, - the sleeve comprises an outer diameter which does not increase in the direction towards the front edge and which has a smooth outer surface free of projections extending radially outwardly.
Drive system, in particular for a motor vehicle, having an internal combustion engine, having a first shift arrangement, having a transmission arrangement, having an output which is operatively connected or rotationally connected to the transmission arrangement, and having a second shift arrangement, wherein these components are arranged along a main axis and the transmission arrangement has a first and a second planetary gear set (P1, P2), wherein the sun gear of the first planetary gear set is connectable to the internal combustion engine by means of a clutch, wherein the second planetary gear set is in the form of a summing transmission and is coupled to the first planetary gear set, to an electric motor and to the output, wherein the sun gear of the first planetary gear set is furthermore connectable to a housing by means of a braking element, wherein the clutch and the braking element are arranged on the main axis too and on opposite sides of the transmission arrangement and the sun gear is mounted so as to be rotatable in relation to a sun gear of the second planetary gear set and the planet gear carrier of the first planetary gear set is coupled to the second planetary gear set, and wherein a ring gear of the first planetary gear set is connectable to the internal combustion engine by means of a further clutch, and wherein the ring gear of the first planetary gear set is furthermore connectable to the housing by means of a braking element, characterized in that the braking element is in the form of a brake.
Method for determination of a setting value for an electrical protective device, in which, - when a ground short occurs on a section of an electrical power supply line, a first measurement device is used to record first current phasor measured values and first voltage phasor measured values at a first end of the section of the electrical power supply line, and a second measurement device is used to record second current phasor measured values and second voltage phasor measured values at a second end of the section of the electrical power supply line; characterized in that - the first current and voltage phasor measured values and the second current and voltage phasor measured values are used to determine a fault location value, which indicates a fault location at which the ground short has occurred on the section of the electrical power supply line; and - the fault location value is used to calculate a setting value, which indicates a ground impedance. - when a ground short occurs on a section of an electrical power supply line, a first measurement device is used to record first current phasor measured values and first voltage phasor measured values at a first end of the section of the electrical power supply line, and a second measurement device is used to record second current phasor measured values and second voltage phasor measured values at a second end of the section of the electrical power supply line; - the first current and voltage phasor measured values and the second current and voltage phasor measured values are used to determine a fault location value, which indicates a fault location at which the ground short has occurred on the section of the electrical power supply line; and - the fault location value is used to calculate a setting value, which indicates a ground impedance.
A method for producing red glass vessels, in which a colourless molten glass composition having a tin oxide content of at most 3 % by weight and a copper oxide content of at most 3 % by weight is produced, in which the colourless molten glass composition is refined under neutral conditions with sodium sulphate and/or calcium sulphate and with a carbon-containing reducing agent having a molar carbon/sulphate ratio of 0.5 to 5, in which glass vessels are moulded from the glass composition which has been refined under neutral conditions, and in which the glass vessels are cooled to a temperature of below 520 °C to 580 °C.
A deodorizing agent comprising zinc neodecanoate, which is dissolved in or mixed with a fragrance component comprising at least one fragrance ingredient.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, information indicating a subcarrier spacing corresponding to a frame structure among a plurality of frame structures; and transmitting, to the terminal, scheduling information based on a transmission time interval, TTI, of the frame structure, as a unit of a scheduling, wherein the plurality of frame structures include a first frame structure and a second frame structure, wherein a subcarrier spacing of the second frame structure is twice as wide as a subcarrier spacing of the first frame structure, and wherein the subcarrier spacing of the first frame structure is 15kHz and the subcarrier spacing of the second frame structure is 30kHz, and wherein a first TTI of the first frame structure and a second TTI of the second frame structure each include 14 symbols, and duration of the first TTI is 1ms and duration of the second TTI is 0.5 ms, wherein each of symbol duration of a first symbol and symbol duration of an eighth symbol in the first TTI is longer than symbol duration of any of other symbols in the first TTI, and symbol duration of a first symbol in the second TTI is longer than symbol duration of any of other symbols in the second TTI, and wherein the symbol duration of the first symbol in the first TTI equals a sum of the symbol duration of the first symbol and symbol duration of a second symbol in the second TTI such that two symbols in the second TTI are time synchronized with one symbol of the first TTI. transmitting, to a terminal, information indicating a subcarrier spacing corresponding to a frame structure among a plurality of frame structures; and transmitting, to the terminal, scheduling information based on a transmission time interval, TTI, of the frame structure, as a unit of a scheduling, wherein the plurality of frame structures include a first frame structure and a second frame structure, wherein a subcarrier spacing of the second frame structure is twice as wide as a subcarrier spacing of the first frame structure, and wherein the subcarrier spacing of the first frame structure is 15kHz and the subcarrier spacing of the second frame structure is 30kHz, and wherein a first TTI of the first frame structure and a second TTI of the second frame structure each include 14 symbols, and duration of the first TTI is 1ms and duration of the second TTI is 0.5 ms, wherein each of symbol duration of a first symbol and symbol duration of an eighth symbol in the first TTI is longer than symbol duration of any of other symbols in the first TTI, and symbol duration of a first symbol in the second TTI is longer than symbol duration of any of other symbols in the second TTI, and wherein the symbol duration of the first symbol in the first TTI equals a sum of the symbol duration of the first symbol and symbol duration of a second symbol in the second TTI such that two symbols in the second TTI are time synchronized with one symbol of the first TTI.
An in-line process for manufacturing a non-woven fabric having on its surface distributed elements having a physical dimension, comprising screen printing on a wet non-woven fabric a desired shape using a thixotropic paste formulation comprising a polymer, a cross-linking agent, a surface tension modifier, and a puffing agent; said process being characterized in that the printed paste formulation expands under heating by virtue of the puffing agent contained therein.
Method for calibrating and validating a lambda probe having an ionization electrode during air-ratio-controlled combustion of a fuel/air mixture, wherein the lambda probe measures exhaust gas values of the combustion and outputs assigned exhaust gas signal values Ai which serve for air ratio control, wherein the ionization electrode measures flame values of the combustion and outputs assigned flame signal values Fi, which serve to validate the lambda probe, to a control device, and wherein a temporary change in the mixture composition takes place in a calibration cycle, starting at an over-stoichiometric mixture composition, characterized • in that when the composition of the over-stoichiometric fuel/air mixture is changed during the calibration cycle, at least one calibration point (K A *, K F *) and/or at least one signal value profile (A*, F*), which describe the range of the over-stoichiometric combustion and/or the range of the stoichiometric combustion, are calculated previously from acquired signal values (A i, F i), and • in that a validation of the lambda probe is carried out on the basis of the at least one calibration point (K A *, K F *) and/or of the at least one signal value profile (A*, F*) by evaluating a deviation from a reference value, and in that in the case of positive validation the lambda probe is released for the air-ratio-controlled combustion, and in the case of negative validation the lambda probe is re-adjusted. • in that when the composition of the over-stoichiometric fuel/air mixture is changed during the calibration cycle, at least one calibration point (K A *, K F *) and/or at least one signal value profile (A*, F*), which describe the range of the over-stoichiometric combustion and/or the range of the stoichiometric combustion, are calculated previously from acquired signal values (A i, F i), and • in that a validation of the lambda probe is carried out on the basis of the at least one calibration point (K A *, K F *) and/or of the at least one signal value profile (A*, F*) by evaluating a deviation from a reference value,
An apparatus comprising: - a reference providing unit configured to provide a digital reference image of a reference slide comprising a reference slice of an object comprising biological material and to provide a digital annotation in the reference image; - a sample providing unit configured to provide a digital sample image of a sample slide comprising a sample slice of the said object, wherein the sample slice and the reference slice are cut from the same object; - a recognition unit configured to perform a recognition between the reference image and the sample image to provide a spatial link between the reference image and the sample image; - a determination unit configured to determine on the basis of the spatial link an annotation position for the annotation at the sample slide; characterised by: - an illustration unit configured to illustrate the annotation physically at the annotation position at the sample slide. - a reference providing unit configured to provide a digital reference image of a reference slide comprising a reference slice of an object comprising biological material and to provide a digital annotation in the reference image; - a sample providing unit configured to provide a digital sample image of a sample slide comprising a sample slice of the said object, wherein the sample slice and the reference slice are cut from the same object; - a recognition unit configured to perform a recognition between the reference image and the sample image to provide a spatial link between the reference image and the sample image; - a determination unit configured to determine on the basis of the spatial link an annotation position for the annotation at the sample slide; characterised by: - an illustration unit configured to illustrate the annotation physically at the annotation position at the sample slide. - an illustration unit configured to illustrate the annotation physically at the annotation position at the sample slide.
A method of producing a synthetic carbonated mineral component in a cement manufacturing plant, wherein the cement manufacturing plant comprises a calcination device for producing Portland clinker by decarbonating cement raw meal while releasing a CO 2 enriched exhaust gas and further comprising an exhaust gas installation for directing a flow of the CO 2 enriched exhaust gas from the calcination device to an exhaust stack of the cement manufacturing plant, wherein the method comprises the steps of: a) providing a carbonatable substance from an external source, b) introducing the carbonatable substance into the exhaust gas installation for contacting the carbonatable substance with the CO 2 enriched exhaust gas, c) carbonating the carbonatable substance by reacting the carbonatable substance with CO 2 contained in the CO 2 enriched exhaust gas, thereby obtaining the synthetic carbonated mineral component, d) removing the synthetic carbonated mineral component from the exhaust gas installation, wherein the exhaust gas installation comprises a cement kiln bypass installation for extracting kiln bypass dust and exhaust gas from the calcination device, and a bypass filter connected to an exhaust end of the kiln bypass installation, wherein the step of introducing the carbonatable substance into the exhaust gas installation comprises introducing the carbonatable substance into the kiln bypass installation upstream of the bypass filter, and wherein the step of removing the synthetic carbonated mineral component from the exhaust gas installation comprises separating the synthetic material from the exhaust gas by means of said bypass filter and removing the synthetic material from the bypass filter. a) providing a carbonatable substance from an external source, b) introducing the carbonatable substance into the exhaust gas installation for contacting the carbonatable substance with the CO 2 enriched exhaust gas, c) carbonating the carbonatable substance by reacting the carbonatable substance with CO 2 contained in the CO 2 enriched exhaust gas, thereby obtaining the synthetic carbonated mineral component, d) removing the synthetic carbonated mineral component from the exhaust gas installation, wherein the exhaust gas installation comprises a cement kiln bypass installation for extracting kiln bypass dust and exhaust gas from the calcination device, and a bypass filter connected to an exhaust end of the kiln bypass installation, wherein the step of introducing the carbonatable substance into the exhaust gas installation comprises introducing the carbonatable substance into the kiln bypass installation upstream of the bypass filter, and wherein the step of removing the synthetic carbonated mineral component from the exhaust gas installation comprises separating the synthetic material from the exhaust gas by means of said bypass filter and removing the synthetic material from the bypass filter.