mhurhangee/ep-ind-claims huggingface dataset:
A dry carbon dioxide (CO 2) capturing device which includes at least two, i.e. a first and second dry carbon dioxide (CO 2) capturing parts comprising: a first and second recovery reactors (104, 105) to recover CO 2 by contacting a solid sorbent with exhaust gas, which is fed from outside through an exhaust gas supply line and contains CO 2; a first and second recovery cyclones (106, 122) connected to the recovery reactors to discharge a gas while separating the solid sorbent capturing CO 2 ('CO 2 -captured solid sorbent') only; a first and second regenerators (110, 126) connected to the recovery cyclones (106, 122) to receive the CO 2 -captured solid sorbent and separate CO 2 captured in the solid sorbent through a fluidized gas; and a first and second pre-treatment reactors (116, 132) connected to the regenerators through sorbent supply lines to cool the solid sorbent free from CO 2 and feedback the cooled solid sorbent to the recovery reactors, wherein the first and second dry carbon dioxide (CO 2) capturing parts are connected to each other so as to feed an isolated gas, which is separated with the solid sorbent in the first recovery cyclone of the first dry CO 2 capturing part, to the second dry CO 2 capturing part through the exhaust gas supply line, and different solid sorbents are used in the first and second CO 2 capturing parts, and wherein the solid sorbent used in the first dry CO 2 capturing part has a lower sorption temperature range for absorbing CO 2 than the solid sorbent used in the second dry CO 2 capturing part. a first and second recovery reactors (104, 105) to recover CO 2 by contacting a solid sorbent with exhaust gas, which is fed from outside through an exhaust gas supply line and contains CO 2; a first and second recovery cyclones (106, 122) connected to the recovery reactors to discharge a gas while separating the solid sorbent capturing CO 2 ('CO 2 -captured solid sorbent') only; a first and second regenerators (110, 126) connected to the recovery cyclones (106, 122) to receive the CO 2 -captured solid sorbent and separate CO 2 captured in the solid sorbent through a fluidized gas; and a first and second pre-treatment reactors (116, 132) connected to the regenerators through sorbent supply lines to cool the solid sorbent free from CO 2 and feedback the cooled solid sorbent to the recovery reactors, wherein the first and second dry carbon dioxide (CO 2) capturing parts are connected to each other so as to feed an isolated gas, which is separated with the solid sorbent in the first recovery cyclone of the first dry CO 2 capturing part, to the second dry CO 2 capturing part through the exhaust gas supply line, and different solid sorbents are used in the first and second CO 2 capturing parts, and wherein the solid sorbent used in the first dry CO 2 capturing part has a lower sorption temperature range for absorbing CO 2 than the solid sorbent used in the second dry CO 2 capturing part.
Device for evaluating dark field X-ray images acquired during an ablation treatment directed towards a region of interest present in said dark field X-ray images, the device comprising: - an image receiver for receiving a set of dark field X-ray images acquired at a first time instant and at least a second time instant and comprising said region of interest, - a comparator for performing a comparison of dark field X-ray images of said set at said first time instant and at least said second time instant, - a signal generator for generating a signal indicating occurrence of a change in said dark field X-ray images acquired at said first time instant and at least said second time instant if said change is detected in said region of interest during said comparison. - an image receiver for receiving a set of dark field X-ray images acquired at a first time instant and at least a second time instant and comprising said region of interest, - a comparator for performing a comparison of dark field X-ray images of said set at said first time instant and at least said second time instant, - a signal generator for generating a signal indicating occurrence of a change in said dark field X-ray images acquired at said first time instant and at least said second time instant if said change is detected in said region of interest during said comparison.
A fusion protein comprising a first cytokine that is interleukin 13 and a second cytokine that is interleukin 4, interleukin 10, or IL13, wherein the first cytokine comprises a wild type IL13 amino acid sequence or the second cytokine comprises a wild type IL4, IL10, or IL13 amino acid sequence.
A system comprising a cast piece and a cast piece surface temperature measuring device for measuring a surface temperature of the cast piece, the cast piece surface temperature measuring device comprising: a magnetic field exciting device configured to apply an AC magnetic field substantially perpendicular to a surface of the cast piece; a magnetic field detecting device configured to detect the AC magnetic field to detect a magnetic flux varied in response to the surface temperature of the cast piece; and a surface temperature deriving device configured to derive the surface temperature of the cast piece based on an induced electromotive force obtained by detecting the AC magnetic field by the magnetic field detecting device and a predetermined relation data, wherein: the magnetic field exciting device includes a solenoidal excitation coil; the magnetic field detecting device includes a solenoidal detection coil interposed between the surface of the cast piece and the excitation coil; and the relation data is indicative of a correspondence relationship between the surface temperature of the cast piece and the induced electromotive force in a temperature range including a predetermined Curie point. a magnetic field exciting device configured to apply an AC magnetic field substantially perpendicular to a surface of the cast piece; a magnetic field detecting device configured to detect the AC magnetic field to detect a magnetic flux varied in response to the surface temperature of the cast piece; and a surface temperature deriving device configured to derive the surface temperature of the cast piece based on an induced electromotive force obtained by detecting the AC magnetic field by the magnetic field detecting device and a predetermined relation data, wherein: the magnetic field exciting device includes a solenoidal excitation coil; the magnetic field detecting device includes a solenoidal detection coil interposed between the surface of the cast piece and the excitation coil; and the relation data is indicative of a correspondence relationship between the surface temperature of the cast piece and the induced electromotive force in a temperature range including a predetermined Curie point. the magnetic field exciting device includes a solenoidal excitation coil; the magnetic field detecting device includes a solenoidal detection coil interposed between the surface of the cast piece and the excitation coil; and the relation data is indicative of a correspondence relationship between the surface temperature of the cast piece and the induced electromotive force in a temperature range including a predetermined Curie point.
Method for measuring a thickness d of a layer of a casting powder in a mould, wherein the layer at least partially covers a liquid metal in the mould, comprising the method steps of: - measuring a height position s P of an upper edge of the layer, wherein a first frequency-modulated electromagnetic wave (6, 6a) with frequencies of > 85 GHz, preferably < 135 GHz, is generated, the first wave (6, 6a) is emitted, the upper edge of the layer of the casting powder reflects the first wave (6, 6a), and the height position s P of the upper edge of the layer is determined on the basis of a delay between the first emitted wave (6, 6a) and the first reflected wave; - measuring a height position s M of an upper edge of the liquid metal in the mould; and - determining the thickness d of the layer of the casting powder. - measuring a height position s P of an upper edge of the layer, wherein a first frequency-modulated electromagnetic wave (6, 6a) with frequencies of > 85 GHz, preferably < 135 GHz, is generated, the first wave (6, 6a) is emitted, the upper edge of the layer of the casting powder reflects the first wave (6, 6a), and the height position s P of the upper edge of the layer is determined on the basis of a delay between the first emitted wave (6, 6a) and the first reflected wave; - measuring a height position s M of an upper edge of the liquid metal in the mould; and - determining the thickness d of the layer of the casting powder.
A multilayered film which is formed by laminating at least an inner layer film, an adhesive layer and an outer layer film in order, wherein the adhesive layer is formed of a solventless adhesive which contains a polyester-based main agent and a curing agent made of aliphatic isocyanate and alicyclic isocyanate.
A control circuit for monitoring the operation of an implantable blood pump, the control circuit comprising: a threshold value determination circuit operative to repeatedly determine a threshold value of a parameter related to thrust along an axis of a rotor of the pump based on values of the parameter occurring during a period of time prior to each determination; a comparison circuit operative to compare one or more values of the parameter with the threshold value from the last previous determination; and a condition determination circuit operative to determine the presence or absence of one of a suction condition and a suction clearance condition based at least in part on the result yielded by the comparison circuit. a threshold value determination circuit operative to repeatedly determine a threshold value of a parameter related to thrust along an axis of a rotor of the pump based on values of the parameter occurring during a period of time prior to each determination; a comparison circuit operative to compare one or more values of the parameter with the threshold value from the last previous determination; and a condition determination circuit operative to determine the presence or absence of one of a suction condition and a suction clearance condition based at least in part on the result yielded by the comparison circuit.
A composition comprising a mixture comprising a first compound of formula 11 wherein C n is a fullerene composed of n carbon atoms, optionally with one or more atoms trapped inside m is 0, o is 1 or 2, one substituent R is benzene, and the other substituent R is an ester group of formula C-34 wherein a is 3, and R 11 is methyl, and a second compound of formula 11, wherein m is 0, o is 1 or 2, one substituent R is benzene, and the other substituent R is an ester group of formula C-34, wherein a is 3 and R 11 is ethyl, propyl, butyl, pentyl or hexyl, as electron acceptor or n-type component, and further comprising one or more semiconducting compounds which have electron donor or p-type properties. C n is a fullerene composed of n carbon atoms, optionally with one or more atoms trapped inside m is 0, o is 1 or 2, one substituent R is benzene, and the other substituent R is an ester group of formula C-34 wherein a is 3, and R 11 is methyl, and a second compound of formula 11, wherein m is 0, o is 1 or 2, one substituent R is benzene, and the other substituent R is an ester group of formula C-34, wherein a is 3 and R 11 is ethyl, propyl, butyl, pentyl or hexyl, as electron acceptor or n-type component, and further comprising one or more semiconducting compounds which have electron donor or p-type properties.
A control system for providing an assist torque, comprising: a control algorithm module configured to calculate a corrective steering torque based on a target vehicle state and an estimated vehicle state, the corrective steering torque for causing a vehicle to reach the target vehicle state; and a coordination limit module configured to: compare the corrective steering torque and a steering assist torque generated by a handwheel torque caused by driver input to determine whether the steering assist torque is sufficient to cause the vehicle to reach the target vehicle state; and generate a coordination torque to combine with the steering assist torque when the steering assist torque is insufficient to bring the vehicle to reach the target vehicle state, the coordination torque combined with the steering assist torque causing the vehicle to reach the target vehicle state, characterized in that the coordination torque represents a higher value of one of a limited corrective steering torque and a steering assist torque with respect to a direction of the limited corrective steering torque. a control algorithm module configured to calculate a corrective steering torque based on a target vehicle state and an estimated vehicle state, the corrective steering torque for causing a vehicle to reach the target vehicle state; and a coordination limit module configured to: compare the corrective steering torque and a steering assist torque generated by a handwheel torque caused by driver input to determine whether the steering assist torque is sufficient to cause the vehicle to reach the target vehicle state; and generate a coordination torque to combine with the steering assist torque when the steering assist torque is insufficient to bring the vehicle to reach the target vehicle state, the coordination torque combined with the steering assist torque causing the vehicle to reach the target vehicle state, characterized in that the coordination torque represents a higher value of one of a limited corrective steering torque and a steering assist torque with respect to a direction of the limited corrective steering torque. compare the corrective steering torque and a steering assist torque generated by a handwheel torque caused by driver input to determine whether the steering assist torque is sufficient to cause the vehicle to reach the target vehicle state; and generate a coordination torque to combine with the steering assist torque when the steering assist torque is insufficient to bring the vehicle to reach the target vehicle state, the coordination torque combined with the steering assist torque causing the vehicle to reach the target vehicle state, characterized in that the coordination torque represents a higher value of one of a limited corrective steering torque and a steering assist torque with respect to a direction of the limited corrective steering torque.
Triangulation device (8,9,10) for measuring a measurement object by a projection of a structured light pattern onto the measurement object, the triangulation device comprising • a projector configured to project the structured light pattern with projection light, the projection light comprising at least one wavelength λ, onto the measurement object, the structured light pattern being decomposable into different spatial frequencies, the projector comprising □ a matrix of pixel elements (4,5,6,7), wherein an artifact pattern is defined by artifact regions (2,3) between neighboring pixel elements, and □ a lens system, wherein the lens system is arranged so that the projection light passing through the lens system defines a wavefront with a wavefront aberration from a spherical reference wavefront, and • a camera (9,10), the camera comprising a lens system and an imaging sensor, wherein the camera is configured to receive the structured light pattern projected by the projector onto the measurement object, and • a processing unit configured to provide distance information by evaluating imaging information provided by the camera (9,10), characterized in that the wavefront aberration is defined by a primary spherical aberration coefficient Z 9 of a Zernike decomposition, wherein Zernike polynomials defining the Zernike decomposition are ordered according to the Fringe Zernike coefficient ordering, wherein the primary spherical aberration coefficient Z 9 is larger than one fourth of the wavelength λ. • a projector configured to project the structured light pattern with projection light, the projection light comprising at least one wavelength λ, onto the measurement object, the structured light pattern being decomposable into different spatial frequencies, the projector comprising □ a matrix of pixel elements (4,5,6,7), wherein an artifact pattern is defined by artifact regions (2,3) between neighboring pixel elements, and □ a lens system, wherein the lens system is arranged so that the projection light passing through the lens system defines a wavefront with a wavefront aberration from a spherical reference wavefront, and □ a matrix of pixel elements (4,5,6,7), wherein an artifact pattern is defined by artifact regions (2,3) between neighboring pixel elements, and □ a lens system, wherein the lens system is arranged so that the projection light passing through the lens system defines a wavefront with a wavefront aberration from a spherical reference wavefront, and • a camera (9,10), the camera comprising a lens system and an imaging sensor, wherein the camera is configured to receive the structured light pattern projected by the projector onto the measurement object, and • a processing unit configured to provide distance information by evaluating imaging information provided by the camera (9,10),
An accessory that can be attached to a camera body, the camera body including a first camera-side clock terminal (CLK) that outputs a first clock signal, a first camera-side data terminal (DATAB) that outputs a first data signal in synchronization with the first clock signal, and a third camera-side data terminal (DATAL) to which a third data signal is input in synchronization with the first clock signal, the accessory comprising at least three terminals, of which: an eighth terminal (CLK) is arranged to be brought into contact with the first camera-side clock terminal; a seventh terminal (DATAB) is arranged to be brought into contact with the first camera-side data terminal; and a ninth terminal (DATAL) is arranged to be brought into contact with the third camera-side data terminal, wherein the eighth terminal is positioned between and adjacent to the seventh terminal and the ninth terminal. an eighth terminal (CLK) is arranged to be brought into contact with the first camera-side clock terminal; a seventh terminal (DATAB) is arranged to be brought into contact with the first camera-side data terminal; and a ninth terminal (DATAL) is arranged to be brought into contact with the third camera-side data terminal, wherein the eighth terminal is positioned between and adjacent to the seventh terminal and the ninth terminal.
A removable controller accessory (114, 1100, 1200, 1300) for a game controller, the removable controller accessory (114, 1100, 1200, 1300) comprising: a first side (115, 1102, 1202, 1302) including a finger interface (115', 1106, 1206, 1306), the finger interface (115', 1106, 1206, 1306) sized and shaped for manual manipulation by a finger; and a second side (116, 1104, 1204, 1304) opposite the first side (115, 1102, 1202, 1302), the second side (116, 1104, 1204, 1304) including a mounting interface (116', 1108, 1208, 1308) configured to selectively mate with an accessory-retention feature of a mounting platform of the game controller to removably affix the removable controller accessory (114, 1100, 1200, 1300) to the mounting platform, wherein the mounting interface (116', 1108, 1208, 1308) is made at least partially of ferromagnetic material, wherein the accessory-retention feature of the mounting platform includes one or more magnets (506A, 506B, 506C, 506D), and wherein the removable controller accessory (114, 1100, 1200, 1300) is removably affixable to the mounting platform through a magnetic attraction between the one or more magnets (506A, 506B, 506C, 506D) and the ferromagnetic material. a first side (115, 1102, 1202, 1302) including a finger interface (115', 1106, 1206, 1306), the finger interface (115', 1106, 1206, 1306) sized and shaped for manual manipulation by a finger; and a second side (116, 1104, 1204, 1304) opposite the first side (115, 1102, 1202, 1302), the second side (116, 1104, 1204, 1304) including a mounting interface (116', 1108, 1208, 1308) configured to selectively mate with an accessory-retention feature of a mounting platform of the game controller to removably affix the removable controller accessory (114, 1100, 1200, 1300) to the mounting platform, wherein the mounting interface (116', 1108, 1208, 1308) is made at least partially of ferromagnetic material, wherein the accessory-retention feature of the mounting platform includes one or more magnets (506A, 506B, 506C, 506D), and wherein the removable controller accessory (114, 1100, 1200, 1300) is removably affixable to the mounting platform through a magnetic attraction between the one or more magnets (506A, 506B, 506C, 506D) and the ferromagnetic material.
A method of manufacturing a personalised mattress, comprising the following steps - Determining a person's physical characteristics - Determining the person's body shape based on body characteristics - Determining a person's preferred sleeping position with a position sensor - Determining a spatially resolved nominal field of indentation depths (e 1, e n) of a model for the mattress to be manufactured for the body shape when in the preferred sleeping position - Determining the target material stiffness from the indentation depths (e 1, e n) using a force-displacement map - Generating production data through a spatially resolved selection of materials and/or material structures from a set of material parameters to provide the target material stiffness. - Determining a person's physical characteristics - Determining the person's body shape based on body characteristics - Determining a person's preferred sleeping position with a position sensor - Determining a spatially resolved nominal field of indentation depths (e 1, e n) of a model for the mattress to be manufactured for the body shape when in the preferred sleeping position - Determining the target material stiffness from the indentation depths (e 1, e n) using a force-displacement map - Generating production data through a spatially resolved selection of materials and/or material structures from a set of material parameters to provide the target material stiffness.
A computer-implemented method for verifying the authenticity of trusted execution environments, TEEs, the method comprising: establishing, by a key management, KM, TEE of a KM node, a trust relationship with a plurality of KM TEEs in a plurality of KM nodes based on performing mutual attestations with the plurality of KM TEEs, wherein the KM node and the plurality of KM nodes are in a consortium blockchain; initiating, by the KM TEE, a consensus process with the plurality of KM TEEs for reaching consensus on providing one or more encryption keys to a service TEE of the KM node; in response to reaching the consensus with the plurality of KM TEEs, initiating, by the KM TEE, a local attestation process with a service TEE in the KM node; determining, by the KM TEE, that the local attestation process is successful; and in response to determining that the local attestation process is successful, providing, by the KM TEE, one or more encryption keys to the TEE executing on the computing device. establishing, by a key management, KM, TEE of a KM node, a trust relationship with a plurality of KM TEEs in a plurality of KM nodes based on performing mutual attestations with the plurality of KM TEEs, wherein the KM node and the plurality of KM nodes are in a consortium blockchain; initiating, by the KM TEE, a consensus process with the plurality of KM TEEs for reaching consensus on providing one or more encryption keys to a service TEE of the KM node; in response to reaching the consensus with the plurality of KM TEEs, initiating, by the KM TEE, a local attestation process with a service TEE in the KM node; determining, by the KM TEE, that the local attestation process is successful; and in response to determining that the local attestation process is successful, providing, by the KM TEE, one or more encryption keys to the TEE executing on the computing device.