mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring and displaying the bone density of a patient, comprising the following method steps: 1.1. - Use of a CT scan of the patient with at least two different x-ray energy regions (E1, E2), so that separate projection data exists for each x-ray energy region (E1, E2), 1.2. - Generation of volume displays for bone material and at least one further material composition (3D K, 3D F, 3D W), characterised in that the method has the following steps: 1.3. - Calculation of two simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) with a different x-ray energy spectrum (EH, EL) in each instance using the volume displays for bone material and the at least one further material composition (3D K, 3D F, 3D W), 1.4. - Use of the two simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) to determine the specific bone mass occupancy according to the DEXA method, 1.5. - Generation and output of at least one projection recording using at least one of the simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) and at least one average, specific bone mass occupancy in at least one predetermined region of the at least one projection recording. 1.1. - Use of a CT scan of the patient with at least two different x-ray energy regions (E1, E2), so that separate projection data exists for each x-ray energy region (E1, E2), 1.2. - Generation of volume displays for bone material and at least one further material composition (3D K, 3D F, 3D W), characterised in that the method has the following steps: 1.3. - Calculation of two simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) with a different x-ray energy spectrum (EH, EL) in each instance using the volume displays for bone material and the at least one further material composition (3D K, 3D F, 3D W), 1.4. - Use of the two simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) to determine the specific bone mass occupancy according to the DEXA method, 1.5. - Generation and output of at least one projection recording using at least one of the simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) and at least one average, specific bone mass occupancy in at least one predetermined region of the at least one projection recording. 1.3. - Calculation of two simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) with a different x-ray energy spectrum (EH, EL) in each instance using the volume displays for bone material and the at least one further material composition (3D K, 3D F, 3D W), 1.4. - Use of the two simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) to determine the specific bone mass occupancy according to the DEXA method, 1.5. - Generation and output of at least one projection recording using at least one of the simulated DEXA projection recordings (DEXA-P EH, DEXA-P EL) and at least one average, specific bone mass occupancy in at least one predetermined region of the at least one projection recording.
A method implemented by a first device, the method comprising: sensing at least one of a user input and an event occurring within a screen area of the first device; displaying a first type of control element and a first parameter associated with the first type of control element on the screen area based on the sensing, the first type of control element being movable within the screen area; receiving a first user interaction on the screen area, the first user interaction including a first dragging of the first type of control element to the first parameter and holding it there; displaying a second parameter associated with the first parameter on the screen area based on the first user interaction (1028, 1030); receiving a second user interaction on the screen area, the second user interaction including a second dragging of the first type of control element to the second parameter and dropping it there (1030, 1032, 1034); and executing at least one function of the first device or a second device connected to the first device based on a linkage of the first type of control element with the first and second parameters. sensing at least one of a user input and an event occurring within a screen area of the first device; displaying a first type of control element and a first parameter associated with the first type of control element on the screen area based on the sensing, the first type of control element being movable within the screen area; receiving a first user interaction on the screen area, the first user interaction including a first dragging of the first type of control element to the first parameter and holding it there; displaying a second parameter associated with the first parameter on the screen area based on the first user interaction (1028, 1030); receiving a second user interaction on the screen area, the second user interaction including a second dragging of the first type of control element to the second parameter and dropping it there (1030, 1032, 1034); and executing at least one function of the first device or a second device connected to the first device based on a linkage of the first type of control element with the first and second parameters.
Method for non-destructive testing of synthetic ropes wherein the rope in use is subjected to X-ray, terahertz, permanent magnetic field or electromagnetic analysis to determine a pattern, the results of the analysis are compared with a standard pattern determined by the analysis, and the results of the comparison are used in determining whether the rope is fit for use wherein the rope comprises at least two types of fibers, wherein the first fiber type has a density which differs from the density of the second fiber type and wherein the second fiber type is of the same polymer material as the first fiber type, but provided with a high-density or low-density material, wherein a high-density, respectively a low-density material, is a material having a higher density, respectively a lower density, than the first fiber type.
Inhaler, preferably for insertion into a nostril, in particular of a horse, with a discharge nozzle and a respiration indicator, wherein the inhaler has a chamber wall forming a chamber and a dispensing device for fluidic connection of the chamber to a body opening, preferably the nostril, wherein the chamber is formed from a dimensionally stable material, wherein the chamber comprises an intake opening and the dispensing device comprises an outlet, wherein the inhaler is closed and/or airtight between the intake opening and the outlet, wherein the chamber is designed for intermediate storage of an aerosol that is realized by the inhaler, and wherein the respiration indicator comprises a wall section of the chamber wall or is formed thereby, wherein the wall section is flexible and configured to indicate a respiratory activity by deformation and/or movement, characterized in that the wall section has a surface area that is more than 2 cm 2 and less than 25 cm 2, and/or in that the wall section is curved with a material excess increasing inward, whereby the wall section is adapted to occupy two stable states, in each of which the wall section is curved. wherein the chamber comprises an intake opening and the dispensing device comprises an outlet, wherein the inhaler is closed and/or airtight between the intake opening and the outlet, wherein the chamber is designed for intermediate storage of an aerosol that is realized by the inhaler, and wherein the respiration indicator comprises a wall section of the chamber wall or is formed thereby, wherein the wall section is flexible and configured to indicate a respiratory activity by deformation and/or movement, characterized in that the wall section has a surface area that is more than 2 cm 2 and less than 25 cm 2, and/or in that the wall section is curved with a material excess increasing inward, whereby the wall section is adapted to occupy two stable states, in each of which the wall section is curved.
Elevator system which comprises an elevator car to be moved in an elevator hoistway with a hoisting machine of an elevator, wherein the elevator system comprises a measuring arrangement for measuring the movement of the elevator car, which measuring arrangement comprises identifiers (2A, 2B, 2C, 2D) disposed at set points in the elevator hoistway, each of which identifiers (2A, 2B, 2C, 2D) contains at least one property to be measured, which property to be measured is made to be variable in the direction of movement of the elevator car; and which measuring arrangement comprises at least one measuring apparatus, which measuring apparatus is fitted in connection with the elevator car and which measuring apparatus is arranged to move in the elevator hoistway along with the elevator car; and which measuring apparatus is arranged to separately read the property to be measured of each aforementioned identifier after the measuring apparatus has moved in the elevator hoistway to the reading point individual for the identifier (2A, 2B, 2C, 2D) to be read; wherein a speed of the elevator car in the reading situation of the identifier (2A, 2B, 2C, 2D) is determined from the time variation of the property to be measured of the identifier in question; characterized in that the elevator system comprises an acceleration sensor, which is disposed in connection with the elevator car, and in that the elevator system comprises a determination part of the movement of the elevator car, which determination part of movement is arranged to determine a speed of the elevator car from the measuring signal of the aforementioned acceleration sensor, and in that the determination part of the movement of the elevator car is arranged to modify the speed information of the elevator car determined from the measuring signal of the aforementioned acceleration sensor by means of the speed information of the elevator car determined from the time variation of the property to be measured of an identifier.
A front structure of a motor vehicle including: - two longitudinal structural profiles (108a, 108b) extending essentially parallel to the front of the vehicle; - two deformable profiles (106a, 106b) extending, respectively, in the front extension of the structural profiles (108a, 108b) and attached at their front end via attachment means; - a curved transverse beam attached to the front ends of the deformable profiles (106a, 106b); the attachment means of one of the deformable profiles to the corresponding structural profile being configured so as to permit a transverse displacement, towards the exterior, of the rear end of said deformable profile with respect to the front end of the structural profile, in the event of impact on the curved beam, so as to create a lateral deformation, towards the exterior, of the front end of the corresponding structural profile, characterized in that the attachment means of the deformable profile intended to move with respect to the corresponding structural profile include one or more oblong orifices oriented along a transverse direction and a screw engaging said orifice or each of said orifices, respectively. - two longitudinal structural profiles (108a, 108b) extending essentially parallel to the front of the vehicle; - two deformable profiles (106a, 106b) extending, respectively, in the front extension of the structural profiles (108a, 108b) and attached at their front end via attachment means; - a curved transverse beam attached to the front ends of the deformable profiles (106a, 106b);
A vehicle including an internal cabin and a lavatory system within the internal cabin (100, 152), the lavatory system comprising: an enclosure defining an interior chamber; a first lavatory unit (156, 302) within the interior chamber; a second lavatory unit (158, 304) within the interior chamber, wherein the second lavatory unit (156, 302) is adjacent to the first lavatory unit (156, 302); and a containment compartment common to the first lavatory unit (156, 302) and the second lavatory unit (158, 304), wherein the containment compartment extends through a divider wall (196, 306) that separates the first lavatory unit (156, 302) from the second lavatory unit (158, 304), wherein the divider wall (196, 306) is movable between a closed position that separates the interior chamber into the first lavatory unit (156, 302) and the second lavatory unit (158, 304), and an open position, in which the interior chamber provides an enlarged, expanded single lavatory space, and a barrier movably coupled to one of the first lavatory unit (156, 302) or the second lavatory unit (158, 304), wherein the barrier is movable between an extended position, in which the barrier is disposed in front of an exit door of the vehicle, and a retracted position, in which the exit door is visible within the internal cabin (100, 152). an enclosure defining an interior chamber; a first lavatory unit (156, 302) within the interior chamber; a second lavatory unit (158, 304) within the interior chamber, wherein the second lavatory unit (156, 302) is adjacent to the first lavatory unit (156, 302); and a containment compartment common to the first lavatory unit (156, 302) and the second lavatory unit (158, 304), wherein the containment compartment extends through a divider wall (196, 306) that separates the first lavatory unit (156, 302) from the second lavatory unit (158, 304), wherein the divider wall (196, 306) is movable between a closed position that separates the interior chamber into the first lavatory unit (156, 302) and the second lavatory unit (158, 304), and an open position, in which the interior chamber provides an enlarged, expanded single lavatory space, and a barrier movably coupled to one of the first lavatory unit (156, 302) or the second lavatory unit (158, 304), wherein the barrier is movable between an extended position, in which the barrier is disposed in front of an exit door of the vehicle, and a retracted position, in which the exit door is visible within the internal cabin (100, 152).
A computer-implemented method for automatically reducing false positives in a domain discovery process, the method comprising: analyzing, by a rules engine, a match produced by a domain discovery system, the match comprising a domain name determined by the domain discovery system as matching a seed domain; extracting, by the rules engine utilizing a natural language processing, NLP, library, a sequence of segments from the match exclusive of a top-level domain, TLD; assigning, by the rules engine utilizing the NLP library, a lexical category to each segment of the sequence of segments; determining, by the rules engine through fuzzy string matching, a segment of the sequence of segments that is closest to a string of the seed domain; comparing, by the rules engine, the lexical category of the segment of the sequence of segments that is closest to the string of the seed domain with a lexical category of the string of the seed domain; determining, by the rules engine based on the comparing, whether the match is relevant to the seed domain; in response to a determination by the rules engine that the match is not relevant to the seed domain, identifying, by the rules engine, the match produced by the domain discovery system as a false positive; and automatically removing the false positive from a set of matches produced by the domain discovery system for the seed domain. analyzing, by a rules engine, a match produced by a domain discovery system, the match comprising a domain name determined by the domain discovery system as matching a seed domain; extracting, by the rules engine utilizing a natural language processing, NLP, library, a sequence of segments from the match exclusive of a top-level domain, TLD; assigning, by the rules engine utilizing the NLP library, a lexical category to each segment of the sequence of segments; determining, by the rules engine through fuzzy string matching, a segment of the sequence of segments that is closest to a string of the seed domain; comparing, by the rules engine, the lexical category of the segment of the sequence of segments that is closest to the string of the seed domain with a lexical category of the string of the seed domain; determining, by the rules engine based on the comparing, whether the match is relevant to the seed domain; in response to a determination by the rules engine that the match is not relevant to the seed domain, identifying, by the rules engine, the match produced by the domain discovery system as a false positive; and automatically removing the false positive from a set of matches produced by the domain discovery system for the seed domain.
A water soluble polymeric tandem dye comprising: a multichromophore that is a conjugated polymer comprising π conjugated BODIPY units; and an acceptor chromophore that is covalently linked to the multichromophore in energy-receiving proximity therewith, wherein the multichromophore is described by the formula: wherein: B 1 and B 2 are each independently a BODIPY unit; each M 1 and each M 2 are independently a π conjugated co-monomer π conjugated to B 1 or B 2; a, b, c, d, e and f are each independently 0, 1 or 2, wherein b+e ≥ 1; n is 0 or n and m are an integer from 1 to 100,000, wherein n+m ≥ 1; p is an integer from 1 to 100,000; and each L 2 is independently selected from the group consisting of a terminal group, a π conjugated segment, a linker and a linked specific binding member, wherein the dye is described by formula: or formula wherein each L 1 is an optional linker and each C 1 is an acceptor chromophore, or wherein the dye is described by the formula: or formula wherein each L 1 is an optional linker and each C 1 is an acceptor chromophore, and wherein for formulas,,,, B 1, B 2, M 1, M 2, n, m, p and each L 2 is as defined for formula. a multichromophore that is a conjugated polymer comprising π conjugated BODIPY units; and an acceptor chromophore that is covalently linked to the multichromophore in energy-receiving proximity therewith, wherein the multichromophore is described by the formula: wherein: B 1 and B 2 are each independently a BODIPY unit; each M 1 and each M 2 are independently a π conjugated co-monomer π conjugated to B 1 or B 2; a, b, c, d, e and f are each independently 0, 1 or 2, wherein b+e ≥ 1; n is 0 or n and m are an integer from 1 to 100,000, wherein n+m ≥ 1; p is an integer from 1 to 100,000; and each L 2 is independently selected from the group consisting of a terminal group, a π conjugated segment, a linker and a linked specific binding member, wherein the dye is described by formula: or formula wherein each L 1 is an optional linker and each C 1 is an acceptor chromophore, or wherein the dye is described by the formula: or formula wherein each L 1 is an optional linker and each C 1 is an acceptor chromophore, and wherein for formulas,,,, B 1, B 2, M 1, M 2, n, m, p and each L 2 is as defined for formula.
A bale processing system for removing wrapping foil from a wrapped feedbale, comprising: - a handling device (50, 60), and - a perforating member (30, 30'), characterized in that the perforating member is configured to form a tear line in the wrapping foil, that the system comprises - a pressure member for applying pressure onto the tear line to tear the wrapping foil along the tear line, and that the handling device (50, 60) is configured to enable movement of an outer surface of the bale along the perforating member (30, 30') and/or the pressure member. - a handling device (50, 60), and - a perforating member (30, 30'), characterized in that the perforating member is configured to form a tear line in the wrapping foil, that the system comprises - a pressure member for applying pressure onto the tear line to tear the wrapping foil along the tear line,
A device for detecting and notifying the preparatory phase of parturition of a bovine or equine animal, adapted to be attached to the tail of said bovine or said equine, comprising: - means for measuring the components of the acceleration of said device along at least one axis, and preferably along three orthogonal axes; - means for processing the measurement data of said components, intended for detecting an occurrence of said preparatory phase, comprising means for comparing a sequence of said measurement data with two, three or four reference data sequences, each representative of a physiological or behavioural manifestation of said bovine or said equine belonging to the group comprising: - muscle contractions of the womb; - colics resulting from uterine pain; - tail rising; - overactivity; - means for generating a radiocommunication signal configured so as to generate said signal in case where said occurrence is detected; - means for transmitting said generated signal to a collector forming a relay or to a terminal. - means for measuring the components of the acceleration of said device along at least one axis, and preferably along three orthogonal axes; - means for processing the measurement data of said components, intended for detecting an occurrence of said preparatory phase, comprising means for comparing a sequence of said measurement data with two, three or four reference data sequences, each representative of a physiological or behavioural manifestation of said bovine or said equine belonging to the group comprising: - muscle contractions of the womb; - colics resulting from uterine pain; - tail rising; - overactivity; - means for generating a radiocommunication signal configured so as to generate said signal in case where said occurrence is detected; - means for transmitting said generated signal to a collector forming a relay or to a terminal.
A method for operating a mobile station, MS, the method comprising: receiving, from a base station, BS, common reference signals transmitted through a plurality of beams in a plurality of directions; transmitting a first feedback to the BS based on the common reference signals; receiving information regarding a configuration for an MS-specific reference signal from the BS; receiving, from the BS, the MS specific reference signal through at least one beam in a subset of the plurality of directions, which is specific to the MS; and transmitting a second feedback to the BS based on the MS specific reference signal, wherein the configuration for the MS-specific reference signal is determined based on the first feedback, wherein the at least one beam is determined based on the first feedback, and wherein at least one of a beam width or a beamforming gain for each of the plurality of beams is different from at least one of a beam width or a beamforming gain for each of the at least one beam. receiving, from a base station, BS, common reference signals transmitted through a plurality of beams in a plurality of directions; transmitting a first feedback to the BS based on the common reference signals; receiving information regarding a configuration for an MS-specific reference signal from the BS; receiving, from the BS, the MS specific reference signal through at least one beam in a subset of the plurality of directions, which is specific to the MS; and transmitting a second feedback to the BS based on the MS specific reference signal, wherein the configuration for the MS-specific reference signal is determined based on the first feedback, wherein the at least one beam is determined based on the first feedback, and wherein at least one of a beam width or a beamforming gain for each of the plurality of beams is different from at least one of a beam width or a beamforming gain for each of the at least one beam.