mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a radio network device, the method comprising: determining a required enhanced coverage level; determining a set of available narrowband carriers that support the determined required enhanced coverage level; prior to determining the set of available narrowband carriers, receiving from a broadcast message on an anchor narrowband carrier, an indication of which available narrowband carriers support which enhanced coverage levels; and by applying a predetermined function to parameters known to both the radio network device and the network, selecting one narrowband carrier from the set, on which to receive or transmit a message, wherein the parameters known to both the radio network device and the network include a parameter derived from a unique identifier of the device and/or the number of carriers in the determined set of available narrowband carriers that support the determined enhanced coverage level. determining a required enhanced coverage level; determining a set of available narrowband carriers that support the determined required enhanced coverage level; prior to determining the set of available narrowband carriers, receiving from a broadcast message on an anchor narrowband carrier, an indication of which available narrowband carriers support which enhanced coverage levels; and by applying a predetermined function to parameters known to both the radio network device and the network, selecting one narrowband carrier from the set, on which to receive or transmit a message, wherein the parameters known to both the radio network device and the network include a parameter derived from a unique identifier of the device and/or the number of carriers in the determined set of available narrowband carriers that support the determined enhanced coverage level.
A computer-implemented method comprising: receiving an access control list, ACL, comprising a list of Access Control entries, ACEs; representing the ACEs as a plurality of canonical ACEs, each comprising a plurality of data fields in a predefined format; grouping the canonical ACEs into a plurality of candidate compression groups, CCGs; identifying, in each of the CCGs, a plurality of equivalent canonical ACEs corresponding to a plurality of mismatching data values across a designated data field and a same data value across a plurality of remaining data fields; and merging together, in each of the CCGs, the plurality of equivalent canonical ACEs in an iterative manner by varying the designated data field, to thereby convert the plurality of canonical ACEs, in each of the CCGs, into at least one of one or more Object-group based ACEs for a group of users/devices or one or more Security-group based ACEs for a particular security group; wherein grouping ACEs comprises grouping into each CCG a set of contiguous ACEs in the supplied ACL that prescribe the same action, such that a given CCG ends when a first ACE of the opposite action is identified; and wherein the merging is performed in each CCG separately, such that ACEs corresponding to opposite actions or ACEs that correspond to the same action but are separated in the ACL by one or more ACEs associated with the opposite action are not merged in the merging step. receiving an access control list, ACL, comprising a list of Access Control entries, ACEs; representing the ACEs as a plurality of canonical ACEs, each comprising a plurality of data fields in a predefined format; grouping the canonical ACEs into a plurality of candidate compression groups, CCGs; identifying, in each of the CCGs, a plurality of equivalent canonical ACEs corresponding to a plurality of mismatching data values across a designated data field and a same data value across a plurality of remaining data fields; and merging together, in each of the CCGs, the plurality of equivalent canonical ACEs in an iterative manner by varying the designated data field, to thereby convert the plurality of canonical ACEs, in each of the CCGs, into at least one of one or more Object-group based ACEs for a group of users/devices or one or more Security-group based ACEs for a particular security group; wherein grouping ACEs comprises grouping into each CCG a set of contiguous ACEs in the supplied ACL that prescribe the same action, such that a given CCG ends when a first ACE of the opposite action is identified; and wherein the merging is performed in each CCG separately, such that ACEs corresponding to opposite actions or ACEs that correspond to the same action but are separated in the ACL by one or more ACEs associated with the opposite action are not merged in the merging step.
An electrically conductive composite comprising: a dielectric material having a first side and a second side; conductive particles within the dielectric material, said conductive particles being aligned to form a plurality of conductive paths (22a, 22b, 22c) from the first side to the second side of the dielectric material, each of said conductive paths (22a, 22b, 22c) being formed of at least a plurality of conductive particles; and a discontinuous layer of a conductive material on a first side of the dielectric layer, said discontinuous layer including a plurality of non-mutually connected portions that cover portions of, but not all of, the first side of the dielectric material such that exposed portions of the underlying first side of the dielectric material remain exposed through the discontinuous layer, yet the discontinuous layer facilitates the electronic coupling together of a plurality of the conductive paths (22a, 22b, 22c) from the first side to the second side of the dielectric material. a dielectric material having a first side and a second side; conductive particles within the dielectric material, said conductive particles being aligned to form a plurality of conductive paths (22a, 22b, 22c) from the first side to the second side of the dielectric material, each of said conductive paths (22a, 22b, 22c) being formed of at least a plurality of conductive particles; and a discontinuous layer of a conductive material on a first side of the dielectric layer, said discontinuous layer including a plurality of non-mutually connected portions that cover portions of, but not all of, the first side of the dielectric material such that exposed portions of the underlying first side of the dielectric material remain exposed through the discontinuous layer, yet the discontinuous layer facilitates the electronic coupling together of a plurality of the conductive paths (22a, 22b, 22c) from the first side to the second side of the dielectric material.
Method for starting a turbine engine in cold weather where the when the outside temperature is typically less than -10°C, even less than -30°C; the turbine engine comprising a starting system intended for rotating a drive shaft of the turbine engine, the method comprising the following steps: - a pre-starting step, wherein a first starting signal is generated to control the drive shaft in a first direction of rotation about a longitudinal axis and in a second opposite direction of rotation in an alternating manner so as to generate oscillations, and - a starting step, wherein a second starting signal is generated to control the drive shaft of the turbine engine in a normal direction of rotation corresponding to one of the first and second direction of rotation and wherein the drive shaft is rotated until a rotation speed that causes the turbine engine to start. - a pre-starting step, wherein a first starting signal is generated to control the drive shaft in a first direction of rotation about a longitudinal axis and in a second opposite direction of rotation in an alternating manner so as to generate oscillations, and - a starting step, wherein a second starting signal is generated to control the drive shaft of the turbine engine in a normal direction of rotation corresponding to one of the first and second direction of rotation and wherein the drive shaft is rotated until a rotation speed that causes the turbine engine to start.
A method for capturing an item of laundry, wherein a point of the item of laundry is grabbed or drawn by suction by a capturing means and is transported away by the capturing means, wherein the topography of the item of laundry is ascertained by a three-dimensional image generating, image-forming measure, the at least one point at which the item of laundry is intended to be captured and/or preferably can be captured by the capturing means is ascertained on the basis of the topography of the item of laundry, the capturing means is moved to the point in a specifically controlled manner, and the item of laundry is captured by the capturing means, wherein the preferred point for capturing the item of laundry is chosen from several alternatives and is the point which can be grabbed by the capturing means in a particularly expedient or rapid manner and is advantageous for the further treatment of the item of laundry, and wherein a region of the item of laundry with a very large curvature, a bend, a fold, an edge and/or a corner of the item of laundry is determined as the point.
A method of performing high-cycle fatigue testing on a gas turbine engine component, the method including the steps of: attaching one or more masses to the component; and exciting the component together with the attached mass or masses at a low fundamental frequency, wherein the attached mass or masses create in the component a stress distribution characteristic of a more complex mode associated with a high frequency, the high frequency being higher than the low fundamental frequency, so that the failure mode of the component is characteristic of the more complex mode. attaching one or more masses to the component; and exciting the component together with the attached mass or masses at a low fundamental frequency,
A method of producing spider silk particles loaded with a compound comprising the steps of: i) providing spider silk particles that consist of an outer surface and an inner solid matrix, the matrix comprising one or more spider silk polypeptides comprising at least two identical repetitive units, and ii) incubating said spider silk particles with at least one compound, wherein the compound is water-soluble and has a molecular weight of between 50 Da and 20 kDa. i) providing spider silk particles that consist of an outer surface and an inner solid matrix, the matrix comprising one or more spider silk polypeptides comprising at least two identical repetitive units, and ii) incubating said spider silk particles with at least one compound, wherein the compound is water-soluble and has a molecular weight of between 50 Da and 20 kDa.
Propulsion apparatus for space vehicles, comprising at least a thruster comprising a solid state oxygen-rich source layer, means for extracting oxygen ions from said solid state oxygen-rich source layer, means (16, 14, 17) for accelerating correspondingly extracted oxygen ions into vacuum, characterized in that it comprises a stack including said solid state oxygen-rich source layer, an active layer being deposited above said solid state oxygen-rich source layer, in contact with said solid state oxygen-rich source layer, said active layer being formed with a material different from said solid state oxygen-rich source layer, said material being an oxide presenting impedance hysteresis behavior, in which in a low resistance state oxygen ions are expelled through the active layer and in which in a high resistance state the active layer ceases expelling ions.
A method for inspecting product packages using a linear image sensor, successively delivering lines of images, each inspected package being in motion relative to said sensor and being illuminated using at least one lighting system, the method being characterized in that one: • acquires cyclically, for each movement increment, a sequence of n successive lines of images ( I1, I2,... In) (with n greater than 1), so as to obtain, for j movement increments, sequences (S1, S2,... Sj),the n lines of images of each sequence being obtained with different exposure times ( Ti) and/or different lighting conditions ( Ek), • groups together the obtained lines of images (I1, 12,... In) in the sequences with both the same exposure time ( Ti) and the same lighting conditions ( Ek) so as to obtain n superimposable images (I1, 12,... In) with at least j lines of images, the images being obtained with different exposure times ( Ti) and/or different lighting conditions ( Ek), • analyzes, separately or in combination, the n images (I1, 12,... In) in order to determine at least one characteristic of the inspected package(s). • acquires cyclically, for each movement increment, a sequence of n successive lines of images ( I1, I2,... In) (with n greater than 1), so as to obtain, for j movement increments, sequences (S1, S2,... Sj),the n lines of images of each sequence being obtained with different exposure times ( Ti) and/or different lighting conditions ( Ek), • groups together the obtained lines of images (I1, 12,... In) in the sequences with both the same exposure time ( Ti) and the same lighting conditions ( Ek) so as to obtain n superimposable images (I1, 12,... In) with at least j lines of images, the images being obtained with different exposure times ( Ti) and/or different lighting conditions ( Ek), • analyzes, separately or in combination, the n images (I1, 12,... In) in order to determine at least one characteristic of the inspected package(s).
A grass trimmer comprising an extending rod extending longitudinally; a housing arranged at one end of said extending rod; a handle arranged on said extending rod and spaced from said housing by a distance; a grass trimming head connected to said housing, wherein said grass trimming head comprises a base, a cap matched and connected to said base and a spool arranged between said base and said cap, wherein said spool has a first state static relative to said base a main motor driving the grass trimming head to rotate around an axis; a main switch controlling said main motor; and a cord delivering mechanism, wherein said cord delivering mechanism comprises a cord delivering electronic switch independent of said main switch and a control device, wherein when the main switch is switched on, the main motor drives the grass trimming head to rotate and said cord delivering electronic switch operably electrically controls said control device to enable said spool to be in a second state capable of generating a rotary speed difference relative to said base, characterized in that said control device comprises a control circuit electrically connected to said main motor and said control circuit is used for controlling said main motor to be converted between a normal working speed and a cord delivering speed.
A method of navigating an unmanned ground vehicle, UGV,, the UGV comprising a scanning device providing scanning output data and a processing unit, wherein the UGV exhibits a delay in execution of navigation commands generated for navigating the UGV, the method is characterized by: before generating a new navigation command, estimating, by the processing unit, an expected state of the UGV expected to be when the new navigation command is to be executed, wherein the expected state is estimated based on accumulated effects of execution of one or more pending commands preceding the new navigation command, and which are bound to be executed during a delay in execution of the new navigation command; generating, by the processing unit, the new navigation command based on the expected state; and following execution of the one or more pending commands, executing the new navigation command, for steering the UGV. before generating a new navigation command, estimating, by the processing unit, an expected state of the UGV expected to be when the new navigation command is to be executed, wherein the expected state is estimated based on accumulated effects of execution of one or more pending commands preceding the new navigation command, and which are bound to be executed during a delay in execution of the new navigation command; generating, by the processing unit, the new navigation command based on the expected state; and following execution of the one or more pending commands, executing the new navigation command, for steering the UGV.
A pharmaceutical composition containing, as active ingredients, (i) lysophosphatidylcholine or a compound represented by the Chemical Formula 2: wherein, R 2 is C 4-30 alkyl, or C 4-30 alkenyl having one or more double bonds; and (ii) an antibiotic selected from the group consisting of DW286 (7-[3-(aminomethyl)-4-(methoxyimino)-3-methyltetrahydro-1H-1-pyrrolyl]-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro[1,8]naphthyridine-3-carboxylic acid hydrochloric acid salt), ciprofloxacin hydrochloride hydrate, ceftriaxone sodium, doripenem, vancomycin hydrochloride, tobramycin and fusidic acid; for use in the enhancement of immunity or treatment of bacterial infections. (i) lysophosphatidylcholine or a compound represented by the Chemical Formula 2: wherein, R 2 is C 4-30 alkyl, or C 4-30 alkenyl having one or more double bonds; and (ii) an antibiotic selected from the group consisting of DW286 (7-[3-(aminomethyl)-4-(methoxyimino)-3-methyltetrahydro-1H-1-pyrrolyl]-1-cyclopropyl-6-fluoro-4-oxo-1,4-dihydro[1,8]naphthyridine-3-carboxylic acid hydrochloric acid salt), ciprofloxacin hydrochloride hydrate, ceftriaxone sodium, doripenem, vancomycin hydrochloride, tobramycin and fusidic acid;
Suction cup gripping head for the opening of a paper or cardboard tray, identifying a quadrilateral perimeter of adjustable size, characterized in that it comprises four gripper elements, placed in pairs at the ends of two opposite sides of the perimeter, associable with pairs of opposite glued flaps, outer and inner, (111A, 111'A) of the tray, wherein each gripper element is equipped with a first set of inner suction cups that are engageable from the inside against said inner glued flap (111'A) of the tray, and a tear device that is engageable from the outside against said outer glued flap of the tray, said tear device being applied to an arm tilting about a fulcrum adapted to detach said outer glued flap of the tray with its own rotary movement.
Laser projection apparatus having a projection device, wherein the projection device is configured to project an image and to generate a first interrupt signal, which is in the form of a non-latched signal, in dependence on a measurement which allows a determination to be made about the distance of the projection device from at least one object that is located upstream of the projection device in the projection direction; and having an application control device, which is configured to control the projection device in dependence on the first interrupt signal, wherein the projection device has a distance measurement device that is configured to capture the distance of the projection device from at least one object that is located upstream of the projection device in the projection direction; wherein the projection device furthermore has a projection control device which is configured to receive the captured distance from the distance measurement device and to generate the first interrupt signal; wherein the projection control device is configured to output a second interrupt signal after the first interrupt signal has been output if the object continues to approach the laser projection apparatus; characterized in that the application control device is configured to interrupt running calculations in response to the second interrupt signal and to match them to a new distance of the object from the laser projection apparatus.
A rotary cutting head for pothole repair comprising a plate with peripheral cutting teeth for cutting a circle around the pothole and inner grinding teeth for grinding out material within the circle, wherein the inner grinding teeth are located in a plurality of angular and radial positions, and are not on the same radial line, characterised in that the inner grinding teeth are neither located in a purely linear nor a purely rotational manner, but have random locations spread across the plate.
A controlled-impedance cable termination assembly comprising: (a) at least one controlled-impedance cable having at least one center conductor, a dielectric surrounding said center conductor,and a cable ground shield surrounding said dielectric; (b) a ground block composed of an electrically conductive material, said block having a face, at least one cable through hole receiving said cable, and a means for securing said cable in said cable through hole such that said cable ground shield is electrically connected to said ground block, said cable through hole having an opening in said face; (c) a plate attached to said face, said plate having a face surface abutting said face and a device surface, said plate including at least one signal through aperture extending between said face surface and said device surface, said signal through aperture having a signal block opening adjacent to and aligned with said cable center conductor, said signal through aperture having a signal device opening in said device surface; and (d) an electrically-conductive compliant signal contact captured within each of said at least one signal through aperture, said signal contact having a signal block contact point extending from said signal block opening into electrical contact with said center conductor and a signal device contact point extending from said signal device opening; characterized in that said face and said controlled impedance cable are dressed such that said at least one center conductor is flush with said face. (a) at least one controlled-impedance cable having at least one center conductor, a dielectric surrounding said center conductor,and a cable ground shield surrounding said dielectric; (b) a ground block composed of an electrically conductive material, said block having a face, at least one cable through hole receiving said cable, and a means for securing said cable in said cable through hole such that said cable ground shield is electrically connected to said ground block, said cable through hole having an opening in said face; (c) a plate attached to said face, said plate having a face surface abutting said face and a device surface, said plate including at least one signal through aperture extending between said face surface and said device surface, said signal through aperture having a signal block opening adjacent to and aligned with said cable center conductor, said signal through aperture having a signal device opening in said device surface; and (d) an electrically-conductive compliant signal contact captured within each of said at least one signal through aperture, said signal contact having a signal block contact point extending from said signal block opening into electrical contact with said center conductor and a signal device contact point extending from said signal device opening;