mhurhangee/patent-ind-claim-en huggingface dataset:
A method of aligning a first-map and a second-map , the method performed by a controller and comprising: receiving, from an object-detector , relative-positions of a first-object and a second-object proximate to a host-vehicle ; determining, based on the relative-positions of the first-object and the second-object , first-coordinates of the host-vehicle on the first-map relative to reference-coordinates , the first-map indicating the first-object and the second-object ; determining, based on the relative-positions of the first-object and the second-object , second-coordinates of the host-vehicle on the second-map that is different from the first-map relative to the reference-coordinates , the second-map indicating the first-object and the second-object ; determining, based on the first-coordinates , the second-coordinates , and the relative-positions of the first-object and the second-object , an offset in three dimensions and a rotation relative to the reference-coordinates ; and aligning the first-map and the second-map based on the offset and the rotation. receiving, from an object-detector , relative-positions of a first-object and a second-object proximate to a host-vehicle ; determining, based on the relative-positions of the first-object and the second-object , first-coordinates of the host-vehicle on the first-map relative to reference-coordinates , the first-map indicating the first-object and the second-object ; determining, based on the relative-positions of the first-object and the second-object , second-coordinates of the host-vehicle on the second-map that is different from the first-map relative to the reference-coordinates , the second-map indicating the first-object and the second-object ; determining, based on the first-coordinates , the second-coordinates , and the relative-positions of the first-object and the second-object , an offset in three dimensions and a rotation relative to the reference-coordinates ; and aligning the first-map and the second-map based on the offset and the rotation.
An image sensor (S1, S2), comprising: - a light guide extending in a main scanning direction and that is adapted to emit light onto an irradiated body; - a lens that is adapted to focus reflected light reflected by the irradiated body; - a light receiver that is adapted to receive the reflected light focused by the lens ; and - a housing housing or holding the light guide , the lens , and the light receiver , and comprising a metal portion and a resin portion that are formed into one housing, and wherein the metal portion comprises: a first bottom section having a slit section extending in the main scanning direction and configured to pass through the reflected light passed through the lens ; and a sidewall section bent toward the inside from both ends of the first bottom section ; and wherein the resin portion comprises: a lens holder having an opening formed therein, configured to hold the lens fitted inside the opening ; and a second bottom section having a light-receiver-board holder that is adapted to hold a light-receiver board on which the light receiver is mounted. - a light guide extending in a main scanning direction and that is adapted to emit light onto an irradiated body; - a lens that is adapted to focus reflected light reflected by the irradiated body; - a light receiver that is adapted to receive the reflected light focused by the lens ; and - a housing housing or holding the light guide , the lens , and the light receiver , and comprising a metal portion and a resin portion that are formed into one housing, and a first bottom section having a slit section extending in the main scanning direction and configured to pass through the reflected light passed through the lens ; and a sidewall section bent toward the inside from both ends of the first bottom section ; and wherein the resin portion comprises: a lens holder having an opening formed therein, configured to hold the lens fitted inside the opening ; and a second bottom section having a light-receiver-board holder that is adapted to hold a light-receiver board on which the light receiver is mounted. a lens holder having an opening formed therein, configured to hold the lens fitted inside the opening ; and a second bottom section having a light-receiver-board holder that is adapted to hold a light-receiver board on which the light receiver is mounted.
An embolic device , comprising: an elongate flat member having a longitudinal axis, a first side comprising a first side surface , and a second side comprising a second side surface , the first and second sides being reverse to each other with the first side surface and second side surface facing in opposite directions, the elongate flat member having an elongated constrained configuration for being deployed through a delivery catheter to targeted vascular site, and a three-dimensional unconstrained configuration, the elongate flat member composed of a metal selected from the group consisting of: a Platinum Group metal, rhenium, tungsten, gold, silver and tantalum, and an alloy of any of the foregoing metals, wherein in the three-dimensional unconstrained configuration, the elongate flat member assumes a plurality of successive loops in which the elongate flat member is at least partially twisted about its longitudinal axis between each loop of the plurality, characterized in that the first side surface faces externally of each loop, and the second side surface faces an interior of each loop, respectively, regardless of a change in direction and/or orientation of the elongate flat member, and wherein the plurality of successive loops includes a first loop defining a first plane, a second loop defining a second plane that is not coplanar with the first plane, and a third loop defining a third plane that is not coplanar with either of the first and second planes. an elongate flat member having a longitudinal axis, a first side comprising a first side surface , and a second side comprising a second side surface , the first and second sides being reverse to each other with the first side surface and second side surface facing in opposite directions, the elongate flat member having an elongated constrained configuration for being deployed through a delivery catheter to targeted vascular site, and a three-dimensional unconstrained configuration, the elongate flat member composed of a metal selected from the group consisting of: a Platinum Group metal, rhenium, tungsten, gold, silver and tantalum, and an alloy of any of the foregoing metals, wherein in the three-dimensional unconstrained configuration, the elongate flat member assumes a plurality of successive loops in which the elongate flat member is at least partially twisted about its longitudinal axis between each loop of the plurality, characterized in that the first side surface faces externally of each loop, and the second side surface faces an interior of each loop, respectively, regardless of a change in direction and/or orientation of the elongate flat member, and wherein the plurality of successive loops includes a first loop defining a first plane, a second loop defining a second plane that is not coplanar with the first plane, and a third loop defining a third plane that is not coplanar with either of the first and second planes.
Multicomponent system for producing a material , in particular a coating material, preferably for biomass , having a component A and a component B which is arranged separate therefrom so as to inhibit a reaction, in which component A comprises as constituents gelatin , water and an elasticiser and/or plasticiser , and component B comprises a crosslinker , wherein the gelatin and the crosslinker are adapted to form a covalent crosslinkage when the reaction-inhibiting separation is removed, and the elasticiser and/or plasticiser is selected from a group which comprises alcohols, monoterpenes, sesquiterpenes, diterpenes, triterpenes, tetraterpenes, carboxylic acid esters, phospholipids or a combination thereof, characterised in that the elasticiser and/or plasticiser comprises a combination with a fat and/or oil selected from the subgroup of the carboxylic acid esters. in which component A comprises as constituents gelatin , water and an elasticiser and/or plasticiser , and component B comprises a crosslinker , wherein the gelatin and the crosslinker are adapted to form a covalent crosslinkage when the reaction-inhibiting separation is removed, and the elasticiser and/or plasticiser is selected from a group which comprises alcohols, monoterpenes, sesquiterpenes, diterpenes, triterpenes, tetraterpenes, carboxylic acid esters, phospholipids or a combination thereof, characterised in that the elasticiser and/or plasticiser comprises a combination with a fat and/or oil selected from the subgroup of the carboxylic acid esters.
A pharmaceutical composition comprising coated and non-coated bone filler particles at a ratio of between about 1:3 - 10:1, wherein the coated bone filler particles comprise between about 80-90% (w/w) of bone filler coated with between about 10-20% (w/w) of a matrix composition which comprises: (a) 15-25% (w/w) poly (lactic-co-glycolic acid) (PLGA); (b) 5-15% (w/w) of cholesterol; (c) 50-70% (w/w) of a mixture of 1,2-dipalmitoyl-sn-glycero-3-phosphocholine (DPPC) and 1,2-distearoyl-sn-glycero-3-phosphocholine (DSPC), wherein the ratio of DPPC to DSPC is between 5:1 and 2:1; and (d) 7-12% (w/w) of doxycycline or doxycycline hyclate. (a) 15-25% (w/w) poly (lactic-co-glycolic acid) (PLGA); (b) 5-15% (w/w) of cholesterol; (c) 50-70% (w/w) of a mixture of 1,2-dipalmitoyl-sn-glycero-3-phosphocholine (DPPC) and 1,2-distearoyl-sn-glycero-3-phosphocholine (DSPC), wherein the ratio of DPPC to DSPC is between 5:1 and 2:1; and (d) 7-12% (w/w) of doxycycline or doxycycline hyclate.
A laser system for administering two or more beams of laser energy, comprising: a) a first laser unit in optical communication with a first laser scanner that is adapted to distribute a first beam (5.1) from said first laser unit in a first pattern (5.2); b) a second laser unit in optical communication with a second laser scanner that is adapted to distribute a second beam (6.1) from said second laser unit in a second pattern (6.2); c) wherein (i) said first pattern (5.2) and said second pattern (6.2) distribute said beams simultaneously in a distribution pattern selected from overlapping beams, partially overlapping beams, non-overlapping beams, and combinations thereof, and (ii) said laser units are adapted to produce beams having different wavelengths. a) a first laser unit in optical communication with a first laser scanner that is adapted to distribute a first beam (5.1) from said first laser unit in a first pattern (5.2); b) a second laser unit in optical communication with a second laser scanner that is adapted to distribute a second beam (6.1) from said second laser unit in a second pattern (6.2); c) wherein (i) said first pattern (5.2) and said second pattern (6.2) distribute said beams simultaneously in a distribution pattern selected from overlapping beams, partially overlapping beams, non-overlapping beams, and combinations thereof, and (ii) said laser units are adapted to produce beams having different wavelengths.
A method for graphically processing images from existing source image files forming a database from which an image is extracted for said graphic processing operations, wherein it comprises the following steps: - implementing n (n ≥ 1) visual saliency processing operations on a selected source image file, based on n predetermined saliency criteria, in order to form n saliency cards CS i , where i = 1 to n; - performing a linear combination in order to obtain a single resulting saliency card; - performing a first thresholding on the resulting saliency card, generating a binary thresholded card creating white and black saliency spots depending on whether they are respectively above and below a threshold value; - assigning white spots to a set defined as the foreground; - differentiating the white saliency spots to generate an individualization of the spots, each spot being defined as a group; - determining the average of the hues of the pixels of each area of the source image corresponding to a group and storing in the memory this average hue for each group; - filling the groups with a solid color or a texture; characterized in that the linear combination is the following one : ∇ i = 1 n Ai . SCi ∑ i = 1 n Ai , the saliency coefficients A i being real variables varying between 0 and 1, and in that a second thresholding is performed, the threshold of which is at a level close to the threshold selected for the first thresholding, a differentiation of the white pixels resulting from the two thresholds leading to a set of pixels permitting the calculation of a contouring of the white spots resulting from the first thresholding. - implementing n (n ≥ 1) visual saliency processing operations on a selected source image file, based on n predetermined saliency criteria, in order to form n saliency cards CS i , where i = 1 to n; - performing a linear combination in order to obtain a single resulting saliency card; - performing a first thresholding on the resulting saliency card, generating a binary thresholded card creating white and black saliency spots depending on whether they are respectively above and below a threshold value; - assigning white spots to a set defined as the foreground; - differentiating the white saliency spots to generate an individualization of the spots, each spot being defined as a group; - determining the average of the hues of the pixels of each area of the source image corresponding to a group and storing in the memory this average hue for each group; - filling the groups with a solid color or a texture;
Assembly comprising a controlled-impedance cable termination for a controlled-impedance cable and a cable , the cable comprising at least one center conductor , a dielectric surrounding the at least one center conductor , and a ground shield surrounding the dielectric , the termination comprising: (a) an anchor block having a face and at least one cable through hole , the cable through hole having an opening in the face ; (b) an electrically-conductive ferrule having a face and a ferrule bore , the ferrule adapted to make electrical contact with the cable ground shield , and the ferrule being installed in the cable through hole ; (c) a dielectric insert installed in the ferrule bore , the dielectric insert having a dielectric insert bore ; and (d) an electrically-conductive center pin installed in the dielectric insert bore , the center pin having a center pin bore into which the center conductor fits snuggly while permitting the center conductor to slide within the bore and maintain electrical contact with the center pin as the cable center conductor expands and contracts, the center pin having a face planar with the ferrule face . (a) an anchor block having a face and at least one cable through hole , the cable through hole having an opening in the face ; (b) an electrically-conductive ferrule having a face and a ferrule bore , the ferrule adapted to make electrical contact with the cable ground shield , and the ferrule being installed in the cable through hole ; (c) a dielectric insert installed in the ferrule bore , the dielectric insert having a dielectric insert bore ; and (d) an electrically-conductive center pin installed in the dielectric insert bore , the center pin having a center pin bore into which the center conductor fits snuggly while permitting the center conductor to slide within the bore and maintain electrical contact with the center pin as the cable center conductor expands and contracts, the center pin having a face planar with the ferrule face .
A method comprising: receiving, at a wireless device , sensor signals characterizing one or more ambient conditions, including at least a first signal and a second signal; combining the at least first signal and the second signal into a metadata vector ; processing the metadata vector, with a context inference engine in the wireless device, to determine a current context result; outputting the current context result from the processing; appending to an application program , an authorization to access the current context result; granting access permission to the application program to access the current context result based on the authorization; providing the current context result to the application program based on the grant of access permission; and receiving information from the application program dependent upon the current context result. receiving, at a wireless device , sensor signals characterizing one or more ambient conditions, including at least a first signal and a second signal; combining the at least first signal and the second signal into a metadata vector ; processing the metadata vector, with a context inference engine in the wireless device, to determine a current context result; outputting the current context result from the processing; appending to an application program , an authorization to access the current context result; granting access permission to the application program to access the current context result based on the authorization; providing the current context result to the application program based on the grant of access permission; and receiving information from the application program dependent upon the current context result.
Toothed wheel of a gear, said toothed wheel comprising a hub and teeth borne by the hub , said hub extending freely at an elevation (Z) along a rotational axis (AX) of the hub, said hub comprising an annular middle section bearing said teeth and at least one annular outer section protruding at an elevation (Z) from said annular middle section , said toothed wheel comprising at least one retention ring , said retention ring being provided around a part known as the "retention part "of an annular outer section , characterised in that a radial clearance separates said retention ring and said retention part in a radial direction in an orthogonal plane of the rotational axis, the function of said retention ring being to limit an opening of said hub after a gap to generate a detectable vibration.
Grate for a waste incineration plant, comprising a frame having four side walls vier and torsion shafts pivoting mounted on the frame am covering, at least in part, an inner area of the frame , the torsion shafts being operatively connected to a grate mechanism which is adapted to rotate the torsion shafts , the grate mechanism being arranged on at least one of the side walls of the frame and, thereby, at least in part, preferably completely, outside the des inner area of the frame , where at least one of the side walls of the frame is designed with a double wall so that an Interior space is formed in said at least one double-walled side wall , and the frame exhibiting inlet openings and discharge openings on the end faces of said at least one double-walled side wall so that an air flow is able to flow through the respective interior space in said at least one double-walled side wall . the torsion shafts being operatively connected to a grate mechanism which is adapted to rotate the torsion shafts , the grate mechanism being arranged on at least one of the side walls of the frame and, thereby, at least in part, preferably completely, outside the des inner area of the frame , where at least one of the side walls of the frame is designed with a double wall so that an Interior space is formed in said at least one double-walled side wall , and the frame exhibiting inlet openings and discharge openings on the end faces of said at least one double-walled side wall so that an air flow is able to flow through the respective interior space in said at least one double-walled side wall .
A three-phase rotary electric machine system comprising: a rotor ; and a stator including first windings to be used during both of a low speed drive and a high speed drive, second windings to be used only during the low speed drive, and a plurality of slots provided per pole per phase, wherein two of the first windings are wound to be superimposed on each other by being inserted in a same slot, characterized in that , the first windings and the second windings are distributively wound on different slots in the slots per pole per phase, in each of the slots, either the first windings having the same phase or the second windings having the same phase are disposed, and in slots having the same pole and the same phase, the first windings are disposed in outside slots on opposite sides, and the second windings are disposed in slots between every two outside slots where the first windings are disposed. a rotor ; and a stator including first windings to be used during both of a low speed drive and a high speed drive, second windings to be used only during the low speed drive, and a plurality of slots provided per pole per phase, wherein two of the first windings are wound to be superimposed on each other by being inserted in a same slot, characterized in that , the first windings and the second windings are distributively wound on different slots in the slots per pole per phase, in each of the slots, either the first windings having the same phase or the second windings having the same phase are disposed, and in slots having the same pole and the same phase, the first windings are disposed in outside slots on opposite sides, and the second windings are disposed in slots between every two outside slots where the first windings are disposed.
A method for monitoring an operating condition of a motor with a motor drive operatively connected to control operation of the motor, the method comprising the steps of: periodically sampling a first feedback signal at a sampling frequency, wherein the first feedback signal includes data corresponding to the operating condition of the motor; periodically sampling a velocity feedback signal at the sampling frequency, wherein the velocity feedback signal corresponds to an angular velocity of the motor; generating a fault vector for the first feedback signal as a function of the first feedback signal and of the velocity feedback signal, wherein the fault vector includes a magnitude of harmonic content present in the first feedback signal at each of a plurality of multiples of the angular velocity of the motor; generating a feature vector from the fault vector, wherein the feature vector includes a plurality of values identifying how close the fault vector corresponds to an ideal fault vector; and identifying a fault condition present in the motor as a function of the feature vector. periodically sampling a first feedback signal at a sampling frequency, wherein the first feedback signal includes data corresponding to the operating condition of the motor; periodically sampling a velocity feedback signal at the sampling frequency, wherein the velocity feedback signal corresponds to an angular velocity of the motor; generating a fault vector for the first feedback signal as a function of the first feedback signal and of the velocity feedback signal, wherein the fault vector includes a magnitude of harmonic content present in the first feedback signal at each of a plurality of multiples of the angular velocity of the motor; generating a feature vector from the fault vector, wherein the feature vector includes a plurality of values identifying how close the fault vector corresponds to an ideal fault vector; and identifying a fault condition present in the motor as a function of the feature vector.