mhurhangee/ep-ind-claims huggingface dataset:
Method for determining repetitive sequences in a video stream including steps of segmenting the video stream into segments of a plurality of images depending on a temporal criterion, and of determining, per segment, representative key images, characterized in that it furthermore includes steps of: - determining descriptors of a first level for the images of a given segment, a said first-level descriptor comprising, for an image in question, a plurality of coefficients calculated on the basis of said image in question; - determining descriptors of a second level for the key images of the segments, a said second-level descriptor comprising, for a key image in question, a plurality of coefficients calculated on the basis of said key image in question, a said coefficient of a first-level descriptor, with respect to a said coefficient of a second-level descriptor, having furthermore undergone a quantification operation; - forming groups of second-level descriptors depending on a criterion of proximity between the descriptors; - determining repetitive sequences depending on the formed groups of second-level descriptors; - determining images extending the repetitive sequences, on the basis of the first-level descriptors, in order to form extended repetitive sequences. - determining descriptors of a first level for the images of a given segment, a said first-level descriptor comprising, for an image in question, a plurality of coefficients calculated on the basis of said image in question; - determining descriptors of a second level for the key images of the segments, a said second-level descriptor comprising, for a key image in question, a plurality of coefficients calculated on the basis of said key image in question, a said coefficient of a first-level descriptor, with respect to a said coefficient of a second-level descriptor, having furthermore undergone a quantification operation; - forming groups of second-level descriptors depending on a criterion of proximity between the descriptors; - determining repetitive sequences depending on the formed groups of second-level descriptors; - determining images extending the repetitive sequences, on the basis of the first-level descriptors, in order to form extended repetitive sequences.
Tyre comprising at least one composition based on neoprene as predominant elastomer, on a reinforcing filler and on a crosslinking system which is devoid of peroxide or which contains less than 0.1 part by weight thereof per hundred parts by weight of elastomer, phr, the crosslinking system comprising an acrylate derivative of formula: p A wherein: - p corresponds to the formula: wherein: R 1, R 2 and R 3 independently represent a hydrogen atom or a C 1 -C 8 hydrocarbon group selected from the group consisting of linear, branched or cyclic alkyl groups, alkylaryl groups, aryl groups and aralkyls, and which are optionally interrupted by one or more heteroatoms, it being possible for R 2 and R 3 together to form a nonaromatic ring, - A represents an atom belonging to the group consisting of alkaline earth metals and transition metals, a carbon atom or a C 1 -C 8 hydrocarbon group, A comprising p free valencies, p having a value ranging from 2 to 4, it being understood that, when p has a value from 2 to 4, the 2 to 4 X radicals are identical or different, the said composition being devoid of sulfur as vulcanization agent or contains less than 0.3 phr thereof. - p corresponds to the formula: wherein: R 1, R 2 and R 3 independently represent a hydrogen atom or a C 1 -C 8 hydrocarbon group selected from the group consisting of linear, branched or cyclic alkyl groups, alkylaryl groups, aryl groups and aralkyls, and which are optionally interrupted by one or more heteroatoms, it being possible for R 2 and R 3 together to form a nonaromatic ring, - A represents an atom belonging to the group consisting of alkaline earth metals and transition metals, a carbon atom or a C 1 -C 8 hydrocarbon group, A comprising p free valencies, p having a value ranging from 2 to 4,
A method of producing silicon carbide powder, comprising: preparing a raw material mixture by mixing an amorphous silica having a content of impurities other than silicon, carbon, oxygen and nitrogen in an amount of 50 ppm or less with a carbon black having a content of impurities other than silicon, carbon, oxygen and nitrogen in an amount of 300 ppm or less so as to have a mixture mole ratio of carbon to silicon dioxide (C/SiO 2) from 2.5 to 4.0 and have a content of impurities other than silicon, carbon, oxygen and nitrogen in an amount of 100 ppm or less; and firing the raw material mixture in an Acheson furnace having a heat generator formed of carbon to obtain silicon carbide powder; characterized in that the content of impurities other than silicon, carbon, oxygen and nitrogen in the heat generator is 70 ppm or less, and is equal to or less than the content of impurities other than silicon, carbon, oxygen and nitrogen in the raw material mixture. preparing a raw material mixture by mixing an amorphous silica having a content of impurities other than silicon, carbon, oxygen and nitrogen in an amount of 50 ppm or less with a carbon black having a content of impurities other than silicon, carbon, oxygen and nitrogen in an amount of 300 ppm or less so as to have a mixture mole ratio of carbon to silicon dioxide (C/SiO 2) from 2.5 to 4.0 and have a content of impurities other than silicon, carbon, oxygen and nitrogen in an amount of 100 ppm or less; and firing the raw material mixture in an Acheson furnace having a heat generator formed of carbon to obtain silicon carbide powder; characterized in that the content of impurities other than silicon, carbon, oxygen and nitrogen in the heat generator is 70 ppm or less, and is equal to or less than the content of impurities other than silicon, carbon, oxygen and nitrogen in the raw material mixture.
A computer-implemented method for modifying functionality associated with a vehicle via at least one driver assistance application, the method comprising: computing a first characterization of a driver based on at least one physiological attribute of the driver that has been measured while the driver is operating the vehicle; using a confidence level model to estimate a first confidence level associated with the driver based on the first characterization; and causing one or more operations to be performed that are based on the first confidence level and modify at least one vehicle functionality, characterized in that the step of causing the one or more operations to be performed comprises: using a first skill level model to estimate a first skill level associated with the driver based on the first characterization; and transmitting the first confidence level and the first skill level to the at least one driver assistance application, wherein the at least one driver assistance application performs the one or more operations. computing a first characterization of a driver based on at least one physiological attribute of the driver that has been measured while the driver is operating the vehicle; using a confidence level model to estimate a first confidence level associated with the driver based on the first characterization; and causing one or more operations to be performed that are based on the first confidence level and modify at least one vehicle functionality, characterized in that the step of causing the one or more operations to be performed comprises: using a first skill level model to estimate a first skill level associated with the driver based on the first characterization; and transmitting the first confidence level and the first skill level to the at least one driver assistance application, wherein the at least one driver assistance application performs the one or more operations. using a first skill level model to estimate a first skill level associated with the driver based on the first characterization; and transmitting the first confidence level and the first skill level to the at least one driver assistance application, wherein the at least one driver assistance application performs the one or more operations.
A processing method for vehicle scene sequence tracking, comprising: obtaining a current vehicle speed of a vehicle driving in a first area and at least one frame of current image taken; determining, according to the current vehicle speed, a vehicle speed ratio interval and a length of a sequence to be tracked, wherein the length of a sequence to be tracked is used to identify a number of frames of images used when performing scene sequence tracking; and performing the scene sequence tracking according to the vehicle speed ratio interval, the length of the sequence to be tracked, the at least one frame of the current image, and pre-stored multiple frames of historical reference images of the vehicle, to obtain position information of the vehicle in the first area; characterized in that the determining, according to the current vehicle speed, a length of a sequence to be tracked comprises: obtaining a historical vehicle speed of the vehicle at a time when each of the historical reference images is taken; determining at least one length value according to the current vehicle speed and the historical vehicle speed; and taking a maximum of the at least one length value as the length of the sequence to be tracked. obtaining a current vehicle speed of a vehicle driving in a first area and at least one frame of current image taken; determining, according to the current vehicle speed, a vehicle speed ratio interval and a length of a sequence to be tracked, wherein the length of a sequence to be tracked is used to identify a number of frames of images used when performing scene sequence tracking; and performing the scene sequence tracking according to the vehicle speed ratio interval, the length of the sequence to be tracked, the at least one frame of the current image, and pre-stored multiple frames of historical reference images of the vehicle, to obtain position information of the vehicle in the first area; characterized in that the determining, according to the current vehicle speed, a length of a sequence to be tracked comprises: obtaining a historical vehicle speed of the vehicle at a time when each of the historical reference images is taken; determining at least one length value according to the current vehicle speed and the historical vehicle speed; and taking a maximum of the at least one length value as the length of the sequence to be tracked.
A lipid based drug formulation with a lipid to drug (L/D) ratio of 0.40 to 0.49:1 by weight for use in treating a pulmonary infection in a patient, wherein the formulation is to be delivered by nebulization at a rate of 10 to 25 mg/min using a compressor pressure of 137.895 to 275.79 kPa (20 to 40 psi), wherein the drug is an aminoglycoside, and the formulation, upon nebulization, generates an aerosol having a mass median aerodynamic diameter (MMAD) of 1-5 μm.
A method for recycling a powder containing a rare earth element, comprising the steps of: i) placing in an oil a molded body comprising a rare earth sintered magnet, the molded body comprising a powder containing a rare earth element; ii) arranging the oil and at least a part of the molded body in between a plurality of plate-like first crushing teeth opposed to each other and a plate-like second crushing tooth having at least its part positioned between the adjacent first crushing teeth; iii) rotating at least either one of the plurality of first crushing teeth and the second crushing tooth without contacting to each other such that the first crushing teeth and the second crushing tooth serve to change a part of the second crushing tooth positioned between the adjacent first crushing teeth, wherein the method further comprises the step of, after the steps i) to iii), performing filtering for separation of a crushed powder having substantially the same particle diameter as that of the powder containing the rare earth element used for forming the molded body. i) placing in an oil a molded body comprising a rare earth sintered magnet, the molded body comprising a powder containing a rare earth element; ii) arranging the oil and at least a part of the molded body in between a plurality of plate-like first crushing teeth opposed to each other and a plate-like second crushing tooth having at least its part positioned between the adjacent first crushing teeth; iii) rotating at least either one of the plurality of first crushing teeth and the second crushing tooth without contacting to each other such that the first crushing teeth and the second crushing tooth serve to change a part of the second crushing tooth positioned between the adjacent first crushing teeth,
Process for switching the voltage supply of an alternating current electric machine between an adjustable speed drive ASD and an electrical network, wherein the process includes stages in which: - an ideal speed of rotation is determined for the electric machine; - an ideal flux is determined for the electric machine; - a command is sent to the ASD to increase the speed of rotation of the electric machine; - the speed of rotation of the electric machine is measured; and - the phase and amplitude of the voltage delivered by the ASD is synchronised with the voltage delivered by the electrical network; characterised in that the synchronisation stage includes stages in which: - the voltage delivered by the ASD and the voltage delivered by the electrical network are measured; - signals are calculated that represent, respectively, the difference in amplitude between the two measured voltages and the phase difference between the two measured voltages; and - a command signal, e.g., a voltage command, for the voltage of the ASD is generated on the basis of the ideal flux, to which is added the signal representing the calculated difference in amplitude; and wherein the synchronisation stage is activated once the measured speed of rotation of the electric machine has reached a predetermined value that is between 90% and 96% of the ideal speed of rotation. - an ideal speed of rotation is determined for the electric machine; - an ideal flux is determined for the electric machine; - a command is sent to the ASD to increase the speed of rotation of the electric machine; - the speed of rotation of the electric machine is measured; and - the phase and amplitude of the voltage delivered by the ASD is synchronised with the voltage delivered by the electrical network; - the voltage delivered by the ASD and the voltage delivered by the electrical network are measured; - signals are calculated that represent, respectively, the difference in amplitude between the two measured voltages and the phase difference between the two measured voltages; and - a command signal, e.g., a voltage command, for the voltage of the ASD is generated on the basis of the ideal flux, to which is added the signal representing the calculated difference in amplitude; and
A device for monitoring and diagnosing abnormality of a working machine in which the monitoring and diagnosing device receives and inputs in time sequence operational data of the working machine detected by a plurality of sensors (34, 35a to 35n, 36a to 36n, 37) and performs abnormality diagnosis on the working machine using the received operational data, characterized in that the monitoring and diagnosing device comprises: a classification information storage section in which reference classification information is stored; a frequency information storage section in which reference frequency information is stored; a first data classifier section which reads out the reference classification information from the classification information storage section, compares the operational data, which were detected by the plurality of sensors and inputted in time sequence, with the reference classification information to thereby classify the operational data, and then generates operational data classification information; a frequency comparator section which compiles the operational data classification information, generates operational data frequency information by adding, to the operational data classification information, appearance frequency information for each of the classifications of the operational data, reads out the reference frequency information from the frequency information storage section, and then generates operational data frequency comparison information by comparing the operational data frequency information with the reference frequency information; and an abnormality diagnosing section which performs an abnormality diagnosis upon the working machine by use of the operational data classification information and the operational data frequency comparison information. a classification information storage section in which reference classification information is stored; a frequency information storage section in which reference frequency information is stored; a first data classifier section which reads out the reference classification information from the classification information storage section, compares the operational data, which were detected by the plurality of sensors and inputted in time sequence, with the reference classification information to thereby classify the operational data, and then generates operational data classification information; a frequency comparator section which compiles the operational data classification information, generates operational data frequency information by adding, to the operational data classification information, appearance frequency information for each of the classifications of the operational data, reads out the reference frequency information from the frequency information storage section, and then generates operational data frequency comparison information by comparing the operational data frequency information with the reference frequency information; and an abnormality diagnosing section which performs an abnormality diagnosis upon the working machine by use of the operational data classification information and the operational data frequency comparison information.
A child safety seat with an installation prompt function, characterized by comprising: a child seat installation and use signal collection module for collecting a signal indicating whether various parts of the child safety seat are installed in place on an automobile; a child seat installation and use prompt module for correspondingly turning on or turning off, after receiving one or more signals sent by the child seat installation and use signal collection module, one or more indicating lights to indicate whether the child safety seat is installed in place on various connecting parts of the automobile; and a power supply for supplying power to the child seat installation and use signal collection module and the child seat installation and use prompt module. a child seat installation and use signal collection module for collecting a signal indicating whether various parts of the child safety seat are installed in place on an automobile; a child seat installation and use prompt module for correspondingly turning on or turning off, after receiving one or more signals sent by the child seat installation and use signal collection module, one or more indicating lights to indicate whether the child safety seat is installed in place on various connecting parts of the automobile; and a power supply for supplying power to the child seat installation and use signal collection module and the child seat installation and use prompt module.
Operating device for supplying a recessed ceiling lamp, in particular a downlight, as an emergency lamp, wherein the operating device is designed to be connectable to the recessed ceiling lamp via a detachable cable connection (150, 160) and to be arranged in an intermediate ceiling space, and wherein the operating device comprises a device housing designed to hold at least one accumulator, characterized in that the device housing comprises an accumulator compartment for mounting an accumulator, wherein the accumulator compartment comprises an approximately hollow-cylindrical receiving region, and wherein the accumulator compartment is accessible from the outside so that the accumulator can be removed and inserted without tools and without opening the device housing. wherein the operating device is designed to be connectable to the recessed ceiling lamp via a detachable cable connection (150, 160) and to be arranged in an intermediate ceiling space, and wherein the operating device comprises a device housing designed to hold at least one accumulator, characterized in that the device housing comprises an accumulator compartment for mounting an accumulator, wherein the accumulator compartment comprises an approximately hollow-cylindrical receiving region, and wherein the accumulator compartment is accessible from the outside so that the accumulator can be removed and inserted without tools and without opening the device housing.
Belt finishing device, comprising a guiding device for guiding a finishing belt, a rotational drive for driving a workpiece to be machine-finished in rotation about its workpiece axis, and an oscillating drive by means of which the finishing belt and the workpiece can be driven oscillating relative to each other in a direction parallel to the workpiece axis, wherein a finishing belt store is provided for the finishing belt, from which store the finishing belt can be supplied to a working region and from there to a collecting region, characterised in that a separating device is arranged in the collecting region for severing finishing belt portions and has at least one motor-driven separating element (50, 52).
A flip cover wireless keyboard for a digital apparatus 10 comprising a keyboard means 110 for receiving user input data, processing data and for interfacing said digital apparatus 10, a mechanical means for attaching to said digital apparatus 10, a protection means for covering and safeguarding said digital apparatus 10, the keyboard means 110 comprising a user input means 130, a data processor 160, a wireless interface 190 and a wireless antenna 191, wherein said keyboard means 110 is adapted to utilize a NFC protocol for setting up a connection with the digital apparatus 10, for harvesting power from the digital apparatus 10 and for transmitting data to the digital apparatus 10 in response to user-actuation, characterized in that said keyboard means 110 comprises an engage key 192 for connecting an impedance modification network 193 to the wireless antenna 191 for actively changing an impedance of the keyboard means 110, for being registered as a change of impedance at an antenna 91 of the digital apparatus 10, wherein when the engage key is activated, the keyboard means 110 is further adapted to receive a request message from said digital apparatus 10 used for powering and turning on the keyboard means 110, and the data processor 160 is further adapted to determine if at least one engage key is being pressed at the user input means 130, and the data processor 160 is further adapted to receive data from the user input means 130 and process and transmit said data to the digital apparatus 10 when said at least one engage key is being pressed.