mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid crystal multilayer film, comprising: a first ultraviolet blocking material, and a first cholesteric liquid crystal layer, wherein the first cholesteric liquid crystal layer is coated on the first ultraviolet blocking material; wherein the first cholesteric liquid crystal layer is prepared from a liquid crystal mixture comprising a polymerizable liquid crystal monomer, a polymerizable chiral dopant and a photoinitiator; the polymerizable chiral dopant is a levorotatory chiral dopant, and the liquid crystal mixture comprises the polymerizable liquid crystal monomer, 1.2-6.5 wt% of the levorotatory chiral dopant and 0.5-5 wt% of the photoinitiator; or the polymerizable chiral dopant is a dextrorotatory chiral dopant, and the liquid crystal mixture comprises the polymerizable liquid crystal monomer, 2.6-18.8 wt% of the dextrorotatory chiral dopant and 0.5-5 wt% of the photoinitiator; and the liquid crystal multilayer film further comprises: at least a second cholesteric liquid crystal layer which is coated on the first cholesteric liquid crystal layer; and the first cholesteric liquid crystal layer and the second cholesteric liquid crystal layer have different chirality. a first ultraviolet blocking material, and a first cholesteric liquid crystal layer, wherein the first cholesteric liquid crystal layer is coated on the first ultraviolet blocking material; wherein the first cholesteric liquid crystal layer is prepared from a liquid crystal mixture comprising a polymerizable liquid crystal monomer, a polymerizable chiral dopant and a photoinitiator; the polymerizable chiral dopant is a levorotatory chiral dopant, and the liquid crystal mixture comprises the polymerizable liquid crystal monomer, 1.2-6.5 wt% of the levorotatory chiral dopant and 0.5-5 wt% of the photoinitiator; or the polymerizable chiral dopant is a dextrorotatory chiral dopant, and the liquid crystal mixture comprises the polymerizable liquid crystal monomer, 2.6-18.8 wt% of the dextrorotatory chiral dopant and 0.5-5 wt% of the photoinitiator; and the liquid crystal multilayer film further comprises: at least a second cholesteric liquid crystal layer which is coated on the first cholesteric liquid crystal layer; and the first cholesteric liquid crystal layer and the second cholesteric liquid crystal layer have different chirality.
A signal quality evaluation device characterized by : a first arithmetic unit configured to obtain an estimated value of a path selection error rate on a basis of a distribution of a path metric difference between a maximum likelihood path of each time of path selection, the maximum likelihood path being a detection path in maximum likelihood decoding, and a second path having a second highest likelihood in a partial response maximum likelihood, PRML, decoding system to perform partial response equalization and the maximum likelihood decoding for a reproduction signal of bit information; a second arithmetic unit configured to obtain an average error bit number in erroneous detection from a number of different bits between the maximum likelihood path and the second path at a time of path selection of each time in the maximum likelihood decoding; and an evaluation value generation unit configured to obtain an estimated bit error rate from the estimated value of the path selection error rate by the first arithmetic unit and the average error bit number in erroneous detection by the second arithmetic unit , and generate an evaluation value according to the estimated bit error rate. a first arithmetic unit configured to obtain an estimated value of a path selection error rate on a basis of a distribution of a path metric difference between a maximum likelihood path of each time of path selection, the maximum likelihood path being a detection path in maximum likelihood decoding, and a second path having a second highest likelihood in a partial response maximum likelihood, PRML, decoding system to perform partial response equalization and the maximum likelihood decoding for a reproduction signal of bit information; a second arithmetic unit configured to obtain an average error bit number in erroneous detection from a number of different bits between the maximum likelihood path and the second path at a time of path selection of each time in the maximum likelihood decoding; and an evaluation value generation unit configured to obtain an estimated bit error rate from the estimated value of the path selection error rate by the first arithmetic unit and the average error bit number in erroneous detection by the second arithmetic unit , and generate an evaluation value according to the estimated bit error rate.
A method for the advanced electronic signature of an electronic document by a user, wherein a signature certificate is held by a third-party Authority(s), provided to sign said electronic document, the electronic document comprising an authentication field adapted to contain a set of data (blob) relating to the transaction/authentication, the method comprising - an authentication step of the user at said Authority(s), by means of a third-party authentication circuit comprising • a bank circuit and • a mobile phone channel, - an acquisition step of a first and a second unique identifiers IDs associated to the user by said third-party authentication circuit wherein said first unique identifier ID comprises an ID of a bank card or associated thereto and said second unique identifier ID comprises a telephone ID uniquely associated to a mobile line of the user, and - an input step of each of said unique identifiers (ID) in said set of data (blob) by said third-party Authority(s). - an authentication step of the user at said Authority(s), by means of a third-party authentication circuit comprising • a bank circuit and • a mobile phone channel, • a bank circuit and • a mobile phone channel, - an acquisition step of a first and a second unique identifiers IDs associated to the user by said third-party authentication circuit wherein said first unique identifier ID comprises an ID of a bank card or associated thereto and said second unique identifier ID comprises a telephone ID uniquely associated to a mobile line of the user, and - an input step of each of said unique identifiers (ID) in said set of data (blob) by said third-party Authority(s).
A foreign matter removal method for removing foreign matter adhering to a component holding tool including a holding section for holding a component and a main body section for holding the holding section , the holding section and the main body section being relatively movable, the foreign matter removal method comprising: a first gas blowing process for blowing a gas towards a component holding body held by a holding tool ; and a moving process for relatively moving the holding section and the main body section , the component holding body is a suction nozzle including a suction pipe for picking up and holding a component via air suction, and a holding tube for holding the suction pipe inside the holding tube in a state with a leading end of the suction pipe protruding from the holding tube , the suction pipe functioning as the holding section , the component holding body functioning as the main body section , and characterized in that the moving process is a process for moving the suction pipe towards the inside of the holding tube by contacting the suction pipe of the suction nozzle held by the holding tool against a contacting section . a first gas blowing process for blowing a gas towards a component holding body held by a holding tool ; and a moving process for relatively moving the holding section and the main body section , the component holding body is a suction nozzle including a suction pipe for picking up and holding a component via air suction, and a holding tube for holding the suction pipe inside the holding tube in a state with a leading end of the suction pipe protruding from the holding tube , the suction pipe functioning as the holding section , the component holding body functioning as the main body section , and characterized in that the moving process is a process for moving the suction pipe towards the inside of the holding tube by contacting the suction pipe of the suction nozzle held by the holding tool against a contacting section .
Aircraft structural assembly having a plurality of separately manufactured but connectable area elements , each comprising a core and an outer layer , wherein a first surface of each area element is convexly curved, at least in certain sections, relative to an imaginary central area (Z) of the area element extending through the core of the area element , and a second surface of each area element located opposite the first surface is oriented, at least in certain sections, parallel to the imaginary central area (Z) of the area element extending through the core of the area element , each area element being configured in the form of a floor panel of a floor system and the first or the second surface of each area element being designed to form a walkable floor surface of the floor system in the state of the aircraft structural assembly when mounted in an aircraft, wherein each area element of the aircraft structural assembly has at least one area region in which the area element is not provided with a core , and the separately manufactured area elements are connectable to one another or to further aircraft components along an area region of the area element not provided with a core, and wherein each area element is adapted to be mounted in an aircraft without the necessity of the aircraft structural assembly to further comprise a transverse support structure for fastening the separately manufactured area elements .
A method for detection of malicious files, the method comprising: training a mapping model for mapping files in a probability space characterizing one or more families of malicious files, wherein the probability space comprises a multidimensional space in which a pair of one of the plurality of characteristics of the file and one of a plurality of attributes associated with the behavior of the file are matched up with a probability that the behavior described by the one the plurality of attributes is typical to the file having the one of the plurality of characteristics; determining a plurality of characteristics of an analyzed file based on a set of rules; generating, using the mapping model, a mapping of the analyzed file in the probability space based on the determined plurality of characteristics; searching a first database using the generated mapping of the analyzed file to determine whether the analyzed file is associated with a family of malicious files, wherein the first database stores mappings associated with one or more families of malicious files; and in response to determining that the analyzed file is associated with the family of malicious files, selecting one or more methods of malware detection from a second database, wherein the second database stores a plurality of malware detection methods and wherein the selected one or more methods are used to detect the associated family of malicious files. training a mapping model for mapping files in a probability space characterizing one or more families of malicious files, wherein the probability space comprises a multidimensional space in which a pair of one of the plurality of characteristics of the file and one of a plurality of attributes associated with the behavior of the file are matched up with a probability that the behavior described by the one the plurality of attributes is typical to the file having the one of the plurality of characteristics; determining a plurality of characteristics of an analyzed file based on a set of rules; generating, using the mapping model, a mapping of the analyzed file in the probability space based on the determined plurality of characteristics; searching a first database using the generated mapping of the analyzed file to determine whether the analyzed file is associated with a family of malicious files, wherein the first database stores mappings associated with one or more families of malicious files; and in response to determining that the analyzed file is associated with the family of malicious files, selecting one or more methods of malware detection from a second database, wherein the second database stores a plurality of malware detection methods and wherein the selected one or more methods are used to detect the associated family of malicious files.
A side mirror system for a vehicle comprising: a camera disposed outside the vehicle and configured to capture a peripheral area of the vehicle; an electronic side mirror including a mirror panel and a display panel arranged with either the mirror panel overlying the display panel or the display panel overlying the mirror panel ; a moving device configured to move the electronic side mirror to an inside or an outside of the vehicle; and at least one control circuit electrically connected to the camera , the electronic side mirror , and the moving device , wherein the at least one control circuit is configured to: control the electronic side mirror such that the electronic side mirror outputs an image obtained by the camera through the display panel or the peripheral area of the vehicle is reflected by the mirror panel , and control the moving device such that the electronic side mirror moves from the outside of the vehicle to the inside of the vehicle, when a specified condition is satisfied; wherein the arrangement of one of the mirror panel and the display panel overlying the other is maintained whether the electronic side mirror is inside the vehicle or outside the vehicle. a camera disposed outside the vehicle and configured to capture a peripheral area of the vehicle; an electronic side mirror including a mirror panel and a display panel arranged with either the mirror panel overlying the display panel or the display panel overlying the mirror panel ; a moving device configured to move the electronic side mirror to an inside or an outside of the vehicle; and at least one control circuit electrically connected to the camera , the electronic side mirror , and the moving device , wherein the at least one control circuit is configured to: control the electronic side mirror such that the electronic side mirror outputs an image obtained by the camera through the display panel or the peripheral area of the vehicle is reflected by the mirror panel , and control the moving device such that the electronic side mirror moves from the outside of the vehicle to the inside of the vehicle, when a specified condition is satisfied; wherein the arrangement of one of the mirror panel and the display panel overlying the other is maintained whether the electronic side mirror is inside the vehicle or outside the vehicle. control the electronic side mirror such that the electronic side mirror outputs an image obtained by the camera through the display panel or the peripheral area of the vehicle is reflected by the mirror panel , and control the moving device such that the electronic side mirror moves from the outside of the vehicle to the inside of the vehicle, when a specified condition is satisfied; wherein the arrangement of one of the mirror panel and the display panel overlying the other is maintained whether the electronic side mirror is inside the vehicle or outside the vehicle.
A method for reading the profile of a key comprising a head and a shank, comprising: - illuminating simultaneously the shank of said key from both sides with diffused light sources comprising two LED bars which retain said shank in the manner of a clamp, - collecting on a sensor an image of the region of a diffused light which defines the dark profile of the key on the bright background provided by said diffused light sources, said image being obtained in this manner in the direction of the longitudinal axis of said shank and at an optical path between said diffused light sources and the sensor that is equal to at least 60 cm and after a series of multiple reflections of said image by a plurality of mirrors interposed between said diffused light sources and the sensor or with a telecentric lens interposed between said diffused light sources and the sensor , in order to prevent parallax errors, - processing via software the image collected on said sensor to extract therefrom only the key profile. - illuminating simultaneously the shank of said key from both sides with diffused light sources comprising two LED bars which retain said shank in the manner of a clamp, - collecting on a sensor an image of the region of a diffused light which defines the dark profile of the key on the bright background provided by said diffused light sources, said image being obtained in this manner in the direction of the longitudinal axis of said shank and at an optical path between said diffused light sources and the sensor that is equal to at least 60 cm and after a series of multiple reflections of said image by a plurality of mirrors interposed between said diffused light sources and the sensor or with a telecentric lens interposed between said diffused light sources and the sensor , in order to prevent parallax errors, - processing via software the image collected on said sensor to extract therefrom only the key profile.
A dust cup assembly , comprising: a cup casing ; a device housing configured to be the shape of a tube, disposed in the cup casing , and defining a dust removal chamber (A1) together with the cup casing ; a first cyclone separating member disposed in the dust removal chamber (A1) and surrounding the device housing along a circumferential direction of the device housing ; and a negative pressure device disposed within the device housing , such that dusty air enters the dust removal chamber (A1) for dust and air separation through the first cyclone separating member , wherein in an axial direction of the device housing , the negative pressure device is at least partially located at a side of the first cyclone separating member , wherein the device housing comprises a first tube segment , a transition tube segment and a second tube segment which are sequentially connected along the axial direction of the device housing , characterized in that a maximum diameter of the first tube segment is smaller than a minimum diameter of the second tube segment ; in a radial direction of the device housing , the first cyclone separating member is opposite to the first tube segment or opposite to the first tube segment and the transition tube segment , and the negative pressure device is opposite to the second tube segment or opposite to the second tube segment and the transition tube segment , wherein the first tube segment and the second tube segment both are configured as straight tube segments , and the transition tube segment is configured as a divergent tube segment. a cup casing ; a device housing configured to be the shape of a tube, disposed in the cup casing , and defining a dust removal chamber (A1) together with the cup casing ; a first cyclone separating member disposed in the dust removal chamber (A1) and surrounding the device housing along a circumferential direction of the device housing ; and a negative pressure device disposed within the device housing , such that dusty air enters the dust removal chamber (A1) for dust and air separation through the first cyclone separating member , wherein in an axial direction of the device housing , the negative pressure device is at least partially located at a side of the first cyclone separating member , wherein the device housing comprises a first tube segment , a transition tube segment and a second tube segment which are sequentially connected along the axial direction of the device housing , characterized in that a maximum diameter of the first tube segment is smaller than a minimum diameter of the second tube segment ; in a radial direction of the device housing , the first cyclone separating member is opposite to the first tube segment or opposite to the first tube segment and the transition tube segment , and the negative pressure device is opposite to the second tube segment or opposite to the second tube segment and the transition tube segment , wherein the first tube segment and the second tube segment both are configured as straight tube segments , and the transition tube segment is configured as a divergent tube segment.
A battery pack comprising: a battery module configured for providing driving power to a motor of a transportation apparatus; a battery management system configured to control charging and discharging operations of the battery module; a power supply terminal arranged to supply operation power; a first node (N1); and a switch connected between the power supply terminal and the battery management system, and configured to be turned on in response to an abnormal situation of the battery module, wherein the switch 100 is connected between the power supply terminal P and the first node N1, and the first node is connected to the battery management system and is connectable to an electronic control unit ECU for controlling the motor of the transportation apparatus, so that the BMS and the ECU are simultaneously woken up as the power supply to the BMS and to the ECU is started when the switch is turned on. a battery module configured for providing driving power to a motor of a transportation apparatus; a battery management system configured to control charging and discharging operations of the battery module; a power supply terminal arranged to supply operation power; a first node (N1); and a switch connected between the power supply terminal and the battery management system, and configured to be turned on in response to an abnormal situation of the battery module, wherein the switch 100 is connected between the power supply terminal P and the first node N1, and the first node is connected to the battery management system and is connectable to an electronic control unit ECU for controlling the motor of the transportation apparatus, so that the BMS and the ECU are simultaneously woken up as the power supply to the BMS and to the ECU is started when the switch is turned on.
A method comprising: receiving sensor data indicative of a plurality of markers (1114; 1116; 1118; 1120) detected by a sensor on a robot located at a plurality of robot poses (1102; 1106; 1110) within an environment; determining a pose graph representing the plurality of robot poses and the plurality of markers, wherein the pose graph comprises a plurality of edges associated with a cost function representing an error in consecutive robot poses based on a robot motion model; determining one or more motion model parameters for the robot that optimize the cost function associated with the plurality of edges in the pose graph; and providing the one or more motion model parameters for the robot. receiving sensor data indicative of a plurality of markers (1114; 1116; 1118; 1120) detected by a sensor on a robot located at a plurality of robot poses (1102; 1106; 1110) within an environment; determining a pose graph representing the plurality of robot poses and the plurality of markers, wherein the pose graph comprises a plurality of edges associated with a cost function representing an error in consecutive robot poses based on a robot motion model; determining one or more motion model parameters for the robot that optimize the cost function associated with the plurality of edges in the pose graph; and providing the one or more motion model parameters for the robot.