mhurhangee/patent-ind-claim-en huggingface dataset:
Computer-implemented method for training an artificial intelligence (AI) module to determine a tyre type of a motor vehicle , having the steps of: - providing (S1) a measured value data set on a data storage medium, wherein the measured value data set has at least one data entry relating to ultrasonic data, speed data and tyre data, wherein the ultrasonic data describe at least one ultrasonic wave which was produced by rolling of a tyre of the motor vehicle , wherein the speed data describe a speed of the motor vehicle , wherein the tyre data describe a tyre type of the motor vehicle , - generating (S2) a modified training data set on the basis of the measured value data set, wherein the generation of the modified training data set has the steps of: - forming an input data set (S2a) on the basis of the ultrasonic data and the speed data from the measured value data set, - forming an output data set (S2b) on the basis of the tyre data from the measured value data set, - training (S3) the AI module on the basis of the modified training data set. - providing (S1) a measured value data set on a data storage medium, wherein the measured value data set has at least one data entry relating to ultrasonic data, speed data and tyre data, wherein the ultrasonic data describe at least one ultrasonic wave which was produced by rolling of a tyre of the motor vehicle , wherein the speed data describe a speed of the motor vehicle , wherein the tyre data describe a tyre type of the motor vehicle , - generating (S2) a modified training data set on the basis of the measured value data set, wherein the generation of the modified training data set has the steps of: - forming an input data set (S2a) on the basis of the ultrasonic data and the speed data from the measured value data set, - forming an output data set (S2b) on the basis of the tyre data from the measured value data set, - forming an input data set (S2a) on the basis of the ultrasonic data and the speed data from the measured value data set, - forming an output data set (S2b) on the basis of the tyre data from the measured value data set, - training (S3) the AI module on the basis of the modified training data set.
A container formed from a one-piece blank of sheet material, the container comprising: a bottom portion defining a base of the container; a plurality of peripheral wall portions extending from the bottom portion and defining an interior area of the container; an upper edge of the container defined by edges of the peripheral wall portions distal from the bottom portion; characterised by at least one peripheral wall portion having an inner surface including a feature defining an inner ledge extending into the interior area, the inner ledge located between the bottom portion and the upper edge of the container; the at least one peripheral wall portion having an outer surface including a feature defining an outer ledge located between the bottom portion and the upper edge of the container; and the inner ledge being positioned to engage the outer ledge of a similarly-configured container whereby a spacing between a stack of nested containers is defined by the outer ledge of the similarly-configured container seated on the inner ledge of the container. a bottom portion defining a base of the container; a plurality of peripheral wall portions extending from the bottom portion and defining an interior area of the container; an upper edge of the container defined by edges of the peripheral wall portions distal from the bottom portion; characterised by at least one peripheral wall portion having an inner surface including a feature defining an inner ledge extending into the interior area, the inner ledge located between the bottom portion and the upper edge of the container; the at least one peripheral wall portion having an outer surface including a feature defining an outer ledge located between the bottom portion and the upper edge of the container; and the inner ledge being positioned to engage the outer ledge of a similarly-configured container whereby a spacing between a stack of nested containers is defined by the outer ledge of the similarly-configured container seated on the inner ledge of the container.
A display device with 3D camera module, comprising: a transparent display panel and a 3D camera module, wherein: the 3D camera module comprises a depth camera module disposed at a backlight side of the display panel ; the depth camera module comprises an edge-emitting laser and an imaging module ; the edge-emitting laser is configured for emitting laser light to penetrate the display panel from the backlight side of the display panel to reach an object; and the imaging module is configured for receiving laser light reflected by the object that re-penetrates the display panel from a light-emerging side of the display panel , and obtaining a depth image of the object based on the reflected laser light, and characterized in that the depth camera module further comprises a driver circuit coupled to the edge-emitting laser and the imaging module , wherein the driver circuit is configured for controlling the edge-emitting laser and the imaging module to turn on or off, and controlling a drive current of the edge-emitting laser to control an output optical power of the edge-emitting laser , wherein the drive current is increased via the drive circuit , and pulse width of the edge-emitting laser is reduced, such that the optical power of the edge-emitting laser is improved while total pulse energy of the edge-emitting laser is kept substantially unchanged, which satisfies the optical power safety limit for human eyes. the 3D camera module comprises a depth camera module disposed at a backlight side of the display panel ; the depth camera module comprises an edge-emitting laser and an imaging module ; the edge-emitting laser is configured for emitting laser light to penetrate the display panel from the backlight side of the display panel to reach an object; and the imaging module is configured for receiving laser light reflected by the object that re-penetrates the display panel from a light-emerging side of the display panel , and obtaining a depth image of the object based on the reflected laser light, and characterized in that the depth camera module further comprises a driver circuit coupled to the edge-emitting laser and the imaging module , wherein the driver circuit is configured for controlling the edge-emitting laser and the imaging module to turn on or off, and controlling a drive current of the edge-emitting laser to control an output optical power of the edge-emitting laser , wherein the drive current is increased via the drive circuit , and pulse width of the edge-emitting laser is reduced, such that the optical power of the edge-emitting laser is improved while total pulse energy of the edge-emitting laser is kept substantially unchanged, which satisfies the optical power safety limit for human eyes.
A method comprising: creating a security service function chain comprising a set of security service functions, wherein the security service function chain is created in response to instantiation of a given network partition in a communication network, wherein the communication network supports instantiation of a plurality of network partitions for providing a respective plurality of network services; and utilizing the security service function chain to perform at least one security service for an entity performing one of accessing and seeking access to a network service corresponding to the given network partition; wherein one or more of the steps are performed by a processing device (602-1, ... 602P). creating a security service function chain comprising a set of security service functions, wherein the security service function chain is created in response to instantiation of a given network partition in a communication network, wherein the communication network supports instantiation of a plurality of network partitions for providing a respective plurality of network services; and utilizing the security service function chain to perform at least one security service for an entity performing one of accessing and seeking access to a network service corresponding to the given network partition; wherein one or more of the steps are performed by a processing device (602-1, ... 602P).
A photovoltaic inverter for applying a reverse voltage to a solar cell array , the inverter comprising: a DC link capacitor configured to store a DC voltage output from the solar cell array ; a power conversion stage configured to generate an AC power by using the DC voltage stored in the DC link capacitor to transmit the generated AC power to a power system via a circuit breaker comprised in the power conversion stage ; and a controller configured to control a switch unit to apply the DC voltage stored in the DC link capacitor to the power conversion stage or to apply a reverse voltage of the DC voltage stored in the DC link capacitor to the solar cell array depending on whether a driving value of the solar cell array satisfies a predetermined driving condition characterized in, that the photovoltaic inverter is configured such that the power conversion stage opens the circuit breaker to store an open-circuit voltage (V open ) of the solar cell array in the DC link capacitor before the controller controls the switch unit to apply the reverse open-circuit voltage (V open ) of the solar cell array stored in the DC link capacitor to the solar cell array . a DC link capacitor configured to store a DC voltage output from the solar cell array ; a power conversion stage configured to generate an AC power by using the DC voltage stored in the DC link capacitor to transmit the generated AC power to a power system via a circuit breaker comprised in the power conversion stage ; and a controller configured to control a switch unit to apply the DC voltage stored in the DC link capacitor to the power conversion stage or to apply a reverse voltage of the DC voltage stored in the DC link capacitor to the solar cell array depending on whether a driving value of the solar cell array satisfies a predetermined driving condition characterized in, that the photovoltaic inverter is configured such that the power conversion stage opens the circuit breaker to store an open-circuit voltage (V open ) of the solar cell array in the DC link capacitor before the controller controls the switch unit to apply the reverse open-circuit voltage (V open ) of the solar cell array stored in the DC link capacitor to the solar cell array .
Drive for an adjusting device, in particular for flaps or windows, having a motor which drives a clutch via a gear unit , which clutch is connected to an adjusting mechanism for moving an adjustable component, wherein at least the motor and the gear unit are arranged in a housing , wherein the motor and the gear unit are floatingly mounted within the housing and the motor and the gear unit , fixed to one another, form a unit which is pivotably held within the housing , wherein the unit of motor and gear unit is fixed to a holder of dimensionally stable material, which is held on at least one fixing element , wherein at least one spacer of an elastic material is provided between a motor housing and the housing , characterized in that a damping element made of elastic material is arranged between the fixing element and the holder , wherein the fixing element comprises, for the purpose of mounting the holder , two spaced-apart pins which are each surrounded in each case by a sleeve made of elastic material as a damping element.
A computer-implemented method for a mobile device to receive service notifications from registered application services that are accessed via an Internet Protocol Multimedia Subsystem, IMS, the method comprising: receiving, by an IMS client on the mobile device , a plurality of registration requests from a plurality of applications on the mobile device to register said plurality of applications with a plurality of associated application services ; transmitting, by the IMS client and via an IMS network , the received registration requests to the plurality of application services ; receiving, by the IMS client on the mobile device, a plurality of notifications from the plurality of application services, each of the notifications indicating, on a per-application-service basis, a registration status of the corresponding application service ; and providing, by the IMS client , the received notifications to the plurality of applications ; wherein at least one of the received notifications indicates a failure of one of the registration requests to register with one of the associated plurality of application services and an indication of a reason for the failing registration request, and the method further comprises: locating, by the application associated with the failing registration request, a different application service. receiving, by an IMS client on the mobile device , a plurality of registration requests from a plurality of applications on the mobile device to register said plurality of applications with a plurality of associated application services ; transmitting, by the IMS client and via an IMS network , the received registration requests to the plurality of application services ; receiving, by the IMS client on the mobile device, a plurality of notifications from the plurality of application services, each of the notifications indicating, on a per-application-service basis, a registration status of the corresponding application service ; and providing, by the IMS client , the received notifications to the plurality of applications ; wherein at least one of the received notifications indicates a failure of one of the registration requests to register with one of the associated plurality of application services and an indication of a reason for the failing registration request, and the method further comprises: locating, by the application associated with the failing registration request, a different application service.
A display method, applied to an electronic equipment comprising a display assembly, wherein the display assembly is configured to display a content comprising a background and an object for reading located on the background, characterized in that the method comprises: differentiating grayscales of background pixels of the background, by: in response to a number of the background pixels with identical grayscales being no less than a set number threshold, performing randomization processing on the background pixels with identical grayscales, acquiring background pixels with differentiated grayscales, rendering the grayscales of the background pixels different from each other; and displaying the background based on the background pixels with differentiated grayscales, and displaying the object for reading. differentiating grayscales of background pixels of the background, by: in response to a number of the background pixels with identical grayscales being no less than a set number threshold, performing randomization processing on the background pixels with identical grayscales, acquiring background pixels with differentiated grayscales, rendering the grayscales of the background pixels different from each other; and displaying the background based on the background pixels with differentiated grayscales, and displaying the object for reading.
Process for producing an electrical line on a surface of a face of a structure , said process comprising the formation of an electrical conductive layer , of said electrical line, resulting from a deposition by a cold spraying process of an electrical conductive material, between ends of said line, on said face of the structure, characterized in that it comprises: • a stage of deposition, on the structure, of an electrical insulating layer , followed by a stage of oxy-gas flame spraying of a protective material in order to form a protective and tie layer on said layer , followed by a stage of cold spraying of the electrical conductive material of the conductive layer on said tie layer , the material of the layer being sprayed with a rate of between 20 m/s and 100 m/s, preferably between 25 m/s and 70 m/s, • and in that the process comprises the production of a plurality of electrical lines in which at least one upper line (20 (b)) crosses at least one lower line (20(a)), said at least one lower line being locally between the structure and said at least one upper line, said at least one upper line comprising an insulating layer (21(b)) at least where the lines intersect. • a stage of deposition, on the structure, of an electrical insulating layer , followed by a stage of oxy-gas flame spraying of a protective material in order to form a protective and tie layer on said layer , followed by a stage of cold spraying of the electrical conductive material of the conductive layer on said tie layer , the material of the layer being sprayed with a rate of between 20 m/s and 100 m/s, preferably between 25 m/s and 70 m/s, • and in that the process comprises the production of a plurality of electrical lines in which at least one upper line (20 (b)) crosses at least one lower line (20(a)), said at least one lower line being locally between the structure and said at least one upper line, said at least one upper line comprising an insulating layer (21(b)) at least where the lines intersect.
A method of manufacturing an integrated component , comprising the steps of: - providing a first wafer of semiconductor material, having a surface ; - providing a second wafer of semiconductor material, including a substrate and a structural layer on the substrate ; and - coupling the structural layer of the second wafer to the surface of the first wafer , characterized in that the structural layer integrates a detector device for detecting electromagnetic radiation (R3); and by the further step of processing the substrate of the second wafer to form a stator , a rotor , and a mobile mass of a micromirror , said stator and rotor forming a capacitive-driving assembly for capacitively driving the mobile mass . - providing a first wafer of semiconductor material, having a surface ; - providing a second wafer of semiconductor material, including a substrate and a structural layer on the substrate ; and - coupling the structural layer of the second wafer to the surface of the first wafer , characterized in that the structural layer integrates a detector device for detecting electromagnetic radiation (R3); and by the further step of processing the substrate of the second wafer to form a stator , a rotor , and a mobile mass of a micromirror , said stator and rotor forming a capacitive-driving assembly for capacitively driving the mobile mass . characterized in that the structural layer integrates a detector device for detecting electromagnetic radiation (R3); and by the further step of processing the substrate of the second wafer to form a stator , a rotor , and a mobile mass of a micromirror , said stator and rotor forming a capacitive-driving assembly for capacitively driving the mobile mass .
A squaraine molecule represented by formula I wherein A and B are the same or different and are, at each occurrence, independently selected from pyrazole, thiazole, imidazole, indole, quinoline, benzothiophene, benzothiazole, benzothiadiazole, benzofuran, oxazole, benzoxazole, pyridine, diazine, triazine, selenophene, naphthalene, anthracene or pyrene, any of which can optionally be substituted, D is S or O; W is selected from H, alkyl, aryl; X is selected from the group comprising H, OH, SH, NH 2 , NHR, NR 2 , NO 2 , alkyl, alkoxy, aryl, aryloxy, halogen, such as F, Cl, Br, I; Y is O, Z is OH; R, at each occurrence, is independently selected from H or any straight or branched alkyl chain of general formula -C n H 2n+1 , or -COOR 1 , -OR 1 , -SR 1 , -NR 1 2 , or F, Cl, Br, I, O, N, NO 2 , CN, CF 3 , wherein R 1 is H or any straight or branched alkyl chain of general formula - C n H 2n+1 , or any substituted or non-substituted phenyl or biphenyl, heteroaryl, n = 0-12, preferably 0-6, preferably represented by the structure A and B are the same or different and are, at each occurrence, independently selected from pyrazole, thiazole, imidazole, indole, quinoline, benzothiophene, benzothiazole, benzothiadiazole, benzofuran, oxazole, benzoxazole, pyridine, diazine, triazine, selenophene, naphthalene, anthracene or pyrene, any of which can optionally be substituted, D is S or O; W is selected from H, alkyl, aryl; X is selected from the group comprising H, OH, SH, NH 2 , NHR, NR 2 , NO 2 , alkyl, alkoxy, aryl, aryloxy, halogen, such as F, Cl, Br, I; Y is O, Z is OH; R, at each occurrence, is independently selected from H or any straight or branched alkyl chain of general formula -C n H 2n+1 , or -COOR 1 , -OR 1 , -SR 1 , -NR 1 2 , or F, Cl, Br, I, O, N, NO 2 , CN, CF 3 , wherein R 1 is H or any straight or branched alkyl chain of general formula - C n H 2n+1 , or any substituted or non-substituted phenyl or biphenyl, heteroaryl, n = 0-12, preferably 0-6,
A processing station for registering a passenger's luggage for a trip, the processing station comprising: an injector for receiving a luggage transportation tub, the tub being adapted to receive the luggage associated with the passenger; at least one camera associated with the injector , the at least one camera being arranged to acquire an image of the luggage transportation tub; and a controller for comparing (i) an image taken of a luggage transportation tub by the at least one sensor, and (ii) a database of predefined tub shapes including standard tub shapes to automatically detect the use of a standard luggage transportation tub, characterized in that a luggage transportation tub without RFID tags is used as luggage transportation tub, and the controller is arranged to use pattern recognition software in comparing the luggage transportation tub with databases of tubs commonly used in the airport within which the processing station is installed, and the controller is further arranged to allow further processing of the luggage if the use of a standard luggage transportation tub is detected. an injector for receiving a luggage transportation tub, the tub being adapted to receive the luggage associated with the passenger; at least one camera associated with the injector , the at least one camera being arranged to acquire an image of the luggage transportation tub; and a controller for comparing (i) an image taken of a luggage transportation tub by the at least one sensor, and (ii) a database of predefined tub shapes including standard tub shapes to automatically detect the use of a standard luggage transportation tub, characterized in that a luggage transportation tub without RFID tags is used as luggage transportation tub, and the controller is arranged to use pattern recognition software in comparing the luggage transportation tub with databases of tubs commonly used in the airport within which the processing station is installed, and
An inductor having a coil and a core , wherein the core is made of a Soft Magnetic Composite (SMC), the coil is composed of a annularly wound electrical wire, the coil is substantially integrated into said core so that the core material acts as a thermal conductor having thermal conductivity above 1,5 W/m*K more preferably 2 W/m*K most preferably 3 W/m*K, conducting heat from said coil , wherein the inductor is in thermal connection with at least one thermal connecting fixture (10 - 17, 19-24), wherein said at least one thermal connecting fixture (10 - 17, 19-24) is adapted to be connected to a first external heat receiver so as to conduct heat from the inductor to said first external heat receiver , and the core has at least one integrated cooling pipe wherein said cooling pipe/pipes are in thermal connection with said coil and said cooling pipe/pipes are adapted to accommodate a flow of a fluid for transporting heat from said coil .