mhurhangee/patent-ind-claim-en huggingface dataset:
A method for generating a display of a three-dimensional metrology surface, the method comprising: Illuminating an object with a plurality of light patterns; for each of the light patterns, acquiring an image of the object; determining , from the acquired images, a 3D point cloud representation of a surface of an object in a point cloud coordinate space; illuminating the object with broadband light; acquiring a color image of the object in a color camera coordinate space while the object is illuminated by the broadband light; transforming the color image from the color camera coordinate space to the point cloud coordinate space; and mapping the color image transformed from the color camera coordinate space to the point cloud coordinate space onto the 3D point cloud representation to generate a display of the surface of the object. Illuminating an object with a plurality of light patterns; for each of the light patterns, acquiring an image of the object; determining , from the acquired images, a 3D point cloud representation of a surface of an object in a point cloud coordinate space; illuminating the object with broadband light; acquiring a color image of the object in a color camera coordinate space while the object is illuminated by the broadband light; transforming the color image from the color camera coordinate space to the point cloud coordinate space; and mapping the color image transformed from the color camera coordinate space to the point cloud coordinate space onto the 3D point cloud representation to generate a display of the surface of the object.
Electronic control module , in particular for a transmission, comprising - a first printed circuit board element , - a sensor unit support which is fixed on the first printed circuit board element and has a sensor unit receptacle for receiving a sensor unit , - the sensor unit with a sensor element , which is fixed on a second printed circuit board element and is electrically connected to the second printed circuit board element , for detecting at least one measurement value, wherein the sensor unit is fixed in the sensor unit receptacle , wherein the second printed circuit board element has a flexible region , wherein the flexible region separates a first subregion of the second printed circuit board element from a second subregion of the second printed circuit board element , wherein the first subregion is at a predetermined angle in relation to the second subregion , and the sensor element is electrically connected to the first printed circuit board element by means of the second subregion of the second printed circuit board element , wherein the sensor unit support has a hollow space for receiving an electrical connecting region between the second subregion of the second printed circuit board element and the first printed circuit board element , characterized in that the hollow space is sealed off in an oil-tight manner from the surrounding area by the sensor unit . - a first printed circuit board element , - a sensor unit support which is fixed on the first printed circuit board element and has a sensor unit receptacle for receiving a sensor unit , - the sensor unit with a sensor element , which is fixed on a second printed circuit board element and is electrically connected to the second printed circuit board element , for detecting at least one measurement value, the second printed circuit board element has a flexible region , wherein the flexible region separates a first subregion of the second printed circuit board element from a second subregion of the second printed circuit board element , wherein the first subregion is at a predetermined angle in relation to the second subregion , and the sensor element is electrically connected to the first printed circuit board element by means of the second subregion of the second printed circuit board element , wherein the sensor unit support has a hollow space for receiving an electrical connecting region between the second subregion of the second printed circuit board element and the first printed circuit board element , characterized in that the hollow space is sealed off in an oil-tight manner from the surrounding area by the sensor unit .
A copper alloy for an electronic and electric device comprising: Mg in a range of 0.15 mass% or more and less than 0.35 mass%; P in a range of 0.0005 mass% or more and less than 0.01 mass%; and a Cu balance including inevitable impurities, wherein the Mg content [Mg] in mass% and the P content [P] in mass% satisfy relational expressions of [Mg]+20×[P]<0.5 and 25<[Mg]/[P], the total amount of the inevitable impurities is 0.1 mass% or less, in the inevitable impurities, the total amount of Ag, Zn, and Sn is less than 500 mass ppm, and the total amount of Si, Cr, Ti, Zr, Fe, and Co is less than 500 mass ppm, a ratio of crystals having a crystal orientation within 10° with respect to a Brass orientation <112> is 40% or less, a ratio of crystals having a crystal orientation within 10° with respect to a Copper orientation <111> is 40% or less, the electrical conductivity of the copper alloy is more than 75%IACS, and a strength ratio TS TD /TS LD , which is calculated from strength TS TD obtained in a tensile test performed in a direction perpendicular to a rolling direction and strength TS LD obtained in a tensile test performed in a direction parallel to a rolling direction, is more than 0.9 and less than 1.1. Mg in a range of 0.15 mass% or more and less than 0.35 mass%; P in a range of 0.0005 mass% or more and less than 0.01 mass%; and a Cu balance including inevitable impurities, wherein the Mg content [Mg] in mass% and the P content [P] in mass% satisfy relational expressions of [Mg]+20×[P]<0.5 and 25<[Mg]/[P], the total amount of the inevitable impurities is 0.1 mass% or less, in the inevitable impurities, the total amount of Ag, Zn, and Sn is less than 500 mass ppm, and the total amount of Si, Cr, Ti, Zr, Fe, and Co is less than 500 mass ppm, a ratio of crystals having a crystal orientation within 10° with respect to a Brass orientation <112> is 40% or less, a ratio of crystals having a crystal orientation within 10° with respect to a Copper orientation <111> is 40% or less, the electrical conductivity of the copper alloy is more than 75%IACS, and a strength ratio TS TD /TS LD , which is calculated from strength TS TD obtained in a tensile test performed in a direction perpendicular to a rolling direction and strength TS LD obtained in a tensile test performed in a direction parallel to a rolling direction, is more than 0.9 and less than 1.1.
An apparatus for delivering electromagnetic radiation to an anterior surface of an iris of a human eye, the apparatus comprising: a laser; at least one of the following: (a) an apparatus to restrict movement of the eye during the procedure, comprising at least one of a suction ring affixable to the eye or a gaze fixation target, or (b) an apparatus to detect movement of the eye during treatment, wherein movement of the eye is identified along at least one of the x-y plane or the z axis, and in the event movement of the eye is detected during treatment, the laser beam is at least one of moved to correspond to the movement of the eye, terminated, or suspended; the apparatus further comprising a computerized scanning system to apply the laser beam to 25% or more of the total area of the anterior surface of the iris; characterized in that the laser is configured to emit a laser beam which passes through the cornea, which converges anterior to the iris, which delivers to the iris a first energy density, and which, in the event of accidental exposure of the fundus to the laser beam, diverges posterior to the iris and delivers to the fundus a second energy density, the first energy density being greater than the second energy density. a laser; at least one of the following: (a) an apparatus to restrict movement of the eye during the procedure, comprising at least one of a suction ring affixable to the eye or a gaze fixation target, or (b) an apparatus to detect movement of the eye during treatment, wherein movement of the eye is identified along at least one of the x-y plane or the z axis, and in the event movement of the eye is detected during treatment, the laser beam is at least one of moved to correspond to the movement of the eye, terminated, or suspended; (a) an apparatus to restrict movement of the eye during the procedure, comprising at least one of a suction ring affixable to the eye or a gaze fixation target, or (b) an apparatus to detect movement of the eye during treatment, wherein movement of the eye is identified along at least one of the x-y plane or the z axis, and in the event movement of the eye is detected during treatment, the laser beam is at least one of moved to correspond to the movement of the eye, terminated, or suspended; the apparatus further comprising a computerized scanning system to apply the laser beam to 25% or more of the total area of the anterior surface of the iris; characterized in that the laser is configured to emit a laser beam which passes through the cornea, which converges anterior to the iris, which delivers to the iris a first energy density, and which, in the event of accidental exposure of the fundus to the laser beam, diverges posterior to the iris and delivers to the fundus a second energy density, the first energy density being greater than the second energy density.
A message protection method, comprising: sending (S101), by a user equipment, a request message on which no security protection is performed to a core network device, wherein the request message comprises a first random number; receiving (S104), by the user equipment, an abnormal response message, wherein the abnormal response message comprises a third random number and a signature; and determining (S105), by the user equipment, based on the third random number, the signature, a credential obtainable from a message received before the abnormal response message or by using the abnormal response message, and abnormal information including all or a part of content of the abnormal response message, whether the abnormal response message is a valid message; wherein the determining, based on the third random number, the signature, the obtained credential and the abnormal information, whether the abnormal response message is a valid message comprises: if the first random number is the same as the third random number, and signature verification succeeds, determining that the abnormal response message is a valid message. sending (S101), by a user equipment, a request message on which no security protection is performed to a core network device, wherein the request message comprises a first random number; receiving (S104), by the user equipment, an abnormal response message, wherein the abnormal response message comprises a third random number and a signature; and determining (S105), by the user equipment, based on the third random number, the signature, a credential obtainable from a message received before the abnormal response message or by using the abnormal response message, and abnormal information including all or a part of content of the abnormal response message, whether the abnormal response message is a valid message; wherein the determining, based on the third random number, the signature, the obtained credential and the abnormal information, whether the abnormal response message is a valid message comprises: if the first random number is the same as the third random number, and signature verification succeeds, determining that the abnormal response message is a valid message.
A communication device comprising: an obtaining unit configured to obtain first state information representing a state of a first wireless communication device regarding a direct communication mode, and second state information representing a state of a second wireless communication device regarding the direct communication mode, the direct communication mode being Wi-Fi Direct; and a control unit configured to establish a connection between the first wireless communication device and the second wireless communication device via the wireless communication on the basis of the first state information and the second state information, wherein at least one of the first state information and the second state information is obtained via near-field communication, wherein the control unit is configured to control processing for starting a service between the first wireless communication device and the second wireless communication device after a connection is established between the first wireless communication device and the second wireless communication device via a wireless communication, wherein the obtaining unit is configured to obtain information used for starting the service via near-field communication, wherein the processing for starting the service is controlled on the basis of the information used for starting the service, and wherein the information used for starting the service is also shared via near-field communication when exchanging the at least one of the first state information and the second state information via near-field communication. an obtaining unit configured to obtain first state information representing a state of a first wireless communication device regarding a direct communication mode, and second state information representing a state of a second wireless communication device regarding the direct communication mode, the direct communication mode being Wi-Fi Direct; and a control unit configured to establish a connection between the first wireless communication device and the second wireless communication device via the wireless communication on the basis of the first state information and the second state information, wherein at least one of the first state information and the second state information is obtained via near-field communication, wherein the control unit is configured to control processing for starting a service between the first wireless communication device and the second wireless communication device after a connection is established between the first wireless communication device and the second wireless communication device via a wireless communication, wherein the obtaining unit is configured to obtain information used for starting the service via near-field communication, wherein the processing for starting the service is controlled on the basis of the information used for starting the service, and wherein the information used for starting the service is also shared via near-field communication when exchanging the at least one of the first state information and the second state information via near-field communication.
An actuating drive comprising at least one pivotally mounted actuating arm for moving a movable furniture part and a locking device for restraining a movement of the actuating arm , wherein a spring device of the actuating drive is provided for acting a force to the actuating arm in an opening direction, wherein the locking device includes a lock arranged in or on the actuating drive , the lock being configured to be unlocked by a key of the actuating drive so as to release a movement of the actuating arm , characterized in that the key is secured in or on the actuating drive by a releasable holding device , and that the releasable holding device releases the key only after the movable furniture part has been mounted to the actuating arm .
A method comprising: receiving a firmware update payload at a device , the firmware update payload including firmware variables to repave firmware variables stored on the device using a transaction based fault tolerant write protocol "FTW"; exposing a secure non-volatile memory store on the device , comprising a primary region and a spare region , each of the primary region and spare region including a working store configured to store FTW protocol transaction records and a variable store configured to store firmware variable records ; copying firmware variable records from the primary region and writing the firmware variable records to the spare region using the FTW protocol; erasing content in the working store within the primary region ; erasing firmware variable records in the primary region ; copying firmware variable records from the firmware update payload received at the device and writing the copied firmware variable records into the primary region using the FTW protocol; and erasing firmware variable records in the spare region . receiving a firmware update payload at a device , the firmware update payload including firmware variables to repave firmware variables stored on the device using a transaction based fault tolerant write protocol "FTW"; exposing a secure non-volatile memory store on the device , comprising a primary region and a spare region , each of the primary region and spare region including a working store configured to store FTW protocol transaction records and a variable store configured to store firmware variable records ; copying firmware variable records from the primary region and writing the firmware variable records to the spare region using the FTW protocol; erasing content in the working store within the primary region ; erasing firmware variable records in the primary region ; copying firmware variable records from the firmware update payload received at the device and writing the copied firmware variable records into the primary region using the FTW protocol; and erasing firmware variable records in the spare region .
Process for the representation of a scanning function by means of a neuronal network, consisting of: - an at least two-dimensional array of receivers with a plurality of sensors and/or detectors distributed thereon. - an at least two-dimensional array of optical elements , such as lenses, which converts the incident wave front, which can be represented as scanning function, into component parts which contain phase information, with the following steps: - the scanning function is transmitted to the neuronal network for processing. - a number of comparison functions are made available to the neuronal network. characterized in - that a primary comparison function is selected by the neuronal network through comparison of the scanning function with several of the comparison functions, wherein the primary comparison functions stem from a complete function base or form at least a subgroup of this function base, - wherein the selected primary comparison function is determined as dominant representation function, - wherein the representation function is subtracted from the scanning function and the difference is processed like the original scanning function, - wherein a difference function is formed until a result falls below the predeterminable value or until another end criterion is reached, - wherein the determined representation functions as a whole form the scanning function. - an at least two-dimensional array of receivers with a plurality of sensors and/or detectors distributed thereon. - an at least two-dimensional array of optical elements , such as lenses, which converts the incident wave front, which can be represented as scanning function, into component parts which contain phase information, with the following steps: - the scanning function is transmitted to the neuronal network for processing. - a number of comparison functions are made available to the neuronal network. - that a primary comparison function is selected by the neuronal network through comparison of the scanning function with several of the comparison functions, wherein the primary comparison functions stem from a complete function base or form at least a subgroup of this function base, - wherein the selected primary comparison function is determined as dominant representation function, - wherein the representation function is subtracted from the scanning function and the difference is processed like the original scanning function, - wherein a difference function is formed until a result falls below the predeterminable value or until another end criterion is reached, - wherein the determined representation functions as a whole form the scanning function.
Arrangement comprising: - a body of a vehicle, in particular of a motor vehicle , - an opening panel comprising a first edge and a second edge that are vertical or substantially vertical, in particular a first edge disposed at the rear for a lateral opening panel that opens towards the rear or a first edge disposed at the front for a lateral opening panel that opens towards the front, - at least a first connecting rod and a second connecting rod that are each articulated on the one hand at the opening panel and on the other hand at the body so as to allow the opening and closure of the opening panel with respect to the body , the first connecting rod is articulated at the opening panel near the first edge about a first axis (A1) or substantially about a first axis (A1), in particular a first axis (A1) that is vertical or substantially vertical, characterized in that the arrangement comprises a third connecting rod articulated at the opening panel , in particular near the second edge of the opening panel , about a third axis (A3) or substantially about a third axis (A3), and in that the second connecting rod is arranged between a lower edge of the opening panel and a lower inner rebate of the opening panel and/or in that the third connecting rod is arranged between an upper edge of the opening panel and an upper inner rebate of the opening panel so as not to be visible, either from the inside or from the outside of such a vehicle , when the opening panel is in the closed position. - a body of a vehicle, in particular of a motor vehicle , - an opening panel comprising a first edge and a second edge that are vertical or substantially vertical, in particular a first edge disposed at the rear for a lateral opening panel that opens towards the rear or a first edge disposed at the front for a lateral opening panel that opens towards the front, - at least a first connecting rod and a second connecting rod that are each articulated on the one hand at the opening panel and on the other hand at the body so as to allow the opening and closure of the opening panel with respect to the body , the first connecting rod is articulated at the opening panel near the first edge about a first axis (A1) or substantially about a first axis (A1), in particular a first axis (A1) that is vertical or substantially vertical, characterized in that the arrangement comprises a third connecting rod articulated at the opening panel , in particular near the second edge of the opening panel , about a third axis (A3) or substantially about a third axis (A3), and in that the second connecting rod is arranged between a lower edge of the opening panel and a lower inner rebate of the opening panel and/or in that the third connecting rod is arranged between an upper edge of the opening panel and an upper inner rebate of the opening panel so as not to be visible, either from the inside or from the outside of such a vehicle , when the opening panel is in the closed position.