mhurhangee/ep-ind-claims huggingface dataset:
A digital license plate antitheft system, comprising: a digital license plate attachable to a vehicle, the digital license plate having a controller coupled to a display, and a wireless communication system; the digital license plate antitheft system characterized by: an internal theft status indicator in the digital license plate; a first locking element attached to the digital license plate; a second locking element attachable to the vehicle and engageable with the first locking element; and wherein the controller is programmed to, in response to disengagement of the first and second locking elements: trigger the wireless theft communication system and the internal theft status indicator; and require authentication before permitting normal operation of the digital license plate; and the controller is configured to require authentication by performing biometric authorization. a digital license plate attachable to a vehicle, the digital license plate having a controller coupled to a display, and a wireless communication system; the digital license plate antitheft system characterized by: an internal theft status indicator in the digital license plate; a first locking element attached to the digital license plate; a second locking element attachable to the vehicle and engageable with the first locking element; and wherein the controller is programmed to, in response to disengagement of the first and second locking elements: trigger the wireless theft communication system and the internal theft status indicator; and require authentication before permitting normal operation of the digital license plate; and the controller is configured to require authentication by performing biometric authorization. an internal theft status indicator in the digital license plate; a first locking element attached to the digital license plate; a second locking element attachable to the vehicle and engageable with the first locking element; and wherein the controller is programmed to, in response to disengagement of the first and second locking elements: trigger the wireless theft communication system and the internal theft status indicator; and require authentication before permitting normal operation of the digital license plate; and trigger the wireless theft communication system and the internal theft status indicator; and require authentication before permitting normal operation of the digital license plate; and the controller is configured to require authentication by performing biometric authorization.
A system for real-time detecting, classifying and deterring flying animal, the system comprising: at least one detection module configured to detect flying animal which comprises a pair of slave units, each slave unit comprising a movement detector configured to detect and record movement in a target environment and a local processing module comprising microprocessor for processing recorded data and a memory for storing both recorded and processed data, the local processing module being configured to calculate the size of at least one flying animal and its position in two dimensional space for further processing; a master unit comprising an analysis module configured to receive said processed data from the local processing module of each of the slave unit within the detection module and to process said data to determine presence of at least one flying animal by determining the three dimensional coordinates of such at least one flying animal, to classify such at least one flying animals by species and to determine a probability of collision of such at least one flying animal with an object of interest; and a deterrent configured to repel one or more species of flying animal based on the classification of at least one detected flying animals and on the determined probability of collision of such at least one flying animal with the object of interest. at least one detection module configured to detect flying animal which comprises a pair of slave units, each slave unit comprising a movement detector configured to detect and record movement in a target environment and a local processing module comprising microprocessor for processing recorded data and a memory for storing both recorded and processed data, the local processing module being configured to calculate the size of at least one flying animal and its position in two dimensional space for further processing; a master unit comprising an analysis module configured to receive said processed data from the local processing module of each of the slave unit within the detection module and to process said data to determine presence of at least one flying animal by determining the three dimensional coordinates of such at least one flying animal, to classify such at least one flying animals by species and to determine a probability of collision of such at least one flying animal with an object of interest; and a deterrent configured to repel one or more species of flying animal based on the classification of at least one detected flying animals and on the determined probability of collision of such at least one flying animal with the object of interest.
Sensor arrangement comprising - a sensor collar and at least one sensor, which is mechanically connected to the sensor collar, characterized in that - the sensor collar comprises a sensor sleeve for being inserted into an anchor hole, and - the sensor collar comprises a sensor flange, which is fixedly connected to the sensor sleeve, and which radially protrudes from the sensor sleeve, for abutting on the mouth of the anchor hole, - wherein a through hole, for accommodating an anchor rod anchored in the anchor hole, extends through the sensor sleeve and through the sensor flange, and - wherein the at least one sensor is provided for determining at least one physical quantity of the sensor flange. - a sensor collar and at least one sensor, which is mechanically connected to the sensor collar, characterized in that - the sensor collar comprises a sensor sleeve for being inserted into an anchor hole, and - the sensor collar comprises a sensor flange, which is fixedly connected to the sensor sleeve, and which radially protrudes from the sensor sleeve, for abutting on the mouth of the anchor hole, - wherein a through hole, for accommodating an anchor rod anchored in the anchor hole, extends through the sensor sleeve and through the sensor flange, and - the sensor collar comprises a sensor sleeve for being inserted into an anchor hole, and - the sensor collar comprises a sensor flange, which is fixedly connected to the sensor sleeve, and which radially protrudes from the sensor sleeve, for abutting on the mouth of the anchor hole, - wherein a through hole, for accommodating an anchor rod anchored in the anchor hole, extends through the sensor sleeve and through the sensor flange, and - wherein the at least one sensor is provided for determining at least one physical quantity of the sensor flange.
Motor vehicle boot having a shelf comprising a front edge mounted so as to be able to pivot about a transverse axis, and rear corners comprising attachment means connected to an opening leaf of the boot, the shelf being able to move, when the opening leaf is opened, from a horizontal use position to a raised position by rotating upward about the transverse axis, characterized in that the attachment means are shaped so as to detach when a load of mass greater than a predefined limit is applied to the shelf, such that the shelf passes from it use position to a lowered position by rotating downward about the transverse axis.
A method comprising: receiving image data and corresponding position data captured by a robotic vehicle traversing a parcel; comparing the image data with parameters known to identify grass; and classifying the image data as grass when the image data meets the structural parameters indicative of grass; characterized by the comparing the image data comprising: transforming the image data from the spatial domain to the frequency domain; performing low pass or high pass filtering on the image data; and transforming the image data back into the spatial domain. receiving image data and corresponding position data captured by a robotic vehicle traversing a parcel; comparing the image data with parameters known to identify grass; and classifying the image data as grass when the image data meets the structural parameters indicative of grass; characterized by comparing the image data with parameters known to identify grass; and classifying the image data as grass when the image data meets the structural parameters indicative of grass; characterized by the comparing the image data comprising: transforming the image data from the spatial domain to the frequency domain; performing low pass or high pass filtering on the image data; and transforming the image data back into the spatial domain. transforming the image data from the spatial domain to the frequency domain; performing low pass or high pass filtering on the image data; and transforming the image data back into the spatial domain.
An arc start control method in robot welding comprising the steps of: shorting a welding wire with a base metal while supplying a short-circuit current; retracting a welding torch by a welding robot for taking the welding wire off the base metal to generate an initial arc; retracting the welding torch to a predetermined position with the initial arc maintained while applying an initial arc current smaller than a steady welding current during an initial arc period; and starting to feed the welding wire steadily and to supply the steady welding current so as to make a transition from the initial arc to a steady arc as well as starting to move the welding torch along a welding line, characterized in that, during a re-shorting prevention period which starts from a beginning of the initial arc period, a re-shorting prevention current which is increased from the short-circuit current to be larger than the initial arc current is applied in order to prevent re-shortening between a tip of the wire and the base metal right after the initial arc is generated, and thereafter, the initial arc current is applied. shorting a welding wire with a base metal while supplying a short-circuit current; retracting a welding torch by a welding robot for taking the welding wire off the base metal to generate an initial arc; retracting the welding torch to a predetermined position with the initial arc maintained while applying an initial arc current smaller than a steady welding current during an initial arc period; and starting to feed the welding wire steadily and to supply the steady welding current so as to make a transition from the initial arc to a steady arc as well as starting to move the welding torch along a welding line, characterized in that, during a re-shorting prevention period which starts from a beginning of the initial arc period, a re-shorting prevention current which is increased from the short-circuit current to be larger than the initial arc current is applied in order to prevent re-shortening between a tip of the wire and the base metal right after the initial arc is generated, and thereafter, the initial arc current is applied.
A fuel injection pump having a separable plunger, wherein a barrel is installed within a main pump casing, a main plunger of which a lower portion is protruded in a downward direction of the barrel is slide coupled to an inside of the barrel, and a main fuel outlet is formed on the main pump casing and the barrel to be connected to each other, so that the main plunger is slide moved upward and downward along the barrel to compress fuel introduced within the barrel through a main fuel input hole and a main fuel relief plug to be provided to a fuel injection hole through the main fuel outlet, the fuel injection pump comprising: the separable plunger of which an outer circumference is slide coupled to an inside of the barrel such that a lower portion thereof is supported by an upper portion of the main plunger to enable upward and downward slide movement in association with the main plunger, wherein an injection timing adjustment step of which an upper surface is formed in a spiral shape is protrudingly formed on the outer circumference thereof and a fuel passage is formed on one side of the outer circumference thereof including the injection timing adjustment step; characterized in that it comprises an elastic member having a lower portion elastically supported by the separable plunger and an upper portion inserted within the barrel to be supported by an upper surface of the barrel. the separable plunger of which an outer circumference is slide coupled to an inside of the barrel such that a lower portion thereof is supported by an upper portion of the main plunger to enable upward and downward slide movement in association with the main plunger, wherein an injection timing adjustment step of which an upper surface is formed in a spiral shape is protrudingly formed on the outer circumference thereof and a fuel passage is formed on one side of the outer circumference thereof including the injection timing adjustment step; characterized in that it comprises an elastic member having a lower portion elastically supported by the separable plunger and an upper portion inserted within the barrel to be supported by an upper surface of the barrel.
A method for wireless communications in a wireless network via an orthogonal frequency division multiplexed, OFDM radio access technology, comprising: determining dimensions of a matrix to be used in a row-column interleaver for performing interleaving of modulated symbols from a plurality of code blocks (902, 904, 906) into bundles (902A, 902B, 904A, 904B, 906A, 906B) of resource elements, said modulated symbols carrying bits of said code blocks, based on a ratio of a code block size to a number of bits to be mapped into each resource element, given by ⌈ N CB Bits ∑ i = 1 N Layers N QAM i ⋅ k ⌉, wherein N CB Bits is the number of bits in a code block, k is the resource element bundle size, N Layers is a number of transmission layers, and N QAM i is the QAM order for layer i, wherein determining the dimensions of the matrix comprises determining a number of rows N rows of the matrix based on N REs per CB = N CB Bits ∑ i = 1 N Layers N QAM i, and N rows = ⌈ N REs per CB 1 k ⌉, and determining the number of columns N columns of the matrix based on a total number of bundles of resource elements N k-REs, given by N columns = ⌈ N k − REs N rows ⌉; performing the interleaving of the modulated symbols according to the matrix having the determined dimensions; and transmitting the interleaved modulated symbols in the wireless network via the radio access technology. determining dimensions of a matrix to be used in a row-column interleaver for performing interleaving of modulated symbols from a plurality of code blocks (902, 904, 906) into bundles (902A, 902B, 904A, 904B, 906A, 906B) of resource elements, said modulated symbols carrying bits of said code blocks, based on a ratio of a code block size to a number of bits to be mapped into each resource element, given by ⌈ N CB Bits ∑ i = 1 N Layers N QAM i ⋅ k ⌉, wherein N CB Bits is the number of bits in a code block, k is the resource element bundle size, N Layers is a number of transmission layers, and N QAM i is the QAM order for layer i, wherein determining the dimensions of the matrix comprises determining a number of rows N rows of the matrix based on N REs per CB = N CB Bits ∑ i = 1 N Layers N QAM i, and N rows = ⌈ N REs per CB 1 k ⌉, and determining the number of columns N columns of the matrix based on a total number of bundles of resource elements N k-REs, given by N columns = ⌈ N k − REs N rows ⌉; performing the interleaving of the modulated symbols according to the matrix having the determined dimensions; and transmitting the interleaved modulated symbols in the wireless network via the radio access technology.
A device for updating child candidates for a layer of a K-Best serial tree, said child candidates being suitable for determining a received signal, based on an orthogonal frequency-division multiplexing, OFDM, communication, as minimum values of a set of values, said device comprising a processor configured to: (a) load a first set of values in a register, said values corresponding to child candidates associated with a first subcarrier; (b) identify a maximum value of said first set of values and a minimum value of said first set of values; (c) in said register, replace said maximum value by a value of a second set of values corresponding to child candidates associated with a second subcarrier and replace said minimum value by a new value, calculated based on said minimum value, to receive an updated first set of values; (d) repeat steps (b) and (c) until all values of said updated first set of values are replaced by values of said second set of values. (a) load a first set of values in a register, said values corresponding to child candidates associated with a first subcarrier; (b) identify a maximum value of said first set of values and a minimum value of said first set of values; (c) in said register, replace said maximum value by a value of a second set of values corresponding to child candidates associated with a second subcarrier and replace said minimum value by a new value, calculated based on said minimum value, to receive an updated first set of values; (d) repeat steps (b) and (c) until all values of said updated first set of values are replaced by values of said second set of values.
A superconductive magnet assembly comprising: a coil form shaped as a hollow cylinder; at least two thermally conductive sheets, each extending circumferentially on an exterior surface of the coil form or on a layer of insulating material optionally disposed between the coil form and the thermally conductive sheets to minimize friction and allow the thermally conductive sheets to move relative to the coil form, said sheets being separated by non-electrically conductive regions; thermally conductive tubing members thermally connected to exterior surfaces of the thermally conductive sheets, provided for circulating a refrigerant; at least one layer of thermally conductive electrically insulating material disposed around and bonded to the exterior surfaces of the thermally conductive sheets; and a winding of superconductive wire disposed alongside and bonded together and to the electrically insulating material, forming a thermally efficient unitary structure. a coil form shaped as a hollow cylinder; at least two thermally conductive sheets, each extending circumferentially on an exterior surface of the coil form or on a layer of insulating material optionally disposed between the coil form and the thermally conductive sheets to minimize friction and allow the thermally conductive sheets to move relative to the coil form, said sheets being separated by non-electrically conductive regions; thermally conductive tubing members thermally connected to exterior surfaces of the thermally conductive sheets, provided for circulating a refrigerant; at least one layer of thermally conductive electrically insulating material disposed around and bonded to the exterior surfaces of the thermally conductive sheets; and a winding of superconductive wire disposed alongside and bonded together and to the electrically insulating material, forming a thermally efficient unitary structure.
A fluid extraction system comprising: an interface to fluidically and electrically couple a removable extraction reservoir to a printing device; a return line to connect the interface and a reservoir of the printing device; and characterized in that the fluid extraction system further comprises: a switch to: responsive to attachment of the removable extraction reservoir to the printing device, open the return line to direct fluid from the reservoir to the interface; and responsive to removal of the removable extraction reservoir from the printing device, close the return line. an interface to fluidically and electrically couple a removable extraction reservoir to a printing device; a return line to connect the interface and a reservoir of the printing device; and characterized in that the fluid extraction system further comprises: a switch to: responsive to attachment of the removable extraction reservoir to the printing device, open the return line to direct fluid from the reservoir to the interface; and responsive to removal of the removable extraction reservoir from the printing device, close the return line. responsive to attachment of the removable extraction reservoir to the printing device, open the return line to direct fluid from the reservoir to the interface; and responsive to removal of the removable extraction reservoir from the printing device, close the return line.
Device for clamping articles to appliance plates comprising a threaded ring and a support, which is provided with a flange at its one end and which has an annular casing provided with an external thread with at least one thread, onto which the threaded ring is screwable, which has an internal thread with at least one thread, wherein the threads of the internal thread and the threads of the external thread have discontinuities (6, 13), the width of which is greater than the width of the threads (5, 10), wherein the threaded ring is divided at at least one point and is provided with a hinge, characterised in that at least one lock (16, 21) is provided at the threaded ring.
A method, in a data processing system comprising a processor and a memory, for identifying communicators as wanted or unwanted based on messages from such communicators, the method comprising: receiving, by a communications parser, an inbound message from a communicator; comparing, by a communicator classifier, the inbound message to fingerprints stored in a database accessible to the data processing system, wherein at least one of the fingerprints is generated based on content of a recording of a prior communication from an unwanted communicator; determining, by a fingerprint comparator, at least one match of the inbound message to the fingerprints; determining, by the communicator classifier, an identity of the communicator by determining whether and how likely the communicator is wanted or unwanted based on the at least one match to the fingerprints; and configuring, by the data processing system, handling of calls from the communicator based on the identity. receiving, by a communications parser, an inbound message from a communicator; comparing, by a communicator classifier, the inbound message to fingerprints stored in a database accessible to the data processing system, wherein at least one of the fingerprints is generated based on content of a recording of a prior communication from an unwanted communicator; determining, by a fingerprint comparator, at least one match of the inbound message to the fingerprints; determining, by the communicator classifier, an identity of the communicator by determining whether and how likely the communicator is wanted or unwanted based on the at least one match to the fingerprints; and configuring, by the data processing system, handling of calls from the communicator based on the identity.