mhurhangee/ep-ind-claims huggingface dataset:
An antenna attachment apparatus configured to affix a radar antenna (140; 540; 640; 740; 840) to an aircraft fuselage, comprising: a radome (110; 510; 610; 710; 810) comprising at least one layer of composite material; a mounting plate (120; 420; 520; 620; 720; 820) attached to the radome wherein the mounting plate is adaptable to a plurality of models of aircraft; an adapter plate (130; 430; 530; 630; 730; 830) attached directly to, attached indirectly to or integral with the mounting plate, the adapter plate being configured to accommodate any one of a plurality of antennas wherein the plurality of antennas comprise radio-frequency band antennas; wherein the adapter plate comprises a plurality of holes configured to accommodate attachment of the one of the plurality of antennas (140; 540; 640; 740; 840); and the plurality of holes are arranged in fastener patterns and the plurality of holes arranged in fastener patterns are configured to accommodate a plurality of antenna models and wherein a first fastener pattern is configured to accommodate at least a first model of antenna and a second fastener pattern is configured to accommodate at least a second model of antenna. a radome (110; 510; 610; 710; 810) comprising at least one layer of composite material; a mounting plate (120; 420; 520; 620; 720; 820) attached to the radome wherein the mounting plate is adaptable to a plurality of models of aircraft; an adapter plate (130; 430; 530; 630; 730; 830) attached directly to, attached indirectly to or integral with the mounting plate, the adapter plate being configured to accommodate any one of a plurality of antennas wherein the plurality of antennas comprise radio-frequency band antennas; wherein the adapter plate comprises a plurality of holes configured to accommodate attachment of the one of the plurality of antennas (140; 540; 640; 740; 840); and the plurality of holes are arranged in fastener patterns and the plurality of holes arranged in fastener patterns are configured to accommodate a plurality of antenna models and wherein a first fastener pattern is configured to accommodate at least a first model of antenna and a second fastener pattern is configured to accommodate at least a second model of antenna.
A method for establishing a wireless vehicle network with at least a first station in a towing vehicle and a second station in a trailer, wherein the first station sends the required information for establishing the wireless network and a control device assigned to the first station receives a defined message from a control device assigned to the second station via a physical interface between the towing vehicle and trailer, after which the second control device is supplied with electrical energy and the two control devices (11, 16) are connected to each other via the physical interface, wherein the physical interface is formed by a CAN data bus or a PLC connection or contains these and wherein the first station only sends wirelessly the information required for establishing the wireless network when the defined message is present in the first station, characterized in that the second control device is a brake control device, and in that the defined message contains a status of an anti-blocking regulation.
A method for displaying a plurality of aircraft by a display system associated with an ownship located among the plurality of aircraft (208, 210, 212), the display system including a data link unit, a processor, and a display device, comprising: receiving aircraft related parameters associated with a plurality of aircraft via an Automated Dependent Surveillance Broadcast (ADSB) system; displaying on the display device the plurality of aircraft; receiving an air traffic control instruction via the data link unit, the instruction comprising information including aircraft manufacturer, aircraft model, aircraft service provider, aircraft position, and an aircraft category for a first aircraft associated with the instruction; selecting, by a pilot, the display of additional images (214,216) for said first aircraft associated with the ATC instruction; processing aircraft related parameters and the instruction to determine when the first aircraft is among the plurality of aircraft; and when it is determined that the first aircraft is among the plurality of aircraft, (i) visually emphasizing the first aircraft on the display device, and (ii) displaying alongside the first aircraft, based on said pilot selection, (a) an image resembling a logo of the first aircraft's service provider, and (b) at least one image selected from the group consisting of an image resembling the model of the first aircraft, the category of the first aircraft, an image resembling a logo of the first aircraft's manufacturer. receiving aircraft related parameters associated with a plurality of aircraft via an Automated Dependent Surveillance Broadcast (ADSB) system; displaying on the display device the plurality of aircraft; receiving an air traffic control instruction via the data link unit, the instruction comprising information including aircraft manufacturer, aircraft model, aircraft service provider, aircraft position, and an aircraft category for a first aircraft associated with the instruction; selecting, by a pilot, the display of additional images (214,216) for said first aircraft associated with the ATC instruction; processing aircraft related parameters and the instruction to determine when the first aircraft is among the plurality of aircraft; and when it is determined that the first aircraft is among the plurality of aircraft, (i) visually emphasizing the first aircraft on the display device, and (ii) displaying alongside the first aircraft, based on said pilot selection, (a) an image resembling a logo of the first aircraft's service provider, and (b) at least one image selected from the group consisting of an image resembling the model of the first aircraft, the category of the first aircraft, an image resembling a logo of the first aircraft's manufacturer.
A method for a wireless communication apparatus configured to use a wake-up signal, WUS, transmitted for waking up a main receiver of a wireless communication device responsive to detection of the WUS by a wake-up receiver, WUR, of the wireless communication device, the method comprising: controlling (120, 320, 420) a WUS bandwidth of the WUR based on a reception condition metric for the WUR, wherein controlling the WUS bandwidth comprises selecting a first WUS bandwidth when the reception condition metric indicates first reception conditions and selecting a second WUS bandwidth when the reception condition metric indicates second reception conditions, wherein the first WUS bandwidth is wider than the second WUS bandwidth and the first reception conditions have lower signal-to-interference ratio, SIR, value than SIR value of the second reception conditions.
A method for calculating the remaining thickness (s n) of at least one wall of a container, in particular a melting tank, in which by using the electrical resistance and electrical conductivity (χ) of the wall, a theoretical wall thickness (s n *) is calculated, the temperature of the wall is calculated with the inclusion of the theoretical wall thickness (s n *), and the electrical conductivity (χ) is corrected depending on the calculated temperature, and afterwards, the wall thickness (s n) is again calculated using the corrected electrical conductivity (χ).
A sensor package comprising: a lead frame (22, 82) having a sensor mounting area (38, 98), a first lead (40, 100), and a second lead (42, 102), wherein said sensor mounting area (38, 98), said first lead (40, 100), and said second lead (42, 102) comprise a first side (46, 106) and a second side (48, 108), said second side (48, 108) being parallel and opposite to said first side (46, 106); a sensor component (24, 86) attached to said first side (46, 106) of said sensor mounting area (38, 98); and a first capacitor (26, 90) interconnected between said first and second leads (40, 100; 42, 102), said first capacitor (26, 90) being attached to said first side (46, 106) of each of said first and second leads (40, 100; 42, 102); characterized in that the sensor package further comprises a second capacitor (28, 92) interconnected between said first and second leads, said second capacitor (28, 92) being attached to said second side (48, 108) of said each of said first and second leads (40, 100; 42, 102). a lead frame (22, 82) having a sensor mounting area (38, 98), a first lead (40, 100), and a second lead (42, 102), wherein said sensor mounting area (38, 98), said first lead (40, 100), and said second lead (42, 102) comprise a first side (46, 106) and a second side (48, 108), said second side (48, 108) being parallel and opposite to said first side (46, 106); a sensor component (24, 86) attached to said first side (46, 106) of said sensor mounting area (38, 98); and a first capacitor (26, 90) interconnected between said first and second leads (40, 100; 42, 102), said first capacitor (26, 90) being attached to said first side (46, 106) of each of said first and second leads (40, 100; 42, 102); characterized in that the sensor package further comprises a second capacitor (28, 92) interconnected between said first and second leads, said second capacitor (28, 92) being attached to said second side (48, 108) of said each of said first and second leads (40, 100; 42, 102).
A heat exchanger comprising a plurality of exchange tubes mounted joined longitudinally in such a way as to create a front surface portion creating an obstacle to an incident heat flow and at least one heat flow sensor disposed in a support located between two adjacent exchange tubes, wherein: - the two adjacent tubes each have, at their joined portion, a slight local deformation, in such a way as to allow the positioning of the heat flow sensor support by insertion between the two tubes; - the heat flow sensor is mounted movably in said support, the latter having the shape of a hollow enclosure made in such a way as to be able to be inserted between the two adjacent tubes, at the location of said local deformations; and characterized in that the support of the heat flow sensor is brazed to at least one of the two tubes and is flattened on the side that is to be disposed at the front, with reference to the incident heat flow, in such a way as to be able to be inserted between the two adjacent tubes at the location of said local deformations. - the two adjacent tubes each have, at their joined portion, a slight local deformation, in such a way as to allow the positioning of the heat flow sensor support by insertion between the two tubes; - the heat flow sensor is mounted movably in said support, the latter having the shape of a hollow enclosure made in such a way as to be able to be inserted between the two adjacent tubes, at the location of said local deformations;
An apparatus for use with a capacitive touch-sensitive display, the apparatus comprising: a physical keyboard configured to temporarily overlay the capacitive touch-sensitive display and comprising a plurality of individual keys having corresponding keycaps, wherein the plurality of individual keys are configured such that: - each individual key provides a first level of capacitive coupling to the touch-sensitive display when a user asserts an individual key to thereby communicate to the touch-sensitive display a selection of that individual key; and characterized in that: - each individual key provides a respective second level of capacitive coupling (504, 505, 506) to the touch-sensitive display when a user touches but does not assert the individual key to thereby communicate to the touch-sensitive display an input instruction other than a selection of that individual key; - wherein each second level of capacitive coupling (504, 505, 506) is different from the first level of capacitive coupling. a physical keyboard configured to temporarily overlay the capacitive touch-sensitive display and comprising a plurality of individual keys having corresponding keycaps, wherein the plurality of individual keys are configured such that: - each individual key provides a first level of capacitive coupling to the touch-sensitive display when a user asserts an individual key to thereby communicate to the touch-sensitive display a selection of that individual key; and characterized in that: - each individual key provides a respective second level of capacitive coupling (504, 505, 506) to the touch-sensitive display when a user touches but does not assert the individual key to thereby communicate to the touch-sensitive display an input instruction other than a selection of that individual key; - wherein each second level of capacitive coupling (504, 505, 506) is different from the first level of capacitive coupling. - each individual key provides a first level of capacitive coupling to the touch-sensitive display when a user asserts an individual key to thereby communicate to the touch-sensitive display a selection of that individual key; - each individual key provides a respective second level of capacitive coupling (504, 505, 506) to the touch-sensitive display when a user touches but does not assert the individual key to thereby communicate to the touch-sensitive display an input instruction other than a selection of that individual key; - wherein each second level of capacitive coupling (504, 505, 506) is different from the first level of capacitive coupling.
A capacitor device, including: a plurality of electric double-layer capacitors (C1∼Cn) which are connected in series; and a plurality of balance resistor portions (R1∼Rn) being respectively connected in parallel to the plurality of electric double-layer capacitors (C1∼Cn), characterized in that in each of the balance resistor portions (R1∼Rn), a plurality of resistors having an equivalent resistance are connected in parallel with each other, and the plurality of balance resistor portions (R1∼Rn) are respectively connected to the plurality of electric double-layer capacitors (C1∼Cn) at the time of charge and discharge of the electric double-layer capacitors (C1∼Cn). a plurality of electric double-layer capacitors (C1∼Cn) which are connected in series; and a plurality of balance resistor portions (R1∼Rn) being respectively connected in parallel to the plurality of electric double-layer capacitors (C1∼Cn),
Locking device for locking a drawer of a card reader, comprising a rotatably mounted primary lock for locking the drawer in its reading position and a secondary lock, which is movable from an unlocked position to a locked position, for locking the primary lock, characterized in that the rotatably mounted primary lock comprises a rotary catch, which is rotatable from a first position into a second position by a movement of a magnetic plunger in a plunger direction, and the primary lock and the secondary lock are arranged in a housing forming a guide slot, a blocking means is arranged on the rotary catch, the secondary lock is a slider which is guided in the guide slot and on which a counterpart blocking means pointing towards the blocking means and corresponding to the blocking means is arranged.
A sintering paste comprising: a sintering powder comprising: (a) a first type of metal particles having a mean longest dimension of from 100 nm to 50 μm measured with a particle size analyser using either a dynamic light scattering method or laser scattering method; and/or (b) a second type of metal particles having a mean longest dimension of less than 100 nm measured with a particle size analyser using either a dynamic light scattering method or laser scattering method, wherein at least some of the second type of metal particles are at least partially coated with a capping agent; an organosilver compound; and a solvent; wherein the sintering paste further comprises a wetting agent, the wetting agent being one or more of short or long chain amines wherein C = 2 to 30; wherein the first type of metal particles and/or second type of metal particles comprises silver, a silver alloy, and/or core-shell structures of silver coated particles; and wherein the paste is substantially resin free. a sintering powder comprising: (a) a first type of metal particles having a mean longest dimension of from 100 nm to 50 μm measured with a particle size analyser using either a dynamic light scattering method or laser scattering method; and/or (b) a second type of metal particles having a mean longest dimension of less than 100 nm measured with a particle size analyser using either a dynamic light scattering method or laser scattering method, wherein at least some of the second type of metal particles are at least partially coated with a capping agent; (a) a first type of metal particles having a mean longest dimension of from 100 nm to 50 μm measured with a particle size analyser using either a dynamic light scattering method or laser scattering method; and/or (b) a second type of metal particles having a mean longest dimension of less than 100 nm measured with a particle size analyser using either a dynamic light scattering method or laser scattering method, wherein at least some of the second type of metal particles are at least partially coated with a capping agent; an organosilver compound; and a solvent; wherein the sintering paste further comprises a wetting agent, the wetting agent being one or more of short or long chain amines wherein C = 2 to 30; wherein the first type of metal particles and/or second type of metal particles comprises silver, a silver alloy, and/or core-shell structures of silver coated particles; and wherein the paste is substantially resin free.
A method comprising: (a) determining, by a security software application on a communication device, that the communication device has been accessed by an unauthorized user, wherein the communication device is configured to communicate with a telecommunications network over the air through a first communication channel including a long range communication channel; (b) generating, by the communication device, security notification data in response to step (a); and (c) providing, by the communication device in a context of a payment transaction, the security notification data or a derivative of the security notification data in a form of a cryptogram to an access device by a short range antenna in the communication device via a second communication channel, wherein the security notification data is indicative of the determining of an access by an unauthorized user and wherein the cryptogram is provided instead of another cryptogram that would be used in a case where no unauthorized access was detected. (a) determining, by a security software application on a communication device, that the communication device has been accessed by an unauthorized user, wherein the communication device is configured to communicate with a telecommunications network over the air through a first communication channel including a long range communication channel; (b) generating, by the communication device, security notification data in response to step (a); and (c) providing, by the communication device in a context of a payment transaction, the security notification data or a derivative of the security notification data in a form of a cryptogram to an access device by a short range antenna in the communication device via a second communication channel, wherein the security notification data is indicative of the determining of an access by an unauthorized user and wherein the cryptogram is provided instead of another cryptogram that would be used in a case where no unauthorized access was detected.
A compound of Formula I wherein R 1 is hydrogen, R 2 is hydrogen, and R 3 is hydrogen; R 1 is hydrogen, R 2 is (2 S)-2-aminopropanoyl, and R 3 is hydrogen; R 1 is hydrogen, R 2 is (2 S)-2-amino-4-methylsulfanyl-butanoyl, and R 3 is hydrogen; R 1 is hydrogen, R 2 is 2-aminoacetyl, and R 3 is hydrogen; R 1 is benzyl, R 2 is hydrogen, and R 3 is benzyl; or R 1 is (2-fluorophenyl)methyl, R 2 is hydrogen, and R 3 is (2-fluorophenyl)methyl; or a pharmaceutically acceptable salt thereof. R 1 is hydrogen, R 2 is hydrogen, and R 3 is hydrogen; R 1 is hydrogen, R 2 is (2 S)-2-aminopropanoyl, and R 3 is hydrogen; R 1 is hydrogen, R 2 is (2 S)-2-amino-4-methylsulfanyl-butanoyl, and R 3 is hydrogen; R 1 is hydrogen, R 2 is 2-aminoacetyl, and R 3 is hydrogen; R 1 is benzyl, R 2 is hydrogen, and R 3 is benzyl; or R 1 is (2-fluorophenyl)methyl, R 2 is hydrogen, and R 3 is (2-fluorophenyl)methyl;
A virtual platform system (3, VP) for use in a cloud-based system, the virtual platform system comprising: a virtual platform simulator (4a, 6, VP simulation models) configured to represent in software at least a part of a physical remote client device, the virtual platform simulator further configured to have the at least part of the physical remote client that is represented in software interact with a virtual platform application; a process virtual machine (5, Simulator core engine) configured to execute program instructions (CMD, RSP) of the virtual platform application; the virtual platform system being characterised in that it further comprises one or more interception components (5, 6, 8, BBEVP, WBIVP, WBEVP) configured to capture transactions (t) from at least one of the virtual platform simulator and the process virtual machine, wherein the transactions are related to the execution of the program instructions of the virtual platform application, wherein the virtual platform system is configured to compare the captured transactions with pre-stored transactions (I.A.) to obtain a comparison result, and to allow the execution of the program instructions depending on the comparison result. a virtual platform simulator (4a, 6, VP simulation models) configured to represent in software at least a part of a physical remote client device, the virtual platform simulator further configured to have the at least part of the physical remote client that is represented in software interact with a virtual platform application; a process virtual machine (5, Simulator core engine) configured to execute program instructions (CMD, RSP) of the virtual platform application; the virtual platform system being characterised in that it further comprises one or more interception components (5, 6, 8, BBEVP, WBIVP, WBEVP) configured to capture transactions (t) from at least one of the virtual platform simulator and the process virtual machine, wherein the transactions are related to the execution of the program instructions of the virtual platform application, wherein the virtual platform system is configured to compare the captured transactions with pre-stored transactions (I.A.) to obtain a comparison result, and to allow the execution of the program instructions depending on the comparison result.