mhurhangee/ep-ind-claims huggingface dataset:
A method for securely resolving product identity, comprising: establishing a wireless connection between an audio device and a remote device; receiving, at the remote device, an identity resolving key, IRK, associated with the audio device, in an encrypted state from the audio device via the wireless connection; establishing a data connection between the remote device and a server; transmitting credentials of a user of the remote device to the server via the data connection to authorize the remote device to act as a relay between the audio device and the server; transmitting the IRK in the encrypted state from the remote device to the server via the data connection; receiving the IRK in a decrypted state from the server via an encrypted link of the data connection; receiving an advertising packet broadcast from the audio device by the remote device, the advertising packet including a random resolvable address for the audio device; and attempting to resolve, at the remote device, the random resolvable address using the IRK in the decrypted state to identify the audio device. establishing a wireless connection between an audio device and a remote device; receiving, at the remote device, an identity resolving key, IRK, associated with the audio device, in an encrypted state from the audio device via the wireless connection; establishing a data connection between the remote device and a server; transmitting credentials of a user of the remote device to the server via the data connection to authorize the remote device to act as a relay between the audio device and the server; transmitting the IRK in the encrypted state from the remote device to the server via the data connection; receiving the IRK in a decrypted state from the server via an encrypted link of the data connection; receiving an advertising packet broadcast from the audio device by the remote device, the advertising packet including a random resolvable address for the audio device; and attempting to resolve, at the remote device, the random resolvable address using the IRK in the decrypted state to identify the audio device.
An independent suspension of a wheel of a two-track vehicle, comprising a trailing arm, which is hinged at a first of its two end regions (28, 32) to a vehicle body of the vehicle and which at its other end region supports a wheel carrier, and comprising a scissor-like arm, which is hinged to the trailing arm and which guides the trailing arm relative to the vehicle body, and comprising a spring element supporting the trailing arm relative to the vehicle body, which spring element is arranged on the trailing arm in the region of the hinging of the scissor-like arm to the trailing arm as considered in the direction of the vehicle longitudinal axis, characterised in that the scissor-like arm is hinged to the trailing arm within the rim in a lateral projection.
A mascot and mascot retraction mechanism assembly comprising a mascot and a support, the mascot comprising a mascot base and a contact area with a substantially circular edge, the base extending over and concealing the contact area in use, and the support comprising a support surface and an arrangement for resiliently biasing the contact area of the mascot into contact with the support surface and permitting the mascot and mascot base to pivot relative to the support about the substantially circular edge, characterised in that the mascot base has non-circular outline shape.
A vehicle, in particular a boat, with an engine and an engine condition indicating device for indicating an engine condition data value at an indication section being configured to automatically adapt to different types of engines, wherein the condition data value is indicated at a predetermined position in an indication area of the indication section, and in that an indication information including a condition value information (25,26,27,28) of the engine is indicated in the indication area, the condition value information (25,26,27,28) being determined in association with the indication area and a specification of the engine, condition value information (25,26,27,28) includes information on a minimum, an optimum and/or a maximum value of the condition data value of said engine, characterized in that said condition value information (25,26,27,28) is stored on an engine side of an information transmitting means being a local area network and transmitted to the indication section by the local area network.
Control unit intended to control an electrical machine, notably for a motor vehicle, the control unit comprising: - at least one power electronic unit, - a housing comprising a base receiving said at least one power electronic unit, said power electronic unit comprising at least one connector intended to be connected electrically to a corresponding connector of the electrical machine, - a primary cover closing the housing, characterized in that the control unit comprises at least one through passage between the base and the primary cover through which said connector of the power electronic unit passes, and intended to receive the corresponding connector of the electrical machine, said at least one through passage comprising a peripheral wall (151, 152) deriving from the primary cover or from the base or from both. - at least one power electronic unit, - a housing comprising a base receiving said at least one power electronic unit, said power electronic unit comprising at least one connector intended to be connected electrically to a corresponding connector of the electrical machine, - a primary cover closing the housing,
A device for propagating at least one microtissue, said device comprising at least one well, wherein said at least one well comprises an open upper section comprising an open upper end and an open lower end, and a lower section comprising an open upper end and a bottom end, wherein the upper section and the lower section are in fluid communication, and wherein the bottom end of the lower section of at least one well of said plurality of wells is provided with a well bottom, said lower section of said at least one well has a smaller cross-sectional area than the open upper section of the same well, wherein the lower section of the at least one well is excentrically arranged with respect to the longitudinal axis of the open upper section of the said at least one well, wherein the at least one well further comprises an intermediate section disposed between the open upper section and the lower section, said intermediate section comprising a pipetting stage having an inclination, wherein the intermediate section further comprises a chute, said chute being provided between the pipetting stage and the lower section, and wherein the chute has a gradually increasing inclination which inclination is in any case larger than the slope of the pipetting stage. an open upper section comprising an open upper end and an open lower end, and a lower section comprising an open upper end and a bottom end, wherein the upper section and the lower section are in fluid communication, and wherein the bottom end of the lower section of at least one well of said plurality of wells is provided with a well bottom, said lower section of said at least one well has a smaller cross-sectional area than the open upper section of the same well, wherein the lower section of the at least one well is excentrically arranged with respect to the longitudinal axis of the open upper section of the said at least one well, wherein the at least one well further comprises an intermediate section disposed between the open upper section and the lower section, said intermediate section comprising a pipetting stage having an inclination, wherein the intermediate section further comprises a chute, said chute being provided between the pipetting stage and the lower section, and wherein the chute has a gradually increasing inclination which inclination is in any case larger than the slope of the pipetting stage.
A method for measuring coating thickness of steel plate, comprising the following steps: prior to applying the coating, measuring the strip thickness T strip using a steel strip thickness measuring device, and strip length L of steel strip that forms coil using a strip length measuring device, and after applying the coating, coiling the steel strip to form a coil and measuring outer diameter R and inner diameter R 0 of the coil with coating using a coil size measuring device, obtaining the coating thickness T coating using a controlling device according to the following formula T coating = π 4 R 2 − R 0 2 / L − T strip, wherein R, R 0, L, T strip and T coating are in the same unit. prior to applying the coating, measuring the strip thickness T strip using a steel strip thickness measuring device, and strip length L of steel strip that forms coil using a strip length measuring device, and after applying the coating, coiling the steel strip to form a coil and measuring outer diameter R and inner diameter R 0 of the coil with coating using a coil size measuring device, obtaining the coating thickness T coating using a controlling device according to the following formula T coating = π 4 R 2 − R 0 2 / L − T strip, wherein R, R 0, L, T strip and T coating are in the same unit.
Lunging girth for horses, comprising a strap which can be secured on the trunk of a horse and has a back support extending on both sides transversely with respect to the longitudinal direction of the strap, characterized in that the back support on one side of the strap has a central cut-out which is open on one side for the withers of the horse, said cut-out being spanned by a gullet plate fastened to the back support on both sides of the cut-out, and in that the back support has greater rigidity than the strap at least away from the central region in a continuation of the cut-out, wherein rings for the fastening and/or passage of auxiliary reins and/or lunges are provided both on the strap and on the back support away from the strap.
A compound having general formula: wherein R = H, CH 2 -OH, CH 2 -O-CO-CH 3, CH 2 -O-CO-Ph (Ph=phenyl) R' = H, CH 2 -O-CO-CH 3, CH 2 -O-CO-Ph; Ar = phenyl, 3-methoxy-4-hydroxy phenyl; for pharmaceutical use as an active principle in the dermatological field when topically administered on skin or scalp to preserve or restore the barrier function of the involved cutis together with an anti-inflammatory activity and an antioxidant activity against free radicals. wherein R = H, CH 2 -OH, CH 2 -O-CO-CH 3, CH 2 -O-CO-Ph (Ph=phenyl) R' = H, CH 2 -O-CO-CH 3, CH 2 -O-CO-Ph; Ar = phenyl, 3-methoxy-4-hydroxy phenyl; for pharmaceutical use as an active principle in the dermatological field when topically administered on skin or scalp to preserve or restore the barrier function of the involved cutis together with an anti-inflammatory activity and an antioxidant activity against free radicals.
An electric radiator made by means of the assembly of the aluminium elements, made with die-casting or extrusion technology characterized in that a heating element used is of the heating cable type, said heating cable comprises: a heating wire; a first external silicone sheath that wraps the heating wire forming the main insulation; a second silicone sheath that forms the secondary insulation and wraps said first external silicone sheath; said heating cable is suitably shaped so that it can be inserted into the cavities of said radiator with U-shaped shapes inserted in the cavities of the radiator elements; the inside of each cavity is filled by casting with a mixture of marble aggregates and calcium sulphate powder which is made in a cold solution by mixing fine powders of calcium carbonate and calcium sulphate with water.
A grapple mechanism (26, 28) useable on a grapple attachment, comprising: a lower arm housing; grab arms mounted to the lower arm housing, at least one of the grab arms is movable relative to the lower arm housing, and the grab arms have an open position and a closed position; and characterised in that it further comprises an upper arm housing mounted to the lower arm housing, the upper arm housing includes a passageway through which a main beam of the grapple attachment can extend, the passageway having an axis parallel to a longitudinal axis of the main beam, and the upper arm housing and the lower arm housing are movable relative to one another and relative to the main beam in a forward and rearward direction that is perpendicular to the longitudinal axis of the main beam and are moveable together relative to the main beam in an up and down direction perpendicular to the forward and rearward direction and to the longitudinal axis of the main beam. a lower arm housing; grab arms mounted to the lower arm housing, at least one of the grab arms is movable relative to the lower arm housing, and the grab arms have an open position and a closed position; and characterised in that it further comprises an upper arm housing mounted to the lower arm housing, the upper arm housing includes a passageway through which a main beam of the grapple attachment can extend, the passageway having an axis parallel to a longitudinal axis of the main beam, and the upper arm housing and the lower arm housing are movable relative to one another and relative to the main beam in a forward and rearward direction that is perpendicular to the longitudinal axis of the main beam and are moveable together relative to the main beam in an up and down direction perpendicular to the forward and rearward direction and to the longitudinal axis of the main beam.
A catalyst comprising palladium, a porous support comprising at least one refractory oxide selected from the group constituted by silica, alumina and silica-alumina, the palladium content in the catalyst being in the range 0.01% to 2% by weight with respect to the total catalyst weight, at least 80% by weight of the palladium being distributed in a crust at the periphery of said support, the thickness of said crust being in the range 20 to 100 μm, the metallic dispersion D of the palladium being in the range 20% to 70%, characterized in that said support is in the form of an extrudate and comprises a specific surface area in the range 165 to 250 m 2 /g as measured using the BET method in accordance with ASTM standard D3363-03, said porous support being in the form of an extrudate comprising three or four lobes.
A method of controlling radio transmissions performed by an access node (100; 600; 700) in a wireless communication network, the method comprising: - determining a lower target and an upper target for a signal to noise ratio of uplink radio transmissions from a radio device to the wireless communication network; and - scheduling the uplink radio transmissions by allocating radio resources for the uplink radio transmissions and controlling a transmit power of the uplink radio transmissions, wherein said scheduling comprises: - depending on a bandwidth of radio resources to be allocated for an uplink radio transmission and a current value of the transmit power, determining an estimate of the signal-to-noise ratio of the uplink radio transmission; - comparing the estimate of the signal-to-noise ratio to at least one of the lower target and the upper target; and - depending on a result of the comparison, adapting the bandwidth and allocating radio resources for the uplink radio transmission in accordance with the adapted bandwidth; - in response to the estimate of the signal-to-noise ratio being between the lower target and the upper target, maintaining the bandwidth and the current value of the transmit power and allocating radio resources for the uplink radio transmission in accordance with the maintained bandwidth; - determining whether the radio device operates at a maximum transmit power; and - in response to the estimate of the signal-to-noise ratio being below the lower target and determining that the radio device operates below the maximum transmit power, controlling the radio device to increase the transmit power. - determining a lower target and an upper target for a signal to noise ratio of uplink radio transmissions from a radio device to the wireless communication network; and - scheduling the uplink radio transmissions by allocating radio resources for the uplink radio transmissions and controlling a transmit power of the uplink radio transmissions, wherein said scheduling comprises: - depending on a bandwidth of radio resources to be allocated for an uplink radio transmission and a current value of the transmit power, determining an estimate of the signal-to-noise ratio of the uplink radio transmission; - comparing the estimate of the signal-to-noise ratio to at least one of the lower target and the upper target; and - depending on a result of the comparison, adapting the bandwidth and allocating radio resources for the uplink radio transmission in accordance with the adapted bandwidth; - in response to the estimate of the signal-to-noise ratio being between the lower target and the upper target, maintaining the bandwidth and the current value of the transmit power and allocating radio resources for the uplink radio transmission in accordance with the maintained bandwidth; - determining whether the radio device operates at a maximum transmit power; and - in response to the estimate of the signal-to-noise ratio being below the lower target and determining that the radio device operates below the maximum transmit power, controlling the radio device to increase the transmit power.
A hydrostatic seal configured to be disposed between relatively rotatable components, the seal comprising: a base; and a shoe operatively coupled to the base and extending axially from a forward end to an aft end to define an axial length; wherein the base is operatively coupled to a static housing structure; characterized in that the static housing structure is substantially a U-shaped cross-sectional structure that includes a first segment extending axially rearward from a first end to a second end, a second segment extending radially from the second end to a third end, and a third segment extending axially forward from the third end toward a fourth end that abuts or is in close proximity to the aft end of the shoe. a base; and a shoe operatively coupled to the base and extending axially from a forward end to an aft end to define an axial length; wherein the base is operatively coupled to a static housing structure; characterized in that the static housing structure is substantially a U-shaped cross-sectional structure that includes a first segment extending axially rearward from a first end to a second end, a second segment extending radially from the second end to a third end, and a third segment extending axially forward from the third end toward a fourth end that abuts or is in close proximity to the aft end of the shoe.
Subscriber station (10; 30) for a serial bus system, having a communication control device (11; 31) for controlling communication between the subscriber station (10; 30) and at least one other subscriber station (10; 20; 30) of the bus system, and a transmitting/receiving device (12; 32) for transmitting a transmission signal generated by the communication control device (11; 31) onto a bus of the bus system, with the result that, for a message exchanged between subscriber stations (10, 20, 30) of the bus system, the bit time (t_bt) of a signal transmitted onto the bus in the first communication phase can differ from a bit time (t_bt) of a signal transmitted in the second communication phase, characterized in that the communication control device (11; 31) is configured to generate the transmission signal according to a frame (450; 450_1; 4500) and to insert in the frame (450; 450_1; 4500) at least one field (FCP; FCP_1; FCP_2) which is configured for checking whether the bit stream of the frame (450; 450_1; 4500) is offset by at least one bit compared with the expected frame (450; 450_1; 4500) in a subscriber station (10; 20; 30) of the bus system which receives the frame (450; 450_1; 4500) but is not a transmitter of the frame (450; 450_1; 4500), and wherein the communication control device (11; 31) in the case where the subscriber station (10; 30) is not a transmitter of the frame (450; 450_1; 4500) is configured to use the at least one field (FCP; FCP_1; FCP_2) for checking whether the bit stream of the received frame is offset by at least one bit compared with the expected frame (450; 450_1; 4500). a communication control device (11; 31) for controlling communication between the subscriber station (10; 30) and at least one other subscriber station (10; 20; 30) of the bus system, and a transmitting/receiving device (12; 32) for transmitting a transmission signal generated by the communication control device (11; 31) onto a bus of the bus system, with the result that, for a message exchanged between subscriber stations (10, 20, 30) of the bus system, the bit time (t_bt) of a signal transmitted onto the bus in the first communication phase can differ from a bit time (t_bt) of a signal transmitted in the second communication phase, characterized in that the communication control device (11; 31) is configured to generate the transmission signal according to a frame (450; 450_1; 4500) and to insert in the frame (450; 450_1; 4500) at least one field (FCP; FCP_1; FCP_2) which is configured for checking whether the bit stream of the frame (450; 450_1; 4500) is offset by at least one bit compared with the expected frame (450; 450_1; 4500) in a subscriber station (10; 20; 30) of the bus system which receives the frame (450; 450_1; 4500) but is not a transmitter of the frame (450; 450_1; 4500), and wherein the communication control device (11; 31) in the case where the subscriber station (10; 30) is not a transmitter of the frame (450; 450_1; 4500) is configured to use the at least one field (FCP; FCP_1; FCP_2) for checking whether the bit stream of the received frame is offset by at least one bit compared with the expected frame (450; 450_1; 4500).
A machine for launching at least one target, such as a clay pigeon for clay pigeon shooting, comprising: a launching device comprising a rotating projection arm capable of projecting at least one target, an accumulator device comprising a spring a first end of which is integral with a proximal end of the projection arm, a trigger device capable, in a first step, of moving the proximal end of the projection arm and the first end of the spring by loading the spring so as to accumulate elastic energy and, in a second step, of releasing the proximal end of the projection arm, which under the action of the spring releasing the previously accumulated elastic energy, is configured to project said at least one target, and a pre-loader device capable of adjusting a pre-load of the spring by moving a second end of the spring, characterised in that the pre-loader device comprises a linear actuator and a flexible transmission member connecting the linear actuator to the second end of the spring, and in that the pre-loader device is configured to leave slack in the flexible transmission member in order to create a delay in the loading of the spring.