mhurhangee/ep-ind-claims huggingface dataset:
Modular constructional system for the construction of temporary housing units for emergency situations, made by assembling of a plurality of modular articulated frames, each modular articulated frame being extensible from a folded non-operative condition to an extended operative condition and being composed of a first frame element rectangular in shape, intended to assume, when the modular articulated frame is in the extended operative condition, a horizontal position at the base of the modular articulated frame to form part of the floor structure of the housing unit, of a second frame element rectangular in shape, hinged to the first frame element and intended to assume, when the modular articulated frame is in the extended operative condition, a substantially vertical position to form part of the side wall structure of the housing unit, and of a third frame element rectangular in shape, hinged to the second frame element and intended to assume, when the modular articulated frame is in the extended operative condition, an inclined position at the upper part of the modular articulated frame to form part of the pitched roof structure of the housing unit, each rectangular frame element (11, 12, 13) having a pair of longitudinal bars oriented in the direction of extension of the modular articulated frame from the folded non-operative condition to the extended operative condition and a pair of crosspieces oriented orthogonally to said longitudinal bars, characterized in that the longitudinal bars (24, 25) of at least said third frame element are telescopically extensible in length and in that the connection hinges (28, 28', 32, 32') respectively between the first and second frame elements (12, 13) and between the second and third frame elements (13, 14) are structural hinges, adjustable to lock stably at a plurality of preset angular positions when the modular articulated frame is in extended operative condition.
A method for the use of an ultracapacitor contributing, in association with a reversible alternator, to fulfilling various functions including the starting of the engine of the vehicle, the acceleration of the vehicle ("boost" function), the recovery of deceleration energy of the vehicle, intended to recharge the ultracapacitor and the charging of the ultracapacitor, characterized in that it consists, so as to prevent the ageing of said ultracapacitor due to its heating, in measuring the temperature of the ultracapacitor and, when the temperature exceeds a predetermined threshold, in limiting the effective current supplied or stored by the ultracapacitor by totally or partially inhibiting at least one of said functions, of which the limitation of the effective current is linked to each function and is carried out over several levels.
Mobile communications device for a motor vehicle comprising: - a first mobile communications module for exchanging a first mobile communications signal in accordance with a first mobile communications standard or several mobile communications standards via a first signal connection of the first mobile communications module with an external mobile communications station, - a second mobile communications module for exchanging a second mobile communications signal in accordance with a second mobile communications standard via a second signal connection of the second mobile communications module with an external mobile communications station, - a first antenna and a second antenna for transmitting the mobile communication signals and - a switching device which is connected to the antennae (22, 26) and the first and to the second signal connection (46, 48) and is designed to switch over, in dependence on a switching signal, between a first switching state in which the first signal connection is connected to the first antenna and the second signal connection to the second antenna, and a second switching state in which the first signal connection is connected to the second antenna and the second signal connection to the first antenna, characterised by a switch-over device which is designed, through generating a pre-determined switching signal to switch the switching device into the second switching state at the start of voice transmission. - a first mobile communications module for exchanging a first mobile communications signal in accordance with a first mobile communications standard or several mobile communications standards via a first signal connection of the first mobile communications module with an external mobile communications station, - a second mobile communications module for exchanging a second mobile communications signal in accordance with a second mobile communications standard via a second signal connection of the second mobile communications module with an external mobile communications station, - a first antenna and a second antenna for transmitting the mobile communication signals and - a switching device which is connected to the antennae (22, 26) and the first and to the second signal connection (46, 48) and is designed to switch over, in dependence on a switching signal, between a first switching state in which the first signal connection is connected to the first antenna and the second signal connection to the second antenna, and a second switching state in which the first signal connection is connected to the second antenna and the second signal connection to the first antenna,
A method for detecting an arc in a direct-current circuit comprising a DC load, a DC source supplying the DC load, and a circuit arrangement arranged between the DC source and the DC load, - wherein the circuit arrangement comprises an input comprising two input terminals (7.1, 7.2) for connecting the DC source, an output comprising two output terminals (8.1, 8.2) for connecting the DC load, and a switching unit arranged between the input and the output, - wherein the switching unit, optionally in connection with an output voltage U out applied to the output of the circuit arrangement, is designed to enable a power flow P between the DC source and the output in a first operating mode BM1 and is designed to suppress the power flow between the DC source and the output in a second operating mode BM2, comprising the method steps of: - cyclical interruption of the power flow P between the DC source and the output, in particular between the input and the output, by means of the switching unit such that the power flow P is enabled in an active time window with the first period Δt 1 and the power flow P is suppressed in an inactive time window with the second period Δt 2, - detection of a current I characterizing the power flow P and/or a voltage U characterizing the power flow P in two consecutive active time windows, - comparing the detected values of current I and/or voltage U of the active time window with the corresponding detected values from the preceding active time window, and - signaling of an arc if the values of current I and/or voltage U of the active time window differ from the corresponding values of the preceding active time window by more than a threshold value. - wherein the circuit arrangement comprises an input comprising two input terminals (7.1, 7.2) for connecting the DC source, an output comprising two output terminals (8.1, 8.2) for connecting the DC load, and a switching unit arranged between the input and the output, - wherein the switching unit, optionally in connection with an output voltage U out applied to the output of the circuit arrangement, is designed to enable a power flow P between the DC source and the output in a first operating mode BM1 and is designed to suppress the power flow between the DC source and the output in a second operating mode BM2, - cyclical interruption of the power flow P between the DC source and the output, in particular between the input and the output, by means of the switching unit such that the power flow P is enabled in an active time window with the first period Δt 1 and the power flow P is suppressed in an inactive time window with the second period Δt 2, - detection of a current I characterizing the power flow P and/or a voltage U characterizing the power flow P in two consecutive active time windows, - comparing the detected values of current I and/or voltage U of the active time window with the corresponding detected values from the preceding active time window, and - signaling of an arc if the values of current I and/or voltage U of the active time window differ from the corresponding values of the preceding active time window by more than a threshold value.
A transparent light emitting diode film comprising: a base; an electrode layer disposed on the base and having at least one pattern; a pad disposed on at least a portion of the electrode layer; a light emitting diode disposed on the pad; and an adhesive layer disposed on at least another portion of the electrode layer; and the adhesive layer comprises a first adhesive layer and a second adhesive layer and an adhesive strength of the first adhesive layer is different than an adhesive strength of the second adhesive layer, characterized in that the adhesive layer includes a plurality of gaps, and wherein one or more light emitting diodes are disposed in each of the plurality of gaps. a base; an electrode layer disposed on the base and having at least one pattern; a pad disposed on at least a portion of the electrode layer; a light emitting diode disposed on the pad; and an adhesive layer disposed on at least another portion of the electrode layer; and the adhesive layer comprises a first adhesive layer and a second adhesive layer and an adhesive strength of the first adhesive layer is different than an adhesive strength of the second adhesive layer, characterized in that the adhesive layer includes a plurality of gaps, and wherein one or more light emitting diodes are disposed in each of the plurality of gaps.
A photonic monobit analog-to-digital converter, comprising: an incoherent optical source configured to generate an optical noise signal, the optical noise signal comprising random signal phases that are uniformly distributed over a range of the optical noise signal; a dual optical modulator configured to modulate phase and amplitude of an input complex baseband signal onto an input optical signal to generate an optical modulated signal; a coupler configured to couple the optical modulated signal with the optical noise signal to generate a dithered optical signal; a coherent detector configured to coherently detect a dithered in-phase, I, signal component and a dithered quadrature, Q, signal component associated with the input complex baseband signal using the dithered optical signal and a reference optical signal; a limiter (316A, 316B) configured to output a complex decision signal (338, 340) based on the dithered I and Q signal components; and a digital signal processing, DSP, circuit configured to generate a digital signal representative of the input complex baseband signal based on the complex decision signal. an incoherent optical source configured to generate an optical noise signal, the optical noise signal comprising random signal phases that are uniformly distributed over a range of the optical noise signal; a dual optical modulator configured to modulate phase and amplitude of an input complex baseband signal onto an input optical signal to generate an optical modulated signal; a coupler configured to couple the optical modulated signal with the optical noise signal to generate a dithered optical signal; a coherent detector configured to coherently detect a dithered in-phase, I, signal component and a dithered quadrature, Q, signal component associated with the input complex baseband signal using the dithered optical signal and a reference optical signal; a limiter (316A, 316B) configured to output a complex decision signal (338, 340) based on the dithered I and Q signal components; and a digital signal processing, DSP, circuit configured to generate a digital signal representative of the input complex baseband signal based on the complex decision signal.
A battery operated wireless signalling system comprising a plurality of battery operated network devices including an initiating device; a target device and optionally a processing device; wherein the target device and/or the optional processing device is not reliant on battery power; wherein one or more unique communication routes are available between the initiating device and the target device; wherein each battery operated network device is adapted to periodically poll a list of other network devices that are capable of communicating to the target device or the optional processing device; wherein the target device or the optional processing device which is not reliant on battery power is adapted to calculate the number of unique communication routes available for message transfer between the initiating device and the target device wherein unique communication routes are non-converging; wherein the higher the number of unique communication routes, the higher the system integrity and robustness to link failure is determined to be; and wherein the number of unique communication routes is provided as a measure of system integrity and robustness to link failure.
Rotary sensor assembly for measuring steering angles of a trailed implement, comprising - a rotary encoder for determining the steering angle acting between a steered wheel (101, 102) and an axle about a steering axis (A 1, A 2); and - a coupling assembly comprising - a flange member configured for rigidly attaching to the axle or steered wheel (101, 102), - an adapter member configured for rigidly attaching to the rotary encoder, and - a biasing means for connecting the adapter member to the flange member in a force-fitting manner, wherein - the flange member includes a disc body with a central aperture receiving the adapter member, characterised in that - the biasing means is integrally formed with the disc body. - a rotary encoder for determining the steering angle acting between a steered wheel (101, 102) and an axle about a steering axis (A 1, A 2); and - a coupling assembly comprising - a flange member configured for rigidly attaching to the axle or steered wheel (101, 102), - an adapter member configured for rigidly attaching to the rotary encoder, and - a biasing means for connecting the adapter member to the flange member in a force-fitting manner, - a flange member configured for rigidly attaching to the axle or steered wheel (101, 102), - an adapter member configured for rigidly attaching to the rotary encoder, and - a biasing means for connecting the adapter member to the flange member in a force-fitting manner, - the flange member includes a disc body with a central aperture receiving the adapter member, characterised in that - the biasing means is integrally formed with the disc body.
A joint structure of a nozzle vane and a lever, comprising: a nozzle vane to be disposed in an exhaust passage for guiding exhaust gas to a turbine wheel of a variable geometry turbocharger, the nozzle vane including a shaft portion; and a lever including a fitting surface to be fitted with a peripheral surface on one end side of the shaft portion, for transmitting torque to the shaft portion to adjust a vane angle of the nozzle vane, characterized in that the lever and the one end side of the shaft portion are joined to each other by welding performed by adding weld metal, and wherein weld metal at a welded part between the lever and the one end side of the shaft portion is formed so that a center position of the weld metal is disposed inside a position of the fitting surface with respect to a radial direction of the shaft portion. a nozzle vane to be disposed in an exhaust passage for guiding exhaust gas to a turbine wheel of a variable geometry turbocharger, the nozzle vane including a shaft portion; and a lever including a fitting surface to be fitted with a peripheral surface on one end side of the shaft portion, for transmitting torque to the shaft portion to adjust a vane angle of the nozzle vane, characterized in that the lever and the one end side of the shaft portion are joined to each other by welding performed by adding weld metal, and wherein weld metal at a welded part between the lever and the one end side of the shaft portion is formed so that a center position of the weld metal is disposed inside a position of the fitting surface with respect to a radial direction of the shaft portion.
Use of one or more nucleotides selected from the group consisting of guanosine monophosphate and inosine monophosphate, a first amino acid selected from the group consisting of alanine, histidine and glycine or a mixture thereof; a second amino acid selected from the group consisting of proline and threonine or a mixture thereof; and furaneol for increasing the palatability of a foodstuff to a companion animal.
Composition intended to be applied onto a substrate consisting of hydrophilic materials such as plant materials, wood or other materials made of plant fibres for protection against adverse weather conditions and fire, comprising at least: - a hydrophobic solution intended to form a coating on said substrate, - a fire retardant, characterised in that it comprises: - 60 to 80% by weight of the hydrophobic solution, - 20 to 40% by weight of the fire retardant, preferably 73 to 78% by weight of the hydrophobic solution and 22 to 27% by weight of the fire retardant, or preferably 65 to 71% by weight of the hydrophobic solution and 29 to 35% by weight of the fire retardant. - a hydrophobic solution intended to form a coating on said substrate, - a fire retardant, characterised in that it comprises: - 60 to 80% by weight of the hydrophobic solution, - 20 to 40% by weight of the fire retardant,
Chimney pipe, especially for a refined steel exhaust gas system with two opposite connection ends (4, 6) to form a plug-in connection with additional chimney pipes and with a middle piece between the connection ends (4, 6), characterized in that the first connection end has a conical insertion region and the second connection end is cylindrical in configuration in the initial state, wherein the first and the second connection ends (4, 6) are configured in such a manner that, in order to form the plug-in connection between the chimney pipe and a further chimney pipe, which also has a first connection end like the chimney pipe and a second connection end like the chimney pipe, so that when the chimney pipe is connected to the further chimney pipe, the cylindrical connection end of the first chimney pipe is conically widened by the conical connection region of the further chimney pipe, so that in the case of the interconnected chimney pipes, the two connection ends (4, 6) lie tightly against each other.
A method implemented by at least one of a plurality of computing devices (303, 303i; 403a-c; 503; 603; 703; 803) in a wireless network, comprising: transmitting (909; 1080; 1180) based on a first transmission parameter in a configuration file, a first plurality of beacon frames each comprising a first network identifier; transmitting (909; 1080; 1180), based on a second transmission parameter in the configuration file, a second plurality of beacon frames each comprising a second network identifier that is different from the first network identifier, wherein the first transmission parameter differs from the second transmission parameter; and changing the first transmission parameter based on a variation in a congestion level for a network associated with the first network identifier in order to prioritize the first network identifier; and transmitting, based on the changed first transmission parameter, the first plurality of beacon frames, each comprising the first network identifier, to indicate that the first network identifier is prioritized over the second network identifier. transmitting (909; 1080; 1180) based on a first transmission parameter in a configuration file, a first plurality of beacon frames each comprising a first network identifier; transmitting (909; 1080; 1180), based on a second transmission parameter in the configuration file, a second plurality of beacon frames each comprising a second network identifier that is different from the first network identifier, wherein the first transmission parameter differs from the second transmission parameter; and changing the first transmission parameter based on a variation in a congestion level for a network associated with the first network identifier in order to prioritize the first network identifier; and transmitting, based on the changed first transmission parameter, the first plurality of beacon frames, each comprising the first network identifier, to indicate that the first network identifier is prioritized over the second network identifier.
A fillet weld joint of steel formed by arc welding, wherein a martensitic transformation starting temperature (Ms point) of a weld metal is 400°C or above and 550°C or below, a value obtained by dividing a toe radius p of a toe part of the weld metal by a sheet thickness t of a base metal (ρ/t) is 0.25 or above, an equation below Ms °C ≤ 375 × ρ / t + 320 is satisfied, and the weld metal is derived from a wire containing the steel as a main component, and, relative to a total mass of the weld metal, C: 0.08-0.32 mass%, Si: 0.40-3.00 mass%, Mn: 1.00-5.00 mass%, P: 0.030 mass% or below, S: 0.030 mass% or below, and suppresses total oxides to 1.0 mass% or below.
Roof antenna comprising a base plate, with at least one antenna element for receiving and/or transmitting radiofrequency signals which is housed under a hood in operative connection with the base plate being arranged on the base plate and the base plate comprising fastening means for arranging and fastening the roof antenna at its intended installation location, the roof antenna comprising a camera arranged under the hood and the hood having a cut-out for the detection field of the camera, with the hood being an external hood and an internal hood, within which the camera and the at least one antenna element are housed, being arranged below the external hood, characterized in that the internal hood is formed from a transparent material and has no cut-out for the detection field of the camera.