mhurhangee/ep-ind-claims huggingface dataset:
A folding joint for attaching a rear view display device to a vehicle, comprising: • two hinge sections each of which is adapted to rotate relative to the vehicle,; • a biasing element comprising a spring, a coil, a wave spring, and/or elastic member for biasing at least one of the one or more hinge sections in response to rotation of the folding joint, with the biasing element biasing at least one member (1000, 1002), in particular in form of a spring biased cam section and a biased clamping bolt, • an intermediate attachment comprised by the hinge sections, with each of the hinge sections comprised on a first end and a second end of the intermediate attachment, characterized in that the intermediate attachment comprising a first protruding member, and a second receiving cavity; • a rear view display arm pivotably coupled to the intermediate attachment at the first end to form a first axis, the rear view display arm comprising a first receiving cavity to receive the first protruding member; and • a base pivotably coupled to the intermediate attachment at the second end and forming a second axis, the base comprising a second protruding member that is received by the second receiving cavity. • two hinge sections each of which is adapted to rotate relative to the vehicle,; • a biasing element comprising a spring, a coil, a wave spring, and/or elastic member for biasing at least one of the one or more hinge sections in response to rotation of the folding joint, with the biasing element biasing at least one member (1000, 1002), in particular in form of a spring biased cam section and a biased clamping bolt, • an intermediate attachment comprised by the hinge sections, with each of the hinge sections comprised on a first end and a second end of the intermediate attachment, • a rear view display arm pivotably coupled to the intermediate attachment at the first end to form a first axis, the rear view display arm comprising a first receiving cavity to receive the first protruding member; and • a base pivotably coupled to the intermediate attachment at the second end and forming a second axis, the base comprising a second protruding member that is received by the second receiving cavity.
Method for producing a rubber component, in the case of which at least one electronic assembly is embedded between a lower and an upper ply (10, 11) of a rubber material, comprising the following steps: a) providing a length portion of the lower ply of the rubber material, which is equipped, on the top side, with at least one electronic assembly; b) stationarily positioning the length portion of the lower ply; c) unrolling a length portion of the upper ply of the rubber material on the top side of the stationary length portion of the lower ply in an unrolling direction, and fixedly adhesively connecting the length portions of the plies (10, 11) of the rubber material so as to embed the at least one electronic assembly; d) conveying out the length portion of the rubber component. a) providing a length portion of the lower ply of the rubber material, which is equipped, on the top side, with at least one electronic assembly; b) stationarily positioning the length portion of the lower ply; c) unrolling a length portion of the upper ply of the rubber material on the top side of the stationary length portion of the lower ply in an unrolling direction, and fixedly adhesively connecting the length portions of the plies (10, 11) of the rubber material so as to embed the at least one electronic assembly; d) conveying out the length portion of the rubber component.
A water mixer comprising: a mixer cartridge having a control element operable to control water flow from respective hot and cold water intakes to a single front water outlet so as to vary the proportions of hot and cold water at the outlet, and a lever handle operably coupled to the control element of the mixer cartridge, which lever handle is mounted for rotation to left and right from a central position to control water temperature and about a transverse axis to control rate of flow; characterised in that the lever handle is pivotally mounted to a support for the lever handle at a first pivot (52, 54) that is fixed against translation and to the control element of the mixer cartridge at a second pivot, said second pivot being slidable in a slot with respect to the lever handle and/or the control element such that the control element pivots from a vertically aligned off position to a forwardly inclined fully on position upon upward rotation of the lever handle. a mixer cartridge having a control element operable to control water flow from respective hot and cold water intakes to a single front water outlet so as to vary the proportions of hot and cold water at the outlet, and a lever handle operably coupled to the control element of the mixer cartridge, which lever handle is mounted for rotation to left and right from a central position to control water temperature and about a transverse axis to control rate of flow; characterised in that the lever handle is pivotally mounted to a support for the lever handle at a first pivot (52, 54) that is fixed against translation and to the control element of the mixer cartridge at a second pivot, said second pivot being slidable in a slot with respect to the lever handle and/or the control element such that the control element pivots from a vertically aligned off position to a forwardly inclined fully on position upon upward rotation of the lever handle.
Ignition system of a turbine engine, said system comprising an ignition plug having a so-called excitation terminal and a so-called return terminal, an exciter device of the plug connected to the excitation terminal of the plug, the return terminal being, in use, connected to a structure of the turbine engine forming an equipotential reference, the exciter device being, in use, connected to a command line and to an electrical power source supplying an excitation signal to the plug on receipt of an excitation signal (S_Cmd) over the command line, characterized in that the ignition system comprises a control device comprising a current sensor, a voltage sensor, a first comparator receiving as input a signal (V_img) generated by the voltage sensor, a second comparator receiving as input a signal (V_img(i)) generated by the current sensor, and a microcontroller receiving the output from the two comparators (C1, C2), the first comparator being configured to compare the value of the amplitude of the signal (V_img) generated by the voltage sensor to a first reference value and the second comparator being configured to compare the value of the signal (V_img(i)) generated by the current sensor to a second reference value, the microcontroller implementing an AND logic gate whose output is a signal (S Alert) indicative of malfunction of the ignition system if the value of the amplitude of the signal (V_img(i)) generated by the current sensor is lower than the second reference value while the value of the amplitude of the signal (V_img) generated by the voltage sensor is higher than the first reference value.
A synthetic peptide comprising (i) an analogue of VDAC1-derived peptide, wherein the analogue comprises the amino acid sequence set forth in SEQ ID NO:2 and is completely inverso modified and (ii) a recognition and/or localization peptide comprising the amino acid sequence set forth in SEQ ID NO:8.
Loading tube apparatus for use in compressing and/or loading a stent-valve, for a delivery catheter, the loading tube apparatus comprising: a plurality of segments (122a, 122b) that are assemblable around a portion of a delivery catheter to define a tubular shape; and at least one retainer for retaining the plurality of segments (122a, 122b) in the assembled shape, wherein the retainer comprises at least one threaded nut and a supporting overtube, and wherein the tubular shape is configured to provide a form fit with respect to a sheath of the delivery catheter. a plurality of segments (122a, 122b) that are assemblable around a portion of a delivery catheter to define a tubular shape; and at least one retainer for retaining the plurality of segments (122a, 122b) in the assembled shape, wherein the retainer comprises at least one threaded nut and a supporting overtube, and wherein the tubular shape is configured to provide a form fit with respect to a sheath of the delivery catheter.
An aircraft liquid level monitoring system for monitoring the level of liquid in a tiltable tank of an aircraft, wherein the tank tilts or rotates in a tilt or rotation plane about a known or predictable tilt axis, the system comprising: a tiltable tank which may tilt or rotate in a tilt or rotation plane about the tilt axis, the tank, in use, including liquid therein; a pair of pressure sensors comprising a first pressure sensor for sensing the pressure of the liquid in the tank at a first position located towards the bottom of a tank and a second pressure sensor for sensing the pressure of the liquid in the tank at a second position located a known pre-defined distance above the first sensing position, characterised in that the two sensing positions (7,8) are located on a sensing line passing through a liquid surface dividing line, said liquid surface dividing line being the line along and extending past the surface of liquid in the tank whose position relative to the tank walls remains the same as the tank tilts about the tilt axis. a tiltable tank which may tilt or rotate in a tilt or rotation plane about the tilt axis, the tank, in use, including liquid therein; a pair of pressure sensors comprising a first pressure sensor for sensing the pressure of the liquid in the tank at a first position located towards the bottom of a tank and a second pressure sensor for sensing the pressure of the liquid in the tank at a second position located a known pre-defined distance above the first sensing position, characterised in that the two sensing positions (7,8) are located on a sensing line passing through a liquid surface dividing line, said liquid surface dividing line being the line along and extending past the surface of liquid in the tank whose position relative to the tank walls remains the same as the tank tilts about the tilt axis.
A method for providing non-resonant zero-voltage switching in a switching power converter comprising at least one buck stage and/or a boost stage and converting power from an input power to an output power during a plurality of periodic switching cycles, said switching power converter including a main switch (Q 1, Q 3) and an auxiliary capacitor (C bu, C bo) adapted for connecting in parallel with the main switch using a first auxiliary switch (Q abu, Q abo) and a second auxiliary switch (Q bu, Q bo), wherein the first auxiliary switch is disposed between the input voltage terminal or a ground terminal and the auxiliary capacitor, wherein the second auxiliary switch is disposed between the auxiliary capacitor and an inductor, a second terminal of the auxiliary capacitor being connected via a biased diode (D 2bu, D 1bo) to ground or to an output voltage terminal, a second biased diode (D abu, D abo) being connected between the second terminal of the auxiliary capacitor and the common node between the second auxiliary switch and the inductor, the first auxiliary switch and second auxiliary switch being series connected and connected in parallel with the main switch, the method comprising a switching cycle including the steps of: charging the auxiliary capacitor in a first switching cycle using the first auxiliary switch when the main switch is on, connecting the auxiliary capacitor across the main switch; switching off the main switch at zero voltage while discharging the auxiliary capacitor by providing a current path to the inductor using the second auxiliary switch; and, disconnecting the auxiliary capacitor from the main switch using the second auxiliary switch; the method comprising charging and discharging alternatively the auxiliary capacitor during a plurality of the switching cycles, wherein the voltage of the auxiliary capacitor stays the same until the subsequent turn-off of the main switch during the next switching cycle with no energy loss in the auxiliary capacitor.
Rimless sunglasses comprising a polarizing lens, the polarizing lens comprising an injection-molded layer laminated on at least one surface of a polarizing sheet, the injection-molded layer including a polyamide-based resin, wherein the polarizing lens has a center thickness (v) from 1.35 to 1.55 mm, and the injection-molded layer has flexural modulus from 1500 to 1800 MPa, characterized in that the rimless sunglasses having a total weight of 10 g or less, and that rimless sunglasses having a clamping force of 14 [gf] equals 0.1373 (clamping force of 14 g) or greater when ends of temple parts are spread apart to a distance of 130 mm. the polarizing lens comprising an injection-molded layer laminated on at least one surface of a polarizing sheet, the injection-molded layer including a polyamide-based resin, wherein the polarizing lens has a center thickness (v) from 1.35 to 1.55 mm, and the injection-molded layer has flexural modulus from 1500 to 1800 MPa, characterized in that the rimless sunglasses having a total weight of 10 g or less, and that rimless sunglasses having a clamping force of 14 [gf] equals 0.1373 (clamping force of 14 g) or greater when ends of temple parts are spread apart to a distance of 130 mm.
A method performed by a Wireless Local Area Network, WLAN, node for assisting a Station, STA, in selecting a WLAN connection for the STA, wherein the WLAN node provides a public WLAN and a private WLAN with overlapping coverage, the public WLAN and the private WLAN sharing a same Basic Service Set Identification, BSSID, the public WLAN having a first Service Set Identification, SSID, the public WLAN providing connections for a first number of STAs and the private WLAN having a second SSID and providing connections for a second number of STAs, whereby the second number of STAs is a subset of the first number of STAs, the second number of STAs is being authorized to connect to the private WLAN, the method comprising: detecting that the STA connected to or trying to connect to the public WLAN provided by the WLAN node is authorized to access the private WLAN provided by the WLAN node, sending a message to the STA comprising an indication to the STA to connect to the private WLAN provided by the WLAN node, wherein the message is a modified BSS Transition Management Request frame comprising an information element comprising SSID information detecting that the STA connected to or trying to connect to the public WLAN provided by the WLAN node is authorized to access the private WLAN provided by the WLAN node, sending a message to the STA comprising an indication to the STA to connect to the private WLAN provided by the WLAN node, wherein the message is a modified BSS Transition Management Request frame comprising an information element comprising SSID information
A light emitting diode, LED, filament comprising: a core portion having an elongated carrier, comprising a first major surface and a second major surface opposite to said first major surface, a plurality of LEDs arranged on at least one of said first and second major surfaces (122, 124) of said elongated carrier, and configured to emit LED light, and a light transmissive encapsulant, encapsulating said plurality of LEDs, and at least partially encapsulating said elongated carrier, and configured to transmit a first light with a first angular distribution (θ 1); and a plurality of light transmissive light guiding structures arranged on discreet portions of an outer surface of said encapsulant, along a length, L, of said core portion, and arranged to in-couple a portion of said first light, and out-couple a second light, with a second angular distribution (θ 2), such that said second angular distribution (θ 2) is narrower than said first angular distribution (θ 1); characterised in that said light guiding structures have an axial dimension, D1, a width, D2, and a depth, D3, and said axial dimension extends outwards from said outer surface of said encapsulant, and is larger than the width D2, and the depth D3. an elongated carrier, comprising a first major surface and a second major surface opposite to said first major surface, a plurality of LEDs arranged on at least one of said first and second major surfaces (122, 124) of said elongated carrier, and configured to emit LED light, and a light transmissive encapsulant, encapsulating said plurality of LEDs, and at least partially encapsulating said elongated carrier, and configured to transmit a first light with a first angular distribution (θ 1); and a plurality of light transmissive light guiding structures arranged on discreet portions of an outer surface of said encapsulant, along a length, L, of said core portion, and arranged to in-couple a portion of said first light, and out-couple a second light, with a second angular distribution (θ 2), such that said second angular distribution (θ 2) is narrower than said first angular distribution (θ 1); characterised in that said light guiding structures have an axial dimension, D1, a width, D2, and a depth, D3, and said axial dimension extends outwards from said outer surface of said encapsulant, and is larger than the width D2, and the depth D3.
A method of modulating a communication frame (202a, 202b, 202c), having a first portion and a second portion, the first portion having one or more subcarriers and the second portion having a plurality of sub-carriers, wherein the first portion spans a first time interval (T CDMA) and the second portion spans a second time interval (T OFDMA) of the communication frame (202a, 202b, 202c), the method comprising: determining a first subcarrier set, said first subcarrier set having at least one sub-carrier of the first portion for applying a CDMA modulation scheme; modulating said first subcarrier set of the first portion using said CDMA modulation scheme; and modulating the subcarriers of the second portion using an OFDMA modulation scheme, wherein the step of determining allows an allocation wherein the one or more subcarriers of the first portion do not occupy the whole bandwidth of the first portion. determining a first subcarrier set, said first subcarrier set having at least one sub-carrier of the first portion for applying a CDMA modulation scheme; modulating said first subcarrier set of the first portion using said CDMA modulation scheme; and modulating the subcarriers of the second portion using an OFDMA modulation scheme, wherein the step of determining allows an allocation wherein the one or more subcarriers of the first portion do not occupy the whole bandwidth of the first portion.
A circuit breaker, comprising an enclosure comprising: - at least two arcing contacts that are movable axially relative to each other, between an open position of the circuit breaker in which the arcing contacts are separated from each other and a closed position of the circuit breaker in which the arcing contacts are in contact with each other, - a gas inlet configured to blow an arc-control gas in order to interrupt an electric arc that is likely to form during movement of the arcing contacts from the closed position to the open position of the circuit breaker, the arc-control gas being oxygen-free, comprising at least 80% of carbon dioxide, wherein the enclosure further comprises a catalytic material being supported by a ceramic substrate, characterized in that the catalytic material converts carbon monoxide that forms after ionization of the carbon dioxide during arcing, into carbon dioxide at a temperature below 100°C, said catalytic material comprising ceria and a precious metal. - at least two arcing contacts that are movable axially relative to each other, between an open position of the circuit breaker in which the arcing contacts are separated from each other and a closed position of the circuit breaker in which the arcing contacts are in contact with each other, - a gas inlet configured to blow an arc-control gas in order to interrupt an electric arc that is likely to form during movement of the arcing contacts from the closed position to the open position of the circuit breaker, the arc-control gas being oxygen-free, comprising at least 80% of carbon dioxide,
A wavelength selective filter comprising: a filter material including a host matrix doped with metal ions, the filter material having a transmission region (156, 188) within a deep ultraviolet range such that UV light at wavelengths within the transmission region (156, 188) is transmitted through the filter material and UV light at wavelengths above and below the transmission region (156, 188) are blocked within the deep UV range, wherein the metal ions comprise first metal ions having a first absorbance spectrum, and second metal ions having a second absorbance spectrum, wherein a combined absorbance spectrum defined by absorption ranges of the first metal ions and the second metal ions defines the transmission region (156, 188), wherein the deep UV range is between 190 nm and 280 nm, and wherein the transmission region (156, 188) has a width no greater than 30 nm. a filter material including a host matrix doped with metal ions, the filter material having a transmission region (156, 188) within a deep ultraviolet range such that UV light at wavelengths within the transmission region (156, 188) is transmitted through the filter material and UV light at wavelengths above and below the transmission region (156, 188) are blocked within the deep UV range, wherein the metal ions comprise first metal ions having a first absorbance spectrum, and second metal ions having a second absorbance spectrum, wherein a combined absorbance spectrum defined by absorption ranges of the first metal ions and the second metal ions defines the transmission region (156, 188), wherein the deep UV range is between 190 nm and 280 nm, and wherein the transmission region (156, 188) has a width no greater than 30 nm.