mhurhangee/ep-ind-claims huggingface dataset:
A waveguide E-plane filter component comprising a first main part which in turn comprises a first waveguide section part and a second main part which in turn comprises a second waveguide section part, the main parts (2, 4) being arranged to be mounted to each other, each waveguide section part (3, 5) comprising a bottom wall, corresponding side walls and an open side (8, 9), where the open side of the first waveguide section part is arranged to face the open side of the second waveguide section part, where the waveguide E-plane filter component further comprises at least one electrically conducting foil (10, 11) that is arranged to be placed between the first main part and the second main part when the main parts (2, 4) are mounted to each other, said foil (10, 11) comprising a filter part that is arranged to run between the waveguide section parts (3, 5), the filter part comprising apertures (12a, 12b, 12c), in said foil (10, 11), characterized in that the filter part at least partly comprises at least one foil loop constituted by a foil conductor having a starting point and an end point, said foil conductor at least partly running in a corresponding further aperture (15a, 15b) in said foil, dividing said corresponding aperture (15a, 15b) in a first part and a second part.
A modular decorative element (1; 2; 3; 6) obtained by cutting a sheet and comprising at least one flat portion (14; 27) having a substantially rhomboidal shape, said flat portion (14; 27) having a folding line (15; 28) and a first (16; 29) and a second (17; 30) hole, each hole (16, 17; 29, 30) being arranged at a respective end of said folding line (15; 28), said modular decorative element (1; 2; 3; 6) being configured in such a way that, during use, said at least one flat portion (14; 27) is folded along the respective folding line (15; 28) and coupled at said holes (16, 17; 29, 30) to one or more further decorative elements (1; 2; 3; 6; 7) in order to form an assembly (10; 31; 32) of decorative elements (1; 2; 3; 6; 7), said decorative element (1; 2; 3; 6)being characterised in that it comprises two or more of said flat portions (14; 27) having a substantially rhomboidal shape, integral with each other, wherein the folding line of each of said two or more of said flat portions (14; 27) is arranged along the major diagonal line, wherein one or each of said two or more flat portions (14; 27) has in common with one or more of the other flat portions (14; 27) the respective first hole (16; 29) or the respective second hole or its first hole with the second hole of the other flat portion.
A method for determining critical operating states in a fuel cell stack, consisting of individual cells connected in series, wherein a low-frequency current or voltage signal is applied to the fuel cell stack, the resulting voltage or current signal is measured and the distortion factor thd is determined, characterised in that the weighted sum of a term dependent on the membrane resistance R m and a term dependent on the distortion factor thd is used to determine an indicator THDA dryout correlating with the drying out of the fuel cell membranes of the fuel cell stack, wherein the membrane resistance R m is detected by impedance measurement and the weighting of the two terms is adjusted by means of calibration measurements.
A cam shaft support comprising a shaft carrying a cam (3A, 3B) for spreading the brake shoes of a vehicle drum brake and a rotary bearing arranged between the shaft and a bearing opening in a brake carrier which is non-rotatable with respect to the vehicle, which rotary bearing remote from the cam (3A, 3B) is provided with a seal comprising a non-rotatably mounted fixing portion and a sliding sealing portion in one piece therewith, characterised in that the fixing portion is mounted on the shaft and that the fixing portion projects at least on a part of its length into a recess in the peripheral surface of the shaft.
A fuel composition comprising diesel fuel and from 1 ppm by weight to 100 ppm by weight based on a total weight of the fuel composition of a fuel soluble additive for a fuel injected diesel engine comprising a quaternary ammonium salt made by reacting an amido amine of the formula wherein each of R 10 and R 11 is independently selected from linear or branched alkyl groups containing from 1 to 50 carbon atoms, each of R 9, R 12, R 13 and R 14 is independently selected from hydrogen or a linear or branched alkyl group, x ranges from 1 to 6, y is 0 or 1, z ranges from 1 to 6, and n ranges from 1 to 6; and an epoxide of the formula: wherein each R is independently selected from H and a C 1 to C 50 hydrocarbyl group, or a polyepoxide, in the presence of a proton donor selected from the group consisting of a carboxylic acid and an alkyl phenol.
The use, in the lubrication of a direct-injected, boosted, gasoline fuelled spark-ignited, internal combustion engine, which engine generates a brake mean effective pressure level of greater than 1,500 kPa at an engine speed of from 1500 to 2500 rotations per minute, of an oil-soluble or oil-dispersible magnesium compound, as an additive in an effective minor amount providing at least 0.2 mass % of magnesium, calculated as sulfated ash, based upon the total mass of the lubricating oil composition, in a lubricating oil composition to reduce the occurrence of Low Speed Pre-Ignition (LSPI) during operation of said engine, wherein the lubricating oil composition has a total sulfated ash content of from 0.3 to 1.2 mass %, based on the total mass of the lubricating oil composition.
A termination module for electrically connecting an electrical conductor (102, 112) of a power optical cable, comprising at least one electrical conductor (102, 112) and at least one buffered optical fiber, with a corresponding electrical conductor of a customer power cable, and optically connecting the buffered optical fiber with a corresponding optical fiber of a customer optical cable, said termination module comprising: - a first enclosure part comprising: an inlet opening for receiving said power optical cable, an electrical connector enabling electrically connecting the electrical conductors (102, 112) of the power optical cable with corresponding electrical conductors of the customer power cable, - a second enclosure part comprising: one or more optical connectors optically connecting the buffered optical fibers with one or more corresponding customer optical fibers of the customer optical cable, characterized by the fact that: - the first enclosure part is a fixed part comprising the inlet opening and an electric outlet opening for receiving said customer power cable, and - the second enclosure part is a movable part rotatably attached to the fixed part to move relative to the fixed part about a rotation axis (X-X) and comprising one or more optical outlet openings. - a first enclosure part comprising: an inlet opening for receiving said power optical cable, an electrical connector enabling electrically connecting the electrical conductors (102, 112) of the power optical cable with corresponding electrical conductors of the customer power cable, an inlet opening for receiving said power optical cable, an electrical connector enabling electrically connecting the electrical conductors (102, 112) of the power optical cable with corresponding electrical conductors of the customer power cable, - a second enclosure part comprising: one or more optical connectors optically connecting the buffered optical fibers with one or more corresponding customer optical fibers of the customer optical cable, - the first enclosure part is a fixed part comprising the inlet opening and an electric outlet opening for receiving said customer power cable, and - the second enclosure part is a movable part rotatably attached to the fixed part to move relative to the fixed part about a rotation axis (X-X) and comprising one or more optical outlet openings.
A method of determining a security context in a communication between a wireless device and a target base station at handover within the same core network, wherein the core network is a 5G core network that supports NG Radio Access Network, NG-RAN, and NG-RAN includes both gNB, which is a New Radio, NR, type base station belonging to 5G, and ng-eNB, which is a E-UTRA/LTE type base station belonging to 4G, and the method is applied at intra-RAT and/or inter-RAT handovers between two gNBs, between two ng-eNBs, or between gNB and ng-eNB within the same core network, such that the target base station is either a gNB or an ng-eNB, and the RAT type is representative of New Radio, NR, or Long Term Evolution, LTE, wherein the method is characterized in: - obtaining information representative of the type of Radio Access Technology, also referred to as RAT type, of the target base station; and - deriving and/or determining the security context at least partly based on the information representative of the RAT type of the target base station, wherein the security context comprises at least an Access Stratum, AS, base security key, wherein the step of deriving and/or determining the security context comprises deriving the AS base security key using a key derivation function that is dependent on the RAT type of the target base station, wherein the RAT type is encoded into the key derivation function, KDF, by using two different values of a Function Code parameter as input in a generic KDF, hereby creating two different KDFs, one for Long Term Evolution, LTE and one for New Radio, NR. - obtaining information representative of the type of Radio Access Technology, also referred to as RAT type, of the target base station; and - deriving and/or determining the security context at least partly based on the information representative of the RAT type of the target base station, wherein the security context comprises at least an Access Stratum, AS, base security key, wherein the step of deriving and/or determining the security context comprises deriving the AS base security key using a key derivation function that is dependent on the RAT type of the target base station, wherein the RAT type is encoded into the key derivation function, KDF, by using two different values of a Function Code parameter as input in a generic KDF, hereby creating two different KDFs, one for Long Term Evolution, LTE and one for New Radio, NR.
A linear acoustic liner for an aircraft, the liner comprising: (a) a cellular core having a first surface and an opposed second surface; (b) an imperforate back skin covering the first surface of the core; (c) a perforate face skin covering the second surface of the core, the face skin comprising: (i) an outer face skin layer having a first plurality of spaced openings extending therethrough; (ii) an inner face skin layer having a second plurality of spaced openings extending therethrough; (iii) wherein each of the first plurality of spaced openings aligns with one of the second plurality of spaced openings; and (iv) a porous layer disposed between the outer face skin layer and the inner face skin layer; and characterised in that the inner face skin layer is bonded via an adhesive material to the core. (a) a cellular core having a first surface and an opposed second surface; (b) an imperforate back skin covering the first surface of the core; (c) a perforate face skin covering the second surface of the core, the face skin comprising: (i) an outer face skin layer having a first plurality of spaced openings extending therethrough; (ii) an inner face skin layer having a second plurality of spaced openings extending therethrough; (iii) wherein each of the first plurality of spaced openings aligns with one of the second plurality of spaced openings; and (iv) a porous layer disposed between the outer face skin layer and the inner face skin layer; and characterised in that the inner face skin layer is bonded via an adhesive material to the core. (i) an outer face skin layer having a first plurality of spaced openings extending therethrough; (ii) an inner face skin layer having a second plurality of spaced openings extending therethrough; (iii) wherein each of the first plurality of spaced openings aligns with one of the second plurality of spaced openings; and (iv) a porous layer disposed between the outer face skin layer and the inner face skin layer; and characterised in that the inner face skin layer is bonded via an adhesive material to the core.
A method for Radio Access Network, RAN, Notification Area, RNA, management for a user equipment, UE, the method comprising: receiving, by the UE, a first Radio Resource Control, RRC, message having a first RNA configuration from a first base station when the UE is in an RRC Connected state; transitioning from the RRC Connected state to an RRC Inactive state; storing, by the UE, the first RNA configuration when the UE transitions between the RRC Connected state and the RRC Inactive state, wherein the stored first RNA configuration remains valid if no new RNA configuration is provided; receiving, by the UE, a second RRC message not having an RNA configuration, the second RRC message being an RRC resume response message, the UE staying in the RRC Inactive state after having received the second RRC message; and applying, by the UE, an RNA update procedure, based on the first RNA configuration after reception of the second RRC message when the UE is in the RRC Inactive state. receiving, by the UE, a first Radio Resource Control, RRC, message having a first RNA configuration from a first base station when the UE is in an RRC Connected state; transitioning from the RRC Connected state to an RRC Inactive state; storing, by the UE, the first RNA configuration when the UE transitions between the RRC Connected state and the RRC Inactive state, wherein the stored first RNA configuration remains valid if no new RNA configuration is provided; receiving, by the UE, a second RRC message not having an RNA configuration, the second RRC message being an RRC resume response message, the UE staying in the RRC Inactive state after having received the second RRC message; and applying, by the UE, an RNA update procedure, based on the first RNA configuration after reception of the second RRC message when the UE is in the RRC Inactive state.
Fire-fighting wall casing for closed environments, constituted of a frame housing, in its upper portion, a soffit which slides downwards by means of a system of pulleys placed within the frame, a magnetic switch and a smoke and/or seismic detector being positioned in its upper portion; a fume deflector, intended for extracting fumes from the upper floors, being positioned above the casing, characterized in that the fire-fighting wall casing comprises in its central portion a shutter which may be opened by a side-hinge system, in its lower portion a railing sliding upwards by means of a side guide a protection grid which, after being disconnected from the railing, may be removed by means of side retainers.
A method for diffusing fragrance into the passenger compartment of a motor vehicle for a diffuser of the type comprising a removable cartridge equipped with at least one reservoir containing a said fragrance, one or several of the diffusion parameters (T D, T P) of said fragrance varying as a function of the interior temperature prevailing in the passenger compartment and of certain parameters of the air conditioning system of said vehicle, in which at least one (T D, T P) of said diffusion parameters of said fragrance varies as a function of the cumulative diffusion duration of said fragrance from the putting in place of said cartridge; the diffusion of said fragrance being realized according to a diffusion cycle (C D) by intermittence, repeating in a loop, said cycle being constituted by two successive phases of predetermined durations: a first diffusion phase (T D) during which said fragrance is diffused in the passenger compartment, and a second pause phase (T P) during which said fragrance is not diffused in the passenger compartment, said method being characterized in that the duration of said diffusion phase (T D) decreases with the increase of said interior temperature prevailing in the passenger compartment.
Oil reservoir for an oil-injected compressor, characterised in that this reservoir is provided with detachable coupling means which enable the reservoir to be mounted on and dismantled from a housing of an oil separator; in that said reservoir is pre-filled with a desired quantity of fresh oil before being mounted to said housing, so that the reservoir serves as a packaging for said desired quantity of oil for said compressor; and in that the reservoir is provided with a suction line which extends to a certain distance from the floor of the reservoir, said suction line being fastened by means of a snap-off or click-apart mechanism configured to be activated upon mounting said reservoir on said housing of said oil separator, making it impossible for the reservoir to be re-used.
Dapagliflozin for co-administration with saxagliptin for use in the treatment of diabetes, hyperglycemia, hyperinsulinemia, obesity, hypertriglyceridemia, Syndrome X, diabetic complications or atherosclerosis, wherein the combination normalizes glucagon secretion in a mammal associated with the administration of dapagliflozin.
A method for enhancing the expression of taste related receptor genes encompassing the following steps: (i) providing a culture of mammalian cells, the genome of said cells comprising at least one sweet receptor domain selected from taste receptor, type 1, member 2 (T1R2); (ii) designing at least one type of single-guide RNA (sgRNA), the 10 to 30 nt guide sequence of said sgRNA being complementary to stretches within the non-coding and/or putative regulatory region upstream of the translation start codon of at least one sweet receptor gene; (iii) preparing a vector comprising an expression cassette encompassing at least one CRISPR-dCas9VP64, and at least one optionally modified sg-RNA containing aptamer structures for binding activator proteins; (iv) transfecting said culture of mammalian cells with said vector to target the genome for the presence of a DNA sequence that is complementary to the 10 to 30 nt guide sequence of said sgRNA; and (v) measuring the transcriptional enhancement of the sweet receptor mRNA by quantitative RT-PCR, wherein the sgRNA of the step (ii) is selected from SEQ ID NO: 16 to SEQ ID NO: 19, when the sweet receptor domain is T1R2. (i) providing a culture of mammalian cells, the genome of said cells comprising at least one sweet receptor domain selected from taste receptor, type 1, member 2 (T1R2); (ii) designing at least one type of single-guide RNA (sgRNA), the 10 to 30 nt guide sequence of said sgRNA being complementary to stretches within the non-coding and/or putative regulatory region upstream of the translation start codon of at least one sweet receptor gene; (iii) preparing a vector comprising an expression cassette encompassing at least one CRISPR-dCas9VP64, and at least one optionally modified sg-RNA containing aptamer structures for binding activator proteins; (iv) transfecting said culture of mammalian cells with said vector to target the genome for the presence of a DNA sequence that is complementary to the 10 to 30 nt guide sequence of said sgRNA; and (v) measuring the transcriptional enhancement of the sweet receptor mRNA by quantitative RT-PCR, wherein the sgRNA of the step (ii) is selected from SEQ ID NO: 16 to SEQ ID NO: 19, when the sweet receptor domain is T1R2.
A railway vehicle, comprising at least first and second successive cars, such that: - the first car has a first end, and the second car has a second end, the first and second ends being arranged across from one another and separated by an inter-circulation space comprising an inter-circulation device, - the first car is equipped with first high-voltage power cables and first low-voltage power cables, and the second car is equipped with second high-voltage power cables and second low-voltage power cables, - the first car includes a first casing supported at its first end, the first high-voltage and low-voltage power cables all passing through this first casing, the first casing comprising a first support and guide member for the high-voltage and low-voltage power cables, - the second car includes a second casing supported at its second end, the second high-voltage and low-voltage power cables all passing through this second casing, the second casing comprising a second support and guide member for the high-voltage and low-voltage power cables, - the first and second support members are arranged across from one another, the power cables extending freely in the inter-circulation space between the first and second support members, the inter-circulation space and in particular the inter-circulation device being free of any support element for the power cables. - the first car has a first end, and the second car has a second end, the first and second ends being arranged across from one another and separated by an inter-circulation space comprising an inter-circulation device, - the first car is equipped with first high-voltage power cables and first low-voltage power cables, and the second car is equipped with second high-voltage power cables and second low-voltage power cables, - the first car includes a first casing supported at its first end, the first high-voltage and low-voltage power cables all passing through this first casing, the first casing comprising a first support and guide member for the high-voltage and low-voltage power cables, - the second car includes a second casing supported at its second end, the second high-voltage and low-voltage power cables all passing through this second casing, the second casing comprising a second support and guide member for the high-voltage and low-voltage power cables, - the first and second support members are arranged across from one another, the power cables extending freely in the inter-circulation space between the first and second support members, the inter-circulation space and in particular the inter-circulation device being free of any support element for the power cables.
Circuit arrangement for switching a single-phase series motor between a motor mode and a braking mode, comprising stator field coil terminals and rotor winding terminals for the single-phase series motor, an electrical power dissipation element, phase voltage supply terminals and a switching arrangement with a motor mode switching state in which a motor current supplied by the phase voltage supply terminals flows between the stator field coil terminals and between the rotor winding terminals and with a braking mode switching state in which a braking current supplied by the rotor winding terminals at least partially, preferably substantially completely, flows between the stator field coil terminals and through the electrical power dissipation element, wherin the switching arrangement comprises one or more bidirectional triode thyristors - triacs - for switching between the motor mode switching state and the braking mode switching state, characterized in that, the one or more triacs comprise a motor mode triac triggered on in the motor mode switching state for electrically connecting the stator field coil terminals and the rotor winding terminals and triggered off in the braking mode switching state.
A method of diagnosing melanoma, comprising the steps a. determining an expression profile of a predetermined set of miRNAs in a blood cell sample, b. comparing said expression profile to a reference expression profile, wherein the comparison of said determined expression profile to said reference expression profile allows for the diagnosis of melanoma, and wherein the predetermined set of miRNAs comprises a set of miRNAs selected from the miRNA signatures as shown in Figure 33A. a. determining an expression profile of a predetermined set of miRNAs in a blood cell sample, b. comparing said expression profile to a reference expression profile,