mhurhangee/ep-ind-claims huggingface dataset:
A threadable fiber optic connector being configured to be connectable with a separate non-threadable fiber optic adapter and a separate threadable fiber optic adapter, the non-threadable fiber optic adapter and the threadable fiber optic adapter each including at least one retention latch (376, 250), the threadable fiber optic connector comprising: a ferrule aligned along a central longitudinal axis (A 1); a connector housing including a plug portion having an interface end sized to fit within the non-threadable fiber optic adapter and the threadable fiber optic adapter, the ferrule being positioned at the interface end of the plug portion, the plug portion having a first catch structure for engaging the retention latch of the non-threadable fiber optic adapter to retain the plug portion within the non-threadable fiber optic adapter and a second catch structure (132, 134) for engaging the retention latch of the threadable fiber optic adapter to retain the plug portion within the threadable fiber optic adapter; and a threadable retention member mounted on the connector housing, the threadable retention member engaging the threadable fiber optic adapter to retain the plug portion within the threadable fiber optic adapter, wherein the threadable fiber optic adapter includes threads, and wherein the threadable retention member includes a threaded member rotatably mounted about the connector housing that engages the threads of the threadable fiber optic adapter to retain the plug portion within the threadable fiber optic adapter. a ferrule aligned along a central longitudinal axis (A 1); a connector housing including a plug portion having an interface end sized to fit within the non-threadable fiber optic adapter and the threadable fiber optic adapter, the ferrule being positioned at the interface end of the plug portion, the plug portion having a first catch structure for engaging the retention latch of the non-threadable fiber optic adapter to retain the plug portion within the non-threadable fiber optic adapter and a second catch structure (132, 134) for engaging the retention latch of the threadable fiber optic adapter to retain the plug portion within the threadable fiber optic adapter; and a threadable retention member mounted on the connector housing, the threadable retention member engaging the threadable fiber optic adapter to retain the plug portion within the threadable fiber optic adapter,
Sanitary installation element (80, 90) which can be inserted into the water outlet of a sanitary outlet fitting and which has an adjustment device for varying the clear throughflow cross section of the installation element and/or the volume flow, which adjustment device is in the form of a throughflow rate regulator which has an annular throttle body composed of elastic material, which delimits a control gap between itself and a regulating profiling provided on an adjacent inner and/or outer circumferential wall (20, 56), wherein the adjustment device can be actuated by means of at least one operating element which is arranged, such that it can be actuated, on the inflow side of the installation element and/or on the outflow side of said installation element, wherein a support intended for providing support for the throttle body, or the inner and/or outer circumferential wall (20, 56) which has the regulating profiling, is designed as an adjustment element which interacts with the inner and/or outer circumferential wall (20, 56) which is designed as a regulating element or with the support, or wherein the at least one operating element is formed as a handle which is connected to the support of the throughflow rate regulator and which is oriented in the longitudinal direction of the installation element (80, 90), characterized in that the control gap can be varied in terms of its clear throughflow cross section by means of the throttle body which deforms under the pressure of the fluid flowing through, and in that the handle is guided, so as to be displaceable and fixable axially, in a guide opening of the installation element (80, 90).
A trocar for surgical instruments, comprising: a) an alignment channel; b) an instrument seal, the instrument seal comprising a bending portion and a base portion, the bending portion and base portion being spaced relative the alignment channel such that when a surgical instrument is retracted the bending portion inverts and does not enter the alignment channel; characterised in that the alignment channel is nested in the instrument seal. a) an alignment channel; b) an instrument seal, the instrument seal comprising a bending portion and a base portion, the bending portion and base portion being spaced relative the alignment channel such that when a surgical instrument is retracted the bending portion inverts and does not enter the alignment channel;
Process to fertilize a plant by applying a fertilizer composition to the organic medium in which plants grow, the fertilizer composition containing a complex of metal cation and a chelating agent, wherein the chelating agent is methylglycine N,N-diacetic acid (MGDA) and/or glutamic acid N,N-diacetic acid (GLDA) and the metal cation is copper, and wherein the organic medium is a soil or a medium that contains at least 10 wt% organic matter on total weight of the organic medium as determined in accordance with NEN-EN 13039:2011.
Drying module for drying air from a dishwasher cavity of a dishwasher, in particular of a domestic dishwasher, characterised in that it is embodied as an assembly which can be arranged, in particular separately, outside of the dishwasher, and that it comprises an air inlet, which can be connected to the dishwasher in order to receive the air to be dried, a drying device for drying the received air and an air outlet, which can be connected to the dishwasher in order to output the dried air.
Serelaxin for use in selectively reducing the pulmonary load of a patient with acute heart failure comprising: obtaining a biological sample from a patient; measuring the amount of GDF-15 in the biological sample; and thereafter administering serelaxin in response to an elevated level of GDF-15, wherein serelaxin is administered subcutaneously at an infusion rate of 3 μg/kg/day to 150 μg/kg/day to maintain a serum concentration of 1 ng/ml to 100 ng/ml in the patient. obtaining a biological sample from a patient; measuring the amount of GDF-15 in the biological sample; and thereafter administering serelaxin in response to an elevated level of GDF-15, wherein serelaxin is administered subcutaneously at an infusion rate of 3 μg/kg/day to 150 μg/kg/day to maintain a serum concentration of 1 ng/ml to 100 ng/ml in the patient.
A training unit for physical training or rehabilitation of a person comprising - a motor for pulling a cable such that a body part of said person experiencing a pull when said body part being attached to said cable or such that gravity acting on said body part being perceived as reduced when said body part being attached to said cable, - a first sensor (b) for measuring a first kinematic quantity of said training unit, - a second sensor for measuring a second kinematic quantity of said training unit, - a controller (a) including a memory for generating and providing a driving signal to said motor such that said training unit being operable in a state space having a set of states including at least three states, each respective state defining a first target kinematic quantity of said training unit, and a second target kinematic quantity of said training unit, characterized in that said driving signal being a function of a current state of said training unit, said first kinematic quantity, said second kinematic quantity, said first target kinematic quantity, and said second target kinematic quantity. - a motor for pulling a cable such that a body part of said person experiencing a pull when said body part being attached to said cable or such that gravity acting on said body part being perceived as reduced when said body part being attached to said cable, - a first sensor (b) for measuring a first kinematic quantity of said training unit, - a second sensor for measuring a second kinematic quantity of said training unit, - a controller (a) including a memory for generating and providing a driving signal to said motor such that said training unit being operable in a state space having a set of states including at least three states, each respective state defining a first target kinematic quantity of said training unit, and a second target kinematic quantity of said training unit, characterized in that said driving signal being a function of a current state of said training unit, said first kinematic quantity, said second kinematic quantity, said first target kinematic quantity, and said second target kinematic quantity. each respective state defining a first target kinematic quantity of said training unit, and a second target kinematic quantity of said training unit, characterized in that said driving signal being a function of a current state of said training unit, said first kinematic quantity, said second kinematic quantity, said first target kinematic quantity, and said second target kinematic quantity.
Vehicle door handle assembly comprising: - a bowl configured to be mounted in an opening of a door panel, - a bracket configured to fasten the bowl to the door panel, - a switch module mounted on the bracket in an opening of the bowl so that the switch module can be activated by a finger of a user introduced within a recess of the bowl to open the vehicle door, wherein the vehicle door handle assembly further comprises: - a metallic reinforcing plate fixed to the bracket and covering at least in part the switch module in order to prevent the deformation of the switch module. - a bowl configured to be mounted in an opening of a door panel, - a bracket configured to fasten the bowl to the door panel, - a switch module mounted on the bracket in an opening of the bowl so that the switch module can be activated by a finger of a user introduced within a recess of the bowl to open the vehicle door, - a metallic reinforcing plate fixed to the bracket and covering at least in part the switch module in order to prevent the deformation of the switch module.
An activin receptor type II inhibitor for use in a method for treatment of anemia, beta thalassemia, or for increasing red blood cell levels or orthochromatic erythroblasts (Ery-C) in a subject in need thereof, wherein the method comprises: (a) assessing the level and/or activity of GDF11 in a tissue sample of the subject, and (b) if the level and/or activity of GDF11 is elevated over the normal level and/or activity of GDF11, administering an activin receptor type II inhibitor to the subject, wherein the activin receptor type II inhibitor is a polypeptide comprising an amino acid sequence selected from the group consisting of: a 90% identical to SEQ ID NO:2; b 95% identical to SEQ ID NO:2; c 98% identical to SEQ ID NO:2; d SEQ ID NO:2; e 90% identical to SEQ ID NO:3; f 95% identical to SEQ ID NO:3; g 98% identical to SEQ ID NO:3; h SEQ ID NO:3; i 90% identical to SEQ ID NO:6; j 95% identical to SEQ ID NO:6; k 98% identical to SEQ ID NO:6; l SEQ ID NO:6; m 90% identical to SEQ ID NO:7; n 95% identical to SEQ ID NO:7; o 98% identical to SEQ ID NO:7; p SEQ ID NO:7; q 90% identical to SEQ ID NO:12; r 95% identical to SEQ ID NO:12; s 98% identical to SEQ ID NO:12; t SEQ ID NO:12; u 90% identical to SEQ ID NO:17; v 95% identical to SEQ ID NO:17; w 98% identical to SEQ ID NO:17; x SEQ ID NO:17; y 90% identical to SEQ ID NO:20; z 95% identical to SEQ ID NO:20; aa 98% identical to SEQ ID NO:20; bb SEQ ID NO:20; cc 90% identical to SEQ ID NO:21; dd 95% identical to SEQ ID NO:21; ee 98% identical to SEQ ID NO:21; ff SEQ ID NO:21 gg 90% identical to SEQ ID NO:22; hh 95% identical to SEQ ID NO:22; ii 98% identical to SEQ ID NO:22; jj SEQ ID NO:22; kk 90% identical to SEQ ID NO:23; ll 95% identical to SEQ ID NO:23; mm 98% identical to SEQ ID NO:23; nn SEQ ID NO:23; oo 90% identical to SEQ ID NO:24; pp 95% identical to SEQ ID NO:24; qq 98% identical to SEQ ID NO:24; rr SEQ ID NO:24; ss 90% identical to SEQ ID NO:25; tt 95% identical to SEQ ID NO:25; uu 98% identical to SEQ ID NO:25; and vv SEQ ID NO:25; or wherein the activin receptor type II inhibitor is a polypeptide comprising the extracellular domain of activin receptor type IIA linked to the Fc portion of an antibody; or wherein the activin receptor type II inhibitor is a polypeptide comprising the extracellular domain of activin receptor type IIB linked to the Fc portion of an antibody. (a) assessing the level and/or activity of GDF11 in a tissue sample of the subject, and (b) if the level and/or activity of GDF11 is elevated over the normal level and/or activity of GDF11, administering an activin receptor type II inhibitor to the subject,
A method for use in a system comprising a multipath transmission control protocol, MPTCP, proxy (130, 140, 708), a first radio access type, RAT, a user equipment, UE, being a MPTCP capable user equipment, and a controller of a second RAT, for controlling MPTCP subflow establishment, and for controlling radio access network state in the first RAT of the UE when MPTCP session continuity is applied for the MPTCP capable UE connected to the MPTCP proxy, wherein the UE is connected to the first RAT, and wherein the UE is connected to the second RAT with an active MPTCP subflow, the method comprising: - the MPTCP proxy receiving (92, 726) from the controller of the second RAT, an indication that the UE performance has decreased beyond a first threshold; and - the MPTCP proxy triggering (94, 728, 738A; 738B) an MPTCP control action, which comprises adding a MPTCP subflow for the UE in the first RAT, if the MPTCP subflow is not already established, and activating the UE in the first RAT, to keep the UE in connected state in the first RAT, for reducing disconnection time for the UE, based on the received indication. - the MPTCP proxy receiving (92, 726) from the controller of the second RAT, an indication that the UE performance has decreased beyond a first threshold; and - the MPTCP proxy triggering (94, 728, 738A; 738B) an MPTCP control action, which comprises adding a MPTCP subflow for the UE in the first RAT, if the MPTCP subflow is not already established, and activating the UE in the first RAT, to keep the UE in connected state in the first RAT, for reducing disconnection time for the UE, based on the received indication.
A compound having the following structure: wherein each R is independently hydrogen, C 1 to C 20 alkyl group, C 3 to C 20 carbocyclic group, C 1 to C 20 heterocyclic group, carboxylic acid group, ester group, amide group, hydroxy, or ether group; wherein, optionally, adjacent R groups form a C 3 to C 20 carbocyclic ring or heterocyclic ring; wherein each is independently a C 5 to C 20 carbocyclic ring system or C 2 to C 20 heterocyclic ring system, wherein the ring system comprises one or more rings; wherein at least one ring system has at least one solubilizing group selected from sulfonic acid group, sulfonate salt group, phosphonic acid group, phosphonate salt group, and polyethylene glycol group; wherein, optionally, the ring system has a targeting group; and wherein n is 1 to 5.
A method for encoding a binary stream into multi-carrier data symbols, and comprising the steps, at a transmit side, of: a) grouping carri ers into carrier groups, each of the carrier groups comprising a plurality of carriers; b) for a given carrier group (Gj) comprising N carriers, selecting a group constellation diagram for modulation of the N carriers of the carrier group, the selected group constellation diagram comprising constellation points defined as respective hierarchical sums of I super-imposed constellations vectors ( V i, k,l) having predefined decreasing powers with the P strongest and the Q weakest constellation vectors being omitted, P and Q being two positive integer parameters, I being a positive integer value that determines a maximum constellation size; c) for a given carrier (k) of the carrier group, mapping a binary word onto a constellation point of the group constellation diagram; d) iterating through step c) for N binary words with respective ones of the N carriers of the carrier group, P and Q parameters remaining unchanged; and e) iterating through steps b) to d) for each carrier group, P and/or Q parameters being adjusted to their optimal value per carrier group and per multi-carrier data symbol. a) grouping carri ers into carrier groups, each of the carrier groups comprising a plurality of carriers; b) for a given carrier group (Gj) comprising N carriers, selecting a group constellation diagram for modulation of the N carriers of the carrier group, the selected group constellation diagram comprising constellation points defined as respective hierarchical sums of I super-imposed constellations vectors ( V i, k,l) having predefined decreasing powers with the P strongest and the Q weakest constellation vectors being omitted, P and Q being two positive integer parameters, I being a positive integer value that determines a maximum constellation size; c) for a given carrier (k) of the carrier group, mapping a binary word onto a constellation point of the group constellation diagram; d) iterating through step c) for N binary words with respective ones of the N carriers of the carrier group, P and Q parameters remaining unchanged; and e) iterating through steps b) to d) for each carrier group, P and/or Q parameters being adjusted to their optimal value per carrier group and per multi-carrier data symbol.
A method comprising: receiving, by an encoder device including a panner and an object analyzer, audio objects including audio signals and metadata, the audio signals spanning a set of azimuth angles; determining, by the object analyzer based on the audio signals and the metadata, a weight vector, the weight vector representing a respective weight of each azimuth angle; determining, by the object analyzer based on the audio signals and the metadata, warped azimuth angles, wherein the warped azimuth angles are varied based on weights in the weight vector; generating warped audio channels by the panner from the audio signals, including altering spatial positions of the audio signals according to the warped azimuth angles; and providing the warped audio channels and the weight vector to a decoder device for unwarping the warped audio channels based on the weight vector to output to a speaker system, wherein each weight corresponds to a respective audio signal amplitude at a respective azimuth angle, and the warped azimuth angles and the weight vector are time-varying, and wherein the warped azimuth angles increase angular distances between azimuth angles having higher weights and decrease angular distances between azimuth angles having lower weights. receiving, by an encoder device including a panner and an object analyzer, audio objects including audio signals and metadata, the audio signals spanning a set of azimuth angles; determining, by the object analyzer based on the audio signals and the metadata, a weight vector, the weight vector representing a respective weight of each azimuth angle; determining, by the object analyzer based on the audio signals and the metadata, warped azimuth angles, wherein the warped azimuth angles are varied based on weights in the weight vector; generating warped audio channels by the panner from the audio signals, including altering spatial positions of the audio signals according to the warped azimuth angles; and providing the warped audio channels and the weight vector to a decoder device for unwarping the warped audio channels based on the weight vector to output to a speaker system, wherein each weight corresponds to a respective audio signal amplitude at a respective azimuth angle, and the warped azimuth angles and the weight vector are time-varying, and wherein the warped azimuth angles increase angular distances between azimuth angles having higher weights and decrease angular distances between azimuth angles having lower weights.
A filter diaphragm for a horizontal plate and frame -type filter, such as a tower press, comprising: - a sheet like body having a flexible structure, and, - at least on a filter plate -facing side thereof, a continuous seal bead, - on a plate frame -facing side thereof, opposite to the filter plate -facing side, an attachment bead for attaching the diaphragm to a correspondingly shaped groove formed on a plate frame, wherein the seal bead delimits a planar central portion of the diaphragm on a lateral inside thereof, a lateral outside of the diaphragm being defined on a side of the seal bead opposite to the lateral inside. wherein the seal bead comprises an inner seal lip on a lateral inside of the seal bead and an outer seal lip surrounding the inner seal lip on a lateral outside of the seal bead, characterized in that the outer seal lip is elevated from the inner seal lip in a vertical direction perpendicular to a general plane defined by the diaphragm. - a sheet like body having a flexible structure, and, - at least on a filter plate -facing side thereof, a continuous seal bead, - on a plate frame -facing side thereof, opposite to the filter plate -facing side, an attachment bead for attaching the diaphragm to a correspondingly shaped groove formed on a plate frame, wherein the seal bead delimits a planar central portion of the diaphragm on a lateral inside thereof, a lateral outside of the diaphragm being defined on a side of the seal bead opposite to the lateral inside. wherein the seal bead comprises an inner seal lip on a lateral inside of the seal bead and an outer seal lip surrounding the inner seal lip on a lateral outside of the seal bead, characterized in that the outer seal lip is elevated from the inner seal lip in a vertical direction perpendicular to a general plane defined by the diaphragm.
Flying assembly comprising an aircraft which is provided with a fuselage and a lighting system, said lighting system comprising at least one projector called "main projector " situated on the exterior of the fuselage of said aircraft, said lighting system comprising at least one centralised light generator arranged on the interior of said fuselage, said light generator comprising at least one light source which includes at least one laser diode for generating a light beam directed towards an optical outlet of said light generator, said optical outlet directing said light beam towards an optical inlet of the main projector, said main projector comprising an optical head called "main optical head ", said main optical head including an optical processing system which transforms a geometrical shape of said light beam transmitted by the light generator for emitting towards the exterior of the main optical head a light beam called "final beam " having an adjustable geometrical shape, the spectrum of the final beam comprising only one or a plurality of lines of the spectrum of said light beam, characterised in that said flying assembly comprises at least one drone flying outside the fuselage, at least one projector called "external projector" being carried by said drone for projecting a light beam called "offset beam " generated from said light beam.