mhurhangee/ep-ind-claims huggingface dataset:
A method of manufacturing a flexible pipe body, comprising steps of: providing a tensile armour wire layer (140, 150) by helically winding a tensile armour wire over an underlying layer; providing at least one substantially cylindrical mount body over the tensile armour wire layer (140, 150), the mount body comprising a spaced apart first and further open mouth at respective ends (365, 370) of the mount body and a substantially cylindrical inner surface and at least one securing element (420, 430) between a plurality of spaced apart recessed regions (390, 395) in an outer surface of the mount body; and providing an outer sheath over the mount body and the tensile armour layer (140, 150). providing a tensile armour wire layer (140, 150) by helically winding a tensile armour wire over an underlying layer; providing at least one substantially cylindrical mount body over the tensile armour wire layer (140, 150), the mount body comprising a spaced apart first and further open mouth at respective ends (365, 370) of the mount body and a substantially cylindrical inner surface and at least one securing element (420, 430) between a plurality of spaced apart recessed regions (390, 395) in an outer surface of the mount body; and providing an outer sheath over the mount body and the tensile armour layer (140, 150).
A composition for use in a method of treating a ruminant to control eggs of a helminth that develops in the feces of the ruminant, comprising: (a) at least one benzimidazole compound; (b) at least one hydrophobic polymer; (c) at least one particulate solid carrier, and (d) optionally, at least one hydrophilic polymer, wherein the composition is administered to the ruminant, by oral route through means of feed or feed supplement, at a dosage of 50 mg to 125 mg of the benzimidazole compound per ruminant per day. (a) at least one benzimidazole compound; (b) at least one hydrophobic polymer; (c) at least one particulate solid carrier, and (d) optionally, at least one hydrophilic polymer,
A method for echo and noise control in a communication device, comprising: receiving a signal at an input to the communication device; determining background noise in the signal; and adaptively determining an order of noise suppression and echo cancellation based on the background noise in the signal, by comparing the background noise to at least one threshold; performing echo cancellation prior to noise suppression on the signal if the background noise is below the at least one threshold; and performing noise suppression prior to echo cancellation on the signal if the background noise is above the at least one threshold. receiving a signal at an input to the communication device; determining background noise in the signal; and adaptively determining an order of noise suppression and echo cancellation based on the background noise in the signal, by comparing the background noise to at least one threshold; performing echo cancellation prior to noise suppression on the signal if the background noise is below the at least one threshold; and performing noise suppression prior to echo cancellation on the signal if the background noise is above the at least one threshold.
A method for assessing the risk of a human subject for developing colorectal cancer comprising performing a genetic risk assessment of the subject, wherein the genetic risk assessment involves detecting, in a biological sample derived from the subject, the presence of at least the 45 single nucleotide polymorphisms provided in Table 1.
Transmission/reception device with wake-up radio comprising a main circuit and an auxiliary circuit, the auxiliary circuit being continuously powered, the main circuit by default being in an idle state in which it is not powered, and is woken up by the auxiliary circuit whenever the auxiliary circuit detects a wake-up token from an loT network node, the main circuit being powered when it is thus woken and setting up a secure communication with said node, characterised in that the main circuit thus woken up is capable of calculating a next wake-up token ( WTU n +1) by applying a one-way function (F →) on at least part of a useful message ( Message n,k) received from or transmitted to said node through the secure communication, the useful message being constituted by the payload contained in a sequence of data packets, said useful message being concatenated beforehand with the last wake-up code, before application of the one-way function, said next wake-up token thus obtained being supplied to the auxiliary circuit for subsequent detection.
Seal for use in a fluid valve, comprising: a first, elastically deformable plastics part, and a second plastics part which is configured as a hard seal element and which is connected to the first plastics part, wherein the first and the second plastics part (10, 12) form a seal assembly having a first frontal end for bearing in a sealing manner on an actuatable valve body of the fluid valve, and a second frontal end (SEII) for bearing in a sealing manner on a valve housing of the fluid valve, wherein at least the first frontal end has a first end side having an encircling projecting bead for sealing against the actuatable valve body, wherein at least one clearance that fluidically increases the force is molded on the inside of the first plastics part in relation to a seal opening, and wherein the clearance is delimited by two mutually opposite lip-type, elastically deformable portions (11, 13) that fluidically increase the force, said portions (11, 13) forming an entry opening for a fluid, characterized in that one portion is proximal to the valve body and the other portion is proximal to the valve housing.
Pneumatic vehicle tyre, in particular a commercial vehicle tyre, having a tread which has a profile and has at least one circumferential groove which is encircling in the circumferential direction, is embodied to a profile depth (P T) and in the cross section, starting at the tread external face, is composed of three adjoining groove portions (2, 3, 4), one outer groove portion that expands in a funnel-shaped manner toward the outside, one 1 mm to 3 mm wide contracted groove portion, and one groove portion which lies radially inward, is expanded in relation to the contracted groove portion and has the largest cross-sectional face of all groove portions (2, 3, 4), and which is delimited by two cover flanks, lateral groove flanks (4'b, 4''b) that adjoin said cover flanks, and a groove base, wherein the lateral groove flanks (4'b, 4"b) in the radially inward groove portion, while reducing the mutual spacing thereof from the groove base, run at an angle (γ) of 5° to 25° in relation to the radial direction, characterized in that the lateral groove flanks (4'b, 4''b) in the radially inward groove portion in the direction of the circumferential extent of said lateral groove flanks (4'b, 4''b) run in a wave form, wherein the wave form has an amplitude which continuously decreases from the radially outer end of the groove flanks (4''b) to the groove base, in particular decreases to the value of zero toward the groove base.
A lithographic printing plate precursor comprising a support and one or more layers, wherein one of the one or more layers is a photosensitive layer comprising an initiator compound, a polymerizable compound and a binder polymer, and a layer being in contact with the support of the one or more layers comprises a copolymer containing a repeating unit having a zwitterionic structure represented by the following formula (i), (ii) or (iii): wherein R 1 and R 2 each independently represents a hydrogen atom, an alkyl group, an alkenyl group, an alkynyl group, an aryl group or a heterocyclic group, or R 1 and R 2 may be combined with each other to form a ring structure, R 3 to R 7 each independently represents a hydrogen atom or a substituent, provided that at least one of R 3 to R 7 represents a site connecting to a main chain or side chain of the polymer, L 1, L 2 and L 3 each independently represents a connecting group, A represents a structure having an anion, B represents a structure having a cation, and * represents a site connecting to a main chain or side chain of the polymer; characterised in that the copolymer further contains a repeating unit having a structure capable of interacting with a surface of the support selected from a carboxylic acid structure, a carboxylate structure, a sulfonic acid structure, a sulfonate structure, a phosphonic acid structure, a phosphonate structure, a phosphoric acid ester structure, a phosphoric acid ester salt structure, a β-diketone structure and a phenolic hydroxy group.
Conveying device for conveying objects, in particular workpieces, for example vehicle bodies, wherein the conveying device comprises a separating base which has a passage region, in particular a passage slot, through which one or more receptacle elements for receiving at least one object extend and/or can be guided, wherein the separating base comprises one or more closing elements by means of which the passage region, in particular the passage slot, can be closed, characterized in that a plurality of closing elements are arranged and/or movable in mutually different, mutually parallel planes, preferably horizontal planes. wherein the separating base comprises one or more closing elements by means of which the passage region, in particular the passage slot, can be closed, characterized in that a plurality of closing elements are arranged and/or movable in mutually different, mutually parallel planes, preferably horizontal planes.
A radio front end comprises: a duplexer operably coupled to an antenna, wherein the duplexer is operable to provide electrical isolation between an outbound wireless signal and an inbound wireless signal; a low noise amplifier, LNA, operably coupled to amplify the inbound wireless signal; an LNA by-pass circuit operable to pass the inbound wireless signal to the LNA when the radio front end is in a first mode and to by-pass the LNA when the radio front end is in a second mode; and a gated balancing network operably coupled to the duplexer, wherein the gated balancing network is operable to: when the radio front end is in a third mode, establish an impedance that substantially matches an impedance of the antenna; and when the radio front end is in one of the first or second modes, establish a low impedance with respect to the impedance of the antenna; wherein the first mode corresponds to a receive mode of the radio front end when the inbound wireless signal is in accordance with a time division duplex, TDD, protocol, the second mode corresponds to a transmit mode of the radio front end when the outbound wireless signal is in accordance with the TDD protocol, and the third mode corresponds to the radio front end transceiving the inbound and outbound wireless signals (835, 837) in accordance with a frequency division duplex, FDD, protocol. a duplexer operably coupled to an antenna, wherein the duplexer is operable to provide electrical isolation between an outbound wireless signal and an inbound wireless signal; a low noise amplifier, LNA, operably coupled to amplify the inbound wireless signal; an LNA by-pass circuit operable to pass the inbound wireless signal to the LNA when the radio front end is in a first mode and to by-pass the LNA when the radio front end is in a second mode; and a gated balancing network operably coupled to the duplexer, wherein the gated balancing network is operable to: when the radio front end is in a third mode, establish an impedance that substantially matches an impedance of the antenna; and when the radio front end is in one of the first or second modes, establish a low impedance with respect to the impedance of the antenna; when the radio front end is in a third mode, establish an impedance that substantially matches an impedance of the antenna; and when the radio front end is in one of the first or second modes, establish a low impedance with respect to the impedance of the antenna; wherein the first mode corresponds to a receive mode of the radio front end when the inbound wireless signal is in accordance with a time division duplex, TDD, protocol, the second mode corresponds to a transmit mode of the radio front end when the outbound wireless signal is in accordance with the TDD protocol, and the third mode corresponds to the radio front end transceiving the inbound and outbound wireless signals (835, 837) in accordance with a frequency division duplex, FDD, protocol.
A carrier complex comprising: (i) a hormone and (ii) an aromatic cationic peptide, wherein the aromatic cationic peptide is: (a) Tyr-D-Arg-Phe-Lys-NH 2 (DALDA); or (b) 2',6'-Dmt-D-Arg-Phe-Lys-NH 2 (Dmt 1 -DALDA); or (c) Phe-D-Arg-Phe-Lys-NH 2 (Phe 1 -DALDA); or (d) D-Arg-2',6'Dmt-Lys-Phe-NH 2; or (e) 2',6'-Dmp-D-Arg-Phe-Lys-NH 2 (Dmp 1 -DALDA). (a) Tyr-D-Arg-Phe-Lys-NH 2 (DALDA); or (b) 2',6'-Dmt-D-Arg-Phe-Lys-NH 2 (Dmt 1 -DALDA); or (c) Phe-D-Arg-Phe-Lys-NH 2 (Phe 1 -DALDA); or (d) D-Arg-2',6'Dmt-Lys-Phe-NH 2; or (e) 2',6'-Dmp-D-Arg-Phe-Lys-NH 2 (Dmp 1 -DALDA).
An electrochemical cell (300, 700, 750, 900, 950), comprising: a negative electrode (304, 704, 904) including a form of lithium; a thick positive electrode (308, 708, 758, 908, 958) spaced apart from the negative electrode (304, 704, 904) and configured to use a form of oxygen as a reagent; a separator (312, 712, 912) positioned between the negative electrode (304, 704, 904) and the thick positive electrode (308, 708, 758, 908, 958); and an electrolyte (324, 724, 924) including a salt concentration of less than 1 molar filling or nearly filling the positive electrode (308, 708, 758, 908, 958), wherein the thick positive electrode (308, 708, 758, 908, 958) has a thickness of greater than about 60 μm. a negative electrode (304, 704, 904) including a form of lithium; a thick positive electrode (308, 708, 758, 908, 958) spaced apart from the negative electrode (304, 704, 904) and configured to use a form of oxygen as a reagent; a separator (312, 712, 912) positioned between the negative electrode (304, 704, 904) and the thick positive electrode (308, 708, 758, 908, 958); and an electrolyte (324, 724, 924) including a salt concentration of less than 1 molar filling or nearly filling the positive electrode (308, 708, 758, 908, 958),
Device for adjusting an air flow, which flows out of an air outlet, having at least one closing device, via which a strength of the air flow can be varied, and having at least one first blade (21, 21.1), which is pivotably mounted about a first pivot axis to vary the flow direction, wherein the alignment of the at least one first blade (21, 21.1) and the operation of the closing device are effected via an operating element which is arranged on at least one first blade (21, 21.1), wherein the operating element is made in two parts, and wherein a first operating part is coupled rotationally fixed to the at least one first blade (21, 21.1), and a second operating part coupled to the first operating part can be coupled to at least one air flap of the at least one closing device and can be lifted off the first operating part, characterised in that the second operating part is rotatably mounted in a lifted first position and is coupled to the at least one air flap so that the at least one air flap is pivoted by rotating the second operating part.
A method for observing a sebaceous gland, comprising: an anchoring step of anchoring a sebaceous gland structure to a support via an anchoring member so that a sebaceous gland that is included in the sebaceous gland structure and is to be observed is not under a biological influence by a contact with the support via an anchoring member, the biological influence being migration of a cell in a sebaceous gland into an anchoring member or a medium, destruction of unity of the sebaceous gland structure, or differentiation of a sebaceous gland cell, the sebaceous gland structure having been obtained by removing all or part of each of dermis and hypodermis from a skin tissue; and an observation step of observing the sebaceous gland structure obtained in the anchoring step, wherein the sebaceous gland structure includes at least a hair follicle and epidermis in addition to the sebaceous gland, and the sebaceous gland to be observed is not in contact with the anchoring member via which the sebaceous gland structure is anchored to the support. an anchoring step of anchoring a sebaceous gland structure to a support via an anchoring member so that a sebaceous gland that is included in the sebaceous gland structure and is to be observed is not under a biological influence by a contact with the support via an anchoring member, the biological influence being migration of a cell in a sebaceous gland into an anchoring member or a medium, destruction of unity of the sebaceous gland structure, or differentiation of a sebaceous gland cell, the sebaceous gland structure having been obtained by removing all or part of each of dermis and hypodermis from a skin tissue; and an observation step of observing the sebaceous gland structure obtained in the anchoring step, wherein the sebaceous gland structure includes at least a hair follicle and epidermis in addition to the sebaceous gland, and the sebaceous gland to be observed is not in contact with the anchoring member via which the sebaceous gland structure is anchored to the support.
Method for simultaneous transmission of K datastreams allocated respectively to K different users, implemented by a transmitter intended for a multiuser MIMO system with N T transmission antennas and N R = ∑ k = 1 K N R k reception antennas associated with K receivers associated respectively with K users, characterized in that it comprises at least for each datastream: - the succession of two different iterative joint computation algorithms of a linear precoder and of a receiver suitable for a multiuser MIMO system, the second iterative algorithm being initialized by the output value of the first iterative algorithm in which the first iterative algorithm is suited to a first type of receiver of MF type and the second algorithm is suited to a second type of receiver of MSR type. - the succession of two different iterative joint computation algorithms of a linear precoder and of a receiver suitable for a multiuser MIMO system, the second iterative algorithm being initialized by the output value of the first iterative algorithm in which the first iterative algorithm is suited to a first type of receiver of MF type and the second algorithm is suited to a second type of receiver of MSR type.
An apparatus for receiving wireless power, comprising: a communication circuit configured to: transmit a first indication of a first wireless charging category associated with the apparatus, receive an indication of a wireless charging class of a power transmit unit, the wireless charging class indicating an amount of power that the PTU is configured to transmit, and transmit a second indication of a second wireless charging category associated with the apparatus based on the wireless charging class of the PTU being compatible with a higher wireless charging category than the first wireless charging category, wherein the higher wireless charging category indicates an ability to receive a greater amount of wireless power than is associated with the first wireless charging category; and a coupler configured to receive a level of wireless power corresponding to the second wireless charging category. a communication circuit configured to: transmit a first indication of a first wireless charging category associated with the apparatus, receive an indication of a wireless charging class of a power transmit unit, the wireless charging class indicating an amount of power that the PTU is configured to transmit, and transmit a second indication of a second wireless charging category associated with the apparatus based on the wireless charging class of the PTU being compatible with a higher wireless charging category than the first wireless charging category, wherein the higher wireless charging category indicates an ability to receive a greater amount of wireless power than is associated with the first wireless charging category; and transmit a first indication of a first wireless charging category associated with the apparatus, receive an indication of a wireless charging class of a power transmit unit, the wireless charging class indicating an amount of power that the PTU is configured to transmit, and transmit a second indication of a second wireless charging category associated with the apparatus based on the wireless charging class of the PTU being compatible with a higher wireless charging category than the first wireless charging category, wherein the higher wireless charging category indicates an ability to receive a greater amount of wireless power than is associated with the first wireless charging category; and a coupler configured to receive a level of wireless power corresponding to the second wireless charging category.
Containment basket adapted for bottles or similar containers, wherein the containment basket has a substantially parallelepiped structure with sidewalls and a base including grids or slots and with an open side opposite to the base, wherein said containment basket comprises: - a first fastening system on opposite first sidewalls of said basket, for securing one or more fixed grids made of plastic material (2, 3) parallel to the base of the basket, said fixed grids comprising apertures of a size suitable for housing said bottles: characterized in that said containment basket is made of plastic material and comprises - lateral guides (25, 26) on opposite second sidewalls of said basket, adapted for housing a lever system (15, 16, 17, 18) for positioning a sliding grid made of plastic material parallel to said one or more fixed grids and in an height-adjustable position along said second sidewalls, said sliding grid comprising apertures suitable for housing said bottles; - first windows (53, 54, 55, 56) on said second sidewalls, adapted to cooperate with said lever system in order to allow said height-adjustable positioning of said sliding grid, and also to allow said sliding grid to slide between a first bottle retaining position and a second bottle releasing position. - a first fastening system on opposite first sidewalls of said basket, for securing one or more fixed grids made of plastic material (2, 3) parallel to the base of the basket, said fixed grids comprising apertures of a size suitable for housing said bottles: characterized in that said containment basket is made of plastic material and comprises - lateral guides (25, 26) on opposite second sidewalls of said basket, adapted for housing a lever system (15, 16, 17, 18) for positioning a sliding grid made of plastic material parallel to said one or more fixed grids and in an height-adjustable position along said second sidewalls, said sliding grid comprising apertures suitable for housing said bottles; - first windows (53, 54, 55, 56) on said second sidewalls, adapted to cooperate with said lever system in order to allow said height-adjustable positioning of said sliding grid, and also to allow said sliding grid to slide between a first bottle retaining position and a second bottle releasing position.