mhurhangee/ep-ind-claims huggingface dataset:
A relay contactor, comprising: input and output leads (310,320); a shaft assembly comprising a shaft, a plate disposed on the shaft and an elastic element, the shaft and the plate being movable between an open position at which the plate is displaced from the input and output leads and a closed position at which the plate contacts the input and output leads; first and second actuators (340, 350) coupled to the shaft at a first side and a second side of the plate, respectively, characterized by the elastic element anchored at opposite ends thereof to the first vactuator and the plate respectively, the first and second actuators being configured to selectively move the shaft and the plate into the closed position in opposition to bias applied by the elastic element; and first and second bearing assemblies (360,370) disposed to movably support the shaft at the first side and at a second side of the plate, respectively, wherein the elastic element comprises: a first elastic element anchored at opposite ends thereof to the first actuator and the shaft; and a second elastic element anchored at opposite ends thereof to the second actuator and the plate. input and output leads (310,320); a shaft assembly comprising a shaft, a plate disposed on the shaft and an elastic element, the shaft and the plate being movable between an open position at which the plate is displaced from the input and output leads and a closed position at which the plate contacts the input and output leads; first and second actuators (340, 350) coupled to the shaft at a first side and a second side of the plate, respectively, characterized by the elastic element anchored at opposite ends thereof to the first vactuator and the plate respectively, the first and second actuators being configured to selectively move the shaft and the plate into the closed position in opposition to bias applied by the elastic element; and first and second bearing assemblies (360,370) disposed to movably support the shaft at the first side and at a second side of the plate, respectively, wherein the elastic element comprises: a first elastic element anchored at opposite ends thereof to the first actuator and the shaft; and a second elastic element anchored at opposite ends thereof to the second actuator and the plate. a first elastic element anchored at opposite ends thereof to the first actuator and the shaft; and a second elastic element anchored at opposite ends thereof to the second actuator and the plate.
A padding system (105; 205; 305; 405) securable to a layer of apparel comprising: an inner pad (110; 210; 310; 410;,510) securable inside the layer; a fastening device (108; 208; 330; 430; 530); and an outer shell (106, 206, 306; 406; 506) removably attachable outside the layer and in general alignment with the inner pad (110; 210; 310; 410; 510), the shell (106, 206, 306; 406; 506) being attachable to one of an apparel item or the inner pad (110; 210; 310; 410; 510) by way of the fastening device (108; 208; 330; 430; 530), characterized in that the inner pad (110; 210; 310; 410; 510) is fastened to the outer shell (106, 206, 306; 406; 506) through openings provided in the apparel layer. an inner pad (110; 210; 310; 410;,510) securable inside the layer; a fastening device (108; 208; 330; 430; 530); and an outer shell (106, 206, 306; 406; 506) removably attachable outside the layer and in general alignment with the inner pad (110; 210; 310; 410; 510), the shell (106, 206, 306; 406; 506) being attachable to one of an apparel item or the inner pad (110; 210; 310; 410; 510) by way of the fastening device (108; 208; 330; 430; 530), characterized in that the inner pad (110; 210; 310; 410; 510) is fastened to the outer shell (106, 206, 306; 406; 506) through openings provided in the apparel layer.
A turbojet engine nacelle comprising a thrust reverser, the thrust reverser including thrust reversal cascades disposed around an annular flow path comprising, radially on the outside, a fixed front casing, including at least one movable cowl moving backwards in an open thrust reversal position, and including tilting flaps (14, 16) connected by at least one rear pivot to the movable cowl, which tilt by at least partially closing the annular flow path in the open position, where the cascades move backwards with the movable cowl, in the closed position the tilting flaps (14, 16) and the cascades are disposed outside the fixed casing, and each tilting flap (14, 16) is connected to the fixed casing by slides (36, 44) which make it tilt when the movable cowl is moved backwards and characterized in that it includes a slide support linked from the front side by a pivot to the cascades, supporting the slides (36, 44) which are fixed thereon, controlling the opening of a flap (14, 16).
An oral care composition comprising a bleaching system, wherein the bleaching system comprises hydrogen peroxide and a peroxydisulfate, wherein the ratio of peroxydisulfate to hydrogen peroxide is from 10:1 to 100:1 by weight, wherein the pH of the composition is from 7 to 8, and wherein the hydrogen peroxide is present in an amount of from 0.05% to 0.2% by weight of the oral care composition; and the peroxydisulfate is present in an amount of from 5% to 7% by weight of the oral care composition.
A method of allocating resources for communication between base stations, BSs, the method comprising: determining neighboring BSs of a new BS based on position information of the new BS and position information of existing BSs in a network; determining a second resource allocation scheme for the new BS and the neighboring BSs based on a first resource allocation scheme applied to the existing BSs in the network and a number of resource configurations used by the neighboring BSs; and allocating resources for communication between the new BS and the neighboring BSs by using the determined second resource allocation scheme. determining neighboring BSs of a new BS based on position information of the new BS and position information of existing BSs in a network; determining a second resource allocation scheme for the new BS and the neighboring BSs based on a first resource allocation scheme applied to the existing BSs in the network and a number of resource configurations used by the neighboring BSs; and allocating resources for communication between the new BS and the neighboring BSs by using the determined second resource allocation scheme.
A lighting device comprising: at least one plural cavity element [11, 21, 41], said plural cavity element [11, 21, 41] having at least two concave optical cavities [12, 13, 14, 22, 23, 42, 43], each of said concave optical cavities [12, 13, 14, 22, 23, 42, 43] comprising a concave region in said plural cavity element [11, 21, 41]; a plurality of solid state light emitters [15, 16, 17, 25, 26, 45, 46]; and an encapsulant region [29, 49], at least a first solid state light emitter [15, 25, 45] in a first concave optical cavity [12, 22, 42] and at least a second solid state light emitter [16, 26, 46] in a second concave optical cavity [13, 23, 43], characterized in that: said first concave optical cavity [12, 22, 42] also comprises a luminescent material [18, 28, 48], light exiting the first concave optical cavity [12, 22, 42] has a purity of less than 85%, light exiting the second concave optical cavity [13, 23, 43] has a purity of 85% or higher, and said plural cavity element [11, 21, 41] is embedded in said encapsulant region [29, 49]. at least one plural cavity element [11, 21, 41], said plural cavity element [11, 21, 41] having at least two concave optical cavities [12, 13, 14, 22, 23, 42, 43], each of said concave optical cavities [12, 13, 14, 22, 23, 42, 43] comprising a concave region in said plural cavity element [11, 21, 41]; a plurality of solid state light emitters [15, 16, 17, 25, 26, 45, 46]; and an encapsulant region [29, 49], at least a first solid state light emitter [15, 25, 45] in a first concave optical cavity [12, 22, 42] and at least a second solid state light emitter [16, 26, 46] in a second concave optical cavity [13, 23, 43], characterized in that: said first concave optical cavity [12, 22, 42] also comprises a luminescent material [18, 28, 48], light exiting the first concave optical cavity [12, 22, 42] has a purity of less than 85%, light exiting the second concave optical cavity [13, 23, 43] has a purity of 85% or higher, and said plural cavity element [11, 21, 41] is embedded in said encapsulant region [29, 49]. said first concave optical cavity [12, 22, 42] also comprises a luminescent material [18, 28, 48], light exiting the first concave optical cavity [12, 22, 42] has a purity of less than 85%, light exiting the second concave optical cavity [13, 23, 43] has a purity of 85% or higher, and said plural cavity element [11, 21, 41] is embedded in said encapsulant region [29, 49].
An auristatin-containing conjugate of the general formula: (((D q -Lk 1) m -P) p -Lk 2 -Lk 3) n -Ab in which D represents an auristatin moiety; q represents an integer from 1 to 10; Lk 1 represents a linker; m represents an integer from 1 to 10; P represents a bond or a z-valent group -P 1 -NH- where z is from 2 to 11 and P 1 is a group containing at least one ethylene unit -CH 2 -CH 2 - or ethylene glycol unit -O-CH 2 -CH 2 -; p represents an integer from 1 to 10; Lk 2 represents a bond or a y-valent linker where y is from 2 to 11 and which consists of from 1 to 9 aspartate and/or glutamate residues; Lk 3 represents a linker of the general formula: -CO-Ph-X-Y- in which Ph is an optionally substituted phenyl group; X represents a CO group or a CH.OH group; and Y represents a group of formula: or in which each of A and B represents a C 1-4 alkylene or alkenylene group; Ab represents a binding protein or peptide capable of binding to a binding partner on a target, said binding protein or peptide being bonded to Lk 3 via two sulfur atoms derived from a disulfide bond in the binding protein or peptide; and n represents an integer from 1 to s where s is the number of disulfide bonds present in the binding protein or peptide prior to conjugation to Lk 3; the meanings of m, n, p, q, y and z being chosen such that the conjugate contains from 1 to 10 D groups. in which D represents an auristatin moiety; q represents an integer from 1 to 10; Lk 1 represents a linker; m represents an integer from 1 to 10; P represents a bond or a z-valent group -P 1 -NH- where z is from 2 to 11 and P 1 is a group containing at least one ethylene unit -CH 2 -CH 2 - or ethylene glycol unit -O-CH 2 -CH 2 -; p represents an integer from 1 to 10; Lk 2 represents a bond or a y-valent linker where y is from 2 to 11 and which consists of from 1 to 9 aspartate and/or glutamate residues; Lk 3 represents a linker of the general formula: -CO-Ph-X-Y- in which Ph is an optionally substituted phenyl group; X represents a CO group or a CH.OH group; and Y represents a group of formula: or in which each of A and B represents a C 1-4 alkylene or alkenylene group; Ab represents a binding protein or peptide capable of binding to a binding partner on a target, said binding protein or peptide being bonded to Lk 3 via two sulfur atoms derived from a disulfide bond in the binding protein or peptide; and n represents an integer from 1 to s where s is the number of disulfide bonds present in the binding protein or peptide prior to conjugation to Lk 3;
An apparatus located in a vehicle comprising: a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: detecting a traffic mirror and an object in the traffic mirror by using an image which is captured by an image capturing apparatus mounted in a vehicle; calculating a position of the object in the traffic mirror; recognizing the object reflected in the traffic mirror; generating driving assist information by using the position of the object in the traffic mirror; and outputting the driving assist information, characterized in that the driving assist information is generated if the object is approaching the vehicle and if the object recognized in at least one image of a plurality of consecutive time-series images is not recognized in an image subsequent to the at least one image in time series. a processor; and a memory storing thereon a computer program, which when executed by the processor, causes the processor to perform operations including: detecting a traffic mirror and an object in the traffic mirror by using an image which is captured by an image capturing apparatus mounted in a vehicle; calculating a position of the object in the traffic mirror; recognizing the object reflected in the traffic mirror; generating driving assist information by using the position of the object in the traffic mirror; and outputting the driving assist information, characterized in that the driving assist information is generated if the object is approaching the vehicle and if the object recognized in at least one image of a plurality of consecutive time-series images is not recognized in an image subsequent to the at least one image in time series. detecting a traffic mirror and an object in the traffic mirror by using an image which is captured by an image capturing apparatus mounted in a vehicle; calculating a position of the object in the traffic mirror; recognizing the object reflected in the traffic mirror; generating driving assist information by using the position of the object in the traffic mirror; and outputting the driving assist information, characterized in that the driving assist information is generated if the object is approaching the vehicle and if the object recognized in at least one image of a plurality of consecutive time-series images is not recognized in an image subsequent to the at least one image in time series.
A cryptography circuit protected by masking, said circuit comprising means for encrypting binary words using at least one key k r c, means for applying linear processing operations and non-linear processing operations to said words, means for masking said words, where the binary words are unmasked upstream of the non-linear processing operations using a mask k r i and are masked downstream of the non-linear processing operations using a mask k r+1 i, said circuit being characterised in that the masks k r i and k r+1 i form part of a set of masks specific to each instance of the circuit, the masks k r i being secondary masks deduced from primary masks k i such that k r+1 i = P(k r i) and k 0 i = k i, with the function P(x) corresponding to a function for permutating elements of x.
A dimmer, comprising: a switching element connected to a lighting apparatus using a solid-state light emitting element as a light source and an external power source, in series; a phase detection circuit for outputting a synchronization signal when a power source voltage from the external power source reaches a predetermined voltage; and a control circuit for generating a trigger signal which varies a conduction angle of the power source voltage that is supplied from the external power source to the lighting apparatus by switching on or off the switching element, characterized in that the control circuit is adapted to generate the trigger signal based on a rising edge of the synchronization signal and to stop generating the trigger signal when a time interval between two subsequent rising edges of the synchronization signal is out of a reference range. a switching element connected to a lighting apparatus using a solid-state light emitting element as a light source and an external power source, in series; a phase detection circuit for outputting a synchronization signal when a power source voltage from the external power source reaches a predetermined voltage; and a control circuit for generating a trigger signal which varies a conduction angle of the power source voltage that is supplied from the external power source to the lighting apparatus by switching on or off the switching element, characterized in that the control circuit is adapted to generate the trigger signal based on a rising edge of the synchronization signal and to stop generating the trigger signal when a time interval between two subsequent rising edges of the synchronization signal is out of a reference range.
A support device adapted to hold a drywall rail against a ceiling for fastening the drywall rail to the ceiling, the support device comprising: a first engagement portion (4; 40) sized to be inserted into the drywall rail, a pole (5; 50) slidably attached to the first engagement portion (4; 40) and extending to contact an opposing surface opposite the ceiling, and a biasing member (8; 80) arranged to act between the first engagement portion and the pole to urge the first engagement portion and the drywall rail against the ceiling during use. a first engagement portion (4; 40) sized to be inserted into the drywall rail, a pole (5; 50) slidably attached to the first engagement portion (4; 40) and extending to contact an opposing surface opposite the ceiling, and a biasing member (8; 80) arranged to act between the first engagement portion and the pole to urge the first engagement portion and the drywall rail against the ceiling during use.
A charging system for an electric energy storage comprising a cable charging assembly (1, 3, 4, 6), a plug transition between said charging cable assembly and said electric energy storage, said cable charging assembly comprising a cable provided with at least two separate power conductors and at least one earth conductor, wherein the at least two separate power conductors are spaced a distance apart from each other within said cable, each power conductor surrounds at least one tube, and each power conductor comprises a plurality of intertwisted wires stranded around said tube, wherein said cable charging assembly (1, 3, 4, 6) comprises at least two separate cooling circuits within said cable, namely a first cooling circuit comprising a cooling fluid in the tubes surrounded by the at least two power conductors and a second cooling circuit comprising a cooling fluid in auxiliary tubes to cool the plug transition, said second cooling circuit for cooling said plug transition comprises auxiliary tubes, characterized in that said cooling circuit further comprises cooling blocks, a cooling unit and a pump, wherein said plug transitions are surrounded by a connector shell which includes one or more cooling blocks in thermal conductive contact with said plug transitions, wherein the auxiliary tubes are connected to the one or more cooling blocks.
A process for the production of three dimensional mouldings from a two dimensional blank comprising providing a stack of at least two blanks, each blank comprising a quasi-isotropic chopped moulding compound comprising a fibrous reinforcement material and a liquid or particulate epoxy resin material in the form of randomly orientated chips of chopped unidirectional tape; removing at least part of the uppermost or lowermost blank at the location where protrusions are to be formed during moulding and compression to create a recess at the surface of the blank in the form of a slit or cut for directing flow at the surface of the moulding compound within the cavity of the compression mould during compression moulding; and moulding the stack of blanks in a compression mould designed for formation of the three dimensional moulding under conditions whereby the removed portion acts as a guide so that the moulding compound flows into the removed area in the uppermost or lowermost layer and the sections of the mould defining the three dimensional structure to produce a three dimensional moulding. removing at least part of the uppermost or lowermost blank at the location where protrusions are to be formed during moulding and compression to create a recess at the surface of the blank in the form of a slit or cut for directing flow at the surface of the moulding compound within the cavity of the compression mould during compression moulding; and moulding the stack of blanks in a compression mould designed for formation of the three dimensional moulding under conditions whereby the removed portion acts as a guide so that the moulding compound flows into the removed area in the uppermost or lowermost layer and the sections of the mould defining the three dimensional structure to produce a three dimensional moulding.
A pharmaceutical composition comprising an insulin and triphosphate in a concentration of about 10 to about 30mM, provided that the composition does not contain either a saccharide multimer or EDTA.
A method for transmitting evolved Multimedia Broadcast/Multicast Service, eMBMS, using multiple carriers of a wireless communications system, the method comprising: transmitting Multimedia Broadcast/Multicast Service, MBMS, on a Single Frequency Network, MBSFN, signals from a base station on a secondary carrier; transmitting information used for acquiring a Multicast Control Channel, MCCH, from the base station on a primary carrier, wherein the base station also transmits at least unicast signaling on the primary carrier; and characterized by including the information for acquiring the MCCH in dedicated signaling on the primary carrier for one or more backwardly-compatible carriers carrying eMBMS signals, while including the information for acquiring an MCCH in common signaling on the primary carrier for one or more non-backwardly compatible carriers carrying eMBMS signaling. transmitting Multimedia Broadcast/Multicast Service, MBMS, on a Single Frequency Network, MBSFN, signals from a base station on a secondary carrier; transmitting information used for acquiring a Multicast Control Channel, MCCH, from the base station on a primary carrier, wherein the base station also transmits at least unicast signaling on the primary carrier; and characterized by including the information for acquiring the MCCH in dedicated signaling on the primary carrier for one or more backwardly-compatible carriers carrying eMBMS signals, while including the information for acquiring an MCCH in common signaling on the primary carrier for one or more non-backwardly compatible carriers carrying eMBMS signaling.
Device for avoiding an exhaust gas return gas flow in a boiler during overpressure operation wherein several boilers have a common exhaust gas pipeline, and a supply air pipeline of each boiler has a blocking element closing off its cross-section, wherein the blocking element is designed as a non-return valve (1, 20), wherein the non-return valve (1, 20) comprises at least one flap part (4, 21) which is hinged on a frame-like holder (3, 22) in a pivoting manner, and wherein the holder (3, 22) is designed an insert that can be incorporated into the supply air pipeline characterised in that it is fitted with a locking device (8, 25) for the flap part (4, 21), wherein the locking device (8, 25) is in the form of a magnetic closure which comprises at least one permanent magnet (9, 26) to which is assigned a counter-piece (10, 27) arranged on the flap part (4, 21).