mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising edible compound of formula wherein: R can be H, OH or CH 3 O; R 1 can be H, (CH 2) n OR 2 wherein: n is 1, 2 or 3 R 2 is H, COCH 3 or wherein m is 1, 2 or 3 with the proviso that R and R 1 are not H at the same time; for use in the treatment of muscle damage due to exercise; with the proviso that the composition is not a chewing gum and that the composition does not contain salidroside; characterized in that compound of formula is hydroxytyrosol or its acetate. R can be H, OH or CH 3 O; R 1 can be H, (CH 2) n OR 2 wherein: n is 1, 2 or 3 R 2 is H, COCH 3 or wherein m is 1, 2 or 3 with the proviso that R and R 1 are not H at the same time; wherein: n is 1, 2 or 3 R 2 is H, COCH 3 or wherein m is 1, 2 or 3 for use in the treatment of muscle damage due to exercise; with the proviso that the composition is not a chewing gum and that the composition does not contain salidroside; characterized in that compound of formula is hydroxytyrosol or its acetate.
An inkjet recording apparatus comprising: a recording head which includes an ejection surface having a plurality of ejection ports (1001 to 1004) which eject ink; a carriage which includes the recording head and performs reciprocation scanning; a wiping unit which includes a wiping member which wipes the ejection surface and reeling means arranged to reel the wiping member; characterized in that the apparatus further comprises: staining means arranged to obtain a remaining amount of the wiping member; estimation means arranged to estimate a use amount of the wiping member in accordance with recording data; and control means arranged to control the wiping unit in accordance with the remaining amount and the use amount. a recording head which includes an ejection surface having a plurality of ejection ports (1001 to 1004) which eject ink; a carriage which includes the recording head and performs reciprocation scanning; a wiping unit which includes a wiping member which wipes the ejection surface and reeling means arranged to reel the wiping member; characterized in that the apparatus further comprises: staining means arranged to obtain a remaining amount of the wiping member; estimation means arranged to estimate a use amount of the wiping member in accordance with recording data; and control means arranged to control the wiping unit in accordance with the remaining amount and the use amount.
System for determining the identification of a camera from a photograph, said system comprising a device for analysing photographs for processing said photograph and a processing device for establishing statistics on pixels on the basis of said analysis, the system performing said identification on the basis of parameters "a" and "b" defining a camera and complying with the relationship below: ⋅ z m, n ∼ N y m, n, a y m, n + b where z m,n is representative of the value of a pixel situated at m and n of a photograph, N (..) represents a Gaussian distribution y m,n is the expected value of the pixel at the position m,n. characterised in that the value of each of the pixels can be considered to be the sum of a random heteroscedastic noise representing the set of measurement errors and a deterministic content: z m, n = y m, n + ξ m, n and in that an output device is provided which operates by statistical comparison of the properties of the noise of the image of said camera with another camera to determine whether the photograph was taken by said first camera or said other camera. where z m,n is representative of the value of a pixel situated at m and n of a photograph, N (..) represents a Gaussian distribution y m,n is the expected value of the pixel at the position m,n.
An activation unit for a securing system of a motor vehicle, with - a pyrotechnic gas generator as well as - a drive unit operatively connected to the pyrotechnic gas generator for converting the gas stream arising upon activating the gas generator into a rotational movement of a rotor shaft connectable to the safety system characterized in that the drive unit has a nozzle arranged in the flow direction of the exiting gas with at least one flow channel for directing the gas flow to a paddle wheel connected to the rotor shaft, and the flow channel is designed like a laval nozzle. - a pyrotechnic gas generator as well as - a drive unit operatively connected to the pyrotechnic gas generator for converting the gas stream arising upon activating the gas generator into a rotational movement of a rotor shaft connectable to the safety system characterized in that the drive unit has a nozzle arranged in the flow direction of the exiting gas with at least one flow channel for directing the gas flow to a paddle wheel connected to the rotor shaft, and the flow channel is designed like a laval nozzle.
A hot-dip galvanized steel sheet having excellent resistance to cracking due to liquid metal embrittlement, comprising: a base steel sheet having a microstructure in which an austenite fraction is 90 area% or more; an Fe-Ni alloy layer disposed directly below a surface of the base steel sheet and a hot-dip galvanizing layer formed on the base steel sheet, wherein the base steel sheet consists of, by wt%, carbon: 0.10% to 0.30%, manganese (Mn): 10% to 30%, silicon (Si): 0.01% to 0.03%, titanium (Ti): 0.05% to 0.2%, aluminum (Al): 0.5% to 3.0%, nickel (Ni): 0.001% to 10%, chromium (Cr): 0.001% to 10%, nitrogen: 0.001% to 0.05%, phosphorus: 0.020% or less, sulfur: 0.001% to 0.005%, and iron (Fe) as a residual component thereof, and inevitable impurities, wherein the Fe-Ni alloy layer is provided by coating Ni having an adhesion amount of 300 mg/m 2 to 1000 mg/m 2, and wherein the hot-dip galvanizing layer includes an Fe-Zn alloy layer including 3 wt% to 15 wt% of iron (Fe), and a Zn layer formed on the Fe-Zn alloy layer, and the Fe-Zn alloy layer has a thickness of [(3.4×t)/6] μm or more, where t is a thickness of the hot-dip galvanizing layer. a base steel sheet having a microstructure in which an austenite fraction is 90 area% or more; an Fe-Ni alloy layer disposed directly below a surface of the base steel sheet and a hot-dip galvanizing layer formed on the base steel sheet, wherein the base steel sheet consists of, by wt%, carbon: 0.10% to 0.30%, manganese (Mn): 10% to 30%, silicon (Si): 0.01% to 0.03%, titanium (Ti): 0.05% to 0.2%, aluminum (Al): 0.5% to 3.0%, nickel (Ni): 0.001% to 10%, chromium (Cr): 0.001% to 10%, nitrogen: 0.001% to 0.05%, phosphorus: 0.020% or less, sulfur: 0.001% to 0.005%, and iron (Fe) as a residual component thereof, and inevitable impurities, wherein the Fe-Ni alloy layer is provided by coating Ni having an adhesion amount of 300 mg/m 2 to 1000 mg/m 2, and wherein the hot-dip galvanizing layer includes an Fe-Zn alloy layer including 3 wt% to 15 wt% of iron (Fe), and a Zn layer formed on the Fe-Zn alloy layer, and the Fe-Zn alloy layer has a thickness of [(3.4×t)/6] μm or more, where t is a thickness of the hot-dip galvanizing layer.
A home appliance, particularly a cooling device, having a heat insulated body forming a cabinet; a door hinged to said body; a connection plate provided on the body and having a first assembly hole; and a hinge with a support arm with a second assembly hole from one end connected to the connection plate and from other end mounted to the door, wherein at least one fixation tab is provided on the support arm, and at least one fixation hole is provided on the connection plate such that the fixation tab rests therein, wherein the support arm extends from the door to the body at the lower alignment of the body and wherein the support arm is connected to a body base, characterized in that the fixation hole is positioned on the connection plate such that the assembly holes (43, 53) are being aligned with each other when the fixation tab is rested in the fixation hole, and that the fixation tab is embodied outwardly in an "r" shape from the support arm's surface contacting to the connection plate and the fixation tab comprises at least one seating part pressing to the vicinity of the fixation hole on the connection plate.
Transmitting device for transmitting signals of a wireless orthogonal frequency division multiplex, OFDM, communication system with space time transmit diversity, STTD coding, comprising means for carrying out a STTD coding to generate a first and a second STTD encoded data stream, a first and a second antenna means for transmitting the data of said first and said second STTD encoded data stream, respectively, in OFDM signals, said first and said second antenna means being arranged spaced apart from each other, pilot symbol generating means for generating pilot symbols to be transmitted among said data of said first and second STTD encoded data stream, whereby first pilot symbols are transmitted via said first antenna and second pilot symbols are transmitted via said second antenna, whereby said first and second pilot symbols are regularly distributed in a two dimensional lattice in the frequency and time domain of the OFDM system, whereby corresponding first (20; 21) and second (42; 43) pilot symbols have the same frequency and time allocation in said lattice, and whereby at least some pairs (20; 23) of first pilot symbols consisting of one.pilot symbol and the nearest pilot symbol in the frequency dimension of said lattice are respectively orthogonal to the corresponding pairs (42; 46) of second pilot symbols and at least some pairs (20; 21) of first pilot symbols consisting of one pilot symbol and the nearest pilot symbol in the time dimension of said lattice are respectively orthogonal to the corresponding pairs (42; 43) of second pilot symbols.
Flushing device for a sanitary device, in particular a toilet flush or an urinal flush, - with a cold water supply line, - with a hot water supply line, - with a valve arrangement for admitting the water flowing in through the cold water pipe and the hot water pipe, and - with a water drain for draining the water admitted in by the valve assembly, - wherein at least one temperature sensor (14, 16) is provided for measuring the water temperature in the cold water supply line and/or the hot water supply line and for generating at least one temperature signal (T1, T2), - wherein a controller for actuating the valve arrangement generates a control signal (S; S1, S2) as a function of the temperature signal (T1, T2) and - wherein the valve assembly drains water through the water drain depending on the control signal (S; S1, S2), characterized in - that the controller transmits the control signal (S; S1, S2) to a cistern valve arrangement, and in that the water drain triggered by the cistern valve arrangement actuates the valve arrangement. - with a cold water supply line, - with a hot water supply line, - with a valve arrangement for admitting the water flowing in through the cold water pipe and the hot water pipe, and - with a water drain for draining the water admitted in by the valve assembly, - wherein at least one temperature sensor (14, 16) is provided for measuring the water temperature in the cold water supply line and/or the hot water supply line and for generating at least one temperature signal (T1, T2), - wherein a controller for actuating the valve arrangement generates a control signal (S; S1, S2) as a function of the temperature signal (T1, T2) and - wherein the valve assembly drains water through the water drain depending on the control signal (S; S1, S2), characterized in - that the controller transmits the control signal (S; S1, S2) to a cistern valve arrangement, and in that the water drain triggered by the cistern valve arrangement actuates the valve arrangement.
Cabin door for an elevator comprising: at least two sliding door panels (2, 3) provided with corresponding profiles (6, 7), each of said profiles (6, 7) being arranged beneath the corresponding door panel (2, 3) and being integrally constrained to it, said profiles (6, 7) being slidable with respect to one another; motorised means operatively active on said profiles (6, 7) to slide them with respect to one another so that said door panels (2, 3) are indirectly moved between a first configuration wherein the cabin door is closed and a second configuration wherein the cabin door is open, characterised in that each of said profiles (6, 7) comprises a first portion (6a, 7a) integrally constrained to the corresponding door panel (2, 3) and a projecting second portion (6b, 7b), as a result of sliding of the profiles (6, 7) said projecting second portions (6b, 7b) assuming a position of minimum distance when the door panels (2, 3) are in the second configuration, so that said projecting second portions (6b, 7b) form a cabin threshold, and a position of maximum distance when the door panels (2, 3) are in the first configuration, so that said cabin threshold is disassembled. at least two sliding door panels (2, 3) provided with corresponding profiles (6, 7), each of said profiles (6, 7) being arranged beneath the corresponding door panel (2, 3) and being integrally constrained to it, said profiles (6, 7) being slidable with respect to one another; motorised means operatively active on said profiles (6, 7) to slide them with respect to one another so that said door panels (2, 3) are indirectly moved between a first configuration wherein the cabin door is closed and a second configuration wherein the cabin door is open, characterised in that each of said profiles (6, 7) comprises a first portion (6a, 7a) integrally constrained to the corresponding door panel (2, 3) and a projecting second portion (6b, 7b), as a result of sliding of the profiles (6, 7) said projecting second portions (6b, 7b) assuming a position of minimum distance when the door panels (2, 3) are in the second configuration, so that said projecting second portions (6b, 7b) form a cabin threshold, and a position of maximum distance when the door panels (2, 3) are in the first configuration, so that said cabin threshold is disassembled.
A fin stock material from an 3xxx-series aluminium alloy and comprising at least 0.5% to 2.0% Mn, and Si 0.5 to 1.5% Fe 0 to 1.8% Zn 0 to 2.5% Mg 0 to 0.5% Cu 0 to 0.4%, with the remainder comprising aluminium and incidental impurities, each up to 0.05% maximum and in total about 0.25% maximum, and furthermore a purposive addition of Bi 0.03% to 0.5% as wetting agent, optionally comprising further one or more elements selected from the group of (up to 0.25% Zr, up to 0.25% Cr, up to 0.25% V, up to 0.25% Ti, up to 0.20% In, up to 0.3% Ni).
A method of operation of a base station of a cellular communications network, the method comprising: transmitting a synchronization signal to a mobile wireless device located in an extended coverage area of a cell served by the base station within a coherence time period, wherein the synchronization signal comprises a plurality of repetitions of a basic synchronization block; and transmitting a primary synchronization signal and a secondary synchronization signal in addition to the synchronization signal wherein: transmitting the primary synchronization signal and the secondary synchronization signal comprises transmitting the primary synchronization signal and the secondary synchronization signal at a first periodicity, and transmitting the synchronization signal comprises transmitting the synchronization signal at a second periodicity that is less than the first periodicity. transmitting a synchronization signal to a mobile wireless device located in an extended coverage area of a cell served by the base station within a coherence time period, wherein the synchronization signal comprises a plurality of repetitions of a basic synchronization block; and transmitting a primary synchronization signal and a secondary synchronization signal in addition to the synchronization signal wherein: transmitting the primary synchronization signal and the secondary synchronization signal comprises transmitting the primary synchronization signal and the secondary synchronization signal at a first periodicity, and transmitting the synchronization signal comprises transmitting the synchronization signal at a second periodicity that is less than the first periodicity. transmitting the primary synchronization signal and the secondary synchronization signal comprises transmitting the primary synchronization signal and the secondary synchronization signal at a first periodicity, and transmitting the synchronization signal comprises transmitting the synchronization signal at a second periodicity that is less than the first periodicity.
Modular bridge having side elements (2, 3), which are connected to one another in the longitudinal direction, and having crossmembers, which connect the side elements (2, 3) in the transverse direction, and bearing elements, which are arranged on the crossmembers to form a roadway, characterized in that the crossmembers are connected to the side elements (2, 3) in the region of the centre point of the side elements (2, 3), as seen in relation to the longitudinal direction, in that two opposite side elements (2, 3), as seen in the transverse direction, are connected to one another via precisely one crossmember, in that two bearing elements rest adjacently to one another on a crossmember in the longitudinal direction, and in that interconnected segments of the bridge comprise two side elements (2, 3), a crossmember and at least one bearing element, in particular two bearing elements.
A headphone driver, comprising: a diaphragm; a voice coil fixed to the diaphragm; a magnet mounted in adjacent to the voice coil; a yoke mounted on an opposite side of the magnet across the voice coil; and a frame on which the magnet and the yoke are mounted; and an edge for fixing the diaphragm to the frame, characterised by the diaphragm being molded by mixing a nanofiber material other than carbon into a paper material at a weight ratio of from 20% to 30%. a diaphragm; a voice coil fixed to the diaphragm; a magnet mounted in adjacent to the voice coil; a yoke mounted on an opposite side of the magnet across the voice coil; and a frame on which the magnet and the yoke are mounted; and an edge for fixing the diaphragm to the frame, characterised by the diaphragm being molded by mixing a nanofiber material other than carbon into a paper material at a weight ratio of from 20% to 30%.
A seal for a plug connector arrangement on a cable which comprises a modular plug which is intended to latch into a standard socket arranged in a housing in a releasable manner and which is prefabricated with one out of a plurality of different grip bodies, wherein the seal is formed with a latching prevention means for permanently preventing the plug from latching in, and with a pushing means for pushing the non-latching plug into its standard contact position, characterized in that the seal comprises a flexible sealing sleeve which is made separately from the plug, can be expanded so much that the plug of the finished cable can be inserted through the opening which surrounds the cable in a sealing manner during use, is so flexible that it then adjoins the cable in a sealing manner, is dimensioned such that it can readily receive the part of a plug grip body projecting from the housing, and comprises a sealing surface pushed by the pushing means against the housing during use. which comprises a modular plug which is intended to latch into a standard socket arranged in a housing in a releasable manner a modular plug which is intended to latch into a standard socket arranged in a housing in a releasable manner which is intended to latch into a standard socket arranged in a housing in a releasable manner and which is prefabricated with one out of a plurality of different out of a plurality of different grip bodies, wherein is made separately from the plug, can be expanded so much that the plug of the finished cable can be inserted through the opening which surrounds the cable in a sealing manner during use, that the plug of the finished cable of the finished cable can be inserted through the opening which surrounds the cable in a sealing manner during use, which surrounds the cable in a sealing manner during use, is so flexible that it then adjoins the cable in a sealing manner,
A double-tube heat exchanger comprising an outer tube and an inner tube concentrically arranged so as to form a first annular gap in between said outer tube and said inner tube, wherein said outer tube is provided with at least an inlet connection and with at least an outlet connection for inletting and outletting, respectively, a first fluid flowing in said first annular gap, wherein said inner tube is provided with at least an inlet connection and with at least an outlet connection for inletting and outletting, respectively, a second fluid flowing in said inner tube for an indirect heat exchange with the first fluid, wherein said inlet and outlet connections of the inner tube are jointed to equipment or conduits placed upstream and/or downstream of the heat exchanger, wherein at least an assembly wall joints a first end of said outer tube to said inner tube so as to seal said first annular gap at the first end of said outer tube, wherein a second annular gap is formed in between said inner tube, or said equipment or conduits, or said inner tube and said equipment or conduits, and said assembly wall, wherein said second annular gap is exposed to the air and is in fluid communication neither with said first annular gap nor with said inner tube, and wherein said second annular gap is at least partially surrounded by said first annular gap, said heat exchanger being characterized in that said inner tube is formed by at least two tube sections (24, 25, 36), jointed each other by means of a joint of butt-to-butt type, wherein at least one (25, 36) of said tube sections is integrally formed, as a single monolithic piece, with said assembly wall. wherein said outer tube is provided with at least an inlet connection and with at least an outlet connection for inletting and outletting, respectively, a first fluid flowing in said first annular gap, wherein said inner tube is provided with at least an inlet connection and with at least an outlet connection for inletting and outletting, respectively, a second fluid flowing in said inner tube for an indirect heat exchange with the first fluid, wherein said inlet and outlet connections of the inner tube are jointed to equipment or conduits placed upstream and/or downstream of the heat exchanger, wherein at least an assembly wall joints a first end of said outer tube to said inner tube so as to seal said first annular gap at the first end of said outer tube, wherein a second annular gap is formed in between said inner tube, or said equipment or conduits, or said inner tube and said equipment or conduits, and said assembly wall, wherein said second annular gap is exposed to the air and is in fluid communication neither with said first annular gap nor with said inner tube, and wherein said second annular gap is at least partially surrounded by said first annular gap, said heat exchanger being characterized in that said inner tube is formed by at least two tube sections (24, 25, 36), jointed each other by means of a joint of butt-to-butt type, wherein at least one (25, 36) of said tube sections is integrally formed, as a single monolithic piece, with said assembly wall.
Self-filling flood-protection bag consisting of at least two enclosed chambers, that are interconnected, where at least the chambers are from polyester fabric with high water absorbing capacity, wherein the chambers are at least partially filled up with a mixture of water superabsorbent, characterised in that the chambers are interconnected by a terminal yoke in the form of a letter "T".