mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for installation and protection of subsea cables from a seabed unit, comprising a seabed unit, at least one first tubular member and at least one second tubular member, said first and second tubular members forming a conduit for at least one cable to be fed therethrough, both tubular members (1, 2) being pre-installed within the seabed unit prior to introduction or installation of said at least one cable, characterised in that said first tubular member is a flexible protective pipe and that said second tubular member is a substantially non-flexible J-shaped tube; and wherein at least a part of said second tubular member has a curved shape extending between a substantially vertical direction and a substantially horizontal direction, said curved shaped part being situated essentially within the outer constraints of the seabed unit, that said first tubular member during installation of said seabed unit, is arranged telescopically on the outside or the inside of said second tubular member and hence is situated essentially within the constraints of the seabed unit, and that said first tubular member, after the seabed unit has been installed on the seabed, is adapted to be extracted outwardly from the second tubular member and from the seabed unit, while said second tubular member remain essentially stationary with respect to the seabed unit, until said first tubular member assumes a position essentially flat on the seabed and extends through a desired zone for scour protection. said first tubular member is a flexible protective pipe and that said second tubular member is a substantially non-flexible J-shaped tube; and wherein at least a part of said second tubular member has a curved shape extending between a substantially vertical direction and a substantially horizontal direction, said curved shaped part being situated essentially within the outer constraints of the seabed unit, that said first tubular member during installation of said seabed unit, is arranged telescopically on the outside or the inside of said second tubular member and hence is situated essentially within the constraints of the seabed unit, and that said first tubular member, after the seabed unit has been installed on the seabed, is adapted to be extracted outwardly from the second tubular member and from the seabed unit, while said second tubular member remain essentially stationary with respect to the seabed unit, until said first tubular member assumes a position essentially flat on the seabed and extends through a desired zone for scour protection.
A combination which comprises (a) a corticosteroid, which is selected from mometasone furoate, fluticasone propionate and fluticasone furoate, and (b) a dual muscarinic antagonist - β2 adrenergic agonist compound, which is trans-4-[{3-[5-({[ -2-hydroxy-2-(8-hydroxy-2-oxo-1,2-dihydroquinolin-5-yl)ethyl]amino}methyl)-1H-1,2,3-benzotriazol-1-yl]propyl}(methyl)amino] cyclohexyl hydroxy(di-2-thienyl)acetate, or any pharmaceutically acceptable salt or solvate thereof.
Method for producing a gaseous mixture of carbon monoxide and hydrogen, wherein: i) a first gas comprising at least 50% carbon monoxide is compressed in a first compressor to form a first compressed gas cooled to a first temperature ii) a second gas comprising at least 50% hydrogen is mixed with the first compressed gas to form the gaseous mixture iii) at least one of the first and second gases comes from a cryogenic distillation separation unit wherein a feed gas containing hydrogen and carbon monoxide cools in a first heat exchanger and is separated in at least one distillation column (K1, K2, K3) characterised in that: a) a portion (23, 28) of the first compressed gas is sent to the separation unit, where it cools, for example in the first heat exchanger, to a second temperature lower than the first temperature, for example to an intermediate temperature of the first heat exchanger, and then mixes with the gaseous mixture or the second gas, and/or b) at least one portion of the second gas heats in the separation unit, for example in the first heat exchanger, to a third temperature lower than the first temperature, for example to an intermediate temperature of the first heat exchanger, and is then sent to be mixed with the first gas. i) a first gas comprising at least 50% carbon monoxide is compressed in a first compressor to form a first compressed gas cooled to a first temperature ii) a second gas comprising at least 50% hydrogen is mixed with the first compressed gas to form the gaseous mixture iii) at least one of the first and second gases comes from a cryogenic distillation separation unit wherein a feed gas containing hydrogen and carbon monoxide cools in a first heat exchanger and is separated in at least one distillation column (K1, K2, K3) a) a portion (23, 28) of the first compressed gas is sent to the separation unit, where it cools, for example in the first heat exchanger, to a second temperature lower than the first temperature, for example to an intermediate temperature of the first heat exchanger, and then mixes with the gaseous mixture or the second gas, and/or b) at least one portion of the second gas heats in the separation unit, for example in the first heat exchanger, to a third temperature lower than the first temperature, for example to an intermediate temperature of the first heat exchanger, and is then sent to be mixed with the first gas.
A secondary battery, comprising: a case; an electrode assembly, accommodated in the case and comprising a main body and a tab connected to the main body; a cap plate, coupled to the case; an electrode terminal, provided with a through hole; and a current collecting member, comprising an extending portion and a connecting portion connected to the extending portion, wherein the connecting portion is located on an inner side of the cap plate and is directly connected to the tab, and the extending portion is configured to extend toward the electrode terminal and protrude into the through hole, characterized in that, the electrode terminal is entirely located on an outer side of the cap plate, and the extending portion is connected to the electrode terminal by welding in a sealed manner. a case; an electrode assembly, accommodated in the case and comprising a main body and a tab connected to the main body; a cap plate, coupled to the case; an electrode terminal, provided with a through hole; and a current collecting member, comprising an extending portion and a connecting portion connected to the extending portion, wherein the connecting portion is located on an inner side of the cap plate and is directly connected to the tab, and the extending portion is configured to extend toward the electrode terminal and protrude into the through hole, characterized in that, the electrode terminal is entirely located on an outer side of the cap plate, and the extending portion is connected to the electrode terminal by welding in a sealed manner.
A detachable display module, comprising: a front frame, a display screen and a back plate; wherein a plurality of COFs provided on sides of the display screen are connected to at least one printed circuit board, and the printed circuit board is provided on a rear surface of the display screen; the front frame is fixedly connected with the display screen, and the front frame comprises: a first frame and a third frame disposed opposite to each other, a second frame and a fourth frame disposed opposite to each other, wherein the third frame is detachably and fixedly connected with the back plate; and the back plate is provided on the rear surface of the display screen, and characterized in that: the plurality of COFs are provided on each of four sides of the display screen; the first frame, the second frame, the third frame and the fourth frame each have a recess region for accommodating the plurality of COFs; the first frame is detachably and fixedly connected with the second frame and the fourth frame through bridge connection pieces; the back plate is provided with a recess portion corresponding to the printed circuit board provided between the back plate and the display screen; peach bridge connection piece comprises two positioning blocks connected with each other; both ends of the first frame, an end of the second frame to be connected with the first frame, and an end of the fourth frame to be connected with the first frame are provided with two protrusions, and a positioning groove is formed between the two protrusions; and the positioning groove and the positioning block are interlocked; the positioning blocks and the protrusion are fixed together by engaging with each other; the two positioning blocks are provided with engagement hooks at opposite distal ends, and the protrusions are provided with engagement grooves engaging with the engagement hooks.
Storage water heater comprising a flanging unit placed in the proximity of an opening obtained at least on a cap of said storage water heater, and comprising: - a flange for supporting a heating and safety unit and suitable for closing said opening, - a counter-flange stiffly constrained on said cap, - a sealing element interposed between said flange and the outer surface of said cap, said flange and counter-flange being able to be tightened against each other through a plurality of tightening screws in turn comprising at least one head and a threaded stem, characterised in that said threaded stem of said tightening screws is able to be screwed on respective threaded bushes placed and constrained on said counter-flange by plastic deformation. - a flange for supporting a heating and safety unit and suitable for closing said opening, - a counter-flange stiffly constrained on said cap, - a sealing element interposed between said flange and the outer surface of said cap,
A method of providing services for a mail delivery point (106; 206), comprising: acquiring a delivery point identifier from a tag affixed to the mail delivery point, wherein the delivery point identifier of the tag is perceivable only by machines; accessing delivery point data corresponding to the delivery point identifier via a delivery person memory unit that accompanies the delivery person when the delivery person visits the mail delivery point, wherein the delivery point data includes recipient preferences that are indicative or suggestive of the recipient's preferences related either to mail or at least one procedure for mail delivery, or both, and said delivery point memory unit accessing said delivery point data from the tag and/or from an internet site; and providing at least one service that is at least partly in response to the delivery point data. acquiring a delivery point identifier from a tag affixed to the mail delivery point, wherein the delivery point identifier of the tag is perceivable only by machines; accessing delivery point data corresponding to the delivery point identifier via a delivery person memory unit that accompanies the delivery person when the delivery person visits the mail delivery point, wherein the delivery point data includes recipient preferences that are indicative or suggestive of the recipient's preferences related either to mail or at least one procedure for mail delivery, or both, and said delivery point memory unit accessing said delivery point data from the tag and/or from an internet site; and providing at least one service that is at least partly in response to the delivery point data.
A connector, comprising: a housing; a lock arm provided displaceably relative to the outer surface of the housing and adapted to hold a mating housing and the housing in a connected state; a coupling portion having a pair of front and rear curved surfaces (57F, 57R) and connecting the lock arm and the housing; a front step portion continuously extending forward from an end edge closer to the rear curved surface out of both end edges of the front curved surface in a curving direction; a rear step portion continuously extending backward from an end edge closer to the front curved surface out of both end edges of the rear curved surface in a curving direction; and a pair of curved portions (59F, 59R) facing forward and backward and provided at opposite end portions of each curved surface (57F, 57R) in a direction crossing the curving direction. a housing; a lock arm provided displaceably relative to the outer surface of the housing and adapted to hold a mating housing and the housing in a connected state; a coupling portion having a pair of front and rear curved surfaces (57F, 57R) and connecting the lock arm and the housing; a front step portion continuously extending forward from an end edge closer to the rear curved surface out of both end edges of the front curved surface in a curving direction; a rear step portion continuously extending backward from an end edge closer to the front curved surface out of both end edges of the rear curved surface in a curving direction; and a pair of curved portions (59F, 59R) facing forward and backward and provided at opposite end portions of each curved surface (57F, 57R) in a direction crossing the curving direction.
A bipolar cardiac lead (100; 400) comprising a connector pin (112, 712; 412, 1112) having a proximal end (160, 760; 460, 1160) and a distal end (162, 762; 462, 1162), the proximal end configured to engage an electrical stimulation device; a connector insulator (116, 716, 916, 1016; 416, 1116, 1216, 1316) coupled to the distal end (162, 762; 462, 1162) of the connector pin (112, 712; 412, 1112); and a ring connector (130, 730; 430, 1130) coupled to the connector insulator (116, 716, 916, 1016; 416, 1116, 1216, 1316) with a snap-fit connection, wherein the connector insulator provides electrical insulation between the connector pin (112, 712; 412, 1112) and the ring connector (130, 730; 430, 1130), wherein the connector insulator (716, 916, 1016; 1116, 1216, 1316) includes at least one tab (705, 905, 1005; 1105, 1205, 1305), and characterized in that at least one side surface (953; 1353) of the at least one tab (905; 1305) extends tangentially from a circumferential surface of the connector insulator (916; 1316).
A method for estimating a frequency offset of a signal received at a coherent receiver, comprising: receiving a plurality of equalized symbols of at least one frame of a data burst; processing a probability mass function, PMF, of the detected phases of the plurality of equalized symbols to provide a summation of square of individual PMF values at each of a plurality of frequencies; identifying one frequency corresponding to a maximum value of the summation; and setting the frequency offset of the coherent receiver to the identified frequency; wherein processing includes detecting phases of the plurality of equalized symbols; and identifying in which K sectors of a phase constellation the detected phases are distributed, wherein K is a finite integer greater than 1. receiving a plurality of equalized symbols of at least one frame of a data burst; processing a probability mass function, PMF, of the detected phases of the plurality of equalized symbols to provide a summation of square of individual PMF values at each of a plurality of frequencies; identifying one frequency corresponding to a maximum value of the summation; and setting the frequency offset of the coherent receiver to the identified frequency; wherein processing includes detecting phases of the plurality of equalized symbols; and identifying in which K sectors of a phase constellation the detected phases are distributed, wherein K is a finite integer greater than 1.
A process for producing transport fuel blendstocks, the process comprising: providing a first feedstock comprising butane and propane, and a second feedstock comprising benzene; dehydrogenating the first feedstock in a first reactor to produce a C4 product comprising butane and butene and a C3 product comprising propane and propylene; splitting the C4 product from the C3 product that are produced in the first reactor; oligomerizing the C4 product in a second reactor to produce a first transport fuel blendstock; and alkylating the C3 product with the second feedstock in a third reactor to produce a second transport fuel blendstock. providing a first feedstock comprising butane and propane, and a second feedstock comprising benzene; dehydrogenating the first feedstock in a first reactor to produce a C4 product comprising butane and butene and a C3 product comprising propane and propylene; splitting the C4 product from the C3 product that are produced in the first reactor; oligomerizing the C4 product in a second reactor to produce a first transport fuel blendstock; and alkylating the C3 product with the second feedstock in a third reactor to produce a second transport fuel blendstock.
An information processing apparatus comprising: a luminance integrator that integrates a luminance of a plurality of speckle images obtained by an imaging element by a plurality of times of imaging of scattered light obtained from an imaging target to which coherent light is emitted; characterized by a contrast calculation unit that calculates a contrast of a speckle pattern on the basis of a speckle integrated image integrated by the luminance integrator; wherein the contrast calculation unit calculates a variance value and an average value of the luminance in a local image region of the speckle integrated image, and calculates the contrast of the speckle pattern on the basis of the obtained variance value and average value of the luminance. a luminance integrator that integrates a luminance of a plurality of speckle images obtained by an imaging element by a plurality of times of imaging of scattered light obtained from an imaging target to which coherent light is emitted; characterized by a contrast calculation unit that calculates a contrast of a speckle pattern on the basis of a speckle integrated image integrated by the luminance integrator; wherein the contrast calculation unit calculates a variance value and an average value of the luminance in a local image region of the speckle integrated image, and calculates the contrast of the speckle pattern on the basis of the obtained variance value and average value of the luminance.
A screen assembly for use in a vibratory separator for screening a solids laden fluid, the screen assembly comprising a support made of composite material and at least one layer of screening material (M,N) on said support, said support having a top and a bottom and a plurality of holes therethrough from said top to said bottom through which fluid is passable, said holes defined by structure of the support characterised in that said structure defining said holes tapers between said top and said bottom of said support.
Heating medium or coolant circuit for an electric vehicle, having: a basic circuit for controlling the temperature of an electric motor and of a battery of the electric vehicle, wherein, in the basic circuit, provision is made of main pump for conveying a coolant through the basic circuit, a bypass line for allowing the coolant to flow past the battery, and a thermally insulated auxiliary circuit for the battery for controlling the temperature of the battery independently of the electric motor, characterized in that, in the thermally insulated auxiliary circuit, provision is made of an auxiliary pump for conveying the coolant through the thermally insulated auxiliary circuit, and/or in that an auxiliary pump is arranged in the thermally insulated auxiliary circuit downstream of the battery, as seen in the flow direction of the coolant, and wherein, in the basic circuit, provision is made a second bypass line, in which a charging unit for the battery is arranged, for allowing the coolant to flow past the electric motor. a basic circuit for controlling the temperature of an electric motor and of a battery of the electric vehicle, wherein, in the basic circuit, provision is made of main pump for conveying a coolant through the basic circuit, a bypass line for allowing the coolant to flow past the battery, and a thermally insulated auxiliary circuit for the battery for controlling the temperature of the battery independently of the electric motor, characterized in that, in the thermally insulated auxiliary circuit, provision is made of an auxiliary pump for conveying the coolant through the thermally insulated auxiliary circuit, and/or in that an auxiliary pump is arranged in the thermally insulated auxiliary circuit downstream of the battery, as seen in the flow direction of the coolant, and wherein, in the basic circuit, provision is made a second bypass line, in which a charging unit for the battery is arranged, for allowing the coolant to flow past the electric motor.
A metal organic chemical vapor deposition apparatus for a solar cell, the apparatus comprising a deposition unit, the deposition unit comprising: a susceptor configured to be mounted with a substrate; a shower head configured to prepare a reacting gas by mixing plural kinds of raw gases for deposition on the substrate and supply the reacting gas to the susceptor, and a thermal barrier, which is disposed on a surface of the shower head that faces the susceptor; and wherein the thermal barrier has a thickness of 3 mm to 30 mm. a susceptor configured to be mounted with a substrate; a shower head configured to prepare a reacting gas by mixing plural kinds of raw gases for deposition on the substrate and supply the reacting gas to the susceptor, and a thermal barrier, which is disposed on a surface of the shower head that faces the susceptor; and wherein the thermal barrier has a thickness of 3 mm to 30 mm.
A lighting fixture comprising: • a solid-state light source; • an ambient light sensor (S A) and • control circuitry coupled to the ambient light sensor and the solid-state light source and configured to: • read (102, 106) an ambient light sensor output from the ambient light sensor to obtain one or more initial ambient light level measurements: characterised in that the control circuitry is configured to: • determine a range of desired values for the ambient light sensor output based on the one or more initial ambient light level measurements; and • independently adjust the solid-state light source such that the ambient light sensor output falls within the range of desired values. • a solid-state light source; • an ambient light sensor (S A) and • control circuitry coupled to the ambient light sensor and the solid-state light source and configured to: • read (102, 106) an ambient light sensor output from the ambient light sensor to obtain one or more initial ambient light level measurements: • determine a range of desired values for the ambient light sensor output based on the one or more initial ambient light level measurements; and • independently adjust the solid-state light source such that the ambient light sensor output falls within the range of desired values.