mhurhangee/ep-ind-claims huggingface dataset:
A shipment container for delivering a wound cable, the shipment container comprising: - a bottom wall; - side walls extending from the bottom wall to form a compartment having a top opening facing the bottom wall; - a first post member and a second post member extending from the bottom wall toward the top opening, wherein: - the shipment container is configured to allow the cable to be inserted into and extracted from the shipment container through the top opening and to be wound by figure-of-eight windings around the first post member and the second post member; - the shipment container further comprises the cable, said cable being arranged to comprise a sequence of stacked figure-eight coils wound around the first post member and the second post member, characterized in that - at least one among the first post member and the second post member is hollow and is provided with a corresponding post member top opening (130a, 130b) facing the top opening to allow ends of the cable to be inserted thereinto; - at least one end of the cable is inserted inside the first post member or the second post member, or an end of the cable is inserted inside the first post member and another end of the cable is inserted inside the second post member, and - said ends of the cable comprise a cable head comprising a rack panel box. - a bottom wall; - side walls extending from the bottom wall to form a compartment having a top opening facing the bottom wall; - a first post member and a second post member extending from the bottom wall toward the top opening, - the shipment container is configured to allow the cable to be inserted into and extracted from the shipment container through the top opening and to be wound by figure-of-eight windings around the first post member and the second post member; - the shipment container further comprises the cable, said cable being arranged to comprise a sequence of stacked figure-eight coils wound around the first post member and the second post member, characterized in that - at least one among the first post member and the second post member is hollow and is provided with a corresponding post member top opening (130a, 130b) facing the top opening to allow ends of the cable to be inserted thereinto; - at least one end of the cable is inserted inside the first post member or the second post member, or an end of the cable is inserted inside the first post member and another end of the cable is inserted inside the second post member, and - said ends of the cable comprise a cable head comprising a rack panel box.
A detachable carpet, comprising a carpet surface and an anti-skid water-repellent layer, wherein the carpet surface and the anti-skid water-repellent layer are detachably connected, and wherein the carpet surface comprises a surface layer, an adhesive glue layer, a bonding layer and a three-dimensional mesh fabric structure layer, the surface layer is arranged at the top end of the carpet surface; and characterized in that the surface layer is connected with the bonding layer through the adhesive glue layer, one side of the three-dimensional mesh fabric structure layer towards the top end of the carpet surface is connected with the bonding layer and the other side of the three-dimensional mesh fabric structure layer facing away from the top end of the carpet surface is connected with the anti-skid water-repellent layer, such that the bonding layer is located between the adhesive glue layer and the three-dimensional mesh fabric structure layer; and the bonding layer is provided with a plurality of downward protrusions capable of being inserted into mesh gaps of the three-dimensional mesh fabric structure layer. and wherein the carpet surface comprises a surface layer, an adhesive glue layer, a bonding layer and a three-dimensional mesh fabric structure layer, the surface layer is arranged at the top end of the carpet surface; and characterized in that the surface layer is connected with the bonding layer through the adhesive glue layer, one side of the three-dimensional mesh fabric structure layer towards the top end of the carpet surface is connected with the bonding layer and the other side of the three-dimensional mesh fabric structure layer facing away from the top end of the carpet surface is connected with the anti-skid water-repellent layer, such that the bonding layer is located between the adhesive glue layer and the three-dimensional mesh fabric structure layer; and the bonding layer is provided with a plurality of downward protrusions capable of being inserted into mesh gaps of the three-dimensional mesh fabric structure layer.
A population of cells enriched for non-hematopoietic STRO-1 + multipotential cells for use in regenerating cerebral neurons in a subject who has suffered a stroke, wherein the population of cells is to be administered between 24 hours and 1 month after the stroke.
A compressed air filter system with a coalescence filter with a filter element for filtering a fluid passing through the filter element with - a group of first channels in which each first channel extends from a first end to a second end and each first channel has at its first end an inlet opening through which the fluid to be filtered can flow into the respective first channel and is closed at its second end, and - a group of second channels, in which each second channel extends from a first end to a second end and each second channel has at its second end an outlet opening through which the filtered fluid can flow out of the respective second channel and is closed at its first end, wherein at least one first channel is arranged adjacent to a second channel and the first channel is separated from the second channel by a partition wall (16, 17), wherein the partition wall (16, 17) is formed of a filter medium through which the fluid to be filtered can flow from the first channel into the second channel whereby the filter medium comprises a coalescence filter medium and the filter element comprises a drainage medium characterized in that the filter medium comprises several layers, whereby a first layer is a coalescence filter medium and a second layer is a drainage medium, namely a drainage layer, whereby the drainage layer directly adjoins a second channel, whereby the fluid to be filtered enters the first channel, and can only leave the first channel by passing through a partition wall of the first channel and the filtered fluid flows out of the respective outlet openings of the second channels, whereby the filtered fluid does not enter the second channels through any further opening, but via a partition wall and each first channel is arranged adjacent to two second channels and the first channel is separated from the first of the two second channels by a first partition wall, and the first channel is separated from the second of the two second channels by a second partition wall wherein the first partition wall and the second partition wall are each formed of a filter medium through which the fluid to be filtered can flow from the first channel into the second channel and a back element on which the partition wall (16, 17) separating the first channel from the second channel is fastened so that the first channel is delimited by a surface section of the back element and the surface of the partition wall (16, 17) facing it whereby the coalescence filter medium is a glass fibre medium and the drainage layer is a glass fibre and/or polyester medium. - a group of first channels in which each first channel extends from a first end to a second end and each first channel has at its first end an inlet opening through which the fluid to be filtered can flow into the respective first channel and is closed at its second end, and - a group of second channels, in which each second channel extends from a first end to a second end and each second channel has at its second end an outlet opening through which the filtered fluid can flow out of the respective second channel and is closed at its first end,
An aircraft lavatory unit installation method, the aircraft comprising: a longitudinal aisle extending along a longitudinal direction of a fuselage and positioned at an intermediate position with respect to a latitudinal direction of the fuselage; a seat group in which a plurality of seat rows, the seat rows including a plurality of seats facing the front of the fuselage and arranged in rows along the latitudinal direction of the fuselage, is arranged in rows along the longitudinal direction of the fuselage on left and right sides of the longitudinal aisle; a latitudinal aisle extending in the latitudinal direction from a boarding entrance of the fuselage behind the seat group and connecting to the longitudinal aisle; and a lavatory unit provided between the latitudinal aisle and a rear seat row at a rearmost position in the seat group, the unit having a wall facing backrests of the rear seat group, the method comprising the steps of: disposing the lavatory unit at a front position in which the wall is positioned near the backrests of the seats of the rear seat row with the backrests set to an upright position during takeoff and landing; and disposing the lavatory unit at a rear position in which the wall is positioned near the backrests of the seats of the rear seat row with the backrests set to a reclining position when the aircraft is not taking off or landing. a longitudinal aisle extending along a longitudinal direction of a fuselage and positioned at an intermediate position with respect to a latitudinal direction of the fuselage; a seat group in which a plurality of seat rows, the seat rows including a plurality of seats facing the front of the fuselage and arranged in rows along the latitudinal direction of the fuselage, is arranged in rows along the longitudinal direction of the fuselage on left and right sides of the longitudinal aisle; a latitudinal aisle extending in the latitudinal direction from a boarding entrance of the fuselage behind the seat group and connecting to the longitudinal aisle; and a lavatory unit provided between the latitudinal aisle and a rear seat row at a rearmost position in the seat group, the unit having a wall facing backrests of the rear seat group, disposing the lavatory unit at a front position in which the wall is positioned near the backrests of the seats of the rear seat row with the backrests set to an upright position during takeoff and landing; and disposing the lavatory unit at a rear position in which the wall is positioned near the backrests of the seats of the rear seat row with the backrests set to a reclining position when the aircraft is not taking off or landing.
A recuperator (30;130) configured to extend within an exhaust duct of a gas turbine engine, the recuperator comprising: exhaust passages (42;142) providing fluid flow communication between an exhaust inlet (50;150) and an exhaust outlet (52;152), the exhaust inlet (50; 150) being oriented to receive exhaust flow from a turbine of the engine and the exhaust outlet (52;152) being oriented to deliver the exhaust flow to atmosphere, the exhaust inlet (50;150) having a smaller cross-sectional area than that of the exhaust outlet, and a cross sectional area of each exhaust passage (42; 142) progressively increasing from the exhaust inlet (50;150) to the exhaust outlet (52;152) such as to diffuse the exhaust flow; air passages (40;1140) in heat exchange relationship with the exhaust passages (42;142) and providing fluid flow communication between an air inlet (56;156) and an air outlet (72; 172); an inlet connection member (58;158) defining the air inlet (56;156) and being designed to sealingly engage a first plenum in fluid flow communication with a compressor discharge of the gas turbine engine; an outlet connection member (74;174) defining the air outlet (72;172) and being designed to sealingly engage a second plenum containing a combustor of the gas turbine engine; and characterised in a concentric split diffuser extending from the exhaust inlet and aligned therewith, the diffuser including circumferential splitters defining passages therebetween having a cross-sectional area progessively increasing from an upstream end to a downstream end thereof. exhaust passages (42;142) providing fluid flow communication between an exhaust inlet (50;150) and an exhaust outlet (52;152), the exhaust inlet (50; 150) being oriented to receive exhaust flow from a turbine of the engine and the exhaust outlet (52;152) being oriented to deliver the exhaust flow to atmosphere, the exhaust inlet (50;150) having a smaller cross-sectional area than that of the exhaust outlet, and a cross sectional area of each exhaust passage (42; 142) progressively increasing from the exhaust inlet (50;150) to the exhaust outlet (52;152) such as to diffuse the exhaust flow; air passages (40;1140) in heat exchange relationship with the exhaust passages (42;142) and providing fluid flow communication between an air inlet (56;156) and an air outlet (72; 172); an inlet connection member (58;158) defining the air inlet (56;156) and being designed to sealingly engage a first plenum in fluid flow communication with a compressor discharge of the gas turbine engine; an outlet connection member (74;174) defining the air outlet (72;172) and being designed to sealingly engage a second plenum containing a combustor of the gas turbine engine; and characterised in a concentric split diffuser extending from the exhaust inlet and aligned therewith, the diffuser including circumferential splitters defining passages therebetween having a cross-sectional area progessively increasing from an upstream end to a downstream end thereof.
A body compression device intended to be at least partially wound over a part of the body and/or a limb in order to exert a compression force on said part of the body and/or said limb, said device comprising a fixing system with loops and hooks comprising a plurality of loops arranged on a loop zone and a plurality of hooks arranged on a hooking surface, characterized in that said hooking surface is elastic and can adopt at least two distinct states: - a first state, in which said hooking surface is unstretched and the very fine weave of the elastic fabric used forms a field of hooks with very high density and in particular that are very close to one another, such that the hooks cross one another and are nested in one another, preventing hooking with the loops of the loop zone, and - a second state, in which said hooking surface is stretched and in which the hooks are spaced apart and thus no longer nested in one another, rendering the hooks functional and allowing hooking with the loops of the loop zone. - a first state, in which said hooking surface is unstretched and the very fine weave of the elastic fabric used forms a field of hooks with very high density and in particular that are very close to one another, such that the hooks cross one another and are nested in one another, preventing hooking with the loops of the loop zone, and - a second state, in which said hooking surface is stretched and in which the hooks are spaced apart and thus no longer nested in one another, rendering the hooks functional and allowing hooking with the loops of the loop zone.
A respiratory tube (20, 30, 40, 50) comprising a corrugated tubular body, the walls of the corrugated tubular body comprising a foamed material (22, 31, 42, 52) and a non-foamed material (23, 32, 44, 53), wherein at least part of the non-foamed material (23, 32, 44, 53) forms at least one transparent portion, characterised in that the at least one transparent portion extends longitudinally along the corrugated tubular body, and that the interior of the tube is visible through the at least one transparent portion.
Method for processing drinking water, in particular for water-carrying installations or apparatuses, in which method water to be processed is softened by means of an ion exchanger by exchanging alkaline earth ions for hydrogen ions, characterized in that the water to be processed is treated with a corrosion inhibitor formed by tricalcium diphosphate and/or trimagnesium diphosphate, the pH value of the water charged with hydrogen ions from the ion exchanger being increased and/or buffered by the corrosion inhibitor to form hydrogen phosphate ions or dihydrogen phosphate ions.
A vessel comprising or consisting of: • a thermoplastic wall having an interior surface enclosing at least a portion of a lumen; • a tie coating or layer comprising or consisting of SiO x C y H z in which x is from 0.5 to 2.4 as measured by X-ray photoelectron spectroscopy, y is from 0.6 to 3 as measured by XPS, and z is from 2 to 9 as measured by at least one of Rutherford backscattering spectrometry or hydrogen forward scattering, the tie coating or layer having an outer surface facing the wall surface and the tie coating or layer having an interior surface; • a barrier coating or layer of SiO x, in which x is from 1.5 to 2.9 as measured by XPS, the barrier coating or layer positioned between the interior surface of the tie coating or layer and the lumen; and • a pH protective coating or layer of SiO x C y H z, in which x is from 0.5 to 2.4 as measured by XPS, y is from 0.6 to 3 as measured by XPS, and z is from 2 to 9 as measured by at least one of RBS or HFS, positioned between the barrier coating or layer and the lumen, in which an FTIR absorbance spectrum of the pH protective coating or layer has a ratio greater than 0.75 between the maximum amplitude of the Si-O-Si symmetrical stretch peak between 1000 and 1040 cm -1, and the maximum amplitude of the Si-O-Si asymmetric stretch peak between 1060 and 1100 cm -1, and in which the silicon dissolution rate by a 50 mM potassium phosphate buffer diluted in water for injection, adjusted to pH 8 with concentrated nitric acid, and containing 0.2 wt. % polysorbate 80 surfactant, from the vessel is less than 170 ppb/day. • a thermoplastic wall having an interior surface enclosing at least a portion of a lumen; • a tie coating or layer comprising or consisting of SiO x C y H z in which x is from 0.5 to 2.4 as measured by X-ray photoelectron spectroscopy, y is from 0.6 to 3 as measured by XPS, and z is from 2 to 9 as measured by at least one of Rutherford backscattering spectrometry or hydrogen forward scattering, the tie coating or layer having an outer surface facing the wall surface and the tie coating or layer having an interior surface; • a barrier coating or layer of SiO x, in which x is from 1.5 to 2.9 as measured by XPS, the barrier coating or layer positioned between the interior surface of the tie coating or layer and the lumen; and • a pH protective coating or layer of SiO x C y H z, in which x is from 0.5 to 2.4 as measured by XPS, y is from 0.6 to 3 as measured by XPS, and z is from 2 to 9 as measured by at least one of RBS or HFS, positioned between the barrier coating or layer and the lumen, in which an FTIR absorbance spectrum of the pH protective coating or layer has a ratio greater than 0.75 between the maximum amplitude of the Si-O-Si symmetrical stretch peak between 1000 and 1040 cm -1, and the maximum amplitude of the Si-O-Si asymmetric stretch peak between 1060 and 1100 cm -1, and in which the silicon dissolution rate by a 50 mM potassium phosphate buffer diluted in water for injection, adjusted to pH 8 with concentrated nitric acid, and containing 0.2 wt. % polysorbate 80 surfactant, from the vessel is less than 170 ppb/day.
A gas burner tap, configured to adjust the inflow of different gas typologies to a single gas burner, wherein the tap comprises an inlet for the gas entering the tap and a single outlet for the gas exiting from the tap, wherein a valve plug is interposed between said inlet and said single outlet, said valve plug being switchable between at least one first blocking position to block the gas flow and at least one second position allowing the gas flow, wherein downstream of the valve plug with respect of the gas feed direction there is at least one first duct allowing the gas flow towards the single outlet of the tap, wherein said tap provides an adjustable choking element designed to be moved from a first position, in which said choking element defines a maximum value of the gas flow port, to a position in which said choking element defines a minimum value of the gas flow port, wherein downstream of the valve plug with respect to the gas feed direction there are at least one first and one second ducts which allow the gas flowing towards the single outlet of the tap and wherein the adjustable choking element can be moved from a first position, in which said choking element defines a maximum value of the flow port of at least one of said ducts (50, 52), to a second position in which said choking element defines a minimum value of the flow port for both said ducts (50, 52) and wherein said choking element is an adjustable screw, the first and second position of said choking element being chosen as a function of the typology of gas.
A wafer chip treatment chamber for the processing of a solder ball preloaded wafer chip therein, comprising: an elongated heated housing (16,18,20) having an upper end and a lower end; a conductive hot wall extending around the upper end of the elongated heating housing; a primary stationary heating member (18,24) arranged across an upper end of the conductive hot wall extending around the upper end of the elongated housing; a vertically displaceable secondary bottom heating member disposed within a lower housing within the lower end of the elongated housing; and characterized in that the wafer chip treatment chamber further comprises: a vertically movable wafer chip adapter ring support arranged to move and hold a wafer chip supported thereon between a relatively lower temperature lower end of the elongated housing and a relatively higher temperature upper end of the elongated housing during the wafer chip heat treatment process, wherein the wafer chip adapter ring support is arranged to move and hold a wafer chip supported thereon away from the secondary bottom heating member when the wafer chip adapter ring support is vertically moved towards the upper end of the elongated housing, and the wafer chip adapter ring support is arranged to move and hold a wafer chip supported thereon towards the secondary bottom heating member when the wafer chip adapter ring support is vertically moved towards the lower end of the elongated housing. an elongated heated housing (16,18,20) having an upper end and a lower end; a conductive hot wall extending around the upper end of the elongated heating housing; a primary stationary heating member (18,24) arranged across an upper end of the conductive hot wall extending around the upper end of the elongated housing; a vertically displaceable secondary bottom heating member disposed within a lower housing within the lower end of the elongated housing; and a vertically movable wafer chip adapter ring support arranged to move and hold a wafer chip supported thereon between a relatively lower temperature lower end of the elongated housing and a relatively higher temperature upper end of the elongated housing during the wafer chip heat treatment process, wherein the wafer chip adapter ring support is arranged to move and hold a wafer chip supported thereon away from the secondary bottom heating member when the wafer chip adapter ring support is vertically moved towards the upper end of the elongated housing, and the wafer chip adapter ring support is arranged to move and hold a wafer chip supported thereon towards the secondary bottom heating member when the wafer chip adapter ring support is vertically moved towards the lower end of the elongated housing.