mhurhangee/ep-ind-claims huggingface dataset:
A subsea sensor hub assembly comprising: - a subsea sensor hub for providing a pressure barrier between a sensor element and an electrical unit, the subsea sensor hub comprising: - a first end for receiving the sensor element, - a second end for receiving the electrical unit, and - at least one through hole extending from the first end to the second end, wherein at least one electrical connecting element is arrangable to extend through the at least one through hole for providing an electrical connection between the sensor element and the electrical unit, wherein the subsea sensor hub extends in an axial direction from the first end to the second end, the subsea sensor hub having at its outer perimeter a projection in radial direction that forms a support shoulder for allowing a mounting pressure to be applied to the subsea sensor hub for mounting the subsea sensor hub to a process fluid carrying component, and - a hub support for mounting the subsea sensor hub to the process fluid carrying component, the hub support comprising a recess into which the subsea sensor hub can be inserted as an inset, and a flange for mounting to the process fluid carrying component, wherein the hub support is configured such that when it is mounted to the process fluid carrying component by means of the mounting flange, the support shoulder of the subsea sensor hub is pressed against the process fluid carrying component, and wherein the hub support is made of a first metal or alloy, in particular of carbon steel, and the subsea sensor hub is made of a second metal or alloy that is different to the first metal or alloy. - a subsea sensor hub for providing a pressure barrier between a sensor element and an electrical unit, the subsea sensor hub comprising: - a first end for receiving the sensor element, - a second end for receiving the electrical unit, and - at least one through hole extending from the first end to the second end, wherein at least one electrical connecting element is arrangable to extend through the at least one through hole for providing an electrical connection between the sensor element and the electrical unit, wherein the subsea sensor hub extends in an axial direction from the first end to the second end, the subsea sensor hub having at its outer perimeter a projection in radial direction that forms a support shoulder for allowing a mounting pressure to be applied to the subsea sensor hub for mounting the subsea sensor hub to a process fluid carrying component, and - a first end for receiving the sensor element, - a second end for receiving the electrical unit, and - at least one through hole extending from the first end to the second end, - a hub support for mounting the subsea sensor hub to the process fluid carrying component, the hub support comprising a recess into which the subsea sensor hub can be inserted as an inset, and a flange for mounting to the process fluid carrying component,
A composition, comprising tris(pentafluorophenyl)borane and an amine compound having a piperidine structure, wherein the amine compound is selected from the following compounds: and wherein n is 2 or more.
A method of associating a mobile user identifier (MUid) identifying a mobile interface of a mobile phone and a radio identifier (RIid) identifying a radio interface of said mobile phone, said mobile interface being based on a mobile technology and said radio interface being based on a radio technology different from said mobile technology, said method comprising: a) at a device configured to communicate with said radio interface, detecting that said mobile phone is located within a coverage area of said device, thus recovering said radio identifier (RIid); b) establishing a radio connection based on said radio technology between said device and said mobile phone; c) transmitting to said mobile phone through said radio connection a command to access a mobile service for transmitting to an association server a message comprising said radio identifier (RIid); d) at said mobile phone, upon reception of said command, automatically transmitting said message to said association server through said mobile service, and, e) after said transmitting, storing (s22') at said device a transmission time Ts wherein said command has been transmitted to said mobile phone and an information indicative of an outcome of said transmitting; f) at said association server, retrieving said mobile user identifier (MUid) through said mobile service and reading said radio identifier (RIid) from said message, thereby associating said mobile user identifier (MSid) and said radio identifier (RIid), and g) at said device, estimating, based on the transmission time Ts, a successive time when a refresh of the association is to be performed. a) at a device configured to communicate with said radio interface, detecting that said mobile phone is located within a coverage area of said device, thus recovering said radio identifier (RIid); b) establishing a radio connection based on said radio technology between said device and said mobile phone; c) transmitting to said mobile phone through said radio connection a command to access a mobile service for transmitting to an association server a message comprising said radio identifier (RIid); d) at said mobile phone, upon reception of said command, automatically transmitting said message to said association server through said mobile service, and, e) after said transmitting, storing (s22') at said device a transmission time Ts wherein said command has been transmitted to said mobile phone and an information indicative of an outcome of said transmitting; f) at said association server, retrieving said mobile user identifier (MUid) through said mobile service and reading said radio identifier (RIid) from said message, thereby associating said mobile user identifier (MSid) and said radio identifier (RIid), and g) at said device, estimating, based on the transmission time Ts, a successive time when a refresh of the association is to be performed.
A gas turbine engine comprising: a fan section and a gear reduction: said fan section comprising a fan rotor having a plurality of blades and a spinner positioned forwardly of said fan rotor, said fan rotor being driven through said gear reduction; and the spinner including a spinner body having an outer surface with a forward end and a rearward end; characterised in that: a conical line is defined extending between said forward end to said rear end, and a first radius (Mc) measured from a centerline of the spinner at.25 of a length of the spinner to the conical line, and a second radius (Mp) also measured at.25 of the length and extending outwardly to the outer surface of the spinner, with a radius ratio of said second radius to said first radius being greater than or equal to 1.8 and less than or equal to about 2.0. said fan section comprising a fan rotor having a plurality of blades and a spinner positioned forwardly of said fan rotor, said fan rotor being driven through said gear reduction; and the spinner including a spinner body having an outer surface with a forward end and a rearward end; characterised in that: a conical line is defined extending between said forward end to said rear end, and a first radius (Mc) measured from a centerline of the spinner at.25 of a length of the spinner to the conical line, and a second radius (Mp) also measured at.25 of the length and extending outwardly to the outer surface of the spinner, with a radius ratio of said second radius to said first radius being greater than or equal to 1.8 and less than or equal to about 2.0.
A system for quality control during acquisition of a medical image, the system comprising: a processor configured to: evaluate noise sources which can adversely affect the quality of the medical image, the noise sources comprising at least two of: a device noise source induced by a medical imaging device during the acquisition of the medical image of a subject; an operator noise source induced by an operator during the acquisition of the medical image; and a subject noise source induced by the subject during the acquisition of the medical image; determine and output a quality control indicator to the operator based on the evaluated noise sources; and characterized in that the processor is further configured to: identify one or more possible causes of noise which may result in artefacts in the medical image based on the evaluated noise sources. evaluate noise sources which can adversely affect the quality of the medical image, the noise sources comprising at least two of: a device noise source induced by a medical imaging device during the acquisition of the medical image of a subject; an operator noise source induced by an operator during the acquisition of the medical image; and a subject noise source induced by the subject during the acquisition of the medical image; a device noise source induced by a medical imaging device during the acquisition of the medical image of a subject; an operator noise source induced by an operator during the acquisition of the medical image; and a subject noise source induced by the subject during the acquisition of the medical image; determine and output a quality control indicator to the operator based on the evaluated noise sources; and characterized in that the processor is further configured to: identify one or more possible causes of noise which may result in artefacts in the medical image based on the evaluated noise sources.
Spike for anchoring in a spike hole of a tread of a pneumatic vehicle tyre, having at least a base and a spike pin anchored therein, the spike being at least partly ensheathed with at least one vulcanized rubber mixture and/or at least one thermoplastic vulcanizate, characterized in that the vulcanized rubber mixture and/or the thermoplastic vulcanizate has a Shore A hardness to DIN ISO 7619-1 at room temperature of 63 to 78.
A topical formulation composition comprising one or more UV absorbing conjugate compounds comprising a UV absorbing compound conjugated with a conjugate compound, wherein the a UV absorbing compound is selected from a group consisting of a benzophenone compound conjugated to a conjugate compound via a sulfonamide linker wherein the benzophenone conjugate compound has a molecular weight of at least 800 daltons; a benzimidazole compound conjugated to a conjugate compound via a sulfonamide linker wherein the benzimidazole conjugate compound has a molecular weight of at least 800 daltons; a benzotriazole compound conjugated to a conjugate compound via an amide linker wherein the benzotriazole conjugate compound has a molecular weight of at least 800 daltons; a benzotriazole compound conjugated to a conjugate compound through the product of a Michael addition reaction wherein the benzotriazole conjugate compound has a molecular weight of at least 800 daltons; a benzotriazole functionalized polymer wherein benzotriazole functionalized polymer has a molecular weight of at least 800 daltons and wherein the benzotriazole is bonded to the polymer as a methacrylate, acrylate or acrylamide derivative of a benzotriazole compound; and a benzotriazole compound conjugated to a polysaccharide wherein the benzotriazole polysaccharide conjugate compound has a molecular weight of at least 800 daltons, wherein the UV absorbing conjugate compound is not transported or absorbed through the skin.
A system comprising: a needle hub (26, 126, 226) having a proximal end (52, 152) and a distal end (50, 150), the proximal end (52, 152) of the needle hub (26, 126, 226) having a connection portion configured to receive a first container; a cannula (20, 120, 120B) received by the needle hub (26, 126, 226), the cannula (20, 120, 120B) having a proximal end (32, 132) and a distal end (30, 130); a cannula seal (22, 122, 222) comprising a resilient sleeve enclosing at least a portion of the cannula (20, 120, 120B), the cannula seal (22, 122, 222) having an open proximal end (42, 142) and a distal end (40, 140), the distal end (40, 140) of the cannula seal (22, 122, 222) including a rounded head portion; a vial adapter configured to be attached to a vial, the vial adapter having a vial seal (100, 100A) and a body portion having an interior surface, wherein the vial seal (100, 100A) is configured to engage the cannula seal (22, 122, 222), wherein the interior surface of the body portion of the vial adapter is configured to engage a septum (94, 94A) of the vial, wherein the cannula seal (22, 122, 222) has a first position where the cannula seal (22, 122, 222) encloses the distal end (30, 130) of the cannula (20, 120, 120B) and a second position where the cannula seal (22, 122, 222) is retracted to expose the distal end (30, 130) of the cannula (20, 120, 120B), characterized in that the vial seal (100, 100A) of the vial adapter defines a concave recess that is configured to receive the rounded head portion of the distal end (40, 140) of the cannula seal (22, 122, 222). a needle hub (26, 126, 226) having a proximal end (52, 152) and a distal end (50, 150), the proximal end (52, 152) of the needle hub (26, 126, 226) having a connection portion configured to receive a first container; a cannula (20, 120, 120B) received by the needle hub (26, 126, 226), the cannula (20, 120, 120B) having a proximal end (32, 132) and a distal end (30, 130); a cannula seal (22, 122, 222) comprising a resilient sleeve enclosing at least a portion of the cannula (20, 120, 120B), the cannula seal (22, 122, 222) having an open proximal end (42, 142) and a distal end (40, 140), the distal end (40, 140) of the cannula seal (22, 122, 222) including a rounded head portion; a vial adapter configured to be attached to a vial, the vial adapter having a vial seal (100, 100A) and a body portion having an interior surface, wherein the vial seal (100, 100A) is configured to engage the cannula seal (22, 122, 222), wherein the interior surface of the body portion of the vial adapter is configured to engage a septum (94, 94A) of the vial, wherein the cannula seal (22, 122, 222) has a first position where the cannula seal (22, 122, 222) encloses the distal end (30, 130) of the cannula (20, 120, 120B) and a second position where the cannula seal (22, 122, 222) is retracted to expose the distal end (30, 130) of the cannula (20, 120, 120B), characterized in that the vial seal (100, 100A) of the vial adapter defines a concave recess that is configured to receive the rounded head portion of the distal end (40, 140) of the cannula seal (22, 122, 222).
An exhaust gas purification system including: a urea water injector disposed between a combustion device and a selective reduction type catalyst; a first gas sensor disposed downstream of the selective reduction type catalyst and adapted to detect an NO concentration and an NH 3 concentration in an exhaust gas downstream of the selective reduction type catalyst; a degree of opening control unit adapted to control a degree of opening of the urea water injector, wherein the degree of opening control unit is adapted to control the degree of opening in a direction to open as time passes on a condition that the NO concentration detected by the first gas sensor has reached a predetermined first threshold value and control the degree of opening in a direction to close as time passes on a condition that the NH 3 concentration detected by the first gas sensor has reached a predetermined second threshold value; the exhaust gas purification system is characterized in that it further includes a deterioration detection unit for a selective reduction type catalyst, adapted to compare a ratio (NO/NH 3) of the NO concentration to the NH 3 concentration at a predetermined degree of opening with a prescribed value and judge deterioration of the selective reduction type catalyst on a condition that the ratio exceeds the prescribed value. a urea water injector disposed between a combustion device and a selective reduction type catalyst; a first gas sensor disposed downstream of the selective reduction type catalyst and adapted to detect an NO concentration and an NH 3 concentration in an exhaust gas downstream of the selective reduction type catalyst; a degree of opening control unit adapted to control a degree of opening of the urea water injector, wherein the degree of opening control unit is adapted to control the degree of opening in a direction to open as time passes on a condition that the NO concentration detected by the first gas sensor has reached a predetermined first threshold value and control the degree of opening in a direction to close as time passes on a condition that the NH 3 concentration detected by the first gas sensor has reached a predetermined second threshold value; the exhaust gas purification system is characterized in that it further includes a deterioration detection unit for a selective reduction type catalyst, adapted to compare a ratio (NO/NH 3) of the NO concentration to the NH 3 concentration at a predetermined degree of opening with a prescribed value and judge deterioration of the selective reduction type catalyst on a condition that the ratio exceeds the prescribed value.
A road finisher or a feeder comprising: a primary drive generating waste heat, a cooling device of the primary drive and one or a plurality of machine components, wherein at least one of the machine components is arranged in a housing, wherein the housing includes at least one flow passage, through which ambient air can be sucked so that an air current is created, which is variably adjustable automatically, wherein wall elements (10, 11) of the housing are configured as double-walled elements, the wall elements (10, 11) thereby comprising an inner wall and an outer wall defining the flow passage, wherein the inner wall defines an internal space that accommodates the machine component characterized in that the one or the plurality of machine components are arranged in the area of the primary drive, that only the wall elements facing the primary drive are configured as double-walled elements, and that the ambient air can be sucked through the flow passage using underpressure, wherein the cooling device of the primary drive is provided for generating the pressure difference that creates the air current. a primary drive generating waste heat, a cooling device of the primary drive and one or a plurality of machine components, wherein at least one of the machine components is arranged in a housing, wherein the housing includes at least one flow passage, through which ambient air can be sucked so that an air current is created, which is variably adjustable automatically, wherein wall elements (10, 11) of the housing are configured as double-walled elements, the wall elements (10, 11) thereby comprising an inner wall and an outer wall defining the flow passage, wherein the inner wall defines an internal space that accommodates the machine component characterized in that the one or the plurality of machine components are arranged in the area of the primary drive, that only the wall elements facing the primary drive are configured as double-walled elements, and that the ambient air can be sucked through the flow passage using underpressure, wherein the cooling device of the primary drive is provided for generating the pressure difference that creates the air current.
A micromachining method for forming a pattern on a material, the pattern consisting of a plurality of points, comprising the following steps: - Emission of a spatially pulsed and time coherent light beam; - Dynamic shaping of said spatially and temporally coherent pulsed light beam, in a modulation plane of a dynamic optical modulation device, by applying at least one phase modulation to shape said light beam according to the plurality of points forming the pattern; - Focusing of such a shaped light beam by means of a focusing device onto a surface of said material positioned in a work plane being in a Fourier configuration with respect to the modulation plane; wherein forming the pattern on the material is carried out with a pulse train containing a finite number of pulses of said light beam that is strictly less than the number of points forming the pattern, and wherein the emission of the light beam is controlled so that each pulse has a determined pulse duration comprised between 10 ps and 100 ns. - Emission of a spatially pulsed and time coherent light beam; - Dynamic shaping of said spatially and temporally coherent pulsed light beam, in a modulation plane of a dynamic optical modulation device, by applying at least one phase modulation to shape said light beam according to the plurality of points forming the pattern; - Focusing of such a shaped light beam by means of a focusing device onto a surface of said material positioned in a work plane being in a Fourier configuration with respect to the modulation plane;
Heating equipment, with a housing with housing walls for the reception of the water to be heated, a radiator indicating a bead for the heating of liquids, where the radiator indicates an outer pipe (22, 122), an opening (11, 12, 13) in the casing walls for the reception of the radiator, where the bead is connected one-piece with the outer pipe of the radiator, characterized in that the casing walls at the opening indicate a receptacle (11, 12) on the inner side in which the bead and/or O-ring is received.
A lithium secondary battery comprising: a positive electrode; a negative electrode on which a lithium metal is deposited in a charged state; a separator disposed between the positive electrode and the negative electrode; and a nonaqueous electrolyte containing a nonaqueous solvent and a lithium salt containing a carborane anion. a positive electrode; a negative electrode on which a lithium metal is deposited in a charged state; a separator disposed between the positive electrode and the negative electrode; and a nonaqueous electrolyte containing a nonaqueous solvent and a lithium salt containing a carborane anion.
Heating system for thermally connecting a pipe, which has a first plastic material, to a sleeve, which has a second plastic material and which surrounds at least a section of the pipe, wherein an inductively heatable heating medium is located between the pipe and the sleeve and/or integrated in the pipe and/or the sleeve, wherein the heating system comprises the sleeve and a heating device with a coil arrangement which can be energized by a generator, the generator and a clamping device, wherein the coil arrangement comprises a first coil having at least one complete winding within a first cross-sectional area, and a second coil which is electrically coupled to the first coil and which has at least one complete winding within a second cross-sectional area, wherein the first cross-sectional area is different from the second cross-sectional area; characterized in that the clamping device is configured to be applied to the sleeve from the outside, so that the sleeve is subjected to an at least approximately constant pressure along its outer circumference. the sleeve and a heating device with a coil arrangement which can be energized by a generator, the generator and a clamping device, wherein the coil arrangement comprises a first coil having at least one complete winding within a first cross-sectional area, and a second coil which is electrically coupled to the first coil and which has at least one complete winding within a second cross-sectional area, wherein the first cross-sectional area is different from the second cross-sectional area; a first coil having at least one complete winding within a first cross-sectional area, and a second coil which is electrically coupled to the first coil and which has at least one complete winding within a second cross-sectional area, wherein the first cross-sectional area is different from the second cross-sectional area; characterized in that the clamping device is configured to be applied to the sleeve from the outside, so that the sleeve is subjected to an at least approximately constant pressure along its outer circumference.