mhurhangee/ep-ind-claims huggingface dataset:
A sensor for measuring a temperature profile of a fluid within a vessel, the vessel having a first region and a second region and the fluid having a temperature profile extending between the first region and the second region, the sensor comprising an array of elements, each element having a temperature-dependent parameter, the array being capable of deployment within or adjacent the vessel such that the array extends along the vessel for measuring the temperature profile, characterised in that the elements of the array are coupled together between an input and an output, the input being coupled or capable of being coupled to a driving source for driving the sensor, and the output being coupled or capable of being coupled to a detector for measuring an aggregate of the temperature-dependent parameter from the array of elements, wherein the array comprises a substrate that can be cut to length to determine the number of elements within the array. the sensor comprising an array of elements, each element having a temperature-dependent parameter, the array being capable of deployment within or adjacent the vessel such that the array extends along the vessel for measuring the temperature profile, characterised in that the elements of the array are coupled together between an input and an output, the input being coupled or capable of being coupled to a driving source for driving the sensor, and the output being coupled or capable of being coupled to a detector for measuring an aggregate of the temperature-dependent parameter from the array of elements, wherein the array comprises a substrate that can be cut to length to determine the number of elements within the array.
Use of 0.1 to 20% by mass of at least one organogelator derivative in a bituminous composition for improving resistance to kerosenes, gasolines and/or gasoils of said bituminous composition, said derivative having a molar mass of less than or equal to 2,000 g·mol -1 and comprising at least one donor of hydrogen bonds D, at least one acceptor of hydrogen bonds A and at least one compatibilizer C in the bitumen, said compatibilizer C comprising a group selected from: - at least one linear hydrocarbon chain comprising at least 4 carbon atoms, or - at least one aliphatic cycle with 3 to 8 atoms, or - at least one aromatic cycle, or - at least one aliphatic or partly aromatic or further entirely aromatic fused polycyclic system, each cycle comprising 5 or 6 atoms, taken alone or as a mixture, wherein said organogelator derivative being selected from the compounds of following general formula: R 1 - n CONH- m -NHCO n -R 2 wherein - n and m have a value of 0, - the groups Ri and R 2 represent independently of each other at least one aromatic cycle. - at least one linear hydrocarbon chain comprising at least 4 carbon atoms, or - at least one aliphatic cycle with 3 to 8 atoms, or - at least one aromatic cycle, or - at least one aliphatic or partly aromatic or further entirely aromatic fused polycyclic system, each cycle comprising 5 or 6 atoms, - n and m have a value of 0, - the groups Ri and R 2 represent independently of each other at least one aromatic cycle.
Dental impression tray, wherein the impression tray can be assembled in a modular system from a plurality of parts or components (10, 12, 14, 30) that can be connected to one another and can therefore be individually adapted to the patient's jaw situation, and wherein the impression tray is essentially made of a thermoplastic material with respect to all or individual components, which allows the impression tray to be shaped in the mouth of a patient when heated, wherein the impression tray has a base tray which can be used equally for the lower and upper jaw and which can be supplemented and/or adapted in each case by connectable additional parts (14, 16). the impression tray can be assembled in a modular system from a plurality of parts or components (10, 12, 14, 30) that can be connected to one another and can therefore be individually adapted to the patient's jaw situation, and wherein the impression tray is essentially made of a thermoplastic material with respect to all or individual components, which allows the impression tray to be shaped in the mouth of a patient when heated, wherein the impression tray has a base tray which can be used equally for the lower and upper jaw and which can be supplemented and/or adapted in each case by connectable additional parts (14, 16).
A solid state cooler device comprising: a first normal metal pad; a first aluminum layer a second aluminum layer disposed on the first normal metal pad and separated from one another by a first gap; a first aluminum oxide layer formed on the first aluminum layer; and a second aluminum oxide layer formed on the second aluminum layer; a first superconductor pad disposed on the first aluminum oxide layer and a second superconductor pad disposed on the second aluminum oxide layer; a first conductive pad coupled to the first superconductor pad, and a second conductive pad coupled to the second superconductor pad; and wherein hot electrons are removed from the first normal metal pad when a bias voltage is applied between the first conductive pad and the second conductive pad. a first normal metal pad; a first aluminum layer a second aluminum layer disposed on the first normal metal pad and separated from one another by a first gap; a first aluminum oxide layer formed on the first aluminum layer; and a second aluminum oxide layer formed on the second aluminum layer; a first superconductor pad disposed on the first aluminum oxide layer and a second superconductor pad disposed on the second aluminum oxide layer; a first conductive pad coupled to the first superconductor pad, and a second conductive pad coupled to the second superconductor pad; and wherein hot electrons are removed from the first normal metal pad when a bias voltage is applied between the first conductive pad and the second conductive pad.
A sectional gate having a movable sectional gate leaf, lateral guiding rails, a cladding and distancing pieces, wherein the sectional gate leaf consists of several panel elements, which among each other are connected by means of articulated fittings, wherein the fittings are mounted on panel insides, and in that the sectional gate leaf is guided to be movable in lateral guiding rails, wherein an opening width existing between the guiding rail portions, which essentially extend vertically on each side of the sectional gate leaf, and the front sides of the panel elements is closed-off by means of the cladding, such that a lateral encroachment to the guiding rails is not possible or is only possible under difficult conditions, wherein simultaneously the mobility of the sectional gate leaf is maintained, characterized in that the cladding is stationary and cooperates with the distancing pieces, which in the area of their bearing against the panel insides are configured as a hollow profile, wherein a lateral exterior branch merges into a locating branch, which at the end side includes a surrounding branch.
An image forming device member formed of a conductive polymer material wherein the conductive polymer material contains a quaternary ammonium base incorporated in a main chain of a polymer material as an electrolyte cation, and an alkyl sulfate radical as an electrolyte anion; the conductive polymer material is a polyurethane resin; and a blended amount of the quaternary ammonium base and the alkyl sulfate radical is 0.01 parts by mass to 10 parts by mass with respect to 100 parts by mass of the polymer material, wherein the electrolyte cation has a bivalent or more hydroxyl group.
Table top comprising a profile installed into material of the table top, characterized in that the profile comprises a through bore, wherein the table top additionally comprises a shaft arranged to be directed through the bore, a rotatable fixing means (2, 18) terminating the shaft at one end, as well as means locking the shaft to the table top, the profile further comprising a number of longitudinal grooves (11, 12) in and along the bore, said means for locking the shaft to the table top comprising locking lugs (19, 20) arranged on the rotatable fixing means and being arranged to engage into the grooves (11, 12) and locking the profile and the table top against rotation round the shaft.
A method for producing a can containing a liquid and/or gaseous medium which may have, or develop during transport or storage, excess pressure, wherein the cylindrical can shell of the can consists mainly of paper and/or cardboard material and comprises at least two wound layers and is closed at the bottom with a closing element in the shape of a bottom element and on top with a closing element in the shape of a lid element, wherein the innermost layer of the can shell consists of a straight-wound barrier layer, which has a folded seam with itself running in a longitudinal direction of the can, wherein the barrier layer is a laminate out of an interior diffusion-tight film or an interior diffusion-tight barrier laminate and an exterior kraft paper sheet, wherein at least one other wound layer out of paper and/or cardboard material is present around the barrier layer of the can shell, wherein the adjoining cardboard and/or paper surfaces of the barrier layer and the wound layer out of paper and/or carboard material are directly adhered, in particular glued, to each other, characterised in that, in a first step, the can shells are manufactured with a continuously operating winding machine by applying the individual layers via a winding mandrel and continuously connecting them with each other, wherein the barrier layer is provided with a longitudinally running folded seam during winding and then the resulting tube is cut into individual cylindrical hollow bodies open on both sides, in that, in a second step, the two open ends of the cylindrical hollow body are bent towards the outside such that the ends have a circular cross-section having a larger diameter than the rest of the cylindrical hollow body, in that, in a third step, a first end of the cylindrical hollow body is closed with a first one of the closing elements using a crimping device, in that, in a fourth step, the hollow body closed on one side is filled with the medium using a filling device, in that, in a fifth step, the filled hollow body closed on one side is closed with a second one of the closing elements at the other end using a crimping device, wherein the fourth and fifth steps and preferably also the third step are carried out at a filling system suitable for filling and closing known aluminium cans. in that, in a second step, the two open ends of the cylindrical hollow body are bent towards the outside such that the ends have a circular cross-section having a larger diameter than the rest of the cylindrical hollow body, in that, in a third step, a first end of the cylindrical hollow body is closed with a first one of the closing elements using a crimping device, in that, in a fourth step, the hollow body closed on one side is filled with the medium using a filling device, in that, in a fifth step, the filled hollow body closed on one side is closed with a second one of the closing elements at the other end using a crimping device, wherein the fourth and fifth steps and preferably also the third step are carried out at a filling system suitable for filling and closing known aluminium cans.
A cooking hob comprising at least one heating element, in particular an induction coil of an induction cooking hob, and at least one fastening system for the heating element, which fastening system comprises at least three fastening elements comprising a main body connectable or connected to a support structure, in particular to a bottom and/or a side wall, of the cooking hob, wherein at least one fastening element comprises a hook element, the hook element being moveable into or towards the main body of the fastening element, wherein the heating element is at least partially enclosed by a border with a plurality of fixing holes, wherein the fastening elements are fixable in arbitrary positions along the circumference of the heating element by initially fixing the fastening elements in their dedicated fixing hole and, thereafter, connecting the fastening elements, with their main bodies, to the support structure of the cooking hob, characterized in that the main body of the fastening element is formed as a pillar, wherein each fixing hole is engageable or engaged with a snap-in mechanism (14, 16, 18) of the fastening system.
Sealing system of a burner basket in an ammonia oxidation burner, where the burner basket has a wall which is anchored in the ammonia oxidation burner and the burner basket has a gas-permeable bottom plate which is placed on further internals of the ammonia oxidation burner and has a circumferential border for accommodating further media, where the wall and the gas-permeable bottom plate are not mechanically joined to one another, so that a gap is present between the wall and the circumferential border of the bottom plate, characterized in that a border seal which is made up of individual segments is moveably mounted by means of guide pins at the circumferential border of the bottom plate and the border seal projects over the gap between the circumferential border of the bottom plate to the wall and contacts the wall.
An ultra-high vacuum tube as an imaging device comprising: a semiconductor die including interconnect bonding pads respectively electrically connected to interconnect traces, and multiple electrically isolated bonding pads arrayed symmetrically on a surface of the die; a housing of a different material than the semiconductor die, said housing including matching bonding pads (21,25) on an inner surface of the housing; a brazing material having a melting point of less than 200°C positioned between said interconnect bonding pads and said multiple electrically isolated bonding pads of said die and said matching bonding pads (21,25) of said housing to connect said die to said housing in alignment; an ultra high vacuum enclosed in said housing. a semiconductor die including interconnect bonding pads respectively electrically connected to interconnect traces, and multiple electrically isolated bonding pads arrayed symmetrically on a surface of the die; a housing of a different material than the semiconductor die, said housing including matching bonding pads (21,25) on an inner surface of the housing; a brazing material having a melting point of less than 200°C positioned between said interconnect bonding pads and said multiple electrically isolated bonding pads of said die and said matching bonding pads (21,25) of said housing to connect said die to said housing in alignment; an ultra high vacuum enclosed in said housing.
A method for optimizing the throughput of a flow of TCP segments being transferred from a TCP source to a TCP destination over a transmission path which comprises a wireless link between a wireless transmitter (1700, 1800, 1900) and a wireless receiver (103, 102; 101a, 101b), said method comprising the steps of: a) determining, at the transport layer of the TCP source, at least one current TCP congestion control parameter of a TCP congestion control algorithm used by the TCP source to transmit at least one TCP segment; b) determining, at the data link layer of the wireless transmitter (1700, 1800, 1900), the current channel condition of the wireless link for at least one TCP segment to be transmitted by the wireless transmitter (1700, 1800, 1900); c) transferring the at least one current TCP congestion control parameter from the transport layer of the TCP source to the data link layer of the wireless transmitter (1700, 1800, 1900); d) updating a predetermined wireless channel model in response to the current wireless channel condition determined in step b), wherein the predetermined wireless channel model is an N-state Markovian model, each of the N states representing a channel gain factor of the wireless channel model, and in response to the at least one TCP congestion control parameter and the current channel condition of the wireless link, and based on the current wireless channel model, determining, at the data link layer of the wireless transmitter (1700, 1800, 1900), the transmission power level, at which at least one data link layer frame containing at least a portion of a TCP segment is to be transmitted over the wireless link to the wireless receiver (103, 102; 101a, 101b). a) determining, at the transport layer of the TCP source, at least one current TCP congestion control parameter of a TCP congestion control algorithm used by the TCP source to transmit at least one TCP segment; b) determining, at the data link layer of the wireless transmitter (1700, 1800, 1900), the current channel condition of the wireless link for at least one TCP segment to be transmitted by the wireless transmitter (1700, 1800, 1900); c) transferring the at least one current TCP congestion control parameter from the transport layer of the TCP source to the data link layer of the wireless transmitter (1700, 1800, 1900); d) updating a predetermined wireless channel model in response to the current wireless channel condition determined in step b), wherein the predetermined wireless channel model is an N-state Markovian model, each of the N states representing a channel gain factor of the wireless channel model, and in response to the at least one TCP congestion control parameter and the current channel condition of the wireless link, and based on the current wireless channel model, determining, at the data link layer of the wireless transmitter (1700, 1800, 1900), the transmission power level, at which at least one data link layer frame containing at least a portion of a TCP segment is to be transmitted over the wireless link to the wireless receiver (103, 102; 101a, 101b).
A shoulder assembly for connecting two arms of a hair styling apparatus, the shoulder assembly comprising: a housing; a first coupling member which is attached to the housing and which projects from the housing to couple the housing to a first arm; a second coupling member which is attached to the housing and which projects from the housing to couple the housing to a second arm; wherein both the first and second coupling members are flexible so that the first arm is moveable relative to the second arm when the shoulder assembly is connected to the first and second arms. a housing; a first coupling member which is attached to the housing and which projects from the housing to couple the housing to a first arm; a second coupling member which is attached to the housing and which projects from the housing to couple the housing to a second arm;
A method for use in compression of a gene sequencing image dataset, comprising separating a first set of pixels pertaining to information from a second set of pixels pertaining to noise in the gene sequencing image dataset, wherein each pixel in the first set of pixels pertains to a peak of information in the gene sequencing image dataset, by identifying a minimum pixel value m̂ r in the gene sequencing image dataset, characterized by calculating a standard deviation σ r of the pixel values with respect to the minimum pixel value m̂ r, wherein a pixel x ij of the gene sequencing image dataset is defined to pertain to the second set of pixels if the pixel x ij fulfills m̂ r ≤ x ij ≤ m̂ r + N Th × σ̂ r, and pixel x ij of the gene sequencing image dataset is defined to pertain to the first set of pixels if the pixel x ij is a local maxima and does not fulfill m̂ r ≤ x ij ≤ m̂ r + N Th × σ̂ r, wherein N th is a noise threshold parameter.
A wound drainage dressing for placing on a wound that is to be treated by vacuum, wherein the wound drainage dressing is suitable for inserting a drainage hose into the wound from outside and for connecting this drainage hose to a vacuum pump in order to generate a vacuum in the wound and suck out the wound liquid present in the wound, wherein the wound drainage dressing has at least two layers arranged one on top of the other, wherein a first layer facing the wound is a textile material, and a second layer, arranged over the first layer, is dimensionally stable and permeable to liquid, characterized in that the first layer is made from an anisotropic material that is able to perform automatic transport of liquid, such that it transports wound liquid away from the wound into the second layer without application of the vacuum, wherein the first layer has capillaries for automatic transport of the wound liquid into the second layer, in that a third layer, impermeable to liquid, is arranged over the second layer, wherein the third layer is transparent, such that the flow of liquid into the second layer can be monitored, and in that a drainage hose is inserted into the second layer, wherein the drainage hose merges into distributor tubes, which extend approximately across the entire width or length of the second layer and which have suction openings distributed about their circumference.
A combustor section of a gas turbine including: a primary combustor liner defining a primary combustion chamber; a secondary combustor liner defining a secondary combustion chamber and connected to the primary combustor liner in fluid communication therewith; a primary sleeve surrounding the primary combustor liner; a secondary sleeve surrounding the secondary combustor liner and connected to the primary sleeve, the combustor liners (18,20) and the sleeve (22,24) defining an annular flow space therebetween; and a fuel-air mixing tube extending through the annular flow space and configured to channel a mixture of fuel and air through the annual flow space and including an inlet and an outlet, the inlet opening out into an exterior of the primary sleeve outside the primary sleeve, and the outlet opening out into the secondary combustion chamber inside the secondary combustor liner. a primary combustor liner defining a primary combustion chamber; a secondary combustor liner defining a secondary combustion chamber and connected to the primary combustor liner in fluid communication therewith; a primary sleeve surrounding the primary combustor liner; a secondary sleeve surrounding the secondary combustor liner and connected to the primary sleeve, the combustor liners (18,20) and the sleeve (22,24) defining an annular flow space therebetween; and a fuel-air mixing tube extending through the annular flow space and configured to channel a mixture of fuel and air through the annual flow space and including an inlet and an outlet, the inlet opening out into an exterior of the primary sleeve outside the primary sleeve, and the outlet opening out into the secondary combustion chamber inside the secondary combustor liner.
A tool for cleaning of a camera, inner surfaces of a borehole to be inspected and/or a BOP inner surface of a well, the tool being adapted for attachment to a drill string 180 for inserting the tool into the borehole, the tool comprising a body (2, 120, 151) having a proximal end adapted to receive fluid from the drill string and a distal end for receiving the camera, a wall having an inner surface defining a first bore within the body (2,120,151) and an exterior surface defining at least a portion of the exterior of the body (2,120,151), and a piston (20,80,129,109) adapted to be displaced within the first bore, wherein the wall comprising a plurality of passages (19, 40 and 65) extending between the first bore and the exterior surface to allow communication between the exterior of the body and the first bore; and the piston (20, 80,129, 109) being adapted to be selectively displaced between a first condition to permit the fluid to flow through at least one first passage of the plurality of passages (19, 40 and 65) for delivery of the fluid to a first location of the borehole, a second condition to permit the fluid to flow through at least one second passage of the plurality of passages (19, 40 and 65) for delivery of the fluid to a second location of the borehole, and a third condition to permit the fluid to flow through at least one third passage of the plurality of passages (19, 40 and 65) for delivery of the fluid to the distal end of the body of the tool.