mhurhangee/ep-ind-claims huggingface dataset:
Qualification method for surface repair methods for a surface material group of cabin components, the qualification method comprises the following steps: - providing at least two original samples comprising at least one representative of the examined surface material group and - at least two samples comprising a neutral carrier material, - applying the repair method to be qualified to an original sample (A_rep) and a neutral carrier sample (B_rep), - performing a standardized fire test using each sample (A, A_rep, B, B_rep), - analyzing the fire test, wherein the repair method is qualified if - the fire behavior of the samples (A, A_rep, B, B_rep) satisfies the specifications of the standardized fire test, and - the fire behavior of the repaired samples (A_rep, B_rep), i.e. the afterflame times measured in the context of the standardized fire test and the fire lengths, are extended by no more than 20 percent compared to the unrepaired samples (A, B). - providing at least two original samples comprising at least one representative of the examined surface material group and - at least two samples comprising a neutral carrier material, - applying the repair method to be qualified to an original sample (A_rep) and a neutral carrier sample (B_rep), - performing a standardized fire test using each sample (A, A_rep, B, B_rep), - analyzing the fire test, wherein the repair method is qualified if - the fire behavior of the samples (A, A_rep, B, B_rep) satisfies the specifications of the standardized fire test, and - the fire behavior of the repaired samples (A_rep, B_rep), i.e. the afterflame times measured in the context of the standardized fire test and the fire lengths, are extended by no more than 20 percent compared to the unrepaired samples (A, B).
A device for optimizing entity-specific configuration systems for functional entities of a network element of a software-defined network, the entity-specific configuration systems being based on a network element-specific configuration system related to the network element and comprising configuration entries for determining operations to be carried out by the network element, the device comprising a processing system (209, 309) adapted to: - find out from the network element-specific configuration system, for each of the functional entities, at least one of those of the configuration entries which are irrelevant to the functional entity under consideration so that operation of the functional entity under consideration is independent of these configuration entries, characterized in that the processing system is further adapted to: - form relation data indicating, for each of the functional entities, the at least one of those of the configuration entries which are irrelevant to the functional entity under consideration so that operation of the functional entity under consideration is independent of these configuration entries, the relation data enabling the entity-specific configuration systems to be constructed so that the entity-specific configuration system of each functional entity is free from those of the configuration entries which, according to the relation data, are irrelevant to the functional entity under consideration, and - make the relation data available to the network element. - find out from the network element-specific configuration system, for each of the functional entities, at least one of those of the configuration entries which are irrelevant to the functional entity under consideration so that operation of the functional entity under consideration is independent of these configuration entries, - form relation data indicating, for each of the functional entities, the at least one of those of the configuration entries which are irrelevant to the functional entity under consideration so that operation of the functional entity under consideration is independent of these configuration entries, the relation data enabling the entity-specific configuration systems to be constructed so that the entity-specific configuration system of each functional entity is free from those of the configuration entries which, according to the relation data, are irrelevant to the functional entity under consideration, and - make the relation data available to the network element.
A process for manufacturing a one-way vision glass pane comprising one or more separate enamel patterns composed of a number of exactly aligned layers, characterized in that: a) at least one protective layer based on oxides, having a thickness greater than or equal to 10 nm, is deposited on the glass substrate, b) at least two layers of different compositions are deposited on the protective layer, the composition of one of the layers containing at least one mineral pigment and being free of glass frit, the composition of the other layer being an enamel containing at least one glass frit and at least one mineral pigment having a color different from that of the layer free of glass frit, the layer free of glass frit being deposited over all or some of the surface of the pane and the layer of enamel being deposited by screen printing in the shape of the desired pattern(s), c) the pane coated with said layers is heated at a temperature sufficient to fire the enamel, and d) the pigments not fixed by the enamel that are located outside of the pattern(s) are removed, the particles of pigment(s) and the particles of glass frit(s) having a similar size, in particular a particle size distribution such that 50% of the particles have a size of less than 7 μm. a) at least one protective layer based on oxides, having a thickness greater than or equal to 10 nm, is deposited on the glass substrate, b) at least two layers of different compositions are deposited on the protective layer, the composition of one of the layers containing at least one mineral pigment and being free of glass frit, the composition of the other layer being an enamel containing at least one glass frit and at least one mineral pigment having a color different from that of the layer free of glass frit, the layer free of glass frit being deposited over all or some of the surface of the pane and the layer of enamel being deposited by screen printing in the shape of the desired pattern(s), c) the pane coated with said layers is heated at a temperature sufficient to fire the enamel, and d) the pigments not fixed by the enamel that are located outside of the pattern(s) are removed, the particles of pigment(s) and the particles of glass frit(s) having a similar size, in particular a particle size distribution such that 50% of the particles have a size of less than 7 μm.
A low density polyethylene having a melt flow rate according to ISO 1133 (190°C, 2.16 kg) which is at least 4.4 g/10 min, a storage modulus G', measured at a loss modulus G" of 5 kPa, which is above 3000 Pa and a vinylidene content which is at least 24 / 100k C.
A drive system (100, 200, 300, 400, 500) used to dispense a liquid drug from a drug container having a plunger, said drive system comprising: a lead screw having a rotational axis and being operably connected to the plunger; a ratcheting mechanism having a first ratchet wheel that is connected to the lead screw, to move the lead screw; and a shape memory alloy wire operably connected to the ratchet mechanism; wherein the shape memory alloy wire is configured to actuate the ratchet mechanism via contraction of the wire, which in turn incrementally drives the rotation of the first ratchet wheel about the rotational axis in a first drive direction, thereby moving the lead screw and advancing the plunger to dispense the liquid drug from the drug container, wherein the drive system (100, 200, 300, 400, 500) includes a torsion spring or a reset spring to reset the shape memory alloy wire after contraction, characterized in that the ratchet mechanism comprises a second ratchet wheel, wherein the first and second ratchet wheels (16, 18) are provided along the rotational axis and arranged perpendicularly to the lead screw; the first and second ratchet wheels (16, 18) provide two opposing ratcheting surfaces (20, 22) with facing teeth that are spring biased for proper engagement; and the shape memory alloy wire is operably connected to the second ratchet wheel and configured to drive the rotation of the second ratchet wheel in the first drive direction.
A regenerative thermal oxidizer comprising: at least a first transfer chamber (141, 142, 143) and at least a second transfer chamber (141, 142, 143), wherein the first transfer chamber (141, 142, 143) comprises a first bed (131, 132, 133) and the second transfer chamber (141, 142, 143) comprises a second bed (131, 132, 133); at least one reaction chamber in fluid flow communication with the first transfer chamber (141, 142, 143) and with the second transfer chamber (141, 142, 143), wherein waste gas is introducible into the regenerative thermal oxidizer to flow through the first bed (131, 132, 133) to the reaction chamber or to flow through the second bed (131, 132, 133) to the reaction chamber; one or more first oxygen-containing gas inlet (145, 146, 147, 148) for introducing oxygen-containing gas into the regenerative thermal oxidizer positioned between at least a portion of the first bed (131, 132, 133) and at least a portion of the reaction chamber; characterized by one or more second oxygen-containing gas inlet (145, 146, 147, 148) for introducing oxygen-containing gas into the regenerative thermal oxidizer positioned between at least a portion of the second bed (131, 132, 133) and at least a portion of the reaction chamber. at least a first transfer chamber (141, 142, 143) and at least a second transfer chamber (141, 142, 143), wherein the first transfer chamber (141, 142, 143) comprises a first bed (131, 132, 133) and the second transfer chamber (141, 142, 143) comprises a second bed (131, 132, 133); at least one reaction chamber in fluid flow communication with the first transfer chamber (141, 142, 143) and with the second transfer chamber (141, 142, 143), wherein waste gas is introducible into the regenerative thermal oxidizer to flow through the first bed (131, 132, 133) to the reaction chamber or to flow through the second bed (131, 132, 133) to the reaction chamber; one or more first oxygen-containing gas inlet (145, 146, 147, 148) for introducing oxygen-containing gas into the regenerative thermal oxidizer positioned between at least a portion of the first bed (131, 132, 133) and at least a portion of the reaction chamber; characterized by one or more second oxygen-containing gas inlet (145, 146, 147, 148) for introducing oxygen-containing gas into the regenerative thermal oxidizer positioned between at least a portion of the second bed (131, 132, 133) and at least a portion of the reaction chamber.
An apparatus for gravimetric metering of a powdery bulk material, said system comprising - a storage container accommodating the bulk material, - a feeding pipe for feeding bulk material from the storage container to a dosing container, - a dosing discharge device for continuously discharging bulk material from the dosing container to a discharge pipe and on to a discharge line, wherein said dosing container is mounted on at least one weighing cell, and wherein the feeding pipe is provided with a first flexible tube member and the discharge pipe is provided with a second flexible tube member, characterised in that the first flexible tube member comprises a first compensator and a second compensator with a rigid tubular member arranged between the first compensator and the second compensator, wherein the rigid tubular member is fixed to a mounting frame, which also fixedly supports the dosing container, and wherein the mounting frame also fixedly supports the discharge pipe and the discharge line. - a storage container accommodating the bulk material, - a feeding pipe for feeding bulk material from the storage container to a dosing container, - a dosing discharge device for continuously discharging bulk material from the dosing container to a discharge pipe and on to a discharge line, wherein
A paving apparatus for automatically recycling powder, configured to spread powder and recycle the powder in a three-dimensional printer, and characterized in that the paving apparatus comprises: a paving unit including a platform, a shifter disposed on the platform, and a powder spreader assembled on the shifter and configured to pave the powder on the platform, wherein the platform includes a working hole configured to provide a laser emitter for processing a shaped object, and at least one recycling hole configured to recycle the powder; a powder collecting unit disposed below the platform, wherein the powder collecting unit includes a body, a working tank disposed on the body and corresponding to the working hole for receiving the shaped object, and at least one recycling tank disposed on the body and corresponding to the recycling tank; and a moving unit including a base and a lifting mechanism, wherein the lifting mechanism is disposed on the base and configured to drive the body to lift or lower, so that the powder collecting unit and the platform are assembled or separated; wherein the powder spreader includes a powder tank configured to receive the powder, and a flexible blade disposed below the powder tank and configured to reciprocate between the working hole and the recycling hole to pave and recycle the powder for forming the shaped object. a paving unit including a platform, a shifter disposed on the platform, and a powder spreader assembled on the shifter and configured to pave the powder on the platform, wherein the platform includes a working hole configured to provide a laser emitter for processing a shaped object, and at least one recycling hole configured to recycle the powder; a powder collecting unit disposed below the platform, wherein the powder collecting unit includes a body, a working tank disposed on the body and corresponding to the working hole for receiving the shaped object, and at least one recycling tank disposed on the body and corresponding to the recycling tank; and a moving unit including a base and a lifting mechanism, wherein the lifting mechanism is disposed on the base and configured to drive the body to lift or lower, so that the powder collecting unit and the platform are assembled or separated; wherein the powder spreader includes a powder tank configured to receive the powder, and a flexible blade disposed below the powder tank and configured to reciprocate between the working hole and the recycling hole to pave and recycle the powder for forming the shaped object.
An intravascular blood pump, comprising a rotatable shaft carrying an impeller and a housing having an opening, wherein the shaft extends through the opening with the impeller positioned outside said housing, the shaft and the housing having surfaces (25A, 33A) forming a circumferential gap within said opening, characterized in that the gap has a length and has a width of 2 μm or less over at least a part of said length and wherein at least one of the surfaces (25A, 33A) forming the gap is made of a material having a thermal conductivity of at least 100 W/mK, preferably at least 130 W/mK, more preferably at least 150 W/mK, even more preferably at least 200 W/mK. preferably at least 130 W/mK, more preferably at least 150 W/mK, even more preferably at least 200 W/mK.
A method of mercury removal, comprising: injecting activated carbon into flue gas generated from coal combustion, wherein the activated carbon has a d95 particle size distribution ranging from 1 μm to 28 μm and a d95/d50 ratio ranging from 1.5 to 3. injecting activated carbon into flue gas generated from coal combustion, wherein the activated carbon has a d95 particle size distribution ranging from 1 μm to 28 μm and a d95/d50 ratio ranging from 1.5 to 3.
Drive for a sliding door or swinging sliding door of a rail vehicle, having a guide rail fixed with respect to the rail vehicle, on which guide rail a carriage is arranged in a longitudinally displaceable and optionally rotatable manner, the carriage bearing a door leaf, and having a spindle drive, of which the spindle extends parallel to the guide rail and of which the spindle nut is fixedly connected to the carriage in the direction of the axis of the spindle, characterised in that the connection between the spindle nut and the carriage is realised by means of a rotating sliding joint (7, 8, 10), in which a projection on the rotatable spindle nut can be rotated and radially displaced about an abutment, thus defining the joint area, on the carriage.
An ultra low dose of at least one morphinan for use in the treatment of sepsis, septic shock, endotoxemia, inflammation, multiple organ failure or organ damage in a mammal, wherein the morphinan is naloxone, naltrexone, dextrometorphan, or some combination thereof.
A method of manufacturing a closure part for a fitting arrangement of a window, of a door or the like, wherein an areal unworked component composed of metal is provided and is reshaped into a holding part which defines at least one holding section (33a, 33b) for a locking element of the window, of the door or the like; and wherein the areal unworked component is reshaped into the holding part in a deep-drawing process, and wherein the areal unworked component is shaped into a cup-shaped holding part having a cup opening at one side in the deep-drawing process, characterized in that an adjustment body composed of plastic which is configured for a placement at a frame or a leaf frame of the window, of the door or the like is inserted into the holding part.
An apparatus comprising: means for latching data, means for writing data to a pair of resistance-based memory elements wherein the pair of resistance-based memory elements is isolated from the means for latching data during a latching operation; means for providing a first current path that includes a first resistance-based memory element of the pair of resistance-based memory elements and an output of a sensing circuit; and means for providing a second current path to reduce current flow through the first resistance-based memory element of the pair of resistance-based memory elements at a first operating point of the sensing circuit, characterized in that the sensing circuit is configured to reduce the current flow by increasing a voltage applied to a gate of at least one p-type transistor that is external to the means for latching, as a result of decreasing the voltage of the output of the sensing circuit, and in that the p-type transistor is serially coupled to the first resistance-based memory element. means for latching data, means for writing data to a pair of resistance-based memory elements wherein the pair of resistance-based memory elements is isolated from the means for latching data during a latching operation; means for providing a first current path that includes a first resistance-based memory element of the pair of resistance-based memory elements and an output of a sensing circuit; and means for providing a second current path to reduce current flow through the first resistance-based memory element of the pair of resistance-based memory elements at a first operating point of the sensing circuit, characterized in that the sensing circuit is configured to reduce the current flow by increasing a voltage applied to a gate of at least one p-type transistor that is external to the means for latching, as a result of decreasing the voltage of the output of the sensing circuit, and in that the p-type transistor is serially coupled to the first resistance-based memory element.
Method for forming a filter mat comprising fibre material, suited to filtering fluids in the form of hydraulic fluid or solutions of any kind, in particular in the form of true suspensions, dispersions, emulsions or colloidal solutions from at least one web portion of a mat web, an unfolded mat web being advanced in the working or feed direction to laser or ultrasound welding units and at least one weld web (13, 15, 41) sealing the layers of at least one web portion of the mat web to one another is formed, at least one cut (19, 37) then being made along the at least one weld web (13, 15, 41) such that the at least one web portion is cut through, forming at least one sealed edge region, characterised in that: - welding units located on the outside or on the edges form a weld web running along the longitudinal edges of the mat web, - the mat web with the weld webs (13, 15) thus formed is advanced to a longitudinal cutter, which makes one cut in each of the weld webs (13, 15), which divides the mat web into partial webs with sealed longitudinal edges, - the partial webs pass into a folding machine where they are pleated, and - a transverse weld web is formed in a welding and cutting process in the same manner as the weld webs (13, 15) and a dividing cut is made running perpendicular to the feed direction, said cut being formed in the middle of the transverse weld web and dividing the partial webs into separated web portions, which comprise sealed weld legs which are not only sealed at their longitudinal edges, but also at their transverse edges. - welding units located on the outside or on the edges form a weld web running along the longitudinal edges of the mat web, - the mat web with the weld webs (13, 15) thus formed is advanced to a longitudinal cutter, which makes one cut in each of the weld webs (13, 15), which divides the mat web into partial webs with sealed longitudinal edges, - the partial webs pass into a folding machine where they are pleated, and - a transverse weld web is formed in a welding and cutting process in the same manner as the weld webs (13, 15) and a dividing cut is made running perpendicular to the feed direction, said cut being formed in the middle of the transverse weld web and dividing the partial webs into separated web portions, which comprise sealed weld legs which are not only sealed at their longitudinal edges, but also at their transverse edges.
An emulsifier-free sunscreen composition comprising: an suspension of oil phase droplets in a gellified water phase, the oil phase droplets comprising a UV filter system present from at least about 20% by weight of the composition and comprising one or more oil soluble UV sun filters, and an amino acid gelling agent, and the gellified water phase comprising water and at least one thickener, wherein the oil phase components can be blended at a temperature that is below 100 degrees C.