mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for facilitating testing a surface for contaminants, the apparatus comprising: an overlay, and a test chamber; the overlay comprising at least one surface configured to transfer pressure onto a complementary surface of a test chamber, and an overlay orifice; and the test chamber is a single unit, different from the overlay, and comprises the complementary surface configured to receive the pressure transferred by the overlay, an inner circumferential wall, an upper test chamber surface extending opposite to the surface to be tested, and a test chamber orifice, the inner circumferential wall and the upper test chamber surface defining a void of a particular volume formed between the test chamber and the surface; wherein the overlay orifice and the test chamber orifice are aligned and define a path from an external circumferential wall of the overlay to the inner circumferential wall of the test chamber. an overlay, and a test chamber; the overlay comprising at least one surface configured to transfer pressure onto a complementary surface of a test chamber, and an overlay orifice; and the test chamber is a single unit, different from the overlay, and comprises the complementary surface configured to receive the pressure transferred by the overlay, an inner circumferential wall, an upper test chamber surface extending opposite to the surface to be tested, and a test chamber orifice, the inner circumferential wall and the upper test chamber surface defining a void of a particular volume formed between the test chamber and the surface; wherein the overlay orifice and the test chamber orifice are aligned and define a path from an external circumferential wall of the overlay to the inner circumferential wall of the test chamber.
A method of operating an emission abatement assembly, comprising the steps of: determining if a predetermined condition of an emission abatement component exists and generating a signal in response thereto, adjusting the operation of an internal combustion engine to increase the oxygen content in exhaust gases generated by the engine in response to the generation of the signal, advancing the exhaust gases to a fuel-fired burner, generating heat with the fuel-fired burner to heat the exhaust gases, and advancing the heated exhaust gases to the emission abatement component. determining if a predetermined condition of an emission abatement component exists and generating a signal in response thereto, adjusting the operation of an internal combustion engine to increase the oxygen content in exhaust gases generated by the engine in response to the generation of the signal, advancing the exhaust gases to a fuel-fired burner, generating heat with the fuel-fired burner to heat the exhaust gases, and advancing the heated exhaust gases to the emission abatement component.
Wear adjuster for a brake caliper of a disk brake of a rail vehicle, having a) a helical gearing, which has, as screw connection parts, a threaded spindle and a nut which can be screwed thereon, wherein one of the screw connection parts (27; 31) and an actuator element for rotatably driving said screw connection part in a wear adjustment direction can be rotated in a first wear adjuster housing, and the other screw connection part (27; 31) is mounted in a rotationally fixed fashion in a second wear adjuster housing, b) a wrap spring freewheeling mechanism, which blocks in the direction of rotation of the rotatable screw connection part (27; 31) counter to a wear adjustment and freewheels in the opposite direction of rotation, it being possible to couple the rotatable screw connection part to a rotationally fixed part by means of said wrap spring freewheeling mechanism, wherein c) the rotationally fixed part is formed directly by the first wear adjuster housing, characterized in that d) a wrap spring of the wrap spring freewheeling mechanism interacts in a frictionally locking fashion, on the one hand, with a radially outer active face, which forms an outer surface of the first wear adjuster housing, and on the other hand, with a radially outer active face of the rotatable screw connection part (27; 31) or an element which rotates along therewith, wherein the active face of the first wear adjuster housing is formed on a tube-shaped projection which is in one piece with the first wear adjuster housing. a) a helical gearing, which has, as screw connection parts, a threaded spindle and a nut which can be screwed thereon, wherein one of the screw connection parts (27; 31) and an actuator element for rotatably driving said screw connection part in a wear adjustment direction can be rotated in a first wear adjuster housing, and the other screw connection part (27; 31) is mounted in a rotationally fixed fashion in a second wear adjuster housing, b) a wrap spring freewheeling mechanism, which blocks in the direction of rotation of the rotatable screw connection part (27; 31) counter to a wear adjustment and freewheels in the opposite direction of rotation, it being possible to couple the rotatable screw connection part to a rotationally fixed part by means of said wrap spring freewheeling mechanism, wherein c) the rotationally fixed part is formed directly by the first wear adjuster housing, characterized in that d) a wrap spring of the wrap spring freewheeling mechanism interacts in a frictionally locking fashion, on the one hand, with a radially outer active face, which forms an outer surface of the first wear adjuster housing, and on the other hand, with a radially outer active face of the rotatable screw connection part (27; 31) or an element which rotates along therewith, wherein the active face of the first wear adjuster housing is formed on a tube-shaped projection which is in one piece with the first wear adjuster housing.
A method for implementation by one or more data processors forming part of at least one computing device, the method comprising: receiving, by a database, a query requesting data in the form of a table in which each row is related to a different node of a hierarchy of nodes, the query specifying a hierarchical window clause and at least one expression containing a window function on a hierarchical window specified by the hierarchical window clause, wherein the hierarchical window clause extends a standard window specification that comprises a window partitioning clause, a window ordering clause, and a window frame clause, and the hierarchical window clause takes the place of the window ordering clause behind the window partitioning clause, so that partitioning happens first and hierarchizing replaces ordering; constructing a directed acyclic graph of at least a portion of the rows in a windowed table based on the hierarchical window clause; obtaining, based on expressions specified by the query, results responsive to the query by accumulating data from the rows across edges of the directed acyclic graph; and providing data comprising at least a portion of the obtained results. receiving, by a database, a query requesting data in the form of a table in which each row is related to a different node of a hierarchy of nodes, the query specifying a hierarchical window clause and at least one expression containing a window function on a hierarchical window specified by the hierarchical window clause, wherein the hierarchical window clause extends a standard window specification that comprises a window partitioning clause, a window ordering clause, and a window frame clause, and the hierarchical window clause takes the place of the window ordering clause behind the window partitioning clause, so that partitioning happens first and hierarchizing replaces ordering; the hierarchical window clause extends a standard window specification that comprises a window partitioning clause, a window ordering clause, and a window frame clause, and the hierarchical window clause takes the place of the window ordering clause behind the window partitioning clause, so that partitioning happens first and hierarchizing replaces ordering; constructing a directed acyclic graph of at least a portion of the rows in a windowed table based on the hierarchical window clause; obtaining, based on expressions specified by the query, results responsive to the query by accumulating data from the rows across edges of the directed acyclic graph; and providing data comprising at least a portion of the obtained results.
Motor vehicle drive for the all-wheel drive of a motor vehicle, preferably a small truck, with a drive motor as an electric motor and a transmission unit installed in a housing, which comprises a drive shaft, that can be coupled to the drive motor, a plurality of gear ratios (10, 11), and a longitudinal differential gear with an output shaft, characterized in that the drive motor as an electric motor is arranged between the wheel axles (3, 4) and can be controlled by the driver via a control device using a manually adjustable actuating pedal to change its rotational speed, wherein the transmission unit is composed of the two superimposed gear ratios (10, 11), each with a gear pair (14a, 14b; 15a, 15b) mounted on a shaft (12 or 13), wherein the shaft of the first gear ratio is driven by a gear mounted on the drive shaft of the electric motor, which gear engages with the one gear of the first gear ratio, wherein the drive shaft for coupling to the electric motor and the shafts (12, 13) of the both gear ratios (10, 11) are mounted parallel to one another in the housing, wherein the longitudinal differential gear is placed in the housing below the second gear ratio, the output shaft of which extends parallel to the shafts (12, 13) of the gear ratios (10, 11).
A method of producing at least two-ply thermoplastic sheets of foam by forming the at least two-ply thermoplastic sheet of foam by thermally welding together two or more thinner thermoplastic sheets of foam, wherein at least one surface of at least one thinner thermoplastic sheet of foam is provided structured recesses and the areas where the surface of the thinner thermoplastic sheet of foam displays the structured recesses do not develop a weld seam due to being thermally welded together, which method comprises a first step of initially removing the foam skin from the surfaces of the thinner thermoplastic sheets of foam which are to be welded together thermally and then a second step of creating the structured recesses on at least one of the surfaces freed of the foam skin.
A positive electrode for a rechargeable lithium battery comprising: a current collector; and a positive electrode active material layer disposed on the current collector, wherein the positive electrode active material layer comprises a positive electrode active material comprising a core comprising a compound of the following Formula 1, and a surface-treatment layer disposed on the core, Formula 1 Li a Co 1-b Mg b O 2 wherein the surface-treatment layer comprises P, and further comprising one or more elements selected from the group consisting of Al, Mg, Zr, Ti, Ba, B, Si, and Fe, wherein in Formula 1, 0.95≤a≤1.1, 0.002<b≤0.02. a current collector; and a positive electrode active material layer disposed on the current collector,
A modulator for a) inhibition of the protein kinase GRK5 or b) inactivation, degradation, downregulation, or intercalation of the nucleic acid encoding GRK5, for use in the treatment of a disease of the carbohydrate metabolism, wherein the modulator is a small molecule, an siRNA molecule, an antisense oligonucleotide and wherein the modulator is not sunitinib. a) inhibition of the protein kinase GRK5 or b) inactivation, degradation, downregulation, or intercalation of the nucleic acid encoding GRK5,
A regulating device for regulating a fluid flow, the regulating device having a first end portion and a second end portion,the regulating device comprising: an actuator element extending from the first end portion of the regulating device to the second end portion of the regulating device, the actuator element including a first restriction device; and a regulating device body extending from the first end portion of the regulating device to the second end portion of the regulating device, the regulating device body including a second restriction device and forming, together with said first restriction device, a choke device (17, 19) of the regulating device, the regulating device being provided with an annulus arranged to convey fluid from a fluid inlet to a fluid outlet, wherein the annulus is defined by a portion of the actuator element and the regulation device body; the choke device (17, 19) is connected to the second end portion in such a way that the actuator element and the regulating device body, and hence the choke device (17, 19), are arranged to move freely independently of each other in consequence of a material expansion or material contraction; and the regulating device being provided with an energy source for supplying energy to at least one of the actuator element or regulating device body to influence the through-put of the choke device (17, 19), characterized in that: the fluid inlet is provided at the first end portion of the regulating device; the regulating device body is disposed at least in a portion of the actuator element; and the actuator element and the regulating device body are fixedly connected at the first end portion of the regulating device. the fluid inlet is provided at the first end portion of the regulating device; the regulating device body is disposed at least in a portion of the actuator element; and the actuator element and the regulating device body are fixedly connected at the first end portion of the regulating device.
A door hinge fastening for fastening a door hinge to a hollow profile (3a, 3a' 3b) comprising an end plate provided for the abutment against a first outer surface of the hollow profile (3a, 3a', 3b) on a first side of the door hinge fastening, wherein, on an opposite second side of the door hinge fastening, the door hinge is to be arranged on a second outer surface of the hollow profile (3a, 3a', 3b) located opposite the first outer surface of the hollow profile (3a, 3a', 3b), and with at least one connecting element, which is fastened to the end plate, extending from the latter in the direction of the second side of the door hinge fastening, and, on its end located opposite the end plate, has a sleeve-shaped end section for accommodating a fastening screw of the door hinge fastening, wherein a separate passage sleeve for centering the fastening screw is provided on the second side of the door hinge fastening, wherein, on its side facing away from the end plate, the passage sleeve has a radially protruding collar for supporting on the second outer surface of the hollow profile (3a, 3a', 3b), characterized in that the connecting element has the same outer diameter as the passage sleeve, at least at a section adjoining the end plate.
A bonded structure comprising: a first member; a second member comprising a support, the support including a facing surface facing the first member and a side surface inclined outward as viewed from the first member; and an adhesive body positioned between the first member and the support, extending from the facing surface to the side surface, having a fillet shape at an end of the adhesive body by the side surface, and fixing the first member to the second member, the fillet shape being a shape that diverges in a direction perpendicular to the facing surface towards the end of the adhesive body on the side surface side along a direction parallel to the facing surface, wherein the adhesive body extends from a flat surface of the first member facing the facing surface to a side surface of the first member and has a fillet shape at an end of the adhesive body by the side surface of the first member, and the side surface of the first member is positioned inward from the side surface of the support when viewed from a direction perpendicular to the flat surface of the first member. a first member; a second member comprising a support, the support including a facing surface facing the first member and a side surface inclined outward as viewed from the first member; and an adhesive body positioned between the first member and the support, extending from the facing surface to the side surface, having a fillet shape at an end of the adhesive body by the side surface, and fixing the first member to the second member, the fillet shape being a shape that diverges in a direction perpendicular to the facing surface towards the end of the adhesive body on the side surface side along a direction parallel to the facing surface, wherein the adhesive body extends from a flat surface of the first member facing the facing surface to a side surface of the first member and has a fillet shape at an end of the adhesive body by the side surface of the first member, and the side surface of the first member is positioned inward from the side surface of the support when viewed from a direction perpendicular to the flat surface of the first member.
Combined process for obtaining electrical energy from the combustion of municipal solid waste or a fraction thereof produced by selective collection, the biomass resulting from farming or fuel derived therefrom, considered as waste, with a combination of a combustion plant and a gasification plant, wherein - the combustion plant burns the waste together with the ash and thermal waste generated by the gasification plant in a fluidized bed combustor which produces saturated steam, a filtered clean combustion gas, to be used as comburent in a boiler; - the gasification plant partially burns the waste and produces a lean gas at 900°C in a partial waste combustor which is cooled to a temperature between 500°C and 250°C in a heat exchanger, scrubbed in a reactor generating a concentrated suspension of solids which is recycled to the combustion plant together with the ash which requires further treatment, and the cold lean gas is finished to give a clean gaseous fuel to be used for superheating the steam of the combined plant; - the steam exiting the combustion plant is fed to a boiler that bums the clean gaseous fuel produced by the gasification plant and uses the oxygen and the waste heat of the filtered clean combustion plant gas to produce a superheated steam to be fed to a turbine for power generation. - the combustion plant burns the waste together with the ash and thermal waste generated by the gasification plant in a fluidized bed combustor which produces saturated steam, a filtered clean combustion gas, to be used as comburent in a boiler; - the gasification plant partially burns the waste and produces a lean gas at 900°C in a partial waste combustor which is cooled to a temperature between 500°C and 250°C in a heat exchanger, scrubbed in a reactor generating a concentrated suspension of solids which is recycled to the combustion plant together with the ash which requires further treatment, and the cold lean gas is finished to give a clean gaseous fuel to be used for superheating the steam of the combined plant; - the steam exiting the combustion plant is fed to a boiler that bums the clean gaseous fuel produced by the gasification plant and uses the oxygen and the waste heat of the filtered clean combustion plant gas to produce a superheated steam to be fed to a turbine for power generation.
Cyclone dust separator arrangement comprising at least one first dust separating cyclone and at least one second dust separating cyclone with respective air inlets (4, 5) being connected in parallel to a common air supply channel, wherein the common air supply channel comprises an inertia particle separator (6, 7) implemented upstream of the air inlets (4, 5), the design of the inertia particle separator (6, 7) and the arrangement of the air inlets (4, 5) is adapted such that particles are separated in accordance to their weight or mass, such that an average weight of dust particles capable of entering the second dust separating cyclone is greater than an average weight of dust particles capable of entering the first dust separating cyclone characterized in that the inertia particle separator (6, 7) comprises in an air-inlet region of the air supply channel a bent section for deflecting incoming dust particles towards the air inlets (4, 5) of the first and second dust separating cyclones (2, 3) situated downstream the bent section in successive order.
Use of a composition, comprising A) 10 to less than 50 wt.-% of at least one oligomeric polyisocyanate a-1) based on hexamethylene diisocyanate and more than 50 to 90 wt.-% of at least one polyisocyanate a-2) based on isophorone diisocyanate containing monomeric isophorone diisocyanate and at least one oligomeric polyisocyanate based on isophorone diisocyanate, wherein the %-data relate to the sum of components a-1) and a-2), B) at least one isocyanate-reactive component, selected from the group consisting of polyester polyol, polyether polyol and mixtures thereof, and optionally C) one or more auxiliaries and/or additives for preparing an optical lens. A) 10 to less than 50 wt.-% of at least one oligomeric polyisocyanate a-1) based on hexamethylene diisocyanate and more than 50 to 90 wt.-% of at least one polyisocyanate a-2) based on isophorone diisocyanate containing monomeric isophorone diisocyanate and at least one oligomeric polyisocyanate based on isophorone diisocyanate, wherein the %-data relate to the sum of components a-1) and a-2), B) at least one isocyanate-reactive component, selected from the group consisting of polyester polyol, polyether polyol and mixtures thereof, and optionally C) one or more auxiliaries and/or additives for preparing an optical lens.
Driverless transport system, comprising a chassis, drive wheels and support wheels, wherein, on a first side of the chassis and on a second side of the chassis opposite the first side of the chassis, a first and second floating axle, arranged in the longitudinal direction, is in each case connected in a swivelling manner to the chassis at a respectively assigned first and second connection point, a drive wheel is in each case arranged at one end of the floating axles and a support wheel is in each case arranged at the opposite end of the floating axles, the driverless transport system has in addition a third floating axle, arranged in the transverse direction, which is aligned transversely to the two first and second floating axles arranged in the longitudinal direction and which is also connected in a swivelling manner to the chassis at an assigned third connection point, a support wheel is arranged at both ends of the floating axle arranged in the transverse direction, characterised in that the first, second and third floating axles (4, 6) are structurally integrated, that all wheels of the transport system are connected to three connection points and the chassis.