mhurhangee/ep-ind-claims huggingface dataset:
A wear resistant coating for piston rings, consisting of: 15-25% by weight iron (Fe), 10-25% by weight tungsten carbide, 30-40% by weight chromium (Cr), 10-25% by weight nickel (Ni), 10-25% by weight molybdenum (Mo), 1-10% by weight carbon, 0.1-2% by weight silicon (Si), wherein Cr is present in elemental form and/or as carbide in the form of Cr 2 C 3, wherein in a total proportion of 15 to 50% by weight carbides, the following carbide concentrations are contained: 10-25% by weight WC, and 5-30% by weight Cr 2 C 3. 15-25% by weight iron (Fe), 10-25% by weight tungsten carbide, 30-40% by weight chromium (Cr), 10-25% by weight nickel (Ni), 10-25% by weight molybdenum (Mo), 1-10% by weight carbon, 0.1-2% by weight silicon (Si), 10-25% by weight WC, and 5-30% by weight Cr 2 C 3.
An arrangement in a soda recovery boiler, in a furnace of which recovery boiler there are arranged screen tubes and which recovery boiler comprises a second pass, in which second pass is arranged at least one superheater, wherein the second pass is arranged for being cooled with cooling medium coming from the screen tubes, characterized in that the arrangement comprises a second pass ash hopper which comprises front wall cooling pipes and/or rear wall cooling pipes and that said cooling pipes (15, 16) are connected to receive cooling medium from the screen tubes.
A method for detection of at least two respiratory virus types, comprising: a) providing: i) a liquid biological sample comprising, or suspected of comprising, at least two respiratory viral antigens of at least two different virus types; ii) at least two monoclonal antibodies comprising a first and second monoclonal antibodies, wherein said first monoclonal antibody reacts with a first viral antigen of a first respiratory virus type and does not react with a second viral antigen and is labeled with a first fluorescent label, and wherein said second monoclonal antibody reacts with said second viral antigen of a second respiratory virus type and does not react with said first viral antigen and is labeled with a second fluorescent label; b) incubating at least a portion of said liquid biological sample with said first and second monoclonal antibodies in a suspension under conditions such that said monoclonal antibodies bind said first and second respiratory viral antigens; wherein said incubating of said first and second monoclonal antibodies with said suspension is simultaneous; c) identifying the first respiratory virus based on detecting said first fluorescent label; and d) identifying the second respiratory virus based on detecting said second fluorescent label. a) providing: i) a liquid biological sample comprising, or suspected of comprising, at least two respiratory viral antigens of at least two different virus types; ii) at least two monoclonal antibodies comprising a first and second monoclonal antibodies, wherein said first monoclonal antibody reacts with a first viral antigen of a first respiratory virus type and does not react with a second viral antigen and is labeled with a first fluorescent label, and wherein said second monoclonal antibody reacts with said second viral antigen of a second respiratory virus type and does not react with said first viral antigen and is labeled with a second fluorescent label; i) a liquid biological sample comprising, or suspected of comprising, at least two respiratory viral antigens of at least two different virus types; ii) at least two monoclonal antibodies comprising a first and second monoclonal antibodies, wherein said first monoclonal antibody reacts with a first viral antigen of a first respiratory virus type and does not react with a second viral antigen and is labeled with a first fluorescent label, and wherein said second monoclonal antibody reacts with said second viral antigen of a second respiratory virus type and does not react with said first viral antigen and is labeled with a second fluorescent label; b) incubating at least a portion of said liquid biological sample with said first and second monoclonal antibodies in a suspension under conditions such that said monoclonal antibodies bind said first and second respiratory viral antigens; wherein said incubating of said first and second monoclonal antibodies with said suspension is simultaneous; c) identifying the first respiratory virus based on detecting said first fluorescent label; and d) identifying the second respiratory virus based on detecting said second fluorescent label.
Dehumidification plant for bulk material such as plastic materials comprising: - at least one dry flow generator of a process flow; - at least one pump or blower for pumping the process flow; - at least one hopper; - at least one delivery pipe of the flow from said at least one generator to at least one hopper; - at least one return pipe of the flow from said at least one hopper to said generator: - a Dew point measure system, characterized in that said measure system comprises - at least one measure circuit (8-11/8-11A) in turn comprising: - a withdrawal point of a sample flow (Qm) from said delivery pipe upstream of said hopper - at least one compressor for the compression of said sample flow (Qm); - at least one temperature sensor of said compressed sample flow (Qm); - at least one high pressure sensor of said compressed sample flow (Qm); - at least one Dew Point sensor for measuring the dew point of said compressed sample flow (Qm). and wherein the dew point value of said compressed sample flow (Qm) measured by the DP sensor at the pressure P 1 and the temperature is then transformed in the DP value referred to a pressure Px, that can be the starting pressure P 0 of the process flow or another useful pressure Px. - at least one dry flow generator of a process flow; - at least one pump or blower for pumping the process flow; - at least one hopper; - at least one delivery pipe of the flow from said at least one generator to at least one hopper; - at least one return pipe of the flow from said at least one hopper to said generator: - a Dew point measure system, - at least one measure circuit (8-11/8-11A) in turn comprising: - a withdrawal point of a sample flow (Qm) from said delivery pipe upstream of said hopper - at least one compressor for the compression of said sample flow (Qm); - at least one temperature sensor of said compressed sample flow (Qm); - at least one high pressure sensor of said compressed sample flow (Qm); - at least one Dew Point sensor for measuring the dew point of said compressed sample flow (Qm).
Eccentric transmission with a first transmission element comprising a first axis as well as an outer contour with at least one cam protruding radially with respect to the first axis, and with a second transmission element comprising a second axis that is always held eccentric with respect to the first axis, wherein the first transmission element is mounted rotatably relative to the second transmission element about the first axis, and wherein the second transmission element is supported on the outer contour of the first transmission element in such a way that a rotation of the first transmission element about the first axis produces a rotation of the second axis of the second transmission element about the first axis, characterised in that the outer contour of the first transmission element comprises a number N of cams protruding radially with respect to the first axis, which are uniformly distributed in peripheral direction with respect to the first axis, wherein the second transmission element is supported in N+1 bearing points on the outer contour of the first transmission element, and wherein number N is at least two.
System for a circuit for operating at least one illuminant, consisting of a printed circuit board and a housing, wherein the printed circuit board comprises: a flat upper side; a retaining bracket, arranged on the flat upper side of the printed circuit board or in the interior of the printed circuit board and mechanically connected to the printed circuit board; and a through-hole arranged at least partially below the retaining bracket; wherein the through-hole has at least one taper, wherein the housing is mechanically fastened by means of the retaining bracket and the taper in order to protect the printed circuit board, wherein the through-hole is an elongated hole in a plan view of the printed circuit board, wherein, in a plan view of the upper side, the through-hole crosses the retaining bracket at an angle greater than 0 degrees, wherein the housing has at least one retaining element, which is placed in the through-hole in order to mechanically fasten the housing to the printed circuit board by means of the retaining bracket and the taper, wherein the retaining element comprises at least two retaining tabs and a slot arranged between the retaining tabs, wherein the retaining bracket of the printed circuit board extends through the slot when the housing is mechanically fastened to the printed circuit board, so that in each case a retaining tab is arranged on a side of the retaining bracket in a plan view, and wherein each retaining tab of the retaining element is mechanically fastened in the through-hole by the taper and the retaining bracket. a flat upper side; a retaining bracket, arranged on the flat upper side of the printed circuit board or in the interior of the printed circuit board and mechanically connected to the printed circuit board; and a through-hole arranged at least partially below the retaining bracket; wherein the through-hole has at least one taper, wherein the housing is mechanically fastened by means of the retaining bracket and the taper in order to protect the printed circuit board, wherein the through-hole is an elongated hole in a plan view of the printed circuit board, wherein, in a plan view of the upper side, the through-hole crosses the retaining bracket at an angle greater than 0 degrees, wherein the housing has at least one retaining element, which is placed in the through-hole in order to mechanically fasten the housing to the printed circuit board by means of the retaining bracket and the taper, wherein the retaining element comprises at least two retaining tabs and a slot arranged between the retaining tabs, wherein the retaining bracket of the printed circuit board extends through the slot when the housing is mechanically fastened to the printed circuit board, so that in each case a retaining tab is arranged on a side of the retaining bracket in a plan view, and wherein each retaining tab of the retaining element is mechanically fastened in the through-hole by the taper and the retaining bracket.
A device for in a cooperation mode cooperating with an apparatus, the device comprising - an interface for receiving a first signal from the apparatus, the first signal comprising an indication for indicating the cooperation mode, the indication being linked with a profile of the apparatus, further characterised by comprising: - a sensor for in the cooperation mode sensing a user signal generated by a user via the apparatus, the user signal being generated by the user via a surface of the apparatus through touching this surface, and - a controller for in view of the profile of the apparatus analyzing a sensing result from the sensor and for in response to an analysis result controlling an operation of the device, the operation of the device comprising a control of an operation of the apparatus. - an interface for receiving a first signal from the apparatus, the first signal comprising an indication for indicating the cooperation mode, the indication being linked with a profile of the apparatus, - a sensor for in the cooperation mode sensing a user signal generated by a user via the apparatus, the user signal being generated by the user via a surface of the apparatus through touching this surface, and - a controller for in view of the profile of the apparatus analyzing a sensing result from the sensor and for in response to an analysis result controlling an operation of the device, the operation of the device comprising a control of an operation of the apparatus.
Drive arrangement for motor-operated adjustment of a closure element in a motor vehicle, wherein at least one drive with a drive motor, and a drive controller are provided, wherein the closure element can be driven in the motor-operated adjustment mode by means of the drive motor in the closing direction and in the opening direction between a closed position and an open position, wherein the drive is of non-self-locking design, wherein the drive has a sensor, in particular a Hall sensor, for sensing the drive movement, wherein the drive controller monitors the sensor signals for a fault state, and when a fault state is sensed said drive controller initiates an emergency braking mode and/or an emergency stop mode, characterized in that the drive arrangement comprises two drives each with a sensor for determining the respective drive movement, and in that, in order to detect fault-induced slamming shut of the closure element, e.g. if one of the two drives of the drive arrangement becomes disengaged from the closure element, the drive controller correlates the sensor signals of the two sensors with one another, in particular compares said sensor signals with one another.
Battery cooling plate comprising of a main body portion having opposed ends and a first and second outer surface each defining a primary heat transfer surface between said opposed ends, - said main body portion comprising a first outer plate and a second outer plate; - at least one fluid flow passage formed within said main body portion between said first and second outer plates (12, 14); - the fluid flow passage having a first end for inletting a fluid into said fluid passage and a second end for discharging said fluid from said fluid flow passage, said first and second ends (30, 32) defining a flow direction through said fluid flow passage; - each of said first and second outer plates (12, 14) has a central, generally planar portion surrounded by a peripheral flange; - wherein the first and second outer plates (12, 14) have been joined to each other by means of remote laser welding; characterized in that - the first outer plate is made of a 3xxx-series aluminium alloy comprising Mn in a range of 0.5% to 1.5% and Mg is a range of up to 0.15%; - the second outer plate is made of a 3xxx-series aluminium alloy comprising Mn in a range of 0.5% to 1.5% and Mg is a range of up to 0.15%; - the first outer plate, and preferably both the first and second outer plate (12, 14), on its side facing said fluid flow passage is provided with a passivation layer - and the first outer plate on its side facing said fluid flow passage is further provided with a clad liner of a 4xxx-series aluminium alloy having Mg up to 0.35%, the clad liner being positioned between the 3xxx-series aluminium alloy and the passivation layer. - said main body portion comprising a first outer plate and a second outer plate; - at least one fluid flow passage formed within said main body portion between said first and second outer plates (12, 14); - the fluid flow passage having a first end for inletting a fluid into said fluid passage and a second end for discharging said fluid from said fluid flow passage, said first and second ends (30, 32) defining a flow direction through said fluid flow passage; - each of said first and second outer plates (12, 14) has a central, generally planar portion surrounded by a peripheral flange; - wherein the first and second outer plates (12, 14) have been joined to each other by means of remote laser welding; - the first outer plate is made of a 3xxx-series aluminium alloy comprising Mn in a range of 0.5% to 1.5% and Mg is a range of up to 0.15%; - the second outer plate is made of a 3xxx-series aluminium alloy comprising Mn in a range of 0.5% to 1.5% and Mg is a range of up to 0.15%; - the first outer plate, and preferably both the first and second outer plate (12, 14), on its side facing said fluid flow passage is provided with a passivation layer - and the first outer plate on its side facing said fluid flow passage is further provided with a clad liner of a 4xxx-series aluminium alloy having Mg up to 0.35%, the clad liner being positioned between the 3xxx-series aluminium alloy and the passivation layer.
A method of obtaining a substrate coated on a first face with at least one transparent and electrically conductive thin layer based on at least one oxide, comprising the following steps: - said at least one thin layer is deposited on said substrate, - said at least one thin layer is subjected to a heat treatment step in which said at least one layer is irradiated with the aid of radiation having a wavelength of between 500 and 2000 nm and focused on a zone of said at least one layer, at least one dimension of which does not exceed 10 cm, said radiation being delivered by at least one radiation device placed facing said at least one layer, a relative displacement being created between said radiation device and said substrate so as to treat the desired surface, said heat treatment being such that the resistivity of said at least one layer is reduced during the treatment, characterized in that said at least one thin layer is covered before the heat treatment step with a thin layer based on carbon having a thickness of less than 5 nm. - said at least one thin layer is deposited on said substrate, - said at least one thin layer is subjected to a heat treatment step in which said at least one layer is irradiated with the aid of radiation having a wavelength of between 500 and 2000 nm and focused on a zone of said at least one layer, at least one dimension of which does not exceed 10 cm, said radiation being delivered by at least one radiation device placed facing said at least one layer, a relative displacement being created between said radiation device and said substrate so as to treat the desired surface, said heat treatment being such that the resistivity of said at least one layer is reduced during the treatment, characterized in that said at least one thin layer is covered before the heat treatment step with a thin layer based on carbon having a thickness of less than 5 nm.
A chimeric bovine collagen DNA sequence comprising a combination of a section of SEQ ID NO: 1 which has been optimized for expression in Pichia pastoris and a section of SEQ ID NO: 1 that is unoptimized, wherein the section of SEQ ID NO: 1 which has been optimized for expression in Pichia pastoris comprises 60 to 90% of the total length of the chimeric bovine collagen DNA sequence, and the section of SEQ ID NO: 1 that is unoptimized comprises 10 to 40% of the total length of the chimeric collagen DNA sequence, and wherein the section of SEQ ID NO: 1 which has been optimized for expression in Pichia pastoris encodes the amino acid sequence at the N-terminus of a bovine collagen molecule and the section of SEQ ID NO: 1 that is unoptimized encodes the amino acid sequence at the C-terminus of a bovine collagen molecule.
A shuttle embroidery machine having a device for setting and adjusting the carriage width, comprising a plurality of needles and their drives on the front side of the embroidery machine and shuttle races assigned to each of the needles on a shuttle carriage which is displaceably supported in the Z-direction on the rear side of the embroidery machine, as well as a rear carriage having an actuating shaft running in the X-direction in the rear carriage and supported on bearing blocks and, with said actuating shaft, actuating means which can be set and with which the shuttle carriage can be displaced, wherein eccentric drums are arranged as actuating means on the actuating shaft eccentrically to axis A of the actuating shaft, characterized in that running rings are supported on the eccentric drums, the running rings are configured on connecting rods, and the connecting rods are articulated at the shuttle carriage. eccentric drums are arranged as actuating means on the actuating shaft eccentrically to axis A of the actuating shaft, characterized in that running rings are supported on the eccentric drums, the running rings are configured on connecting rods, and the connecting rods are articulated at the shuttle carriage.
A flow path member comprising: a first wall; a second wall; and a third wall which is provided between the first wall and the second wall, wherein a flow path in which a fluid flows is configured with the first wall, the second wall, and the third wall, and a portion of a surface of the third wall on the flow path side includes a coarse portion that is coarser than the other portions characterized in that a heat generation member mounted area is provided in the first wall or the second wall. a first wall; a second wall; and a third wall which is provided between the first wall and the second wall, wherein a flow path in which a fluid flows is configured with the first wall, the second wall, and the third wall, and a portion of a surface of the third wall on the flow path side includes a coarse portion that is coarser than the other portions characterized in that a heat generation member mounted area is provided in the first wall or the second wall.
Operating device for a household appliance, with an operating element, which can be held by means of magnetic force on an operating element receptacle of the operating device of the household appliance which can be controlled with the operating device and can be moved relative to the operating element receptacle and can be positioned removably therefrom, and the operating element has a light conductor which has a light coupling-in area which is arranged horizontally further on a lateral edge of the operating element than a light coupling-out area of the light conductor, wherein the operating device has an infrared transmit-receive device for selecting a functional subunit (3 to 7) of the household appliance which is arranged with transmit-receive units below the light conductor and is embodied for detection through the light conductor, and wherein when viewed in the direction of the longitudinal axis of the operating element light sources are arranged in a straight extension below a light coupling-in area of the light conductor, and wherein the light sources are arranged in an annular channel, the walls (13, 15) of which are embodied with heights which are larger than the light source heights, characterised in that the walls (13, 15) are embodied to be reflective on the inner sides facing the light sources.
An analgesic pharmaceutical composition comprising a combination of meloxicam or a pharmaceutically acceptable salt thereof, in all its crystalline forms, and lysine clonixinate, in all its crystalline forms, in a weight ratio of 1:1 to 1:50 respectively.
An abuse resistant capsule comprising a hard shell liquid filled with a pharmaceutical medicament and at least one modifier selected to prevent abuse of the pharmaceutical medicament, wherein at least one modifier is a waxy substance having a melting point of greater than 50°C, wherein said modifier is present in an amount greater than 10% of the hard shell liquid filling.