mhurhangee/ep-ind-claims huggingface dataset:
A grease composition comprising, based on the total weight of the composition: - from 50 to 90% by weight of a synthetic base oil in majority consisting of alkylaromatic(s) selected from oils of the alkybenzene or alkylnaphthalene type, - from 1 to 15% by weight of a thickener in majority consisting of at least one metal soap of fatty acids, - at least 0.1% by weight of a solid lubricant in majority consisting of nanoparticulate polytetrafluoroethylene, of which at least 85% of the particles have a size of less than one micron, on the understanding that the size of the particles is measured according to the method described in application WO 2004/067608 to the passage of page 20, line 5 to page 22, line 4, and the synthetic base oil comprises at least one other synthetic base oil selected from polyalphaolefins, the amount of the oil being comprised between 5 and 15% by weight, based on the total weight of the composition. - from 50 to 90% by weight of a synthetic base oil in majority consisting of alkylaromatic(s) selected from oils of the alkybenzene or alkylnaphthalene type, - from 1 to 15% by weight of a thickener in majority consisting of at least one metal soap of fatty acids, - at least 0.1% by weight of a solid lubricant in majority consisting of nanoparticulate polytetrafluoroethylene, of which at least 85% of the particles have a size of less than one micron, on the understanding that the size of the particles is measured according to the method described in application WO 2004/067608 to the passage of page 20, line 5 to page 22, line 4, and
An evacuation cup for providing a vacuum to a vacuum insulated glazing unit comprising a void enclosed between two glass panes (2a, 2b), wherein an evacuation hole is provided through one of the glass panes (2a, 2b), the evacuation cup comprising - a housing wall, - a first cavity within the housing wall arranged to be in fluid communication with the evacuation hole of the vacuum insulated glazing unit by means of a first opening of the first cavity, - a first plane land enclosing the first opening, - a first conduit through the housing wall and in fluid communication with the first cavity, and - a first heating arrangement placed outside of the first cavity of the evacuation cup, the first heating arrangement being arranged for heating the housing wall distributedly along the perimeter of the first cavity, wherein the first heating arrangement comprises at least two electrical heating rods extending substantially perpendicularly to the plane of the first opening, preferably at least three such heating rods, and wherein the electrical heating rods are arranged to heat the housing wall at positions distributed substantially evenly along the perimeter of the first cavity, characterised in that the electrical heating rods of the first heating arrangement are situated substantially inside the housing wall with a part thereof protruding outside the housing wall. - a housing wall, - a first cavity within the housing wall arranged to be in fluid communication with the evacuation hole of the vacuum insulated glazing unit by means of a first opening of the first cavity, - a first plane land enclosing the first opening, - a first conduit through the housing wall and in fluid communication with the first cavity, and - a first heating arrangement placed outside of the first cavity of the evacuation cup, the first heating arrangement being arranged for heating the housing wall distributedly along the perimeter of the first cavity, wherein the first heating arrangement comprises at least two electrical heating rods extending substantially perpendicularly to the plane of the first opening, preferably at least three such heating rods, and wherein the electrical heating rods are arranged to heat the housing wall at positions distributed substantially evenly along the perimeter of the first cavity, characterised in that the electrical heating rods of the first heating arrangement are situated substantially inside the housing wall with a part thereof protruding outside the housing wall. wherein the first heating arrangement comprises at least two electrical heating rods extending substantially perpendicularly to the plane of the first opening, preferably at least three such heating rods, and wherein the electrical heating rods are arranged to heat the housing wall at positions distributed substantially evenly along the perimeter of the first cavity, characterised in that the electrical heating rods of the first heating arrangement are situated substantially inside the housing wall with a part thereof protruding outside the housing wall.
A modified isocyanate composition comprising: the heated reaction product of a polyurethane comprising the reaction product of an isocyanate component; and an organic acid derivative having the formula n 3-n, wherein M is phosphorus, n is the integer 1 or the integer 2, E is oxygen, each R is independently hydrogen, an alkyl group, a cyclic aryl group, an acyclic aryl group, a halogen-substituted alkyl group, a halogen-substituted cyclic aryl group or a halogen-substituted acyclic aryl group, wherein the isocyanate and the organic acid derivative are heated at a first temperature and maintained at the first temperature for a first time to form the polyurethane; wherein the polyurethane is heated at a second temperature higher than the first temperature and maintained at the second temperature for a second time to form the heated reaction product; wherein the second temperature is in the range of from 70 to 130 degrees Celsius; and wherein said organic acid derivative is present in an amount of at least 1 weight percent of the modified isocyanate composition. the heated reaction product of a polyurethane comprising the reaction product of an isocyanate component; and an organic acid derivative having the formula n 3-n, wherein M is phosphorus, n is the integer 1 or the integer 2, E is oxygen, each R is independently hydrogen, an alkyl group, a cyclic aryl group, an acyclic aryl group, a halogen-substituted alkyl group, a halogen-substituted cyclic aryl group or a halogen-substituted acyclic aryl group, an isocyanate component; and an organic acid derivative having the formula n 3-n, wherein M is phosphorus, n is the integer 1 or the integer 2, E is oxygen, each R is independently hydrogen, an alkyl group, a cyclic aryl group, an acyclic aryl group, a halogen-substituted alkyl group, a halogen-substituted cyclic aryl group or a halogen-substituted acyclic aryl group, wherein M is phosphorus, n is the integer 1 or the integer 2, E is oxygen, each R is independently hydrogen, an alkyl group, a cyclic aryl group, an acyclic aryl group, a halogen-substituted alkyl group, a halogen-substituted cyclic aryl group or a halogen-substituted acyclic aryl group, wherein the isocyanate and the organic acid derivative are heated at a first temperature and maintained at the first temperature for a first time to form the polyurethane; wherein the polyurethane is heated at a second temperature higher than the first temperature and maintained at the second temperature for a second time to form the heated reaction product; wherein the second temperature is in the range of from 70 to 130 degrees Celsius; and wherein said organic acid derivative is present in an amount of at least 1 weight percent of the modified isocyanate composition.
A device for producing workpieces, wherein the device comprises at least one casting station for inserting a metal melt into molds, wherein the device comprises a rotary table, characterized in that the device comprises multiple mold carriers for the molds, which mold carriers are arranged on the rotary table, wherein the mold carriers are mounted on the rotary table so as to be displaceable in at least one radial direction of the rotary table, wherein the mold carriers are displaceable radially with respect to the rotary table in guides of the rotary table designed as guide rails.
A chemical vapor deposition apparatus comprising: a reaction chamber including an inner tube having an inner space of a predetermined volume, and an outer tube tightly sealing the inner tube; a wafer holder disposed within the inner tube and on which a plurality of wafers are stacked at predetermined intervals; a gas supply unit including at least one gas line supplying an external reaction gas to the reaction chamber, and a plurality of spray nozzles communicating with the gas line to spray the reaction gas to the wafers, whereby semiconductor epitaxial thin films are grown on the surfaces of the wafers; and a guide unit guiding the flow of the reaction gas so that the reaction gas sprayed from the spray nozzles flows to the top and bottom surfaces of the respective wafers. a reaction chamber including an inner tube having an inner space of a predetermined volume, and an outer tube tightly sealing the inner tube; a wafer holder disposed within the inner tube and on which a plurality of wafers are stacked at predetermined intervals; a gas supply unit including at least one gas line supplying an external reaction gas to the reaction chamber, and a plurality of spray nozzles communicating with the gas line to spray the reaction gas to the wafers, whereby semiconductor epitaxial thin films are grown on the surfaces of the wafers; and a guide unit guiding the flow of the reaction gas so that the reaction gas sprayed from the spray nozzles flows to the top and bottom surfaces of the respective wafers.
A multiphasic process fluid flowmeter comprising: power circuitry configured to provide power supplied via a process communication loop to the flowmeter; loop communication circuitry configured to couple to the process communication loop to provide a process communication output indicative of a flow value relative to a multiphasic process fluid flow; a controller coupled to the power circuitry and to the loop communication circuitry; measurement circuitry operably coupled to the controller, the measurement circuitry being coupled to a first process variable sensor; wherein the controller is configured to obtain information indicative of a first process variable from the measurement circuitry, and to obtain a plurality of additional process variables relative to the multiphasic process fluid flow, the additional process variables including reference pressure, temperature and gas velocity; wherein the flowmeter is wholly powered by energy received from the process communication loop; wherein the controller includes memory storing program instructions therein, wherein, in accordance with the program instructions, the controller is configured to calculate an overreading value of the first process variable in a linear relationship with a value that relates a total gas mass flow to a total liquid mass flow; and the controller being configured to provide a corrected multiphase flow value based upon the first process variable and the additional process variables to modify the linear relationship. power circuitry configured to provide power supplied via a process communication loop to the flowmeter; loop communication circuitry configured to couple to the process communication loop to provide a process communication output indicative of a flow value relative to a multiphasic process fluid flow; a controller coupled to the power circuitry and to the loop communication circuitry; measurement circuitry operably coupled to the controller, the measurement circuitry being coupled to a first process variable sensor; wherein the controller is configured to obtain information indicative of a first process variable from the measurement circuitry, and to obtain a plurality of additional process variables relative to the multiphasic process fluid flow, the additional process variables including reference pressure, temperature and gas velocity; wherein the flowmeter is wholly powered by energy received from the process communication loop; wherein the controller includes memory storing program instructions therein, wherein, in accordance with the program instructions, the controller is configured to calculate an overreading value of the first process variable in a linear relationship with a value that relates a total gas mass flow to a total liquid mass flow; and the controller being configured to provide a corrected multiphase flow value based upon the first process variable and the additional process variables to modify the linear relationship.
A waterborne adhesive composition comprising: (i) an aqueous medium; (ii) one or more isocyanate compounds dispersed in said aqueous medium, wherein said one or more isocyanate compounds is a mixture of a) one or more hydrophilically modified oligo-isocyanates comprising one or more hydrophilically modified isocyanate trimers that have the structure: wherein the three R groups are the same as each other, wherein the three R groups are aliphatic, and wherein G is an organic group that contains a hydrophilic group selected from the group consisting of hydrophilic alkylene oxide groups, anionic sulfate groups and anionic carboxylate groups; and b) one or more isocyanate-functional polyurethanes, wherein said polyurethane comprises the reaction product of one or more polyether polyols, one or more polyester polyols, or a mixture thereof, and one or more polyisocyanates, (iii) one or more functional silane compounds dispersed in said aqueous medium; and wherein said adhesive composition contains no colorant. (i) an aqueous medium; (ii) one or more isocyanate compounds dispersed in said aqueous medium, wherein said one or more isocyanate compounds is a mixture of a) one or more hydrophilically modified oligo-isocyanates comprising one or more hydrophilically modified isocyanate trimers that have the structure: wherein the three R groups are the same as each other, wherein the three R groups are aliphatic, and wherein G is an organic group that contains a hydrophilic group selected from the group consisting of hydrophilic alkylene oxide groups, anionic sulfate groups and anionic carboxylate groups; and b) one or more isocyanate-functional polyurethanes, wherein said polyurethane comprises the reaction product of one or more polyether polyols, one or more polyester polyols, or a mixture thereof, and one or more polyisocyanates, a) one or more hydrophilically modified oligo-isocyanates comprising one or more hydrophilically modified isocyanate trimers that have the structure: wherein the three R groups are the same as each other, wherein the three R groups are aliphatic, and wherein G is an organic group that contains a hydrophilic group selected from the group consisting of hydrophilic alkylene oxide groups, anionic sulfate groups and anionic carboxylate groups; and b) one or more isocyanate-functional polyurethanes, wherein said polyurethane comprises the reaction product of one or more polyether polyols, one or more polyester polyols, or a mixture thereof, and one or more polyisocyanates, (iii) one or more functional silane compounds dispersed in said aqueous medium; and wherein said adhesive composition contains no colorant.
A method of registering information of a home appliance, wherein the home appliance is a mobile robot, the method comprising: operation (a) in which a mobile terminal generates registration auxiliary information; operation (b) in which a camera of the home appliance detects the registration auxiliary information, and wherein when the registration auxiliary information is not detected by the camera, a controller of the mobile robot rotates, through a driver of the mobile robot, a body of the mobile robot by a first angle based on an orientation angle of a screen of the mobile terminal (200 positioned adjacent to the camera, detected from a sensing unit of the mobile robot, and the controller of the mobile robot controls the camera to re-detect the registration auxiliary information from the mobile terminal at the rotated first angle; operation (c) in which the home appliance selects a wireless router (310, 320) based on information acquired through the registration auxiliary information and is wirelessly connected to the selected wireless router (310, 320); and operation (d) in which the home appliance transmits device registration information including identification information of the home appliance to a server through the selected wireless router (310, 320). operation (a) in which a mobile terminal generates registration auxiliary information; operation (b) in which a camera of the home appliance detects the registration auxiliary information, and wherein when the registration auxiliary information is not detected by the camera, a controller of the mobile robot rotates, through a driver of the mobile robot, a body of the mobile robot by a first angle based on an orientation angle of a screen of the mobile terminal (200 positioned adjacent to the camera, detected from a sensing unit of the mobile robot, and the controller of the mobile robot controls the camera to re-detect the registration auxiliary information from the mobile terminal at the rotated first angle; operation (c) in which the home appliance selects a wireless router (310, 320) based on information acquired through the registration auxiliary information and is wirelessly connected to the selected wireless router (310, 320); and operation (d) in which the home appliance transmits device registration information including identification information of the home appliance to a server through the selected wireless router (310, 320).
A mounting tool for flush-arranging a covering disc in a recess in an insulating material, comprising: a drive shaft, wherein the drive shaft comprises in a first end section means for connecting it to a drive tool and comprises in a second end section means for releasably connecting it to an expansion element, wherein the second end section is located opposite the first end section, and a stop disc adapted to arrange a covering disc that is arranged between the second end section of the drive shaft and the stop disc in the recess in the insulating material, wherein the stop disc is characterized in that the stop disc is arranged at the drive shaft in a pivotable manner. a drive shaft, wherein the drive shaft comprises in a first end section means for connecting it to a drive tool and comprises in a second end section means for releasably connecting it to an expansion element, wherein the second end section is located opposite the first end section, and a stop disc adapted to arrange a covering disc that is arranged between the second end section of the drive shaft and the stop disc in the recess in the insulating material, wherein the stop disc is characterized in that the stop disc is arranged at the drive shaft in a pivotable manner.
Fuel filter with a device for separating water from fuel, wherein the device comprises at least one sieve cloth element disposed in a filter housing, the element being located downstream of a filter element for particle filtration of the fuel, and with a reservoir in which are collected the separated water drops, disposed underneath the sieve cloth element at the filter housing, and with a means for deviating the fuel between the filter element and the sieve cloth element, wherein the means for deviating comprises a housing insert which features in its lower section at least one opening which is geodetically lower than the filter element, wherein the sieve cloth element is sleeve-shaped and the housing insert is tubeshaped, wherein between sieve cloth element and housing insert is formed an annular chamber which is closed at its upper end, characterized in that the sieve cloth element with the housing insert is disposed centrically inside of the filter element.
An array microphone system comprising: a substrate; and a plurality of microphones (106, 906) arranged, on the substrate, in a number of concentric, nested rings of varying sizes, each ring comprising a subset of the plurality of microphones (106, 906) positioned at predetermined intervals along a circumference of the ring, wherein the rings are positioned at different radial distances from a central point of the substrate to form a nested configuration, and wherein the rings are harmonically nested. a substrate; and a plurality of microphones (106, 906) arranged, on the substrate, in a number of concentric, nested rings of varying sizes, each ring comprising a subset of the plurality of microphones (106, 906) positioned at predetermined intervals along a circumference of the ring, wherein the rings are positioned at different radial distances from a central point of the substrate to form a nested configuration, and wherein the rings are harmonically nested.
Sleeve for connecting to a pipe, wherein the sleeve has a sleeve housing with a housing body that holds a thrust-proof device, and in a functional position of the sleeve the thrust-proof device is defined in the joint housing by at least two retaining and stop ring segments (18, 28a, 28b) in the sleeve housing, characterized in that the retaining and stop ring segments (18, 28a, 28b) are attached to the housing body, or that at least two ring segment-like retaining plates are provided that can be connected to the housing body, and the retaining and stop ring segments (28a, 28b) are arranged between the housing body and the retaining plate.
Solenoid valve having a coil core, a yoke, a valve chamber, an inlet armature upstream of an inlet of the valve chamber, an outlet armature upstream of a first outlet of the valve chamber, and having a second outlet on the valve chamber, wherein the inlet armature and the outlet armature can move in particular in a coaxial manner and the inlet and first outlet lie opposite one another, characterized in that the inlet and second outlet are connected to one another by way of an equalizing system having a non-return valve, wherein the non-return valve is open towards the inlet.
Vitreous coating characterised in that it comprises at least one layer embodied in the form of a continuous film of a sol-gel material comprising a matrix formed from at least one metallic polyalkoxylate and wherein anisotropically-shaped particles are dispersed, said layer comprising at least one area wherein said particles are particles predominantly inclined by an angle α determined in accordance with the description between 20° and 90° relative to the median plane of the film.
A method for preparing superabsorbent polymer comprising the steps of: performing thermal polymerization or photopolymerization of a monomer composition comprising water-soluble ethylenically unsaturated monomers and a polymerization initiator to form hydrogel polymer; drying the hydrogel polymer; grinding the dried polymer; and mixing the ground polymer with a surface crosslinking agent comprising hydrophobic alcohol to conduct a surface crosslinking reaction, wherein the hydrophobic alcohol is 2,2-dimethyl-1,3-propanediol, wherein porous silica is further included when conducting a surface crosslinking reaction, and wherein the centrifuge retention capacity of the superabsorbent polymer is 30 g/g to 40 g/g, and the absorbency under pressure is 15 g/g to 30 g/g. performing thermal polymerization or photopolymerization of a monomer composition comprising water-soluble ethylenically unsaturated monomers and a polymerization initiator to form hydrogel polymer; drying the hydrogel polymer; grinding the dried polymer; and mixing the ground polymer with a surface crosslinking agent comprising hydrophobic alcohol to conduct a surface crosslinking reaction, wherein the hydrophobic alcohol is 2,2-dimethyl-1,3-propanediol, wherein porous silica is further included when conducting a surface crosslinking reaction, and wherein the centrifuge retention capacity of the superabsorbent polymer is 30 g/g to 40 g/g, and the absorbency under pressure is 15 g/g to 30 g/g.
A composition comprising human adipose stem cells for use in the regeneration of liver, wherein the composition is administered by an intraperitoneal infusion or injection of said stem cells.