mhurhangee/ep-ind-claims huggingface dataset:
A chain shuttling agent having the formula R 1 [M B R 1 -R 2 -] N M B (R 1) 2 or a Lewis base-containing derivative thereof, or any combination thereof; wherein M B is Al; and R 1, in each occurrence, is independently selected from hydrogen, halide, amide, hydrocarbyl, hydrocarbylamide, dihydrocarbylamide, hydrocarbyloxide, hydrocarbylsulfide, dihydrocarbylphosphido, tri(hydrocarbyl)silyl; any hydrocarbyl group being optionally substituted with at least one halide, amide, hydrocarbylamide, dihydrocarbylamide, or hydrocarbyloxide; and each carboncontaining R 1 having from 1 to 20 carbon atoms, inclusive; R 2, in each occurrence, is independently selected from (CH 2) m, O[(CH 2) n CH 2 CH 2] 2, S[(CH 2) n CH 2 CH 2] 2, R A N[(CH 2) n CH 2 CH 2] 2, (R B) 2 Si[(CH 2) n CH 2 CH 2]2, (R B) 3 SiOSiR B [(CH 2) n CH 2 CH 2] 2, or [Si(R B) 2 (CH 2) n CH 2 CH 2] 2 O; wherein n, in each occurrence, is independently an integer from 1 to 20, inclusive; m is an integer from 2 to 20, inclusive; R A is H or a hydrocarbyl having from 1 to 12 carbon atoms, inclusive; R B, in each occurrence, is independently a hydrocarbyl having from 1 to 12 carbon atoms, inclusive; and N in said formula is, on average, from 5 to 140. wherein M B is Al; and R 1, in each occurrence, is independently selected from hydrogen, halide, amide, hydrocarbyl, hydrocarbylamide, dihydrocarbylamide, hydrocarbyloxide, hydrocarbylsulfide, dihydrocarbylphosphido, tri(hydrocarbyl)silyl; any hydrocarbyl group being optionally substituted with at least one halide, amide, hydrocarbylamide, dihydrocarbylamide, or hydrocarbyloxide; and each carboncontaining R 1 having from 1 to 20 carbon atoms, inclusive; R 2, in each occurrence, is independently selected from (CH 2) m, O[(CH 2) n CH 2 CH 2] 2, S[(CH 2) n CH 2 CH 2] 2, R A N[(CH 2) n CH 2 CH 2] 2, (R B) 2 Si[(CH 2) n CH 2 CH 2]2, (R B) 3 SiOSiR B [(CH 2) n CH 2 CH 2] 2, or [Si(R B) 2 (CH 2) n CH 2 CH 2] 2 O; wherein n, in each occurrence, is independently an integer from 1 to 20, inclusive; m is an integer from 2 to 20, inclusive; R A is H or a hydrocarbyl having from 1 to 12 carbon atoms, inclusive; R B, in each occurrence, is independently a hydrocarbyl having from 1 to 12 carbon atoms, inclusive; and N in said formula is, on average, from 5 to 140.
A method for manufacturing the frame of an electric machine in which method - a stator is formed, - a first sheath is formed of sheet metal around the stator and attached to the stator, - a cooling element formed of sheet metal is attached to the first sheath radially outwardly, - a second sheath formed of sheet metal is attached to the cooling element radially outwardly, characterized in that - flanges are welded to the ends of the first sheath to support and stiffen the structure of the frame of the electric machine, and in that - a front flange is also formed to the frame and a bearing casing, which contains bearings for supporting an axis of the machine, is formed in connection with the front flange, wherein in said bearing casing a bearing can be replaced without removing the front flange and wherein said bearing casing is arranged in such a way that the axis is not supported by the bearings at a rear end of the machine, which is located opposite to the front flange. - a stator is formed, - a first sheath is formed of sheet metal around the stator and attached to the stator, - a cooling element formed of sheet metal is attached to the first sheath radially outwardly, - a second sheath formed of sheet metal is attached to the cooling element radially outwardly, - flanges are welded to the ends of the first sheath to support and stiffen the structure of the frame of the electric machine, and in that - a front flange is also formed to the frame and a bearing casing, which contains bearings for supporting an axis of the machine, is formed in connection with the front flange, wherein in said bearing casing a bearing can be replaced without removing the front flange and wherein said bearing casing is arranged in such a way that the axis is not supported by the bearings at a rear end of the machine, which is located opposite to the front flange.
A drug delivery device having a driver locking feature comprising, a cartridge holder configured to contain a cartridge of medicament connected to a dose dialing assembly, where the dose dialing assembly comprises an outer housing and an inner stationary housing having at least one internal groove (30; 31) on an inner surface; a driver (7, 9) positioned within the inner housing; at least one flexible tab that engages the internal groove (30; 31) to form a detent during dose dialing to provide both a tactile and audile feedback to the user; characterized in that the drug delivery device further comprises a blocking member (11; 11') slidably positioned inside the driver that locks the flexible tab into the groove (30; 31) during dose dispensing such that the driver follows the path of the groove, wherein the at least one flexible tab is part of the driver or part of the blocking member (11, 11') or a stand-alone component.
A shut-off device for the recirculation loop of a fuel cell stack, having a hydrogen inlet, a recirculation gas inlet and a purge line, characterised in that a recirculation loop shut-off valve is provided which is switched by an upstream hydrogen switching valve and in which a purge valve is integrated, which is also designed as a pressure relief valve.
Sectional door comprising a pass door, wherein the sectional door comprises a plurality of horizontal sections (11, 12, 13, 14), wherein at least one of the horizontal sections (11, 12, 13, 14) is a horizontal primary section (11, 12, 13), wherein each horizontal primary section (11, 12, 13) comprises a primary pass door section (201, 202, 203) and a first main section (101, 102, 103) arranged at a first side of the primary pass door section (201, 202, 203) and a second main section (104, 105, 106) arranged at a second side of the primary pass door section (201, 202, 203), wherein the first main section (101, 102, 103) comprises a first main section edge (121, 122, 123) facing the primary pass door section (201, 202, 203), and the primary pass door section (201, 202, 203) comprises a first pass door section edge (221, 222, 223) facing the first main section (101, 102, 103), wherein the first main section (101, 102, 103) comprises a first main door profile (111, 112, 113) at the first main section edge (121, 122, 123), and the primary pass door section (201, 202, 203) comprises a first pass door profile (211, 212, 213) at the first pass door section edge (221, 222, 223), characterized in that the primary pass door section (201, 202, 203) comprises a first cover panel (301, 302, 303) covering both the first main door profile (111, 112, 113) and the first pass door profile (211, 212, 213), such that those profiles are not visible.
A steel back plate for a disc brake pad, comprising: a compound layer, on which a friction material is adhered, characterized in that: said compound layer is obtained through an activation treatment in a fluorine-based gas atmosphere at 350 - 450 degrees Celsius and a gas nitriding method or a gas soft nitriding method, said compound layer includes a porous layer formed at a front surface side of the compound layer, said compound layer has a depth of 5μm to 20μm, and said porous layer has a thickness of 40% or more of the depth of the compound layer at said front surface side of the compound layer. a compound layer, on which a friction material is adhered, characterized in that: said compound layer is obtained through an activation treatment in a fluorine-based gas atmosphere at 350 - 450 degrees Celsius and a gas nitriding method or a gas soft nitriding method, said compound layer includes a porous layer formed at a front surface side of the compound layer, said compound layer has a depth of 5μm to 20μm, and said porous layer has a thickness of 40% or more of the depth of the compound layer at said front surface side of the compound layer. said compound layer is obtained through an activation treatment in a fluorine-based gas atmosphere at 350 - 450 degrees Celsius and a gas nitriding method or a gas soft nitriding method, said compound layer includes a porous layer formed at a front surface side of the compound layer, said compound layer has a depth of 5μm to 20μm, and said porous layer has a thickness of 40% or more of the depth of the compound layer at said front surface side of the compound layer.
A process for decorating a dial, characterized in that it comprises a step of surface structuring a surface to be decorated of the dial and an intermediate step of coloring the decorated or to be decorated surface in the surface-structuring step, and in that it comprises a step of engraving a pattern in a pad-printing cliché with a femtosecond laser, then wherein it comprises a step of transferring said pattern to the dial using the pad-printing cliché, at least partially superposed on the surface structuring obtained in the preceding step, the color of the intermediate step of coloring being different from a color used in the transferring step.
A method comprising: receiving, by a computing device, a help request from a user of an automated dialog system, wherein the help request comprises a user request for information about one or more capabilities of the automated dialog system; identifying, based on a state of the automated dialog system, information expected to be input by the user to request that the automated dialog system perform the one or more capabilities; and generating, by the computing device and based on querying natural language training data to obtain a natural language phrase, a natural language help prompt providing guidance to the user to provide the identified information expected to be input. receiving, by a computing device, a help request from a user of an automated dialog system, wherein the help request comprises a user request for information about one or more capabilities of the automated dialog system; identifying, based on a state of the automated dialog system, information expected to be input by the user to request that the automated dialog system perform the one or more capabilities; and generating, by the computing device and based on querying natural language training data to obtain a natural language phrase, a natural language help prompt providing guidance to the user to provide the identified information expected to be input.
A semiconductor device, comprising: a substrate, a plurality of conductive contact plugs which are arranged at intervals being formed on the substrate; a capacitor array, the capacitor array comprising a plurality of columnar capacitors which are arranged at intervals, each of the columnar capacitors being formed on a respective one of the conductive contact plugs, and a lower electrode layer of the columnar capacitor being in contact connection with the conductive contact plug; and a supporting structure, the supporting structure being formed on the substrate at an edge of the capacitor array and surrounding the capacitor array, and a spacing between an inner wall and an outer wall of the supporting structure on any cross section parallel to the substrate being greater than an aperture of a capacitor hole of any one of the columnar capacitors on the cross section, wherein an insulating dielectric layer is at least formed on the substrate, and the capacitor array and the supporting structure are formed in the insulating dielectric layer, characterized in that the supporting structure is a non-continuous segment and comprises a plurality of supporting regions which are distributed at intervals and supporting columns, each of the supporting columns is formed on a respective one of the supporting regions, and each of the supporting columns is in contact connection with the insulating dielectric layer, to provide segmented support for the capacitor array. a substrate, a plurality of conductive contact plugs which are arranged at intervals being formed on the substrate; a capacitor array, the capacitor array comprising a plurality of columnar capacitors which are arranged at intervals, each of the columnar capacitors being formed on a respective one of the conductive contact plugs, and a lower electrode layer of the columnar capacitor being in contact connection with the conductive contact plug; and a supporting structure, the supporting structure being formed on the substrate at an edge of the capacitor array and surrounding the capacitor array, and a spacing between an inner wall and an outer wall of the supporting structure on any cross section parallel to the substrate being greater than an aperture of a capacitor hole of any one of the columnar capacitors on the cross section, wherein an insulating dielectric layer is at least formed on the substrate, and the capacitor array and the supporting structure are formed in the insulating dielectric layer, characterized in that the supporting structure is a non-continuous segment and comprises a plurality of supporting regions which are distributed at intervals and supporting columns, each of the supporting columns is formed on a respective one of the supporting regions, and each of the supporting columns is in contact connection with the insulating dielectric layer, to provide segmented support for the capacitor array.
A negative electrode for a lithium battery comprising a negative active material, the negative active material comprising a carbonaceous material including or being composed of a linear acetylenic carbon allotrope.
A method for leakage detection in a compressed air system of a motor vehicle (100; 110), which system is continuously pressurised during operation and comprises a plurality of circuits (K1-K5), some of which may be referred to as high-pressure circuits and some as low-pressure circuits, the pressure being monitored in fewer circuits than the total number of circuits, characterised by the steps - after said pressurisation has been switched off, of determining whether there is leakage in the system's high-pressure portion or low-pressure portion on the basis of values of a modulated leakage measurement (A1, A2) at a first time and a second time, which two times follow one another; - of deciding in which circuit there is leakage on the basis of modulated leakage measurements (A31, A32, A33) at a third time at which they isolatedly manifest said modulated leakage measurement for the circuits in which the pressure is monitored. - after said pressurisation has been switched off, of determining whether there is leakage in the system's high-pressure portion or low-pressure portion on the basis of values of a modulated leakage measurement (A1, A2) at a first time and a second time, which two times follow one another; - of deciding in which circuit there is leakage on the basis of modulated leakage measurements (A31, A32, A33) at a third time at which they isolatedly manifest said modulated leakage measurement for the circuits in which the pressure is monitored.
A heat sink plate having a structure in which two or more kinds of materials are laminated, comprising: a core layer in the thickness direction of the heat sink plate; and cover layers covering a top surface and a bottom surface of the core layer; wherein the cover layers comprise a material containing copper, characterized in that the core layer is formed of a matrix having a first thermal expansion coefficient and a plurality of layers extending in parallel along the thickness direction (z) of the core layer in a lattice form in the matrix, wherein the plurality of layers are made of an alloy having a second thermal expansion coefficient. a core layer in the thickness direction of the heat sink plate; and cover layers covering a top surface and a bottom surface of the core layer; wherein the cover layers comprise a material containing copper, characterized in that the core layer is formed of a matrix having a first thermal expansion coefficient and a plurality of layers extending in parallel along the thickness direction (z) of the core layer in a lattice form in the matrix, wherein the plurality of layers are made of an alloy having a second thermal expansion coefficient.
A loader parking assembly comprising: a loader boom; and a parking stand attached to the boom comprising a first strut and a locking plate, characterised in that the first strut is pivotally attached to a second strut, wherein the locking plate comprises plurality of locking divots for receiving the first strut and second strut (415, 420), wherein the first strut and second strut each comprise a strut end, wherein each strut end is engageable with at least one of the plurality of locking divots to secure the first strut and the second strut, respectively.
A method for manufacturing an application pen for applying a fluid substance on a body part, said application pen comprising an applicator head made of a porous material, said applicator head comprising a first part, substantially cylindrical, extending parallel to a first axis, and a second part extending parallel to a second axis, said first and second axes being inclined (α) relative to each other, said first and second parts being single-piece, the method including the formation of the application head through a step of forming a cylindrical rod made of a porous material, said rod extending parallel to the first axis and having a first transversal dimension; the method being characterized in that the formation of the application head also comprises the steps of: - removing a portion of porous material from a first segment of the cylindrical rod, by grinding, in an off-centered manner; a remaining portion of the first segment being tangent to an edge parallel to the fist axis and situated on the external surface of the cylindrical rod, said remaining portion being cylindrical and having a second transversal dimension smaller than the first transversal dimension, said remaining portion belonging to the first part of the applicator head; and - removing a portion of porous material from a second segment of the rod, by grinding, in an off-centered manner, said second segment including a junction between the first and second parts, a transversal dimension of said second segment being thereby reduced from the first to the second transversal dimension. - removing a portion of porous material from a first segment of the cylindrical rod, by grinding, in an off-centered manner; a remaining portion of the first segment being tangent to an edge parallel to the fist axis and situated on the external surface of the cylindrical rod, said remaining portion being cylindrical and having a second transversal dimension smaller than the first transversal dimension, said remaining portion belonging to the first part of the applicator head; and - removing a portion of porous material from a second segment of the rod, by grinding, in an off-centered manner, said second segment including a junction between the first and second parts, a transversal dimension of said second segment being thereby reduced from the first to the second transversal dimension.
A method for preparing a particulate decellularized tissue comprising a step of applying a high hydrostatic pressure to animal-derived tissues in a medium, wherein said high hydrostatic pressure is 2 to 1,500 MPa, and wherein said high hydrostatic pressure is applied after the animal-derived tissues are pulverized.
A spreader apparatus including material storage means for storing a spreadable material, a first spinner means adapted to spread the spreadable material on a first side of the spreader and a second spinner means adapted to spread the spreadable material on a second side of the spreader opposite the first side, wherein a speed of each said spinner (5, 6) is variable independently of a speed of the other said spinner (5, 6), and transport means (3, 4) for transporting the spreadable material from the material storage means to the spinners (5, 6), the transport means (3, 4) operable to supply the spreadable material to the first spinner means at a rate which is independent from a rate at which it supplies spreadable material to the second spinner means, the spreader further including Global Positioning System receiver means for sensing the position of the spreader and providing an output signal indicative of a position of the spreader to a control means, characterized in that the control means calculates a required pattern and density of material to be spread by the spinner means (5, 6) based on a comparison of the position of the spreader to a preferred position of the spreader, and controls a rate at which the transport means (3, 4) transports the material to the spinners (5, 6), and the speed of each spinner means (5, 6), in order to obtain the required pattern and density of spread material.
Nozzle head for a spraying apparatus, having a central material nozzle, having an air ring nozzle surrounding said material nozzle, and having at least two laterally projecting horns, into each of which at least one horn air nozzle is incorporated, wherein at least one horn air nozzle (15, 16, 17, 17a, 17b, 17c, 18, 18a, 18b1, 18b2, 18b3, 300a) has a non-cylindrical shape, characterized in that the air ring nozzle (5a, 5b) has a non-cylindrical shape.
An instrument for detecting radiation, the instrument comprising: i) an inner core comprising a neutron detector; ii) an outer core comprising a neutron-moderating material, said outer core having an external surface; and characterized by iii) a plurality of elongate thermal neutron guides having an inner end and an outer end, wherein said plurality of elongate thermal neutron guides are located in the outer core, and wherein: (a) the plurality of thermal neutron guides extend in a direction from the external surface of the outer core to the neutron detector and, in use, channel thermal neutrons towards the neutron detector, and (b) the inner ends of the plurality of thermal neutron guides are proximal to the neutron detector. i) an inner core comprising a neutron detector; ii) an outer core comprising a neutron-moderating material, said outer core having an external surface; and characterized by iii) a plurality of elongate thermal neutron guides having an inner end and an outer end, wherein said plurality of elongate thermal neutron guides are located in the outer core, and wherein: (a) the plurality of thermal neutron guides extend in a direction from the external surface of the outer core to the neutron detector and, in use, channel thermal neutrons towards the neutron detector, and (b) the inner ends of the plurality of thermal neutron guides are proximal to the neutron detector. (a) the plurality of thermal neutron guides extend in a direction from the external surface of the outer core to the neutron detector and, in use, channel thermal neutrons towards the neutron detector, and (b) the inner ends of the plurality of thermal neutron guides are proximal to the neutron detector.