mhurhangee/ep-ind-claims huggingface dataset:
An exhaust gas purification catalyst disposed in an exhaust passage of an internal combustion engine and purifying exhaust gas emitted from the internal combustion engine, the exhaust gas purification catalyst comprising: a substrate; and a catalyst coat layer formed on a surface of the substrate, the catalyst coat layer having a multilayer structure comprising: a lower layer provided on the substrate; a middle layer provided on the lower layer; and an upper layer provided on the middle layer; the upper layer comprising Rh and a first Ce-containing oxide, the lower layer comprising Pd and a second Ce-containing oxide, the middle layer being a Ce-free layer that contains Pd but does not contain a Ce-containing oxide, and a ratio (B/A) of a content B of Ce in the lower layer to a content A of Ce in the upper layer satisfying 2≤(B/A), wherein the content A of Ce in the upper layer is in the range of from 3 g/L to 30 g/L, on a CeO 2 basis, per L of volume of the substrate, and the content B of Ce in the lower layer is in the range of from 40 g/L to 70 g/L, on a CeO 2 basis, per L of volume of the substrate. a substrate; and a catalyst coat layer formed on a surface of the substrate, the catalyst coat layer having a multilayer structure comprising: a lower layer provided on the substrate; a middle layer provided on the lower layer; and an upper layer provided on the middle layer; a lower layer provided on the substrate; a middle layer provided on the lower layer; and an upper layer provided on the middle layer; the upper layer comprising Rh and a first Ce-containing oxide, the lower layer comprising Pd and a second Ce-containing oxide, the middle layer being a Ce-free layer that contains Pd but does not contain a Ce-containing oxide, and a ratio (B/A) of a content B of Ce in the lower layer to a content A of Ce in the upper layer satisfying 2≤(B/A), wherein the content A of Ce in the upper layer is in the range of from 3 g/L to 30 g/L, on a CeO 2 basis, per L of volume of the substrate, and the content B of Ce in the lower layer is in the range of from 40 g/L to 70 g/L, on a CeO 2 basis, per L of volume of the substrate.
A method for eluting proteins from a solid phase comprising hydroxyapatite to which said proteins are bound, said method comprising passing through said solid phase an eluent comprising calcium ion at a concentration of from 25 ppm to 260 ppm and phosphate ion at a concentration of from 2 mM to 40 mM at a pH of from 5.3 to 5.8.
An upper internals package lifting fixture for refueling a reactor having a reactor vessel with an upper flange surrounding an opening in the reactor vessel that is sealed by a mating flange on a closure head, the reactor vessel enclosing an upper internals package that seats above a plurality of fuel assemblies within a core of the reactor, the upper internals package including control rod assembly drive rod travel housings in which control rod assembly drive rods are housed and through which the control rod assembly drive rods travel along a vertical path that is enclosed within the reactor vessel, characterized in that the upper internals package lifting fixture comprising: a shield plate sized to cover the opening in the reactor vessel when supported on the reactor vessel upper flange (64, 66) with the closure head removed from the upper flange, with openings through the shield plate in-line with the control rod assembly drive rod travel housings through which the control rod assembly drive rods can be accessed, the shield plate configured to be positioned directly over the upper internals package and being formed from a material that lessens the radiation exposure of workers working above the shield plate covering the reactor vessel opening; a lifting rig formed integral with and extending above the shield plate; and means for attaching the shield plate to the upper internals package. a shield plate sized to cover the opening in the reactor vessel when supported on the reactor vessel upper flange (64, 66) with the closure head removed from the upper flange, with openings through the shield plate in-line with the control rod assembly drive rod travel housings through which the control rod assembly drive rods can be accessed, the shield plate configured to be positioned directly over the upper internals package and being formed from a material that lessens the radiation exposure of workers working above the shield plate covering the reactor vessel opening; a lifting rig formed integral with and extending above the shield plate; and means for attaching the shield plate to the upper internals package.
A network node configured to communicate with a wireless device, WD, the network node comprises a radio interface and a processing circuitry configured to: - communicate to the WD, information corresponding to a transport block, at least one code block of the transport block being processed based at least in part on a reference value, the reference value indicating a largest index corresponding to a bit within a circular buffer for the at least one code block of a transport block, characterized by the processing based at least in part on the reference value comprises one of skip decoding and partial skip decoding a reception of one or more code blocks of the transport block, based at least in part on the reference value. - communicate to the WD, information corresponding to a transport block, at least one code block of the transport block being processed based at least in part on a reference value, the reference value indicating a largest index corresponding to a bit within a circular buffer for the at least one code block of a transport block, characterized by the processing based at least in part on the reference value comprises one of skip decoding and partial skip decoding a reception of one or more code blocks of the transport block, based at least in part on the reference value.
A method for preparing 2-cyclohexyl cyclohexanol, comprising: hydrogenating a cyclohexanone dimer of Formula with hydrogen gas at a temperature ranging from 150°C to 250°C in a reactor containing a catalyst to prepare the 2-cyclohexyl cyclohexanol, wherein X is cyclohexylidene or cyclohexenyl, and wherein a molar ratio of the hydrogen gas to the cyclohexanone dimer of Formula ranges from 5 to 25; and the catalyst comprises an active metal having a hydrogenating function and a carrier, wherein the active metal is at least one element selected from the group consisting of Pt, Co, Ni, and Ru, and the carrier is at least one element selected from the group consisting of alumina and silica. hydrogenating a cyclohexanone dimer of Formula with hydrogen gas at a temperature ranging from 150°C to 250°C in a reactor containing a catalyst to prepare the 2-cyclohexyl cyclohexanol, wherein X is cyclohexylidene or cyclohexenyl, and wherein a molar ratio of the hydrogen gas to the cyclohexanone dimer of Formula ranges from 5 to 25; and the catalyst comprises an active metal having a hydrogenating function and a carrier, wherein the active metal is at least one element selected from the group consisting of Pt, Co, Ni, and Ru, and the carrier is at least one element selected from the group consisting of alumina and silica.
A work device comprising: a cover provided on a base configured to form a work space between the cover and the base; a linear motor disposed in the work space, the linear motor having an extended stator and a movable element moving along the stator in a transfer direction; and a work executing section provided on the movable element to execute a predetermined work; wherein the movable element includes: an air-cooling type heat-dissipating section configured to dissipate heat generated from a linear drive coil to air, the linear drive coil constituting a part of the movable element; a duct, covering the heat-dissipating section, which has an intake port and an exhaust port; and a blower configured to blow the air from the intake port to the exhaust port; characterized in that: the cover includes: an intake opening facing the intake port along a transfer region in which the movable element moves in the transfer direction; and an exhaust opening facing the exhaust port along the transfer region in which the movable element moves in the transfer direction. a cover provided on a base configured to form a work space between the cover and the base; a linear motor disposed in the work space, the linear motor having an extended stator and a movable element moving along the stator in a transfer direction; and a work executing section provided on the movable element to execute a predetermined work; wherein the movable element includes: an air-cooling type heat-dissipating section configured to dissipate heat generated from a linear drive coil to air, the linear drive coil constituting a part of the movable element; a duct, covering the heat-dissipating section, which has an intake port and an exhaust port; and a blower configured to blow the air from the intake port to the exhaust port; characterized in that: the cover includes: an intake opening facing the intake port along a transfer region in which the movable element moves in the transfer direction; and an exhaust opening facing the exhaust port along the transfer region in which the movable element moves in the transfer direction.
A method for generating a database table of surface charge densities (ρ) of at least one given heart chamber using a probe electrode positioned within the heart, wherein non-contact mapping is used without moving the probe electrode around the heart chamber, the surface charge density information comprising a table ρ(P', t) wherein i) the position P'=(x',y',z') of a point at a cardiac wall of the heart is defined in x, y, z-coordinates, ii) t is the time of measurement for said surface charge density, and iii) ρ is the surface charge density at said time t and said position P' derived from a measured electric potential from a given heart chamber, the method comprising the following steps: a) determining one or more electric potential V e at location P at a given time t, including dividing the cardiac wall into discrete parts, and b) transforming, by means of a processor, the one or more electric potential V e into said surface charge density p(P',t) at positions P' on the cardiac wall using a boundary element method. i) the position P'=(x',y',z') of a point at a cardiac wall of the heart is defined in x, y, z-coordinates, ii) t is the time of measurement for said surface charge density, and iii) ρ is the surface charge density at said time t and said position P' derived from a measured electric potential from a given heart chamber, a) determining one or more electric potential V e at location P at a given time t, including dividing the cardiac wall into discrete parts, and b) transforming, by means of a processor, the one or more electric potential V e into said surface charge density p(P',t) at positions P' on the cardiac wall using a boundary element method.
Method for detecting the presence of an OFDM signal in a received signal wherein said received signal is frequency down converted into baseband and made subject to a passband filtering corresponding to a band of interest before being sampled, characterised in that thus sampled signal is subjected to a second filtering for eliminating at least one interfering line in the band of interest, and that the presence of an OFDM signal is detected if the signal filtered by the second filtering is cyclostationary.
A cationic polyelectrolyte composition including: 1) a cationic synthetic water soluble polyelectrolyte comprising a polymer of (meth)acrylamide and one or more of i) a cationic (meth)acrylamide monomer, ii) a cationic (meth)acrylic acid monomer, and iii) hydrolysis stable cationic monomers wherein said polyelectrolyte has a weight average molecular weight less than 2 million and a charge density of 0.001 meq/g to 2.5 meq/g; and a level of unreacted acrylamide monomer less than 50 ppm 2) a surfactant; and 3) a solvent; wherein said polyelectrolyte is formed by adiabatic gel polymerization. 1) a cationic synthetic water soluble polyelectrolyte comprising a polymer of (meth)acrylamide and one or more of i) a cationic (meth)acrylamide monomer, ii) a cationic (meth)acrylic acid monomer, and iii) hydrolysis stable cationic monomers wherein said polyelectrolyte has a weight average molecular weight less than 2 million and a charge density of 0.001 meq/g to 2.5 meq/g; and a level of unreacted acrylamide monomer less than 50 ppm 2) a surfactant; and 3) a solvent;
An optical element, comprising: a substrate used for support; a multilayer film supported on the substrate, the multilayer film reflecting exposure light, the exposure light comprising at least one of extreme ultraviolet radiation and soft X-radiation from source light in a prescribed wavelength region; and a protective layer provided on the multilayer film, the protective layer preventing oxidation of the multilayer film, the protective layer having an absorption index relative to non-exposure light other than the exposure light that is larger than the absorption index relative to the exposure light, characterized in that the protective layer has a surface-side layer on its outermost surface side in a state where it is saturated by oxidation, and has an interfacial-side layer on a boundary face side with the multilayer film in a state where it is unsaturated by oxidation, wherein the non-exposure light comprises at least one of ultraviolet radiation, visible light, and infrared light. a substrate used for support; a multilayer film supported on the substrate, the multilayer film reflecting exposure light, the exposure light comprising at least one of extreme ultraviolet radiation and soft X-radiation from source light in a prescribed wavelength region; and a protective layer provided on the multilayer film, the protective layer preventing oxidation of the multilayer film, the protective layer having an absorption index relative to non-exposure light other than the exposure light that is larger than the absorption index relative to the exposure light, characterized in that the protective layer has a surface-side layer on its outermost surface side in a state where it is saturated by oxidation, and has an interfacial-side layer on a boundary face side with the multilayer film in a state where it is unsaturated by oxidation, wherein the non-exposure light comprises at least one of ultraviolet radiation, visible light, and infrared light.
A synthetic process comprising reacting a compound of Formula II: [Ar- z -SO 3 -1] q M II wherein: Ar is phenyl substituted with one perhaloalkyl group at the 2 position thereof; R is methylene; M is a Group I or II metal ion; q is 1 where M is Group I metal ion; or q is 2 where M is a Group II metal ion; and z is 1; with a halogen substitution reagent in the presence of a catalytic amount of water and in the presence of a co-catalyst comprising N,N-dimethylformamide at a temperature below room temperature for a time sufficient to form a compound of Formula III: Ar- z -SO 2 -X III wherein X is halogen and Ar, R and z are as defined above. Ar is phenyl substituted with one perhaloalkyl group at the 2 position thereof; R is methylene; M is a Group I or II metal ion; q is 1 where M is Group I metal ion; or q is 2 where M is a Group II metal ion; and z is 1;
Gearing comprising an epicyclic gearing stage having a housing part and a rotatably mounted component, the epicyclic gearing stage having a labyrinth seal that has a labyrinth disc (4, 21) and a labyrinth stator part (1, 22) interacting with the labyrinth seal, the labyrinth disc (4, 21) being connected to the component for conjoint rotation, the labyrinth stator part (1, 22) being connected to the housing part, characterised in that the labyrinth disc (4, 21) has an annular groove into which a projection on the labyrinth stator part (1, 22) protrudes, the labyrinth stator part (1, 22) has an annular groove into which a projection on the labyrinth disc (4, 21) protrudes, the component is a sun gear, the teeth of the sun gear meshing with the teeth of a planet gear, said planet gear teeth meshing with ring gear teeth on their side facing away from the sun gear, the labyrinth disc (4, 21) having a conveying chamfer since the axial distance to the planet gear (11, 20) or the ring gear teeth decreases as the radial distance to the axis of the sun gear increases.
A method of fabricating a composite structure, said method comprising the steps of: placing at least a first layer of dry reinforcement material on a surface of a tool, and wrapping at least a first layer of veil material around the first layer of reinforcement material while the first layer of reinforcement material is positioned on the tool to produce a first reinforced ply, further comprising applying tension to the veil material. placing at least a first layer of dry reinforcement material on a surface of a tool, and wrapping at least a first layer of veil material around the first layer of reinforcement material while the first layer of reinforcement material is positioned on the tool to produce a first reinforced ply, further comprising applying tension to the veil material.
An air cleaner housing for an air filter for an internal combustion engine in a vehicle, the air cleaner housing being adapted for attachment to an outer cover of said internal combustion engine, and comprising an inlet for receiving unfiltered air and an outlet for outputting filtered air, characterized by that said air cleaner housing comprises at least one slide member configured to be slidably arranged to a corresponding guide member of said outer cover, such that, when said slide member is in connection with said guide member, said air cleaner housing is supported by said guide member, and said air cleaner housing is slidably movable at least along said guide member, wherein the slide member comprises an outer surface having a partly circular cross-section, such as the slide member comprises a generally cylindrical protrusion or a generally spherical protrusion, for enabling the slide member to be pivotable about the guide member when slidably arranged thereto, such that when the slide member is in connection with the guide member, the air cleaner housing is pivotable about said guide member; and a fixation member configured to secure the housing to the outer cover in a fixed position along said guide member. said air cleaner housing comprises at least one slide member configured to be slidably arranged to a corresponding guide member of said outer cover, such that, when said slide member is in connection with said guide member, said air cleaner housing is supported by said guide member, and said air cleaner housing is slidably movable at least along said guide member, wherein the slide member comprises an outer surface having a partly circular cross-section, such as the slide member comprises a generally cylindrical protrusion or a generally spherical protrusion, for enabling the slide member to be pivotable about the guide member when slidably arranged thereto, such that when the slide member is in connection with the guide member, the air cleaner housing is pivotable about said guide member; and a fixation member configured to secure the housing to the outer cover in a fixed position along said guide member.
A bearing arrangement for an adjustment device of a motor vehicle, comprising - a plurality of guide (13, 21, 22) provided at a carrier assembly (1, 2), which define an adjustment path for an adjustable window pane and which are spaced from each other transversely to the adjustment path, and - a driver which on the one hand includes means for connection of the window pane to be adjusted and which on the other hand is provided with guiding elements (4.1, 4.2, 4.3) such that with the guide (13, 21, 22) a guiding element (4.1, 4.2, 4.3) of the driver each is movably in engagement along the associated guide, wherein at least one of the guiding elements (4.1, 4.2, 4.3) is pivotally connected with the driver via a bearing element of a ball head bearing, which is positively held in a bearing region of the ball head bearing by a substantially U-shaped securing element, wherein the securing g element is premounted on the bearing region and is designed and arranged such that during insertion of the bearing element into the bearing region it lies in the insertion path of the bearing element and in the process is at least partly spread apart or pressed away, such that a positive engagement of the securing element into the bearing element is effected automatically, characterized in that to the securing element a locking element (65, 165) is associated, which is connected with the securing element such that it counteracts getting out of engagement of the securing element and of the bearing element, wherein during insertion of the bearing element into its proper position inside the bearing region the locking element (65, 165) is automatically transferred into a condition in which it locks the securing element, wherein during insertion of the bearing element into its proper position inside the bearing region the locking element is deformed, so that it locks the securing element and/or during insertion of the bearing element into its proper position inside the bearing region the locking element is deformed, so that it locks the securing element. - a plurality of guide (13, 21, 22) provided at a carrier assembly (1, 2), which define an adjustment path for an adjustable window pane and which are spaced from each other transversely to the adjustment path, and - a driver which on the one hand includes means for connection of the window pane to be adjusted and which on the other hand is provided with guiding elements (4.1, 4.2, 4.3) such that with the guide (13, 21, 22) a guiding element (4.1, 4.2, 4.3) of the driver each is movably in engagement along the associated guide,
Cable fixing means for mechanically fastening a cable to a cable outlet, comprising a cable outlet connector, a sealing element and a pressure element, wherein the cable outlet connector has a first thread (2.1), the pressure element has a second thread (3.1), and the two threads (2.1, 3.1) interact such that the pressure element can be screwed onto the cable outlet connector, wherein the sealing element is arranged between the cable outlet connector and the pressure element, and wherein the constituent parts (2, 3, 4) of the cable fixing means have a continuous opening which serves to receive a cable which is to be fastened, wherein the pressure element has a latching means (4.2) and the cable outlet connector has a latching means (2.2), wherein the latching means (2.2, 4.2) engage one in the other such that the threads (2.1, 3.1) which are screwed to one another are prevented from becoming detached, wherein the latching means (2.2, 4.2) are each formed by a circumferential latching tooth system, wherein the latching means (2.2) is designed to run in the opposite direction to the latching means (4.2), wherein the latching means (2.2) is integrally formed on an additional latching element which can be fitted onto the cable outlet connector such that it cannot rotate, characterized in that the latching element has a sealing function, wherein the undamaged latching element precludes manipulation of the cable fixing means, wherein the latching element has at least one predetermined breaking point, and in that the latching element can be broken open at the predetermined breaking point by unscrewing the pressure element, against the latching means (2.2, 4.2).