mhurhangee/ep-ind-claims huggingface dataset:
A particle comprising a shell and a core, said core comprises a material selected from the group consisting of a preformed peracid, a metal catalyst, a bleach activator, a bleach booster, a diacyl peroxide, a hydrogen peroxide source and an enzyme; said shell comprising a first layer and a second layer, said first layer encapsulating said core and comprising a material sink that comprises a material selected from the group consisting of a water soluble and/or water dispersible non-reducing polysaccharide, a water soluble and/or water dispersible acrylate derivative and mixtures thereof; said second layer encapsulating said first layer and comprising a barrier material that comprises a material selected from the group consisting of polyvinyl alcohol, polyvinyl acetate, cellulose acetate, poly(vinyl-alcohol- co -vinylacetate), acrylic acid-ethylene-vinyl acetate copolymer and mixtures thereof; said particle having a particle diameter of from 150 microns to 3000 microns.
An agricultural harvester row unit arranged to be driven in a forward direction to receive crop stalks, said row unit comprising: a pair of rotatable side-by-side stalk rolls (114, 116) oriented longitudinally fore and aft relative to the forward direction; a device for powering said stalk rolls (114, 116) in counter rotating directions; and, wherein said stalk rolls (114; 116) each have a forward section (134; 136) with an annular base (138; 140) tapered towards the forward end of said stalk roll (114; 116) and at least one spiral auger flight (142, 144; 146, 148) on said annular base (138; 140) extending radially so that the outer diameter (150; 152) overlaps the outer diameter (150; 152) of an adjacent flight (142, 144; 146, 148) from a rearward end of said annular base (138; 140) significantly towards a forward most portion of said annular base (138; 140); characterized in that the outer diameter (150; 152) of the auger flights (142, 144; 146, 148) is constant from the rearward end of said annular base (138; 140) to the forward end of said annular base (138; 140); and wherein said at least one auger flight (146, 148) has a leading edge (147, 149) at the forward end thereof, said leading edge (147, 149) extending generally perpendicularly relative to the rotational axis of said stalk roll to the outer diameter of said at least one auger flight (146, 148). a pair of rotatable side-by-side stalk rolls (114, 116) oriented longitudinally fore and aft relative to the forward direction; a device for powering said stalk rolls (114, 116) in counter rotating directions; and, wherein said stalk rolls (114; 116) each have a forward section (134; 136) with an annular base (138; 140) tapered towards the forward end of said stalk roll (114; 116) and at least one spiral auger flight (142, 144; 146, 148) on said annular base (138; 140) extending radially so that the outer diameter (150; 152) overlaps the outer diameter (150; 152) of an adjacent flight (142, 144; 146, 148) from a rearward end of said annular base (138; 140) significantly towards a forward most portion of said annular base (138; 140); characterized in that the outer diameter (150; 152) of the auger flights (142, 144; 146, 148) is constant from the rearward end of said annular base (138; 140) to the forward end of said annular base (138; 140); and wherein said at least one auger flight (146, 148) has a leading edge (147, 149) at the forward end thereof, said leading edge (147, 149) extending generally perpendicularly relative to the rotational axis of said stalk roll to the outer diameter of said at least one auger flight (146, 148).
A ZnO vapor deposition material for formation of a transparent conductive film comprising: a porous ZnO sintered body containing Ce and Al, wherein the Ce content is higher than the Al content, the Ce content is in a range of 0.1 to 14.9% by mass, the Al content is in a range of 0.1 to 10% by mass, and the sintered body has a porosity of 3 to 50%. a porous ZnO sintered body containing Ce and Al, wherein the Ce content is higher than the Al content, the Ce content is in a range of 0.1 to 14.9% by mass, the Al content is in a range of 0.1 to 10% by mass, and the sintered body has a porosity of 3 to 50%.
Rotor for a turbomachine, wherein the rotor has a vibration reduction device, which is formed in such a way that it damps vibrations of the rotor which emerge during operation of the turbomachine, wherein the vibration reduction device has a housing, wherein a track surface is formed inside the housing, wherein the vibration reduction device comprises a rolling body in the housing, which rolling body is arranged with capability of movement on the track surface, characterized in that the housing is screwed onto a basic body which is arranged on the rotor.
A method for communication, the method comprising: in an IP multimedia gateway, IMG, (112, 200): identifying a client device (132, 134), which is communicatively coupled to said IMG, and currently possess a security capability that is not compatible with a security capability of a service manager to enable secure communication with and/or receiving of a service from said service manager; and enabling a security process between said client device and said service manager to enable said client device to receive said service from said service manager, wherein enabling said security process comprises translating between said security capability of said client device and said security capability of said service manager. in an IP multimedia gateway, IMG, (112, 200): identifying a client device (132, 134), which is communicatively coupled to said IMG, and currently possess a security capability that is not compatible with a security capability of a service manager to enable secure communication with and/or receiving of a service from said service manager; and enabling a security process between said client device and said service manager to enable said client device to receive said service from said service manager, wherein enabling said security process comprises translating between said security capability of said client device and said security capability of said service manager. identifying a client device (132, 134), which is communicatively coupled to said IMG, and currently possess a security capability that is not compatible with a security capability of a service manager to enable secure communication with and/or receiving of a service from said service manager; and enabling a security process between said client device and said service manager to enable said client device to receive said service from said service manager, wherein enabling said security process comprises translating between said security capability of said client device and said security capability of said service manager.
A drive device for a sliding door of a motor vehicle, comprising an output element rotatable about an axis of rotation by a drive motor, and an electromagnetic locking mechanism for locking the output element, wherein the locking mechanism comprises a friction element which has a magnetic material and which is supported at the output element in a rotationally fixed manner, but in a movable manner in the direction of the axis of rotation; a fixed-position friction surface; and an electromagnet which has a magnetic coil and a magnet body and by which the friction element can be brought into engagement with the friction surface to lock the output element, characterized in that the material of the friction element is magnetically soft, the magnet body comprises a ferromagnetic, magnetically hard material, and the deactivation of the electromagnet takes place by a pulsed alternating energization of the magnetic coil, wherein the holding force exerted by the electromagnet on the output element when the locking mechanism is activated is selected such that the sliding door is reliably held in an open position even on a downward incline, but it is still possible for a vehicle user to manually overcome the holding force and to manually move the sliding door. an output element rotatable about an axis of rotation by a drive motor, and an electromagnetic locking mechanism for locking the output element, wherein the locking mechanism comprises a friction element which has a magnetic material and which is supported at the output element in a rotationally fixed manner, but in a movable manner in the direction of the axis of rotation; a fixed-position friction surface; and an electromagnet which has a magnetic coil and a magnet body and by which the friction element can be brought into engagement with the friction surface to lock the output element, characterized in that the material of the friction element is magnetically soft, the magnet body comprises a ferromagnetic, magnetically hard material, and the deactivation of the electromagnet takes place by a pulsed alternating energization of the magnetic coil, wherein the holding force exerted by the electromagnet on the output element when the locking mechanism is activated is selected such that the sliding door is reliably held in an open position even on a downward incline, but it is still possible for a vehicle user to manually overcome the holding force and to manually move the sliding door.
A refractory for steel casting, wherein the refractory for steel casting comprises a refractory material containing a free carbon in the range of 1 to 10% by mass, both inclusive, a metal aluminum in the range of 1 to 15% by mass, both inclusive, and a metal oxide in a balance; and the refractory for steel casting satisfies a following Equation 1, provided that a metal aluminum content in the refractory is designated by Al% by mass, an apparent porosity thereof is designated by P%, and a bulk density thereof is designated by D 0.31 × Al ≤ P − 4 / D wherein the refractory for steel casting contains a metal silicon in the range of 0.5 to 4% by mass, both inclusive, and/or the metal aluminum content therein is in the range of 6 to 15% by mass, both inclusive.
A reactor comprising: a) a reactor tube having an inner wall surface; b) a catalyst support component, the catalyst support component having an outer circumferential face, a top surface and a bottom surface, the catalyst support component being positioned in the reactor tube such that the outer circumferential face of the catalyst support component faces the inner wall of the reactor tube and a gap exists between the outer circumferential face of the catalyst support component and the inner wall of the reactor tube; c) a flexible corrugated seal in direct contact with the inner wall surface of the reactor tube and the outer circumferential face, the top surface or the bottom surface of the catalyst support component, wherein a portion of the seal is in contact with the top surface or the bottom surface of the catalyst support component and the portion of the seal in contact with the top surface or the bottom surface of the catalyst support component further being in contact with a second catalyst support component, a portion of the flexible seal being positioned to block fluid flow through the reactor between the outer circumferential face of the catalyst support component and the inner wall of the reactor tube. a) a reactor tube having an inner wall surface; b) a catalyst support component, the catalyst support component having an outer circumferential face, a top surface and a bottom surface, the catalyst support component being positioned in the reactor tube such that the outer circumferential face of the catalyst support component faces the inner wall of the reactor tube and a gap exists between the outer circumferential face of the catalyst support component and the inner wall of the reactor tube; c) a flexible corrugated seal in direct contact with the inner wall surface of the reactor tube and the outer circumferential face, the top surface or the bottom surface of the catalyst support component, wherein a portion of the seal is in contact with the top surface or the bottom surface of the catalyst support component and the portion of the seal in contact with the top surface or the bottom surface of the catalyst support component further being in contact with a second catalyst support component, a portion of the flexible seal being positioned to block fluid flow through the reactor between the outer circumferential face of the catalyst support component and the inner wall of the reactor tube.
An antifouling coating composition comprising: a hydrolyzable polymer including at least one selected from the group consisting of a polymer having a structural unit represented by the formula below and a polymer having a structural unit represented by the formula below, a versatic acid, and an antifouling agent component, [in the formula, M is zinc or copper, and R 1 independently at each occurrence is a hydrogen atom or a methyl group] -COO-M-O-COR 2 · · · [in the formula, M is zinc or copper, and R 2 is an organic group]. a hydrolyzable polymer including at least one selected from the group consisting of a polymer having a structural unit represented by the formula below and a polymer having a structural unit represented by the formula below, a versatic acid, and an antifouling agent component, [in the formula, M is zinc or copper, and R 1 independently at each occurrence is a hydrogen atom or a methyl group] -COO-M-O-COR 2 · · · [in the formula, M is zinc or copper, and R 2 is an organic group].
A casing structure of a steam turbine in which an outer casing is divided vertically, wherein the outer casing is divided into an upper casing (31; 41; 51) and a lower casing (32; 42; 52), and either one or both of the divided upper casing (31; 41; 51) and the lower casing (32; 42; 52) are divided into a portion including at least a part of a through hole through which a rotor penetrates, and the outer casing is divided into the upper casing (31; 41; 51) and the lower casing (32; 42; 52) on a horizontal plane through which the rotor passes, and the upper casing (31; 41; 51) is divided into an upper part of an end-plate cone (21A-1; 21B-1) of an end-plate cone portion (21A; 21B) and an upper block (34; 53) having a top panel (31a; 41a; 51a; 61a), characterized in that the lower casing (32; 42; 52) is divided into a lower part of an end-plate cone (21A-2; 21B-2) of the end-plate cone portion (21A; 21B) and a lower block (44; 54) and a bonding portion (56; 66) on an outer circumference of the end-plate cone portion (21A; 21B), the bonding portion being formed in an L shape.
Method for preparing a syringe, comprising the following successive steps: a) providing a syringe body which has an annular inner surface, said body extending about a longitudinal axis of symmetry (I-I) between a distal end with an outlet orifice and a proximal end via which a plunger head is intended to be introduced, said plunger head comprising a seal intended to come into leaktight contact against the annular inner surface, b) applying a corona treatment to said annular inner surface, c) coating said annular inner surface with a layer of silicone so as to obtain a syringe body with a silicone-coated annular inner surface, d) irradiating the syringe body with gamma radiation, characterized in that only one corona treatment step is applied. a) providing a syringe body which has an annular inner surface, said body extending about a longitudinal axis of symmetry (I-I) between a distal end with an outlet orifice and a proximal end via which a plunger head is intended to be introduced, said plunger head comprising a seal intended to come into leaktight contact against the annular inner surface, b) applying a corona treatment to said annular inner surface, c) coating said annular inner surface with a layer of silicone so as to obtain a syringe body with a silicone-coated annular inner surface, d) irradiating the syringe body with gamma radiation,
Diaphragm pump (101, 102, 107, 109, 116, 123) comprising a pump housing on which a disposable cell can be releasably fixed, the disposable cell having a first cell wall and a second cell wall which define an operating space therebetween, and an operating diaphragm drivingly connected to an oscillating stroke drive, which operating diaphragm can be releasably coupled with the flexible first cell wall on its diaphragm flat side remote from the stroke drive, characterised in that at least one outlet port provided with a return flow obstructer or a return flow preventer is provided in the operating diaphragm for evacuating the dead space arranged between the operating diaphragm and the first cell wall.
A hemodialysis machine comprising: a dialysate flow path for delivering a flow of dialysate solution through a dialyser, the flow path including: a flow balancer for achieving a balance in the dialysate solution flow volume observed between an inlet and an outlet of the dialyser over the course of a treatment, the flow balancer comprising a first flow balance pump having an inlet valve and an outlet valve and a second flow balance pump having an inlet valve and an outlet valve, the flow path further includes a flow restrictor means downstream of the flow balance pumps to reduce the pressure difference across the valves in the dialysate flow path, characterised in that the machine includes a disposable cartridge, the cartridge defining the dialysate flow path and the flow restrictor forms part of the flow path on the cartridge. a dialysate flow path for delivering a flow of dialysate solution through a dialyser, the flow path including: a flow balancer for achieving a balance in the dialysate solution flow volume observed between an inlet and an outlet of the dialyser over the course of a treatment, the flow balancer comprising a first flow balance pump having an inlet valve and an outlet valve and a second flow balance pump having an inlet valve and an outlet valve, the flow path further includes a flow restrictor means downstream of the flow balance pumps to reduce the pressure difference across the valves in the dialysate flow path, characterised in that the machine includes a disposable cartridge, the cartridge defining the dialysate flow path and the flow restrictor forms part of the flow path on the cartridge. a flow balancer for achieving a balance in the dialysate solution flow volume observed between an inlet and an outlet of the dialyser over the course of a treatment, the flow balancer comprising a first flow balance pump having an inlet valve and an outlet valve and a second flow balance pump having an inlet valve and an outlet valve, the flow path further includes a flow restrictor means downstream of the flow balance pumps to reduce the pressure difference across the valves in the dialysate flow path, characterised in that the machine includes a disposable cartridge, the cartridge defining the dialysate flow path and the flow restrictor forms part of the flow path on the cartridge.
A method comprising: depositing a plurality of atoms in a layer on a surface of a substrate that comprises a nickel alloy, wherein the plurality of atoms comprises at least one of a reactive element or a noble metal, and wherein the nickel alloy comprises a phase composition; and bombarding the layer with inert ions to implant at least some of the plurality of atoms in the substrate and form a modified subsurface region with a maximum depth of between 0.01 μm and 0.3 μm measured in a direction substantially normal to the surface, wherein the phase constitution in the modified subsurface region is the same before and after the formation of the modified subsurface region. depositing a plurality of atoms in a layer on a surface of a substrate that comprises a nickel alloy, wherein the plurality of atoms comprises at least one of a reactive element or a noble metal, and wherein the nickel alloy comprises a phase composition; and bombarding the layer with inert ions to implant at least some of the plurality of atoms in the substrate and form a modified subsurface region with a maximum depth of between 0.01 μm and 0.3 μm measured in a direction substantially normal to the surface, wherein the phase constitution in the modified subsurface region is the same before and after the formation of the modified subsurface region.
A circuit protection device for use with a circuit that includes at least one conductor, said circuit protection device comprising: at least one phase electrode assembly electrically coupled to the at least one conductor, said at least one phase electrode assembly comprising an adjustable electrode assembly; a conductor base comprising at least one isolation area sized to secure said adjustable electrode assembly therein, a sidewall and an interior wall, said sidewall and said interior wall disposed to define each of said plurality of isolation areas, and said interior wall configured to provide electrical isolation between a plurality of phase straps of the plurality of phase electrode assemblies; and a conductor cover coupled to said conductor base and comprising at least one isolation channel, wherein said adjustable electrode assembly extends at least partially through said at least one isolation area. at least one phase electrode assembly electrically coupled to the at least one conductor, said at least one phase electrode assembly comprising an adjustable electrode assembly; a conductor base comprising at least one isolation area sized to secure said adjustable electrode assembly therein, a sidewall and an interior wall, said sidewall and said interior wall disposed to define each of said plurality of isolation areas, and said interior wall configured to provide electrical isolation between a plurality of phase straps of the plurality of phase electrode assemblies; and a conductor cover coupled to said conductor base and comprising at least one isolation channel, wherein said adjustable electrode assembly extends at least partially through said at least one isolation area.
A vehicle suspension apparatus including a valve having an inlet port which is fluidly communicable with a supply of pressurised fluid, an outlet port which is fluidly communicable with a suspension actuator, and an exhaust port which is fluidly communicable with a low-pressure area, the valve also including a valve actuation member which is moveable between a first position to enable the flow of fluid from the supply of pressurised fluid to the suspension actuator and a second position to enable the flow of fluid from the suspension actuator to the exhaust port, wherein the valve actuation member is electronically and manually controllable, the suspension apparatus including a manual adjustment device which is moveable between a disengaged position in which the flow of fluid to and/or from the suspension actuator is not controlled by the manual adjustment device, and an engaged position in which the flow of fluid to and/or from the suspension actuator is controlled by the manual adjustment device, characterised in that the vehicle suspension apparatus includes a levelling portion, which includes a first inlet which is fluidly communicable with the outlet port of the valve, a second inlet which is fluidly communicable with a levelling device, and an outlet which is fluidly communicable with the suspension actuator.