mhurhangee/ep-ind-claims huggingface dataset:
A method for producing an R-Fe-B based microcrystalline high-density magnet, the method comprising the steps of: providing an R-Fe-B based rare-earth alloy powder (where R is at least one element selected from the group consisting of the rare-earth elements including Y and Sc) with a mean particle size of less than 20 μm; compacting the R-Fe-B based rare-earth alloy powder to make a powder compact; subjecting the powder compact to a heat treatment at a temperature of 550 °C to less than 1,000 °C within hydrogen gas, thereby producing hydrogenation and disproportionation reactions; subjecting the powder compact to another heat treatment at a temperature of 550 °C to less than 1,000 °C within either a vacuum or an inert atmosphere, thereby producing desorption and recombination reactions and obtaining a porous material including fine crystal grains, of which the density is 50% to 90% of their true density and which have an average crystal grain size of 0.01 μm to 2 μm; and subjecting the porous material to yet another heat treatment at a temperature of 750 °C to less than 1,000 °C within either the vacuum or the inert atmosphere, thereby further increasing its density to 93% or more of their true density. providing an R-Fe-B based rare-earth alloy powder (where R is at least one element selected from the group consisting of the rare-earth elements including Y and Sc) with a mean particle size of less than 20 μm; compacting the R-Fe-B based rare-earth alloy powder to make a powder compact; subjecting the powder compact to a heat treatment at a temperature of 550 °C to less than 1,000 °C within hydrogen gas, thereby producing hydrogenation and disproportionation reactions; subjecting the powder compact to another heat treatment at a temperature of 550 °C to less than 1,000 °C within either a vacuum or an inert atmosphere, thereby producing desorption and recombination reactions and obtaining a porous material including fine crystal grains, of which the density is 50% to 90% of their true density and which have an average crystal grain size of 0.01 μm to 2 μm; and subjecting the porous material to yet another heat treatment at a temperature of 750 °C to less than 1,000 °C within either the vacuum or the inert atmosphere, thereby further increasing its density to 93% or more of their true density.
Battery, in particular a battery of a stacked construction, comprising a) at least one layer with anode material; b) for each at least one layer with anode material, at least one layer with cathode material, and c) between each at least one layer with anode material and at least one layer with cathode material, at least one separator as a separating layer, d) a housing with an interior space, the housing surrounding the layers, and e) the housing consisting substantially of a material that has no electrical conductivity or an electrical conductivity of less than 10 -6 S/m and is mechanically stable, preferably of a nonconductor, preferably of plastic, and f) the separator protruding in surface area beyond the at least one layer with cathode material, so that the separator forms at least one overhang beyond at least one edge of the at least one layer with cathode material and the overhang of the separator is connected to a further overhang of the separator, or an overhang of a further separator, by way of a plurality of integral connecting locations (10, 11), characterized in that g) the plurality of integral connecting locations (10, 11) are such that not the entire overhang is integrally connected to a further overhang, but only a plurality of individual connecting locations. a) at least one layer with anode material; b) for each at least one layer with anode material, at least one layer with cathode material, and c) between each at least one layer with anode material and at least one layer with cathode material, at least one separator as a separating layer, d) a housing with an interior space, the housing surrounding the layers, and e) the housing consisting substantially of a material that has no electrical conductivity or an electrical conductivity of less than 10 -6 S/m and is mechanically stable, preferably of a nonconductor, preferably of plastic, and f) the separator protruding in surface area beyond the at least one layer with cathode material, so that the separator forms at least one overhang beyond at least one edge of the at least one layer with cathode material and the overhang of the separator is connected to a further overhang of the separator, or an overhang of a further separator, by way of a plurality of integral connecting locations (10, 11), g) the plurality of integral connecting locations (10, 11) are such that not the entire overhang is integrally connected to a further overhang, but only a plurality of individual connecting locations.
A method for logging subsurface formations penetrated by a wellbore comprising: measuring electromagnetic properties of the formations using electromagnetic fields having a magnetic dipole axis parallel to a logging tool axis; measuring electromagnetic properties of the formations using electromagnetic fields having a magnetic dipole axis oblique to the logging tool axis; mapping a measured phase shift and attenuations to the properties of the formations with dipole approximations to convert non-dipole antenna measurements into an equivalent dipole antenna response; determining a horizontal resistivity of the formations from the parallel dipole axis measurements using a layered structure formation model; and determining a vertical resistivity, formation layer boundaries and a dip angle of the formations from the oblique dipole axis measurements. measuring electromagnetic properties of the formations using electromagnetic fields having a magnetic dipole axis parallel to a logging tool axis; measuring electromagnetic properties of the formations using electromagnetic fields having a magnetic dipole axis oblique to the logging tool axis; mapping a measured phase shift and attenuations to the properties of the formations with dipole approximations to convert non-dipole antenna measurements into an equivalent dipole antenna response; determining a horizontal resistivity of the formations from the parallel dipole axis measurements using a layered structure formation model; and determining a vertical resistivity, formation layer boundaries and a dip angle of the formations from the oblique dipole axis measurements.
A process for the production of an alkylene carbonate and/or an alkylene glycol comprising: - contacting an epoxidation feed comprising an alkene, oxygen, and an epoxidation recycle gas with an epoxidation catalyst in an epoxidation reactor to yield an epoxidation reaction product comprising an alkylene oxide; - contacting the epoxidation reaction product with a lean absorbent in the presence of an bromide-containing carboxylation catalyst in an alkylene oxide absorber to yield the epoxidation recycle gas and a fat absorbent containing alkylene carbonate; and - contacting at least a portion of the epoxidation recycle gas with a purification absorbent capable of reducing the quantity of bromide-containing impurities prior to contacting with the epoxidation catalyst, wherein the purification absorbent is positioned within one or more separate purification vessels positioned upstream from the epoxidation reactor or wherein the epoxidation reactor is a multi-tubular shell-and-tube heat exchanger with the purification absorbent positioned within the epoxidation reactor upstream from the reactor tubes, wherein the purification absorbent comprises silver. - contacting an epoxidation feed comprising an alkene, oxygen, and an epoxidation recycle gas with an epoxidation catalyst in an epoxidation reactor to yield an epoxidation reaction product comprising an alkylene oxide; - contacting the epoxidation reaction product with a lean absorbent in the presence of an bromide-containing carboxylation catalyst in an alkylene oxide absorber to yield the epoxidation recycle gas and a fat absorbent containing alkylene carbonate; and - contacting at least a portion of the epoxidation recycle gas with a purification absorbent capable of reducing the quantity of bromide-containing impurities prior to contacting with the epoxidation catalyst,
A method for treating surfaces of cement, concrete, mortar or floor screed comprising applying at least one layer of a composition comprising of 2-20% by weight of particles of plasticized polyvinyl butyral dispersed in water in an amount of 100 g/m 2 -600 g/m 2.
Electrical connector adapted to be mounted to an electric cable having a plurality of wires (9, 9') each with an electrical conductor and an insulating jacket, a shielding surrounding the wires (9, 9') and an outer insulating jacket surrounding the shielding comprising: a retainer with a bore, said retainer being made of an electrically conductive material and being adapted to be mounted onto the outer insulating jacket of the electric cable, wherein the bore has a contact section with a cylindrical inner contact face adapted to be in contact to Z the shielding of the cable, a cavity block having a plurality of cavities (13, 13') adapted to accommodate electrical terminals (10, 10') connected to the electrical conductors of the wires (9, 9') of the cable, and a tubular shield element made of an electrically conductive material and accommodating said retainer and said cavity block, characterized in that said bore of the retainer is threaded and adapted to be screwed onto the outer insulating jacket of the electric cable, wherein the bore has a threaded section, the threaded section being separate from the contact section. a retainer with a bore, said retainer being made of an electrically conductive material and being adapted to be mounted onto the outer insulating jacket of the electric cable, wherein the bore has a contact section with a cylindrical inner contact face adapted to be in contact to Z the shielding of the cable, a cavity block having a plurality of cavities (13, 13') adapted to accommodate electrical terminals (10, 10') connected to the electrical conductors of the wires (9, 9') of the cable, and a tubular shield element made of an electrically conductive material and accommodating said retainer and said cavity block, characterized in that said bore of the retainer is threaded and adapted to be screwed onto the outer insulating jacket of the electric cable, wherein the bore has a threaded section, the threaded section being separate from the contact section.
A fiber optic management unit for handling optical fibers, the fiber optic management unit comprises: a base having two segments (12a, 12b) running perpendicular to each other, wherein the fiber optic management unit is mountable to a support structure through a first segment of the base, and wherein the two segments (12a, 12b) of the base provide a fiber routing track for optical fibers; a tray, wherein the tray is pivotably attached to a free end of a second segment of the base in such a way that tray is transferable between a first position in which the fiber routing track of the first segment is closed and a second position in which the fiber routing track of the first segment is opened by pivoting the tray around a first axis; characterized in that the tray is in addition transferable between the second position in which the fiber routing track of the first segment is opened and a third position in which the fiber routing track of the first segment is also opened by pivoting the tray around a second axis running perpendicular to the first axis wherein the first pivoting axis runs perpendicular to the routing direction of optical fibers through the second segment of the base, and wherein the second pivoting axis runs parallel to the routing direction of the optical fibers through the second segment of the base. a base having two segments (12a, 12b) running perpendicular to each other, wherein the fiber optic management unit is mountable to a support structure through a first segment of the base, and wherein the two segments (12a, 12b) of the base provide a fiber routing track for optical fibers; a tray, wherein the tray is pivotably attached to a free end of a second segment of the base in such a way that tray is transferable between a first position in which the fiber routing track of the first segment is closed and a second position in which the fiber routing track of the first segment is opened by pivoting the tray around a first axis; characterized in that the tray is in addition transferable between the second position in which the fiber routing track of the first segment is opened and a third position in which the fiber routing track of the first segment is also opened by pivoting the tray around a second axis running perpendicular to the first axis wherein the first pivoting axis runs perpendicular to the routing direction of optical fibers through the second segment of the base, and wherein the second pivoting axis runs parallel to the routing direction of the optical fibers through the second segment of the base.
A toy figurine, comprising - a toy figurine first part resembling an upper body of a character; and - a toy figurine second part resembling a lower body part of the character, the toy figurine first part comprising connection means (30, 35), and the toy figurine second part comprising complementary connection means (80, 81), the toy figurine first part and the toy figurine second part together forming the complete character of the toy figurine, when connected to each other, characterized in that the toy figurine first part comprises two or more switches formed in a first array of switches, the two or more switches being formed at an outer surface at a lower portion of the toy figurine first part, the toy figurine second part comprising a shell having an inner space configured for receiving at least a lower portion of the toy figurine first part, and a second array comprising a combination of contact pegs being configured for activating one or more of the two or more switches, when the toy figurine first part and the toy figurine second part are connected, and voids being configured for not activating a switch, when the toy figurine first part and the toy figurine second part are connected, where the second array is formed in a lower part of the inner space. - a toy figurine first part resembling an upper body of a character; and - a toy figurine second part resembling a lower body part of the character, the toy figurine first part comprising connection means (30, 35), and the toy figurine second part comprising complementary connection means (80, 81), the toy figurine first part and the toy figurine second part together forming the complete character of the toy figurine, when connected to each other, characterized in that the toy figurine first part comprises two or more switches formed in a first array of switches, the two or more switches being formed at an outer surface at a lower portion of the toy figurine first part, the toy figurine second part comprising a shell having an inner space configured for receiving at least a lower portion of the toy figurine first part, and a second array comprising a combination of contact pegs being configured for activating one or more of the two or more switches, when the toy figurine first part and the toy figurine second part are connected, and voids being configured for not activating a switch, when the toy figurine first part and the toy figurine second part are connected, where the second array is formed in a lower part of the inner space.
A composition for use in the treatment of a dermatological disorder in a subject in need thereof, the composition comprising: a) a reactive reinforcing component comprising a reactive constituent and a reinforcing constituent, and b) a cross-linking component comprising a metal catalyst; wherein said reactive constituent comprises at least one organopolysiloxane and at least one hydride functionalized polysiloxane; wherein the reactive reinforcing component has a vinyl to functional hydride ratio of between 1:10 and 1:100; and wherein said cross-linking component facilitates in situ cross-linking of the reactive reinforcing component, such that a film is formed on skin, thereby treating the dermatological disorder. a) a reactive reinforcing component comprising a reactive constituent and a reinforcing constituent, and b) a cross-linking component comprising a metal catalyst; wherein said reactive constituent comprises at least one organopolysiloxane and at least one hydride functionalized polysiloxane; wherein the reactive reinforcing component has a vinyl to functional hydride ratio of between 1:10 and 1:100; and wherein said cross-linking component facilitates in situ cross-linking of the reactive reinforcing component, such that a film is formed on skin, thereby treating the dermatological disorder.
A process of preparation of a black leaf tea product comprising the steps of: a. taking fresh tea leaf; b. incubating the fresh leaf at a temperature in the range 4 °C to 60 °C under anaerobic conditions for a period of 4-36 hours; c. subjecting the incubated leaf to comminution; d. fermenting the comminuted leaf by keeping the leaf at a temperature of 15-35°C for 15 minutes to 3hours; and e. drying the fermented tea leaf at a temperature of 80-130°C to obtain the black leaf tea product. a. taking fresh tea leaf; b. incubating the fresh leaf at a temperature in the range 4 °C to 60 °C under anaerobic conditions for a period of 4-36 hours; c. subjecting the incubated leaf to comminution; d. fermenting the comminuted leaf by keeping the leaf at a temperature of 15-35°C for 15 minutes to 3hours; and e. drying the fermented tea leaf at a temperature of 80-130°C to obtain the black leaf tea product.
Robot manual control device, comprising a basic safety control device, a mobile terminal and a holder, which is designed to secure the mobile terminal onto the basic safety control device, wherein the holder comprises at least one adapter device which is designed to mechanically connect the mobile terminal to the basic safety control device, characterised in that the basic safety control device comprises a first handheld operation unit part and at least one second handheld operation unit part which is adjustable relative to the first handheld operation unit part, wherein the handheld operation unit parts (22a, 22b) are coupled to one another adjustably such that the handheld operation unit parts (22a, 22b) in a basic arrangement form a contour-narrowed robot manual control device and in a contour-widened mounting arrangement in which the second handheld operation unit part is arranged to be offset from the first handheld operation unit part relative to the basic arrangement, the robot manual control device is designed to mount the mobile terminal by means of the adapter device.
Hybrid module (20; 150, 152; 220; 370; 500; 612; 650) for a modular conveyor belt, comprising: a bridge section (30; 170; 230; 330; 355; 420; 470; 654) having a first transverse end and a second transverse end; two end modules (40, 42; 190; 240, 242; 340; 350; 410; 460; 652), each end module comprising: a body having an outer end and an inner end; an outer link end (48; 154) extending from the body in a first direction parallel to a direction of belt travel; and one or more inner link ends (46; 160; 352) extending from the body, at least one of the inner link ends (46; 160; 352) extending from the body in a second direction opposite the first direction and configured to interdigitate with the outer link end (48; 154) of an adjacent end module, the one or more inner link ends (46; 160; 352) each having a transverse opening (47; 161) defined therein; whereby the bridge section (30; 170; 230; 330; 355; 420; 470; 654) has a body having a leading surface configured to be convex and a trailing surface, wherein no link ends with transverse openings extend from the body in a direction parallel to a direction of belt travel, characterised in that the trailing surface is configured to be correspondingly concave to the convex leading surface. a bridge section (30; 170; 230; 330; 355; 420; 470; 654) having a first transverse end and a second transverse end; two end modules (40, 42; 190; 240, 242; 340; 350; 410; 460; 652), each end module comprising: a body having an outer end and an inner end; an outer link end (48; 154) extending from the body in a first direction parallel to a direction of belt travel; and one or more inner link ends (46; 160; 352) extending from the body, at least one of the inner link ends (46; 160; 352) extending from the body in a second direction opposite the first direction and configured to interdigitate with the outer link end (48; 154) of an adjacent end module, the one or more inner link ends (46; 160; 352) each having a transverse opening (47; 161) defined therein; a body having an outer end and an inner end; an outer link end (48; 154) extending from the body in a first direction parallel to a direction of belt travel; and one or more inner link ends (46; 160; 352) extending from the body, at least one of the inner link ends (46; 160; 352) extending from the body in a second direction opposite the first direction and configured to interdigitate with the outer link end (48; 154) of an adjacent end module, the one or more inner link ends (46; 160; 352) each having a transverse opening (47; 161) defined therein; whereby the bridge section (30; 170; 230; 330; 355; 420; 470; 654) has a body having a leading surface configured to be convex and a trailing surface, wherein no link ends with transverse openings extend from the body in a direction parallel to a direction of belt travel, characterised in that the trailing surface is configured to be correspondingly concave to the convex leading surface.
A flexible display panel, characterized in that the flexible display panel comprises a display region and a non-display region, wherein a part of the flexible display panel disposed in the non-display region comprises a flexible substrate, a multi-barrier layer, and a planarization layer; and characterized in that a cutting track is defined at a peripheral edge of the non-display region, a groove is defined in the cutting track, and an end of the planarization layer extends to at least an interface formed between the multi-barrier layer and the flexible substrate through a sidewall of the groove; the groove is defined in the multi-barrier layer, the groove penetrates the multi-barrier layer and a part of the flexible substrate, the groove exposes a portion of a side surface of the flexible substrate, and the planarization layer covers the portion of the side surface of the flexible substrate. characterized in that a cutting track is defined at a peripheral edge of the non-display region, a groove is defined in the cutting track, and an end of the planarization layer extends to at least an interface formed between the multi-barrier layer and the flexible substrate through a sidewall of the groove; the groove is defined in the multi-barrier layer, the groove penetrates the multi-barrier layer and a part of the flexible substrate, the groove exposes a portion of a side surface of the flexible substrate, and the planarization layer covers the portion of the side surface of the flexible substrate.