mhurhangee/ep-ind-claims huggingface dataset:
A catalyst for NOx storage and reduction comprising: a carrier including alkali metal and Al, or alkali earth metal and Al; a NOx storage element of alkali metal, alkali earth metal or rare earth element; and one or more noble metals that are selected from the group consisting of Pt, Pd, Ru, Ag, Au and Rh; wherein the carrier has a structure of layered double hydroxides that is represented by the following Formula: [Z-Al 2 6]X·yH 2 O (LiAl 2 -X) wherein, Z is Li, Na, K, Rb, Cs, Fr, Be, Mg, Ca, Sr, Ba, or Ra, X is Cl -, Br -, NO 3 -, CO 3 2- or SO 4 2-, and y is a rational number in the range of 0.5 to 4. a carrier including alkali metal and Al, or alkali earth metal and Al; a NOx storage element of alkali metal, alkali earth metal or rare earth element; and one or more noble metals that are selected from the group consisting of Pt, Pd, Ru, Ag, Au and Rh; wherein the carrier has a structure of layered double hydroxides that is represented by the following Formula: [Z-Al 2 6]X·yH 2 O (LiAl 2 -X) wherein, Z is Li, Na, K, Rb, Cs, Fr, Be, Mg, Ca, Sr, Ba, or Ra, X is Cl -, Br -, NO 3 -, CO 3 2- or SO 4 2-, and y is a rational number in the range of 0.5 to 4.
A package comprising a) a container with a mouth, b) a stopper removable inserted into said mouth, c) a cap overlying said stopper wherein said cap comprises a cover aperture defining a centrally-located passageway there through, and a cylindrical wall which extends downwardly generally about the periphery of the circular cover aperture, wherein the cover aperture comprises an inner and an outer perimetrical rim, wherein the inner rim defines the circumference edge of the passageway of the cover aperture, and d) a removable flip cover comprising a circular disc overlaying the cover aperture of the cap and a periphery wall being engaged with the cylindrical wall of the cap; wherein the flip cover further comprises legs extending downwardly from the circular disc, being annularly arranged, adapted to fit the inner perimetric rim of the centrally-located passageway of the cover aperture of the cap characterized in that at least one of the legs is a two-stage leg comprising a first part and a second part, wherein the first part is a bar extending downwardly from the circular disc while the second part is an extended leg comprising a longer elongated bar which extends from said first part and wherein at least one of the two-stage legs secures the flip cover in place by compression of the second part of the leg between the underside of the cover aperture of the cap and the upper surface of the stopper. a) a container with a mouth, b) a stopper removable inserted into said mouth, c) a cap overlying said stopper wherein said cap comprises a cover aperture defining a centrally-located passageway there through, and a cylindrical wall which extends downwardly generally about the periphery of the circular cover aperture, wherein the cover aperture comprises an inner and an outer perimetrical rim, wherein the inner rim defines the circumference edge of the passageway of the cover aperture, and d) a removable flip cover comprising a circular disc overlaying the cover aperture of the cap and a periphery wall being engaged with the cylindrical wall of the cap;
An implantable device for altering fluid flow through a body lumen, the body lumen coupled to a branch lumen, the implantable device comprising: a flow modulator (10, 110, 120) configured to be implanted within the body lumen, the flow modulator comprising an upstream component (12, 112, 122) separated by a gap (14, 114) from a downstream component (16, 116, 126), the upstream component having an inlet, an outlet (15, 113, 123), and a cross-sectional flow area that converges from the inlet towards the outlet, the downstream component having an entry (21, 117), an exit, and a cross-sectional flow area that diverges from the entry towards the exit, wherein the gap defines a pathway that communicates with the branch lumen, wherein the flow modulator is configured to accelerate a fluid stream passing through the upstream component towards the downstream component to generate a low pressure region in the vicinity of the gap and to entrain additional fluid into the fluid stream as the fluid stream passes into the entry of the downstream component, characterized in that, the cross-sectional flow area at the outlet of the upstream component is less than the cross-sectional flow area at the entry of the downstream component. a flow modulator (10, 110, 120) configured to be implanted within the body lumen, the flow modulator comprising an upstream component (12, 112, 122) separated by a gap (14, 114) from a downstream component (16, 116, 126), the upstream component having an inlet, an outlet (15, 113, 123), and a cross-sectional flow area that converges from the inlet towards the outlet, the downstream component having an entry (21, 117), an exit, and a cross-sectional flow area that diverges from the entry towards the exit, wherein the gap defines a pathway that communicates with the branch lumen, wherein the flow modulator is configured to accelerate a fluid stream passing through the upstream component towards the downstream component to generate a low pressure region in the vicinity of the gap and to entrain additional fluid into the fluid stream as the fluid stream passes into the entry of the downstream component, characterized in that, the cross-sectional flow area at the outlet of the upstream component is less than the cross-sectional flow area at the entry of the downstream component.
A multi-speed transmission for a vehicle, wherein the transmission has an extension in an axial direction and comprises a first input shaft, a second input shaft, a first output shaft, a second output shaft, a first intermediate shaft and a second intermediate shaft, characterized in that the transmission further comprises an annulus internally toothed first ring gear drivingly connected to the second input shaft and an annulus internally toothed second ring gear releasably connected to the first ring gear, wherein the first intermediate shaft comprises a first gear wheel in engagement with the first ring gear and a second gear wheel in engagement with the second ring gear, wherein the second intermediate shaft comprises a third gear wheel in engagement with the first ring gear and a fourth gear wheel in engagement with the second ring gear, wherein the first output shaft comprises a fifth gear wheel in engagement with the second gear wheel, and the second output shaft comprises a sixth gear wheel in engagement with the fourth gear wheel, wherein the first ring gear, the first gear wheel, and the third gear wheel are arranged in a first axial plane (P A1); wherein the second ring gear, the second gear wheel, and the fifth gear wheel are arranged in a second axial plane (P A2); and wherein the second ring gear, the fourth gear wheel, and the sixth gear wheel are arranged in a third axial plane (P A3). characterized in that the transmission further comprises an annulus internally toothed first ring gear drivingly connected to the second input shaft and an annulus internally toothed second ring gear releasably connected to the first ring gear, wherein the first intermediate shaft comprises a first gear wheel in engagement with the first ring gear and a second gear wheel in engagement with the second ring gear, wherein the second intermediate shaft comprises a third gear wheel in engagement with the first ring gear and a fourth gear wheel in engagement with the second ring gear, wherein the first output shaft comprises a fifth gear wheel in engagement with the second gear wheel, and the second output shaft comprises a sixth gear wheel in engagement with the fourth gear wheel, wherein the first ring gear, the first gear wheel, and the third gear wheel are arranged in a first axial plane (P A1); wherein the second ring gear, the second gear wheel, and the fifth gear wheel are arranged in a second axial plane (P A2); and wherein the second ring gear, the fourth gear wheel, and the sixth gear wheel are arranged in a third axial plane (P A3).
Solar module holder for clampingly holding a solar module, which has a basic holder which can be fastened at the mounting location, an intermediate element and a clamping holder, wherein a clamping surface of the clamping holder forms a holding clamp (46, 47) for the solar module with a counterclamping surface of the basic holder, and wherein the intermediate element is held on the basic holder displaceably transversely to the clamping direction and the clamping holder is operatively connected to the intermediate element by means of a screw connection having an axis of rotation, the clamping holder being guided on the intermediate element in a non-rotatable manner with respect to the axis of rotation of the screw connection by means of a rotation lock, characterised in that the intermediate element is held on the basic holder by means of a slot nut connection.
A moisture-permeable and waterproof film comprising an inorganic filler, wherein the film has: high-stretch regions and low-stretch regions each parallel to a first direction and alternating in the direction perpendicular to the first direction, bending resistance, and moisture permeability in the range of 2,000-4,000 g/m 2 /24 hours; characterized in that, the film comprises polylactic acid having a melting point of 150°C to 170°C; the bending resistance is in the range of 15-30 mm as measured by JIS L 1096: Method 1998.19.1 A, 45° cantilever method, with a 25mm width x 150 mm length sample; and the film has projections and recesses, and the high-stretch regions are formed centering on border sections of the projections and recesses and along the projections and recesses in the first direction C, while the low-stretch regions are formed centering on the sections other than the border sections of the projections and recesses in the first direction C. high-stretch regions and low-stretch regions each parallel to a first direction and alternating in the direction perpendicular to the first direction, bending resistance, and moisture permeability in the range of 2,000-4,000 g/m 2 /24 hours; characterized in that, the film comprises polylactic acid having a melting point of 150°C to 170°C; the bending resistance is in the range of 15-30 mm as measured by JIS L 1096: Method 1998.19.1 A, 45° cantilever method, with a 25mm width x 150 mm length sample; and the film has projections and recesses, and the high-stretch regions are formed centering on border sections of the projections and recesses and along the projections and recesses in the first direction C, while the low-stretch regions are formed centering on the sections other than the border sections of the projections and recesses in the first direction C.
A method of forming a fiber made of self-assembled peptide nanostructures, the method comprising: providing a hydrophilic solution containing homodipeptides, each homodipeptide being selected from the group consisting of naphthylalanine-naphthylalanine dipeptide, (pentafluro-phenylalanine)-(pentafluro-phenylalanine) dipeptide, (iodo-phenylalanine)-(iodo-phenylalanine) dipeptide, (4-phenyl phenylalanine)-(4-phenyl phenylalanine) dipeptide and (p-nitro-phenylalanine)-(p-nitro-phenylalanine) dipeptide; allowing said homodipeptides to self-assemble into self-assembled peptide nanostructures in said solution, each of said self-assembled peptide nariostructures being self-assembled from a plurality of said homodipeptides; and subjecting said solution to a spinning process so as to form at least one fiber of said self-assembled peptide nanostructures, the fiber being at least 10 μm in length. providing a hydrophilic solution containing homodipeptides, each homodipeptide being selected from the group consisting of naphthylalanine-naphthylalanine dipeptide, (pentafluro-phenylalanine)-(pentafluro-phenylalanine) dipeptide, (iodo-phenylalanine)-(iodo-phenylalanine) dipeptide, (4-phenyl phenylalanine)-(4-phenyl phenylalanine) dipeptide and (p-nitro-phenylalanine)-(p-nitro-phenylalanine) dipeptide; allowing said homodipeptides to self-assemble into self-assembled peptide nanostructures in said solution, each of said self-assembled peptide nariostructures being self-assembled from a plurality of said homodipeptides; and subjecting said solution to a spinning process so as to form at least one fiber of said self-assembled peptide nanostructures, the fiber being at least 10 μm in length.
A luminescent glass comprising a glass matrix, wherein said glass matrix comprises at least two layers of glass parts and at least one layer of a complex part which comprises glass materials and fluorescent powder dispersed in said materials, and said at least one layer of the complex part of glass and fluorescent powder is embedded into each layer of the glass parts; wherein said fluorescent powder is of the cerium-doped terbium aluminum garnet series.
A lens for distribution of LED light toward a preferential side along a plane of lens symmetry from a light emitter having an emitter axis and defining an emitter plane, comprising: an outer surface configured for refracting emitter light in predominantly off-axis directions toward the preferential side; characterized in that it further comprises an emitter-adjacent base end forming an emitter-receiving opening to an emitter-surrounding cavity and a back opening to a back cavity centered on a non-preferential side radially opposite the preferential side along the plane of lens symmetry; an inner surface defining the emitter-surrounding cavity and including (a) a front sector on the preferential side and having a first configuration for refracting light from the emitter and (b) a back sector on the non-preferential side radially opposite the front sector and having a second configuration for refracting light from the emitter, the front sector extends about the emitter axis along a front-sector arc that is greater than a back-sector arc along which the back sector extends, the second configuration differing from the first configuration; and an axially-offset primary back surface positioned to receive light from at least a portion of the inner-surface back sector and configured for total internal reflection thereof, the back cavity being partially bounded by the primary back surface, an axially-remote secondary back surface and an end surface extending from the primary back surface to the secondary back surface, and wherein light from primary back surface is directed toward the preferential side. an outer surface configured for refracting emitter light in predominantly off-axis directions toward the preferential side; characterized in that it further comprises an emitter-adjacent base end forming an emitter-receiving opening to an emitter-surrounding cavity and a back opening to a back cavity centered on a non-preferential side radially opposite the preferential side along the plane of lens symmetry; an inner surface defining the emitter-surrounding cavity and including (a) a front sector on the preferential side and having a first configuration for refracting light from the emitter and (b) a back sector on the non-preferential side radially opposite the front sector and having a second configuration for refracting light from the emitter, the front sector extends about the emitter axis along a front-sector arc that is greater than a back-sector arc along which the back sector extends, the second configuration differing from the first configuration; and an axially-offset primary back surface positioned to receive light from at least a portion of the inner-surface back sector and configured for total internal reflection thereof, the back cavity being partially bounded by the primary back surface, an axially-remote secondary back surface and an end surface extending from the primary back surface to the secondary back surface, and wherein light from primary back surface is directed toward the preferential side.
Hot air leak detection system comprising: - an insulation muff for a hot air duct, the insulation muff having venting holes, and - a flow guidance device for the insulation muff venting holes, the flow guidance device comprising a grid with through holes, the through holes of the grid being aligned in several rows in the direction corresponding to the long side of the flow guidance device, the rows having the same direction, such that in the direction perpendicular to that of the orientation of said rows of said through holes of the grid the said through holes are aligned in an alternate way, wherein the alignments are constituted by the lines that join the centres of the said through holes, the height of the grid being comprised between 2 and 25 mm, the flow guidance device additionally comprising a joining part for its joining with the insulation muff wherein the flow guidance device has an arcuate shape to be able to adapt to the curvature of the hot air duct,. - an insulation muff for a hot air duct, the insulation muff having venting holes, and - a flow guidance device for the insulation muff venting holes, the flow guidance device comprising a grid with through holes, the through holes of the grid being aligned in several rows in the direction corresponding to the long side of the flow guidance device, the rows having the same direction, such that in the direction perpendicular to that of the orientation of said rows of said through holes of the grid the said through holes are aligned in an alternate way, wherein the alignments are constituted by the lines that join the centres of the said through holes, the height of the grid being comprised between 2 and 25 mm, the flow guidance device additionally comprising a joining part for its joining with the insulation muff wherein the flow guidance device has an arcuate shape to be able to adapt to the curvature of the hot air duct,.
Method for operating a washing machine comprising a suds container for receiving washing liquid for treating laundry, a drum which is rotatably mounted in the suds container and intended for receiving the laundry, a heating member and a recirculation device for conveying washing liquid out of a lower region of the suds container into an upper region, based on the operational installation position of the washing machine, the method comprising carrying out a washing programme which comprises a heating step and a post-washing step carried out after the heating step has been completed, a washing liquid level being formed in the suds container during the heating step such that the heating member is below the washing liquid level and the drum is above the washing liquid level, based on the operational installation position of the washing machine, and steam being generated by operating the heating member, characterised in that the recirculation device is activated during the post-washing step if the selection temperature of the washing programme is less than or equal to a limit temperature which is equal to or up to 5°C higher than the temperature of the washing liquid in the lower region of the suds container.
Compositions comprising A) 50 to 95 parts by weight of at least one polymer selected from the group consisting of aromatic polycarbonate and aromatic polyestercarbonate, B) 5 to 50 parts by weight of at least one branched polyester, the polyester being derived from succinic acid and optionally further dicarboxylic acids and aliphatic, cycloaliphatic or araliphatic diols, C) 0 to 20 parts by weight of graft polymer, D) 0 to 20 parts by weight of vinyl (co)polymer and/or polyalkylene terephthalate, E) 0 to 30 parts by weight of additives, the parts by weight being standardized to the total weight of the composition. A) 50 to 95 parts by weight of at least one polymer selected from the group consisting of aromatic polycarbonate and aromatic polyestercarbonate, B) 5 to 50 parts by weight of at least one branched polyester, the polyester being derived from succinic acid and optionally further dicarboxylic acids and aliphatic, cycloaliphatic or araliphatic diols, C) 0 to 20 parts by weight of graft polymer, D) 0 to 20 parts by weight of vinyl (co)polymer and/or polyalkylene terephthalate, E) 0 to 30 parts by weight of additives,
A specimen processing device comprising: a first processing unit for processing a specimen; a second processing unit for processing a specimen; an ID detector for detecting specimen identification information from a sample container; a conveyance unit for conveying a specimen rack to a first position where the specimen is retrieved by the first processing unit, a second position where the specimen is retrieved by the second processing unit, and a detection position where the specimen identification information is detected by the ID detector, the specimen rack holding a plurality of sample containers; and a conveyance controller for controlling the conveyance unit to convey a detected sample container executed with the detection by the ID detector to the first position if the first processing unit is not executing the specimen process, and to convey a non-detected sample container not executed with the detection by the ID detector to the detection position if the first and second processing units (2, 3) are executing the specimen process, the detected sample container and the non-detected sample container being held by a common specimen rack. a first processing unit for processing a specimen; a second processing unit for processing a specimen; an ID detector for detecting specimen identification information from a sample container; a conveyance unit for conveying a specimen rack to a first position where the specimen is retrieved by the first processing unit, a second position where the specimen is retrieved by the second processing unit, and a detection position where the specimen identification information is detected by the ID detector, the specimen rack holding a plurality of sample containers; and a conveyance controller for controlling the conveyance unit to convey a detected sample container executed with the detection by the ID detector to the first position if the first processing unit is not executing the specimen process, and to convey a non-detected sample container not executed with the detection by the ID detector to the detection position if the first and second processing units (2, 3) are executing the specimen process, the detected sample container and the non-detected sample container being held by a common specimen rack.