mhurhangee/ep-ind-claims huggingface dataset:
An adhesive composition comprising: 20 to 40 wt. % of an amorphous polyolefin having a density of less than 1 g/cm 3, a glass transition temperature of < -50 °C, determined by DIN 11357-2, and a softening point of 10-120 °C as per ASTM D3104; 35 to 60 wt. % of a tackifier; 0.1 to 10 wt. % of at least an additive; and 5 to 35 wt. % of a partially hydrogenated styrenic block copolymer; wherein the partially hydrogenated styrenic block copolymer is obtained by hydrogenation of a styrenic block copolymer comprising at least one polymer block A derived from a monoalkenyl arene monomer and at least one polymer block B derived from a conjugated diene monomer, the polymer block B has a hydrogenation level of 20 to 97 mol%, based on the total mol of the polymerized conjugated diene monomer in the polymer block B, determined using proton NMR; wherein the partially hydrogenated styrenic block copolymer has a residual unsaturation of less than 20 meq/g, measured using nuclear magnetic resonance; wherein the adhesive composition has a 180° peel adhesion value of 12 - 0.1 N/25 mm determined according to FTM-1, and an odor score of less than 2 according to Odor Panel Testing method as described in specification, and wherein the adhesive composition contains 0 to 15 wt. % of mineral oil. 20 to 40 wt. % of an amorphous polyolefin having a density of less than 1 g/cm 3, a glass transition temperature of < -50 °C, determined by DIN 11357-2, and a softening point of 10-120 °C as per ASTM D3104; 35 to 60 wt. % of a tackifier; 0.1 to 10 wt. % of at least an additive; and 5 to 35 wt. % of a partially hydrogenated styrenic block copolymer; wherein the partially hydrogenated styrenic block copolymer is obtained by hydrogenation of a styrenic block copolymer comprising at least one polymer block A derived from a monoalkenyl arene monomer and at least one polymer block B derived from a conjugated diene monomer, the polymer block B has a hydrogenation level of 20 to 97 mol%, based on the total mol of the polymerized conjugated diene monomer in the polymer block B, determined using proton NMR; wherein the partially hydrogenated styrenic block copolymer has a residual unsaturation of less than 20 meq/g, measured using nuclear magnetic resonance; wherein the adhesive composition has a 180° peel adhesion value of 12 - 0.1 N/25 mm determined according to FTM-1, and an odor score of less than 2 according to Odor Panel Testing method as described in specification, and wherein the adhesive composition contains 0 to 15 wt. % of mineral oil.
An electric torque delivering impulse tool comprising: a housing with a front end and a back end, an electric torque delivering motor with a rotor that is arranged to rotate with respect to a stator, an output shaft arranged at the front end of the housing, and a pulse unit intermittently coupling said motor to said output shaft, wherein the pulse unit comprises an inertia drive member that is connected to said motor rotor, characterised in that the rotor and the inertia drive member are rigidly assembled to each other without play to form one integrated rotatable structure which is mounted as one single unit inside said housing.
Polypeptide characterised in that it comprises a fragment of the sequence of peptide GSE24.2 (SEQ ID No. 1) with SEQ ID No. 2 able to reduce production of free radicals and/or damage to the structure of cellular DNA and said polypeptide is selected from the list consisting of: SEQ ID No. 2, SEQ ID No. 5 and SEQ ID No. 6.
A wind turbine blade assembly having a longitudinal axis extending between a root end to a tip end, a chord extending transversely to the longitudinal axis between a leading edge and a trailing edge, the wind turbine blade assembly comprising: - a blade shell having a upwind shell side, a downwind shell side, a leading portion defining the leading edge of the wind turbine blade assembly, and a trailing portion arranged opposite to the leading portion and connecting the upwind shell side with the downwind shell side, wherein a cross-section of the trailing portion perpendicular to the longitudinal axis having an outwardly curving arc shape, wherein the upwind shell side and the downwind shell side are formed as separate upwind and downwind shell parts (24, 26), the blade shell further comprises a joint portion having an upwind joint portion formed integrally with the upwind shell part in one piece, a downwind joint portion formed integrally with the downwind shell part in one piece, and a flange adhering to an inner surface of the upwind joint portion and to an inner surface of the downwind joint portion, so as to structurally join the upwind shell part to the downwind shell part; and - a flatback profile component having an upwind side positioned substantially flush with the upwind shell side, a downwind side positioned substantially flush with the downwind shell side, and a substantially planar flatback side connecting the upwind side with the downwind side, the flatback side defining the trailing edge of the wind turbine blade assembly and being shaped so as to provide the wind turbine blade assembly with a flatback airfoil shape; wherein the flatback profile component is positioned to cover the trailing portion of the blade shell. - a blade shell having a upwind shell side, a downwind shell side, a leading portion defining the leading edge of the wind turbine blade assembly, and a trailing portion arranged opposite to the leading portion and connecting the upwind shell side with the downwind shell side, wherein a cross-section of the trailing portion perpendicular to the longitudinal axis having an outwardly curving arc shape, wherein the upwind shell side and the downwind shell side are formed as separate upwind and downwind shell parts (24, 26), the blade shell further comprises a joint portion having an upwind joint portion formed integrally with the upwind shell part in one piece, a downwind joint portion formed integrally with the downwind shell part in one piece, and a flange adhering to an inner surface of the upwind joint portion and to an inner surface of the downwind joint portion, so as to structurally join the upwind shell part to the downwind shell part; and - a flatback profile component having an upwind side positioned substantially flush with the upwind shell side, a downwind side positioned substantially flush with the downwind shell side, and a substantially planar flatback side connecting the upwind side with the downwind side, the flatback side defining the trailing edge of the wind turbine blade assembly and being shaped so as to provide the wind turbine blade assembly with a flatback airfoil shape;
An apparatus for resolving an ambiguity from a DOA estimate ( φ̂ amb) of an audio signal, the apparatus comprising: a DOA estimate analyzer for analyzing the DOA estimate ( φ̂ amb) of the audio signal to obtain a plurality of ambiguous analysis parameters ( φ̃ I... φ̃ N; f( φ̃ I)...f( φ̃ N); f enh,I ( φ̂ amb)...f enh,N ( φ̂ amb); g p ( φ̃ I)...g p ( φ̃ N); D( φ̃ I)...D( φ̃ N)), said parameters comprising ambiguous unbiased DOA estimates or gain functions for directional filtering, by using a bias information, the bias information representing a relation ( φ̂ ↔ φ) between a biased ( φ̂) and an unbiased DOA estimate (φ); and an ambiguity resolver for resolving the ambiguity in the plurality of ambiguous analysis parameters ( φ̃ I... φ̃ N; f( φ̃ I...f( φ̃ N); f enh,I ( φ̂ amb)...f enh,N ( φ̂ amb); g p ( φ̃ I)...g P ( φ̃ N); D( φ̃ I)...D( φ̃ N)) to obtain a non-ambiguous resolved parameter ( φ̃ res; f res,125). a DOA estimate analyzer for analyzing the DOA estimate ( φ̂ amb) of the audio signal to obtain a plurality of ambiguous analysis parameters ( φ̃ I... φ̃ N; f( φ̃ I)...f( φ̃ N); f enh,I ( φ̂ amb)...f enh,N ( φ̂ amb); g p ( φ̃ I)...g p ( φ̃ N); D( φ̃ I)...D( φ̃ N)), said parameters comprising ambiguous unbiased DOA estimates or gain functions for directional filtering, by using a bias information, the bias information representing a relation ( φ̂ ↔ φ) between a biased ( φ̂) and an unbiased DOA estimate (φ); and an ambiguity resolver for resolving the ambiguity in the plurality of ambiguous analysis parameters ( φ̃ I... φ̃ N; f( φ̃ I...f( φ̃ N); f enh,I ( φ̂ amb)...f enh,N ( φ̂ amb); g p ( φ̃ I)...g P ( φ̃ N); D( φ̃ I)...D( φ̃ N)) to obtain a non-ambiguous resolved parameter ( φ̃ res; f res,125).
A disposable heating cup for heating a food product via USB interface characterized in that the heating cup comprises a printed electrical heating circuit and a printed USB connector linked to said electrical heating circuit.
A pharmaceutical tablet formulation for oral administration of an antisense oligonucleotide comprising: an intra-granular phase comprising an antisense oligonucleotide comprising the nucleotide sequence of SEQ ID NO: 1 or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable filler; an extra-granular phase comprising a disintegrant; and an enteric coating comprising an ethylacrylate-methacrylic acid copolymer, wherein the pharmaceutical tablet formulation, upon oral administration to a patient, delivers the antisense oligonucleotide substantially to the terminal ileum and/or right colon of the patient. an intra-granular phase comprising an antisense oligonucleotide comprising the nucleotide sequence of SEQ ID NO: 1 or a pharmaceutically acceptable salt thereof, and a pharmaceutically acceptable filler; an extra-granular phase comprising a disintegrant; and an enteric coating comprising an ethylacrylate-methacrylic acid copolymer, wherein the pharmaceutical tablet formulation, upon oral administration to a patient, delivers the antisense oligonucleotide substantially to the terminal ileum and/or right colon of the patient.
A coupling device, configured for a coupling of a screw conveyor and a drive, driving same, of a machine for processing plastics materials and other plastifiable materials, for the positive-locking coupling of a screw conveyor shaft to a drive shaft, wherein, in the coupled state, for locking the screw conveyor shaft to the drive shaft, at least one part of at least one movable spring-loaded retaining element of the coupling device is insertable into at least one recess of the screw conveyor shaft and/or against at least one projection of the screw conveyor shaft radially in the direction of an axial axis, which extends through the screw conveyor shaft, the coupling device and the drive shaft, wherein a ring arranged around a body of the coupling device and around the axis is rotatable along a circumference of the ring, wherein an inner radius of the ring increases continuously in a predetermined direction along the circumference from a minimum to a maximum value at least in a portion of the circumference, wherein the ring is arranged at least partially over the at least one retaining element and abuts with an inner circumference against the retaining element, and wherein, for locking or unlocking the screw conveyor shaft with the drive shaft, the ring is rotatable in the predetermined direction along the circumference and at least the one part of the at least one retaining element is movable in the radial direction against a spring force, characterised in that the ring can be operated by hand without tools. wherein a ring arranged around a body of the coupling device and around the axis is rotatable along a circumference of the ring, wherein an inner radius of the ring increases continuously in a predetermined direction along the circumference from a minimum to a maximum value at least in a portion of the circumference, wherein the ring is arranged at least partially over the at least one retaining element and abuts with an inner circumference against the retaining element, and wherein, for locking or unlocking the screw conveyor shaft with the drive shaft, the ring is rotatable in the predetermined direction along the circumference and at least the one part of the at least one retaining element is movable in the radial direction against a spring force, characterised in that the ring can be operated by hand without tools.
A method for verifying the conformity of a verified optical characteristic of a verified ophthalmic lens to an expected optical characteristic of an expected ophthalmic lens, on the basis of an undeformed test pattern and a deformed test pattern each having a nonuniform color or intensity, said deformed test pattern being constructed from an intermediate test pattern which is the image of the undeformed test pattern through said expected ophthalmic lens under initial optical conditions, said method comprising steps of: a) forming an image test pattern, which is the image of said deformed test pattern through said verified ophthalmic lens, under set optical conditions where the relative positions of said image test pattern and of said deformed test pattern relative to said verified ophthalmic lens are identical to the respective relative positions of said undeformed test pattern and of said intermediate test pattern relative to said expected ophthalmic lens under said initial optical conditions; b) superimposng said image test pattern with said undeformed test pattern in order to form a test test pattern, said deformed test pattern being determined as a function of said undeformed test pattern so that said test test pattern has a uniform color or intensity; c) comparing said test test pattern to at least one reference test pattern; and d) deducing the conformity of said verified optical characteristic to said expected optical characteristic depending on the preceding comparison. a) forming an image test pattern, which is the image of said deformed test pattern through said verified ophthalmic lens, under set optical conditions where the relative positions of said image test pattern and of said deformed test pattern relative to said verified ophthalmic lens are identical to the respective relative positions of said undeformed test pattern and of said intermediate test pattern relative to said expected ophthalmic lens under said initial optical conditions; b) superimposng said image test pattern with said undeformed test pattern in order to form a test test pattern, said deformed test pattern being determined as a function of said undeformed test pattern so that said test test pattern has a uniform color or intensity; c) comparing said test test pattern to at least one reference test pattern; and d) deducing the conformity of said verified optical characteristic to said expected optical characteristic depending on the preceding comparison.
A device (1; 10; 11; 12) for storage and transfer of thermal energy associated with an incident solar radiation, which device is apt to be used in a solar plant for the production of energy based upon a "beam down" configuration, wherein it is irradiated from above by solar radiation, which device compnses: - a containment casing, and - a solid storage means consisting of at least one bed of fluidizable particles received inside said casing, which bed of particles is adapted to be fluidized in use by a fluidisation gas, characterized in that said casing has at least one receiving cavity which extends through said bed of particles and has a first open longitudinal end defining an inlet mouth for the incident solar radiation and a second closed longitudinal end, opposite to said first open end and defining a bottom of the cavity, a side skirt of the cavity being defined between said ends, the overall arrangement being such that said bed of particles is arranged circumscribed to said side skirt of said cavity and is apt to be moved by said fluidization gas for storing thermal energy received from the solar radiation through said side skirt, wherein said second longitudinal end of said cavity is arranged at a base of said bed of particles. - a containment casing, and - a solid storage means consisting of at least one bed of fluidizable particles received inside said casing, which bed of particles is adapted to be fluidized in use by a fluidisation gas,
A temperature compensation system for lithium battery capacity measurement, wherein the system comprises an offline training and learning system, an online temperature compensation system, and a sampling inspection system; the offline training and learning system is used for obtaining a capacity versus temperature characteristic curve of a certain type of lithium battery; the online temperature compensation system is used for compensating a real-time temperature of the lithium battery of a certain type used and recorded and an testing capacity of the lithium battery of a certain type measured and obtained from the characteristic curve to obtain a room temperature compensation capacity of the lithium battery of a certain type under constant temperature; the sampling inspection system is used for performing a sampling inspection of the lithium battery of a certain type, and comparing the sampling capacity of the sampling battery measured under a constant room temperature environment with the room temperature compensation capacity obtained after the compensation to calculate an estimation error; if the estimation error exceeds an allowable threshold range, then the offline training and learning system will be prompted to perform a relearn. the system comprises an offline training and learning system, an online temperature compensation system, and a sampling inspection system; the offline training and learning system is used for obtaining a capacity versus temperature characteristic curve of a certain type of lithium battery; the online temperature compensation system is used for compensating a real-time temperature of the lithium battery of a certain type used and recorded and an testing capacity of the lithium battery of a certain type measured and obtained from the characteristic curve to obtain a room temperature compensation capacity of the lithium battery of a certain type under constant temperature; the sampling inspection system is used for performing a sampling inspection of the lithium battery of a certain type, and comparing the sampling capacity of the sampling battery measured under a constant room temperature environment with the room temperature compensation capacity obtained after the compensation to calculate an estimation error; if the estimation error exceeds an allowable threshold range, then the offline training and learning system will be prompted to perform a relearn.
A method of controlling an icemaker for a refrigerator, comprising the steps of: supplying water to an ice tray of the icemaker; determining whether water has been supplied in a predetermined time; and determining whether supply of water necessary for the actual water supply has failed a predetermined times in a row by a flow amount sensor, wherein if it is determined in the step that water has not been supplied, the method returns to the step, and if it is determined in the step that water has been supplied, the method proceeds to the step, and wherein if it is determined in the step that water supply has failed the predetermined times in a row, the mode of the icemaker is converted to a preserving mode to prevent the icemaker from entering an ice making mode, and if it is determined that water supply has not failed the predetermined times in a row, the method returns to the step, characterized in that if it is determined in step that water supply has failed the predetermined times in a row, the method proceeds to the step of: comparing an exterior temperature of the refrigerator with a reference value, wherein if it is determined that the exterior temperature of the refrigerator is lower than the reference value, the method proceeds to step of determining whether a reference time has elapsed in the preserving mode, and if the exterior temperature of the refrigerator exceeds the reference value, the method proceeds to step of determining whether defrosting of the refrigerator is completed. supplying water to an ice tray of the icemaker; determining whether water has been supplied in a predetermined time; and determining whether supply of water necessary for the actual water supply has failed a predetermined times in a row by a flow amount sensor,
Cabriolet vehicle with a cover with a Z-folding principle, wherein the cover comprises a front roof arch and the cover can be pivoted by means of a cover rod from a closed position with a Z-fold into an open position into a rear cover box and thereby the upper Z-surface area forms a box cover with the front roof arch, and with rod outlet flaps on both sides, by means of which with an opened cover the main bearing areas of the cover rod on both sides arranged laterally in front of the box cover can be covered from above, characterised in that on the front roof arch a rod outlet flap can be attached pivotably in a side area, which in the closed position of the cover is pivoted into a storage compartment on the front roof arch into a storage position and in the open position of the cover can be pivoted out of the storage compartment into a cover position for covering the main bearing area.
A home chiller appliance device, comprising: at least one inner liner defining at least one storage space and having at least one first wall section and at least one second wall section with at least one gap between the first wall section and the second wall section; and a separate cover unit which is connected to the inner liner and is arranged outside the storage space, said cover unit covering the gap, the cover unit comprising at least one cover element which has at least one cover element longitudinal axis oriented at least substantially parallel to a gap longitudinal axis of the gap, the cover unit comprising at least one cap element which at least partly covers at least one axial end portion of the cover element, characterized by the cap element covering the cover element on at least one rear side which faces away from the storage space.