mhurhangee/ep-ind-claims huggingface dataset:
A packaging machine for dropping articles into a packaging material formed in a tubular shape and sealing the packaging material making a bag with the articles packaged therein, the packaging machine comprising: a pair of sealing jaws for selectively holding the packaging material (Fm) therebetween in a direction intersecting a conveyance direction of the packaging material and selectively sealing the packaging material; and a pair of rotating brushes for selectively contacting the packaging material (Fm) while rotating, the rotating brushes being disposed upstream from the sealing jaws relative to the conveyance direction, characterized in that the packaging machine is configured such that the pair of rotating brushes holds the packaging material (Fm) therebetween, impedes the advancement of the packaged articles and imparts vibration to the articles, so that the elongated stream of packaged articles is allowed to accumulate at the leading end thereof, the accumulation of packaged articles is then timed and holding of the packaging material (Fm) is released, and the packaged articles are thereby again conveyed in a more closely aggregated state than the aggregated state thereof when the advancement of the packaged articles was temporarily impeded. a pair of sealing jaws for selectively holding the packaging material (Fm) therebetween in a direction intersecting a conveyance direction of the packaging material and selectively sealing the packaging material; and a pair of rotating brushes for selectively contacting the packaging material (Fm) while rotating, the rotating brushes being disposed upstream from the sealing jaws relative to the conveyance direction, characterized in that the packaging machine is configured such that the pair of rotating brushes holds the packaging material (Fm) therebetween, impedes the advancement of the packaged articles and imparts vibration to the articles, so that the elongated stream of packaged articles is allowed to accumulate at the leading end thereof, the accumulation of packaged articles is then timed and holding of the packaging material (Fm) is released, and the packaged articles are thereby again conveyed in a more closely aggregated state than the aggregated state thereof when the advancement of the packaged articles was temporarily impeded.
A video encoding device for inter-coding image data in an input video image or intra-coding image data in an input video image to form an encoded picture and outputting the encoded picture to a device performing a re-encoding process, the video encoding device comprising: an intra-prediction part which performs an intra-coding process in regard to an input video image; an inter-prediction part which performs an inter-coding process in regard to an input video image; prediction error generation means for generating a prediction error signal from a predicted value generated by the inter-prediction part and image data, or from a predicted value generated by the intra-prediction part and image data; quantization means for quantizing the prediction error signal generated by the prediction error generation means; re-encoding picture type judgment means for judging whether a picture is to be used as a reference picture or not in the re-encoding process; and quantization control means for, when the re-encoding picture type judgment means judges that the picture is to be used as a reference picture in the re-encoding process, controlling so that a quantization step size for quantization by the quantization means is smaller than a case where the picture is judged to be a picture to be used as a non-reference picture. an intra-prediction part which performs an intra-coding process in regard to an input video image; an inter-prediction part which performs an inter-coding process in regard to an input video image; prediction error generation means for generating a prediction error signal from a predicted value generated by the inter-prediction part and image data, or from a predicted value generated by the intra-prediction part and image data; quantization means for quantizing the prediction error signal generated by the prediction error generation means; re-encoding picture type judgment means for judging whether a picture is to be used as a reference picture or not in the re-encoding process; and quantization control means for, when the re-encoding picture type judgment means judges that the picture is to be used as a reference picture in the re-encoding process, controlling so that a quantization step size for quantization by the quantization means is smaller than a case where the picture is judged to be a picture to be used as a non-reference picture.
Method for welding together two components, preferably of an exhaust system of an internal combustion engine, by resistance welding, comprising the actions of: a) providing a first component (10; 10') with an insertion opening (20; 20'), wherein the insertion opening (20; 20') is surrounded by an insertion opening edge (22; 22') providing a welding area (24; 24') of the first component (10; 10'), b) providing a second component (12; 12') with an insertion area (26; 26') to be inserted into the insertion opening (20; 20') of the first component (10, 10'), wherein the second component (12; 12') is elongated in the direction of a component longitudinal axis (A 1) and comprises the insertion area (26; 26') in an end region, wherein an insertion area surface (28; 28') of the insertion area (26; 26') provides a welding area (30; 30') of the second component (12; 12'), characterized by c) inserting the insertion area (26; 26') into the insertion opening (20; 20') such that the insertion area surface (28; 28') abuts at the first component (10; 10') essentially along the entire insertion opening edge (22; 22'), and such that the component longitudinal axis (A 1) is not parallel to an insertion opening axis (A 2) of the insertion opening (20; 20'), d) applying an electrical voltage to the two components (10, 12; 10', 12') for resistance welding of the first component (10; 10') to the second component (12; 12'), wherein the insertion area surface is curved about two axes that are not parallel to one another or is curved about an axis (A 4) that is parallel to the insertion area surface, or/and wherein an insertion border edge of the insertion opening edge is not in one plane. a) providing a first component (10; 10') with an insertion opening (20; 20'), wherein the insertion opening (20; 20') is surrounded by an insertion opening edge (22; 22') providing a welding area (24; 24') of the first component (10; 10'), b) providing a second component (12; 12') with an insertion area (26; 26') to be inserted into the insertion opening (20; 20') of the first component (10, 10'), wherein the second component (12; 12') is elongated in the direction of a component longitudinal axis (A 1) and comprises the insertion area (26; 26') in an end region, wherein an insertion area surface (28; 28') of the insertion area (26; 26') provides a welding area (30; 30') of the second component (12; 12'), characterized by c) inserting the insertion area (26; 26') into the insertion opening (20; 20') such that the insertion area surface (28; 28') abuts at the first component (10; 10') essentially along the entire insertion opening edge (22; 22'), and such that the component longitudinal axis (A 1) is not parallel to an insertion opening axis (A 2) of the insertion opening (20; 20'), d) applying an electrical voltage to the two components (10, 12; 10', 12') for resistance welding of the first component (10; 10') to the second component (12; 12'),
A compound of Formula: wherein R 1 is selected from hydrogen, optionally substituted C 1 -C 6 alkyl, halogen, nitro and amino; R 2 is selected from hydrogen, optionally substituted heterocycloalkylalkyl, optionally substituted heteroarylalkyl, optionally substituted -(SO 2)-thiophene and optionally substituted C 1 -C 6 alkyl; R 3 is selected from optionally substituted aryl, optionally substituted arylalkyl, optionally substituted heteroaryl, optionally substituted heterocycloalkyl, optionally substituted C 1 -C 6 alkyl, optionally substituted cycloalkyl, optionally substituted heterocycloalkylalkyl, optionally substituted heteroarylalkyl, cyano, ethenyl and -N(R 7)(R 8), wherein R 7 and R 8 are independently selected from hydrogen or substituted or unsubstituted alkyl, and when R 7 and R 8 are substituted or unsubstituted alkyl, they may together form a heterocycloalkyl, containing five to seven members with the nitrogen atom and may intracyclically contain one or more further heteroatoms selected from nitrogen, oxygen and sulphur; R 4 is selected from -O-R 5, wherein R 5 is optionally substituted C 1 -C 6 alkyl, or-SO 2 -R 6, wherein R 6 is C 1 -C 6 alkyl; A 1, A 2, A 3, A 4, A 5, A 6 are independently selected from hydrogen and C 1 -C 6 alkyl; or a tautomer, salt or solvate thereof; and wherein each optionally substituted substitution is selected from: halogen; alkoxyl; alkylcarbonyl; alkoxycarbonyl; hydroxycarbonyl; methyl; trifluoromethyl; cyano; nitro; methanesulfonyl; isobutyl; tert-butyl; ethanone; acetamide methyl (-CH 2 -NH-CO-CH 3); oxazole or isoxazole optionally substituted by methyl; pyridine; hydroxyl; phenyl; alkylamid; O-alkyl-amino-alkyl; N-acetamide; [1,2,3]thiadiazole; dialkylamine; ethyl; ethyl substituted by an amine; isopropyl; N-propionamide and ketone. R 1 is selected from hydrogen, optionally substituted C 1 -C 6 alkyl, halogen, nitro and amino; R 2 is selected from hydrogen, optionally substituted heterocycloalkylalkyl, optionally substituted heteroarylalkyl, optionally substituted -(SO 2)-thiophene and optionally substituted C 1 -C 6 alkyl; R 3 is selected from optionally substituted aryl, optionally substituted arylalkyl, optionally substituted heteroaryl, optionally substituted heterocycloalkyl, optionally substituted C 1 -C 6 alkyl, optionally substituted cycloalkyl, optionally substituted heterocycloalkylalkyl, optionally substituted heteroarylalkyl, cyano, ethenyl and -N(R 7)(R 8), wherein R 7 and R 8 are independently selected from hydrogen or substituted or unsubstituted alkyl, and when R 7 and R 8 are substituted or unsubstituted alkyl, they may together form a heterocycloalkyl, containing five to seven members with the nitrogen atom and may intracyclically contain one or more further heteroatoms selected from nitrogen, oxygen and sulphur; R 4 is selected from -O-R 5, wherein R 5 is optionally substituted C 1 -C 6 alkyl, or-SO 2 -R 6, wherein R 6 is C 1 -C 6 alkyl; A 1, A 2, A 3, A 4, A 5, A 6 are independently selected from hydrogen and C 1 -C 6 alkyl; or a tautomer, salt or solvate thereof; and
An aqueous composition comprising a first compound having at least two thiol groups; a second compound having the general structure of wherein R1 is an alkyl, a dialkyl ether, dialkyl ester, dialkyl urethane or a dialkyl amide group, R2 is an at least one allyl or alkyne containing group, R3 is hydrogen, an alkyl group or an at least one allyl containing group, or an alkyne group or an at least one alkyne containing group, and R4 is hydrogen, an alkyl group or an at least one allyl containing group, or an alkyne group or an at least one alkyne containing group; wherein the first compound or the second compound comprises at least one phosphonic acid containing group X with the proviso that when the second compound comprises the at least one phosphonic acid containing group said group is bound to the R1 group; and a third compound or additional compounds comprising at least one alkyne containing group; preferably also a fourth compound or additional compounds comprising at least one allyl containing group or at least one thiol containing group or at least one alkyne; and a photo initiator. a first compound having at least two thiol groups; a second compound having the general structure of wherein R1 is an alkyl, a dialkyl ether, dialkyl ester, dialkyl urethane or a dialkyl amide group, R2 is an at least one allyl or alkyne containing group, R3 is hydrogen, an alkyl group or an at least one allyl containing group, or an alkyne group or an at least one alkyne containing group, and R4 is hydrogen, an alkyl group or an at least one allyl containing group, or an alkyne group or an at least one alkyne containing group; wherein the first compound or the second compound comprises at least one phosphonic acid containing group X with the proviso that when the second compound comprises the at least one phosphonic acid containing group said group is bound to the R1 group; and a third compound or additional compounds comprising at least one alkyne containing group; preferably also a fourth compound or additional compounds comprising at least one allyl containing group or at least one thiol containing group or at least one alkyne; and a photo initiator.
A closed grille panel assembly for an electric vehicle, the assembly comprising: - an at least partially optically transparent laminate sheet having side edges, comprising an optically transparent thermoplastic substrate and at least one protective layer, wherein the at least partially optically transparent sheet is shaped to sit flush with components of a front fascia; - a spacing structure comprising a base (110, 119) and a peripheral upstanding wall extending from the base (110, 119), wherein the upstanding wall connects to the laminate at or near at least part of the side edges of the laminate, such that a space is formed and enclosed between the laminate sheet and the spacing structure, and wherein the at least one protective layer of the laminate faces away from the spacing structure. - an at least partially optically transparent laminate sheet having side edges, comprising an optically transparent thermoplastic substrate and at least one protective layer, wherein the at least partially optically transparent sheet is shaped to sit flush with components of a front fascia; - a spacing structure comprising a base (110, 119) and a peripheral upstanding wall extending from the base (110, 119),
An air-oil heat exchanger for a turbojet having support struts and a fan, downstream from which the flow of air is separated by a separator nose into a primary air flow and a secondary air flow deflected by the separator nose into a secondary duct, the exchanger being positioned on the inner shroud of the secondary duct of the turbojet and comprising an oil circuit (43; 43') positioned inside the separator nose, characterized in that it includes fins placed outside the top, i.e., outer, wall of the separator nose, between the leading edge of the separator nose and the outlet guide vanes of the secondary air flow, such that the fins extend substantially up to the outlet guide vanes.
An acoustic wave touch device, comprising: an acoustic wave touch module; and at least one airflow generating modules, wherein the acoustic wave touch module comprises a guard plate having at least one through holes, and an airflow generating module of the at least one airflow generating modules is arranged at a position to which each through hole corresponds, wherein the acoustic wave touch module is adapted to generate and receive an acoustic wave that passes through the guard plate, and control all or part of the at least one airflow generation modules to generate airflow that blows to a user's finger via the through hole of the guard plate when it is detected that the user's finger touches the guard plate based on the received acoustic wave, the acoustic wave touch module comprises a display panel parallel to the guard plate, characterized in that, the airflow generating module is arranged within a projection region of its corresponding through hole on the display panel, wherein the acoustic wave touch module comprises an acoustic wave module corresponding to each of the at least one through holes that incorporates an acoustic wave generator and an acoustic wave receiver, the acoustic wave module corresponding to each through hole is arranged in the projection region corresponding to each through hole. an acoustic wave touch module; and at least one airflow generating modules, wherein the acoustic wave touch module comprises a guard plate having at least one through holes, and an airflow generating module of the at least one airflow generating modules is arranged at a position to which each through hole corresponds, wherein the acoustic wave touch module is adapted to generate and receive an acoustic wave that passes through the guard plate, and control all or part of the at least one airflow generation modules to generate airflow that blows to a user's finger via the through hole of the guard plate when it is detected that the user's finger touches the guard plate based on the received acoustic wave, the acoustic wave touch module comprises a display panel parallel to the guard plate, characterized in that, the airflow generating module is arranged within a projection region of its corresponding through hole on the display panel, wherein the acoustic wave touch module comprises an acoustic wave module corresponding to each of the at least one through holes that incorporates an acoustic wave generator and an acoustic wave receiver, the acoustic wave module corresponding to each through hole is arranged in the projection region corresponding to each through hole.
A motorcycle tire for rough terrain comprising: a tread portion comprising a block pattern having a plurality of blocks; the blocks comprising at least one grooved block whose ground contact surface is provided with a block groove; the block groove comprising a pair of first groove portions mutually extending in a same direction from an edge of the ground contact surface, and a second groove portion connecting the first groove portions; characterized in that the second groove portion has a groove width greater than groove widths of the first groove portions. a tread portion comprising a block pattern having a plurality of blocks; the blocks comprising at least one grooved block whose ground contact surface is provided with a block groove; the block groove comprising a pair of first groove portions mutually extending in a same direction from an edge of the ground contact surface, and a second groove portion connecting the first groove portions; characterized in that the second groove portion has a groove width greater than groove widths of the first groove portions.
A MEMS cantilever actuator mounted on a substrate, the actuator comprising: an elongated hot arm member having two spaced-apart portions, each provided.at one end: with a corresponding anchor pad connected to the substrate, the portions being connected together at a common end that is opposite the anchor pads; an elongated cold arm member adjacent and substantially parallel to the hot arm member, the cold arm member having at one end an anchor pad connected to the substrate, and a free end that Is opposite the anchor pad thereof; and a dielectric tether to mechanical couple the hot arm member and the cold arm member and keep them electrically independent; the actuator being characterized in that the dielectric tether Is attached over the common end of the portions of the hot arm member and the free end of the cold arm member. an elongated hot arm member having two spaced-apart portions, each provided.at one end: with a corresponding anchor pad connected to the substrate, the portions being connected together at a common end that is opposite the anchor pads; an elongated cold arm member adjacent and substantially parallel to the hot arm member, the cold arm member having at one end an anchor pad connected to the substrate, and a free end that Is opposite the anchor pad thereof; and a dielectric tether to mechanical couple the hot arm member and the cold arm member and keep them electrically independent; the actuator being characterized in that the dielectric tether Is attached over the common end of the portions of the hot arm member and the free end of the cold arm member.
A compound represented by formula 2 or the pharmaceutically acceptable salt thereof: (In formula 2, R a is or and R b is -H, -OH or C 1-3 alkoxy; for use in the prevention or treatment of diabetic retinopathy or rheumatoid arthritis.
Civil engineering machine, comprising - a track-bound undercarriage having a running gear with wheels for running on train tracks, - an upper carriage mounted on the undercarriage for rotation around a vertical rotary axis, - a leader, which is mounted on the upper carriage and comprises a linear guide on which a work carriage having an construction work equipment is mounted for movement along said linear guide, and - a drive unit for operating the civil engineering machine, - wherein the drive unit is arranged in the track-bound undercarriage, characterised in that the track-bound undercarriage comprises a traction drive for driving autonomously on the train tracks. - a track-bound undercarriage having a running gear with wheels for running on train tracks, - an upper carriage mounted on the undercarriage for rotation around a vertical rotary axis, - a leader, which is mounted on the upper carriage and comprises a linear guide on which a work carriage having an construction work equipment is mounted for movement along said linear guide, and - a drive unit for operating the civil engineering machine, - wherein the drive unit is arranged in the track-bound undercarriage,
Hot-rolling machine for wire rods and the like which comprises a number of rolling units that are arranged in cascade one after the other along the wire-rod feeding path (p), so that each rolling unit can plastically deform the high-temperature wire rod (b) that moves along said path (p); each rolling unit being provided - with a rolling stand which is located on the wire-rod feeding path (p) and is provided with two counter-rotating and opposite milling rollers which are arranged one beside the other, locally substantially parallel and substantially tangent to one another, so as to form/define a rolling groove or throttling through which the wire-rod (b) to be hot rolled is forced to pass; and - with a mechanical gear reduction unit which is arranged beside the rolling stand, and is structured so as to drive into rotation simultaneously two rollers about respective longitudinal axes; the hot-rolling machine for wire rods and the like being characterised in that each rolling unit comprises a respective lower supporting platform which is structured so as to be rigidly and stably anchored to the ground; in that the rolling stand and the mechanical gear reduction unit of each rolling unit are arranged on the corresponding lower supporting platform one beside the other, so as to form a single sectional elementary module which is structured to be aligned to the other similar sectional elementary modules, along the wire-rod feeding path (p), with the mechanical gear reduction unit of the rolling unit arrange adjacent to the mechanical gear reduction unit of the other rolling unit/s present along the wire-rod feeding path (p); and in that the mechanical gear reduction unit of each rolling unit is structured so to be mechanically connectable directly to the mechanical gear reduction unit/s of the immediately adjacent rolling units, so as to form a cascade of mechanical gear reduction units that extends parallel to the wire-rods feeding path (p), has a disassemblable structure and is capable of autonomously transmitting torque in cascade from a mechanical gear reduction unit to another. - with a rolling stand which is located on the wire-rod feeding path (p) and is provided with two counter-rotating and opposite milling rollers which are arranged one beside the other, locally substantially parallel and substantially tangent to one another, so as to form/define a rolling groove or throttling through which the wire-rod (b) to be hot rolled is forced to pass; and - with a mechanical gear reduction unit which is arranged beside the rolling stand, and is structured so as to drive into rotation simultaneously two rollers about respective longitudinal axes;