mhurhangee/ep-ind-claims huggingface dataset:
Clutch bearing device comprising a bearing including an inner ring and an outer ring, and an operating element mounted into a bore of the bearing and secured to one of the rings, said operating element comprising a rear plate provided with a flange and with at least one centring lug (26c; 26d) extending axially from said flange on the side opposite to the bearing, said operating element further comprising a spring provided with a main body disposed axially on the side of a front abutment surface of the flange of the rear plate, and with at least one centring part extending from said body, located partly above an outer abutment surface (42; 44) of the centring lug (26c; 26d) and having an end portion axially facing a rear abutment surface of said flange, the rear plate further comprises at least one protrusion (56; 58; 60; 62; 64; 66) provided on said centring lug (26c; 26d), protruding relative to the outer abutment surface (42, 44), and adapted to cooperate by contact with the centring part of the spring so as to prevent angular movement of said spring relative to the rear plate at least in one direction, charaterized in that the outer abutment surface extends axially.
A method of dip-coating a segmented multifocal lens having a segment with a curved portion and a straight line portion, the method comprising the steps of: - placing the lens on a basket support; - immersing the lens vertically in a coating solution bath having a horizontal coating solution surface; and - withdrawing the lens vertically from said bath through said solution surface; wherein the step of placing the lens is performed such that the straight line portion of the lens is in a vertical plane; and wherein, before or during said step of immersing the lens, said lens is inclined to an inclined position between a vertical position and a horizontal position of the lens, in which inclined position said segment is downwardly inclined and said straight line portion of said segment remains in said vertical plane. - placing the lens on a basket support; - immersing the lens vertically in a coating solution bath having a horizontal coating solution surface; and - withdrawing the lens vertically from said bath through said solution surface;
Moveable tank (1, 1') for a heat exchange liquid bath in which at least one elongate metal article (19, 19') travels in an immersed manner along a direction of travel, comprising a bottom, side walls (3, 4) parallel to said direction of travel, and between these side walls at least one upstream dam (6, 6') and at least one downstream dam (7, 7') over which the heat exchange liquid overflows directly into a same basin underlying the moveable tank and between which said at least one elongate metal article flows, as well as an inlet for heat exchange liquid, this moveable tank (1, 1') being movably supported on guidance means (9, 9') parallel to said direction of travel, characterised in that the moveable tank further includes a liquid circulation system (12, 12') fixedly attached to the outside thereof, so as to be fully movable therewith inside the underlying basin and arranged so as to supply the heat exchange liquid in the underlying basin directly to the said heat exchange liquid inlet. comprising a bottom, side walls (3, 4) parallel to said direction of travel, and between these side walls at least one upstream dam (6, 6') and at least one downstream dam (7, 7') over which the heat exchange liquid overflows directly into a same basin underlying the moveable tank and between which said at least one elongate metal article flows, as well as an inlet for heat exchange liquid, this moveable tank (1, 1') being movably supported on guidance means (9, 9') parallel to said direction of travel, characterised in that the moveable tank further includes a liquid circulation system (12, 12') fixedly attached to the outside thereof, so as to be fully movable therewith inside the underlying basin and arranged so as to supply the heat exchange liquid in the underlying basin directly to the said heat exchange liquid inlet.
A bug trap comprising: a lid defining an entry aperture; a vane assembly extending downwardly from the lid; an entry cone extending upwardly from the lid, the entry cone having a relatively large open proximal end and a relatively small open distal end; a collar disposed over a top end of the entry cone, the collar having an upper edge that abuts the entry cone and a lower edge disposed away from the entry cone, wherein an upper surface of the collar is hemispherical such that the curvature of the upper surface is close to horizontal at the upper edge and is near-vertical at the lower edge; and an entrapment chamber that engages the lid. a lid defining an entry aperture; a vane assembly extending downwardly from the lid; an entry cone extending upwardly from the lid, the entry cone having a relatively large open proximal end and a relatively small open distal end; a collar disposed over a top end of the entry cone, the collar having an upper edge that abuts the entry cone and a lower edge disposed away from the entry cone, wherein an upper surface of the collar is hemispherical such that the curvature of the upper surface is close to horizontal at the upper edge and is near-vertical at the lower edge; and an entrapment chamber that engages the lid.
A method for determining a sensor solution, characterized by comprising: obtaining driving performance data of a real unmanned vehicle, establishing a simulated unmanned vehicle corresponding to the real unmanned vehicle based on the driving performance data, and establishing a simulation scene through a vehicle running scene visualization method; wherein the simulation scene is used for the simulated unmanned vehicle to perform simulation driving; determining a first sensor solution according to a initialization parameter, and determining, according to the first sensor solution, simulation data generated by the simulated unmanned vehicle during the simulation driving in the simulation scene, wherein the initialization parameter comprises an installation parameter of a simulated sensor determined according to a fixed simulation process; and determining a first perception parameter of the first sensor solution according to the simulation data, and correcting the first sensor solution according to the first perception parameter to obtain a sensor solution applied to the real unmanned vehicle, wherein the first perception parameter is a numerical representation of perception capability of the first sensor solution, and the sensor solution comprises one or more of the following: a sensor model, number of sensors, and a sensor installation location. obtaining driving performance data of a real unmanned vehicle, establishing a simulated unmanned vehicle corresponding to the real unmanned vehicle based on the driving performance data, and establishing a simulation scene through a vehicle running scene visualization method; wherein the simulation scene is used for the simulated unmanned vehicle to perform simulation driving; determining a first sensor solution according to a initialization parameter, and determining, according to the first sensor solution, simulation data generated by the simulated unmanned vehicle during the simulation driving in the simulation scene, wherein the initialization parameter comprises an installation parameter of a simulated sensor determined according to a fixed simulation process; and determining a first perception parameter of the first sensor solution according to the simulation data, and correcting the first sensor solution according to the first perception parameter to obtain a sensor solution applied to the real unmanned vehicle, wherein the first perception parameter is a numerical representation of perception capability of the first sensor solution, and the sensor solution comprises one or more of the following: a sensor model, number of sensors, and a sensor installation location.
A process for the production of hydrogen with the co-production and capture of carbon dioxide, wherein the process comprises steam methane reforming a hydrocarbon feedstock in the presence of a fuel and a combustion sustaining medium using (i) a steam methane reformer unit that comprises a steam methane reformer, and (ii) a water gas shift unit, so as to result in the production of a reformed gas stream comprising hydrogen and carbon dioxide, and a combustion products stream, wherein the process comprises the steps of: (a) separating and removing most or all of the hydrogen from the reformed gas stream; and then (b) recovering most or all of the carbon dioxide as a separate by-product stream by condensation of liquid carbon dioxide from the gas stream; and then (c) recycling the remaining gases from the gas stream by mixing these gases with the SMR feed stream; wherein the fuel is greater than 50 mol% hydrogen hydrogen, and greater than 85% of the carbon contained in the feed stream to the process is recovered and exported as carbon dioxide. (a) separating and removing most or all of the hydrogen from the reformed gas stream; and then (b) recovering most or all of the carbon dioxide as a separate by-product stream by condensation of liquid carbon dioxide from the gas stream; and then (c) recycling the remaining gases from the gas stream by mixing these gases with the SMR feed stream;
A computer-implemented method of training a machine learning model to learn ligand binding similarities between protein binding sites for use in drug discovery, the method comprising: inputting to the machine learning model: a representation of a first binding site; a representation of a second binding site, wherein the representations of the first and second binding sites comprise structural information, wherein the structural information relates to three-dimensional structure of the binding sites and the structural information comprises volumetric information, wherein the representations of the first and second binding sites each comprise an encoded three-dimensional grid of voxels, each voxel being associated with an occupancy value indicating whether an atom is present; and a label comprising an indication of ligand binding similarity between the first binding site and the second binding site; outputting from the machine learning model a similarity indicator based on the representations of the first and second binding sites; performing a comparison between the similarity indicator and the label; and updating the machine learning model based on the comparison. inputting to the machine learning model: a representation of a first binding site; a representation of a second binding site, wherein the representations of the first and second binding sites comprise structural information, a representation of a first binding site; a representation of a second binding site, wherein the representations of the first and second binding sites comprise structural information, wherein the structural information relates to three-dimensional structure of the binding sites and the structural information comprises volumetric information, wherein the representations of the first and second binding sites each comprise an encoded three-dimensional grid of voxels, each voxel being associated with an occupancy value indicating whether an atom is present; and a label comprising an indication of ligand binding similarity between the first binding site and the second binding site; outputting from the machine learning model a similarity indicator based on the representations of the first and second binding sites; performing a comparison between the similarity indicator and the label; and updating the machine learning model based on the comparison.
A compound of formula wherein R 1 is H; R 2 is COOC 1-6 alkyl; R 3 is H or F; V 1 is C 1-15 -alkyl group, C 2-20 -alkenyl group or is a -C 1-6 -alkylO- group (where the O atom bonds to M 1); M 1 is a phenyl group; R 4 is H, C 1-10 alkyl group or an C 1-10 alkoxy group. with the proviso that R 4 M 1 V 1 C(R 3) is not - 6 Ph; or a salt, ester, solvate or N-oxide thereof for use in the treatment of a chronic inflammatory condition; for use in the treatment of atopic dermatitis, allergic contact dermatitis, seborrheic dermatitis, pityriasis rosea, lichen planus or drug eruptions; or for use in the treatment of arthritis, dermatoses, inflammatory CNS diseases, multiple sclerosis, chronic obstructive pulmonary disease, chronic lung inflammatory conditions, inflammatory bowel disease such as ulcerative colitis and crohns disease or cardiovascular disease. wherein R 1 is H; R 2 is COOC 1-6 alkyl; R 3 is H or F; V 1 is C 1-15 -alkyl group, C 2-20 -alkenyl group or is a -C 1-6 -alkylO- group (where the O atom bonds to M 1); M 1 is a phenyl group; R 4 is H, C 1-10 alkyl group or an C 1-10 alkoxy group. with the proviso that R 4 M 1 V 1 C(R 3) is not - 6 Ph; or a salt, ester, solvate or N-oxide thereof for use in the treatment of a chronic inflammatory condition; for use in the treatment of atopic dermatitis, allergic contact dermatitis, seborrheic dermatitis, pityriasis rosea, lichen planus or drug eruptions; or for use in the treatment of arthritis, dermatoses, inflammatory CNS diseases, multiple sclerosis, chronic obstructive pulmonary disease, chronic lung inflammatory conditions, inflammatory bowel disease such as ulcerative colitis and crohns disease or cardiovascular disease.
A well service tool, comprising: a) an elongated central mandrel having a longitudinal bore and threaded connections on either end; b) one or more split rings removably mounted in said one or more circumferential recesses on said central mandrel: c) one or more stabilizer elements (50, 70) mounted over said one or more split rings; and d) one or more service elements removably disposed around said central mandrel and held in place by said one or more stabiliser elements, wherein the one or more service elements comprise one of a brush assembly, a junk basket or a magnet; characterised in that: the elongated central mandrel has one or more circumferential recesses formed on an exterior surface; and in that the said split rings comprise outer circumferential ball races, said stabilizer elements comprise mating inner circumferential ball races, and further comprising a plurality of balls disposed in the mating ball races, whereby said stabilizer elements can rotate with respect to the central mandrel. a) an elongated central mandrel having a longitudinal bore and threaded connections on either end; b) one or more split rings removably mounted in said one or more circumferential recesses on said central mandrel: c) one or more stabilizer elements (50, 70) mounted over said one or more split rings; and d) one or more service elements removably disposed around said central mandrel and held in place by said one or more stabiliser elements, wherein the one or more service elements comprise one of a brush assembly, a junk basket or a magnet;
A method for heterogeneous addressing mapping, characterized in comprising: Assigning, by an Interworking Function entity, a first identification or a first address for a Diameter protocol node that utilizes a domain name approach for addressing; Mapping a received Diameter protocol message sent from the Diameter protocol node into a Mobile Application Part protocol message, and sending the mapped MAP protocol message to an MAP protocol node that utilizes an Integrated Service Digital Network (ISDN) number for addressing, using the first address assigned by the IWF as a source address or using the first identification assigned by the IWF as a source identification. Assigning, by an Interworking Function entity, a first identification or a first address for a Diameter protocol node that utilizes a domain name approach for addressing; Mapping a received Diameter protocol message sent from the Diameter protocol node into a Mobile Application Part protocol message, and sending the mapped MAP protocol message to an MAP protocol node that utilizes an Integrated Service Digital Network (ISDN) number for addressing, using the first address assigned by the IWF as a source address or using the first identification assigned by the IWF as a source identification.
A method of manufacturing wind turbine rotor blades, wherein each rotor blade comprises an inboard section and an outboard section, and wherein - an inboard blade section comprising a root end and a transition region is manufactured using a first casting process; and - an outboard blade section comprising an airfoil region is manufactured using a second casting process, which second casting process is different from the first casting process; characterized in that it comprises the steps of - scheduling two consecutive workflow stages (S1, S2); - manufacturing three outboard sections and one inboard section during one workflow stage and - manufacturing two inboard sections during the other workflow stage. - an inboard blade section comprising a root end and a transition region is manufactured using a first casting process; and - an outboard blade section comprising an airfoil region is manufactured using a second casting process, which second casting process is different from the first casting process; - scheduling two consecutive workflow stages (S1, S2); - manufacturing three outboard sections and one inboard section during one workflow stage and - manufacturing two inboard sections during the other workflow stage.
A navigation system for executing route guidance for a vehicle, comprising: a portable information processing device operative to read out code data indicative of map information from a print product and to transmit the code data; a code data processing unit operative to convert the code data into area information indicative of a location on a map coordinate system, to store the area information in an information storage unit, to read out the stored area information from the information storage unit and to transmit the read out area information; and an on-vehicle navigation device installed on a vehicle and operative to establish a traveling route in response to the area information transmitted from the code data processing unit to execute route guidance for the vehicle along the established traveling route, characterized in that: the on-vehicle navigation device is operative to transmit a power turn-on signal indicative of the on-vehicle navigation device being turned on, to the portable information processing device; the code data processing unit is incorporated in the portable information processing device; and the portable information processing device is operative to receive the power turn-on signal and the code data processing unit is operative to transmit the read out area information in response to the power turn-on signal. a portable information processing device operative to read out code data indicative of map information from a print product and to transmit the code data; a code data processing unit operative to convert the code data into area information indicative of a location on a map coordinate system, to store the area information in an information storage unit, to read out the stored area information from the information storage unit and to transmit the read out area information; and an on-vehicle navigation device installed on a vehicle and operative to establish a traveling route in response to the area information transmitted from the code data processing unit to execute route guidance for the vehicle along the established traveling route, characterized in that: the on-vehicle navigation device is operative to transmit a power turn-on signal indicative of the on-vehicle navigation device being turned on, to the portable information processing device; the code data processing unit is incorporated in the portable information processing device; and the portable information processing device is operative to receive the power turn-on signal and the code data processing unit is operative to transmit the read out area information in response to the power turn-on signal. the on-vehicle navigation device is operative to transmit a power turn-on signal indicative of the on-vehicle navigation device being turned on, to the portable information processing device; the code data processing unit is incorporated in the portable information processing device; and the portable information processing device is operative to receive the power turn-on signal and the code data processing unit is operative to transmit the read out area information in response to the power turn-on signal.
A server apparatus to which a plurality of image forming apparatuses are connected through a network, the server apparatus comprising: a storage unit configured to store a user ID of a user who registers print data, correlate the print data, which is printed by an image forming apparatus of the plurality of image forming apparatuses, to the user ID, and store the correlated print data; and a control unit configured to perform controlling such that the control unit performs a user authentication using the stored user ID and transmits the print data correlated to the authenticated user ID and stored in the storage unit to the image forming apparatus after the user authentication, when the control unit receives information for designating the print data displayed by the image forming apparatus, a sharing access code correlated to the designated print data and a preparation instruction of the sharing access code from the image forming apparatus, the control unit correlates the received sharing access code to the designated print data, and causes the correlated result to be stored in the storage unit, and when the control unit receives designation of the sharing access code and a retrieval instruction for the inputted share access code from the image forming apparatus after the user authentication, the control unit reads out information relating to the print data correlated to the sharing access code from the storage unit, and transmits the read-out information to the image forming apparatus. a storage unit configured to store a user ID of a user who registers print data, correlate the print data, which is printed by an image forming apparatus of the plurality of image forming apparatuses, to the user ID, and store the correlated print data; and a control unit configured to perform controlling such that the control unit performs a user authentication using the stored user ID and transmits the print data correlated to the authenticated user ID and stored in the storage unit to the image forming apparatus after the user authentication, when the control unit receives information for designating the print data displayed by the image forming apparatus, a sharing access code correlated to the designated print data and a preparation instruction of the sharing access code from the image forming apparatus, the control unit correlates the received sharing access code to the designated print data, and causes the correlated result to be stored in the storage unit, and when the control unit receives designation of the sharing access code and a retrieval instruction for the inputted share access code from the image forming apparatus after the user authentication, the control unit reads out information relating to the print data correlated to the sharing access code from the storage unit, and transmits the read-out information to the image forming apparatus.