mhurhangee/ep-ind-claims huggingface dataset:
A filtering element arrangement for a device for purifying emissions from a crankcase of an internal combustion engine, the arrangement comprising: - a filtering element which has an annular filtering medium, in particular provided with a coalescer medium, extending longitudinally around a central axis between a first axial face and a second axial face, the filtering medium having an internal face defining an inner space; - a rotor element intended for rotating the filtering element, engaged in the inner space against a plurality of contact surfaces (SC, SC') of the filtering element in an assembled state between the rotor element and the filtering element; characterized in that the rotor element has a one-piece sleeve which extends longitudinally around the central axis in the assembled state and has an external face on which are formed N notches each defined between two longitudinal edges (B1, B2), the sleeve being suitable for insertion into the inner space; and in that the filtering element comprises a first flange covering said first axial face, the first flange comprising an anchoring part which extends longitudinally into the inner space around the sleeve, towards a second flange of the filtering element, first contact surfaces among said plurality of contact surfaces being spaced apart and defined by the anchoring part which provides N engagement means projecting radially inwardly for engaging the N notches in a fitted manner, N being an integer greater than or equal to two, the second flange comprising at least one retaining member (44, 45) engaged with the anchoring part and making it possible to render the first and second flanges (31, 32) integral in rotation. - a filtering element which has an annular filtering medium, in particular provided with a coalescer medium, extending longitudinally around a central axis between a first axial face and a second axial face, the filtering medium having an internal face defining an inner space; - a rotor element intended for rotating the filtering element, engaged in the inner space against a plurality of contact surfaces (SC, SC') of the filtering element in an assembled state between the rotor element and the filtering element;
A probing process for locating a live database to be backed up in a database mirroring network that includes a first database server, a second database server, and a backup server, each of the first database server and second database server having a database (206, 208) which is designated as one of a live database to be located and a mirror database, comprising: receiving a database status request from the backup server at a database server (202, 204); responding to the database status request by locating a table entry concerning a database (206, 208) associated with the database server (202, 204) that received the database status request; identifying status information of the associated database using the table entry; and transmitting (410, 412), to the backup server, the status information concerning the associated database, wherein the status information specifies at least whether the database is one of a live database or a mirror database, and in the latter case, transmitting the name of the server, where the live database resides, and in that case re-initiating the probing process by contacting the server hosting the live database and repeating said steps until the server hosting the live database has been identified, whereby the probing process continues even if, during the probing process, the live database changes status to become the mirror database and the mirror database changes status to become the live database. receiving a database status request from the backup server at a database server (202, 204); responding to the database status request by locating a table entry concerning a database (206, 208) associated with the database server (202, 204) that received the database status request; identifying status information of the associated database using the table entry; and
Use of dithiine derivatives of the formula in which (d) m and n are each 0, R 1 and R 2 are the group -C(=O)-CR 8 =CR 9 -C(=O)-, R 3 and R 4 either both simultaneously are cyano or together are likewise the group -C(=O)-CR 8 =CR 9 -C(=O)-, it being possible for this group to be substituted identically or differently from the group for R 1 and R 2, R 8 and R 9 are identical or different and are hydrogen, halogen, C 1 -C 8 -alkyl, C 1 -C 8 -alkoxy, C 1 -C 8 -alkylthio, C 1 -C 8 -haloalkoxy or C 1 -C 8 -haloalkylthio; and, if both R 1 and R 2 and also R 3 and R 4 are the group -C(=O)-CR 8 =CR 9 -C(=O)-, at least one radical, R 8 or R 9, is not hydrogen; for controlling unwanted microorganisms, more particularly phytopathogenic fungi, in crop protection, in the household and hygiene sector, and in the protection of materials. (d) m and n are each 0, R 1 and R 2 are the group -C(=O)-CR 8 =CR 9 -C(=O)-, R 3 and R 4 either both simultaneously are cyano or together are likewise the group -C(=O)-CR 8 =CR 9 -C(=O)-, it being possible for this group to be substituted identically or differently from the group for R 1 and R 2, R 8 and R 9 are identical or different and are hydrogen, halogen, C 1 -C 8 -alkyl, C 1 -C 8 -alkoxy, C 1 -C 8 -alkylthio, C 1 -C 8 -haloalkoxy or C 1 -C 8 -haloalkylthio; and, if both R 1 and R 2 and also R 3 and R 4 are the group -C(=O)-CR 8 =CR 9 -C(=O)-, at least one radical, R 8 or R 9, is not hydrogen;
A network resource control system for facilitating communication between a network terminal and a selected network resource device over a network for communication of translated application data from the network terminal to the network resource device, the network terminals each including a reconfigurable driver application, the driver application comprising a network resource driver for facilitating communication of the translated application data, a driver administrator for receiving application data intended for the selected network resource device, and a data transmitter in communication with the driver administrator and an output of the resource driver and configured to transmit the translated application data over the network to the network resource device in accordance with the application data, the network resource control system comprising: a resource registry including resource configuration data associated with the selected network resource device, the resource configuration data including a driver identifier for the network resource driver associated with the selected network resource device, the resource driver for translating the application data to produce the translated application data in a format suitable for processing by the network resource device; and an authorization server in communication with the resource registry and being configured to receive from the network terminal a request to communicate with the selected network resource device, and to configure the driver application of the network terminal for communication with the selected network resource device in accordance with the network resource driver corresponding to the driver identifier obtained from the resource configuration data of the resource registry. a resource registry including resource configuration data associated with the selected network resource device, the resource configuration data including a driver identifier for the network resource driver associated with the selected network resource device, the resource driver for translating the application data to produce the translated application data in a format suitable for processing by the network resource device; and an authorization server in communication with the resource registry and being configured to receive from the network terminal a request to communicate with the selected network resource device, and to configure the driver application of the network terminal for communication with the selected network resource device in accordance with the network resource driver corresponding to the driver identifier obtained from the resource configuration data of the resource registry.
A method of operating an agricultural working machine (1, 2) which has a plurality of working assemblies and which for open-loop and/or closed-loop control of the working assemblies includes an open-loop and closed-loop control device having a display unit and at least one interface (22, 22a) for communication, - the emotional state of an operator is recognised during an interaction by way of the at least one interface with the working machine (1, 2), characterised in that - the operating mode of the working machine (1, 2) is adapted to the emotional state of the operator in such a way that the working machine is adjusted in its process performance and its communication with the operator to the emotional state of the operator and wherein an interaction of an operator with the open-loop and closed-loop control device is evaluated thereby in order to deduce the emotional state of the operator and that in dependence on the result of the evaluation an operating mode is activated from a selection of at least two operating modes of the open-loop and closed-loop control device, wherein the selected operating mode adapts the communication and the handling of the open-loop and closed-loop control device to the emotional state of an operator in such a way that the risk of an operating error or an inefficient mode of operation of the agricultural working machine is reduced. - the emotional state of an operator is recognised during an interaction by way of the at least one interface with the working machine (1, 2), - the operating mode of the working machine (1, 2) is adapted to the emotional state of the operator in such a way that the working machine is adjusted in its process performance and its communication with the operator to the emotional state of the operator and wherein an interaction of an operator with the open-loop and closed-loop control device is evaluated thereby in order to deduce the emotional state of the operator and that in dependence on the result of the evaluation an operating mode is activated from a selection of at least two operating modes of the open-loop and closed-loop control device, wherein the selected operating mode adapts the communication and the handling of the open-loop and closed-loop control device to the emotional state of an operator in such a way that the risk of an operating error or an inefficient mode of operation of the agricultural working machine is reduced.
A coil component comprising a coil (14A, 14B) and a core part wherein the core part is formed of two base cores (11A, 11B) and a plurality of unit coupling cores (12A to 12F) arranged within the coil (14A, 14B) and in a row between the two base cores (11A, 11B) so as to face each other, wherein the two base cores (11A, 11B) and the plurality of unit coupling cores (12A, 12F) are magnetically and sequentially coupled to form a closed magnetic path as a whole, and a gap is formed between at least one set of two magnetically coupled adjacent unit coupling cores (12A to 12F), wherein a projection is provided on an end surface of at least one of the two adjacent two unit coupling cores (12A, 12B) with interposing the gap therebetween, characterized in that the gap is formed of at least two types of gaps including a small gap and a large gap, wherein the small gap is formed by a leading end surface region of the projection of one unit core and a facing end surface of the adjacent unit core, and the large gap is formed by an end surface region of the one unit core in which the projection is not provided and the facing end surface of the adjacent unit core, wherein the coil component is configured to control the inductance values in at least two DC value regions of a curve of the DC superposed characteristics independently by adjusting at least a length of the at least two types of gaps, and wherein the inductance value in a region in which a DC current value becomes 0 is set mainly by the small gap of the two types of gaps, and the inductance value in a middle region of the curve of the DC superposed characteristics is set mainly by the large gap of the two types of gaps.
A printer, comprising: a feeder configured to feed a print medium towards an ejection port along a feeding pathway, the print medium including a first print region and a second print region; a print part configured to use heat to print on the print medium during the feeding of the print medium; and a controller configured to set a feeding speed of the first print region on which first print information being coded is printed to a second feeding speed that is slower than a predetermined first feeding speed, and to set a feeding speed to the first feeding speed of the second print region on which second print information other than the first print information is printed, the controller being configured to set the feeding speed to the second feeding speed of a print region in which the second print information is arranged with the first print information in a width direction of the print medium, and the second print information includes a portion partially extending from the first print region, characterised in that the controller is configured to set a feeding speed to a third feeding speed that is faster than the first feeding speed of a first margin region having a length in a feeding direction of the print medium that is longer than a predetermined length among a plurality of margin regions (SY, NY) of the print medium. a feeder configured to feed a print medium towards an ejection port along a feeding pathway, the print medium including a first print region and a second print region; a print part configured to use heat to print on the print medium during the feeding of the print medium; and a controller configured to set a feeding speed of the first print region on which first print information being coded is printed to a second feeding speed that is slower than a predetermined first feeding speed, and to set a feeding speed to the first feeding speed of the second print region on which second print information other than the first print information is printed, the controller being configured to set the feeding speed to the second feeding speed of a print region in which the second print information is arranged with the first print information in a width direction of the print medium, and the second print information includes a portion partially extending from the first print region, characterised in that the controller is configured to set a feeding speed to a third feeding speed that is faster than the first feeding speed of a first margin region having a length in a feeding direction of the print medium that is longer than a predetermined length among a plurality of margin regions (SY, NY) of the print medium.
Method of producing stable, amorphous solid dispersion particles comprising a protein kinase inhibitor selected from dasatinib, a dasatinib salt, a dasatinib hydrate, a dasatinib solvate, or a combination thereof, and at least one polymeric stabilizing and matrix-forming component, wherein said solid dispersion particles have a degree of amorphicity of 100%, the method comprising a) providing a first pressurized stream of said protein kinase inhibitor dissolved in a solvent; b) providing a second pressurized stream of antisolvent comprising a super- or subcritical CO 2 fluid; wherein said at least one polymeric stabilizing and matrix-forming component is present in either said first or second stream; and c) mixing said first and second streams, and spraying the mixed stream at the outlet of a nozzle, whereby said solid dispersion particles are formed; followed by collecting said solid dispersion particles. a) providing a first pressurized stream of said protein kinase inhibitor dissolved in a solvent; b) providing a second pressurized stream of antisolvent comprising a super- or subcritical CO 2 fluid; wherein said at least one polymeric stabilizing and matrix-forming component is present in either said first or second stream; and c) mixing said first and second streams, and spraying the mixed stream at the outlet of a nozzle, whereby said solid dispersion particles are formed; followed by collecting said solid dispersion particles.
An oral dosage form comprising an effective amount of methylphenidate or a pharmaceutically acceptable salt thereof, wherein a portion of the methylphenidate or pharmaceutically acceptable salt thereof is in an immediate release form and a portion of the methylphenidate or pharmaceutically acceptable salt thereof is in a controlled release form, the controlled release form representing 60% of the total dose of methylphenidate or a pharmaceutically salt thereof, the dosage form being an oral capsule containing multilayer release beads, wherein a multilayer release bead comprises an outer immediate release layer, a release delaying layer, a controlled release layer, and an immediate release core, and wherein the release delaying layer is an enteric coating coated over the controlled release layer, the dosage form providing a time to peak plasma concentration at 0.5 to 4 hours after oral administration, a peak plasma concentration from 3 ng/ml to 6.5 ng/ml per 20 mg dose of methylphenidate contained in the oral dosage form, wherein the peak plasma concentration is from 1.0 to 2.0 times the plasma concentration of methylphenidate provided by the formulation at 9 hours after oral administration, and wherein the duration of effect provided by the methylphenidate contained in the formulation falls below effective plasma concentrations at 8 to 12 hours after oral administration.
A method for operating a hydrogen generating apparatus, the hydrogen generating apparatus including: a raw material supplying device configured to supply a raw material; a reforming device that contains a reformation catalyst and configured to generate a hydrogen-containing gas from the raw material and water through reformation reaction with the reformation catalyst; a modifying device that contains a modifying catalyst and configured to decrease carbon monoxide in the hydrogen-containing gas through shift reaction with the modifying catalyst; and a first temperature detector configured to detect a temperature of the modifying catalyst, and the method characterized by comprising: a purging step of purging an interior of the modifying device with the raw material by the raw material supplying device when a detected temperature of the first temperature detector is a first threshold value, at which deterioration of the modifying catalyst with the raw material is suppressed, or lower in a shutdown operation. a purging step of purging an interior of the modifying device with the raw material by the raw material supplying device when a detected temperature of the first temperature detector is a first threshold value, at which deterioration of the modifying catalyst with the raw material is suppressed, or lower in a shutdown operation.
A method for processing calcinated carbon bodies for anodes or cathodes for use in connection with electrolytic production of aluminium, in which the carbon bodies are processed by means of a rotating processing tool mounted on a driven spindle, the processing tool comprises a disk with cutting edges at its outer periphery that are made out of a material with durability and suitability for processing calcinated carbon material, where said processing tool is used for making slot(-s) in said carbon bodies, character i sed in that the slots are processed deeper than 35 cm and narrower than 8 mm, and during processing, transversal misalignment of the processing tool is restricted by a guiding element (10, 110) being able to sustain reaction forces against both sides of the processing tool, wherein the guiding element (10, 110) is arranged close to the sector where the processing tool enters the carbon body and that the processing is done according to the climb milling principle.
A small fireplace comprising an outer casing, a firebox surrounded by refractory bricks, a combustion air supply by way of entry openings in the side walls of the firebox and a flue gas discharge, wherein the entry openings for the combustion air are formed by horizontal slots between bricks, provided with mutually spaced projections, of the side walls of the firebox, characterised in that the bricks defining slots are cuboidal and have four side faces and two end faces and that the projections are provided at two mutually adjoining side faces (11, 12) of each brick as slot-forming spacers relative to the outer casing and to a brick arranged above or below same.
Method for producing composite plain bearing materials, in which a powder of a bearing metal made of a powder of a copper alloy is applied to a strip material made of a steel and the bearing metal is subjected to at least one sintering process and the composite material comprising the strip material and bearing metal is subsequently subjected to a thermal processing operation, characterised in that the copper alloy consists of a copper/nickel alloy, a copper/iron alloy, a copper/chromium alloy or a copper/zirconium alloy, in that, after the sintering process, the composite material is quenched from the sintering temperature to a temperature T 1 of from 150°C to 250° within a time period of less than two minutes and afterwards an ageing operations is connected, wherein the ageing operation is carried out at a temperature between 350°C and 520°C over from four to ten hours. the copper alloy consists of a copper/nickel alloy, a copper/iron alloy, a copper/chromium alloy or a copper/zirconium alloy, in that, after the sintering process, the composite material is quenched from the sintering temperature to a temperature T 1 of from 150°C to 250° within a time period of less than two minutes and afterwards an ageing operations is connected, wherein the ageing operation is carried out at a temperature between 350°C and 520°C over from four to ten hours.
A micro titration calorimetry system comprising: a sample cell and a sample cell stem providing access to the sample cell; an automatic pipette assembly with a titration needle arranged to be inserted into the sample cell for supplying titrant; and a pipette guiding mechanism arranged to guide the pipette assembly between and into at least two positions of operation; wherein: a first position of operation is a pipette washing position wherein the titration needle is inserted in a washing apparatus, and a second position of operation is a titration position wherein the titration needle is inserted into the sample cell for calorimetric measurements; the pipette assembly comprises a housing having an attachment section for precise positioning of the pipette assembly with respect to the sample cell stem; the guiding mechanism comprises a pipette arm that supports the pipette assembly, an essentially vertical guide rod, and an alignment means for receiving the attachment section in the titration position; wherein the pipette assembly comprises a chamfer on the attachment section. a sample cell and a sample cell stem providing access to the sample cell; an automatic pipette assembly with a titration needle arranged to be inserted into the sample cell for supplying titrant; and a pipette guiding mechanism arranged to guide the pipette assembly between and into at least two positions of operation; wherein: a first position of operation is a pipette washing position wherein the titration needle is inserted in a washing apparatus, and a second position of operation is a titration position wherein the titration needle is inserted into the sample cell for calorimetric measurements; the pipette assembly comprises a housing having an attachment section for precise positioning of the pipette assembly with respect to the sample cell stem; the guiding mechanism comprises a pipette arm that supports the pipette assembly, an essentially vertical guide rod, and an alignment means for receiving the attachment section in the titration position; wherein the pipette assembly comprises a chamfer on the attachment section.