mhurhangee/ep-ind-claims huggingface dataset:
A vane for use in a turbine assembly, the vane comprising: an airfoil; a vane platform defining a platform cavity configured to be cooled by a platform flow; a platform-fed through cavity defined in the airfoil and in fluid communication with the platform cavity and configured to be cooled by a first portion of the platform flow; a direct-fed through cavity defined in the airfoil and configured to be cooled by a through flow, wherein the direct-fed through cavity and the platform-fed through cavity meet at an outlet; and a platform-fed serpentine cavity defined in the airfoil and separated from the platform-fed through cavity by a divider, wherein the platform-fed serpentine cavity is in fluid communication with the platform cavity and is configured to be cooled by a second portion of the platform flow. an airfoil; a vane platform defining a platform cavity configured to be cooled by a platform flow; a platform-fed through cavity defined in the airfoil and in fluid communication with the platform cavity and configured to be cooled by a first portion of the platform flow; a direct-fed through cavity defined in the airfoil and configured to be cooled by a through flow, wherein the direct-fed through cavity and the platform-fed through cavity meet at an outlet; and a platform-fed serpentine cavity defined in the airfoil and separated from the platform-fed through cavity by a divider, wherein the platform-fed serpentine cavity is in fluid communication with the platform cavity and is configured to be cooled by a second portion of the platform flow.
A multilayer arrangement for a value document, comprising a first layer consisting of a plastic foil and a second layer consisting of a further plastic foil, wherein the plastic foils are separated by one or possibly several intermediate layers of paper, characterized in that the plastic foils are arranged above each other at least in an overlap area and at least one partial area of the overlap area forms a welding area in which the first and the second plastic foil are welded to each other in such a fashion that the welding area forms a tactilely and/or optically perceivable recognition or security feature.
A system comprising: a processor operating a plurality of processes (212, 214, 216); a plurality of memory regions (218, 220, 222, 224), each being operable in at least a high power manner and a low power manner; a scan engine that: performs a plurality of scans of said plurality of memory regions (218, 220, 222, 224) to identify said plurality of processes (212, 214, 216) operating on said processor, each of said plurality of processes (212, 214, 216) having at least one associated memory page; determines a usage frequency classification for each of said memory pages; and the system characterized in that the scan engine creates and maintains a set of bitmaps corresponding to each of said plurality of processes (212, 214, 216), wherein the bitmaps group said memory pages into each usage frequency classification; and a memory manager that identifies at least one of said memory pages to move from a first memory region to a second memory region based on the set of bitmaps. a processor operating a plurality of processes (212, 214, 216); a plurality of memory regions (218, 220, 222, 224), each being operable in at least a high power manner and a low power manner; a scan engine that: performs a plurality of scans of said plurality of memory regions (218, 220, 222, 224) to identify said plurality of processes (212, 214, 216) operating on said processor, each of said plurality of processes (212, 214, 216) having at least one associated memory page; determines a usage frequency classification for each of said memory pages; and the system characterized in that the scan engine creates and maintains a set of bitmaps corresponding to each of said plurality of processes (212, 214, 216), wherein the bitmaps group said memory pages into each usage frequency classification; and performs a plurality of scans of said plurality of memory regions (218, 220, 222, 224) to identify said plurality of processes (212, 214, 216) operating on said processor, each of said plurality of processes (212, 214, 216) having at least one associated memory page; determines a usage frequency classification for each of said memory pages; and the system characterized in that the scan engine creates and maintains a set of bitmaps corresponding to each of said plurality of processes (212, 214, 216), wherein the bitmaps group said memory pages into each usage frequency classification; and a memory manager that identifies at least one of said memory pages to move from a first memory region to a second memory region based on the set of bitmaps.
A self-propelled agricultural machine with a plurality of lighting elements, which at least partially illuminate the surroundings of the machine, charac terized in that by means of an input unit at least one lighting element of the agricultural machine is selectable, which upon non-operation of the machine is activatable by means of a remote actuation element, wherein the remote actuation element is a switch or push switch or contactlessly operating sensor arranged on the machine, wherein the switch or push switch or contactlessly operating sensor is operationally connected with an access ladder of the machine and upon contacting and/or moving of the access ladder at least one of the lighting elements is activated, and wherein by means of the remote actuation element additional function processes on the agricultural machine are activatable.
A method for producing a hydrogenated petroleum resin, comprising a hydrogenation step of hydrogenating a polymerization product of dicyclopentadiene and a vinyl aromatic compound in the presence of a catalyst, wherein the hydrogenation step is performed under conditions to below: an amount of the catalyst used: 0.125 to 0.4 parts by mass relative to 100 parts by mass of a resin in the polymerization product; a reaction pressure: 4 MPaG or less; and a reaction temperature: 240°C or higher. an amount of the catalyst used: 0.125 to 0.4 parts by mass relative to 100 parts by mass of a resin in the polymerization product; a reaction pressure: 4 MPaG or less; and a reaction temperature: 240°C or higher.
A method for a chemically assisted mechanical pulping of wood chips, comprising the steps of: a) producing a feedstock from wood chips; b) contacting the feedstock produced from wood chips with steam at a first pressure between 1 and 2 bar, at a steam temperature between 100 and 110°C for a time period of between 10 and 20 minutes, in order to produce a steamed wood chip feedstock; c) bringing the steamed wood chip feedstock into contact with a solution containing a deep eutectic solvent, comprising a quaternary ammonium salt selected from a choline salt or a proline salt, and a co-solvent at a temperature between 40 and 120°C, preferably 50 to 100°C, and for a period of time of between 5 and 15 minutes, preferably 5 to 10 minutes, wherein a pre-treated wood chip feedstock is obtained, wherein a concentration of the deep eutectic solvent is selected so as to be more than 92% by weight, preferably more than 95% by weight and a remaining quantity of the solution substantially consists of water, and wherein a molar ratio of the quaternary ammonium salt to an amide as the co-solvent is selected so as to be between 1:1 and 1:2; and d) mechanically grinding the pre-treated wood chip feedstock at a pressure between 1 and 3.5 bar and a temperature of over 100°C. a) producing a feedstock from wood chips; b) contacting the feedstock produced from wood chips with steam at a first pressure between 1 and 2 bar, at a steam temperature between 100 and 110°C for a time period of between 10 and 20 minutes, in order to produce a steamed wood chip feedstock; c) bringing the steamed wood chip feedstock into contact with a solution containing a deep eutectic solvent, comprising a quaternary ammonium salt selected from a choline salt or a proline salt, and a co-solvent at a temperature between 40 and 120°C, preferably 50 to 100°C, and for a period of time of between 5 and 15 minutes, preferably 5 to 10 minutes, wherein a pre-treated wood chip feedstock is obtained, wherein a concentration of the deep eutectic solvent is selected so as to be more than 92% by weight, preferably more than 95% by weight and a remaining quantity of the solution substantially consists of water, and wherein a molar ratio of the quaternary ammonium salt to an amide as the co-solvent is selected so as to be between 1:1 and 1:2; and d) mechanically grinding the pre-treated wood chip feedstock at a pressure between 1 and 3.5 bar and a temperature of over 100°C.
A telecommunications system comprising a server and a remote device, wherein the server comprises: a computer readable storage medium having a database comprising a plurality of user profiles, each profile being associated with respective contact information; and a processor connected to said storage medium and being configured to initiate a conference call by: receiving a conference request via a data message, the request comprising at least a scheduled time for the conference and a type of conference, wherein the data message is an email message generated by a calendar function of an email application on the remote device; sending at least one invitation message based on the data message, receiving responses to the at least one invitation message to determine accepted conference participants; determining if the type of conference requires accepted participants to call the system; and if it is determined that the type of conference requires the accepted participants to call the system, at about the scheduled time, said processor begins to accept calls from the accepted participants, wherein said processor must input a password for the call before connecting a respective accepted conference participant to the conference call. a computer readable storage medium having a database comprising a plurality of user profiles, each profile being associated with respective contact information; and a processor connected to said storage medium and being configured to initiate a conference call by: receiving a conference request via a data message, the request comprising at least a scheduled time for the conference and a type of conference, wherein the data message is an email message generated by a calendar function of an email application on the remote device; sending at least one invitation message based on the data message, receiving responses to the at least one invitation message to determine accepted conference participants; determining if the type of conference requires accepted participants to call the system; and if it is determined that the type of conference requires the accepted participants to call the system, at about the scheduled time, said processor begins to accept calls from the accepted participants, wherein said processor must input a password for the call before connecting a respective accepted conference participant to the conference call. receiving a conference request via a data message, the request comprising at least a scheduled time for the conference and a type of conference, wherein the data message is an email message generated by a calendar function of an email application on the remote device; sending at least one invitation message based on the data message, receiving responses to the at least one invitation message to determine accepted conference participants; determining if the type of conference requires accepted participants to call the system; and if it is determined that the type of conference requires the accepted participants to call the system, at about the scheduled time, said processor begins to accept calls from the accepted participants,
Data processing module, located between a server and at least one mobile terminal in a radio network with location-based services, wherein the data processing module is designed for processing and answering position-update requests of the server directed to the terminal, characterized in that the data processing module is designed - for creating distance-based position-update requests for the terminal, wherein the distance-based position-update requests in each case represent a distance between a current and a previous position of the terminal, wherein a distance-based position-update of the terminal is to be triggered upon reaching this distance; - for receiving a stretch of way-based position-update request of the server, wherein the stretch of way-based position-update request is a stretch of way to be travelled by the terminal, wherein a stretch of way-based position update of the terminal is to be triggered after travelling the stretch of way to be travelled, - for determining, for each possible path that corresponds to the stretch of way to be travelled within a given topology, a distance d(s, p) between a position s of the terminal and each of multiple points p on the path, - for determining, for each of the possible paths, a maximum distance dmax from the distances determined for the points p on the path d(s, p), - for determining the smallest of the maximum distances dmax, and - for creating a distance-based position-update request corresponding to the smallest of the maximum distances dmax, for the terminal. - for creating distance-based position-update requests for the terminal, wherein the distance-based position-update requests in each case represent a distance between a current and a previous position of the terminal, wherein a distance-based position-update of the terminal is to be triggered upon reaching this distance; - for receiving a stretch of way-based position-update request of the server, wherein the stretch of way-based position-update request is a stretch of way to be travelled by the terminal, wherein a stretch of way-based position update of the terminal is to be triggered after travelling the stretch of way to be travelled, - for determining, for each possible path that corresponds to the stretch of way to be travelled within a given topology, a distance d(s, p) between a position s of the terminal and each of multiple points p on the path, - for determining, for each of the possible paths, a maximum distance dmax from the distances determined for the points p on the path d(s, p), - for determining the smallest of the maximum distances dmax, and - for creating a distance-based position-update request corresponding to the smallest of the maximum distances dmax, for the terminal.
A lamp, comprising a lamp body assembly, a positioning frame assembly surrounding the periphery of the lamp body assembly for assembling the lamp body assembly to a fixture, wherein the lamp body assembly is detachably assembled with the positioning frame assembly wherein the inner wall of the positioning frame assembly is provided with a groove formed along the circumferential direction of the positioning frame assembly, and the lamp body assembly is provided with a marble on the periphery that can be chimed with the groove to realize the connection between the lamp body assembly and the positioning frame assembly, and the marble drives the lamp body assembly to slide in the groove, wherein the lamp body assembly includes a lamp body, wherein the lamp body includes a light-emitting cylinder and a lens assembly detachable at a front end of the light-emitting cylinder, wherein the lens assembly includes a lens, a decorative ring disposed at the light emitting end of the lens and matched with the inner wall of the light-emitting cylinder, and a detachable filter mounted on the decorative ring characterized in that the inner wall of the decorative ring is provided with a carrying platform that is in contact with the light incident surface of the filter, and at least two bumps disposed above the carrying platform and in contact with an edge of the light exit surface of the filter to prevent the filter from falling off. the lamp body assembly is detachably assembled with the positioning frame assembly wherein the inner wall of the positioning frame assembly is provided with a groove formed along the circumferential direction of the positioning frame assembly, and the lamp body assembly is provided with a marble on the periphery that can be chimed with the groove to realize the connection between the lamp body assembly and the positioning frame assembly, and the marble drives the lamp body assembly to slide in the groove, wherein the lamp body assembly includes a lamp body, wherein the lamp body includes a light-emitting cylinder and a lens assembly detachable at a front end of the light-emitting cylinder, wherein the lens assembly includes a lens, a decorative ring disposed at the light emitting end of the lens and matched with the inner wall of the light-emitting cylinder, and a detachable filter mounted on the decorative ring characterized in that the inner wall of the decorative ring is provided with a carrying platform that is in contact with the light incident surface of the filter, and at least two bumps disposed above the carrying platform and in contact with an edge of the light exit surface of the filter to prevent the filter from falling off.
A method of manufacturing a nonaqueous electrolyte secondary battery, the method comprising: preparing a separator substrate; preparing a separator by applying a composition, which contains at least a fluorophosphate and a binder, to a surface of the separator substrate to form a porous layer on the surface of the separator substrate; preparing an electrode body by arranging the separator such that the porous layer faces a positive electrode and laminating the positive electrode and a negative electrode to face each other with the separator interposed therebetween; preparing a battery assembly comprising the electrode body and a nonaqueous electrolyte; and charging the battery assembly at least once, wherein the porous layer including at least the fluorophosphate and the binder is provided on the surface of the separator facing the positive electrode, characterised in that an amount of the fluorophosphate and an amount of the nonaqueous electrolyte in the composition are adjusted such that a concentration of the fluorophosphate in the porous layer in terms of a concentration of the nonaqueous electrolyte is 0.05 mol/kg or more. preparing a separator substrate; preparing a separator by applying a composition, which contains at least a fluorophosphate and a binder, to a surface of the separator substrate to form a porous layer on the surface of the separator substrate; preparing an electrode body by arranging the separator such that the porous layer faces a positive electrode and laminating the positive electrode and a negative electrode to face each other with the separator interposed therebetween; preparing a battery assembly comprising the electrode body and a nonaqueous electrolyte; and charging the battery assembly at least once, wherein the porous layer including at least the fluorophosphate and the binder is provided on the surface of the separator facing the positive electrode, characterised in that an amount of the fluorophosphate and an amount of the nonaqueous electrolyte in the composition are adjusted such that a concentration of the fluorophosphate in the porous layer in terms of a concentration of the nonaqueous electrolyte is 0.05 mol/kg or more.
An absorbent garment comprising: a body panel stretchable in a lateral direction between an unstretched condition and a stretched condition, said body panel having a terminal waist edge and comprising first and second layers of material terminating at said terminal waist edge and a plurality of elastic elements extending in said lateral direction parallel to said terminal waist edge and disposed between said first and second layers in a spaced apart relationship, wherein said plurality of elastic elements each comprise a strand coating of adhesive, and wherein said plurality of elastic elements in said spaced apart relationship define an adhesive region extending to said terminal waist edge, wherein said strand coating of adhesive is the only adhesive in said adhesive region; characterised in that said first and second layers are first and second layers of spunbond material, and wherein said body panel in said unstretched condition has a surface softness with a mean deviation of coefficient of friction less than about 0.020 in said adhesive region. a body panel stretchable in a lateral direction between an unstretched condition and a stretched condition, said body panel having a terminal waist edge and comprising first and second layers of material terminating at said terminal waist edge and a plurality of elastic elements extending in said lateral direction parallel to said terminal waist edge and disposed between said first and second layers in a spaced apart relationship, wherein said plurality of elastic elements each comprise a strand coating of adhesive, and wherein said plurality of elastic elements in said spaced apart relationship define an adhesive region extending to said terminal waist edge, wherein said strand coating of adhesive is the only adhesive in said adhesive region;
A method for preventing malware attacks, comprising the steps of: - detecting an attempt on an electronic device to access a task scheduler, the task scheduler configured to launch one or more applications at a specified time or interval; - determining an entity associated with the attempt to access the task scheduler, wherein determining the entity associated with the attempt includes determining a network destination to be accessed as a result of the attempt to access the task scheduler; - determining a malware status of the entity, wherein determining the malware status of the entity includes determining the malware status of the network destination; and - based on the malware status of the entity, allowing or denying the attempted access to the task scheduler. - detecting an attempt on an electronic device to access a task scheduler, the task scheduler configured to launch one or more applications at a specified time or interval; - determining an entity associated with the attempt to access the task scheduler, wherein determining the entity associated with the attempt includes determining a network destination to be accessed as a result of the attempt to access the task scheduler; - determining a malware status of the entity, wherein determining the malware status of the entity includes determining the malware status of the network destination; and - based on the malware status of the entity, allowing or denying the attempted access to the task scheduler.
A process of preparing crystalline Form C of Compound II: comprising: adding Compound II to from 0.4% v/v wet methyl tert-butyl ether (MTBE) to 1.5% v/v wet MTBE to provide a reaction mixture; refluxing the reaction mixture; cooling the reaction mixture to room temperature; and isolating the crystalline Form C of Compound II from the reaction mixture. adding Compound II to from 0.4% v/v wet methyl tert-butyl ether (MTBE) to 1.5% v/v wet MTBE to provide a reaction mixture; refluxing the reaction mixture; cooling the reaction mixture to room temperature; and isolating the crystalline Form C of Compound II from the reaction mixture.