mhurhangee/ep-ind-claims huggingface dataset:
A system for supporting transacted remote file operations between a local device and a remote device, the system comprising: a transaction manager; and a redirector to receive a request to perform a file operation on a file residing in the remote device, the local and remote devices connected to a network, wherein the redirector is to send the request to the remote device over the network within a transaction, wherein the system comprises means for carrying out steps wherein an application generating the data makes a call or issues a request to commit the transaction, and this call or request is passed to the transaction manager; wherein in response, the transaction manger generates a pre-prepare notification, wherein the redirector receives the pre-prepare notification from the transaction manager, and in response flushes the data to the server via the network; and wherein the server passes the data to a NTFS, wherein a transaction manager of the server signals the redirector when the pre-prepare operation is complete; wherein the redirector receives a prepare notification from the transaction manager and sends a prepare notification message to the server in response to the prepare notification, which is passed on to the transaction manager of the server, wherein the transaction manager of the server passes the prepare notification to the NTFS, wherein the prepare notification causes the client and server to store the data in a manner that allows the data to be either committed or rolled back, wherein the data is then processed using two-phase commit operations. a transaction manager; and a redirector to receive a request to perform a file operation on a file residing in the remote device, the local and remote devices connected to a network, wherein the redirector is to send the request to the remote device over the network within a transaction, wherein the system comprises means for carrying out steps wherein an application generating the data makes a call or issues a request to commit the transaction, and this call or request is passed to the transaction manager; wherein in response, the transaction manger generates a pre-prepare notification, wherein the redirector receives the pre-prepare notification from the transaction manager, and in response flushes the data to the server via the network; and wherein the server passes the data to a NTFS, wherein a transaction manager of the server signals the redirector when the pre-prepare operation is complete; wherein the redirector receives a prepare notification from the transaction manager and sends a prepare notification message to the server in response to the prepare notification, which is passed on to the transaction manager of the server, wherein the transaction manager of the server passes the prepare notification to the NTFS, wherein the prepare notification causes the client and server to store the data in a manner that allows the data to be either committed or rolled back, wherein the data is then processed using two-phase commit operations.
A decentralized water treatment unit for purifying untreated water to purified water for human consumption, the unit comprising: - a filtration module, comprising at least one filtration membrane configured to, during a filtration cycle, purify the untreated water; - a cleaning module, comprising an electrolytic cell configured to, during a generation cycle, generate a cleaning solution of predetermined composition from a chloride starting solution; wherein the cleaning solution comprises an oxidant solution having an acidic pH and/or a reductant solution having a basic pH; - the electrolytic cell further comprising an anode in electrical communication with a first compartment and a cathode in electrical communication with a second compartment; wherein the first and second compartment are separated by a membrane; and - the cleaning module further comprising a first pump configured to control a portion of the chloride starting solution flowed through the first compartment to form the oxidant solution; and/or the cleaning module further comprising a second pump configured to control a portion of the chloride starting solution flowed through the second compartment to form the reductant solution; wherein the cleaning module is further configured to, during a cleaning cycle, pump the cleaning solution through the filtration module to clean the at least one filtration membrane. - a filtration module, comprising at least one filtration membrane configured to, during a filtration cycle, purify the untreated water; - a cleaning module, comprising an electrolytic cell configured to, during a generation cycle, generate a cleaning solution of predetermined composition from a chloride starting solution; wherein the cleaning solution comprises an oxidant solution having an acidic pH and/or a reductant solution having a basic pH; - the electrolytic cell further comprising an anode in electrical communication with a first compartment and a cathode in electrical communication with a second compartment; wherein the first and second compartment are separated by a membrane; and - the cleaning module further comprising a first pump configured to control a portion of the chloride starting solution flowed through the first compartment to form the oxidant solution; and/or the cleaning module further comprising a second pump configured to control a portion of the chloride starting solution flowed through the second compartment to form the reductant solution;
A method of providing a self-healing coating, the method comprising: co-spraying an individual constituent of an aluminum-containing MAX phase material and metal matrix composite particles to form a MAXMET (max phase/metal matrix composite) layer (14; 22) onto a substrate (12; 20), wherein in said layer (14; 22) the aluminum-containing MAX phase material is a Ti 2 AlC ceramic powder and has a particle size of 1-3 μm (microns), and the metal matrix composite particles have a particle size of 0.02 to 0.5 μm (microns) produced by ball milling to mechanically alloy its constituents, the method further comprising: exposing the MAXMET layer to a temperature greater than 1093 °C (2000°F) to form alpha aluminum.
A method for determining a telecommunication subscriber connection identifier (16, 17, 18, 23) of a telecommunication subscriber for an inquiring other telecommunication subscriber comprising a telecommunication terminal (2, 3), the telecommunication subscriber who inquires about this (16 to 18, 23) initiating a search of inquiry data (11, 12) contained in the inquiry of the inquiring telecommunication subscriber and relating to the wanted telecommunication subscriber in a general correspondence file and/or personal correspondence file (21, 22) containing at least telecommunication subscriber connection identifiers (16, 17, 18, 23, 27) of telecommunication subscribers (1, 5,...) in a data base which is accessible via a telecommunication network (6, 7, 8, 9), wherein the inquiry of the inquiring telecommunication subscriber will be transmitted from the terminal (2, 3) of this one via the telecommunication network (6, 7, 8, 9) to a search device comprising the correspondence file (15; 21; 22), whereupon the search device will transmit the at least one telecommunication subscriber connection identifier (16 to 18, 23, 27) which matches the inquiry as response to a telecommunication terminal (2, 3) of the inquiring telecommunication subscriber for being displayed for the telecommunication subscriber, characterized in that response data (16 to 18, 23) or complete entries (11, 12, 13, 21, 16, 17, 18, 23, 27, 4) containing these ones and comprised in the inquired and searched general correspondence file, which response data or entries have been found during the search after an inquiry of a telecommunication subscriber, will be copied automatically or only upon questioning the telecommunication subscriber into his private personal correspondence file (directory 21), which is only accessible to him, in the telecommunication network (6, 7, 8, 9).
A method of forming a plurality of compression moulds for moulding prosthetic tooth elements comprising: scanning a natural tooth surface or a model of the natural tooth surface to obtain scan data; and based on the scan data, forming a first compression mould comprising a first mould surface, the first mould surface having a shape corresponding to a shape of a natural tooth surface increased in size by a first scale factor; characterised in that the method further comprises: based on the scan data, forming a second compression mould comprising a second mould surface, the second mould surface having a shape corresponding to the shape of the natural tooth surf ace increased in size by a second scale factor, the second scale factor being different from the first scale factor. scanning a natural tooth surface or a model of the natural tooth surface to obtain scan data; and based on the scan data, forming a first compression mould comprising a first mould surface, the first mould surface having a shape corresponding to a shape of a natural tooth surface increased in size by a first scale factor; characterised in that the method further comprises: based on the scan data, forming a second compression mould comprising a second mould surface, the second mould surface having a shape corresponding to the shape of the natural tooth surf ace increased in size by a second scale factor, the second scale factor being different from the first scale factor.
A conjugate for use in the treatment of idiopathic myelofibrosis, polycythaemia vera, or essential thrombocythaemia, which is of the formula in which mPEG has a molecular weight of 20 kD and IFN is an interferon-α2b moiety.
A method of increasing nitrogen use efficiency, and/or abiotic stress tolerance of a plant, comprising expressing within the plant an exogenous polynucleotide comprising a nucleic acid sequence encoding a polypeptide at least 80 % identical to SEQ ID NO: 196, wherein the abiotic stress is nitrogen deficiency, thereby increasing the nitrogen use efficiency, and/or the abiotic stress tolerance of the plant.
A method for archiving a collaboration session regarding visual content, the method comprising; establishing a collaboration session from a collaboration server with a plurality of participant nodes; transmitting the visual content to the participant nodes from the collaboration server; receiving, at the collaboration server, a first multimedia data stream associated with a first one of the plurality of participant nodes and which includes an audio data stream; characterized by_ receiving, at the collaboration server, from the first one of the plurality of participant nodes, an annotation data object associated with an annotation to the visual content in timed correlation to a first time reference within the first multimedia data stream, the first time reference being established based on detected audible characteristics in the first multimedia data stream, the detected audible characteristics being indicative of a silence or a voice of a participant during the collaboration session; receiving, at the collaboration server from the first one of the plurality of participant nodes, view parameters that define the way in which the visual content is displayed, on the first one of the plurality of participant nodes, in timed correlation to the first time reference, the view parameters comprising one or more of: dots-per-inch settings of a display device, window width and height of the visual content as displayed on the first one of the plurality of participant nodes, Zoom factor of the visual content as displayed on the first one of the plurality of participant nodes, rotation of the visual content as displayed on the first one of the plurality of participant nodes, offset of the visual content as displayed on the first one of the plurality of participant nodes, document page number of the visual content as displayed on the first one of the plurality of participant nodes, display type of the visual content as displayed on the first one of the plurality of participant nodes, and a 3D transformation matrix.; generating a first session record entry associated with the received first multimedia data stream, the annotation data object, and the view parameters; storing the generated first session record entry into a session record specific to the collaboration session and residing on the collaboration server, the session record including a plurality of session record entries including the generated first session record entry, the session record being retrievable by any one of the participant nodes for playing back of the collaboration session in sequence with the session record entries; and transmitting the first session record entry from the collaboration server to one or more of the other ones of the plurality of participant nodes.
A nuclear reactor comprising: a pressure vessel that includes a coolant inlet nozzle and a coolant outlet nozzle at an upper portion thereof; a core barrel being disposed in the pressure vessel; a core being disposed in the core barrel; a lower plenum being partitioned by the pressure vessel and a bottom portion of the core barrel; and a downcomer portion being partitioned by the pressure vessel and a side wall of the core barrel, and being connected to the coolant inlet nozzle and the lower plenum; the nuclear reactor being characterized in that it further comprises a lower core plate provided at the lower portion of the core barrel; a plurality of columns suspended from the lower core plate; a straightener member comprising an upper straightening ring and a lower straightening ring, the upper straightening ring and the lower straightening ring being supported by the columns so as to be disposed in the lower plenum. a pressure vessel that includes a coolant inlet nozzle and a coolant outlet nozzle at an upper portion thereof; a core barrel being disposed in the pressure vessel; a core being disposed in the core barrel; a lower plenum being partitioned by the pressure vessel and a bottom portion of the core barrel; and a downcomer portion being partitioned by the pressure vessel and a side wall of the core barrel, and being connected to the coolant inlet nozzle and the lower plenum; the nuclear reactor being characterized in that it further comprises a lower core plate provided at the lower portion of the core barrel; a plurality of columns suspended from the lower core plate; a straightener member comprising an upper straightening ring and a lower straightening ring, the upper straightening ring and the lower straightening ring being supported by the columns so as to be disposed in the lower plenum.
A method for wireless communications by a wireless device, comprising: receiving a command from a first cell that the wireless device is permitted to establish an independent connection with another cell; receiving selection parameters from the first cell; autonomously, without the involvement of the first cell, identifying and selecting a second cell based at least in part on the selection parameters received from the first cell, the first cell being associated with a first base station and the second cell being associated with a second base station, and the first and second cells being in communication with each other; receiving a cell load indication from the second cell; determining whether an amount of uplink data in a buffer is above a threshold value; and establishing an independent connection with the second cell when the amount of uplink data in the buffer is above the threshold value and selecting the second cell based at least in part on the cell load indication received from the second cell; and communicating with the first and second cells concurrently. receiving a command from a first cell that the wireless device is permitted to establish an independent connection with another cell; receiving selection parameters from the first cell; autonomously, without the involvement of the first cell, identifying and selecting a second cell based at least in part on the selection parameters received from the first cell, the first cell being associated with a first base station and the second cell being associated with a second base station, and the first and second cells being in communication with each other; receiving a cell load indication from the second cell; determining whether an amount of uplink data in a buffer is above a threshold value; and establishing an independent connection with the second cell when the amount of uplink data in the buffer is above the threshold value and selecting the second cell based at least in part on the cell load indication received from the second cell; and communicating with the first and second cells concurrently.
Method for bracing a yaw system assembly of a wind power plant, comprising the step of: - driving at least one actuator (10a, 10b, 11a, 11b) of the yaw system assembly in a bracing direction (VR, VR'); the bracing direction (VR, VR') being counter to a yaw direction (WR, WR') in which a rotor of the wind power plant has previously been guided and an orientation of the rotor of the wind power plant being substantially maintained, characterised in that the at least one actuator is no longer supplied with power after the bracing process. - driving at least one actuator (10a, 10b, 11a, 11b) of the yaw system assembly in a bracing direction (VR, VR');
Metering device for the metered delivery of pumpable media, the metering device being fitted with a plurality of canisters containing a pumpable medium to be delivered, the canisters each having at least one opening that can be releasably closed by a closure element, characterized in that a monitoring unit (48, 50) is provided, by means of which a defined, proper and/or improper closure position of the closure element can be detected and/or indicated.
A separator comprising a housing and a separator chamber contained within the housing, a dividing member for substantially dividing the separator chamber into a first chamber and a second chamber, an inlet and outlet to the first chamber, a flow path provided between the first and second chambers (22,24) for allowing flow to circulate between the first and second chambers (22,24), the second chamber being in fluid communication with the inlet and outlet only via the first chamber, and characterized by further comprising guide means for guiding only a portion of the flow from the inlet through the second chamber, and obstruction means provided in the second chamber for slowing flow through the second chamber.
An optical component comprising a packaging structure, comprising a base, a sealing cover, and a cooler, wherein the base comprises a mounting surface and a back surface that faces a direction opposite to that faced by the mounting surface, the cooler comprises a cooling plate, a heat dissipation plate disposed opposite to the cooling plate, and a conductive connection body connecting the cooling plate and the heat dissipation plate, the cooling plate comprises a cooling surface, the cooler is partially built in the base, the cooling plate faces a direction the same as that of the mounting surface, the sealing cover covers the mounting surface, the sealing cover and the mounting surface form a sealing cavity, the cooling surface is located inside the sealing cavity, and the heat dissipation plate protrudes from the back surface and is sealedly connected to the base; and an optical transmit element, wherein the optical transmit element is disposed on the cooling surface of the base.
A method of making a composite wind turbine component in a mould, the method comprising the following steps in any suitable order: a. providing a mould; b. providing one or more first layers of material; c. arranging the one or more first layers of material in the mould; d. arranging one or more second layers of material on top of the one or more first layers to form a stack; and e. securing the one or more second layers in the stack to the one or more first layers in the stack by means of one or more fasteners, characterised in that the or each fastener comprises a filament having a first retaining element at a first end and a second retaining element at a second end, and wherein the method further comprises: f. inserting the first retaining element of the or each fastener through the one or more second layers and through the one or more first layers such that the first retaining element is located on one side of the stack and the second retaining element is located on the other side of the stack, with the filament extending through the stack; wherein step (f) is performed using a tagging gun comprising a hollow needle, and the method involves inserting the needle through the stack and dispensing a fastener through the needle. a. providing a mould; b. providing one or more first layers of material; c. arranging the one or more first layers of material in the mould; d. arranging one or more second layers of material on top of the one or more first layers to form a stack; and e. securing the one or more second layers in the stack to the one or more first layers in the stack by means of one or more fasteners, characterised in that
A method of scheduling transmission for multi-user, multiple-input, multiple-output, MU-MIMO data in a wireless communication system, the method comprising: determining a plurality of stations in a basic service set, BSS of an access point, AP; determining buffered data for each station of the plurality of stations; grouping the plurality of stations into a plurality of groups, with the stations of a group having similar characteristics; prioritizing the plurality of groups for transmissions based on the characteristics of the stations of the plurality of groups; performing a sounding for a group based on the prioritizing; performing MU-MIMO transmission for the group based on the sounding until a first condition has been met (306, 307); when the first condition has been met, then determining whether a lower priority group with buffered data exists; and for the lower priority group with buffered data, repeating performing the sounding and the MU-MIMO transmission (305, 306, 307). determining a plurality of stations in a basic service set, BSS of an access point, AP; determining buffered data for each station of the plurality of stations; grouping the plurality of stations into a plurality of groups, with the stations of a group having similar characteristics; prioritizing the plurality of groups for transmissions based on the characteristics of the stations of the plurality of groups; performing a sounding for a group based on the prioritizing; performing MU-MIMO transmission for the group based on the sounding until a first condition has been met (306, 307); when the first condition has been met, then determining whether a lower priority group with buffered data exists; and for the lower priority group with buffered data, repeating performing the sounding and the MU-MIMO transmission (305, 306, 307).