mhurhangee/ep-ind-claims huggingface dataset:
An arbitration processing method for cluster brain split, applied to a system formed by a cluster and a quorum storage apparatus, wherein the cluster comprises at least two quorum nodes and one of the at least two quorum nodes in the cluster is pre-recorded as an initial master quorum node, and the method comprises: starting, by the quorum storage apparatus, a refresh packet detection period, wherein the refresh packet detection period is a repeatedly-executed period; after brain split occurs in the cluster, receiving, by the quorum storage apparatus within a first refresh packet detection period, master quorum node preemption requests sent by the at least two quorum nodes in the cluster and determining whether the master quorum node preemption requests received within the first refresh packet detection period comprise a master quorum node preemption request sent by the initial master quorum node, wherein the first refresh packet detection period is a refresh packet detection period corresponding to a moment when the brain split occurs in the cluster; when determining that the master quorum node preemption requests received within the first refresh packet detection period comprise the master quorum node preemption request sent by the initial master quorum node, determining, by the quorum storage apparatus, that the initial master quorum node is a quorum node succeeding in master quorum node preemption; and sending, by the quorum storage apparatus, a master quorum node preemption success response message to the quorum node succeeding in master quorum node preemption. starting, by the quorum storage apparatus, a refresh packet detection period, wherein the refresh packet detection period is a repeatedly-executed period; after brain split occurs in the cluster, receiving, by the quorum storage apparatus within a first refresh packet detection period, master quorum node preemption requests sent by the at least two quorum nodes in the cluster and determining whether the master quorum node preemption requests received within the first refresh packet detection period comprise a master quorum node preemption request sent by the initial master quorum node, wherein the first refresh packet detection period is a refresh packet detection period corresponding to a moment when the brain split occurs in the cluster; when determining that the master quorum node preemption requests received within the first refresh packet detection period comprise the master quorum node preemption request sent by the initial master quorum node, determining, by the quorum storage apparatus, that the initial master quorum node is a quorum node succeeding in master quorum node preemption; and sending, by the quorum storage apparatus, a master quorum node preemption success response message to the quorum node succeeding in master quorum node preemption.
A system for compression of a gas separated from a multiphase fluid in a well stream, the multiphase fluid comprising at least liquid and gas, wherein the system comprises: - a first module comprising at least one first separator, the first module being configured to receive the multiphase fluid and separate it into a first gas fraction and a fluid fraction comprising liquid and residual gas; - an ejector having a first inlet, a second inlet and an outlet, wherein the outlet is coupled to the at least one first separator; - a second separator coupled to the first module for receiving said fluid fraction and separate it into a liquid fraction and a second gas fraction, the second separator being coupled to the first inlet of the ejector for supplying the second gas fraction to the ejector; - a pump having an inlet and an outlet, the inlet being coupled to a liquid reservoir for supplying liquid to the pump, the outlet being coupled to the second inlet of the ejector for supplying a pressurized liquid to the ejector, wherein the second gas fraction is entrained with the pressurized liquid in the ejector and supplied to the at least one first separator via the outlet of the ejector wherein a compressed gas line is coupled to the at least one first separator for extracting compressed gas, wherein the gas in the at least one first separator is compressed by the pressurized liquid from the pump, characterized in that the outlet of the pump is also coupled directly to the at least one first separator by means of pressurized liquid line bypassing the ejector. - a first module comprising at least one first separator, the first module being configured to receive the multiphase fluid and separate it into a first gas fraction and a fluid fraction comprising liquid and residual gas; - an ejector having a first inlet, a second inlet and an outlet, wherein the outlet is coupled to the at least one first separator; - a second separator coupled to the first module for receiving said fluid fraction and separate it into a liquid fraction and a second gas fraction, the second separator being coupled to the first inlet of the ejector for supplying the second gas fraction to the ejector; - a pump having an inlet and an outlet, the inlet being coupled to a liquid reservoir for supplying liquid to the pump, the outlet being coupled to the second inlet of the ejector for supplying a pressurized liquid to the ejector, wherein the second gas fraction is entrained with the pressurized liquid in the ejector and supplied to the at least one first separator via the outlet of the ejector wherein a compressed gas line is coupled to the at least one first separator for extracting compressed gas, wherein the gas in the at least one first separator is compressed by the pressurized liquid from the pump, characterized in that the outlet of the pump is also coupled directly to the at least one first separator by means of pressurized liquid line bypassing the ejector.
A utility meter comprising: a metrology engine configured to measure consumption of a resource and to generate consumption data based on the consumption of the resource, the metrology engine comprising: a metrology processor; a dedicated memory; and a first operation system being a real-time operating system, RTOS, run on the utility meter by the metrology processor to enable the metrology engine to run time-critical metrology functions in real time; a microprocessing unit, MPU, coupled to the metrology processor, the MPU comprising more than one processor core; a second operating system distinct from the first operating system and run on the utility meter by the MPU; one or more metrology applications run by the MPU over the second operating system of the MPU, wherein the one or more metrology applications utilize the consumption data; and a primary memory associated with the MPU, wherein the dedicated memory of the metrology engine comprises a logical partition of the primary memory. a metrology engine configured to measure consumption of a resource and to generate consumption data based on the consumption of the resource, the metrology engine comprising: a metrology processor; a dedicated memory; and a first operation system being a real-time operating system, RTOS, run on the utility meter by the metrology processor to enable the metrology engine to run time-critical metrology functions in real time; a metrology processor; a dedicated memory; and a first operation system being a real-time operating system, RTOS, run on the utility meter by the metrology processor to enable the metrology engine to run time-critical metrology functions in real time; a microprocessing unit, MPU, coupled to the metrology processor, the MPU comprising more than one processor core; a second operating system distinct from the first operating system and run on the utility meter by the MPU; one or more metrology applications run by the MPU over the second operating system of the MPU, wherein the one or more metrology applications utilize the consumption data; and a primary memory associated with the MPU, wherein the dedicated memory of the metrology engine comprises a logical partition of the primary memory.
An injection system, comprising: a container configured to contain a pharmaceutical product, the container having a proximal end, a distal end, and an inner surface extending between the proximal end and the distal end; a plunger positioned within the container and having a surface that slidably engages the inner surface of the container; a plunger rod connected to the plunger, the plunger rod extending from the plunger such that at least a portion of the plunger rod is positioned externally to the proximal end of the container; and a housing at least partially surrounding the container; characterized in that it further comprises a plunger rod cover removably coupled to the housing and enclosing the portion of the plunger rod positioned externally to the container, the plunger rod cover being configured to be removed from the housing to allow access to the plunger rod, wherein removal of the plunger rod cover moves the container from an inactivated position to an activated position; and a driver positioned at the proximal end of the container and configured to transduce rotation of the plunger rod cover relative to the housing into linear movement of the container relative to the housing. a container configured to contain a pharmaceutical product, the container having a proximal end, a distal end, and an inner surface extending between the proximal end and the distal end; a plunger positioned within the container and having a surface that slidably engages the inner surface of the container; a plunger rod connected to the plunger, the plunger rod extending from the plunger such that at least a portion of the plunger rod is positioned externally to the proximal end of the container; and a housing at least partially surrounding the container; characterized in that it further comprises a plunger rod cover removably coupled to the housing and enclosing the portion of the plunger rod positioned externally to the container, the plunger rod cover being configured to be removed from the housing to allow access to the plunger rod, wherein removal of the plunger rod cover moves the container from an inactivated position to an activated position; and a driver positioned at the proximal end of the container and configured to transduce rotation of the plunger rod cover relative to the housing into linear movement of the container relative to the housing.
A terphenylene derivative represented by the following formula: wherein the substituents R 1 to R 14 are the same or different and each represents a hydrogen atom, a fluorine atom, a chlorine atom, an aryl group having 4 to 30 carbon atoms, an alkynyl group having 3 to 20 carbon atoms, an alkenyl group having 2 to 30 carbon atoms, an alkyl group having 1 to 20 carbon atoms or a halogenated alkyl group having 1 to 20 carbon atoms, or a diarylamino group having 8 to 30 carbon atoms; any two or more of R 1 to R 6 may be combined with each other and any two or more of R 8 to R 13 may be combined with each other; and l, m, and n each represents an integer of 0 or 1; when l=0, m=0, and n=0, when l=1, m=0, and n=0, or when l=0, m=1, and n=0, at least one of the substituents R 1 to R 14 is not a hydrogen atom. wherein the substituents R 1 to R 14 are the same or different and each represents a hydrogen atom, a fluorine atom, a chlorine atom, an aryl group having 4 to 30 carbon atoms, an alkynyl group having 3 to 20 carbon atoms, an alkenyl group having 2 to 30 carbon atoms, an alkyl group having 1 to 20 carbon atoms or a halogenated alkyl group having 1 to 20 carbon atoms, or a diarylamino group having 8 to 30 carbon atoms; any two or more of R 1 to R 6 may be combined with each other and any two or more of R 8 to R 13 may be combined with each other; and l, m, and n each represents an integer of 0 or 1; when l=0, m=0, and n=0, when l=1, m=0, and n=0, or when l=0, m=1, and n=0, at least one of the substituents R 1 to R 14 is not a hydrogen atom.
A method for accessing a storage circuit (520, 670) in an integrated circuit, comprising: using a control circuit in a first mode to generate a circuit design implementation with the integrated circuit by programming configuration memory bits via configuration resources (530, 540, 550, 620, 640, 660), wherein the circuit design implementation includes a storage circuit (520, 670) and an access circuit (540, 550, 620, 640); operating the integrated circuit with the circuit design implementation; performing a first access operation at the storage circuit (520, 670) with the access circuit (540, 550, 620, 640); and using the control circuit in a second mode to perform a second access operation at the storage circuit (520, 670) via the configuration resources (530, 540, 550, 620, 640, 660); characterized by receiving a reset signal at the control circuit; performing an interrupt operation at the control circuit upon reception of the reset signal; and sending a reset request signal from the control circuit to a sector (240, 400) via the configuration resources (530, 540, 550, 620, 640, 660), wherein the reset request signal requests performing a reset operation in the sector (240, 400); wherein the second access operation is a write operation. using a control circuit in a first mode to generate a circuit design implementation with the integrated circuit by programming configuration memory bits via configuration resources (530, 540, 550, 620, 640, 660), wherein the circuit design implementation includes a storage circuit (520, 670) and an access circuit (540, 550, 620, 640); operating the integrated circuit with the circuit design implementation; performing a first access operation at the storage circuit (520, 670) with the access circuit (540, 550, 620, 640); and using the control circuit in a second mode to perform a second access operation at the storage circuit (520, 670) via the configuration resources (530, 540, 550, 620, 640, 660); characterized by receiving a reset signal at the control circuit; performing an interrupt operation at the control circuit upon reception of the reset signal; and sending a reset request signal from the control circuit to a sector (240, 400) via the configuration resources (530, 540, 550, 620, 640, 660), wherein the reset request signal requests performing a reset operation in the sector (240, 400); wherein the second access operation is a write operation.
A security inspection terminal, characterized in that said security inspection terminal is a first security inspection terminal and comprises: a detecting unit for detecting whether a server in a security inspection network system can be accessed or not, and for triggering a searching unit when said server can not be accessed; said searching unit for searching for a second security inspection terminal which can be accessed by said first security inspection terminal; a connecting unit for connecting said first security inspection terminal to said second security inspection terminal searched by said searching unit; and a transmitting unit for transmitting security inspection data between said first security inspection terminal and said second security inspection terminal connected by said connecting unit, wherein said first security inspection terminal is one of a security inspection device and a workstation in said security inspection network system, and said second security inspection terminal is the other of said security inspection device and said workstation in said security inspection network system. a detecting unit for detecting whether a server in a security inspection network system can be accessed or not, and for triggering a searching unit when said server can not be accessed; said searching unit for searching for a second security inspection terminal which can be accessed by said first security inspection terminal; a connecting unit for connecting said first security inspection terminal to said second security inspection terminal searched by said searching unit; and a transmitting unit for transmitting security inspection data between said first security inspection terminal and said second security inspection terminal connected by said connecting unit, wherein said first security inspection terminal is one of a security inspection device and a workstation in said security inspection network system, and said second security inspection terminal is the other of said security inspection device and said workstation in said security inspection network system.
A connector in combination with an auxiliary device, the connector for connecting the auxiliary device to a fluid circulating system, the connector comprising a body having an inlet port and an outlet port suitable for connection to the fluid circulating system, and an auxiliary port suitable for connection to the auxiliary device, the auxiliary port defining a central axis, a collar surrounding the auxiliary port, the auxiliary device comprising a port which is receivable within the collar on the connector, and first and second releasable locking means (56, 58) operable to secure the collar to the auxiliary device, characterised in that the auxiliary port is arranged to divert fluid from the inlet port to the auxiliary device and to return fluid from the auxiliary device to the outlet port and the port of the auxiliary device comprises first and second structures (54, 52) for receiving portions of the first and second locking means (56, 58), and wherein the structure receiving the second locking means allows relative movement along the central axis between the second locking means and the port to a predetermined extent, whereby when the first and second locking means (56, 58) are locked relative movement between the connector and the auxiliary device is prevented, and when the first locking means is released and the second locking means is locked, relative rotation between the connector and the auxiliary device about the central axis, and a predetermined amount of relative movement between the connector and the auxiliary device along the central axis, are permitted.
A network entity (10, 100) for communicating data between a cell based network and a packet based network, the network entity comprising: a receiving means configured to receive, from a radio network controller, segments of an ATM adaptation layer type 2 service data unit from the cell based network, wherein the cell based network terminates at the network entity; a forming means configured to form at least one transport packet out of the segments of the ATM adaptation layer type 2 service data unit irrespective of whether the complete ATM adaptation layer type 2 service data unit has been received, using a segmentation/ reassembly and multiplexing/demultiplexing layer introduced on top of a transport layer of the network entity, wherein the segmentation/ reassembly and multiplexing/demultiplexing layer is configured to add a multiplex header to a segment out of the segments received, the multiplex header comprising a connection identifier, information about the length of a following multiplex payload; and a transmitting means for transmitting the transport packets to the packet based network, characterized in that the multiplex header comprises an indication whether the multiplex payload is a first or last segment of the ATM adaptation layer type 2 service data unit. a receiving means configured to receive, from a radio network controller, segments of an ATM adaptation layer type 2 service data unit from the cell based network, wherein the cell based network terminates at the network entity; a forming means configured to form at least one transport packet out of the segments of the ATM adaptation layer type 2 service data unit irrespective of whether the complete ATM adaptation layer type 2 service data unit has been received, using a segmentation/ reassembly and multiplexing/demultiplexing layer introduced on top of a transport layer of the network entity, wherein the segmentation/ reassembly and multiplexing/demultiplexing layer is configured to add a multiplex header to a segment out of the segments received, the multiplex header comprising a connection identifier, information about the length of a following multiplex payload; and a transmitting means for transmitting the transport packets to the packet based network, characterized in that the multiplex header comprises an indication whether the multiplex payload is a first or last segment of the ATM adaptation layer type 2 service data unit.
A laser irradiation apparatus comprising: a laser array comprising a plurality of laser oscillators including a first laser oscillator configured to irradiate first detection laser light; a detector configured to obtain detection information based on reflected light that is the first detection laser light reflected by a target; and a controller configured to estimates a position of the target based on the detection information, wherein the plurality of laser oscillators includes a first laser oscillator group, characterized in that the first laser oscillator group is configured to irradiate a first laser light group in a first direction to display a first image when viewing the laser array from the first direction, and wherein the first laser oscillator is included in the first laser oscillator group and the first detection laser light is included in the first laser light group, wherein the plurality of laser oscillators includes a second laser oscillator group configured to irradiate a second laser light group in a second direction to display a second image when viewing the laser array from the second direction. a laser array comprising a plurality of laser oscillators including a first laser oscillator configured to irradiate first detection laser light; a detector configured to obtain detection information based on reflected light that is the first detection laser light reflected by a target; and a controller configured to estimates a position of the target based on the detection information, wherein the plurality of laser oscillators includes a first laser oscillator group, characterized in that the first laser oscillator group is configured to irradiate a first laser light group in a first direction to display a first image when viewing the laser array from the first direction, and wherein the first laser oscillator is included in the first laser oscillator group and the first detection laser light is included in the first laser light group, wherein the plurality of laser oscillators includes a second laser oscillator group configured to irradiate a second laser light group in a second direction to display a second image when viewing the laser array from the second direction.