120 results about "Successful operation" patented technology

A multithreaded processor device is disclosed and includes a first program thread and second program thread. The second program thread is execution linked to the first program thread in a lock step manner. As such, when the first program thread experiences a stall event, the second program thread is instructed to perform a no operation instruction in order to keep the second program thread execution linked to the first program thread. Also, the second program thread performs a no operation instruction during each clock cycle that the first program thread is stalled due to the stall event. When the first program thread performs a first successful operation after the stall event, the second program thread restarts normal execution.

The invention relates to a data mining-based plate shape control key process parameter optimization system, and belongs to the technical field of automatic control of cold continuous rolling plate shape. The data mining method is adopted for acquiring key process parameter optimization settings which can meet the good cold continuous rolling plate shape. The system is characterized by comprising the following functional modules: an actual data acquisition and storage module, a process data pre-processing module, a process data storage module, a process data correlation analysis module, a process data clustering analysis module, a process data association rule analysis module, an optimization result generating module and an optimization result application module. The system has the advantage that the good plate shape can be obtained by applying the plate shape control system. The method avoids endless theoretical research on plate shape control and fully utilizes actual plate shape control process data containing successful operation experience of field operators, and the plate shape process parameter settings which can obtain the good plate shape are acquired by data mining, so the plate shape qualification rate and the finished product rate of cold continuous rolled strip steel are improved.

A Fabry-Perot cavity comprised of three-dimensional photonic crystal structures is disclosed. The self-assembly of purified and highly monodispersed microspheres is one approach to the successful operation of the device for creating highly ordered colloidal crystal coatings of high structural and optical quality. Such colloidal crystal film mirrors offer high reflection with low losses in the spectral window of the photonic band gap that permit Fabry-Perot resonators to be constructed with high resolving power, for example, greater than 1000 or sharp fringes that are spectrally narrower than 1.0 nm. The three-dimensional photonic crystals that constitute the Fabry-Perot invention are not restricted to any one fabrication method, and may include self-assembly of colloids, layer-by-layer lithographic construction, inversion, and laser holography. Such photonic crystal Fabry-Perot resonators offer the same benefits of high reflection and narrow spectral band responses available from the use of multi-layer dielectric coatings. However, the open structure of three-dimensional photonic crystal films affords the unique ability for external media to access the critical reflection layers and dramatically alter the Fabry-Perot spectrum, and provide means for crafting novel laser, sensor, and nonlinear optical devices. This open structure enables the penetration of gas and liquid substances, or entrainment of nano-particles or biological analytes in gases and liquids, to create subtle changes to the colloidal mirror responses that manifest in strong spectral responses in reflection and transmission of the collective Fabry Perot response.

A method of synchronization for use in a distributed data processing system comprising a legacy computer having means for storing a master version of data, an application server, and a thin client computer which stores a copy of the master version of data. Firstly, the thin client executes operations locally on the copy. The operations are sent in a list to the application server. The application server executes the operations on the master data, on behalf of the thin client. If the operations can be executed successfully on the master version, synchronization occurs in that the successful operations are applied to the master version.

The present invention provides a metadata fault-tolerant recovery method in a distributed storage system. When power of a metadata server is cut off, the metadata in a memory may be inconsistent with the metadata in metadata files because that some operations have been performed on the files in advance and each file has a log after successful operation, and the operations on the files have resulted in metadata update which has not been timely written into the metadata files. When a recovery operation is performed to recover the metadata, first, a latest metadata file is loaded into a memory; then, a log from which the recovery begins is determined according to a version value, an execution on a log being actually a re-execution on the previous operation of a file; and when executions on all logs are completed, the metadata in the memory is written into the metadata files, newly generated metadata in the files are consistent with the metadata in the memory when the power is cut off.

A method and system for defining every operation required of a client PC before being authorized to obtain an IP address that will enable the client PC to join a network serviced by specified DHCP servers. Each successful operation generates a value that is stored on a pre-determined location on the client PC's hard drive. A hash is created from all of the stored values, and after being encrypted, the hash is sent to the DHCP server when requesting an IP address. The DHCP server has a hash string indicative of the required status of operations that should be performed by any client PC requesting an IP address to join the network serviced by the DHCP server. If the DHCP's has string does not match with the hash sent by the client PC, then the DHCP server will not provide the requisite IP address to the client PC.

The present invention relates to a method and apparatus that prevents/minimizes cracking in the ceramic body of processors. The ability to prevent/minimize cracking can ensure successful operation and substantially increase processor lifetime. The present invention discloses a device for maintaining a microprocessor in a desired relationship with a printed wiring board while limiting the transmission of shock and vibrational motion to and from the processor includes a printed wiring board, a processor, and a dynamic isolating mount compressed between the printed wiring board and the processor, wherein the processor maintains the dynamic isolating mount in a compressed state such that the dynamic isolating mount bears on the printed wiring board.

A mobile communication device (102) contains both a WAN modem (122) and a PAN modem (134) which operate on interfering radio frequencies. To mitigate interference, and still permit real-time communication operation, the PAN is prevented from transmitting while the WAN is receiving (714). The PAN carries the real-time data via an active link (144) between the PAN modem and a remote device (142). The active link uses a retransmission protocol, which allows recovery of suppressed packets within a given period. The PAN modem is disabled for periods shorter than a maximum time which guarantees success transmission or retransmission of the PAN data. To further aid successful operation of the PAN retransmission operation, the WAN base station aggregates data into a single downlink burst.

The invention discloses an alarm reporting method, system and equipment, relates to the field of wireless communication and is used for improving the reliability of alarm information reporting. In the present invention, the peripheral single board sends the generated alarm message to the main control global board, and re-sends the alarm message to the main control global board when the receiving response message of the main control global board is not received; The maintenance center sends the alarm message from the peripheral single board, and re-sends the alarm message to the operation and maintenance center when it does not receive the reception response message from the operation and maintenance center. By adopting the invention, the reliability of successfully reporting the alarm information to the operation and maintenance center can be effectively improved.

A control system for a tethered aerostat is provided, where up to two rotational and at least one translational degree of freedom are controlled to setpoints through the variation of tether lengths by an actuator system. The term tether includes a single tether, a tether group or a sub section of tether controlled by an individual actuator. Accurate rotational and translational control is essential for the successful operation of an aerostat under several applications, including surveillance, weather monitoring, and power generation. For a given use case, the controller can be constructed and arranged to manage the tradeoff between several key performance characteristics, such as transient performance, steady-state pointing accuracy, tether tension regulation, and power generation.

The presented solid state storage system provides an efficient manner of processing read and write operations in a memory block that has a faulty page of memory within it. The solid state storage system includes a flash memory area and a memory controller. The memory controller stores link information into a buffer, allocates a first temporary physical block to resume operations of the bad block past the first bad page, updates and stores mapping information associated with the remaining portions of the bad block past the first bad page, and merges together those valid pages from among the bad block into a final physical block by merging together all prior successfully operated valid pages from among the bad block with any subsequently successfully operated valid pages which are associated with successful operations subsequently to the failure in the first bad page of the bad block.

A replaceable ink supply tank that can be mounted to a pen body of a printhead system for use with an ink jet printer. The ink supply tank provides the necessary back pressure for successful operation of the printhead and includes a siphon break in the conduit that supplies ink from the supply tank to the pen body. A conduit connects the ink supply tank to the pen body. The conduit contains a raised portion that is at a level higher than the ink level in the supply tank. The conduit contains a siphon break chamber between the raised portion and the pen body. The conduit further contains an accumulator in the raised portion of the supply tank. The accumulator maintains back pressure in the preferred range to discourage drooling from the nozzle plate during ambient temperature swings.

The invention discloses a data backup and updating method of a distributed file system, and aims at providing an improved data backup and updating method of the distributed file system to reduce a network transmission pressure of a client and decrease data consistence maintaining difficulty of mutually backed up file servers. The technical keys of the invention are that: the client initiates a file server file uploading request to a resolution server; the resolution server appoints a file server for the client and returns one effective storage path of the file server to the client; the client uploads the file to the file server according to the storage path; the file server receives and stores the file uploaded by the client, returns a message about successful operation to the resolution server, and transmits the file uploaded by the client to other file servers; the resolution server after receiving the message about the successful operation returns a combined code of the storage path of the file uploaded by the client and the file name to the client, notifies the user and the like.

The invention provides a risk test method for power gird dispatching operation. The risk test method for the power gird dispatching operation comprises the steps: receiving a current operation command conducted to target equipment and confirming risk state information; obtaining the number of nodes which are beyond a voltage boundary, overload number of branches, actual voltage amplitude value of each node which is beyond the voltage boundary and actual transmitting power of each overload branch under the states of failed operation, successful operation and successful operation development; obtaining load reduction quantity after failure and load reduction quantity under successful operation; obtaining real-time probabilities when operation succeeds and fails; obtaining real-time probability of failure after operation fails and real-time failure probability of the target equipment when operation succeeds; obtaining a risk indicator of the current operation; and sending an alarm out when the risk indicator is larger than or equal to a preset value. The invention further provides a risk test device for the power gird dispatching operation. The risk test device for the power gird dispatching operation is capable of pre-testing security status of a power gird caused by the power gird dispatching operation and guaranteeing the safe operation of an electrical power system.

In a processor core, high latency operations are tracked in entries of a data structure associated with an execution unit of the processor core. In the execution unit, execution of an instruction dependent on a high latency operation tracked by an entry of the data structure is speculatively finished prior to completion of the high latency operation. Speculatively finishing the instruction includes reporting an identifier of the entry to completion logic of the processor core and removing the instruction from an execution pipeline of the execution unit. The completion logic records dependence of the instruction on the high latency operation and commits execution results of the instruction to an architected state of the processor only after successful completion of the high latency operation.

The invention relates to a misoperation prevention interlocking device of a low-voltage drawer-type switch cabinet, which comprises an interlocking control handle, an interlocking connecting lever, a hanging pin, a lockpin, a lockpin bracket, a wire-incoming plug operating hole and a lockpin hole; the interlocking control handle is sleeved at the upper end of the interlocking connecting lever, and the lower end of the interlocking connecting lever is connected with the end of the lockpin through the hanging pin; the lockpin bracket is arranged in the middle of the lockpin, and the lockpin can move on the lockpin bracket through a reciprocated way; the lockpin hole is arranged at the top end of the lockpin, namely, the side of the main wire-incoming plug operating hole; and when a wire-incoming plug is in the position of complete splicing, the top end of the lockpin is just locked in the wire-incoming plug operating hole through the lockpin hole. The invention remedies the defects of the prior GEAPLUS 2.0 MCC low-voltage drawer-type switch cabinet and provides the misoperation prevention interlocking device which has simple structure, complete function and convenient use, the successful operation can be ensured when operation procedures are right; the operation is unsuccessful when operation procedures are wrong, and the accidents can be prevented from happening effectively.

The invention provides a low-temperature boiling chlorination furnace, a slag discharging and flow guiding device thereof, and a low-temperature boiling chlorination method. The slag discharging and flow guiding device comprises a slag discharging and flow guiding container and a slag discharging pipe, wherein the slag discharging and flow guiding container comprises a container body with an inner cavity, a slag outlet formed in the upper part of the container body, a slag inlet formed in the lower part of the container body, and a fluidized gas inlet formed in the lower end part of the container body, wherein the container body is communicated with a reaction section through the slag inlet; the height of the connecting position of the slag inlet and the reaction section is positioned at the position being 0.5m above the bottom of the reaction section and does not exceed the height of the surface of a material layer in a normal operation process; the slag discharging pipe is communicated with the container body through the slag outlet and can discharge slag downwards. The boiling chlorination furnace comprises the reaction section, a feeding device, a gas supply device and the slag discharging and flow guiding device. According to the invention, the residence time of materials in the chlorination furnace and the reaction temperature of the chlorination furnace can be regulated and controlled effectively, the chlorination rate can be increased, and continuous, stable and successful operation of a boiling chlorination process can be guaranteed.

An improved valve device, a valved process-gas apparatus, and a method for confirming operations in a gas-process system are disclosed. The valve device includes an electronically controlled valve designed to cycle between closed and open conditions, with closed-to-open and open-to-closed response times less than about 250 ms, to control the flow of a gas through the valve. A sensor disposed at the downstream side of the valve is operable to (i) detect the presence of at least a threshold amount of gas during the period of the valve's closed-to-open response, and (ii) to detect the absence of at least a threshold amount of gas after the period of the valve's open-to-closed response, thus confirming successful operation of the valve.

A cursor is detected within a line of code presented in a source code editor window of a graphical user interface (GUI) of an integrated development environment (IDE), and a particular segment of code within a software program is determined to correspond to the line of code. A level of risk associated with the particular segment of code is determined from data comprising a repository of code changes relating to the particular segment of code, where the level of risk indicates a likelihood that changes to source code of the software program relating to the particular segment of code will jeopardize successful operation of the software program. At least a portion of the line of code is automatically highlighted within the source code editor window based on the level of risk and responsive to the placement of the cursor within the line of code.

The invention belongs to the field of medical instruments, and relates to the angle continuously-variable technology and the endoscope technology, in particular to an angle-continuously-variable endoscope. According to the angle-continuously-variable endoscope, the functions of multiple fixed-visual-direction-angle endoscopes are confused, the visual direction angle can be continuously changed, the angle-continuously-varying endoscope with different visual direction observing requirements can be met, the problems that during an operation, when multiple fixed visual direction angle endoscopes are matched, time delaying is caused by replacing the endoscope, joining of the observing position after replacement and the observing position before replacement is changed, and observing continuity is broken can be effectively solved, and more effective guarantees can be provided for a successful operation.