183 results about "Recovery phase" patented technology

A virtual database is attached to a server database management system (“DBMS”) such that the DBMS believes it needs to recover the database to a last known point of consistency. In order to perform this recovery, the DBMS requests the transaction log file entries to be read from what it believes is the database's transaction log file. However, the requests are intercepted and translated (unbeknownst to the DBMS) instead into requests to read the transaction log portion of the backup file. The DBMS then uses the transaction log records to bring the database to a point of transactional consistency, unaware that the log records are actually being sourced from the transaction log portion of the backup file. All changes made to the data during the recovery phase and later during the execution of any TSQL statements which insert, update, or delete data are routed into a cache file. Accordingly, a “virtual” database is created and used by the server DBMS engine as if it were a real database.

The invention comprises a charged particle cancer therapy system or synchrotron system using one or more switches to introduce a corresponding one or more resistors into a circuit linking a power supply to a magnet or an inductor during an applied power recovery phase between acceleration cycles of the synchrotron, which reduces time of reduction in power from an active applied power to a power suitable for use with a subsequent injection of charged particles into the synchrotron.

This invention concerns a database computer system and method for making applications recoverable from system crashes. The application state (i.e., address space) is treated as a single object which can be atomically flushed in a manner akin to flushing individual pages in database recovery techniques. To enable this monolithic treatment of the application, executions performed by the application are mapped to logical loggable operations that can be posted to the stable log. Any modifications to the application state are accumulated and the application state is periodically flushed to stable storage using an atomic procedure. The application recovery integrates with database recovery, and effectively eliminates or at least substantially reduces the need for check pointing applications. In addition, optimization techniques are described to make the read, write, and recovery phases more efficient. Atomic flush sets, whether generated from cyclic flush dependencies or otherwise, can be broken apart. This enables an ordered flushing sequence of first flushing a first object and then flushing a second object, rather than having to flush both the first and second objects simultaneously and atomically.

A system and method for performing pilot tone based timing recovery in a communication system using the discrete multi-tone (DMT) modulation. In DMT modulation, interference is introduced to the phase of the pilot tone in the transmitter due to the cyclic prefix. Broadly, a receiver is configured to detect and apply a phase offset to the pilot tone in a phase locked-loop upon recognition of far-end signal segments during transceiver initialization. The output of the phase locked-loop is then used to control the timing of the analog-to-digital (A / D) and digital-to-analog (D / A) conversions. In alternative embodiments, the receiver is configured to detect and remove the cyclic prefix from the far-end signal either prior to, or after, time-domain equalization. In a similar manner, the resulting signal stream is applied to the input of the timing recovery phase locked-loop (PLL). The output of the PLL is used to control the timing of the A / D and D / A converters. In a further alternative embodiment, a phase error on the pilot tone is estimated in the frequency domain. The phase error is then applied to the input of a modified timing recovery PLL to reduce phase interference on the pilot tone.

The invention relates to a designing method for a guidance law applicable to the vertical recovery phase of a rocket. The designing method comprises the following steps: acquiring the full-distance standard trajectory of the rocket; according to the full-distance standard trajectory, acquiring the latitude and longitude of a target point, the motion parameters of the rocket at the starting point of an aerodynamic deceleration phase, and the latitude and longitude of a point below the rocket, and constructing an auxiliary coordinate system; based on the auxiliary coordinate system, additionallysetting terminal angular constraints on the basis of a proportional guidance process so as to obtain a biased proportional guidance law; and applying the biased proportional guidance law in the aerodynamic deceleration phase and applying the biased proportional guidance law with an additional main power deceleration algorithm in a vertical descending phase. The improved biased proportional guidance method in the invention can effectively solve problems in guidance control under the condition of multiple constraints by location, velocity and attitude during rocket recovery; the guidance law for a vertical landing phase employs aerodynamic deceleration and tail-phase short-time main-power deceleration, so no impact is exerted on the carrying capacity of the rocket in an in-orbit flying phase; and at the same time, proportional guidance has better adaptability to various non-guidance deviations.

Systems and methods are presented that enable a legged robot to maintain its balance when subjected to an unexpected force. In the reflex phase, the robot withstands the immediate effect of the force by yielding to it. In one embodiment, during the reflex phase, the control system determines an instruction that will cause the robot to perform a movement that generates a negative rate of change of the robot's angular momentum at its centroid in a magnitude large enough to compensate for the destabilizing effect of the force. In the recovery phase, the robot recovers its posture after having moved during the reflex phase. In one embodiment, the robot returns to a statically stable upright posture that maximizes the robot's potential energy. In one embodiment, during the recovery phase, the control system determines an instruction that will cause the robot to perform a movement that increases its potential energy.

The invention comprises a charged particle cancer therapy system or synchrotron system using a single power supply electrically connected to a plurality of magnet sections to provide a uniform current to a plurality of magnets at a given period in time. Optionally, one or more switches introduce a corresponding one or more resistors into a circuit linking the power supply to a magnet or an inductor during an applied power recovery phase between acceleration cycles of the synchrotron, which reduces time of reduction in power from an active applied power to a power suitable for use with a subsequent injection of charged particles into the synchrotron.

The two forces used are gravity and the atmospheric pressure. Gravity initiates the power phase by causing the water to fall from the elevated sealed water tank 10 to turn the turbine 32. The water lowers to 33.95 feet above ground level within the sealed water tank 10. A vacuum forms above the water. The water flows from the turbine into the elevated open water tank 46 to the level whereby its water outlet valve 26B opens. This affords a passage back into the elevated sealed water tank 10, through the check valve 40 and the manual shut-off valve 42. This initiates the recovery phase. The atmospheric pressure of 14.7 psi on the elevated open water tank 46 forces the water back into the sealed water tank 10 to relieve the vacuum. This pressure is capable to move the water up to 33.95 feet. Here it has only to move it up to 26.95 feet, realizing a 20.6 percent reserve force. With the water level again attaining maximum height in the sealed water tank 10, it is again released to repeat the cycle.

A high-frequency DC to DC converter comprising n transient converter circuits (1, 2 . . . n) operating in parallel. The converter has constant transfer characteristics, and the transient converter circuits are operated phase-shifted by 360° / n and with interleaved duty cycles, which results in a continuous energy transfer through the circuit. The circuit is also soft-switched, with very low switching losses. In particular, the active semiconductors only switch off a relatively small magnetization current, during a recovery phase which can last as long as (n−1) / n of the switching phase period.

Embodiments of the disclosure include a flotation device or watercraft propelled through the water using a lever powered propulsion system. The lever powered propulsion system includes human powered actuating levers operably connected to a reciprocating propulsion device. As a rider powers the levers up and down, that motion translates to the propulsion device, which cycles through a high drag propulsion phase and low drag recovery phase. In an embodiment, the propulsion system comprises a hydraulic system. In addition, the hydraulic system drives a carriage that orients a device or devices in a high drag state, then reorients the device or devices in a low drag state. Such devices capable of orientation are referred to herein as “hilos,” or “hilo devices.”

A payload delivery and recovery system, having a payload including a data collection device arranged to collect data, and a controllable ascent vehicle comprising a controllable lighter than air (LTA) mechanism detachably coupled to the payload and used during an ascent phase to deliver the payload to a pre-determined altitude. The payload delivery and recovery system also having a controllable descent mechanism releasably attached to the controllable ascent vehicle and that can be used during a descent phase for reducing a rate of descent of the payload subsequent to release of the payload at the pre-determined altitude and including a control system for navigating the payload to a desired ground location during a recovery phase.

A method for monitoring the depth of anesthesia is provided for detecting the conscious state of one being anesthetized in the recovery phase or induction phase of anesthesia course in order to facilitate an anesthesiologist to predict exactly the dosage of an anesthetic required. At first, an original electroencephalogram (EEG) is taken from one being tested. Then, the original electroencephalogram is analyzed by approximate entropy to obtain its approximate entropy value. Next, the approximate entropy value is multiplied by 1000 / 17, and the corrected value is assumed as the predicted value of depth of anesthesia. The predicted value of depth of anesthesia represents degree of the conscious state or the depth of anesthesia for the one being tested. The higher the predicted depth of anesthesia value, the more conscious the one being tested is, i.e., in a shallower depth of anesthesia. On the other hand, the lower the predicted depth of anesthesia value, the less conscious the one being tested is, i.e., in a deeper depth of anesthesia.

Methods and apparatus for timing recovery phase locked loops. One embodiment provides a phase detectors for generating phase difference signals on the basis of a received feedback signal and an input clock signal and an input data signal, respectively. A digital control unit is adapted to generate a control signal depending on the first and second phase difference signals A digitally controlled oscillator generates an output clock signal depending on the control signal. A feedback unit feeds the output clock signal to an input of the first phase detector as the feedback signal. And a data acquisition unit receives the data signal and the output clock signal of the digitally controlled oscillator to provide a data output signal synchronized to the output clock signal.

The invention discloses a method for recovering and repairing a lithium iron phosphate material. The method disclosed by the invention comprises the following steps: by taking positive leftover materials in a battery production process, positive plates obtained after dismantling defective batteries and / or positive plates obtained by recovering and dismantling waste batteries as raw materials, heating, maintaining the temperature, and separating current collector aluminum foils so as to obtain the recovered lithium iron phosphate material; and repairing the lithium iron phosphate material in a manner of adding an element source. According to the method disclosed by the invention, more elements are added according to a stoichiometric ratio, the re-synthetic repair reaction is fully carried out, the recovered and repaired lithium iron phosphate material is a pure phase lithium iron phosphate material, and the ordinary commercial lithium iron phosphate material level can be reached. The method uses lithium iron phosphate in the battery production process and the recovery phase and has the advantage of capacity of realizing closed cycle.

The invention discloses an oriental cherry transplant method effectively improving the blooming effect. The method includes the following specific steps of soil ball digging, planting hole digging, planting hole drainage, planting soil configuration, closing-up and maintenance. The maintenance includes the steps of soil ball moisturizing, plant moisturizing, fertilizer application management in the planting process and fertilizer application management and shearing management after oriental cherries are planted and survived. According to the oriental cherry transplant method, systematic and fine management is conducted on soil ball digging, tree hole digging, planting soil configuration, water and fertilizer management, shearing and the like in the oriental cherry transplant process, efficient high-quality survival of oriental cherry seedlings is fully guaranteed, it can be guaranteed that the transplanted oriental cherry seedlings reach the plant shape effect of the production region, satisfactory blooming conditions are reached, the blooming phase is prolonged, and the situations that crown inclination of the transplanted seedlings occurs, part of branches withers, the recovery phase is slow, and normal blooming can not be achieved are prevented.

A vehicle has at least one electric machine that can be operated as a generator, an electrical energy accumulator and a control unit for controlling the at least one electric machine and the electrical energy accumulator. The control unit operates so that in a recovery phase the vehicle can be decelerated by the generator load of the electric machine operated as a generator (2:a) and the resulting electrical energy (1:E) can be stored in the electrical energy accumulator. The control unit is configured so that the at least one electric machine operated as a generator in a recovery phase is operated by said control unit in a chronologically unlimited fashion with a predefinable overload (2′:a, 2″:a, 2′″:a).

The invention relates to a double-fed fan comprehensive control method for optimizing the transient steady-state frequency of a microgrid. The double-fed fan comprehensive control method comprises thefollowing steps that (1) a microgrid system composed of three power sources of wind power, photovoltaic power and synchronous motor is constructed; (2) virtual inertia control is adopted to reduce the dynamic frequency deviation during the transient frequency supporting phase when a fan participates in frequency modulation; (3) active-power frequency droop control is adopted to improve the steady-state frequency in the steady-state frequency recovery phase when the fan participates in frequency modulation; and (4) the droop control parameters of the fan are taken as control variables, a multi-objective programming model which taking dynamic frequency deviation on a terminal bus, steady-state frequency deviation of a system, fan output power and rotor speed recovery time as evaluation indexes is constructed, and the optimal droop control parameters of the fan are obtained through particle swarm optimization to complete DFIG comprehensive control including the virtual inertia control and the droop control. Compared with the prior art, the double-fed fan comprehensive control method has the advantages of improving rotor kinetic energy, fully participating in frequency modulation andreducing the dynamic frequency deviation and the steady-state frequency deviation.

A method for monitoring the depth of anesthesia is provided for detecting the conscious state of one being anesthetized in the recovery phase or induction phase of anesthesia course in order to facilitate an anesthesiologist to predict exactly the dosage of an anesthetic required. At first, an original electroencephalogram (EEG) is taken from one being tested. Then, the original electroencephalogram is analyzed by approximate entropy to obtain its approximate entropy value. Next, the approximate entropy value is multiplied by 1000 / 17, and the corrected value is assumed as the predicted value of depth of anesthesia. The predicted value of depth of anesthesia represents degree of the conscious state or the depth of anesthesia for the one being tested. The higher the predicted depth of anesthesia value, the more conscious the one being tested is, i.e., in a shallower depth of anesthesia. On the other hand, the lower the predicted depth of anesthesia value, the less conscious the one being tested is, i.e., in a deeper depth of anesthesia.

A shoe for preventing ankle injuries comprises a sole with a ground-engaging surface, and lateral and medial edges associated with respective lateral and medial connecting portions interconnecting and extending between the ground-engaging surface and the lateral and medial edges. At least one of the connecting portions defines a surface area of reduced friction provided, e.g., in the form of retrofitted patches, which are circumferentially surrounded by adjacent surface areas having a relatively high coefficient of friction. Friction is differentiated in different areas of those parts of the shoe which are implicated in injury mechanisms, and injuries may thus be prevented in the recovery phase after injury, and primary prophylaxis may be achieved. The area of reduced friction reduces the ability of the wearer's foot to rotate relative to ground when the load of the wearer's body is shifted towards or lands near the edge of the shoe.

The invention provides a medicine composition for treating aphthae of horses. The medicine composition comprises the following raw medicines: radix astragali, dandelion, dwarf lilyturf tuber, coastal glehnia root, figwort root, Chinese yam and radix rehmanniae. The medicine composition has the beneficial effects that the medicine composition takes diminishing inflammation and reducing internal heat and promoting the circulation of qi to disperse blood stasis as the treatment principles, has reasonable components, has simple preparation processes and has a wide range of application; the medicine composition is prepared from pure Chinese herbal medicines, has a wide source, is low in cost, has a high cure rate and does not have medicine residues or toxic or side effect; in particular, plant cell walls are furthest destroyed after superfine grinding, thus overcoming the defects that traditional medicine powder has high content of crude fibers and active ingredients are hard to dissolve out and being easier to absorb by horses; the medicine composition has obvious functions of diminishing inflammation and reducing internal heat and adjusting body functions, effectively treats aphthae of horses and can shorten the recovery phase and avoid relapse compared with western medicines.

The invention discloses an electrical power system black-start scheme generation method based on dynamic programming. The electrical power system black-start scheme generation method adopts the idea of gradually deducing black-start recovery operations, operation sequences with low recovery efficiency or quality are reduced gradually by means of state reduction technology, so that the process of decision making after the full enumeration of recovery conditions and cohesive relations thereof of all elements of the whole grid, which is required in technology such as Petri network technology, is avoided, and efficiency of algorithm is improved while requirements for computing storage capacity are lowered. Without any hypothesis of black-start recovery phase, each recovery operation can be chosen freely from all types, optional combination of restart of a generator unit, grid recovery and load recovery is allowed to carry out according to needs, problems of over-high voltage of line nodes in early stage of black start and inadaptability of the grid to the load recovery in later stage of black start are easy to solve, and the electrical power system black-start scheme generation method is naturally adaptable to different power grid after-fault scenes.

The invention relates to a medicine for treating schizophrenia, relating to a medicine composition for treating schizophrenia, in particular to a medicine for treating schizophrenia by using fossil, ore, Chinese animal medicine and Chinese herbal medicines as raw materials. The formula comprises the following components: raw keel, ochre, rhubarb, wrinkled gianthyssop, tabasheer, lapis chloriti, arisaema with bile, albizia bark, datura flower, japanese sweetflag, radix curcumae, radix bupleuri, eupatorium, burreed tuber, curcuma zedoary, poria with hostwood and magnet. The medicine has therapeutic effects on schizophrenia, is safe and effective, has quick effect-taking, high total effective rate, few side effects and low recurernce rate when matched with a low dose of antipsychotic for treating schizophrenia, and is low in price, convenient to carry and take, and especially suitable for long-term maintenance treatment in a recovery phase and a stable phase.

A high-frequency DC to DC converter comprising n transient converter circuits (1, 2 . . . n) operating in parallel. The converter has constant transfer characteristics, and the transient converter circuits are operated phase-shifted by 360° / n and with interleaved duty cycles, which results in a continuous energy transfer through the circuit. The circuit is also soft-switched, with very low switching losses. In particular, the active semiconductors only switch off a relatively small magnetization current, during a recovery phase which can last as long as (n−1) / n of the switching phase period.

The invention discloses a method and device for controlling TCP transmission performance. The method comprises the following steps: acquiring a reduction proportion in direct proportion to a current congestion window and reducing the congestion window by the acquired reduction proportion in a quick recovery phase; retransmitting the critical lost packet if the network is in a congested state or the current congestion window is lower than the window minimum threshold when an arbitrary phase for controlling the TCP transmission performance requires retransmission, wherein the critical lost packet is a lost data packet causing reduction of the congestion window; and respectively retransmitting a possibly lost data packet and the critical lost packet if the network is in a non-congested state and the current congestion window is not lower than the window minimum threshold. The method and device can be used for improving the TCP transmission performance.

A system is provided for converting fluid motion into electrical power, with the system being deployable in a body of fluid. The system includes a support structure and a movable structure connected to the support structure. The support structure includes a generator assembly configured to convert mechanical energy to electrical energy and provide electric power from the electrical energy. The movable structure has three or more degrees of freedom, and is configured to generate mechanical energy for conversion by the generator assembly during a power generation phase of a power cycle in which the fluid motion acts on the movable structure. The movable structure has a first configuration during the power generation phase and a second, different configuration during a recovery phase of the power cycle, with the movable structure in the first configuration having a greater surface area normal to the flow of fluid.

The invention provides a photoresist recovery system, and belongs to the field of color film substrate and array substrate manufacture. The photoresist recovery system comprises a substrate chassis and a top cover thereof, a substrate rotating disc disposed on the substrate chassis, a substrate locking groove disposed on the substrate rotating disc and used for accommodating a substrate, and a thrown photoresist storage groove used for receiving photoresist thrown off from the substrate during the rotation of the substrate rotating disc, and also comprises: a filtering device which is connected with the thrown photoresist storage groove through a pipeline provided with a valve and is used for filtering photoresist which flows out from the thrown photoresist storage groove and flows in through the pipeline; a cleaning device which is used for cleaning the thrown photoresist storage groove; a control device which is used for controlling the valve to be open in a photoresist recovery phase and controlling the cleaning device to stop cleaning the thrown photoresist storage groove, and controlling the valve to be close in a cleaning phase and controlling the cleaning device to clean the thrown photoresist storage groove. The embodiments of the invention can recover photoresist thrown off in photolithographic technology.