99results about How to "High continuity of operation" patented technology

This invention relates to a management method, more particularly by logging and replay, for software operations performed during the execution of an application process executed on a computer. This method applies in particular to internal operations sending a result datum to the managed process, and comprises the following steps: carrying out a deterministic software processing, termed prediction function (FH), based on the state of a managed process or of the application (AOP, ASB), to provide a predicted result (RP) for said operation; comparative test to establish whether the value of the predicted result (RP) corresponds or does not correspond to the value of the actual result (DR, RRJ); performance of a complementary management phase (CH, DH) of said managed operation, this complementary management depending on the result of the preceding test.

A mobile station and methods are disclosed for diagnosing and modeling site specific effluent treatment facility requirements to arrive at a treatment regimen and/or proposed commercial plant model idealized for the particular water/site requirements. The station includes a mobile platform having power intake, effluent intake and fluid outflow facilities and first and second suites of selectably actuatable effluent pre-treatment apparatus. An effluent polishing treatment array is housed at the station and includes at least one of nanofiltration, reverse osmosis and ion-exchange stages. A suite of selectively actuatable post-treatment apparatus are housed at the station. Controls are connected at the station for process control, monitoring and data accumulation. A plurality of improved water treatment technologies are also disclosed.

The invention relates to a system and method for purifying volatile organic compounds VOCs exhaust gas through a plasma synergistic biological technology, and belongs to the organic waste gas pollution control field. The device includes a gas inlet, a dry type filter, a plasma purification device, a biological filter pool purification device, an air supplement port, a detection port, an exhaust blower, and an exhaust cylinder; the gas inlet collects the VOCs exhaust gas, the exhaust gas is filtered by the dry type filter and then is transported to the plasma purifying device, organic molecules are decomposed into small-molecular substances by the plasma purification device, gas after decomposition is transported to the biological filter pool purification device, the small-molecular organic matters are decomposed into CO2 and H2O by microorganisms, and finally, CO2 and H2O are discharged to upper air through the exhaust cylinder by the exhaust blower.

This invention relates to a method for replaying, from a log file, internal events within a process belonging to a software application in a network. This method comprising the following steps:

• • executing at least one replay instruction by the target process, initiating a replayed operation (EVI) that returns, to this target process (PB1), at least one result datum obtained (RRJ) by this replayed operation;
  • performing, by a software agent (PRI) external to the restart process, a forcing process (7) comprising a forcing operation upon the target process, instead and in place of the replay result datum (RRJ), of a forced datum, (RLi), extracted from logging data.

Advantageously, the target process (PB1) executes the replay instruction of its own initiative from its executable file (EXE; FIG.7).

The invention discloses a device and a method for purifying total volatile organic compounds (TVOCs). The device comprises a gas inlet, an active carbon adsorption apparatus, an supersonic desorption emitter, a cold combustion chamber, a gas supply port, a desorption fan and a gas discharge port, wherein the gas inlet collects a TVOC exhaust gas and inputs the TVOC exhaust gas to the active carbon adsorption apparatus, the active carbon adsorption apparatus adsorbs the TVOC exhaust gas, and a gas reaching a discharge standard is directly discharged through the gas discharge port; the supersonic desorption emitter is started after a certain degree of the adsorption to desorb the TVOCs, and inputs the TVOCs to the cold combustion chamber; and the desorbed TVOCs are conveyed to the cold combustion chamber together with supplied oxygen, the TVOCs are decomposed by the vacuum ultraviolet (VUV) rays of the cold combustion chamber and reacts with ozone and oxygen to generate H2O and CO2, and the TVOCs are discharged into the gas discharge port through the desorption fan after the VUV cold combustion to generate H2O and CO2 to discharge a purified gas.

The invention relates to a railroad ice and snow cleaning vehicle. The vehicle comprises a vehicle frame, front wheels and rear wheels, wherein the front wheels and the rear wheels are arranged on the vehicle frame through a front wheel shaft and a rear wheel shaft, respectively; an ice and snow cleaning device, a symmetric salt scattering device and a power device are also arranged on the vehicle frame; in operation, a solar wheel does backhoe circular motion; a perching knife scoops up ice and snow of the outer side of the rail; industrial salt is scattered in a region where the ice and snow is scooped up through the symmetric salt scattering device so as to prevent the ice and snow from coagulating; thick ice in a turnout zone of the inner side of the rail is smashed through an air pick; and ice blocks shattered by the air pick are swept to the middle of the rail by a sweeping wheels brush. The invention provides the railroad ice and snow cleaning vehicle, can realize integrated treatment of ice breaking, cleaning and slat scattering, has complete function of ice and snow cleaning, saves energy, can prevent the ice and snow from coagulating and has high automation degree.

This invention relates to a method for managing a software application functioning in a multi-computer architecture (cluster). This management is applied, for example, to the analysis or modification of its execution environment, in as transparent a manner as possible vis-à-vis this application. This management is applied to operations of analysis, capture and restoration of the state of one or more processes of the application.

These operations use a controller external to the application which carries out an injection of system call instructions inside the working memory of the process(es) to be managed.

The invention discloses an adsorption dust-extraction device for textile equipment. The adsorption dust-extraction device comprises a rack, an exhaust inlet, an air inlet duct, an air draft motor, a filter bellows, an exhaust outlet, an electrostatic dust-absorbing plate, a hair brush conveying belt, a dust-extraction brushing trough, cleaning brushing rollers, a filtering and drying case, a smudginess detector, a drain pipe, a drain solenoid valve, a filter case, a water storage case, a water-delivery pump and a water-delivery pipe. The adsorption dust-extraction device for textile equipment has the beneficial effects that the dust-extraction device can conduct active adsorption and collection on the dust produced in the textile process, the collected dust is subjected to synchronous processing, dust-extraction effect is good, device operation continuity is strong, dust-extraction efficiency is high, faults such as dust accumulation is not liable to occur, and the adsorption dust-extraction device for textile equipment is beneficial to application and popularization in production.

The invention discloses a polysilicon granule preparation system, and solves the problems of the polysilicon particles in prior art, such as easy deposition on wall of a fluidized bed reactor, nonuniform particle size, low utilization rate of the polysilicon seed crystal and large loss rate of polycrystalline silicon fine powder. The system comprises an aslant arranged rotating fluidized bed, a first stage cyclone separator, a second stage cyclone separator, a carrier gas filter, a material preheating tank and a tail gas buffer tank. The reaction cylinder in the middle of the rotating fluidized bed can rotate relatively to end sockets at the two ends; and the rotating fluidized bed is provided with a baffle plate. The invention can effectively restrain deposition of the polycrystalline silicon particles in the fluidized bed reactor wall, improve utilization rate of polycrystalline silicon and reduce the loss rate of polycrystalline silicon fine powder. The invention also discloses a preparation method of polycrystalline silicon particles. The preparation method has advantages of stable process, good continuity of operations, high utilization rate of polycrystalline silicon, high efficiency of polycrystalline production and uniform size of the obtained polysilicon granules.

The invention relates to an internet of things based area isolating switch state monitoring system, which comprises a central controller, and is characterized in that the central controller is connected to a data storage unit, a communication module, a network module, a data encryption module and a position encoder, the communication module is connected to a mobile device, the network module is connected to a remote monitoring terminal, the data encryption module is connected to a data acquisition module, the data acquisition module is connected to an environment monitoring module, a voltage/current sensor, an image processing module and a contact temperature inductor, the environment monitoring module is connected to a wind speed sensor, a temperature sensor and a temperature sensor, and the image processing module is connected to a monitoring camera. The internet of things based area isolating switch state monitoring system is safe, reliable, convenient to be managed, and capable of monitoring in real time.

The invention relates a solid-liquid separation and disinfection integrated plant for food waste. The invention includes a solid-liquid separation mechanism and a solid waste disinfection mechanism, wherein the solid-liquid separation mechanism includes a compressed barrel, a piston and a linear reciprocating mechanism; a waste inlet is formed on the compressed barrel; the executive element of the linear reciprocating mechanism passes through one end of the compressed barrel, the front end of the executive element is connected with the piston capable of sliding in the compressed barrel; an liquid outlet is opened on the compressed barrel; a waste outlet is formed on the other end of the compressed barrel; an openable constant pressure door is arranged on the waste outlet and is connected with a spring with preset elasticity; and the waste outlet is connected with the inlet of the solid waste disinfection mechanism. The solid-liquid separation and disinfection integrated plant for food waste has the advantages of reasonable connection, good operational continuity and improved production efficiency.

The invention discloses a device for recycling oil or a solvent from solid-containing oil through spray flash evaporation drying and a recycling method. The device comprises a feeding buffer tank, a preheater, a heater, a spray flash evaporation drying tower, a dry gas phase scrubbing tower and a solvent condenser, wherein the feeding hole of the feeding buffer tank communicates with a raw material conveying pipeline; the discharge hole of the feeding buffer tank communicates with the feeding hole of the preheater; the discharge hole of the preheater communicates with the feeding hole of the heater; the discharge hole of the heater communicates with the spray flash evaporation drying tower; a gas phase discharge pipeline is arranged at the upper end of the spray flash evaporation drying tower; the gas phase discharge pipeline is connected with the dry gas phase scrubbing tower; a dry phase cooling machine is arranged at the bottom of the gas phase discharge pipeline; a conveyer is connected with the outlet of the dry phase cooling machine; a powder cabin is connected with the outlet of the conveyer; a condensation device is arranged at the lower half section of the dry gas phase scrubbing tower; a circulation pipeline is arranged at the bottom of the dry gas phase scrubbing tower; a gas phase flowing pipeline is arranged at the upper end of the dry gas phase scrubbing tower; the outlet end of the gas phase flowing pipeline is connected with the preheater to achieve heat exchange cooling; and an uncondensed gas which is not cooled is conveyed into the solvent condenser for secondary condensation through an uncondensed gas conveying pipeline.

The invention discloses a hydrogen production and storage system, which comprises an electrolytic bath and a hydrogen storage device, and further comprises a heat storage power generation device, an oxygen storage device and a water storage device. The invention further discloses a multi-mode circulating hydrogen production method, which adopts the hydrogen production and storage system. According to the invention, a heat storage power generation device is introduced into a hydrogen production system and cooperates with renewable energy power generation to electrolyze water to produce hydrogen in an electrolytic cell, so that the problems of variable working conditions and frequent start and stop caused by the use of renewable energy in the hydrogen production process are avoided, and the adaptability of the PEM electrolytic hydrogen production system to the fluctuation characteristic of new energy is improved; according to the multi-mode circulating hydrogen production method provided by the invention, a method of coupling organic Rankine cycle power generation with renewable energy power generation is adopted, so that the power shortage of the input end caused by fluctuating renewable energy is filled up, and the productivity of a hydrogen production system is ensured; and the method and the system provided by the invention are simple and easy to implement, energy generated in the whole hydrogen production and storage system can be fully utilized, the economical efficiency of the whole system is improved, and the energy consumption is reduced.

The notion of controlling, using and monitoring remote resources in a distributed data processing system through the use of proxy resource managers and agents is extended to provide failover capability so that resource coverage is preserved and maintained even in the event of either temporary or longer duration node failure. Mechanisms are provided for consistent determination of resource status. Mechanisms are also provided which facilitate the joining of nodes to a group of nodes while still preserving remote resource operations. Additional mechanisms are also provided for the return of remote resource management to the control of a previously failed, but now recovered node, even if the failure had resulted in a node reset.