113results about How to "Extended boot time" patented technology

The invention relates to a construction and operation method of a container cloud platform system. The construction and operation method comprises the following steps: (1) the system is constructed; (2) access shunting is carried out on a control instruction and a service instruction; (3) a container cluster scheduling module forwards an access request to a specific container, and the specific container carries out service processing on the access request, returns the access request to the container cluster scheduling module, and then returns a processing result to a caller; (4) a host containerization engine module containerizes a host, records and maintains an application operated in the current platform and an application operation example list, supports and processes the control instruction, forwards instruction information, and monitors and feeds back the state of an application operation example; (5) a general controller module processes the control instruction of a container cloud platform; (6) an application health management module monitors the application condition; and (7) a message bus carries out message communication of a cloud platform device. The construction and operation method provided by the invention is used for packaging and operating dependent terms of third party applications with a container as a unit for achieving isolated operation and avoiding mutual interference, and the system resources of the host are used more fully.

A method for detecting a loss of a phase in a multiphase rotating field machine, the method comprising providing a first electrical current into the machine windings to cause the current vector to assume a first current vector position, sensing a first current in at least one selected phase winding of the machine, comparing the sensed first current in the at least one selected phase winding with a first calculated current for the selected phase winding, and detecting that a first phase fault has occurred if the first calculated and sensed first currents differ by more than a predetermined value.

Provided are a method, system, and program for managing a configuration file including device parameters defining attributes of at least one device. A device driver uses the device parameters to control the at least one device. An association is provided of device parameters and parameter codes for devices accessible through the device driver, wherein the device parameters define attributes of the devices. Information is presented on the device parameters through a user interface. User selection is received of at least one of the device parameters. A determination is made from the association of the parameter code corresponding to the user selected device parameter for each user selected device parameter. The configuration file is then modified to include each determined parameter code.

This invention declares a starting process of once-through boiler with by neighboring steam heating in which the high pressure heater is connected by the pipeline receiving exogenous heating steam. The mentioned process includes: heating the water in the unit boiler with the exogenous steam through the high pressure heater, heating the heat delivery surface of the boiler indirectly when starting up at cold, warm or hot status, starting the boiler water circulating pump and air-gas system when the temperature is close to the saturation temperature of the exogenous steam, ignition of the boiler, increasing the thermal load with bypass system after the is started, switching off the fuel when the thermal load of the coal exceeds the minimum oil-break thermal load and switching to the general starting process; when starting at the extreme hot status, ignition of the boiler after purging, after the coal pulverizing system is started, switching off the fuel when the thermal load of the coal exceeds the minimum oil-break thermal load and switching to the general starting process. The starting process will shorten the starting duration, and save fuel, coal and water.

The invention provides a level conversion circuit and a liquid crystal display apparatus. The level conversion circuit includes a level conversion chip and an overcurrent protection starting circuit,wherein the overcurrent protection starting circuit includes an acquisition module, a comparator, a switch tube and a first divider unit; during the working process, the acquisition module acquires the constant voltage high potential to increase the voltage of the in-phase input terminal of the comparator; and when the voltage of the in-phase input terminal of the comparator is greater than one reference voltage, the comparator outputs high level to conduct the switch tube, and enables the detection terminal of the level conversion chip to be grounded through the first divider unit so as to enable the level conversion chip to start overcurrent protection, so that the starting time of the level conversion chip can be delayed, and the level conversion circuit can effectively error trigger ofovercurrent protection because of the big current which is generated when the liquid crystal display apparatus is started.

The boot-time required for a log-on to a desktop blade system is improved, and a more streamlined process for performing maintenance operations, such as software updates, across an enterprise desktop blade system is facilitated. All activities being performed by a user are cached, in an off-blade storage location, on an ongoing basis. The caching is performed using “divided caching”, that is, different elements of the user image are stored in different locations. The specific divisions utilized are based upon classifications of the information to be cached, e.g., a first class of information used by all users of the system; a second class of information utilized by a certain class of users; a third class of information utilized only by a particular individual, etc.

A method for speeding up the boot time of an electric device and the electric device are disclosed. The disclosed method includes measuring power consumption of the electric device and determining whether the power consumption is greater than a threshold level, wherein the measuring and the determining steps are executed during a boot process of the electric device. If the power consumption is greater than the threshold level, a connector port controller initialization procedure is performed during the boot process, to initialize the connector port controller accordingly. If the power consumption is not greater than the threshold level, a simplified form of the connector port controller initialization procedure is performed during the boot process, to speed up the boot time.

The invention discloses a temperature and coupling running controlling method of a double-compressor and double-refrigerating circuit refrigerator. The temperature and coupling running controlling method comprises the following steps: picking up current temperatures of a priority control compartment and a secondary control compartment; and monitoring the startup-shutdown state of a compressor in the priority control compartment: if the compressor in the priority control compartment is in a shutdown state, carrying out logic comparison on the picked current temperature of the secondary control compartment and a set starting temperature, a set shutdown temperature and set temperature offsets E1 and E2 to control the compressor to start up or shut down; and if the compressor in the priority control compartment is in a startup state, carrying out logic comparison on the picked current temperature of the secondary control compartment and a set starting temperature, a set shutdown temperature and set temperature offsets E3 and E4 to control the compressor to start up or shut down. When the temperature and coupling running controlling method is applied to the double-compressor and double-refrigerating circuit refrigerator with energy coupling, simultaneous starting and refrigerating time, i.e. coupling running time, of two refrigerating circuits can be prolonged, and the running efficiency of a system is improved.

The invention relates to a scene environment special effect device suitable for a head-wearing display in a dynamic film and television system. The environment special effect device suitable for the head-wearing display in the dynamic film and television system comprises a gas tube nozzle, a water mist tube nozzle, an odor tube nozzle, a gas coping and a fur gas coping which are arranged on the head-wearing display. The environment special effect device suitable for the head-wearing display in the dynamic film and television system further comprises a high-pressure gas tube nozzle capable of rotating the gas jet direction, wherein the high-pressure gas tube nozzle is composed of a high-pressure gas tube nozzle body and a miniature steering engine or a brake line. In the dynamic film and television system, after the head-wearing display provided with the scene environment special effect device is worn, a wearer does not need to wear other scene environment special effect devices on the head and can accurately experience scene environment effects comprising winds, water mist, odor, heat and coldness, collisions, airflow and the like in the film and television scene, the wearing is convenient, and the weight-bearing of the wearer is lightened. The wearer can experience the sensation of an insect crawling over the skin in the film and television scene, small droplets are not easy to generate on eyepieces when the head-wearing display is worn, the definition of the video viewing is enhanced, a heating part of the head-wearing display can be significantly cooled, and the uptime and the service time can be prolonged.

A process kit for a sputtering chamber comprises a deposition ring, cover ring, and a shield assembly, for placement about a substrate support in a sputtering chamber. The deposition ring comprising an annular band with an inner lip extending transversely, a raised ridge substantially parallel to the substrate support, an inner open channel, and a ledge radially outward of the raised ridge. A cover ring at least partially covers the deposition ring, the cover ring comprising an annular plate comprising a footing which rests on a surface about the substrate support, and downwardly extending first and second cylindrical walls.

The invention discloses a multifunctional humidifier, and belongs to the technical field of intelligent home. The multifunctional humidifier comprises a base; a water storage groove is formed in the base; a moisture generator is arranged in the water storage groove; a water tank is arranged on the base; a moisture channel is formed in the water tank; water in the water storage groove, under the action of the moisture generator, is emitted out of the moisture channel; the water tank comprises a water storage inner cavity; an additive box in which an additive is placed is arranged on the water tank; the additive box communicates with the water storage inner cavity; and an ejector for ejecting the additive in the additive box to the water storage inner cavity is arranged on the additive box.In addition, the invention further discloses a control method of the multifunctional humidifier. The multifunctional humidifier and the control method of the multifunctional humidifier have the advantages that functions of the humidifier are diversified.

A block device driver performs system boot using cache data and thus provides a mechanism that reduces disk/IO waiting time during system boot.

The invention relates to a method and energy storage and release device for restarting a compressor by using energy stored during shutdown of the compressor, and aims to realize the protection of a compressor motor while saving the energy and protecting the environment. The method converts kinetic energy in the stop of a compressor to elastic potential energy, and releases the elastic potential energy and converts the elastic potential energy to the kinetic energy of the compressor during the startup process of the compressor.. In the energy storage and release device for restarting the compressor by using energy stored during shutdown of the compressor, one end of a rotor of the compressor motor is connected with a compressor cylinder for driving the compressor to perform the gas compression motion, and the other end of the rotor of the motor is connected with a volute spiral spring energy storage device for converting the kinetic energy in the stop of the compressor to the elastic potential energy to store in a volute spiral spring; and the volute spiral spring energy storage device releases the elastic potential energy in the volute spiral spring and converts the elastic potential energy to the kinetic energy of the compressor during the startup process of the compressor.

A pluggable optical module includes one or more optical interfaces; an interface for electrically connecting to a host device; and a processor configured to, subsequent to insertion of the pluggable optical module in a host device and performance of a first stage of boot loader, execute an early management interface handler that supports access to management memory on the pluggable optical module by the host device, and continue a boot process of the pluggable optical module including loading an operating system and application software for control and management of the pluggable optical module, wherein the early management interface handler supports queries and provisioning requests from the host device while the boot process is performed. The early management interface handler is loaded after insertion, within less time than required by the full boot process.

The invention discloses a low-concentration DMFDMAC saline and acidic wastewater rectifying and recovering device and relates to the technical field of environment friendliness. The low-concentrationDMFDMAC saline and acidic wastewater rectifying and recovering device comprises a desalting system; a discharging hole of the desalting system is connected with a liquid storage tank; a drain outlet of the liquid storage tank is connected to a first-stage dehydration tower; an outlet of the first-stage dehydration tower is connected to a foam remover; an outlet of the foam remover is connected toa second-stage dehydration tower; a discharging hole of the second-stage dehydration tower is connected to a feeding hole of a rectifying tower; a discharging hole of the rectifying tower is connectedto a feeding hole of a deacidification tower; the side wall of the deacidification tower is provided with a finished product discharging hole connected to a refined finished product tank; and the outlet end of the refined finished product tank is respectively connected to the finished product discharging end and a return opening in the deacidification tower by a tee. The complete equipment is stable in operation.

The invention discloses a method and a facility for cultivating parents of Sillago sihama indoors on a large scale via prawn cultivation wastewater and belongs to the technical field of artificial breeding of fishes. The facility is composed of two to three prawn cultivation ponds 0.07 to 0.2 hm<2>, two to four outdoor cultivation wastewater degrading pools 50M<3> in volume, a parent cultivation cement pond located in an indoor controllable light parent cultivation shop, and a water pumping system. The cultivation wastewater obtained in mid-late phase of prawn cultivation is biologically treated, organics in the cultivation wastewater are degraded, and the cultivation wastewater is then used in the indoor cement pond for cultivating the parents of Sillago sihama on the large scale, animal planktons in the degraded water are used as feed additive for the parents, the lost nutrition in compound feed can be supplemented, and female and male parents are enabled to be more mature; microalgae are good for stabilizing the parent cultivation water. The method has the advantages that the prawn cultivation wastewater is made effective use, environment pollution is decreased, survival rate of Sillago sihama cultivated on the large scale in the indoor shop is increased, and quality of zygotes is increased.

The invention discloses a short message processing method which comprises the following steps: acquiring an original short message that needs to be combined from a short message storage unit; resolving the original short message into corresponding content and parameter; combining the content of the original short message according to the parameter to obtain a combined short message; and storing the combined short message. The invention also discloses a short message processing terminal. The short message processing method and the short message processing terminal can combine a plurality of short messages in a mobile terminal, thereby the content of the short messages only occupy a fixed storage space, and the storage space of the mobile terminal is saved; in addition, the short message processing method and the short message processing terminal are convenient for a user to check or carry out other operations to a plurality of short messages, thereby improving the experiencing degree of the user.