73results about How to "Normal start" patented technology

The invention relates to an automobile power supply management system. Firstly, by monitoring the state of the storage battery, the application state of an electrical apparatus used in an entire automobile is controlled, simultaneously the generation power and the output power of a generator is controlled, and the state information of the storage battery is provided to a driver, thereofore maximally optimizing the electric balance of the entire automobile; besides, the static current of the entire automobile is controlled, and the consumption of the electric quantity of the storage battery caused by the static current is reduced, ensuring the time for normally starting after the automobile stops, as well as optimizing the charging and discharging state of the storage battery and prolonging the service life of the storage battery.

Provided is methanol gasoline. The invention relates to the technical field of energy, and specifically relates to a methanol gasoline formula. The methanol gasoline formula includes adding a methanol gasoline compound additive to methanol by weight ratio of 0.05% for denaturation, and mixing 15-65 parts of methanol, 20-30 parts of 90 # gasoline, 10-30 parts of light aromatic hydrocarbons, and 10 parts of naphtha by weight after denaturation. The methanol gasoline is good in corrosion resistance, and generates chemical and physical adsorption to resist corrosion by inhibiting basic groups of molecules. The methanol gasoline is powerful in dynamic property, high in octane value, good in antiknock property, low in fuel consumption, and safe and reliable in use. The method makes alcohol and gasoline dissolve organically, and helps to enhance the stability without delamination and emulsification. The methanol gasoline can be used with ordinary gasoline by mixing or crossing. By using the methanol gasoline, motors are easy to start under the low temperature condition of -35 DEG C, and have no air resistance at high temperature, thereby being started normally. The methanol gasoline is suitable for gasoline and liquid fuels, and can help to save 10-25% of the fuel oil, to reduce the amount of smoke and exhaust gases, and to reduce pollution.

The invention belongs to the fuel technical field, in particular relating to synthetic gasoline which takes methanol as main material. The compositions by weight percentage of the synthetic gasoline are: 58 to 85 percent of methanol, 14.2 to 40 percent of merchantable gasoline and 0.8 to 2 percent of comprehensive additives. The product of the synthetic gasoline can directly replace No. 90, No. 93, No. 97 and No. 98 national standard motor petrol, and a motor can be normally started and operated at an extreme temperature of 30 DEG C below zero. The synthetic gasoline not only can be used for gasoline cars with high compression ratio (the ratio of the cylinder total volume to the compressed cylinder volume is more than or equal to 9.5) but also can be used for gasoline cars with low compression ratio (the compression ratio is less than 9.5), including motorcycles which use carburetors.

The invention discloses a two-dimensional supersonic air inlet passage with a variable structure. The air inlet passage and an aircraft body are of an integrated structure, a fixing plate is positioned in the air inlet passage and is arranged parallel to an upper supporting plate, a piston barrel and a piston rod are fixedly connected with an upper fixed support and a lower fixed support respectively, the piston barrel and the piston rod are synchronously matched and are positioned between the fixing plate and the upper supporting plate, a front compression plate is articulated with a movable compression plate by a first rotating rod, the movable compression plate is articulated with the upper supporting plate by a second rotating rod, the upper supporting plate and the air inlet passage are articulated by a third rotating rod, and two ends of each of the second rotating rod and the third rotating rod are positioned in a front sliding groove and a rear sliding groove on the two side walls inside the air inlet passage respectively for movement. The air inlet passage has simple structure and has strong realizability in engineering application, the compression angle of the air inlet passage is changed to directly adjust the quality of air flows entering into a combustion chamber, the aerodynamic performance and the working state of the air inlet passage operating in a wide range of mach number are ensured, and the working efficiency and the aerodynamic performance of the air inlet passage are greatly improved.

Embodiments of the present invention provide a method and device for processing flash memory partitions, wherein the method includes: dividing the flash memory into a root file system partition and an application partition; mounting the root file system partition in a read-only manner; wherein, The root file system partition includes startup scripts and system programs; the application partition is mounted in a read-write manner. The embodiment of the present invention can improve the stability of the flash memory file system.

The invention discloses a power failure protection device. The device comprises a power failure detection module, a flag bit circuit and a control module. The control module is used for upgrading andupdating the software data, software backup data corresponding to the software data being stored in the backup storage area; a power failure detection module used for detecting the power supply stateof the power supply, a first state signal being generated when abnormal power supply of the power supply is detected; a zone bit circuit used for setting the zone bit circuit to be in an action statewhen receiving the first state signal transmitted by the power failure detection module and generating an action zone bit signal. When the control module is normally powered on through the power supply and is in an initialization stage, the control module is further used for controlling the zone bit circuit to be in a reset state if receiving an action zone bit signal transmitted by the zone bit circuit, and software backup data is written into a storage area of the software data in a covering mode. The reliability of power-down protection can be improved, and it is ensured that the equipmentcan normally start software after power supply is recovered.

The invention relates to a fuel cell cathode recirculation low-temperature starting system and a control method thereof. The system comprises an air supply subsystem, a hydrogen supply subsystem and a cooling circulation subsystem. Through system control, hot air directly heats an MEA, electric energy output by a galvanic pile enables a PTC to heat cooling liquid, the operation conditions of the galvanic pile are controlled to increase self-produced heat, so that the galvanic pile is jointly heated, energy is utilized to the maximum extent to heat the galvanic pile, and the low-temperature starting capability is enhanced; when the temperature of the cooling liquid at the outlet of the galvanic pile reaches 0 DEG C, the galvanic pile preheating temperature rise stage is completed. Compared with the prior art, the method is beneficial to realizing quick start of the fuel cell in a low-temperature environment, the failure rate of low-temperature start of the fuel cell is reduced, and the service life of the fuel cell at a low temperature is prolonged.

The invention provides a container state inspection method and a device. The method comprises the steps that whether initial detection time and end detection time meet preset requirements is determined; if both the initial detection time and the end detection time meet the preset requirements, when the waiting time of the container reaches the initial detection time, whether the application is normally started is checked before the detection ending time is up, and if it is determined that the application is normally started, new detection ending time is set based on the normal starting time ofthe application and preset first delay time, and the health check state of the container is recorded; and if it is determined that the application is not started normally, new detection ending time is set based on the current detection ending time and preset second delay time, and the container is restarted. According to the method, the end detection time is reset by determining whether the application is normally started, so that the application starting time can be accurately estimated, and the application can normally receive the service access request.

To solve the problem of providing an information processing device that can start up a system in a normal manner, the information processing device comprises: a first storage unit for storing an OS program; a second storage unit having a storage area for storing a boot program, a first area for storing first path information that indicates the location of the OS program in the first storage unit, and a second area for storing second path information that indicates the location of the OS program previously used for startup, the second area being set so as to be accessible only by the boot program; and a processor. The processor writes to the second area the first path information used for starting up the OS program during a first startup; and during a second startup after the first startup, the processor uses the boot program to compare the first path information stored in the first area and the second path information stored in the second area, and determines whether to start up the OS program indicated by the first path information on the basis of the comparison results.

The invention discloses an inverter used in a low temperature environment, and a photovoltaic system. The inverter comprises a control module, a circuit separator connected with the control module, a power conversion module connected with the circuit separator, a first temperature detection module connected to the control module and used for detecting the temperature of the power conversion module, and a first heating module connected to the control module and used for heating the power conversion module; if the control module is started, the first temperature detection module detects the temperature of the power conversion module, and whether the power conversion module can be normally started and/or normally work is judged according to the detected temperature of the power conversion module; and if the power conversion module is not normally started and/or does not normally work, the first heating module is started. The inverter can be normally started and normally work in the low temperature environment, and can effectively improve the generating efficiency of the photovoltaic system.

The invention relates to an electrical control device and method for a pressure oil pump. The electrical control device comprises a primary loop and a secondary loop. The primary loop comprises a circuit breaker QF01, a phase sequence protection device KVS, a positive sequence contactor KM02, a reverse sequence contactor KM03, a main contactor KM00, a bypass contactor KM01 and a soft starter RQ; and the secondary loop comprises a start button SB01, a stop button SB02, a loading button SB03, an unloading button SB04, a pump-starting relay K01, a pump-stopping relay K00, a loading relay K02, anunloading relay K03, a positive sequence contactor KM02, a reverse sequence contactor KM03, a loading valve 1EV, an unloading valve 2EV, a start-stop switching handle SW1, a loading-unloading switching handle SW2 and a control cabinet fault point relay K06. According to the electrical control device and method for the pressure oil pump, the control mode for the pressure oil pump of a speed regulator oil pressure device is technically optimized and studied so as to improve the operation reliability of the pressure oil pump.

The invention provides a deep mine submersible pump capable of balancing shaft head force of a static rotor. The deep mine submersible pump comprises a motor top cover, a motor and a motor base which are connected sequentially from top to bottom. The deep mine submersible pump is characterized in that a thrust disc is fixed at the top of a shaft of the motor, a thrust disc cavity is arranged in the upper end of the thrust disc, the thrust disc is further provided with thrust disc through holes arranged in the radial direction and communicated with the thrust disc cavity, the motor top cover is provided with a radial motor top cover through hole, the motor is a wet motor, and the motor base is provided with an axial through hole. The deep mine submersible pump has the advantages that high pressure water is guided from the bottom end of the pump to the top of a rotor; reverse shaft head force is produced to balance shaft head force, and axial force of the rotor of the pump is nearly zero before startup; liquid guided in is filtered so as to ensure normal startup and reliable operation of the pump.

The invention relates to an intelligent control system for fuel oil heating. The intelligent control system comprises an engine, an engine controller, a main oil tank, an auxiliary oil tank, a fuel oil heating controller and a storage battery. The main oil tank is communicated with the engine through a main oil tank switch valve, the auxiliary oil tank is communicated with the engine through an auxiliary oil tank switch valve, the engine controller is in signal connection with the fuel oil heating controller, and the fuel oil heating controller is electrically connected with an ignition switch, the main and auxiliary oil tank switch valves, a relay coil, a fuel oil heating switch and a temperature controlled switch; the positive pole of the storage battery is grounded through a battery main switch, a relay contact and a main oil tank heater in sequence, and the negative pole of the storage battery is grounded; when the temperature of an oil sucking opening of the main oil tank is lower than 5 DEG C, an oil way is switched to an auxiliary oil tank loop so as to start the engine, when the rotating speed of the engine reaches 700 rpm, the main oil tank heater starts to heat, when the temperature of the oil sucking opening of the main oil tank reaches 25 DEG C, heating is stopped, and the oil way is switched to a main oil tank loop. By means of the intelligent control system, the starting performance of the engine is improved, and the safety and the reliability are high.

The invention discloses a low-temperature compensation system of an inverter refrigerator, the inverter refrigerator with the low-temperature compensation system and a low-temperature compensation control method. The low-temperature compensation system comprises a first working circuit, a second working circuit and a temperature controller. The first working circuit comprises a frequency conversion control panel and a compressor connected with the frequency conversion control panel. The second working circuit comprises a compensation heater. The temperature controller is connected with the first working circuit and the second working circuit. When the environment temperature is smaller than the preset temperature and the compressor is stopped, the temperature controller selects the second working circuit to be switched on, and the compensation heater works to compensate for heat loads in refrigerator chambers. The system can effectively solve the problem that the inverter refrigerator is not started under the low-temperature environment.

The invention provides a direct current power unit for avoiding wrong operation when utilizing IC and guaranteeing normal startup of a system when losing an input voltage and then communicating again. The direct current power unit comprises a transformer (T1) for voltage change with an auxiliary coil; a control circuit (12) for controlling current of a primary side winding of the transformer; and a rectifying circuit (D3) of a rectifying unit and a filter capacitor used for changing alternating current induced in the auxiliary coil into direct current. The control circuit can use a voltage generated by the rectifying circuit as a power supply voltage to work. Voltage stepping units (R3, R4, Q2) are arranged in the direct current power unit. When the input voltage (Vin) of the primary side winding of the transformer is lower than a given potential, a charge in the filter capacitor of the rectifying circuit is released to reduce the voltage supplied to the control circuit.

The invention relates to an automatic water diversion device which belongs to an auxiliary facility of a water pump. The automatic water diversion device comprises a water inlet pipe (1) of a centrifugal water pump, a water storage tank (2) and a water storage tank water diversion pipe (3), wherein the water inlet pipe (1) of the centrifugal water pump is communicated with the bottom side of the water storage tank (2); the water storage tank water diversion pipe (3) is communicated with the higher end of the water storage tank (2); the top of the water storage tank (2) is communicated with a water injection pipe (4); and the water injection pipe is provided with a control valve (5). The invention solves the problem that water injection is needed before the centrifugal water pump is started, and can fully inject the water storage tank when the centrifugal water pump is used for the first time, thereby enhancing the vacuum degree of a working system and increasing the water diversion height of the water diversion pipe.

The invention discloses an automatic driving vehicle and an obstacle feedback adjusting method thereof and belongs to the field of unmanned vehicles (or automatic driving or unmanned driving). The automatic driving vehicle comprises obstacle detection components and a starting parameter adjusting component; at least one tire of the automatic driving vehicle is correspondingly provided with the obstacle detection components; the obstacle detection components are used for detecting obstacles in front of and/or behind the corresponding tires in parking states; and the starting parameter adjustingcomponent is electrically connected with the obstacle detection components and used for adjusting the driving starting parameters of the automatic driving vehicle according to obstacle detection results sent by the obstacle detection components. By means of the automatic driving vehicle and the obstacle feedback adjusting method thereof provided by the technical schemes of the invention, the automatic driving vehicle can cross over or bypass an obstacle when starting, and it is guaranteed that the automatic driving vehicle can start normally.

The invention relates to a heating device and particularly relates to an auxiliary electric heater of a central air-conditioner. The technical scheme includes that the auxiliary electric heater comprises a heating box body, a heating coil, a terminal box, a temperature controller, a temperature measuring device, a water inlet, a pressure reducing valve, a water outlet and a drain outlet, wherein the terminal box is connected to one side of the heating box body, the water inlet and the water outlet are arranged on the heating box body, the drain outlet is arranged at the bottom of the heating box body, the heating coil is fixed inside the heating box body, the heating coil is connected with the terminal box, the temperature controller is arranged inside the terminal box and is connected with the temperature measuring device, and the pressure reducing valve is arranged at the top of the heating box body. The auxiliary electric heater has the advantages that preheating is conducted on an aqueous medium through the auxiliary electric heater of the central air-conditioner, the water temperature is increased, the normal starting and operation of an air conditioning unit can be guaranteed, and the heat supply efficiency and the heat supply effect of a main machine can be improved.

The invention discloses a server component self-test exception recovery method and device, a system and a medium, and the method comprises the steps: obtaining self-test abnormal state data sent by a platform control center when a target component in a server has a self-test anomaly; querying corresponding first firmware data and second firmware data from a first flash memory chip and a second flash memory chip based on the self-test abnormal state data; determining whether the first firmware data is consistent with the second firmware data or not; and if the first firmware data is consistent with the second firmware data, determining target firmware data used for performing self-check anomaly recovery based on the first firmware data and the second firmware data, and sending the target firmware data to a platform control center, so that the platform control center performs self-check anomaly recovery by using the target firmware data. According to the method and the device, the target firmware data used for performing self-test anomaly recovery is determined from the two flash memory chips based on the self-test abnormal state data, so that the labor and time cost caused by self-test anomaly recovery is saved.