36results about How to "Guaranteed not to overheat" patented technology

The invention provides a battery system and an electric automobile. The battery system comprises battery modules, wherein each of the battery modules comprises a plurality of battery module units; each of the battery module units comprises a plurality of batteries; a first heating pole and a second heating pole connected with the first heating pole are arranged on each of the batteries; each first heating pole is serially connected to a first branch; the second heating pole is serially connected to a second branch; the first branch is connected with a cathode of an external power supply; the second branch is connected with an anode of the external power supply; a temperature sensor is arranged in each of the battery module units and is used for detecting the temperature of the battery; an executing plate is used for collecting a temperature signal acquired by the temperature sensor. According to the battery system provided by the invention, the heating pole arranged on the battery can realize the heating of the battery. Such a heating manner increases the heating efficiency and guarantees the battery to be free from being overheated, and meanwhile, the increasing of the battery temperature can be completed within a short period of time, the battery temperature can reach the temperature for high-power charging and discharging, and the high power requirement of the whole vehicle is met.

A pulverized coal burner comprises at least one cyclone with a primary air powder tangential inlet line and a middle tapered shrinkage segment; an exhaust gas pipe having an exhaust gas adjusting air door and inserted on the top of the cyclone; a primary pulverized coal burning chamber and a secondary pulverized coal burning chamber arranged on the straight outlet segment of the cyclone; a micro-oil oil gun arranged on the top of the cyclone and inserted and penetrating the inlet of the exhaust gas pipe to the inlet of the primary pulverized coal burning chamber; a concentration ring and a rotation-eliminating blade arranged outside the throat at the interface of the shrinkage segment and the straight outlet segment of the cyclone; and a secondary air nozzle arranged at the outlet of the secondary pulverized coal burning chamber. The pulverized coal burner can achieve burn a great amount of pulverized coal by strengthened combustion and gradual amplification of trace oil by adopting the technical measures, such as ignition using micro-oil gasification oil gun, secondary pulverized coal burning, adjustable exhaust gas flow rate and pulverized coal concentration ratio, further pulverized coal concentration and rotation elimination, thereby achieving ignition of anthracite and lean coal, and achieving high oil saving rate. The coal burner is particularly suitable for W-shaped flame boiler.

The invention relates to an improved device of a smoke-impact water spinning type LNG (Liquefied Natural Gas) heating gasification furnace and particularly relates to a device for maintaining a water level of the smoke-impact water spinning type LNG heating gasification furnace. An annular pipe ring (1) is horizontally arranged on the top of a vertical combustor jacket (7) which consists of an inner barrel and an outer barrel, and a plurality of water replenishing holes (1a) are formed in the peripheral wall of the annular pipe ring (1); and the annular pipe ring (1) is connected to a water tank (4) through a water inlet pipe (3), and a water supply power pump is arranged on the path of the water inlet pipe (3). The device disclosed by the invention has the advantages of ensuring to continuously replenish water into the heating gasification furnace, keeping the water level of a water pool in the heating gasification furnace to be stabilized in an optimal position, most fully developing the effects of smoke impact, splashing and entraining of water drops, water mist and water vapor, and ensuring the normal operation of the heating gasification furnace. The device disclosed by the invention is capable of effectively cooling the wall of a combustor to ensure that the wall of the combustor is not overheated, obtaining novel available functions except for ensuring and maintaining the working water level of the heating gasification furnace, ensuring the normal and safe operation of the smoke-impact water spinning type LNG heating gasification furnace, and improving the operation efficiency of the furnace.

The invention relates to a battery packaging material for packaging a battery. The solving scheme for aluminum plastic composite films for packaging the battery includes that the battery packaging material comprises an aluminum foil layer and plastic layers; the plastic layers are arranged on the surfaces of the aluminum foil layer by means of composition; the aluminum foil layer is made of anticorrosion aluminum alloy. The battery packaging material has the advantage that the shortcoming of insufficient anticorrosion properties of battery packaging materials for packaging batteries in the prior art can be overcome by the aid of the battery packaging material.

The invention discloses an electromagnetic type water heater and an electromagnetic resistance dual-core water heater, wherein the electromagnetic type water heater is formed by connecting a double-wall or sleeve or box-shaped magnetism-conductive water discharge body, a resonance coil and an integrated controller by virtue of power lines; and the electromagnetic resistance dual-core water heater is formed by connecting the water inlet of a resistance water heater and the water outlet of the electromagnetic type water heater, or placing the resistance water heater in the electromagnetic type water heater to be connected with and the integrated controller by virtue of power lines. For the electromagnetic type water heater and the electromagnetic resistance dual-core water heater, the magnetic energy in various directions of an electromagnetic field are scientifically utilized so that the energy efficiency is improved, and heat insulation is carried out on the resonance coil and the integrated controller by utilizing a heat insulation material and temperature difference of cold and hot water, and a dual-core simple and reliable technical structure in which a low-middle temperature zone is heated by electromagnetic energy and a mid-high temperature zone is subjected to resistance heating is adopted, thereby efficiently solving the problems that the resonance coil and the integrated controller are low in energy efficiency, low in hot water temperature, high in cost and the like, and can be easily damaged due to overheat. The electromagnetic type water heater and the electromagnetic resistance dual-core water heater have the obvious beneficial effects that the energy consumption is low, the cost is low, energy is saved, the hot water temperature is high, and more applications can be met.

The invention relates to battery packaging materials for packaging batteries, in particular to a battery packaging material applied to packaging a flexibly packaged battery for vehicles and the flexibly packaged battery. The solving scheme for aluminum plastic composite films for packaging the battery includes that the battery packaging material comprises an aluminum foil layer and plastic layers; the plastic layers are arranged on the surfaces of the aluminum foil layer by means of composition; the aluminum foil layer is made of anticorrosion aluminum alloy. The battery packaging material and the flexibly packaged battery have the advantage that the shortcoming of insufficient anticorrosion properties of battery packaging materials for packaging batteries in the prior art can be overcome by the aid of the battery packaging material and the flexibly packaged battery.

The invention discloses a movable type steam car washer which comprises a rack, wherein a storage room, a water tank, a water pump and a steam generator are sequentially arranged on the rack from left to right; a gas tank is mounted on the storage room; a heat exchanger, a gas burner, a storage battery and a central control processor are arranged on the steam generator; the gas tank is connected with the gas burner through a gas inlet pipeline; electromagnetic valve is fixed on the gas inlet pipeline; and the movable type steam car washer is characterized by further comprising a push handle and an idler wheel mounted at the upper end and the lower end of the rack, and a steam delivery pipe arranged on the right side of the heat exchanger. The movable type steam car washer can generate higher steam pressure and realize free control and is high in safety performance.

The invention relates to a synthesis method of diethyl phosphite. The method comprises the following steps: putting triethyl phosphite into a stirring reactor; adding phosphorous acid into the stirring reactor in batches under a stirring condition; wherein the batch adding frequency is 4-5 times, the temperature is controlled to be less than or equal to 35 DEG C in the phosphorous acid batch adding process, the temperature is kept at 50-60 DEG C for 30 minutes after phosphorous acid is added, then the temperature is increased at 2.5-5 DEG C/h, the temperature is gradually increased at 60-90 DEG C, and the reaction is carried out for 3-5 hours to obtain diethyl phosphite. The method is prepared by directly reacting triethyl phosphite with phosphorous acid, does not need a solvent or a catalyst in comparison with the traditional process, and is mild in reaction and higher in yield, and the yield can reach 97-99%; no side reaction occurs in the reaction process, the product purity is goodand can reach 99% or above, and the method is low in cost, safe, environmentally friendly and suitable for industrial production.

The invention discloses a boiler start-stop adjusting system and method for a main-pipeline unit. The boiler start-stop adjusting system comprises a high-pressure cylinder of a first boiler, a first high-pressure heater of the first boiler, a first boiler economizer, a high-pressure cylinder of a second boiler, a first high-pressure heater of the second boiler, and a second boiler economizer, which are arranged in a high-pressure cylinder water outlet system, wherein the first-stage steam extraction of the high-pressure cylinder of the first boiler is connected to the first high-pressure heater of the first boiler; outlet water of the high-pressure heater is divided into two paths, the first path is connected into a water supply system of the first boiler economizer, and the second path is connected into a water supply system of the second boiler economizer through a water outlet pipeline; the first-stage steam extraction of the high-pressure cylinder of the second boiler is connected to the first high-pressure heater of the second boiler; and outlet water of the high-pressure heater is connected into the second boiler economizer. The system and the method can effectively solve the problem of uneven heating when the second boiler of the main-pipeline unit is started and stopped, coal consumption is reduced, and the flexibility of a thermal power generating unit participating in peak regulation is improved.

The invention discloses a groove type heat collector control method and device, and belongs to the field of light energy heat utilization device control, and the method comprises the steps that temperature information of a heat-conducting medium in a heat collecting pipe and day-by-day position information of a reflective mirror are obtained; and determining offset focus position information of the reflector according to the temperature information and the day-by-day position information. And based on the temperature information of the heat-conducting medium and the day-by-day position information, the offset focus position information of the reflective mirror is confirmed to adjust the position of the reflective mirror and change the heat collection rate of the reflective mirror, so that the temperature of the heat-conducting medium in the heat collection pipe is adjusted, the temperature fluctuation of the heat-conducting medium is reduced, and the heat-conducting temperature is kept within a reasonable range. Therefore, the service life of the heat-conducting medium and the service life of the heat collector can be prolonged.