How to implement JIT with global data

The How to implement JIT with global datatemperature of the engine compartment is high (the high temperature of the cabin may threaten flight safety and needs to be monitored) With the rapid development of the aviation industry, the number of flights is increasing, and the requirements for airport facilities and cabin safety are also getting higher and higher. In recent years, safety accidents have occurred frequently due to the excessive temperature of the engine compartment, which seriously threatens the safety of flights.For airlines and airport management, effective measures must be taken to solve the problem of cabin high temperature and ensure the safe operation of flights. First of all, we need to understand the impact of the high temperature of the engine compartment on the flight. The engine is the core component of the aircraft and the "heart" of the aircraft, which performs important functions such as propulsing the aircraft and providing electricity. And a large amount of heat will be generated during the operation of the engine. If the heat is not dissipated in time, it will lead to excessive engine temperature. This will not only affect the life of the engine, but also may cause serious accidents such as fires, threatening the lives of the people on board. Secondly, we need to understand the reason for the high temperature in the cabin. There are many reasons for the high temperature in the cabin, such as poor heat insulation in the cabin, engine cooling system failure, poor ventilation in the cabin, etc. In addition, the high-temperature climate in the tropics will also exacerbate the rise in cabin temperature.So, what measures should airport management and airlines take to solve the problem of high temperature in the engine compartment? First, strengthen the on-site monitoring of cabin insulation. Cabin insulation is an important means to maintain a stable temperature in the cabin. If the insulation effect is not good, it will lead to an increase in the cabin temperature. Therefore, we should strengthen the on-site monitoring of cabin insulation, focus on checking the status and quality of insulation materials, and find and repair insulation problems in time. The second is to improve the ventilation effect of the cabin. Poor ventilation in the cabin is also one of the reasons for the high temperature in the cabin. Therefore, the ventilation effect should be improved through technical means, the vents of the aircraft's entrance and exit should be increased, so that the air circulates, the air in the cabin is fresh, and the temperature should be reduced. Third, strengthen the monitoring and maintenance of the engine cooling system. The failure of the engine cooling system is also one of the factors of the cabin temperature, so the monitoring and maintenance of the engine cooling system should be strengthened to ensure its normal operation.Once a problem is found, it should be repaired in time. Fourth, take special measures for flights in the tropics. The climate in the tropics is humid and hot, and the cabin temperature is more likely to rise. Therefore, special measures should be taken for flights in these areas, such as installing heat dissipation equipment, strengthening cabin insulation, increasing vents, etc. Finally, airport management departments and airlines should strengthen the ability training of institutional personnel to improve their awareness of cabin high temperature problems and countermeasures. Only in this way can we effectively prevent and solve the problem of cabin high temperature and ensure the safe operation of flights. In short, the high temperature of the engine compartment is a common problem in flight operation, but it poses a fatal threat to flight safety. Airlines and airport management departments should strengthen the monitoring and maintenance of airport facilities and equipment, improve employee awareness, and ensure the safe operation of flights.

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