| 1. | The analysis of the tire pressure early - warning system of toyota
丰田公司轮胎气压报警系统分析 |
| 2. | Inspecting the tyre pressure and tread
检查轮胎气压及胎面。 |
| 3. | Research on electronic instant system for inspecting pressure in automobile tire
基于无线传输的轮胎气压监测系统设计 |
| 4. | Remember to check your tires . under - inflated tires can increase fuel consumption by five per cent
检查轮胎气压。气压不够的轮胎可增加油耗5 % 。 |
| 5. | Safety highlights include standard esp ( electronic stability control ) , six airbags , eps electro - mechanical steering and tyre pressure warning
安全聚焦包括标准esp (电子稳定控制) , 6个安全气袋, eps机电督导和轮胎气压警告 |
| 6. | Maintain correct tyre pressure by inspecting your tyres regularly and inflating them to the pressure recommended by the manufacturer
保持正确轮胎气压：维持适当的轮胎气压以减低滚动阻力；定期检验轮胎，并确保轮胎气压达到制造商建议的水平。 |
| 7. | The contact pressure distribution is significantly affected by many factors , such as tire characteristics , inflation pressure , axle load , tire tread patterns and types of pavement
影响轮胎接触压力的因素主要有轮胎结构类型、轮胎气压、负荷、胎面花纹类型和路面结构类型等。 |
| 8. | Next , through analyzing tire pressure the major influencing factor of dynamic test , the rolling resistance of tire is set up , and by using the model the dynamometer exerting power is worked out when using asm method to measure exhausts property
其次通过分析轮胎气压等主要影响动力性检测的因素，建立了汽车室内台架动力性检测的滚动阻力模型，并进一步确定了用asm法测量排放性能时底盘测功机的加载功率。 |
| 9. | We will also distribute leaflets to remind vehicle owners and drivers of the importance of vehicle maintenance . in addition , information on wheel nut tightening , tyre pressure and tyre tread will be provided to the vehicle maintenance trade and road users for their reference
此外，我们会派发单张，提醒车主及驾驶者注意保养车辆，更会增加有关收紧车轮螺丝、轮胎气压及胎纹的资料，以供车辆维修业和道路使用者参考。 |
| 10. | This paper carries on the analysis of the tire pressure early - warning system of the company of toyota , expatiates its some key techniques , components , operating instruction and the principle of work , and makes an expectation of the tire development trend of the tire pressure early - warning system
摘要通过对丰田公司研制的轮胎气压报警系统进行分析，阐述了其几项关键技术及组成部件、工作原理、使用方法等，并对轮胎气压报警系统的发展趋势作了展望。 |
