Job Recruitment Website - Job seeking and recruitment - Where should the forklift rearview mirror be located?

Where should the forklift rearview mirror be located?

1. Central rearview mirror

The central rearview mirror can help car owners quickly judge the road conditions behind them and maintain a safe distance from the vehicles behind them. Adjust the central rearview mirror so that the rearview mirror is parallel to the horizon, and the horizon is placed 1/2 of the center of the mirror. The mirror faces the driver slightly to ensure that the vehicle directly behind can be seen clearly.

2. Left rearview mirror

Because the left rearview mirror is close to the driver's side, the driver's blind spot is smaller and the field of view is wider than that of the right rearview mirror. The angle of adjustment is not that big either. Also adjust the horizon to 1/2 of the center of the left rearview mirror, while letting 1/4 of the car body be exposed in the mirror. If too little of the body image is exposed, the vehicle close to the rear of the car cannot be seen; if too much of the body image is exposed, it is easy to lose sight of the vehicle that is already partially parallel.

3. Right rearview mirror

Because the driver's blind spot will be larger on the right side, the adjustment angle is usually different from that of the left rearview mirror. At this time, the horizon should be adjusted to 2/3 of the right rearview mirror, and the body image should also be exposed to 1/4.

Note:

Although there are many types of vehicles, their structures are similar. This should be said to be the result of standardization and the need for large-scale production lines. With the development of society, advancement of science and technology and changes in demand, the appearance of railway vehicles has begun to change, especially the passenger cars are no longer all the same old faces. However, their basic structure has not changed significantly, but the specific parts have a more scientific and advanced structural design.

Generally speaking, the basic structure of a vehicle consists of five major parts: the body, the underframe, the running section, the coupler buffer device and the braking device.

The car body is the part of the vehicle that is used to carry cargo or passengers, and is also the basis for installing and connecting other components of the vehicle. The bodies of early vehicles were mostly made of wood, supplemented by steel plates, bow bars, etc. for reinforcement. Modern car bodies are mainly steel structures or light metal structures.