Tech Translator

Zhou Yunsheng heard An Bingning's explanation, she nodded again and again, saying that she already understood the truth.

I know the reason why you conduct safety tests is to find out the safety limit that smart electric vehicles can withstand.

In ordinary smart driving, these situations are avoided to ensure the safety of passengers in smart electric vehicles.

It turns out that you think so. The two harms are the least. This is one of the best options when there is no way to avoid accidents. Minimizing the damage caused by an accident is a very wise choice.

Li Hao saw Zhou Yunsheng understand that he was very happy.

They followed An Bingning into the laboratory for safety testing.

They have rented the entire testing site these days. Automotive safety testing laboratories are of course included.

An Bingning accompanied Li Hao when they came to the waiting room. Engineers have begun to arrange the site of the inspection.

An Bingning unfolded a virtual light curtain in the room. An engineer in front of him passed a virtual light curtain to live broadcast the situation to Li Hao.

Zhou Yunsheng asked Li Hao with a curious expression: Why do we hide here and why not go to the scene to observe. The feelings at the scene are all real.

Li Hao directly explained that the scene was too dangerous. What would happen if the car shell or a certain part of the smart car suddenly flew out after being severely impacted?

Even engineers are hiding in safe houses and operating equipment. At the scene of such a large-scale destruction experiment, who knows what dangerous situations will occur.

No one is on site, can we get accurate data? Zhou Yunsheng asked with some concern.

An Bingning explained directly: President Zhou is assured that we have installed a professional robot in the car, all of which are the same as humans.

Through the analysis of the sensors, you will truly feel that a person is in a smart electric car, and the damage caused to it by an accident.

There are detailed sensors installed in the car, which will send out various states of the smart electric car.

By analyzing these data, we can detect the limits of smart electric vehicles.

As they were talking, the experiments in front of them began gradually.

Seeing that the experiment had begun, they focused all their attention on the virtual light curtain ahead.

Only smart electric vehicles are seen, placed on a circular platform. The platform is turning slowly.

A metal hammer was hitting the vehicle constantly around him.

An Bingning explained: This device simulates the damage caused to people inside by crashing the car from different angles after a smart car accident.

I only saw a very large hammer on the light curtain slamming into the smart electric car head-on.

The front windshield of the smart electric car cracked, and then the whole piece was separated from the window frame. But the glass did not fall apart.

The good news is that the entire bracket for smart electric vehicles has not changed much. Effectively protect the safety of passengers.

It can be seen that the robot is firmly tied to the seat by a seat belt. The airbag in front of the car has also popped out.

The robot in the car gives the experimental results. Moderate injury and broken arm.

Zhou Yunsheng pried his mouth and said: Such a light collision can break the passengers' arms, which is too dangerous.

An Bingning immediately explained: President Zhou, this is not a slight impact. This hammer simulates a scenario in which a large container truck hits our smart electric vehicle.

If it is an ordinary car, this collision will flatten the car, and the people inside the car will never survive.

However, the main frame of our smart electric vehicle uses strong steel developed by our company. The performance of this steel is very hard.

Even if our smart electric car collided with a train, she only had a slight deformation and would never be directly broken.

Zhou Yunsheng covered his mouth and exclaimed: This function is really good. The old car was completely unable to fight the large truck.

As long as there is a car accident between them, the injured passenger must be the passenger in the car.

Even if a car worth millions of dollars collides with a truck worth 100,000 yuan, millions of cars cannot resist the impact of a broken truck.

They continued to look, only to see five vehicles replaced in a row. The heavy hammer kept striking various parts of the vehicle.

As a result, it was now this fatal blow that the passengers inside the car were still safe. Most are not fatal.

The only fatal danger is the simulation of a smart electric car colliding with a tank.

It was such a major impact that the overall frame of the smart electric vehicle did not break. The death of the passenger was caused directly by the earthquake.

An Bingning was very happy to see the results of this experiment.

We have completed the first set of experiments, and now engineers have collected the data received by smart electric vehicles.

They are analyzing in detail and wait until the data is analyzed. Intelligent electric vehicles will be automatically generated by artificial intelligence parrots, and solutions to this situation are needed. An Bingning said very happy.

After seeing the end of the experiment, Li Hao said with satisfaction: The design of smart electric vehicles is very good, and the structural support of smart electric vehicles is also very good. Otherwise, strong steel alone cannot support such a large impact.

The situation of smart electric vehicles is enough to allow passengers to survive regular collisions.

Li Hao is really satisfied with the performance of smart electric vehicles. This kind of extreme safety test can represent most of the collisions encountered by smart electric vehicles.

Even the most serious continuous tumbling, passengers in smart electric vehicles have only been seriously injured and still survive.

This also means that smart electric vehicles are doing a good job in terms of security.

Subsequent experiments continued to test the ultimate safety of smart electric vehicles.

The second experiment involved burying smart electric vehicles with a large amount of crushed stone and fine sand.

This is to investigate the time when a smart electric car is buried by the goods on the truck when a car accident occurs.

This time it is to verify that the emergency oxygen generation system and ventilation system in the smart electric vehicle are working properly.

Through this experiment, they verified that the maximum time that smart electric vehicles can persist after air convection is cut off from the outside world.

The third experiment was to throw the smart electric car directly in the pool here ~ www.readwn.com ~ to detect the tightness of the smart electric car.

The fourth experiment was to guide passengers to help themselves in the event of an emergency such as a fire in the car.

They perform a variety of complex extreme safety tests. Although due to different test items, three intact smart electric vehicles can be tested in turn for different projects.

However, due to the high intensity of the test, after the final test was completed, these smart electric vehicles were all beyond recognition.

But they have also collected enough data to prepare emergency plans for various sudden situations using artificial parrots.

When the artificial parrot is completed, Li Hao and they can finally begin to experience smart electric vehicles.

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