[September 26, news] People have conducted many discussions on self-driving cars, but there is no discussion going deep into this dimension: Autopilot technology will have an impact on human behavior over time.
What we are currently most concerned about is whether we put the hand on the steering wheel or completely release the steering wheel. However, to some extent, this also shows that we have more confidence in this technology and we don’t need to pay attention to roads or other vehicles while driving. Then we can begin to consider the application of driverless cars in other areas such as life, work and travel. For example, drivers and passengers only pay attention to the interior structure. Driving is completely operated by the sensor network. At this time, indicators such as road signs, brake lights, and lane dividers become irrelevant. Without human drivers, we do not need these visual signs. Now.
By dividing the launch of self-driving cars into multiple parts, decomposing each part and linking it with other trends, we can reveal several of the most influential areas.
Trucks, Passengers, and Safety
Autopilot trucks have emerged, and the biggest advantage of self-driving trucks is making the road more secure. Driverless cars are of great importance to the elderly and other people who cannot drive.
1, send children to participate in after-school activities, and provide parents with in-vehicle monitoring. Automated driving may be more reassuring than driving a stranger.
2. Send old people and visually-impaired people to go home, equipped with in-vehicle surveillance and voice services. Amazon's Alexa has started to develop this feature.
3. In-vehicle "meals on the road" service will be an extension of the delivery service. It may promote innovation in the design of storage space in the car.
4. The seat-wraparound airbag system protects passengers from the effects of vehicle steering.
5. The Expressway Administration specifically provides night driving time and lanes for drones.
6. Continuous replenishment, battery exchange stations, and mobile charging cars allow self-driving trucks to keep driving on the road.
7. The new automatic and manual vehicles can automatically transmit positions to provide system awareness for all vehicles on the road. This may improve the overall traffic flow, but it will also bring some inherent security risks.
8. The improved solar panels allow trucks and cars to be charged efficiently through the roof. This will increase the travel time and reduce the need for charging stations.
| Work and Road
9. With self-driving becoming the preferred mode of travel for people, large “travel cabins†will become a natural extension of the expanding trend of shared workspaces. When the sensor controls the vehicle, all visual signs can be removed from the road, and new elements are added inside the vehicle.
10. Designed an autonomous driving cabin for small team domestic tours. Reduce travel costs, increase job continuity, and connect mobile workspaces with shared workspaces.
11 "sleeper vehicles" have become a new and cheap way to travel less, and the number of people traveling by short planes and trains will be reduced.
12. Car video calls are the standard for new self-driving cars.
13. As passengers pay more attention to the interior facilities, the brand elements and lighting in the car will become more important.
14. As autopilot vehicles automatically recognize vehicles and traffic conditions, traffic lights at intersections are no longer necessary.
15. The night sensor reduces the need for street lights on the highway.
16. Roads are intelligently embedded in vehicles. There is no need for the existence of road signs and lanes.
17. The road lane will determine the width of the lane according to the amount of traffic.
18. Unmanned exclusive highways allow faster speeds.
19. Mobile and Wi-Fi networks installed in vehicles support dynamic mobile networks.
20. As people pay more attention to traveling by car instead of driving, the way of designing and using vehicles will also change. “Manual driving†will become a kind of leisure activity.
21. The garage is used for charging and parking of self-driving cars.
22. Since insurance is handled through driving services, personal auto insurance is less common.
23. Manual driving became part of the leisure driving service, and car dealerships decreased.
24. There are manual driving and entertainment projects in specialized entertainment venues.
25. The road along the street in front of the house has become a new driveway. Lanes and garages are no longer standard in residential construction.
26. Self-driving mini cars combine two growing trends.
27. As these vehicles become more like cabins, it is easy to see modular plug-ins for other modes of travel.
28. A modular automatic cockpit appears and may be put into a super-loop train for long-distance travel.
29. Modular cars can be parked at home, making travel easier.
30. An aircraft can enter the cabin from the mobile drive unit, improving the efficiency of booking, boarding and air travel.
Self-driving cars are not the only areas that can be decomposed and combined over time and trends. This service and product breakdown can provide a good understanding of strategic areas of focus, and can also provide unexpected new products and services for corporate industry exploration. . (Selected from: VB Translation: NetEase see intelligent editor robot review: Qu Haining)
An electronic clock device with a wireless network monitoring camera is characterized in that it comprises an electronic clock device body with a wireless network monitoring camera; the electronic clock device body with a wireless network monitoring camera is composed of a foot, a wireless transmission module, a It consists of a rechargeable battery, a speaker, a touch display screen, a camera, a casing, an infrared device, and a microprocessor; the feet are fixedly installed at the bottom of the rechargeable battery; a casing is fixedly installed on the top of the rechargeable battery, and the The interior is provided with a touch screen, a camera, an infrared device and a microprocessor; the microprocessor is electrically connected to the rechargeable battery through wires; the wireless transmission module, speaker, display, camera and infrared device are connected to the micro processor through wires The display screen is arranged at the bottom of the camera, and the camera is surrounded by an infrared device; the wireless transmission module is fixedly installed on both sides of the rechargeable battery, and the speakers are opened on both sides of the casing
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