BMW Motorrad patent: electrostimulation for semi-autonomous driving

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BMW Motorrad patent: electrostimulation for semi-autonomous driving
BMW motorcycle

BMW Motorrad patent: electrostimulation for semi-autonomous driving

BMW Motorrad patent: electrostimulation for semi-autonomous driving

BMW Motorrad patent: electrostimulation for semi-autonomous driving

BMW Motorrad patent: electrostimulation for semi-autonomous driving

17th pictures

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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This is how the warning of an upcoming construction site that was previously not visible on the curve could look like. The key to this, however, is an absolutely precise location of the motorcycle and the construction site via GPS.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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In the car, too, the motorcyclist must be recognizable via optical and / or acoustic signals. Especially when turning …

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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… or if the motorcycle is invisible behind another vehicle despite the minimum distance.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Just imagine. The car’s ESP detects a slippery spot on the road and communicates this to the oncoming motorcycle. Great.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Often tricky: wanting to overtake a slow, large vehicle and not know exactly what is going on in front of the truck. Here, the motorcyclist would be warned about the possible evasion of the truck.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Classic blind spot warning. However, not via sensors or radar, but via the radio network of the C-ITS and GPS.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Conversely, the car is warned of an approaching motorcycle before overtaking.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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But the overtaking motorcycle is also warned of the slow traffic in front of the truck.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Nice aspect: In city traffic, all C-ITS vehicles are shown the optimal speed for the green wave.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Via permanently installed antennas, crossing pedestrians can be recognized in good time …

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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… or critical turning situations can be defused in good time via the C-ITS network.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Conversely, the car is shown the approaching motorcycle well before it reaches the line of sight.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Brave new world: Construction sites and lane changes are automatically communicated to the motorcycle and all other networked road users.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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In the event of a breakdown, you cannot always choose where to stand. Here the motorcycle warns all other vehicles in good time before they reach the danger zone.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Also experienced 1,000 times. Sudden rolling obstacles after the turn. It’s nice to be warned in advance from your own bike.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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The same also applies to congestion in front of traffic lights, roundabouts or intersections.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

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Another interesting aspect of the C-ITS for motorcycles is the timely detection of approaching rescue vehicles.

counselor

technology & future

BMW Motorrad patent: electrical stimulation for semi-autonomous driving

BMW electrifies semi-autonomous driving
Electric shock alertness

In order to expand the semi-autonomous driving aids on motorcycles, the systems must be sure of the driver’s attention and body tension. BMW thinks of small electrical surges in driver’s clothing.


Jens Kratschmar

March 29, 2021

As a member of the Connected Motorcycle Consortiums (CMC) BMW is one of the manufacturers who are committed to networking motorcycles with other road users. As an intermediate step, however, further series production readiness of further active driving safety systems that have a semi-autonomous function is necessary. The emergency brake assistant as an example. But steering aids or lane departure warning systems are also part of it. Important for all functions that change the current driving position: The driver has to be aware of this. An autonomous steering impulse from the motorcycle to avoid a hazard can increase this risk if the driver is inattentive. And the chance of an inattentive driver is great in such a situation, otherwise the system wouldn’t have to work. In the picture gallery we show how motorcycles could be networked.

BMW Motorrad patent: electrostimulation for semi-autonomous driving

technology & future


Connected motorcycles are coming


BMW, Honda, KTM and Yamaha network us


read more

BMW shocks the driver – slightly

BMW motorcycle has applied for a patent in which an electrical stimulation device in the driver’s clothing tenses the muscles in the torso or abdomen and the driver can compensate for the impending intervention in the steering or heavy braking. Without this tension, the driver’s body would make a countermovement due to its inertia and thus disrupt the maneuver or even be thrown from the motorcycle itself.

For this purpose, at least one area of ​​the motorcycle clothing near the driver’s skin should be equipped with such a stimulation device. The principle is known from rehabilitation or the fitness studio and stimulates the nerves, which then tense the muscles. BMW is thinking of protective clothing, underwear or racing suits that are wirelessly connected to the motorcycle’s safety system and thus enable stimulation.

opinion poll

Voted 1620 times

Connected motorcycles make traffic safer?

Yes, in any case.

No, no system can help without consideration for others.

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Conclusion

Speck away when braking. Interesting thought. But joking aside: The current possibilities of semi-autonomous motorcycle driving aids are limited by the driver component. Since the manufacturers cannot give the motorcycle any clues as to what the rider is doing on the motorcycle, features such as emergency braking assistants are difficult to implement.

BMW takes a different approach: If I don’t know what the driver is doing, then I have to make sure that he does what I need. Electrostimulation of the core muscles can be one way. And if you take a look around the CMC, you will also find Alpinestars as partners. So it is thought in the direction of making motorcycle clothing an active part of future systems.

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