"In addition, we have also given full consideration to the design of the power module. Under normal circumstances, only two batteries provide power, and the third battery does not participate in power supply.
Once the power consumption of the other two batteries is too low and is not replenished in time, the third battery will be activated and start supplying power. In this way, it can cope with some extreme environments. It will not cause the smart phone to malfunction because the battery power is exhausted.
The bionic artificial heart stopped functioning, affecting the patient's life.
In addition, when one of the two normally working batteries fails, this battery can be replenished in time to ensure normal power supply, and the operation of the intelligent bionic artificial heart will not be affected by the lack of one battery.
The two batteries can back up each other. If one of the batteries fails, the other battery can support it for a long enough time, allowing the implanted patient to have enough time to rush to the hospital for corresponding treatment."
After hearing Wu Hao's introduction, everyone now understands why such a smart bionic artificial heart is equipped with three batteries. In this way, the reliability and disaster recovery of the battery are indeed increased. The power supply is ensured.
The supply can be reliable, stable and reassuring.
In addition, the previous four-chamber design is the same. It seems to simulate the four chambers of a real heart, but it is actually a disaster recovery design that backs up each other to increase the reliability of the product.
Such a reliable design concept is indeed much more reliable than the previous Anxi single-structure artificial heart and artificial heart.
Amid the praise from everyone, Wu Hao looked at everyone and asked a question that stunned everyone: "So what should we do if these three batteries or the entire power module fails."
what to do?
Everyone looked at each other, what the hell kind of problem is this? If such a disaster recovery design can malfunction, then what kind of unlucky person this implanted patient must be? Maybe God is determined to accept him.
So many guests at the scene laughed and thought this question was a bit too serious.
Hearing the laughter from the audience, Wu Hao also smiled and said: "Don't laugh, everyone. This possibility does exist. The probability is very small, but it still exists. Since it exists, then we must solve this problem, because
This product is not something else, but is intended to be applied to the human body, and is directly related to a person's life, so even if the chance is small, we must solve it.
The solution we provide is an external backup power supply solution. All products will be equipped with two charging modules. They are a smart wireless remote charger and a smart wireless remote power bank.
The first is the smart wireless remote charger. This charger is the same as the smart wireless remote charger of our other products. You only need to place it at home and plug it into the socket. This smart wireless remote charger will sense intelligence in real time.
The battery power of the bionic artificial heart is charged.
Even if the patient is within the range covered by the smart wireless remote charger, it can directly supply power to the smart bionic artificial heart without consuming battery power. This can not only extend the battery life, but also ensure that the battery is always fully charged.
.
Implanted patients can go out at any time, and they no longer have to prepare for charging in advance because they want to go out, which brings inconvenience to the patients' lives.
Of course, this situation will not actually happen, because we equip each patient with an ultra-large-capacity smart wireless remote mobile power supply, which can charge the three batteries of the smart bionic artificial heart power supply system at any time. In addition,
It can also directly provide power to the intelligent bionic artificial heart when the power system fails and the three batteries stop supplying power.
In this way, the reliability of the product will be further increased, ensuring that the operation of the intelligent bionic artificial heart can be maintained under any circumstances."
Having said this, Wu Hao breathed a long sigh of relief and said in a relaxed and joking tone: "If it happens that the implanted patient does not carry a smart wireless remote mobile power supply, and the power system and three batteries happen to have transmission failures, it will really happen."
There is nothing you can do, which means you are not lucky enough, or God is really going to take you away."
Ha ha ha ha……
Everyone at the scene laughed. If you really encounter that situation, it really means that you are not lucky enough.
Wu Hao adjusted his expectations and then continued: "This time, we equipped the three batteries of the smart bionic artificial heart's power system with two different batteries.
First of all, one of the batteries, that is, the backup battery, uses our latest new lithium battery technology, which is our fifth-generation new lithium battery technology. It retains the advantages of the previous four generations of new lithium batteries while improving performance.
has been enhanced, and its energy density is 35% higher than that of the fourth-generation product. In other words, under the same volume and weight, this battery has 30% more energy than the fourth-generation product.
Five power.
Therefore, this battery, which is only one cubic centimeter, stores nearly 5,000 milliamps of electricity. This battery alone can support the normal operation of our smart bionic artificial heart for about six to eight hours.
As for the other two batteries used for normal use, we use our latest super solid-state battery technology. This new generation of super solid-state batteries retains the advantages of previous generations of super solid-state batteries while also further improving them.
Its overall performance has been improved. Its battery capacity density has also been increased by 70% compared to the previous generation product.
Here, two new-generation super solid-state batteries that are more than a cubic centimeter each store 18,000 milliamps of electricity. Calculated, the capacity of the new-generation super batteries in each one and a few cubic centimeters has reached an astonishing 9,000 milliamperes.
install.
Conservative calculations show that these two new generation super solid-state batteries can support the continuous operation of the intelligent bionic artificial heart for about twenty to twenty-five hours. With the backup battery, they can support the continuous operation of the intelligent bionic artificial heart for about thirty hours.
Sufficient to meet the usage needs of most scenarios.
In addition, we also equip patients with a 100,000 mAh super wireless remote mobile power supply. It is very small, the size of an ordinary mobile phone, and very light. There is a screen on it that can display the smart bionic artificial heart in real time.
The remaining power, as well as the power of this super wireless remote mobile power supply.
All these combined can support the implanted patient to operate continuously for six days, which is enough for the implanted patient to cope with most outdoor scenes. According to the current domestic and even international infrastructure environment, it should be impossible for patients to find no opportunity to charge for five or six days in a row.
