After listening to Zhou Yonghui's introduction, Wu Hao nodded, then looked at the very lifelike little mouse in Zhang Jun's hand and asked: "How long is the battery life of this intelligent robot mouse?"
Depending on the body shape, its battery life is also different. For a smart robot mouse the size of this one, its battery life can reach about forty minutes.
But if I connect the cable to the rear, wireless battery life can be achieved. Zhou Yonghui replied.
Hearing Zhou Yonghui's answer, Wu Hao smiled slightly. Although forty minutes is neither long nor short, it is enough. After all, small-sized reconnaissance equipment like this detects close-range targets. The emphasis is on convenience, concealment, and difficulty in being discovered. From these aspects, this intelligent robot mouse is very good.
How much ammunition can it carry? Wu Hao asked.
Zhou Yonghui was stunned when he heard Wu Hao suddenly ask about such a topic, but he quickly reacted and answered.
How much ammunition it can carry depends on how it is carried. If it is mounted directly on the body of this intelligent robot mouse, with a size like this, it can probably carry about a hundred grams of ammunition, and its power is basically equivalent to a grenade. .
If it is an external plug-in, if the ammunition is hung on the back of this intelligent robot mouse and dragged by it, it can basically carry almost 300 grams of ammunition, and its power can be said to be very impressive.
It's barely enough. Wu Hao applauded when he heard this. The level of ammunition it can carry can only be considered average, but that’s not to blame because its size is too small and it can’t carry anything too heavy. What's more, walking on the ground is no better than flying in the air, the terrain is more complex, and carrying too much ammunition will inevitably affect your actions, and the gains outweigh the losses.
So how to use it depends on the user's on-the-spot performance.
Seeing that Wu Hao was not very interested, Zhou Yonghui immediately led them to the second booth. And on this platform was actually a black mechanical spider the size of a fist.
This is a bionic intelligent mechanical spider we developed, codenamed Tarantula. Its shape and size are similar to those of a real tarantula. We also bionicized them, so we developed this intelligent bionic spider.
Like the spider, this smart bionic spider also has eight legs. We have specially designed these eight legs so that they can adapt to various terrain environments. It can walk smoothly on rough trees, exterior walls, and even smooth glass and metal.
Speaking of this, Zhou Yonghui slid the transparent folding tablet on his hand, and the large screen next to the platform immediately displayed the model of the intelligent bionic spider. When the model was enlarged, Wu Hao and Zhang Jun also saw the structure of the legs of the intelligent bionic spider. Details.
You two, please see, we have designed a two-section joint structure on the toes of this intelligent bionic spider. Normally, this joint is in a straightened state, so the spider legs have to touch the ground with the toes. Its toes are very It is sharp and has many barbs on it, so it can firmly grasp some rough objects, such as book covers, rough walls, rocks, and other objects.
When it encounters smooth glass or metal, the spider leg joints of this smart bionic spider will bend, exposing the rubber soft suction cup on the inside. This kind of suction cup is very special. It is usually in an open state, but once it is exposed to a weak current When stimulated, it will shrink. Taking advantage of this property, we developed these little suction cups.
They are equivalent to the suction cups on the octopus's tentacles, which can firmly suck smooth objects, such as glass, metal, etc. This allows the spider to walk freely on smooth glass and metal.
Similarly, it can also be adsorbed to some other smooth objects for a long time without falling off.
In addition, we also designed a new transmission device for the legs of this intelligent bionic spider, which can make it move at high frequencies. Thanks to such technology, this intelligent bionic spider can crawl at a speed of up to 80 kilometers per hour.
And these eight spider legs have very good buffering and ejection capabilities, which also allows this intelligent bionic spider to jump over obstacles 80 centimeters high and deep ditches 140 centimeters wide.
Its excellent buffering capacity can support this smart bionic spider when it falls from a height of three meters without causing damage or malfunction.
Next is the spider's body. As Zhou Yonghui gently stretched his hand in front of the spider, he saw the intelligent bionic spider gently crawling onto his hand.
Zhou Yonghui showed the smart bionic spider in his hand to the two of them and introduced with a smile: "The spider's body can be divided into two parts, namely the cephalothorax and abdomen. Our smart bionic spider also follows this structure The structure was designed and developed, starting with the spider’s head.
The most important thing about the head of the entire intelligent bionic spider is the two pairs of glasses on it. Different spider species have different eyes. There are single-eyed spiders, four-eyed spiders, six-eyed spiders, eight-eyed spiders, etc.
Our smart bionic spider is designed based on a single-eyed spider. However, although it only has two eyes, we have equipped it with our latest generation compound eye lens, so it has strong visual perception capabilities, not only clear images. It has the ability to capture, and also has the ability to sense in low-light environments and infrared spectrum environments.
It is especially sensitive to external heat sources, which is very similar to the visual system of spider eyes.
There is usually a pair of chelicerae on the head of the spider, and at the end of the chelicerae are the fangs of the venom gland ducts. We also made bionics of it and developed two micro robotic arms.
With these two micro-manipulators, it can complete some delicate tasks. Of course, you can also choose different accessories according to different tasks, or choose to install or not.
Similarly, we also placed a set of micro-acoustic arrays on the head of this intelligent bionic spider, which can capture the surrounding small sounds and be used to perform some stealth reconnaissance and surveillance tasks.
Next is the spider's thorax, which contains the core of the spider and is equipped with processors and other electronic components. The entire chest part is wrapped in a chest armor made of hard conformal materials, so it can withstand certain attacks and collisions and avoid damage to the component circuits inside.
As for the spider's abdomen, in addition to being equipped with a battery, we also designed a thread sac, which is the spinning organ of the spider.
This special thread bag can store some special nanofilament threads. This silk thread is very thin, not much thicker than spider silk, and thinner than the thread of a human hair. "(End of chapter)
