More bionics materials 20, more bionics materials

Helicopters (Dragonflies).

Beetle tanks.

Sharkskin swimsuit imitation shark.

Camouflage uniform imitation chameleon.

Holographic camera modeled frog eyes.

Frog muscle anti-interference system.

Visual Cinema camera.

Rattlesnake infrared technology.

Frogeye target tracking system.

The antennae of insect antennas.

The superparamagnet for bees navigates ultra-long waves.

Manpower Enhancer – Walking Machine.

Saws Sawgrass

Velcro is a plant of the genus Xanthus.

Artificial cold light fireflies.

The hook of a modern crane and the paws of animals.

Birdie - airplane.

Frog - Electronic frog eye.

Shark - submarine.

Chameleon - plainclothes.

Whales - increase the speed of the ship.

Dragonfly - so that the wings of the aircraft do not shatter.

Giraffe - anti-load.

Jellyfish - Storm Checker.

Lobster - Odor detector.

The plane ——— wild geese.

Robots – people.

Butterfly: Camouflage uniform.

Beetle: armored car.

Duck web: Lug.

Flies: Compound eye camera.

The frog's eye, which scientists used to invent the electronic frog eye.

Biomimicry is a discipline that is both old and young. People study the principles of the structure and function of living things, and invent new equipment, tools and technologies based on these principles, and create advanced technologies suitable for production, study and life.

Biomimicry is a discipline that uses the structural and functional principles of organisms to develop machinery or various new technologies.

The term biomimicry was coined in 1960 by the American Steele based on the Latin word "bios (meaning of the way of life)" and the end "nlc ('have?') nature's meaning)"

The term has only been in use since about 1961. Biomimicry is a discipline that aims to achieve and effectively apply biological functions in engineering to the extent that certain living organisms have so far been superior to those of any man-made machine. For example, the structure and function of living organisms such as information reception (sensory function), information transmission (neural function), and automatic control systems have greatly inspired the mechanical design.

Biomimetic examples can be cited, such as the application of the dolphin's body shape or structure (which allows the surface of the body to be free of turbulence when swimming) to submarine design principles.

For example, flies are transmitters of bacteria and are generally classified as pests, but the wings of flies are natural navigators. Moreover, its eyes are a kind of "compound eye", which is composed of more than 3,000 small eyes, and people imitate it to make a "fly's eye lens". The "fly's eye lens" is a new type of optical component, and it has many uses.

The "fly's eye lens" is made of hundreds or thousands of small lenses neatly arranged and combined, and it can be used as a lens to make a "fly's eye camera", which can take thousands of identical photos at a time. These cameras have been used for printing plates and for mass copying of tiny circuits of electronic computers, greatly improving ergonomics and quality.

Biomimicry is also considered to be a discipline closely related to cybernetics, which is mainly a discipline that compares life phenomena with mechanical principles for study and interpretation.

With the needs of production and the development of science and technology, since the 50s of the 20th century, people have realized that biological systems are one of the main ways to open up new technologies, and consciously regard the biological world as the source of various technical ideas, design principles and inventions.

The use of chemical, physical, mathematical and technical models to carry out in-depth research on biological systems has promoted the great development of biology, and the study of the functional mechanism of organisms has also made rapid progress. Creatures are no longer a fantasy to be a fantasy, but a fact that can be done.

Biologists and engineers actively collaborated and began to use the knowledge gained from the biological world to improve old or create new engineering equipment. Biology began to enter the ranks of technological innovation and technological revolution in all walks of life, and first achieved success in the military departments such as automatic control, aviation, and navigation. As a result, the disciplines of biology and engineering technology are combined to give birth to a new science – biomimicry.

1。Succeeded in the imitation of a very peculiar small gas analyzer by a nasty fly. It has been installed in the cockpit of a spacecraft to detect the composition of the gases in the cabin.

2。From fireflies to artificial cold light;

3。Electric fish with volt batteries;

4。The downwind ears of jellyfish, imitating the structure and function of jellyfish ears, designed the jellyfish ear storm instrument, which can predict the storm 15 hours in advance, which is of great significance to the safety of navigation and fishery.

5。According to the visual principle of frog eyes, people have successfully developed an electronic frog eye. This electronic frog eye can identify objects of a specific shape with the same accuracy as a real frog eye.

After the electronic frog eye is installed in the radar system, the anti-jamming ability of the radar is greatly improved. This radar system can quickly and accurately identify specific shapes of aircraft, ships, missiles, etc. In particular, it can distinguish between real and fake missiles and prevent the real from being confused with the real.

Electronic frog eyes are also widely used in airports and traffic arteries. At the airport, it can monitor the take-off and landing of aircraft, and can issue an alarm if it detects that the aircraft is about to collide. In the traffic arteries, it can direct the driving of vehicles and prevent the occurrence of vehicle collisions.

6。According to the principle of the bat ultrasound locator, people also imitated the "pathfinder" for the blind. This pathfinder is equipped with an ultrasonic emitter that a blind person can carry to spot people on electric poles, steps, bridges, etc. Today, "ultrasound glasses" with a similar effect have also been made.

7。An incomplete photosynthesizer that mimics cyanobacteria will be designed to bionic photolyzed water, so that a large amount of hydrogen can be obtained.

8。Based on the study of the human skeletal muscular system and bioelectric control, a human augmenter - a walking machine has been imitated.

9。The hooks of modern cranes originated from the paws of many animals.

10。The roof corrugated roof mimics the scale armor of animals.

11。The oars mimic the fins of a fish.

12。The saw learns the mantis arm, or sawgrass.

13。Xanthium was inspired to invent Velcro.

14。Lobsters with a keen sense of smell provide ideas for people to make odor detectors.

15。Gecko toes offer an encouraging prospect for creating adhesive tapes that can be used over and over again.

16。The colloids produced by shellfish from their proteins are so strong that they can be used for everything from surgical sutures to ship repairs.

17。A swimsuit made according to the characteristics of a shark that minimizes resistance.

18。Airplane (bird).

19。Submarine (fish).

20。Radar (bat).

Many sturdy and cost-effective buildings were built in imitation of eggshells;

imitating kangaroos to design jumping cars;

The electronic eye was designed to imitate the frog's eye;