Give an example of using animal instinct or biomimicry for the benefit of humans

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.

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.

Chameleon camouflage uniform, used in battles, not easy for enemies to detect.

The radar is modeled after the ultrasound of bats.

First of all, it was found that the eyes of frogs are different from other animals, its eyes are more prominent, scientists have an interest in frogs, they continue to study, and finally study that frogs can only see moving objects, and once they encounter light, they can't move, according to this principle, they created electronic frog eyes.

The plane was issued according to the flight of the bird, and the problem of flutter of the wings during the initial flight of the aircraft was solved according to the wings of the dragonfly.

The oars are modeled after the webbing of a duck.

Helicopters (Dragonflies).

Beetle tanks.

Sharkskin swimsuit imitation shark.

Camouflage uniform imitation chameleon.

Holographic camera modeled frog eyes.

Frog muscle anti-interference system.

Add a few rooms designed to be actively planned and put in the imported rooms of the country.

First of all, it was found that the eyes of frogs are different from other animals, its eyes are more prominent, scientists have an interest in frogs, they continue to study, and finally study that frogs can only see moving objects, and once they encounter light, they can't move, according to this principle, they created electronic frog eyes.

The role of animals in human life (positive).

Available as a biological product.

Animals can be used as tools.

Satisfying human emotional needs.

Promote the development of science and technology.

Promote economic development.

Animals can be made into biological products.

Edible. Many animals are highly nutritious.

Garment (sweaters, leather jackets, down jackets, leather shoes, belts).

Medicinal (Chinese medicine).

Others (e.g. pearls).

Animals can be used as tools.

Promotes human production (e.g. earthworms).

Work in place of people (dog watchman).

Save manpower (donkeys, horses).

Do some dangerous work (mine detection).

As bait. Make human life more convenient (rooster crowing).

Bioreactors.

Promote the development of science and technology.

Bionic. Plane.

Firefly. Bat.

Tortoise carapace bioreactor, genetically modified.

as a research model (guinea pig).

Satisfying human emotional needs.

As a pet (be friends).

Expressions of human feelings (used as metaphors, some animal names can be used to curse), performances, ornamental (circus, ornamental fish).

Meet the human curiosity (animal gonzo).

Animals play a role in economic development.

Biologics. Livestock production.

Tourism The role of animals in human life (negative).

Threats to human life and health.

Direct (eating people, biting people).

Indirect (transmission of disease).

Destruction of human production (rat plague, locust plague).

Negative effects on human society (dog ownership destroys neighborhood relations).

1.Fly --- small gas analyzer.

2.Fireflies --- artificially cool and smooth light;

3.electric fish --- volt battery;

4.Jellyfish --- water letter before the female ear storm ** instrument, 5Frog eyes --- electronic frog eyes.

6.The principle of the bat ultrasound positioner ---pathfinder".

7.Apparatus for photohydrolysis of water --- cyanobacteria, 8The study of the human skeletal muscular system and bioelectric control ,—— walking machines.

9.The animal's paws --- hooks of modern cranes.

10.Scales of animals --- corrugated roofs.

11.The fins of the fish --- the oars.

12.Praying mantis arms, or saws --- saws.

13.Xanthium --- velcro.

14.Lobster - Odor detector.

15.Gecko toes --- adhesive tapes.

16.Shellfish --- surgical sutures to mending ships, etc

17.Shark --- swimsuit, 18Birds --- airplanes.

19.Fish --- submarines.

Helicopter (Dragonfly).

Beetle tanks.

Shark self-leather 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 photography.

Bats use ultrasound to find their way, and radar was invented to mimic the basic principle of the structure and function of living beings in helicopters (dragonflies).

Beetle tanks.

Sharkskin swimsuit imitation shark.

Camouflage dress imitation. Chameleon holographic camera.

Imitation frog eyes.

Frog muscles. Anti-jamming system.

Visual Cinema camera.

Rattlesnake infrared technology.

Frogeye target tracking system.

Antennae of insects.

Superpara magnet for antenna bees.

Navigation of ultra-long waves.

Manpower Enhancer – Walking Machine.

Saws Sawgrass

Velcro. Cocklebur.

Artificial cold light. Fireflies are in modern times.

Hooks for heavy machines.

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: The science of compound eye photography to make new or improve old machinery, instruments, construction, crafts, etc. It is a new discipline that was born in the 60s of the 20th century.

Biomimicry is the link between bioengineering technology and electronic technology, information technology, and new material technology. Biomimicry has a wide range of research, including information bionics, such as "bioelectronic position transmitters" made of imitation of the working principle of the retina of the human eye, which have been used in spacecraft to automatically control spacecraft landing. Controlling biomimicry, such as the "natural compass" of bees, the meteorological navigation, geomagnetic navigation and gravitational field navigation capabilities of migratory birds and sea turtles, it is possible to design an electronic model that can improve the resolution, which can be used in photography, television, identification machines, etc.

Chemical biomimicry, such as simulating the biochemical processes of living cells and their regulatory mechanisms, and developing artificial energy conversion membranes that simulate mitochondrial membranes and chloroplast membranes. Engineering bionics, such as the "polar crossing car" made by imitating penguins' skiing skills. It also includes medical bionics.

Therefore, biomimicry is a comprehensive marginal discipline related to biology and many technical disciplines, which requires the efforts and cooperation of scientists from all walks of life to achieve results.

The general use of animal instinct or biomimicry, such as radar, which uses bats to reflect radio waves, can allow us to measure and control many things.

Example: Vibrating gyroscope.

Flies and spaceships.

The chameleon's instinct: to change color, to disguise itself so that predators cannot see it.

There are too many of these, such as aircraft artillery.

Bat-radar pigs