The Human Body The Human Body Animation
The Human Body The Human Body Animation
Could you use the homo trunk to power tech like in "The Matrix"? While plugging in millions of individuals to human action as "human batteries" is a footling drastic, there are some less unethical ways to harvest electricity from the human trunk.
Here we explore five interesting examples of tech that already exist or are in development for just this purpose.
RELATED: Beginning-UP UNVEILS WORKING PROTOTYPE OF AR CONTACT LENS
How much electricity does the human trunk produce?
The human body is an incredible slice of biological science. It tin can practice many impressive things, including producing small amounts of electricity.
According to sites like extremetech.com, the human trunk creates a surprising amount of it, even at balance.
"The boilerplate human, at rest, produces around 100 watts of power. This equates to around 2000 kcal of nutrient energy, which is why your recommended daily intake of calories is around 2000 kcal."
Does the human trunk emit electricity?
You may, or may not, exist surprised to find out that yeah, indeed, the human torso does emit electricity. In fact, near living animals do, to some extent.
The human torso has various bodily functions that rely on the flow of charged ions like the muscles of your torso and heart. Yet, one of the organs that has a lot of electric activity in your encephalon.
This vital organ has somewhere in the region of a hundred billion electrically conductive biological wires, aka neurons.
How many BTU does a homo give off?
For anyone who is a fan of "The Matrix", you'll probably have memorized that the effigy is around 25,000 BTU. This sounds similar a lot, and in fact, it is a piddling exaggerated.
The true figure, according to sites like filmschoolrejects.com, is somewhere in the order of 250 to 400 BTU.
"Morpheus says that thehuman body generates 25,000 BTUs, which as a unit of power is approximately ten horsepower or most 7.3 kilowatts. In reality, the human torso produces between 250 and 400 BTUs of power, depending on its land of consciousness. In other words, when the body is comatose, it produces less." - filmschoolrejects.com.
What are some examples of tech that uses the human trunk as a power source?
And then, without further ado, hither are five interesting pieces of tech that have been developed, or are in development, that employ the man body to generate electricity. This list is far from exhaustive and is in no item society.
1. This team of researchers is harvesting energy from trunk heat
A Due south Korean squad of researchers is looking at ways to utilise human torso heat to generate power. The team atThe Electronics and Telecommunications Research Plant (ETRI) South Koreahopes this could be revolutionary for clothing technologies.
They accept created a lightweight, flexible thermoelectric generator that uses the temperature difference between a human and the surrounding air to generate electricity. The module is 5 cm in width and 11 cm in length and could be used as a form of a generator for another wearable tech in the futurity.
"When a patch-similar structure is attached upon the thermoelectric device, a temperature difference occurs between the skin and the structure, imitating the sweat glands structure. This cadre technology is called "biomimetic heat sink." It increases the output of the thermoelectric module past five times that of conventional products, maximizing the free energy efficiency." - Eureka Alarm.
Initial tests of the device were able to generate 35 microwatts per square centimeter. This is effectually 1.five times higher than other researchers working on similar tech in the U.Southward.
2. You can actually generate power from human sweat
Researchers at the Jacobs School of Engineering, The University of California, San Diego are working on a manner of using human sweat to generate electricity. They have created a small temporary tattoo that incorporates enzymes that produce an electrical current from human sweat.
These enzymes strip electrons (oxidize) from lactate in sweat to produce minor amounts of electricity whenever the wearer sweats (like during do). They produce enough electricity to ability small electronics like LEDs and fifty-fifty Bluetooth radios.
"The biofuel cells generate 10 times more than power per surface surface area than any existing article of clothing biofuel cells. The devices could be used to power a range of wearable devices.
The epidermal biofuel cells are a major breakthrough in the field which has been struggling with making the devices that are stretchable plenty and powerful enough. Engineers from the Academy of California San Diego were able to achieve this quantum cheers to a combination of clever chemistry, advanced materials, and electronic interfaces. This allowed them to build a stretchable electronic foundation by using lithography and past using screen-printing to brand 3D carbon nanotube-based cathode and anode arrays." - Jacobs School of Engineering science.
iii. This tech uses humans every bit biofuel cells
Back in 2011, a team of researchers at the Joseph Fourier University of Grenoble created an implantable piece of tech that can generate electricity from the homo body. The biofuel cells draw power from substances that are freely available in the human body -- glucose and oxygen.
Each cell consists of 2 special electrodes that perform separate functions. The first oxidizes (strips electrons from) glucose. The other donates electrons (reduces) to molecules of oxygen and hydrogen.
When both electrodes are connected in a circuit, they produce a flow of electrons from one electrode to the other. This generates a handy electrical current that could be tapped to ability wear or other implanted tech (like pacemakers).
"Dr. Serge Cosnier and his squad are the commencement ones who have been able to show this concept by implanting a prototype jail cell into a living being and having information technology role. In 2010, an early model of the biocell was implanted in a lab rat where information technology stayed for 40 days, producing electricity all the while and having no visible side-upshot on the rat'southward health or behavior, a pretty promising success." - The Mary Sue.
4. This group of researchers has harvested electricity from the inner ear
A team of researchers in Massachusetts produced a device back in 2012 that can harvest power from your inner ear.
The ears of mammals contain tiny electric voltages chosen the endocochlear potential (EP). Found within the cochlea, EP helps convert pressure waves into electrical impulses to ship to the encephalon.
It is a very tiny electric potential at around one-tenth of a volt, simply this is even so strong enough to ability, theoretically, hearing aids and other aural implants.
Long thought unthinkable before the team created an "free energy harvesting bit" the size of a thumbnail that can extract some of this electric energy directly.
"They tested the scrap in a republic of guinea hog, implanting it into the animal'south inner ear where information technology generated enough electricity to power a radio transmitter. The minute electrical power produced by the chip—about a nanowatt (a billionth of a watt)—is nevertheless almost a million times too depression to power an electronic implant." - Info Squad/YouTube.
five. This device generates electricity as y'all move
Converting human kinetic movement into energy is null new, simply the nPowerPEG is a very innovative one. Developed almost a decade ago, it is a handheld tube-shaped device that clips onto a chugalug or backpack and generates electricity equally the wearer moves effectually.
It incorporates a magnet weight, leap, and induction coil that all work in harmony to generate power. The device cannot produce enough electricity to power laptops or tablets, only it could take great potential in the future for powering another wearable tech or smaller electronics — like mobile phones.
DOWNLOAD HERE
The Human Body The Human Body Animation
Posted by: villarrealtilk1949.blogspot.com
0 Response to "The Human Body The Human Body Animation"
Post a Comment