The Intelligent Nano Mobile Phone Disinfection Machine

Is an intelligent nano mobile phone that smart enough to protect you from getting infected with pathogens, germs and bacteria? I think not. That is why mobile phone manufacturers are not putting in antibacterial smart phone screens. Perhaps that could have been prevented.

You see, all the major mobile phone companies are trying to put in antibacterial liquid into their phones to prevent against germs, viruses and bacteria. But that is simply not going to do it. No technology is ever going to be able to completely protect you from getting infected. What they can do is reduce your exposure to them and that is a good thing.

What if there was a way to protect against being infected with bacteria, virus and germs from a distance? Well, now there is such a way. Researchers at the Massachusetts Institute of Technology have invented a small but powerful microscope called a Nanosome. This microscopic device is able to see the living world around us and determine what species exist. In doing so it can also identify the pathogen that caused the problem.

For example, if you have ever been stung by a bee, you probably know the sting is very painful. The same is true for mosquitoes. They too, suck on blood and the more blood they suck up the more painful the reaction is. The new type of smart phone has a similar sensing mechanism but much more powerful than a mosquito sting. Think about it, if an infected person were to snort a needle full of deadly bacteria from a smart phone into their nasal cavity, they would likely die almost immediately.

This new smart phone can prevent the infection from even starting. How? It uses a sophisticated imaging system and has what is called inorganic sensors that are water-resistant. In other words, the smart phone is capable of withstanding exposure to saltwater and even submersion in fishpond water for long periods of time. The phone uses these inorganic sensors to detect foreign particles that might be present on the mobile phone's surface.

Once the inorganic sensors detect a foreign object it alerts the microprocessor of the phone. The microprocessor is like a computer with a main processor and several different ARM processors all running different programs. The cell phone sends the detected foreign object into an electronic signal that causes the phone's screen to vibrate and make noise. This is the same principle as the computer's keyboard, sending an electronic signal to activate the computer's monitor.

The microprocessor of the smart phone uses its memory to run various programs that protect the cell phone from getting infected. Each time the phone vibrates the micro processor searches through the data base of the phone to identify a specific instance of the foreign object. The microprocessor uses this stored information to automatically wipe the foreign object from the phone's surface. This is one of the most effective ways to completely sterilize a smart phone.

While there are some smart phones that have special cleaning procedures designed for use with specific models, there is not such a thing for every model. There are mobile phones available today, which are capable of completely cleaning themselves. They can be programmed to do so at any time using a microprocessor. This is a far cry from the water, vinegar, and other chemicals necessary to cleanse the smart phone's surface. Therefore, it is a wise choice to purchase a smart phone that has an automatic self-cleaning feature.

This type of self-cleaning microprocessor can either run on its own or be plugged into an external power supply for continuous operation. When the microprocessor detects a foreign object on the cell phone's surface it will activate the microprocessor's self-cleaning properties. The microprocessor will then send a signal to the connected external charger to initiate a charge cycle. Once the cycle has been initiated the microprocessor will remove the foreign object from the phone's surface. This is a safe way to ensure that the smart phone will continue to run to its full potential and will not need to be cleaned or disinfected.

The removal process of a smart phone does not require any chemicals, acids, or other cleaning agents. A gentle cleaning process will provide the best results when dealing with a cell phone. The microprocessor that is built into the smart phone offers users an unparalleled ability to clean their phones.

Nano technology is transforming the way that smart phones are cleaned. It is now possible to enjoy the cleaning power of a professional cell phone company while maintaining the safety of your smart phones at the same time. Now you can keep both clean!