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This is the Technology that is the Legacy of MotoGP

22/11/2021 by admin

This is the Technology that is the Legacy of MotoGP – As we now know a lot that MotoGP is one of the most popular motorcycle racing events and is in the spotlight of many people.

MotoGP is not just a race for racers, but also a battle as well as a technology bet. Because, to be able to compete in the MotoGP race, the motorbike must not only be fast, but also be stable and strong.

For this reason, the manufacturer had to create a machine that was really tough while thinking about a stable chassis, so that the bike could go fast without losing balance when cornering with a slope of up to 60 degrees.

The fun thing is, the technology from MotoGP will gradually be passed on to the motorcycle manufacturer. Some of these technologies can even now be enjoyed on your daily motorbike. Well, here are some of these technologies.

1. Brake cooling duct
Reporting from various sources, the brake cooling duct technology was first used on a Ducati motorcycle. This technology functions to circulate air from the front so that the brake calipers do not get too hot. Another benefit of the brake cooling duct is that it keeps the engine temperature at a normal temperature because the engine always gets fresh air.

One of the Yamaha products that use it is the Yamaha YZF-R25. Motor with a speed of 250 cc uses an air rum duct whose position is in the middle of the headlights. Its function is the same, namely to catch the wind.

2. Swing Arm
Swing arm is a frame that is attached to the rear wheel and the main frame of the motorcycle. The swing arm is important to maintain the stability of the motor so that it does not shake on an uneven track. This technology makes the rear wheel suspension not too heavy. In other words, the swing arm makes the motor balance more awake.

Yamaha New Vixion is one product that uses a swing arm. Another function of this device is to keep the chain taut when the clutch lever is depressed.

Also Read :Know the Big Problems Amid Today’s Technological Advances

3. Traction Control System
The traction control system is used by many MotoGP bikes to prevent shock or slippage when cornering. This technology is designed to reduce the risk of rear tire slipping while maximizing its acceleration. As a result, even slippery road conditions will not make the motorbike that we ride fall down.

Yamaha XMax, Honda PCX 160 and Yamaha NMax are products that use a traction control system.

4. Blue Core
Blue core technology became more and more famous when it was used by Valentino Rossi and Jorge Lorenzo on the YZR-M1 motorcycle. Blue core is considered capable of optimizing the power of the motor being ridden while remaining fuel efficient. No less left behind is environmentally friendly.

The latest products that use blue core are Mio M3 125, NMax, and All New Soul GT.…

Know the Big Problems Amid Today’s Technological Advances

22/11/2021 by admin

Know the Big Problems Amid Today’s Technological Advances – Nowadays there are more and more types of technology that you can easily use and you can trust. In the era of globalization, humans are faced with technological sophistication. All lines of human life activities will not be separated from the use of technology. Modern society today is required to use and master information technology in order to be able to compete and not be left behind by the times.

Technology has progressed very quickly and there will continue to be the latest and advanced technologies that can facilitate human activities. The existence of various types of technology in the fields of human life can make it easier to learn and get the information we need from anywhere, anytime, and from anyone. Technological progress is something that we cannot avoid in this life, because technological progress will run in accordance with scientific advances.

The development of technology has a long history since ancient human times. Communication technology in early human times gave news to other early humans by painting on cave walls. In the historical era, human communication patterns have progressed, humans have discovered and used letter symbols to communicate, in the historical era, humans communicated by writing on paper. In modern times communication technology has allowed information to spread very widely. At this time the industrial revolution has entered the era of the discovery of newspapers, telegraphs, telephones, typewriters, radio, television, and the internet which make it easier for humans to communicate and convey information faster.

Before getting to know the sophistication of modern technology, humans completed their work using traditional tools such as wood, stone, and others. Along with the times, the world has changed and humans are required to adapt to the times. The use and mastery of modern technology is something that must be implemented to keep up with the progress of the times.

Also Read : Plasmacluster Technology That Can Fight Dangerous Viruses

The presence of modern technology that is increasingly sophisticated and easy to obtain makes it easier for humans to complete all their work. Starting from office work, school, daily activities to farmers have felt the sophistication of modern technology. Technology in the field of information, the progress of information is marked by the ease with which people obtain or obtain information via the internet with various existing technological devices. The presence of a smartphone or smartphone with various social media platforms such as Facebook, Instagram, WhatsApps and others is a form of modern technological sophistication.

While in the field of transportation, one of the technological advances is also felt in the field of transportation where the existence of various modern means of transportation can make it easier for someone to lift goods or travel from one place to another. The presence of motorbikes, cars, trains and planes is proof of the ease in accessing modern technology. Likewise in the field of agriculture or plantations, which are currently undergoing very rapid changes, the process of planting and harvesting has many farmers who take advantage of technological sophistication.
Whereas in the economic field, technological developments in the economic field can be in the form of the development of the financial system used. In the past, people needed real or real transactions, or face to face between buyers and sellers, but now they have switched to online. Another change that you can feel is the presence of e-money which makes it easier for everyone when they want to make transactions. Not only in agriculture, in the fields of education, health, and information technology have changed to using modern internet-based technology that makes it easier for humans.…

Plasmacluster Technology That Can Fight Dangerous Viruses

22/11/2021 by admin

Plasmacluster Technology That Can Fight Dangerous Viruses – Currently, there are more and more types of diseases that are lurking in your health. Therefore you have to be very careful and very choose with what you will wear. The COVID-19 pandemic in Indonesia has been running for more than 1.5 years since the announcement of the first case in March 2020. However, until now the number of cases is still growing, which indicates that the pandemic is not over yet. In its journey, Indonesia has passed 2 waves of COVID-19 and currently the addition of cases is starting to slow down. Even so, we all must remain vigilant and try to keep it from happening again.

1. Plasmacluster, virus destroying technology to face the new normal era

Plasmacluster technology produces positively charged ions, namely hydrogen (H⁺) and negatively charged ions, namely oxygen (O₂⁻). To ionize the water and oxygen present in the air, Sharp came up with the idea of using a plasma discharge to give water a positive charge and oxygen a negative charge. Through plasma release, hydrogen ions (H⁺) and oxygen ions (O₂⁻) are generated from water and oxygen in the air. Hydrogen ions (H⁺) and oxygen ions (O₂⁻) will attract water molecules (H₂O) in the air surrounding the ion and form stable cluster ions.

Then, how do these two ions work in destroying viruses? Mechanism of action Positive (H⁺) and negative (O₂⁻) ions bond from plasmacluster ions on the surface of viruses in the air and other substances and turn into OH radicals. Then, the OH radical will extract hydrogen (H) from proteins on the surface of the virus and other substances, so that it will decompose proteins in the virus. Removing the hydrogen atom (H) from the structure of the virus inactivates the virus.

In addition to viruses, plasmacluster ions can also destroy bacteria, fungi and other harmful substances, because the surface of bacteria and allergens is mostly composed of proteins that will be extracted by these ions. Furthermore, the OH radical bonds with the released hydrogen atom (H) immediately to form water (H₂O), which is returned to the air. With plasmacluster technology, the air in the house becomes cleaner, free from viruses, bacteria, fungi and other allergens so that the skin becomes healthier.

Another benefit that can be obtained is the plasmacluster can eliminate the effects of static electricity. Have you ever felt like you were electrocuted when you touched metal objects at home? Yes, it is an example of the effect of static electricity. Plasmacluster will eliminate this effect by means of negative ions will bind to positively charged substances, and positive ions will bind to negatively charged substances.

Also Read : How to Deal with Information Technology That Triggers Debate

2. AIoT, artificial intelligence technology that makes your life easier

AIoT is a combination of Artificial Intelligence (AI) or artificial intelligence with Internet of Things (IoT) technology. Simply put, IoT can be referred to as various devices connected to the internet. The combination of AI and IoT forms new, more sophisticated technologies. As IoT technology was created, it resulted in more and more unstructured and machine-generated data.

AI can provide data analytics solutions that can create value from this IoT-generated data. When combined, AIoT Technologies are mutually beneficial as AI will add value to IoT through machine learning capabilities and IoT will add value to AI through connectivity, signaling and data exchange.

With AIoT technology, AI embedded into device components, everything becomes interconnected with the IoT network. When AIoT technology is applied to a product, of course this will greatly simplify the lives of its users, because all operations will be connected to an internet connection so that we can control it via a smartphone.…