Here are 9 things you can do to quickly charge your phone

 

Here are 9 things you can do to quickly charge your phone

One of the things that buyers pay the most attention to when buying a smartphone is battery charging, and all smartphone manufacturers try their best to ensure that their phone's battery is fully charged once it's fully charged. After that, run as much as possible and spend the least amount of time to fully charge the battery.

While phone companies have adapted this technology to phone batteries over time to minimize disruptions to users' phone usage, Android phone users have several ways to deal with their phones' slow charging issues. Can decide.

Here are 9 things you can do to quickly charge your phone

Here are nine things users can do to charge their phone in less time:

1. Buy a fast charger

One way to quickly charge your Android phone is to buy a fast charger. But before you buy a charger, make sure your phone supports fast charging.

2. Turn off features such as location, Wi-Fi, and Blue Tooth.

Wi-Fi, Blue Tooth and other such features consume a fair amount of battery. Disabling these features can greatly increase your phone's charging speed.

3. Charge your phone from a wall outlet instead of a USB port.

USB ports in cars, laptops, and other devices usually don't charge enough. In contrast, electrical outlets in the walls provide reasonable charging speeds.

4. Use real wire

It is always recommended to use the original cable and adapter to charge your phone. Using another brand of charger may damage your device's battery and slow down charging.

5. Close applications running in the background.

Applications running in the background consume the maximum battery power of the device, but are not used. Even if the battery is consumed by useless applications, even in this case, the smartphone usually charges slowly. Closing these applications running in the background can increase your charging speed.

6. Turn on Airplane Mode

Enabling airplane mode significantly increases the charging speed of your smartphone. In this mode, the device is disconnected from the network, which reduces battery consumption.

7. Avoid recharging your phone at short intervals.

The battery in any smartphone comes with several charge cycles. Charging your phone lightly at short intervals affects battery life and

reduces charging speed in the long run.

8. Avoid overnight charging

Charging overnight won't damage your phone, but it can damage your battery in the long run and slow down your charging speed.

9. Do not use your smartphone while charging

We should avoid using smartphones while charging. Answering a phone call or playing while charging may damage the device. This process can also slow down your phone's charging speed.

Why would Facebook pay users 7 397?

Lenovo: Residents of the U.S. state of Illinois are expected to receive 39,397 Facebook refunds this week. According to a foreign news outlet, the social network has agreed to pay a whopping $650 million to settle a class-action privacy lawsuit filed in 2015. The lawsuit alleges that Facebook collected and stored users' biometric data without their consent.

The remaining £97.5m, excluding attorneys' fees and other expenses, will be distributed to Illinois Facebook users who have filed a lawsuit by December 2020. The money will be paid to Illinois residents by Facebook for violating the state biometric privacy law of 2008.

Under the law, consumers can sue companies for violating their privacy by obtaining fingerprints, retinal scans, facial geometry, etc. without permission.

The payment made by Facebook is the largest dispute settlement under Illinois law. The American Civil Liberties Union, using the Biometrics Privacy Act, sought a settlement with surveillance company Claire View AI. The company is said to have collected more than 10 billion fingerprints from online profiles around the world and sold them to its customers, including state and local police departments. Facebook has been using facial recognition since 2010, making it easier to tag photos on social media platforms in less time.

 

Drones floating in the water, flying in the air and 'clinging'

BEIJING: Chinese experts have developed a drone that floats in water and flies in the air with a small rubber suction cup that allows it to cling tightly to any place, including large animals.

Thus, aquatic drones can be mounted on wheels to monitor them or connect to enemy submarines undetected. The drone's suction pump is made from a fish named Remora. This fish clings to large animals and eats insects or parasites that bother them, and in return enjoys free skating. This process in factory nature is called "symbiosis".

The Li-van robot from Bei Hang University in Beijing can not only swim in water, but also cling to large sea creatures, as well as cling to a flying object while flying in the air. For this, the Remora fish cascade system was 3D printed. When all parts of this rubber pad are found, they act like moisture-filled suction cups and can attach to any object.

But in order to dive into the water, experts enlisted the help of the kingfisher, a bird that spreads its wings to the depths and catches its prey. Similarly, the drone's wings also shrink and close, and so it moves quickly through the water.

The drone's wings then open, allowing the water to enter the air, and it spins so fast that it successfully leaves the water, lifts itself into the air, and continues flying.

In the lab, a 40 cm long robot successfully demonstrated how to enter water and stick to a high-speed robot floating inside. After that, he separated, but after connecting with the robot, he received only 5% of the energy. This robot can fly through the air repeatedly and has full power to dive underwater again and again.

After completion, it was tested at a depth of up to two and a half meters. After that, its connection with the external controller gradually weakened. Now specialists are working on his improved communication system and it is expected that it will be able to work more deeply.

 

Multi-purpose drones can be used for wildlife surveillance, scientific research, marine animal survival, reconnaissance and other purposes. A GPS system is also installed inside.

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