Google is patented for automatic adjustment systems or applied to smart glasses

Wearing glasses often occurs when the nose slips, especially when doing sports, but Google has found a solution to make Google glasses intelligently and automatically adjust. According to the British "Daily Mail" report, Google has obtained a patent for automatic adjustment of smart glasses. The glasses use motion sensors and built-in power generation parts, and the frames are elastic.

The automatic adjustment device can be embedded in a wearable device such as Google Glass. The system will use sensors and drivers to change the tension of the frames to make them tighter or looser.

For this patent, the relevant person stated: "The method of adjusting the tension of the frame of the wearable computing device was born. This method may include receiving an input signal of the wearable computing device component, the device being able to sense the motion of the wearable computing device. It may also include Determining a tension adjustment of at least a portion of the frame of the wearable computing device based on the input signal."

This means that the glasses will have sensors inside to detect if the wearer is running. The pair of glasses will also have a drive - a small motor - to adjust the tightness of the arms. As with all patents, this technology may never be realized, but it may be used for future iterations of Google Glass, even in wearable electronic devices or regular glasses.

This invention is good news, especially for athletes. Some of them choose not to wear glasses in case they break their glasses during exercise. The next version of Google Glass is expected to be released in 2016 and will be designed for businesses.

It is said that the new version of Google Glass's July wearable device will not be installed on the head, but can be connected to any glasses or goggles. According to the Wall Street Journal, the search engine giant has also developed a new battery pack for the device, which can increase the battery's two hours of use. Other improvements include increasing the size of the prism, giving it a larger viewing area while making it thinner and more snug.

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