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把这款手表带到文艺复兴时期:苹果公司申请了苹果手表发光表带的专利。_我的网站

A | 1月9日新闻:考虑到以时尚为中心的特点,苹果的配件市场非常多样化,尤其是在苹果手表上。定制的表带允许消费者在各种活动、场合和穿着风格中佩戴。 The same technology that may power the next generation of mobile networks has been shown to increase the growth of brain cells in mice, according to a new study from Xian Jiaotong University in Beijing.,Radio waves in the terahertz frequency can transmit data at speeds up to 1 terabit (or 125 gigabytes) per second, it is a prime candidate for the next generation of mobile cell phone networks if it can be proven safe. By contrast, current 5G networks use millimeter waves that top out at 20 gigabits (2.5 gigabytes) per second.,But there may be another use for terahertz radio waves: treatment of neurological disorders like Alzheimer’s disease, autism, and Parkinson’s disease.,Science & Tech'Vicious Cycle' Between Alzheimer's Dementia and Daytime Napping Found by Scientists17 March, 19:05 GMT,The researchers exposed mice neurons in a petri dish to 100-microwatt pulse radiation, ranging from 0.3 terahertz to 3 terahertz. The result was that the exposed neurons grew at a rate of 150% compared to the control group. The length of connections also doubled in three days. Despite the accelerated growth, the brain cells appeared healthy.,The accelerated brain growth was not permanent; it slowed two days after exposure.,However, a 2009 study by the Russian Academy of Sciences showed that prolonged exposure to strong terahertz radiation had an adverse effect, increasing the temperature of brain cells, disturbing their development and causing dehydration of the cells which reduces their size and causes other damage.,But Li Xiaoli, the lead scientist of the new Beijing study, thinks that the negative effects of terahertz radiation could be avoided by limiting the strength and duration of exposure.,“The safety of terahertz radiation protocol is a top concern,” Li said. And while the health concerns of terahertz radiation remain, it could, Li believes, be used to treat neurological disorders.,“Abnormal neuron development and the resulting abnormal neural network structure can lead to the occurrence of various psychiatric and neurological diseases, such as Alzheimer’s disease, autism and Parkinson’s disease,” the study’s authors said.,The authors believe that a lower dose of terahertz radiation could increase the production and the activity of certain proteins responsible for brain cell growth, namely GluA1, GluN1, and SY-38. The researchers theorize that is because they contain hydrogen bonds that constantly vibrate at a frequency that falls in the terahertz range. The radio waves combine with the proteins and cause them to resonate in a “non-linear manner,” according to Li, which could “affect the shape of the proteins, and therefore the structure and function of neurons.”However, because proteins vary significantly from each other, only certain proteins are affected by the terahertz radiation at low frequencies. Li says more investigation is needed to learn how proteins react to different exposure intensities.,The study backs up another done at the Institute of Brain Science at Xian Jiaotong University that was published in June. That study found that terahertz exposure could make young mice more intelligent. There, scientists exposed mice to 90-milliwatt terahertz radiation for 20 minutes a day for three weeks. They observed that the exposed mice had more brain cells and were quicker at escaping mazes. However, for reasons that remain unclear, the same effect was not observed in older mice.。据外国媒体AppleInsider称,美国专利局周二授予苹果手表发光带专利,描述了如何在表带设计中使用灯管。根据所用带的样式,在带的顶部和底部可以有多个灯管,并给出了腕部周围的包装外观。灯管由透明管本身组成。

B | 管子里的光纤穿过整个表带。一端的发光二极管用来照亮光纤。LED可置于另一端。本专利的主题有许多变化,包括具有多个LED的管,其中管本身由可扩展材料制成,并且光纤在管内“螺旋缠绕”,包括具有不同折射率的管,以及具有不透明和透明部分的管。虽然传送带允许预先定义的亮度级别和颜色通过管道,但Apple还建议您使用Apple Watch屏幕定义单独的管道颜色,以提供一些自定义选项。

C | 在专利版本中,颜色可以基于嵌入在带子本身的相机拍摄的图像。使用透明管和多色LED将有机会将表带的颜色更改为用户想要的任何颜色,这样表带就可以应用于各种着装风格。对于道路使用者,包括骑自行车的人和跑步的人来说,新的表带在夜间骑行和跑步时非常有用,因为明亮的腕带会让其他道路使用者更容易看到。尽管苹果每周提交几项专利,但不能保证专利中描述的概念最终会成为消费品。
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