27-08-2021 07:00<\/p>\n

In August 1998, Scottish hotel owner Campbel Aird received the world\u00b4s first bionic arm. The 1.8-kilogram battery-powered device enabled the man to tie his shoelaces again.<\/p>\n

(Pada Agustus 1998, pemilik hotel Skotlandia Campbel Aird menerima lengan bionik pertama di dunia. Perangkat seberat 1,8 kilogram dan bertenaga baterai ini membuat ia dapat mengikat tali sepatunya kembali.)<\/span><\/p>\n

Since then, the technology rapidly evolved, giving people a lot of hope and independence. 11-year-old John became the youngest person in Australia to receive an advanced multi-grip bionic arm, made from 3D printing. He could use his hand to do things that he couldn\u00b4t have done without it, such as playing chess. Mady Gardner rode a bike for the first time, sitting straight up, and her parents watched her with joy. 11-year-old Bella Tadlock received an R2-D2-style bionic arm, and she was excited to be able to use her fingers again.<\/p>\n

(Sejak saat itu, teknologi berkembang sangat cepat, memberi harapan dan kemandirian bagi orang-orang. John yang berusia 11 tahun menjadi orang termuda di Australia yang menerima sebuah lengan bionik multi-grip canggih, terbuat dari printer 3 dimensi. Dia dapat menggunakan tangannya untuk melakukan beberapa hal yang sebelumnya tidak dapat dilakukan, seperti bermain catur. Mady Gardner bersepeda untuk pertama kali, duduk tegak, dan orang tuanya melihatnya dengan gembira. Bella Tadlock berusia 11 tahun, menerima sebuah lengan bionik model R2-D2, dan dia sangat senang karena mampu menggunakan jarinya lagi.)<\/span><\/p>\n

A bionic arm works by picking up signals from a person\u00b4s muscles. When the person puts on his bionic arm and moves muscles in their residual<\/strong> limb just below the elbow, special sensors detect tiny naturally created electric signals. This cutting-edge<\/strong> technology is still evolving, and within the next year, amputees<\/strong> could be able to control their bionic arms with their thoughts.<\/p>\n

(Sebuah lengan bionik bekerja dengan mengambil sinyal dari otot seseorang. Saat seseorang memakai lengan bioniknya dan menggerakkan otot di sisa bagian tubuh di bawah siku, sensor khusus mendeteksi sinyal listrik kecil. Teknologi canggih ini masih berkembang, dan sekitar tahun depan, amputee dapat mengontrol lengan bionik mereka dengan pikiran.)<\/span><\/p>\n

Kata-kata sulit: residual<\/strong><\/a><\/span> (sisa), cutting-edge<\/span><\/strong><\/a> (canggih), amputee <\/span><\/strong><\/a>(amputee).<\/span><\/p>\n

You can watch the video news lower on this page.<\/p>\n

(Anda dapat menonton video berita di bawah)<\/span><\/p>\n","protected":false},"featured_media":23700,"parent":0,"template":"","categories":[325],"tags":[],"level":[356],"yoast_head":"\n