The seminar on the expansion force and safety of automotive power batteries was successfully held
2021年9月17日,钛深科技与清华大学动力电池专家欧阳明高院士课题组智能电池传感器课题团队主要负责人卢兰光教授及团队主要成员就钛深科技TAS薄膜传感器在动力电池安全方面的应用进行充分交流。
On October 14, 2021, Tishen Technology, as one of the invested companies in Xiaomi, was invited to participate in the Xiaomi Industry Investment Demo Day event titled "Industry Investment Alliance Core Intelligent Drive Unlimited". At this event, Tishen Technology not only showcased the TAS pressure distribution measurement system for real-time monitoring of power battery expansion force, but also exhibited flexible true pressure sensing solutions applied in smart cabins, smartphones, TWS headphones, health and medical fields.
On October 14, 2021, Tishen Technology, as one of Xiaomi's invested enterprises, was invited to participate in the Xiaomi Industry Investment Demo Day event of "Industry Investment Alliance Smart Drive Unlimited". At Xiaomi Technology Park, Tishen Technology showcased the pressure sensing and real-time monitoring solutions of Tishen Technology applied to automotive electronics to Lei Jun, the founder, chairman and CEO of Xiaomi Group, senior directors, and managers of various business units. Wang Xiaoyang, CEO of Tishen Technology, was invited to attend the CEO dinner on the 14th.
TEEC Enters Titanium Deep, Exploring Tactile AI Empowerment
On August 20, 2021, Liu Renchen, Vice President of Tsinghua Research Institute in Shenzhen, led nearly 20 members of Tsinghua Entrepreneurs Association (hereinafter referred to as "TEEC") to visit Titanium Deep Technology
Tishen Technology has been awarded the Top 50 Most Valuable Investment Enterprises in Shenzhen
On December 17, 2020, the 2020 Shenzhen Innovation List Awards Ceremony with the theme of "New Era, New Mission, and New Responsibility" successfully concluded at the Tian'an Yungu International Convention Center.
The Past and Present of Flexible Pressure Sensing Technology
Flexible tactile sensing technology has developed rapidly in the past decade through the response of artificial skin to external stimuli.