【TechWeb】美国专利商标局最新公布的苹果专利申请显示，曾一度被Haptic Touch取代的3D Touch技术有望得到重生。这次苹果的专利亮点在于大幅提升了触控的精准性，为用户带来更为细腻的交互体验。 根据专利描述，苹果此次采用的触控技术摒弃了传统的电容式传感 ...

Apple announced the iOS 17 in the WWDC 2023 event this year. For those who missed the event, just know that Apple introduced a lot of new features at the event. And as we are slowly approaching the ...

The second beta of iOS 17 that Apple released to developers yesterday includes a setting that makes the haptic feedback feature activate faster than before, which some users may prefer. An ...

近日，美国专利商标局公布了苹果公司的一项新专利申请，引发了对触控技术演化的关注。曾一度被Haptic Touch取代的3D Touch技术，似乎正迎来一次技术层面的全面升级。 这项专利最引人注目的是在触控精度方面的显著提升。与早期3D Touch依赖电容传感器和应变计 ...

快科技7月25日消息，近日，美国专利商标局公布的苹果新专利申请， 让曾被Haptic Touch取代的3D Touch迎来重生的曙光，其最大的亮点就是触控精准性的大幅提升 。 该专利摒弃传统3D Touch依赖的电容式传感器和应变计，采用相干激光干涉测量技术 。 系统由多组不同 ...

Apple previously deployed a feature called 3D Touch, which was first introduced with the iPhone 6S lineup in late 2015. This feature allowed for pressure-sensitive functions, such as holding a button ...

Users can now speed up the iPhone's haptic feedback thanks to a new setting in iOS 17, and at its fastest, it comes close to how the old 3D Touch used to work. Apple abandoned its hardware-based 3D ...

快科技7月25日消息，近日，美国专利商标局公布的苹果新专利申请，让曾被Haptic Touch取代的3D Touch迎来重生的曙光，其最大的亮点就是触控精准性的大幅提升。 该专利摒弃传统3D Touch依赖的电容式传感器和应变计，采用相干激光干涉测量技术。 系统由多组不同 ...

近日，美国专利商标局公布了一项苹果提交的最新专利申请，该技术或成为3D Touch的下一代替代方案，旨在为未来产品带来一种更为先进的压力感应触控技术。 与依靠电容式传感器和应变计的传统3D Touch不同，苹果工程师提出使用相干激光干涉测量来检测触摸 ...