Huawei working on smartphones with rollable display
Beijing
08-September-2021

Photo: IANS
Chinese smartphone maker Huawei has reportedly filed a patent for smartphones with a rollable display and the support for gesture controls.
Smartphone maker filed a patent with the World Intellectual Property Organization (WIPO) for a new method for a controllable foldable display with haptic and sound effect, reports LetsGoDigital.
Huawei would allow users to control the screen extension through physical finger swipes, complete with haptic feedback and audio alerts.
Users would be able to activate the screen by swiping their hands above a camera or dedicated sensor.
The smartphone maker earlier filed a patent for a smartphone with an external lens at the back, similar to what is already available on DSLR cameras.
The Huawei P40 Pro Plus is currently the only smartphone to offer 10x optical zoom using a periscope lens.
The design has a triple camera on the back with two small sensors, an elongated flash module and a larger sensor, which can be used with removable lenses.
Watch This TWL Video
Earlier, Huawei filed a patent for a smartphone with three-flip camera design.
The design is similar to that of the ASUS Zenfone 6 but the upcoming Huawei's smartphone will feature three cameras instead of two.-IANS
More Headlines
Khushbu Sundar’s X Account Hacked; Actress Seeks Urgent Help
ED Raids Bengaluru Dog Breeder Who Claimed to Own Rs 50 Crore Wolf-Dog
Raj Thackeray Slams Hindi Imposition in Maharashtra Schools, Warns of Statewide Protests
That Sassy Thing Raises ₹6 Crore to Disrupt Women’s Sexual Wellness Space
Suspended Kerala IAS Officer Prasanth Raises Promotion Demand During Hearing
Khushbu Sundar’s X Account Hacked; Actress Seeks Urgent Help
ED Raids Bengaluru Dog Breeder Who Claimed to Own Rs 50 Crore Wolf-Dog
Raj Thackeray Slams Hindi Imposition in Maharashtra Schools, Warns of Statewide Protests
That Sassy Thing Raises ₹6 Crore to Disrupt Women’s Sexual Wellness Space
Suspended Kerala IAS Officer Prasanth Raises Promotion Demand During Hearing