Samsung is usually seen as the innovator in the smartphone space. Over the past few years, it has introduced several and . One of its patents reveals that it is finding ways to make haptic feedback more immersive to smartphones.
A filed by Samsung Electronics was recently . It talks about offering more precise haptic feedback on smartphone touchscreens. Samsung developed this method by using multiple vibration motos spread across the phone.
As you can see in the images above, a smartphone could have a touchscreen, pressure or touch sensors, and several haptic feedback motors spread across the phone's borders. The touchscreen and the pressure sensors detect where your finger is touching the screen. That data is sent to the vibration motors, and they respond so that you will sense haptic feedback the most where you touch the screen.
This way, a touchscreen could offer you a sense of pressing a real, physical button. This way, the smartphone can have a large touchscreen while also offering some sense of real buttons.
If the technology discussed in this patent is actually used in a smartphone, it could offer a lot more immersive experiences. One of those experiences could be precise feedback when you press a Bluetooth or Wi-Fi quick setting toggle. It could also offer precise rumble when you fire a bullet in a first-person shooter game.
If you remember, Samsung used a under the touchscreen. This button could take you to the home screen even when the phone is in sleep mode and navigate you to it from anywhere across the software if you long-press it.
The post appeared first on .
Immersive haptic feedback could offer much better UI interaction and gaming
A filed by Samsung Electronics was recently . It talks about offering more precise haptic feedback on smartphone touchscreens. Samsung developed this method by using multiple vibration motos spread across the phone.
As you can see in the images above, a smartphone could have a touchscreen, pressure or touch sensors, and several haptic feedback motors spread across the phone's borders. The touchscreen and the pressure sensors detect where your finger is touching the screen. That data is sent to the vibration motors, and they respond so that you will sense haptic feedback the most where you touch the screen.
This way, a touchscreen could offer you a sense of pressing a real, physical button. This way, the smartphone can have a large touchscreen while also offering some sense of real buttons.
If the technology discussed in this patent is actually used in a smartphone, it could offer a lot more immersive experiences. One of those experiences could be precise feedback when you press a Bluetooth or Wi-Fi quick setting toggle. It could also offer precise rumble when you fire a bullet in a first-person shooter game.
Galaxy S8 had a pressure-sensitive home button
If you remember, Samsung used a under the touchscreen. This button could take you to the home screen even when the phone is in sleep mode and navigate you to it from anywhere across the software if you long-press it.
The post appeared first on .