Overnight Tablet Delivery System Keeps Users Awake During Slumber by Reducing Late-Night Exhaustion
Enhancements made to Will Dana's iPad suspension system streamline the user experience
In a bid to optimize his relaxation routine, inventor Will Dana has devised an upgrade for his iPad suspension system. Initially, the device relied on a manual pulley system, suspending the tablet over the bed on three cords. This new iteration introduces a motorized winch to seamlessly elevate the device, eliminating the need for manual cord-pulling.
The upgraded system also includes a calibrating mechanism that ensures consistent operation. A spot of dark ink on one of the cords, in combination with a light sensor, helps the ESP32 module control the device effectively. This calibration system aims to maintain the tablet at a proper position, even during hands-free use.
For those who already use an ESP32 and have automated their rooms, the integration of voice control is a natural progression. A simple voice command to Alexa could lower the tablet for entertainment, easing the user's bedtime routine.
Dana, whose past creations include the Motorized Relay Computer and a Harry Potter-inspired Sorting Hat, continues to push the boundaries of innovation in his work.
According to available information, the latest improvements primarily focus on mechanical and physical design aspects rather than digital or smart home integration features. For those keen on incorporating voice assistants like Alexa, further inquiry into Dana's future releases may provide valuable insights.
The upgraded iPad suspension system by Will Dana now includes a motorized winch, replacing the manual pulley system, enhancing the user experience by eliminating the need for manual cord-pulling. Additionally, this new version features a calibration mechanism for consistent operation, using a light sensor and a dark ink spot on the cords, which helps maintain the tablet's position during hands-free use. However, it appears that the latest improvements primarily focus on mechanical and physical design aspects, leaving room for future integration with voice assistants like Alexa in Dana's upcoming projects.
