PIP: The Parallel Interactive Projector

Revolutionizing Smartphone Usage

In our modern world, our reliance on smartphones has become overwhelming. While they allow us to stay connected with loved ones, the time spent on these devices often comes at the expense of real-life interactions. Additionally, constantly using our smartphones drains their battery life, requiring frequent charging. Is there a solution to this conundrum?

Introducing PIP, the Parallel Interactive Projector, a groundbreaking device designed by Jorge Prieto. PIP aims to lessen our dependence on smartphones by providing an alternative means of control and interaction. By connecting our smartphones to the PIP device through a simple app, we can project a tactile interface onto any wall or surface, allowing us to control our smartphones without the need for direct interaction.

What sets PIP apart from other devices is its ability to save battery life and time. By utilizing the projector instead of directly using the smartphone screen, users can conserve precious battery power. Additionally, the projection provides a larger interface, making it easier to navigate and interact with apps and features.

The PIP device is housed in a sleek white case, which is created through plastic injection molding. The case is designed to be easily opened from the bottom, allowing for the insertion and adjustment of the LED projector, sensor, infrared diode, HD camera for videoconferences, integrated microphone, and speakers. The device is also equipped with a synchronizing module and a rail system for smooth opening and closing.

With dimensions of 200mm in diameter and 52mm in height, PIP is compact and portable, making it convenient for use in various settings.

Operating PIP is simple and intuitive. By downloading the free PIP app onto their smartphones and synchronizing it with the device, users can project their smartphone screens onto any surface. The projection can be interacted with as if it were a tactile screen, or through voice commands if the user is away from the device.

The development of PIP took place in Valencia, Spain, starting in June 2011 and concluding in September 2011. Throughout the project, extensive research was conducted to identify the most sustainable and efficient technologies available. LED projectors with low energy consumption and high-definition capabilities were chosen to ensure optimal performance. The PIP app was also designed to minimize battery consumption when the device is not in use.

One of the main challenges faced during the development of PIP was creating an interactive projection of the smartphone screen. The solution came in the form of an integrated infrared laser beneath the projector. When a user presses any part of the projected screen, they "break" through the infrared layer, and the position of their finger is transmitted to the PIP device. In less than a second, the corresponding part of the smartphone screen is activated and projected.

PIP, or the Parallel Interactive Projector, offers a solution to the growing dependence on smartphones. By providing a tactile, high-quality projection, voice command capabilities, and smartphone control as a remote, PIP allows users to save battery life and reclaim their time. When not in use, PIP enters power-saving mode and automatically activates when receiving messages, calls, or video conferences on the synced smartphone.

Recognizing its innovation and excellence, PIP was awarded the Silver A' Design Award in the Digital and Electronic Device Design category in 2013. This prestigious accolade is bestowed upon designs that showcase outstanding expertise, innovation, and artistic skill, evoking positive emotions and wonder.