When the tablet first arrived, it was seen as a device having the potential to replace paperbooks in classrooms. It promised a future of education where students would use their tablets to store entire textbooks and take notes in the classrooms, which could be shared with instructors and classmates.

However, the idea of writing on tablets for long durations never took off because of the limited crude options available for the same. Students and instructors always preferred a conventional paper notebook and pen, leaving businesses cribbing over the lost business opportunity.

At this juncture, two young men have come up with a device called MyTi.ONE, which, in their words, is “one complete notebook that fills the gap between paper-based and tablet-based education.”

Fig. 1: The WTH pad can be detached as shown, after which the tablet can be used as any other general tablet
Fig. 1: The WTH pad can be detached as shown, after which the tablet can be used as any other general tablet
Explore Circuits and Projects Explore Videos and Tutorials

Developed by Rohin Kumar, 25, a research scholar at Delhi University, and Sumit Mamoria, 23, a guest lecturer at Miranda College, MyTi.ONE is a tablet with a covering pad on one side. Users can clip papers onto this covering pad to take notes. The same pad can also be used to type using Swype-based gestures on the QWERTY keypad. Since it opens like a book, you can take notes while referring to some e-book, and share digital notes with friends and teachers.

How it began
Rohin shares, “As a student, sharing notes was a major problem for me. Many times I had to scan the book or take photographs of notes to share with my friends. A tablet was useful for taking photographs and reading notes but I felt why not capture notes in real time? I wanted a device for myself that could be used as a textbook as well as a notebook. The tablets and the hybrids available in the market did not address this gap. Writing on tablets was limited to very few crude options.”

READ
A Man-Portable Unmanned Aerial Vehicle

He continues, “A rough plan of development was chalked out when the idea was conceived about a year ago. As we realised that obtaining the components needed was becoming difficult, we updated our model to a semi-knocked-down design that we have adopted now. Since the project was funded from our own pockets, it took us a little more time than needed to put together a working prototype.”

The team started exploring existing technologies to find out the best combination for bringing out a useful product that students will ever need to carry. As the pad can also be used on a PC for the same purpose, the ease of use can be preserved in many modes of working, be it a student, marketing executive, journalist or graphic designer. The duo demonstrated the idea at the Technology Business Incubator of BITS-Pilani. After getting incubated there, they are now looking forward to getting a DST grant.

Technology within MyTi.ONE
MyTi.ONE was designed keeping in mind students’ need to take notes and preserve them in a digital format without any extraneous effort.

Sumit adds, “From the start, the design philosophy of MyTi was to make the user experience as natural as possible. Users should be able to naturally and intuitively correlate the functionality with what they already know, thus minimising the learning curve.”

Fig. 2: The tablet is connected via USB hinges powering the WTH pad
Fig. 2: The tablet is connected via USB hinges powering the WTH pad

Hardware design. MyTi.ONE consists of a detachable tablet connected by two USB ports (which double as hinges) to the write-and-type hybrid input device (WTH) pad on the right side. It is a uniquely packed tablet-cum-notebook that can be used in different configurations for convenient usage.

The WTH pad can be detached as shown in Fig. 1, after which the tablet can be used as any other general tablet. This makes it easier for people to transition from regular tablets to MyTi.ONE as it offers all the regular functionality.

READ
Touche: An Affordable Life-Changer For The Visually-Challenged

In Fig. 2, the tablet is connected via USB hinges powering the WTH pad. The active WTH pad can be used for writing as well as typing through the Swype keyboard. In this mode, the tablet can be closed like a diary or book. Hence the WTH pad doubles as a screen-protecting cover with or without papers kept in between.

In Fig. 3, the tablet is superimposed over the WTH pad to use MyTi pen as stylus. This can be achieved by detaching the tablet and docking it upside down. The pen’s tip can be changed to plastic tip suitable for the screen. The sensor used to detect MyTi pen’s motion in HW_CONFIG2 is used to capture the tablet’s coordinates. This enhances the experience of writing on the tablet manifolds in comparison to the blunt capacitive styluses available in the market.

Software design. Software modes are primarily divided into apps used for writing and typing. Switching between these two modes can be achieved by clicking the pen/stylus on the left top of the paper. One should be able to move to a new page, or create a new page, by clicking on the right top of the paper, after which the user has to manually flip the paper.

The app can display an embedded PDF on the tablet while one is taking notes on the paper. So the user can take notes while referring to some other text material—a feature not possible on currently available devices.

Challenges faced

Fig. 3: The tablet is superimposed over the WTH pad to use MyTi pen as stylus
Fig. 3: The tablet is superimposed over the WTH pad to use MyTi pen as stylus

Rohin says, “Being a startup in the electronics hardware industry, we faced difficulty getting the right resources and technologies. Even prototyping needed a lot of money and resources such as CNC (computer numerical control) machines and patented electronic components. We even faced a situation where we could not get a proper response from some very well-known manufacturing vendors simply because, being a startup, we were not expected to order in bulk quantities to purchase even a sample.”

READ
Amogh, An Autonomous Underwater Vehicle

Sumit says, “Some of the people we approached for funding the prototype development were sceptical about building a ‘tablet’ to compete in the already crowded tablet market. Most people thought we were trying to re-invent the wheel and showed disinterest before they even heard about the need we were trying to address. There will be challenges in manufacturing in bulk quantities too. However, we chalked out proper plans to overcome these anticipated problems by keeping various options open.”

Patents
The team has applied for a utility patent and a couple of design patents. Another utility patent is in development phase. They expect to get a utility patent for the WTH pad that combines the functionalities of a writing pad and a keyboard. The closed-book design with paper holding in the tablet and stylus charging mechanism are in the process for design patents.

Improvements
Rohin informs that though the prototype demonstrates the basic functionality, they do intend to showcase the final product with all the bells and whistles. Some of the improvements include eliminating the need for battery, ability to work with other devices seamlessly and a better software for organising notes.

“We believe in continuously improving the user experience to make it as close to natural way of working as possible. So technically our products are never finished as they will continue to evolve in order to enhance user-experience,” Rohin asserts.


The author is a tech correspondent at EFY Bengaluru

1 COMMENT

  1. I want an instrument which can be used for TV, as pen drive to get channels without using cable or dish. Any thing like that?

LEAVE A REPLY