Delivery Robot Service for Campus
In an interview with Seoul National University students, we were able to confirm various complaints.
Due to the long distance between the campus and the outside, the food menu choices within the campus are narrow, and the distance between the lecture room and the cafeteria is too large due to the too wide campus, making it difficult to full use of break time.
In addition, we confirmed inconveniences, including the fact that it is difficult for delivery drivers to find their way due to the complexity of the roads, causing inconvenience to both students and delivery drivers, and that, as a result, excessive delivery fees are charged.
That's how we came up with a food delivery robot service.
It's a common daily life on campus.
Use break time to order delivery food, but excessive delivery fees are added due to the large and complex campus.
Delivery drivers have difficulty finding their way due to complicated roads and insufficient guidance.
The road is complicated, so it is difficult to explain the way to the delivery driver.
Campuses in Korea are mostly located in hilly terrain.
For safe food delivery, we conducted research on how to keep level even on hills,
and found the answer in the movement of the rear wheels.
The axle of the rear wheel rotates according to the inclination angle of the hill to prevent food from spilling inside the storage space.
Most food is safely packaged, but it is a solution that can prevent delivery accidents on steep slopes.
The compartment opens up,
allowing the recipient to comfortably see inside the compartment at eye level and safely access food.
The height has been set considering all children, adults, and people in wheelchairs.
The shape of the robot is the result of research to find the most suitable specifications including sufficient storage space.
The delivery driver delivers the food to the delivery robot at the campus entrance and enters the orderer's number.
A notification goes to the orderer and the orderer enters the current location through the app.
A delivery robot will deliver food to your location. When the orderer approaches, the robot opens the storage space and delivers the food.
Food has arrived at the campus entrance!
Where can I bring it to you?
Where can I bring it to you?
I will arrive at the location you entered in 5 minutes!
Im here!
Have a nice meal!
Have a nice meal!
THANK YOU
