'Design of ergonomic emergency car toilet seats as a solution to severe traffic in Jakarta, Indonesia
Abstract
This research aims to create an ergonomic emergency toilet design on car seats. This system can offer more convenience and comfort for car drivers stuck in traffic jams for hours. Background: Congestion in Jakarta is one of the few problems the government has not resolved to date. The leading cause is the amount of transportation. Reducing the use of private vehicles, such as cars or motorbikes, and the number of people in Jakarta is very anxious because traffic congestion in Jakarta and surrounding areas is worsening. Even the highways used to free us from traffic obstructing our roads because cars are everywhere. This situation can be a problem when using the toilet where the driver is stuck in traffic for hours. This method induces discomfort and causes urinary system disorders and bladder disease. Method: To design an emergency toilet system on a car seat, an ergonomic approach introduces a new design concept for car drivers and passengers. Using this toilet system, users do not need to get out of the car, but simply opening the hole cover in the seat can be used easily and more comfortably. Result: Emergency toilet on the car seat. Passengers can also use this because it is made on every seat in the car.
Keywords: Emergency toilet, toilet car, Traffic Jam toilet, Traffic jam Jakarta
DOI: 10.54941/ahfe1002004
Cite this paper
More from this volume
- Construction of the Educational Model of Vocational College Students' Career Planning Based on Design Thinking
- Interdisciplinary curriculum design integrating design, technology, and business
- An Exploration in Integrating Design Thinking into Chinese High School Curriculum
- Online Teaching Platform of Design Thinking Workshop
- Exploration and Practice of Progressive PBL in costume design course: The Example Engineering and Design College of Hunan Normal University
- Modeling user requirements for driver-vehicle interaction system in China
- "How can I learn to use this car faster?": User education for intelligent connected car
- Interactive Design of Car Steering Wheel Touch Screen Interface Based on KANO Model
- From the Driver's Point of View of Information Reception: Building a Design Strategy for Aiding Interaction with Novice Drivers
- Ease of Use for Interactive Mode of Intelligent Connected Vehicles: A Case Study of Physical Button and Virtual Interface
- External HMI for Automated Vehicles: Adding a Communication Perspective for all Road Users
- Under the Era of Light Health Preservation--- The Influence of College Students' Study Pressure on Their Choice of Regimen


AHFE Open Access