Process layout
This is an example of a project conducted by Big Wave Robotics (Marosol) with Pyeongchon Hallym University Sacred Heart Hospital as a large-scale robot convergence model demonstration project in which Hyundai Robotics D1's Disinfection robot was installed.
Hospitals are transforming into facilities that provide more advanced services by installing robots responsible for disinfection within them.
Components
| Robot | Hyundai Robotics D1 |
|---|
Workflow
| STEP 1. | Set the disinfection schedule |
|---|---|
| STEP 2. | Disinfection of the relevant floors proceeds according to the schedule |
| STEP 3. | Robot return |
Features
Minimizing Hospital infections using non-face-to-face services
By providing services using robots without direct human interaction, it blocks transmission between patients and medical staff within the Hospital
To create a safer hospital environment, disinfection robots move according to a schedule and carry out Disinfection Robot
Reduction of the burden on existing personnel
Reduced labor intensity by having robots perform hospital tasks previously carried out by humans
Automatic wireless charging function
Although it uses batteries, all support automatic charging, making robot management convenient
Marosol Robot Control System
All robots can be managed within the robot control system developed by Bigwave Robotics, making robot management easier
The robot's usage history can also be managed, enabling efficient operation
Results
| Key Benefits | Increasing the work efficiency of hospital personnel through the reduction of labor intensity
Robots handle simple/repetitive tasks, while humans focus on high-value customer services
Providing safe contact-free services and new digital experiences |
|---|
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