Gyeongju Station KTX Floor Cleaning Robot Automation✨ A Case Study of Omni Industrial Cleaning Robot Introduction

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Gyeongju Station KTX Floor Cleaning Robot Automation✨ A Case Study of Omni Industrial Cleaning Robot Introduction

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Application Field: Application > Cleaning, Building Type > Transportation Facilities, Building Type > Public Institution

Application > CleaningBuilding Type > Transportation FacilitiesBuilding Type > Public Institution

#Industrial Cleaning Robot robots# Commercial Cleaning Robot robots# Gyeongju Station# Public Institution# Cleaning Robot automation# Omni# Gausium# omni# Marosol# Big Wave Robotics

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Process Overview

This is an example of Big Wave Robotics installing the industrial cleaning robot OMNIE, Workstation, and Mobile Watertank at KORAIL Tech's Gyeongju KTX Station.

With the outstanding cleaning performance and state-of-the-art sensor detection capabilities of the wet industrial cleaning robot OMNIE, along with the introduction of a workstation and a mobile water tank, we have implemented a system that enables the robot to operate smoothly even in environments with large areas and high foot traffic, such as KTX stations.

Project Background and Objective

Automation of KTX station floor cleaning through the introduction of wet autonomous cleaning robots
Implementing automatic water supply and drainage even at sites where plumbing work is difficult through the combination of a workstation and a mobile water tank.
By assigning large floor areas exclusively to cleaning robots, cleaning staff can focus on cleaning that requires human intervention, thereby improving the overall quality of cleanliness.
Reduction of workload and increase in job satisfaction for cleaning staff

Components

Robot	Industrial Wet Cleaning Robot Gausium OMNIE
Peripherals	Workstation Mobile Watertank

Workflow

STEP 1.	Schedule cleaning times according to your desired time slot (day/night)
STEP 2.	The robot automatically starts cleaning when the set time arrives
STEP 3.	It automatically returns to the workstation when conditions such as low battery, insufficient purified water, or a full wastewater tank are detected
STEP 4.	It returns to the stopping point to resume cleaning after charging, replenishing purified water, or emptying wastewater
STEP 5.	It automatically returns and charges even after the job is completed

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Features

Special Features

Schedule Cleaning Robot
- Apply scheduling function to desired cleaning times on-site
- Industrial cleaning robots automatically come out and clean when the designated time comes.
Coverage of all day and night time slots
- It is possible to operate not only during nighttime hours when customer traffic is low, but also during daytime hours when customer traffic is high.
- Omni's superior sensor system (3D Lidar + front, back, left, and right camera sensors) enables it to respond to real-time changing environments, allowing for smooth cleaning without colliding with moving customers or facilities.
Water supply and drainage automation through workstation integration
- Automatically return to the workstation when battery runs low, water supply runs low, or wastewater fills up during operation.
- After battery charging, water purification, and wastewater discharge, return to the stop location and resume operation.
- After the task is completely finished, return to workstation and charge
Increased convenience through integration with a mobile water tank
- In the case of construction sites built a long time ago, a situation arises where the facility's water lines cannot be used.
- For such sites, combining a mobile water tank with a capacity of 90L for purified water and 75L for wastewater can produce the same effect as connecting the on-site water lines.
Remote management through SOLlink S/W integration
- Real-time operation status check and control possible
- Check job completion history
- Provides immediate notification to the person in charge in the event of an error, enabling quick action.

Results

Key Benefits	Floor condition before and after cleaning Sensor recognition performance (obstacle and human movement recognition and avoidance) Increased job sustainability through improved working conditions and reduced fatigue
Client Feedback	It is said that it is good because robots have been introduced that can maintain the performance of walking equipment used on-site, allowing floor cleaning to be left to the robots. They say it is good because they can receive the feedback with specific figures in reports through the dedicated app. It is said that the ability to handle problems remotely and immediately check the robot's status (battery, current location, water/waste tank, error occurrence, etc.) is a good feature.

Key Benefits

Floor condition before and after cleaning Sensor recognition performance (obstacle and human movement recognition and avoidance) Increased job sustainability through improved working conditions and reduced fatigue

Client Feedback

It is said that it is good because robots have been introduced that can maintain the performance of walking equipment used on-site, allowing floor cleaning to be left to the robots. They say it is good because they can receive the feedback with specific figures in reports through the dedicated app. It is said that the ability to handle problems remotely and immediately check the robot's status (battery, current location, water/waste tank, error occurrence, etc.) is a good feature.

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