RECEPTION ROBOT
Introduction:
The Reception Robot is a mobile robot designed for indoor operation to support digital transformation in a school environment.
Figure 1: Delivery Robot.
Figure 2: Monitoring interface.
Application:
- Information Guidance: Providing information and Q&A via Chatbot.
- Attendance Support: Performing attendance checks.
- Navigation: Guiding and leading users to locations such as labs, classrooms, or restrooms.
- Item Delivery: Carrying out item delivery via a form.
DELIVERY ROBOT
Introduction:
The Delivery Robot is a robot that supports digital transformation in schools, with its main application being goods transportation. The robot was developed with the goal of autonomous operation in outdoor areas, allowing users to place orders and monitor the vehicle’s operational status in real-time via an application.
Figure 1: Delivery Robot.
Figure 2: Monitoring interface.
Application:
- Goods transportation.
- Promoting digital transformation in management and services.
- Enhancing the user experience.
UNMANNED SURFACE VEHICLE (USV)
Introduction:
Unmanned Surface Vehicle – USV is known as a modern vehicle which assists people in discovering water environment. It can either be remotely controlled or operate automatically to fulfill different tasks.
Figure 1: Unmanned Surface Vehicle (USV)
Figure 2: KIAL-UDB, finished products
Application:
- Researching and monitoring the environment.
- Water sampling
- Map drawing
- Patrol and scout
- Transferring information or carrying device.
- Can be weaponized and used for various purposes in the military.
- In addition, USV can be combined with AUV, ROV and UAV to form an automatic system for multiple purposes both in the air and water.
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REMOTELY OPERATED UNDERWATER VEHICLE (ROV)
Introduction:
ROV is an underwater vehicle remotely controlled by cables and thrusters, varied in shape and size. ROV is regarded as a modern tool that enables people to explore the underwater world, perform many tasks at depths that humans can not reach. It can work under water for long periods, in harsh environment. Often there is a video camera, carrying sensors and hand-held machines, serving a variety of tasks for military and civil purposes.
Figure 1: VIAM – ROV500
Figure 2: VIAM – ROV900
Figure 3: KIAL – CROV
Application:
- Set up / remove mines, torpedoes
- Collaborate with human in the battle
- Patrol, security and rescue
- Oil and gas field exploration, mineral
- Close and open the valves, pipeline repair installation, rig maintenance
- Digging, installing, checking underwater cable condition
- Collecting information, geography, marine biology
- Underwater archeology, exploration of shipwreck
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AUTONOMOUS UNDERWATER VEHICLE (AUV)
Introduction:
The AUV can be considered as an improved version of the ROV, which is a highly autonomous unmanned vehicle for underwater applications. Mostly of the torpedo type with propulsion and steering, self-controlled. Can work under water for long periods of time, depending on the source of energy. AUV is equipped with sensor devices, serving a variety of tasks for military and civil purposes.
Figure 1: VIAM-AUV2000
Figure 2: KIAL-AUV
Application:
- Mapping the seabed
- Survey and monitoring by region
- Surface geological exploration, gathering information about the mines and minerals
- Detect, destroy the target underwater, demining
- Information gathering, monitoring and reconnaissance
- Submarine warfare, survey and identification
- Transmission of information and locate underwater
- Attack and defense support
- Special tasks (torpedoes, lay mines…)
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NAVIGATION
Introduction:
AHRS (Attitude and Heading Reference System) is an estimate of the angles of roll, pitch, yaw of self-propelled robots with high accuracy and updating speed. Using AHRS and accelerometer sensors, Inertial Navigation System (INS) is able to locate the robot with high accuracy at the beginning but the INS drift is greater with time. Combining Global Positioning System (GPS) with INS system increases the quality in many aspects such as accuracy, speed update, …
Navigation algorithms
VIAM-NAVI, finished product
Application:
- Positioning on the ground, surface, under water.
- Lead the way for self-propelled vehicles
- Provides input data needed for advanced control applications such as positioning, balance,…
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MANIPULATOR APPLICATION
Introduction:
The need for robots is increasing in complex manufacturing processes that contribute to increased productivity, reduced costs, improved quality and accuracy, and reduced risk when people work at dangerous environment. The design of robotic systems operating without human intervention is becoming more and more popular, especially in the era of rapid development of computer vision today.
Application:
- Folding & sort objects on the dynamic conveyor
- Welding of complex objects
- Spray paint for the product
- Replace workers in hazardous environments and continuous operation
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FLEXIBLE MANUFACTURING SYSTEM
Figure 1: Flexible Manufacturing System
Figure 2: Flexible Manufacturing System
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OBJECT CLASSIFICATION SYSTEM
- Combining equipment in industrial automation such as cylinder, solenoid valve, conveyor, rotary handle, picking handle … into the product classification model. Especially the picking mechanism is made of two axes X, Y is the visme attached to the stepper motor and the Z axis is the travel cylinder and the pick up cylinder.
- Using module motion controller of PLC S7-1200 to control position for two X and Y axis motors and one rotary platform.
- Use Matlab to capture and identify the chess pieces, then process and transmit PLC position parameters in x, y coordinates so that the station can position the chess piece to the desired position automatically.
- Monitor, read status and manual mode to control effects on remote devices via Webserver written on HTML, CSS, Jquery and Javascript.
Figure 1: Object Classification System
Figure 2: Function control system
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MIXING TANK SYSTEM
Our mixing tank system demonstrates a simple mixing process: fetching constitutive colourants (red, blue, yellow) -> computing the amount of each colourants -> mixing and blending to produce a new batch of colourant -> canning finished product.
Feature:
- Direct control using HMI
- Remote supervisory control through the use of SCADA and WebServer
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HEATING TANK
Temperature control and level control are widely concerned nowadays, especially in industry and agriculture. In the factories that specialize in producing chemical and beverage, the requirements concerning liquid’s temperature and volume (or level) are very strict. Therefore, researching an appropriate solution for this problem would be a tremendous help to quality management as well as production optimization.
Our model consists of a controlling tank and a storage tank. After being pumped into the controlling tank, the liquid is periodically heated using heater resistor. A pump is controlled by PLC and inverter to pump the required amount of liquid into the storage tank. The model also uses a PID controller to control the tank temperature. Additionally, the model is equipped with HMI interface, SCADA interface, LAN based web server, IOT-integrated database to supervise the system.
Under development:
- Combine with other systems to form a large-scale production line
- Integrate a chiller into the output pump,…
- Widen the controller’s temperature range to adapt to different kinds of industrial systems
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FILLING SYSTEM
Our filling model is built based on the design of the filling systems used in beverage, chemical factories,…
Operation: A bottle is brought into the system and carried along the conveyor -> the sensors detect the bottle and stop the conveyor -> the system fills the bottle with water from the storage tank -> the amount of water is measured by a flow sensor -> when the bottle is full, the system stop pumping out water, the conveyor moves again and a new filling process begin
Feature:
- Direct control using HMI screen
- Remote supervisory control through the use of SCADA and WebServer
- Storage tank’s temperature can be controlled using PID controller
- IFM sensors with I/O Link communication
- Precisely controlled conveyor using RS-Servo
- Product classification system using camera
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CLASSIFICATION AND STORING SYSTEM
The classification of products according to the characteristics of the products is very popular in the industry such as classification of substandard products, according to color, height, … so that products with similar characteristics can be arranged. In this model, the material and height characteristics are used to classify products.
Operating procedure: The product is put on the conveyor belt -> the height sensor will measure the height -> the metal sensor will recognize whether the material is metal -> If it is metal and set the height, the cylinder will push then the product will pick up the product tray into the hands on the second floor warehouse (store has 2 floors: 1st floor: nonmetals, 2nd floor: metal) -> If the product is metal but not the correct height, the product will go out of the conveyor -> non-metallic sensor -> If the product is non-metal and the correct height, the cylinder pushes the product to the tray and then the picker takes the product away.
Feature:
- Control via HMI screen
- IFM sensors with IO-Link communication
- Stable Gripper
- Conveyor control with inverter
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AUGMENTED REALITY (AR)
Augmented reality (AR) is the integration of information from a computer into a real-world environment, in which the insertion of images into the user’s vision is dominant. AR technology improves the worker’s ability to increase productivity, it provides a safe environment and enhances job satisfaction of workers.
Application of AR:
- Installation
- Maintenance and repair
- Technician training
- Quality control
Augmented reality demo with inverter
IIOT PLATFORM
SMART MANUFACTURING SOLUTIONS
MONITORING AND MANAGEMENT SYSTEM
SMART HOUSE
Introduction:
Figure 1: Structure & Algorithm of the Designed Smart Home
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Digital Water Curtain
Digital water curtain is an image display system with water by controlling the opening and closing valves in a given scenario. In recent years, these systems have appeared more and more, bringing about economic benefits and are widely applied in the field of decoration, advertising for events, commercial center and product showroom…With the new addition, the ability to combine music and light will evoke more emotions for users than the conventional lighting system.
The demand for equipment is huge, but the cost of investing in digital water curtain is quite high due to the need to import from abroad and the maintenance and replacement is also difficult.Therefore, the localization trend of digital water curtain in the market is an urgent need to increase competitiveness compared to imported products.
Figure 1: Digital water curtain
Figure 2: Control system
GUI on PC: The image import program needs to be displayed on the water screen
- Import any image into a black and white image.
- Scale image size to fit the number of valves on the screen.
- Perform the script and transfer the image data down to store in the SD-Card.
Smart phone: Import images or create your own picture.
Microcontroller: Boards are mainly used to handle and control valve tasks so that an image or a preset script can be displayed on the water screen..
Driver: Used to convert the MCU signal into a water valve shutoff.
Curtain: The mechanical system is fitted with control valves.
The light controller is based on the audio signal: increase the attractive effect of digital water curtain
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