Student Projects
Submission Template for Student Design Competition 2014
Contact Information
University: KyungSung University
Team Members (with year of graduation): Kim HyungJun(2015), Kim JongMin(2014), Kim HyunWoo(2016), Kim ChaeYu(2015), Bae JinHwan(2016), Bae JongNam(2016), Kang YuJin(2015)
Faculty Advisers: Kim JungHyun - professor
Email Address: dasyha@naver.com
Submission Language: English
Project Information
Title: Smart Kitchen
Description: Noise, gas and smoke by measuring, we can prevent the user's safety accidents.
All kitchen appliances using ZIGBEE communication can wirelessly provide control
and will provide for user convenience.
Products: 1.H/W: NI 9234, cDAQ-9171, NI USB 6008, AMP(YAMAHA)-MG102c, GSLS61-P110(Gas Sensor), NIS-05A(Smoke Sensor), ATMEGA128, MIC, Electric Stove, Motor, IPAD, ZIGBEE MODULE(FZ200BS), PC
2.S/W: LABVIEW, CATIA, CODEVISION, ATMEL STUDIO 6, ORCAD
The Challenge:
1. Noise Part: Can we give to help for user's convenience through noise measurement and signal processing?
2. Gas Part: Can we provide to prevent for user's safety accidents through gas measurement and signal processing?
3. Smoke Part: Can we provide to prevent for user's safety accidents through smoke measurement and signal processing?
4. Communication Part: Can we be able to wirelessly control for user's convenience through Zigbee communication?
The Solution:
1. Explain how project works.
- Noise, Smoke, Gas, Communication(Wireless), Parallel structure.
1-1. Introduce Algorism
Noise Algorism | Smoke Algorism |
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Gas Algorism | Communication Algorism |
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1-2. Project solving process and result
Noise Part solving process and result | |
| -Using WAVETRANSFORM 32BIT -Frequency bands can be easily found - It is easy to distinguish from the back-ground noise - Meat can be cooked only sound |
Gas Part solving process and result | |
| - The amount of current is measured in the amount of leakage smoke -If smoke is detected by sensor, fan automatically operate. -In the case of the normal range do not work -Beyond the normal range, a warning alert -Alarm occurrence notification, and when it reaches a critical state |
Smoke Part solving process and result | |
| -The amount of current is measured in the amount of leakage gas -In the case of the normal range do not work -Beyond the normal range, a warning alert -Alarm occurrence notification, and when it reaches a critical state -For safety, the gas valve automatically blocked. |
Communication solving process and result | |
| -Connect GIGBEE Communication, work with LabVIEW. -Text type of communication method -Appliance products and smart kitchen Connect the wireless communication -Add timer function (if you setting up the timer, a appliance automatically operate how to wireless communication). |
2. Explain the benefits using LabVIEW and NI tools.
- Development time faster and easy implementation of various operations
- The icon consists of a portion of the source code so observing the flow of data is possible to intuitive
3. Project image
Concept 3D MODELING | Complete 3D MODELING |
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The actual Project (L) | The actual Project (R) |
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Remote control model (this part set up by user) | Remote control model (this part set up by engineer) |
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4. VI CODE (Image)
Complete VI |
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Noise Part VI |
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Gas Part VI | Gas Part - Case Details VI |
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TDMS Save SUB V | TDMS Load SUB VI |
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Communication SUB VI | Timer Function SUB VI |
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5. Level of completion
- Beta Version
6. Time to build
- 2014.01 ~ Up to now
7. Additional revisions that could be made
- Add to Recipe - Most used automatic boiling water in the kitchen will add functionality
- communicating kitchen appliance additional
- To measure the temperature of fire, Appears on the display
- To measure the temperature of fire, Automatically control the intensity of the fire
Attach Poster - (30 in. x 38 in.) and LabVIEW Code
Nominate Your Professor (optional)
We nominate my professor Jung Hyun Kim. He is being performed joint project using the LabView with Samsung electron. He has a strong attachment to LabView and give us the interesting item, idea.
We were the making Ping-pong ball sorter using LabView. As second grade class, we made Karaoke room s/w using LabView. As the third grade class, we were controlled motor used crane using PID control over LabView in order to control the motor at a constant speed.
Professor Kim has always wanted lecture that give us interest, fun, and advised to enjoy the programming as young children play with blocks.
So we feel LabView like entertainment. We would like to take this opportunity to thank of professor Kim
