1. A Multi-Purpose Remote Controller Based on Bluetooth Mobile Phone Advisor: Chao-Huang Wei Student: Syue-Ming Lin PPT Production rate: 100% Data: 2012 / 02 / 29

2. Outline  Abstract  Introduction  System Structure of MRCBMP Hardware Design  Functions Description of HWCP  Conclusion  References

3. Abstract  In this study, a multi-purpose remote controller based on Bluetooth mobile phone (MRCBMP) is proposed to provide users for a convenient control interface.  The IR, RF and Bluetooth modules are integrated into the microcontroller module cooperated with Bluetooth mobile phone by Bluetooth module.  By MRCBMP, users can control IR, RF and Bluetooth controlled objects without the numerous conventional remote controllers.

4. Introduction(1/3)  With the more household appliances entering everyone’s home today, the more and more remote controls are created to be accompanied with increasing variety and brands of appliances.  The numerous remote controls make the operations inconvenient, because user needs to switch from one control to another when user wants to control different appliance.  In the commercial market, the called universal controllers are promoted to reduce increased the amount of remote controllers.

5. Introduction(2/3)  At present, traditional mechanical keys are still applied for the entrance mechanism. For the advanced security reason, inputting the passwords or using induction technologies are mainstream applications.  For example, the RFID is an induction application. The RFID reader induces the tag and read the data from tag to control entrance mechanism.  Sometimes, users may forget to bring the RFID card with themselves or passwords, so they are kept out of the door.

6. Introduction(3/3)  In this work, three wireless control interfaces hardware including IR, RF and Bluetooth are integrated in a portable mobile phone.  We can input the control data of the different brands and types into the mobile phone. The data will be stored in the memory of mobile phone.  The users can control different controlled objects without changing the controller hardware in the mobile phone.  Compared with traditional universal controllers, this work provides more flexible extension.

7. Fig. 1. Diagram of Daily Applications

8. Fig. 2. Hardware block of MRCBMP System Structure of MRCBMP

9. Hardware Design(1/5) Fig. 3. Hardware block and prototype of MCU PIC16F877A

10. Hardware Design(2/5) Fig. 4. Hardware block and prototype of Bluetooth module

11. Hardware Design(3/5) Fig. 5. Hardware block and prototype of IR module

12. Hardware Design(4/5) Fig. 6. Hardware block and prototype of RF module

13. Hardware Design(5/5) Fig. 7. Prototype diagram of MRCBMP

14. Fig. 8. Protocol layers and profiles of Hybrid wireless control program(HWCP) and Bluetooth module

15. Fig. 9. Operation flow chart of HWCP

16. Fig. 10. Main control menu

17. Fig. 11. IR control menu

18. Fig. 12. RF control menu

19. Conclusion (1/2)  This study has proposed a multi-purpose remote controller based on Bluetooth mobile phone.  IR, RF and Bluetooth wireless communication technologies ate integrated into MRCBMP design to provide users for a convenient control interface.  By MRCBMP, users are able to control IR, RF and Bluetooth controlled objects without numerous conventional remote controllers.

20. Conclusion(2/2)  The suggestions of future works are given as follows. We will integrate microcontroller module, Bluetooth module, IR module, RF module and Bluetooth module into a chip to reduce the hardware size of MRCBMP.  Besides reducing size, we will set up a controlled object database with common household appliances and daily applications.  If users buy a new household appliance, they can download its control data from internet to change their controlled object in the HWCP without any additional cost.

21. References (1/2) [1] Yu-Chung Yang; and Fan-Tien Cheng, “Autonomous and universal remote control scheme,” Proc. Of the 28th Annual Conference of the IEEE Industrial Electronics Society, vol.3, pp. 2266 – 2271, 2002. [2] Zhang Hongnan; Jiang Chao; Huang Yayou; and Hu Saichun; “Design of Infrared Signal Emission Based on MCS-51 Microprocessor,” Proc. Of International Conference on Networking, Sensing and Control, pp. 43 – 45, 2008. [3] Radu Alecsandru, William Pruehsner, and John D. Enderle, “Remote Door Lock Controller,” Proc. Of IEEE 25th Annual Northeast Bioengineering Conference, pp. 55 – 56, 1999. [4] Jia-Ren Chang Chien and Cheng-Chi Tai, “The Information Home Appliance Control System—A Bluetooth Universal Type Remote Controller,” Proc. Of IEEE International Conference on Networking, Sensing & Control, pp. 399 – 400, March 2004.

22. References(2/2) [5] G. Eason, B. Noble, and I. N. Sneddon, “On certain integrals of Lipschitz- Hankel type involving products of Bessel functions,” Phil. Trans. Roy. Soc. London, vol. A247, pp. 529 – 551, April 1955. [6] Der-Cherng Liaw, Mao-Sheng Hung, Chau-Yuan Song and Chao- Yang Cheng, “A RFID-Based Indoor Surveillance Database System Design,” Proc. Of 2007 CACS Automation Control Conference, Tai-Chung, Taiwan, R.O.C., Nov. 2007. [7] T.S.Rappaport, “Wireless Communication principle and practice,” P.H. inc., New Jersey, pp1345 - 1348, 2002. [8] B.J.Alfonsi, “Privacy debate centers on radio frequency identification,” IEEE Security ＆ Privacy, pp12, March 2004. [9] Sun Microsystems, Inc., “JavaTM APIs for BluetoothTM Wireless Technology (JSR 82) Specification Version 1.1.1,” pp.11 - 12, July 2008.

23. Thanks for your attention!