Recommended
More Related Content
What's hot
What's hot (20)
Similar to Mouse gloves
Similar to Mouse gloves (20)
Recently uploaded
Recently uploaded (20)
Mouse gloves
- 1. Mouse Gloves Akhil S Menon Akhilnath E R R Sarath Chandran Nimisha K K Sreekutty K T MAINPROJECT
- 3. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 1 › HID › Mouse cursor movement › Left, right and double click › Zoom in and out › Motion sensing gaming › Presentations
- 4. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 2 › Main module
- 5. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 2 › Bluetooth-PC side
- 6. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 2 › Power supply
- 7. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 3 › PIC › Flex sensor › MEMS - Accelerometer › Bluetooth transmitter and receiver › USART › Level converter
- 8. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 4 › Power supply
- 9. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 4 › PIC
- 10. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 4 › MEMS - Accelerometer
- 11. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 4 › Flex sensor
- 12. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 4 › Bluetooth module
- 13. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 4 › Level converter
- 15. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 5 › { Algorithm for ADC } Step1: Start Step2: Load ADCON0 with 80H and ADCON1 with 81H for selecting RA0(89H for selecting RA1) as analog input port Step 3: Set A/D conversion status bit, ADGO =1 to start conversion. Step 4: Check if ADGO=0( i.e. A/D Conversion complete), if yes transfer higher 2 bits in ADRESH to a variable and shift it to left 8 times, then OR the contents with lower 8 bits in ADRESL. If no, go to step 4. Step 5: Compare the digital value with a threshold, and transmit it via UART. Step 6: Stop The same procedure is done for the data input at analog channel RA1.
- 16. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 5 › { Algorithm for asynchronous transmission } Step 1: Start Step 2: Configure PORT C as output port Step 3: Select asynchronous transmission by clearing SYNC bit. Step 4: Set the transmit enable bit (TXEN) to enable data transmission Step 5: Set BRG bit for high baud rate selection Step 6: Initialize SPBRG= 128 for the baud rate 115200 using the equation Baud rate= fosc/(16*(x+1)) Step 7: Enable serial port by setting Serial port enable bit, SPEN Step 8: Move the character to be sent to the transmit register, TXREG Step 9: Check if transmit shift register status bit, TRMT =1. If yes, transmission completed. If no, go to step 9 Step 10: Stop
- 17. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 5 › { Algorithm for Gloves } Step1:Do the basic Initialization –ADC,USART(115200 bps), PULL UP keys etc Step2:Take ADC readings through channel 0 and 1 continuously when PULL UP key(RB2) is pressed Step3: If channel0 (X - axis) value is less than current ADC value send 'L' to USART. If greater then send 'R' Step4:If channel1 (Y - axis) value is less than current ADC value, send 'D' to USART. If greater then send 'U' to USART Step5:If PULL UP key RB1 is pressed send '#' to USART(for right click command) Step6:If interrupt key RB0 is pressed once send '$' to USART(for single click command) And if RB0 is pressed twice send “$ $” to USART(for double click command) Step7:Goto step 2
- 18. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 5 › { Algorithm for configuring Bluetooth module } Step1:Configure USART to 115200bps Step2:Transmit '+''+''+' Step3:transmit "AT" followed by <CR> and check whether "OK" is received Step4:transmit AT+BTLNM=”HID-BLUETOOTH” followed by <CR> wait for "ok" Step5:Transmit AT+BTURT=<Baud>, <Data Bits>, <Parity>, <Stop Bits>, <Flow Control> followed by <CR> eg : AT+BTURT=115200,8,0,1,0 Step6:Transmit AT+BTSRV=1 followed by <CR>
- 19. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 5 › { Algorithm for Mouse Action } Step 1: Start Step 2: Declare library functions (from API Viewer and MSDN) for configuring mouse actions Step 3: Set the properties of MS Comm1 and MSComm2 Step 4: Create a form such that when the port is open display COM1-COM8 for COMM PORT selection Step 5: Get the current cursor position and compare the data in inbuff with L, R, U, D and set the cursor point to that direction by 2 pixels. If the data is $, # or * perform left click, right click or double click. Continue checking the data received at COMM port. Step 6: Stop
- 20. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 6 Initialize ADC Initialize USART & set baud rate = 115200 Set I/P ports RA0 (L & R) And RA1 (U & D) Set RC6 as O/P port Store 10 bit ADC O/P of RA0 in integer X & RA1 in integer Y If Y > 550 Transmit ‘U’ Transmit ‘R’ If Y< 450 If X <400 Transmit ‘D’ Transmit ‘L’ If X> 600 Yes Yes Yes No No Start Yes
- 21. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References PROS › prevent carpal tunnel syndrome and other repetitive stress injuries › Video game controller › Perfect for giving presentations › Intuitive CONS › cumbersome › Movement is not that smooth › Need to wear gloves 7
- 22. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 8 › Key Board › Voice control through MAT LAB
- 23. Introduction Block Diagram Functional Blocks Circuit Diagram Algorithm Flowchart Pros & Cons Future Expansion References 9 › Hn.B.Peatman,Design with PIC microcontrollers, Pearson Education pt. Ltd, Second Edition › Frank Vahid Tonny Givargis,Embedded system design- a unified hardware/software introduction › Brain in chip Technologies ,Embedded system design using PIC controller › www.microchip.com › www.alldatasheets.com › www.semiconductorsphilips.com/sales.
- 24. ?