RUSH CONTROL IN PUBLIC PLACES

SECTION 3: PROJECT TYPE

Micro controller (AT89C51) hardware design with software development

 

 

SECTION 4: PROJECT DESCRIPTION

         

                                In modern days electronic locking system has become very popular, some of the locking systems are magnetic locking system, password based locking system and smart card locking system Etc. In this project a small demo for the password locking system has been implemented. Here microcontroller acts as controlling device for all interfaces used.

                                                This Project mainly used in rush places and restricted areas. In this Project 2 Sensors and 2 Displays and Door locking system are placed at the entrance. When the person enters through the entrance gate Display-1 shows the number of persons enter into the hall when the person comes out from the hall Display-2 shows the number of persons left from the hall. Other interface is the SWITCH interface we provide one switch at the entrance when the switch is pressed Door get closed. Those doors are open only when the authorized person enters their respective password.

SECTION 5: INTERFACES USED

Ø  4x3 hex keypad,                     

Ø  output display device as 7 segment Display

Ø  Buzzer for authorized access

Ø  Switch interface to access door manually

Ø  Sensors as scanning of persons

Ø  Motor for opening and closing of the restricted area those

Ø  One amp supply

SECTION 6: SOFTWARES USED

Ø  A Cross-compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Language: Assembly language.

Ø  Operating system: Windows Xp.

PASSWORD BASED CONTROL OF INDUSTRIAL APPLIANCES

SECTION 1: PROJECT TYPE

Micro controller (AT89C51) hardware design with software development (Device Driver).

SECTION 2: PROJECT DESCRIPTION

                The aim of this project is to provide the security for the Industrial appliances by providing some security code to operate the device. A small hardware model, which is as real as real world application, is built in this project. The user must give correct security code to operate the devices. The device will be activated whenever the authorized person enters the correct password, other wise the appliances will not be operated. It can further implemented to give a buzzer when a person enters the wrong code. In this project we are providing security for some areas and it gives some alarms when any person passes through that zone i.e. Compound wall security. We also place the fire sensor in this project. if any fire occurs it will detect and give alarm to the security person.

SECTION 3: PROJECT OUTLINE

Ø  A brief introduction to internal architecture of micro controller.

Ø  An over view of programming of micro controller.

Ø  An overview on assembly language.

Ø  An overview on interfacing 16X2 LCD.

Ø  An overview of Buzzers.

Ø  An overview on interface of switches and led.

SECTION 4: INTERFACES USED

Ø  Relay interfacing.

Ø  16X2 LCD Interfacing.

Ø  Stepper motor interfacing

Ø  ULN2003 interfacing

Ø  Buzzer, switches, led interfacing with micro controller Relay interfacing.

SECTION 5: SOFTWARES USED

Ø  A Cross compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Operating system: Windows XP.

DEVICE CONTROL USING REMOTE DESKTOP

PROJECT TYPE

Micro controller (AT89C51) hardware design with software development (Device Driver).

 PROJECT DESCRIPTION

         

          In Present days all the machines are controlled from remote areas. Presently all companies are going for automation by using P.C. In this project we are designing a hardware which is going to be connected to the serial communication port. In this software is also designed by using VB6.0 to control the motors from the P.C. We can control the devices from the system they are connected, not only that we can also control those devices from the distinct places through WAN or LAN.

SECTION 5: PROJECT OUTLINE

Ø  A brief introduction to internal architecture of micro controller.

Ø  An over view of programming of micro controller.

Ø  An overview on assembly language.

Ø  An overview on interfacing MAX232.

Ø  An overview of Relays.

Ø  An overview on interface of switches and led.

SECTION 6: INTERFACES USED

Ø  Serial communication interfacing.

Ø  Relay Interfacing.

Ø  ULN2003 interfacing

Ø  Buzzer, switches, led interfacing with micro controller.

SECTION 7: SOFTWARES USED

Ø  A Cross compiler for compiling and linking the code written for AT89C51.

Ø  Serial communication software for downloading code to AT89C51.

Ø  Operating system: Windows XP.