Human Body Induction Alarm Based on Arduino

The inducing distance is 7m.And it is a simple and cheap alarm which is suitable for a protection against burglars to home, office, warehous

Description

It uses DC5V voltage to work. When someone is appearing in the inducing area of infrared sensor and the whole system will use both sound and light to alarm. The inducing distance is 7m.And it is a simple and cheap alarm which is suitable for a protection against burglars to home, office, warehouse and laboratory.

Details

ICStation team of research and development department have made this project about the human body induction alarm .It uses DC5V voltage to work. When someone is appearing in the inducing area of infrared sensor and the whole system will use both sound and light to alarm. The inducing distance is 7m.And it is a simple and cheap alarm which is suitable for a protection against burglars to home, office, warehouse and laboratory.

Features of human body induction alarm :
1.When the hardware initializes, the buzzer will sound and the LED lights will flicker.The whole process keeps for 3-5 seconds
2.If there is no one appearing in the inducing area of infrared sensor, the buzzer will not sound and the LED light will not flicker.
3.If there is someone appearing in the inducing area of infrared sensor, the buzzer will sound and the LED light will flicker.The alarm of both sound and light will keep for 5 seconds.
4.If there is someone appearing in the inducing area of infrared sensor and remain still, the alarm will stop after 5 seconds of sound and light alarm.And only when the human body is moving during the inducing area of infrared sensor and then will trigger the alarm again.

Step 1: Components list

1.ICStation ATMEGA328 UNO V3.0 R3 Board Compatible Arduino UNO R3
2.Bread Board
3.Highlight LED light emitting diode
4.Human Infrared Sensor Module
5.Active Buzzer Module for Arduino
6.Jumper wires
7.DuPont line
8.USB line

Step 2: Hardware schematic diagram

Step 3: Hardware making tutorials

Connect +5 power and GND to bread board. The red jumper wire uses as power line and black jumper wire use as ground wire.

Step 4: Put the highlight LED emitting diode and pin header on the bread board

Step 5: Connect 2 PCS 3P Dupont Line to the buzzer module and human infrared sensor module

Step 6: Connect the buzzer module and human infrared sensor module to the bread board

Step 7: Connect the the signal end

Connect the the signal end of highlight LED emitting diode, buzzer module and human infrared sensor module to the Arduino board

Step 8: Connect the power end and ground wire end

Connect the power end and ground wire end of the components to the positive and negative pole of bread board

Step 9: The video to show the effect

Discussions

icstation wrote 01/28/2015 at 03:33

Hi Duane,

Thanks very much, I will try my best to improve my engligh. And welcome to correct my error, we would do better with your support.

Best regards,

Wanita

www.ICStation.com

Are you sure? yes | no

Duane Degn wrote 01/25/2015 at 05:59

In case any of you are wondering what a "Human Body Induction Alarm" is, it's basically an alarm triggered with a motion detector (PIR).

The "Human Sensor Module Pyroelectric Infrared" is often called a "PIR Sensor". "PIR" stands for Passive InfraRed). These sensors can detect the heat from bodies so they are often used as burglar alarms. This project shows how to use the PIR sensor as a burglar alarm.

These sensors are often called "motion detectors" since the sensor is triggered by changes in what the sensor "sees" rather than by the heat of a human. If a human were in front of the sensor when it was first turned on and the human remained perfectly still, the sensor would not detect the human. Of course it's not likely a human will remain perfectly (or nearly so) still so I think it fine to refer to the device as a human detector or a "human sensor".

I think this burglar alarm project will be useful to anyone wanting to learn how to use these PIR sensors but I think the project's title might confuse someone new to hobby electronics.

@ICSTation, I think this is a good project. I just wanted to help explain some of the terminology. I hope I don't come across as criticizing your project. I'm just hoping to clarify it a bit. Your English is much better than my Chinese. : )

A couple alternative titles to the project could be "Human Body Detection Alarm Using PIR Sensor and Arduino" or "Arduino Based PIR Burglar Alarm".

I've purchased items from ICStation several times and I've always been satisfied with their service and products. As is common when purchasing items from China the shipping can take a couple of weeks. In general, I would rather purchase items from ICStation than from some unknown ebay seller.

Here's a video I made using their 8x8 LED arrays.

http://www.icstation.com/icstation-max7219-matrix-module-control-display-p-2609.html

Are you sure? yes | no

Human Body Induction Alarm Based on Arduino

Description

Details

Step 1: Components list

Step 2: Hardware schematic diagram

Step 3: Hardware making tutorials

Step 4: Put the highlight LED emitting diode and pin header on the bread board

Step 5: Connect 2 PCS 3P Dupont Line to the buzzer module and human infrared sensor module

Step 6: Connect the buzzer module and human infrared sensor module to the bread board

Step 7: Connect the the signal end

Step 8: Connect the power end and ground wire end

Step 9: The video to show the effect

Discussions

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Human Body Induction Alarm Based on Arduino

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Description

Details

Step 1: Components list

Step 2: Hardware schematic diagram

Step 3: Hardware making tutorials

Step 4: Put the highlight LED emitting diode and pin header on the bread board

Step 5: Connect 2 PCS 3P Dupont Line to the buzzer module and human infrared sensor module

Step 6: Connect the buzzer module and human infrared sensor module to the bread board

Step 7: Connect the the signal end

Step 8: Connect the power end and ground wire end

Step 9: The video to show the effect

Enjoy this project?

Discussions

Become a Hackaday.io Member

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