“Lazy Donkey”的版本间的差异

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Hardware Buildup
Schematic
第8行: 第8行:
  
 
==Schematic==
 
==Schematic==
Use shock sensor detects the beat, and then let the motor run some distance the donkey
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Use Microduino-shake sensor to detect the beat and let the motor lead the donkey to run forward for some distance. For the running speed and duration time, users can set by yourself based on personal needs.  
 
 
forward. User can set the speed and duration time of donkey running.
 
 
[[File: _304_DozingDonkey-sch-E.jpg|600px|center]]
 
[[File: _304_DozingDonkey-sch-E.jpg|600px|center]]
  

2015年10月25日 (日) 04:47的版本

Language English

Overview

Mr. donkey is always too lazy to work. Only by knocking on the desk will he get to work.

Schematic

Use Microduino-shake sensor to detect the beat and let the motor lead the donkey to run forward for some distance. For the running speed and duration time, users can set by yourself based on personal needs.

Equipment

Module Number Function
Microduino-CoreUSB 1 Core board
Microduino-Sensorhub 1 sensor hub
Microduino-Shake 1 Vibration sensor
Microduino-Robot 1 robot module
Microduino-Motor 1 DC motor module
Motor 1 motor

Preparation

  • Setup 1:Connect the CoreUSB module to your computer and then start the Arduino IDE
  • Setup 2:Select Files > Examples > mCookie > _304_DozingDonkey
  • Setup 3:Click upload to upload the program. When "Done Uploading" appears, the

program should have successfully been uploaded into the CoreUSB.

Program description

  • Control pin definitions explained.
#define motor_pinB 6  //Motor 1
#define motor_pinA 8  //Motor 1

//#define servo_pinB 5   //Motor 2
//#define servo_pinA 7   //Motor 2

const int vibrationPin = 10;  // Shack sensor
  • Locate the following code, where 255 is the maximum value of the motor speed, you can

adjust to any value from 0 to 255 (recommended value not less than 60, or may be

triggering Movies sensor stability).

  • Delay can be controlled motor running time, preset to 1000 ms, that one second, you can

modify it as needed.

void fullForward() {
  //digitalWrite(motor_pinB, HIGH);
  analogWrite(motor_pinB,255);//0-255
  digitalWrite(motor_pinA, LOW);
  delay(1000);
}

Hardware Buildup

  • Setup 1:Use the below diagram as reference and connect the sensors into the corresponding ports on the Hub module.
  • Setup 2:Connect the motor to the Motor module as it is shown above.
  • Setup 3:According to your project needs, you can attach the motor accessories for attachment to other devices.
  • Setup 4:Connect the activated Battery box to your Battery Management module.
CoreUSB Ble steup2.jpg
  • Setup 5:Stack all the modules together in any order you like. Congratulations, you have finished building the circuit!

Result

Tapping the table, shock sensor detects vibrations, the donkey moves forward 1 second.

Video