Top 16 Apps Similar to Arduino Accelerometer OTG USB

Connect Arduino To Android via Otg Cable . Arduino Code isprovidedin the App

Tired of seeing "Not Enough AvailableStorage"messages?The OTG Drive app offers users an easy way to back up andrestoreall of the photos and videos on your gallery, plus yourcontacts,music, call logs, and text messages directly to a KataOTG Drive.Backing up can never be so easy. Simply install this OTGDrive appon your Android device and the Kata OTG drive to startbackup yourgallery, contacts, music, call logs, and text messages.To allow forspace to capture more memories, you can set the app toautomaticallydelete the content from your device once the back uphas completed.Help keep your mobile content safe by backing it upon a Kata OTGDrive.• Back up all your contents on your device• Back up your photos• Back up your music• Restore backed up content to your existing or new deviceThis app requires Kata OTG Drive, which could be purchased atanyKata Stores, Kata Kiosks, and authorized dealers.Compatible with Android devices running 4.4 or later.

Easy OTG Camera is take a picture andrecordingapplication with USB OTG Camera* This application will work with specific USBCameradevices.If you have any question about the device, please contact [email protected] software is based in part on the work of theIndependentJPEG GroupAnd use libusb, libuvc.

Kids Painter OTG only works with SmartPaletteOTG version.“Included notable paintings of famous painters like Gogh,Klimt,etc. ““Included beautiful Korean traditional art designs.”Kids Painter is a painting application that is interlockedwithsmart device accessory, “Smart Palette.”It is good for children and adult to release stress bypaintingworld’s famous arts like “a Starry Night” and “a PearlEarring,”Korean traditional paintings, and interestinganimalpainting.Besides, amusing paintings of various theme will beupdatedperiodically.Kids Painter have two version: OTG USB and Bluetooth.Please check the version of Smart Palette you have, and installtheapplication accordingly.[Main Functions]- More than 100 different domestic and foreign designs.- 24 colors, size control of brush- saving and loading paintings- uploading to Social network

A Beginners guide to Arduino Using Basic Led circuits ThebestArduino Projects to begin with. The Arduino Led Projectsarepractical materials for developers who want to LearnArduinohardware to create cool projects. The Arduino Led Projectsappconsists of 1.Blink an LED 2.Fade LED 3.Fade LED using pot4.LEDcontrol by button 5.LED by serial monitor 6.LED usingphotocell7.Led using Relay switch 8.Led using Bluetooth Module9.Led usingIR sensor 10.Coin Flipper 11.Led temperature indicator12.Knightrider 13.Traffic Light 14.Led pendulum 15.Police Light16.Back andforth scanner key words arduino projects,arduinotutorial,arduino,electronic projects,arduino miniprojects,electronic miniprojects,electronics,projects,arduinoprojects,arduinotutorial,arduino ,electronic projects,arduinominiprojects,electronic miniprojects,electronics,projects,arduinoprojects,arduinotutorial,arduino ,electronic projects,arduinominiprojects,electronic mini projects,electronics,projects.

This is example of using phoneaccelerometerfor android developers students and readers of orencohenbook.To learn how to control the device using code.This app created using adobe air for android,and first you havetoinstall adobe air application.

Accelerometer that displays a graph of acceleration.

Control your micro controller and Bluetooth fitted RC car withyoursmart phone

It measure the acceleration on the remote with between twoandroidterminals.

Projects garage is an educational app for students who wantbestandverified projects and circuits related to fields ofelectrical/electronics / telecommunication and softwareengineering. Allthecircuits are self tested and verified by a teamof engineerstohelp the students who want working projects all inoneapp.Projects Garage is an extremely useful app forteachers,studentsand professionals. The app has a cleanuser-interfaceprovidingeasy and handy solution to all your problemsand savesyour timefrom searching the internet for working circuits/ codes.The appcontains various electrical circuits. Some of theseare :BatteryCharger Circuit Using SCR Air Flow Detector CircuitLongRange FMTransmitter Circuit Video Activated Relay RemoteJammerCircuitClap Switch Electronic Toss Circuit Digital Stopwatchandlotsmore… Projects Garage also features microcontrollerprojectsand Cprogramming projects including: Smart HomeAutomationSystemAndroid Controlled Robot Digital Lock Using ArduinoHangmanGameSnake Game Tic Tac Toe Game Quiz Game ContactsManagementSystemand lots more… So what are you waiting for?Download one ofthebest educational app now !!

It measure the acceleration on the remote with between twoandroidterminals.

Control any micro-controller that uses a Bluetooth module withyoursmartphone

RC카 제작 정보 : http://www.makecube.in/p/rc.html블루투스 연결 : REMOTE_CAR (비번:9999)블루투스로 리모콘 신호를 전달합니다.화면에 터치하고 드래그하여 조종합니다.터치 위치에 따라 예약된 신호(1byte) 가 전달됩니다.LEFT : lCENTER : cRIGHt : rFOWARD : fSTOP : sBACK : bRCcarproductioninformation: http://www.makecube.in/p/rc.htmlBluetooth connectivity: REMOTE_CAR (day off: 9999)Bluetooth remote control signal to the forwards.Steer, touch and drag on the screen.In accordance with the touch position is passed tothereservedsignal (1byte).LEFT: lCENTER: cRIGHt: rFOWARD: fSTOP: sBACK: b

No 1 Bluetooth Control For Arduino UNO and Arduino Nano

Arduino circuit check your car fromyourphonewith bluetooth communication .Arduino bluetooth haberleşmesi iletelefonunuzdanarabadevrelerinizi kontrol [email protected] can send mail .Sorularınız için [email protected]./*HAZIRLAYAN = Ahmet [email protected] can send mail .*/#includeSoftwareSerial BT(2,3); //rx-txint Car1= 5;int Car2= 6;int motorlc = 8; // left motor clockwise rotationint motorla = 9; // left motor anticlockwise rotationint motorrc = 10; // right motor clockwise rotationint motorra = 11; // right motor anticlockwise rotatioint Far = 13;int hiz1;int hiz2;int hiz3;String readString;void setup() { // presenting pins as outputspinMode(Far, OUTPUT);pinMode(motorlc, OUTPUT);pinMode(motorla, OUTPUT);pinMode(motorrc, OUTPUT);pinMode(motorra, OUTPUT);Serial.begin(9600);BT.begin(9600);}void loop() {while(BT.available()){ // the code here is for bluetoothdelay(3);char c = BT.read();readString += c;}if(readString.length() > 0){ // when a certain buttonispressedthe reaction will be...Serial.println(readString);if(readString == "Forward"){analogWrite (Car1,hiz1);analogWrite (Car2,hiz1);digitalWrite(motorlc, HIGH);digitalWrite(motorla, LOW);digitalWrite(motorrc, HIGH);digitalWrite(motorra, LOW);}if(readString == "Back"){analogWrite (Car1,hiz1);analogWrite (Car2,hiz1);digitalWrite(motorlc, LOW);digitalWrite(motorla, HIGH);digitalWrite(motorrc, LOW);digitalWrite(motorra, HIGH);}if(readString == "Left"){analogWrite (Car1,hiz2);analogWrite (Car2,hiz2);digitalWrite(motorlc, HIGH);digitalWrite(motorla, LOW);digitalWrite(motorrc, LOW);digitalWrite(motorra, HIGH);}if(readString == "Right"){analogWrite (Car1,hiz2);analogWrite (Car2,hiz2);digitalWrite(motorlc, LOW);digitalWrite(motorla, HIGH);digitalWrite(motorrc, HIGH);digitalWrite(motorra, LOW);}if(readString == "Stop"){digitalWrite(motorlc, LOW);digitalWrite(motorla, LOW);digitalWrite(motorrc, LOW);digitalWrite(motorra, LOW);analogWrite (Car1,hiz3);analogWrite (Car2,hiz3);}if(readString == "Car on"){hiz1 =200;hiz2 =140;hiz3 =0;digitalWrite(Far,HIGH);delay(50);digitalWrite(Far,LOW);delay(50);digitalWrite(Far,HIGH);delay(50);digitalWrite(Far,LOW);delay(50);digitalWrite(Far,HIGH);delay(50);digitalWrite(Far,LOW);}if(readString == "Car off"){hiz1 =0;hiz2 =0;hiz3 =0;}if(readString == "Far on"){digitalWrite(Far,HIGH);}if(readString == "Far off"){digitalWrite(Far, LOW);}}readString="";}Arduino circuitcheckyourcar from your phone with the Bluetooth communication.Arduino circuit check your car from your phonewithbluetoothcommunication.You can send mail [email protected] can take [email protected] questions./ *PREPARING = Ahmet ALBERI theYou can send mail [email protected].* /#includeSoftwareSerial CT (2,3); // Rx-txcar1 int = 5;car2 int = 6;motorlc int = 8; // Left engine clockwise rotationint motor = 9; // Left engine anticlockwise rotationmotorrc int = 10; // Right engine clockwise rotationMotorride int = 11; // Right engine anticlockwise rotationFar int = 13;int SPEED1;int speed2;int speed3;String ReadString;void setup () {// presenting pins as outputs  In pinmo (Farr, OUTPUT);  In pinmo (motorlc, OUTPUT);  In pinmo (engine, OUTPUT);  In pinmo (motorrc, OUTPUT);  In pinmo (Motorride to OUTPUT);  Serial.beg's (9600);  bt.beg's (9600);}void loop () {  while (bt.availabl to ()) {// the code hereisforBluetooth  DeLay (3);  bt.read char c = ();  ReadString + = c;  }  if (readstring.length ()> 0) {// when acertainbuttonis pressed in the reaction will be ...    Serial.println (ReadString);  if (ReadString == "Forward") {    analogwrit A (car1, SPEED1);    analogwrit A (car2, SPEED1);    digitalwrit A (motorlc, HIGH);    digitalwrit the (engine, LOW);    digitalwrit A (motorrc, HIGH);    digitalwrit to (Motorride to LOW);  }  if (ReadString == "Back") {    analogwrit A (car1, SPEED1);    analogwrit A (car2, SPEED1);    digitalwrit A (motorlc, LOW);    digitalwrit the (engine, HIGH);    digitalwrit A (motorrc, LOW);    digitalwrit to (Motorride to, HIGH);  }  if (ReadString == "Left") {    analogwrit A (car1, speed2);    analogwrit A (car2, speed2);    digitalwrit A (motorlc, HIGH);    digitalwrit the (engine, LOW);    digitalwrit A (motorrc, LOW);    digitalwrit to (Motorride to, HIGH);  }  if (ReadString == "Right") {    analogwrit A (car1, speed2);    analogwrit A (car2, speed2);    digitalwrit A (motorlc, LOW);    digitalwrit the (engine, HIGH);    digitalwrit A (motorrc, HIGH);    digitalwrit to (Motorride to LOW);  }  if (ReadString == "Stop") {       digitalwrit A (motorlc, LOW);    digitalwrit the (engine, LOW);    digitalwrit A (motorrc, LOW);    digitalwrit to (Motorride to LOW);    analogwrit A (car1, speed3);    analogwrit A (car2, speed3);  }  if (ReadString == "C on") {       SPEED1 = 200;    speed2 = 140;    speed3 = 0;    digitalwrit (Headlamp, HIGH);    delay (50);    digitalwrit (Headlamp, LOW);    delay (50);    digitalwrit (Headlamp, HIGH);    delay (50);    digitalwrit (Headlamp, LOW);    delay (50);    digitalwrit (Headlamp, HIGH);    delay (50);    digitalwrit (Headlamp, LOW);  }  if (ReadString == "C off") {       SPEED1 = 0;    speed2 = 0;    speed3 = 0;  }  if (ReadString == "Lights on") {       digitalwrit (Headlamp, HIGH);  }  if (ReadString == "Lights off") {       digitalwrit (Headlamp, LOW);  }  }  ReadString = "";  }

Control your micro controller and Bluetooth fitted RC caroverBluetooth.