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LewanSoul Qbot User Manual

Robot car kit
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Qbot Robot Car Kit
User Manual
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Summary of Contents for LewanSoul Qbot

  • Page 1 Qbot Robot Car Kit User Manual...
  • Page 2 Overview LewanSoul Qbot is a Smart Robot Car Kit that can programmable, with Ultrasonic Sensor, Light Sensor, Line Tracking Sensor, OLED Display, Bluetooth Module, Infrared Remote Control, Free Mobile APP for Arduino. Product Parameters: Net Weight About 0.308 pounds Material...

  • Page 3: Table Of Contents

    Catalog Main function introduction............4 Components................. 5 Assembly..................7 Introduction of WeMake software..........10 1.Install the driver..............13 2.Install firmware..............16 Infrared remote control.............. 19 Use Mobile phone APP to control the Qbot......20 Technical Support..............32...

  • Page 4: Main Function Introduction

    Compared with many other robot products that need to be built for a long time, the whole assembly process of Qbot only takes 2 minutes, so that you are no longer bothered by the tedious assembly. The...

  • Page 5: Components

    Components Name of Component Picture Quantity Upper Plate Motor Driven board Ultrasonic sensor Infrared remote controller Copper columns and screws Several Lithium battery...
  • Page 6 Flat Cable Charger...

  • Page 7: Assembly

    Assembly Assembly steps: Step 1: We can fix 3 copper pillars onto control board.
  • Page 8 Step 2:Then use wires to connect two board and put lithium battery onto the motor board. Step 3: Use screws to join two board together(control board and motor board).
  • Page 9 Step 4: Fix ultrasonic module to the right position. (There are two rows of serial ports,you need to insert the ultrasonic sensor into the back row) (You can also refer to the tutorial video)

  • Page 10: Introduction Of Wemake Software

    Through WeMake programming we can achieve the interaction between software and the physical world to make QBot do corresponding response according to the changes in the environment . WeMake's simple operability makes it possible for everyone to build their own intelligent robots without having to learn esoteric electronic knowledge.
  • Page 11 The installer is now ready to install WeMake into your computer Click install to continue with this installer, if you want to review or change the settings, please click “back”...
  • Page 12 Installing The installer is installing WeMake into your computer, please wait. The WeMake installation wizard finishes The installer has installed WeMake into your computer,this application can be run by selecting the installed shortcut Cilick “finish” exit the installer...

  • Page 13: Install The Driver

    Only after QBot is connected to WeMake, we can use WeMake to program QBot. How to connect Qbot to WeMake First, we need to connect Qbot to computer with mini USB cable, and open WeMake software. Install the driver Uses the WeMake at the first time, you should install the driver.
  • Page 14 Open the driver installation interface Waiting for installation.
  • Page 15 Next select the corresponding COM port in Menu>Boards>Qbot Click COM6 to display Connected Different computers may have different ports(don’t choose COM1), you can open the DeviceManager, expand "Ports (COM & LPT) .

  • Page 16: Install Firmware

    Install firmware There are two ways for controlling the Qbot, one is use Infrared remote control and the other way is use mobile phone App. Different functions require different firmware to control. If you use the first way to control the Qbot you can control it directly by the Infrared remote control, because the default state of Qbot that the firmware we have installed.
  • Page 17 Then click the “Upload to Ardunio”...
  • Page 18 When it appears Upload finish, you can start controlling your Qbot with moile phone.

  • Page 19: Infrared Remote Control

    Create a Target：Qbot controlled by infrared remote controller Realization: When we press button 2 on the remote controller. Qbot will move forward and if we press button 8, it will move backward. Pressing button 4 means turning left, button 6 means turning right.

  • Page 20: Use Mobile Phone App To Control The Qbot

    Mobile phone APP to control the Qbot First turn on the switch of the Qbot Then open the Qbot APP that have been download on your mobile phone. After connecting the Bluetooth,you can start controlling your Qbot.
  • Page 21 If the connection fails, restart the APP and reconnect several times.
  • Page 22 Create a target: Ultrasonic detects the distance automatically,the closer the distance is, the higher the alarm frequency of the buzzer. When only 5cm from the wall is detected, Qbot stops and the buzzer make long sound of beep which indicates that the parking is completed.
  • Page 23 Get the status of Edge sensor 2 Create a Target: Our map is a large black runway, and Qbot can be placed inside the runway. After turning on the switch, it will run when it touches the black line. That means the Qbot will continue to move within the black runway.
  • Page 24 Create a Target: The ultrasonic sensor measures the distance between the Qbot and the obstacle. If the distance is less than 15 cm, Qbot will move backward, the smaller the distance , the faster the speed. If the distance is greater than 15 cm, Obot will move forward, the greater the distance, the faster the speed.
  • Page 25 4.Tracking Hardware principle of obstacle avoidance sensor :The basic principle of the obstacle avoidance sensor and the working principle of the tracking sensor are basically the same. If there is no obstacle in a certain range,the emitted infrared rays gradually fade away as the distance farther and farther away, and finally disappear.
  • Page 26 Robots obstacle avoidance sensor Creat a target: Using 2 obstacle avoidance sensors at the top of the Qbot to determine the direction of movement of the object ahead, so as to make a left or right turn 6.illuminate the night LED hardware principle: There are two large LED lights with 1cm diameter on the Qbot.
  • Page 27 When Qbot leaves the specified section , LED lights turn off. 7.Parking automatically In this episode, we use edge sensor to achieve new gameplay! Software Command: Script Type Command Comment Robots Get the status of Edge sensor 1...
  • Page 28 LED lamp bead and a blue LED lamp bead. Software Command Script Type Command Comment Set the color of the RGB light Robots “all” : select the light which you want to control Create a target：When Qbot moves, RGB lights randomly issued a variety of colors of light.
  • Page 29 9. Football match Have you ever seen robot play football? In this episode, we will show you how our Qbot play this fantastic game! Create a Target: The Qbot has expanded holes and is compatible with the structure bracket of the Lego blocks. You can expand the mechanical structure of Qbot by yourself! Realization :Carry out the robot soccer contest with mobile phone.
  • Page 30 10.Trajectories control Game description: You can draw trajectories on your mobile phone APP to control the movement of Qbot. Then Qbot will move along the track. 11.Through the maze How to apply obstacle avoidance sensors to the actual scene? We'll show...
  • Page 31 obstacle based on the time it takes to send and receive the ultrasonic wave.

  • Page 32: Technical Support

    If there is anything that you do not understand, please check the instructions or the accompanying video tutorial, if the problem still can not be solved, please feel free to contact us by email at support@lewansoul.com Please visit the following link or scan the QR codes to get related instructions and video tutorial.

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