Ruko 6088 Robot User Manual

1 Preparation Before Use

This section covers initial setup for the Ruko 6088 robot.

1.1 Ruko Romo APP Download Methods

To download the Ruko Romo App:

• Search for "Ruko Romo" in the Google Play Store or Apple App Store.
• Scan the provided QR codes (one for Android, one for iOS).

Supported Systems: Android 5.0 or later / iOS 12.0 or later.

1.2 Remote Control Battery Installation Instruction

The remote control requires 2 x 1.5V AAA batteries (not included).

1. Use a Philips screwdriver (not included) to open the battery cover on the bottom of the remote control.
2. Install the batteries, ensuring correct polarity.
3. Replace the battery cover and secure it with the screw.

1.3 Robot Recharging

Charging Process:

• Use a 5V/2A charging plug (not included).
• Charging takes approximately 2-3 hours.
• The indicator light is red while charging and turns off when charging is complete.

Charging Precautions:

• Turn off the robot when not in use to avoid long standby periods.
• The robot cannot be powered on while charging.
• Only use the original charging cable; C-to-C cables will not work.
• Do not use a charger exceeding 5V/2A.
• Unplug the charging cable promptly once the battery is fully charged to prevent overcharging.
• If the robot does not respond after being turned on, charge it for at least 30 minutes first.

2 Product Overview

2.1 Legends

The Ruko 6088 robot features:

• LED Eyes: 18 LED lights for expression.
• Wake Up Button: Used to wake the robot from standby.
• Gesture Sensing: Allows control via hand gestures.
• Power On/Off Button: Located on the robot for power control.
• Charging Port: For connecting the charging cable.
• Indicator Light: Shows charging status.

The remote control has a battery compartment and a power switch on its reverse side.

The remote control uses a 2.4G signal, enabling simultaneous play with multiple robots.

2.2 Function Introduction

2.2.1 Frequency Pairing

• Remote Control: The red indicator light blinks when the battery is installed, indicating the frequency pairing state. The light disappears upon successful pairing.
• Robot: Press the power button to turn the robot on; it will light up and emit a sound. Press the power button again to turn it off.

2.2.2 Standby Mode/Wake-up Function

• The robot automatically enters standby mode after 10 minutes of inactivity while powered on. A voice prompt may play approximately every minute before entering standby.
• The robot cannot be controlled by the remote while in standby mode.
• Standby mode can last for approximately 30 days; it is recommended to recharge the robot within this period.
• To wake the robot, press the wake-up button once or the power button twice.

2.2.3 Gesture Sensing Function

The robot can sense gestures to move forward, backward, turn left, and turn right.

[Description of gesture sensing diagram: Shows hand gestures corresponding to robot movements like forward, backward, turn left, right.]

2.3 Remote Control Function Button

The remote control features various buttons for operation:

• Mode Switch: Changes operational modes.
• MEMO: Activates preset demonstrations.
• Program: Enters programming mode or executes programmed sequences.
• Slide Forward/Backward: Controls forward and backward sliding motion.
• Turn Left/Right: Controls turning left and right.
• Indicator: Likely an indicator light on the remote.
• Volume: Adjusts the robot's volume.
• TALK 1, TALK 2, TALK 3: Triggers different voice or sound outputs.
• Music: Plays music.
• Song: Plays songs.
• STOP: Stops current actions.
• Power Switch: Located on the reverse side of the remote.

Notes:

• The robot's arms do not swing during sliding but do swing during walking.
• Volume can be adjusted across 5 levels, with a default mid-range volume.

Functionality Breakdown:

3 Romo App

3.1 Bluetooth Connection

3.1.1 App Permission Setting

• iOS: When prompted, set App Bluetooth permission by selecting "OK".
• Android: When prompted, set App permission by selecting "Allow". You may also need to grant location access ("Allow Romo to access this device's location?").

[Description of app permission screens: Shows iOS prompt for Bluetooth access and Android prompts for app and location access.]

3.1.2 Connection

To connect the robot via the app:

1. Open the app and tap the "Connect" button on the main screen.
2. The app will search for the robot and navigate to the operation interface upon a successful connection.

[Description of connection status screens: Shows "Connection Succeeded" with a checkmark and "Bluetooth Disconnect" with a cross mark.]

If the Bluetooth connection is unsuccessful, ensure both the phone's Bluetooth and the robot are powered on, then try reconnecting.

3.2 APP Control

Operation Interface

The app's operation interface provides access to various functions:

• Programming: For creating custom robot actions.
• QA Quiz Game: An interactive quiz.
• Popular Science (Encyclopedic Knowledge): Access to educational content.
• Remote Control (App Control): Direct control of the robot.

[Description of app operation interface screen: Shows the main screen with icons for Programming, QA Quiz Game, Popular Science, and Remote Control.]

3.2.1 Programming

Edit Action Bar: Allows navigation through available actions, emojis, music, and songs.

Edit Operation Display Area: Where commands are arranged and edited.

• You can turn pages in the edit bar using left/right arrows or by sliding.
• There are approximately 200 editable items, including actions, emojis, music, and English songs.
• To arrange and edit commands:
• Long press an icon in the display area to drag and drop it.
• Double-click an icon to delete it.

[Description of programming interface: Shows the action bar and display area with various icons.]

Programming Example

• Example 1: If two consecutive emojis or music songs are programmed, they will play in full before any subsequent action is executed.
• Example 2: When a single emoji, music, or action command is programmed, the robot executes them simultaneously.

[Description of programming examples: Shows highlighted sequences in the programming interface.]

3.2.2 QA Quiz Game

The quiz features 10 questions per round. Answers are selected by clicking.

• A correct answer is indicated by a check mark ✔️, and the system proceeds to the next question.
• To unlock special interaction, answer at least 6 questions correctly. The robot will then provide interaction action and sound.
• An incorrect answer reduces your "life" by one, and the system moves to the next question.
• If you answer 5 questions incorrectly, your life value will be reduced to 0, triggering a specific interface and robot sound.

[Description of quiz screens: Shows a question with options, correct answer feedback, and game-over/success screens.]

3.2.3 Encyclopedic Knowledge

This section allows you to explore content on Planetary Science and Earth Science.

[Description of Encyclopedic Knowledge screen: Shows options for Planetary Science and Earth Science.]

3.2.4 APP Control

The app provides a remote control interface for direct robot operation.

[Description of app remote control interface: Shows a layout of buttons with numbers corresponding to functions.]

Gravity-Sensitive Function

Tap the Gravity-Sensitive Function icon ? to enter this mode. You can then tilt your phone forward, backward, left, and right to control the robot's movements.

[Description of Gravity-Sensitive mode screen: Shows the robot and instructions on tilting the phone.]

4 Appendix

4.1 Specification

4.2 Safety Disclaimer & Precautions

1. It is recommended to use alkaline batteries.
2. Do not mix new and used batteries, or mix alkaline, standard (carbon-zinc), or rechargeable (nickel-cadmium) batteries.
3. Batteries should be inserted or replaced by an adult, as they are small and can be easily swallowed.
4. Insert batteries with the correct polarity and use only the recommended battery types.
5. Non-rechargeable batteries cannot be recharged; rechargeable batteries are not recommended.
6. Before storing the product for an extended period, remove the battery. Inspect and replace batteries regularly to prevent corrosion.
7. Ensure the supply terminals are not short-circuited.
8. Avoid exposing the battery to extreme heat or placing it in a fire.
9. If the robot's wheels become obstructed and cannot rotate, clean them promptly.
10. Please save this information for future reference.