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Logiblocs Super Inventor's User Manual

Logiblocs Super Inventor's
46 pages
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INVENTOR’S MANUAL
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Logiblocs Super Inventor's Specifications

General IconGeneral
Material TypePlastic
ManufacturerLogiblocs
CategoryToy
TypeElectronic Building Blocks
Age Range5 years and up
Item Weight0.42 kg
Batteries RequiredYes
Manufacturer recommended age5 - 12 years
Educational ObjectiveSTEM, Problem Solving
ColorMulticolor

Summary

Super Inventor's Kit

Safety and Care

Crucial safety instructions, advice on storing, cleaning, and handling Logiblocs to ensure longevity.

Getting Started: Basic Circuit Tests

Lights and Sound Projects

1. Light Detector

How to use the LIGHT SWITCH to detect light and trigger actions, with examples like night detection.

4. Light Breaker Alarm

Building a light beam alarm that triggers when the beam is broken, using a flashlight as a trigger.

5. Protect Your Treasure

Creating a 'treasure guard' alarm that activates when a light beam is interrupted.

Getting Connected: Building Sensors

1. Door Alarm

Building a door alarm using aluminium foil and Jack Plug wires to detect door opening.

3. Metal Detector

Using the Jack Plug wires to detect metal by its conductivity, triggering a BLEEP.

4. Water Detector

Detecting water using Jack Plug wires, suggesting foil plates for enhanced sensitivity.

6. Lie Detector

Constructing a lie detector using foil pads to measure changes in electrical conductivity due to sweating.

Understanding Sound and Silence

1. Voice Detector Project

Building a voice detector using the SOUND BLOC to trigger lights based on sound intensity and proximity.

Feedback & Automation Principles

1. Flashing Circuit Creation

Creating a flashing circuit by connecting blocks in a loop, demonstrating feedback principles.

4. Sound Feedback Loop

Creating sound feedback where a SOUND BLOC triggers a BLEEP, which is then picked up by the SOUND BLOC.

5. The Memory Circuit

Explains the 'Memory Circuit' or 'latch' circuit, where a signal is held until reset by another button.

6. Two System Interconnection

Building two separate systems that communicate via light and sound, creating a complex feedback loop.

Combining Systems for Complexity

3. Card Reader Project

Building a 'Card Reader' that uses an LDR to trigger a SEQUENCER based on card position.

Battery Installation and Fuse Management

Battery Installation Procedure

Step-by-step instructions for opening the battery box and inserting batteries correctly.

Safety Advice and Usage Tips

General Safety Guidelines

General safety warning to read and understand precautions, emphasizing low voltage operation.

Battery Usage Best Practices

Essential guidelines for battery usage, including types, mixing, and removal during non-use.

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