The Challenge An international logistics company struggles to balance delivery speed with cost. Half-loaded trucks are faster but increase transport costs and reduce efficiency, while fully loaded trucks take longer, delaying deliveries and causing customer dissatisfaction. We asked to our chatbot to find solutions applying the TRIZ inventive principles Below the Results
Below Zero °C Ice Destroys Power lines In some areas, when the temperature drops below zero, the ice accumulates on high-voltage cables increasing the weight of the cables and amplifies the oscillation effect caused by the wind, leading to the breaking of the pylons. TRIZ suggests to understand the system and find useful or harmful…
In this simple example, we can see how the system evolves following a predefined path. By shifting from continuous to pulsating action, the effectiveness of the blade function increases. The result It’s not just about the number of blades. There’s much more behind the razor’s performance 1. Vibrating the blade 2. Make the blade resonate…
Abstract The global energy sector faces significant challenges due to rising demand, depleting traditional resources, and the urgent need for a transition to renewable energy sources. This article delves into how the Theory of Inventive Problem Solving (TRIZ), a scientific methodology, can drive innovation in energy storage and efficiency, particularly in the Middle East. TRIZ…
The evolution of technological systems follows a recurring pattern: initially, complexity increases with the introduction of new functions and improvements; subsequently, the system is simplified to optimize performance, reduce costs, and enhance usability. This principle, extensively studied in TRIZ (Theory of Inventive Problem Solving), serves as a strategic key to understanding and anticipating the future…
In the landscape of innovation and systematic problem-solving, the concept of ideality represents a fundamental pillar to guide the evolutionary development of systems. The second evolutionary law of TRIZ, known as the “Law of Ideality,” describes the path through which every system evolves to maximize beneficial effects and minimize harmful ones. This principle not only…
