10 inventions on Improving Toolbars: A TRIZ based analysis

TL;DR

This paper analyzes the design challenges of graphical user interface toolbars, applying TRIZ principles to propose 10 inventive solutions aimed at enhancing their functionality and usability.

Contribution

It introduces a TRIZ-based framework for resolving contradictions in toolbar design and presents 10 novel inventions from patent data to improve toolbar features.

Findings

Identified key contradictions in toolbar design.

Proposed inventive principles to address these contradictions.

Presented 10 patented inventions for toolbar improvement.

Abstract

Toolbar is one among the popular elements of a graphical user interface. The other popular elements of graphical user interface are buttons, menu, scrollbar, dialog box etc., all of which provide easy access to various functions of a GUI System. A toolbar often does a similar function as the menu but with certain differences. A menu has the advantage of holding a large number of items without needing any additional screen space. In contrast, each button on the toolbar permanently occupies some space on the screen. It is not possible to implement large number of functions through a toolbar, as they will occupy more and more valuable screen space. However, the toolbar has an advantage as it gives a single click access to any function unlike a menu system where the user has to navigate through sub-menus to ultimate discover the item he is looking for. This article explores the desired features of a toolbar and the ideal features of an advanced toolbar. The contradictions are described from a TRIZ perspective and solutions are derived using Inventive principles. Besides the article illustrates 10 inventions on improving Toolbars selected from US patent database.