Binary Tree Spanish Teaching Display System
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Solution Overview
Problem
Traditional Spanish language teaching methods overwhelm learners with numerous aspects to memorize simultaneously, leading to difficulties in mastering sentence construction and effective communication, as they lack a systematic and sequential approach.
Innovation Solution
A computer program utilizing a binary tree structure to progressively display sentence construction rules, with color-coded slides and navigation buttons, allowing learners to focus on binary steps and minimize memorization overload by advancing through a series of slides that depict parent and child nodes, facilitating the learning process.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If traditional wholistic teaching method is used to teach Spanish language, then comprehensive language coverage is achieved, but learner cognitive overload increases and mastery difficulty worsens
Solution Approach 1:
The patent segments the Spanish language learning process into discrete hierarchical levels (Level 0 through Level 4), where each level introduces specific grammatical concepts building on previous levels. This segmentation divides the overwhelming wholistic content into manageable chunks, reducing cognitive load while maintaining comprehensive coverage through progressive accumulation of knowledge.
Solution Approach 2:
The patent introduces a temporal dimension to language learning by organizing content across multiple levels and slides that unfold over time. Instead of presenting all language aspects simultaneously (traditional approach), the system progresses through sequential levels with each slide revealing new information, transforming the learning experience from a static overwhelming display to a dynamic progressive disclosure.
2Quantity of substance
If all Spanish language aspects are presented simultaneously, then complete language knowledge is provided, but memorization burden increases and learning effectiveness decreases
Solution Approach 1:
The patent divides Spanish language knowledge into segmented units organized by grammatical levels (Level 0: basic sentence structure, Level 1: noun phrases, Level 2: verb phrases, Level 3: complex sentences, Level 4: advanced structures). Each level contains specific slides that introduce particular grammatical elements, allowing learners to master small discrete units before progressing, thereby reducing memorization burden while delivering complete language knowledge.
Solution Approach 2:
The patent implements preliminary action by requiring learners to master foundational concepts at each level before advancing to subsequent levels. For example, learners must understand basic sentence structure (Level 0) before learning noun phrases (Level 1), and master noun phrases before progressing to verb phrases (Level 2). This preliminary mastery requirement reduces overall memorization burden by building knowledge incrementally rather than requiring simultaneous memorization of all language aspects.
3Ease of operation
If sequential bite-size information presentation is implemented, then learning manageability improves, but information delivery speed decreases
Solution Approach 1:
The patent implements dynamics by allowing flexible navigation within the sequential structure. Learners can progress through levels and slides at their own pace, revisiting previous slides for review, skipping ahead to topics of interest, or pausing to practice. This dynamic approach maintains learning manageability through sequential presentation while enabling variable information delivery speed according to individual learner needs and comprehension rates.
Solution Approach 2:
The patent incorporates feedback mechanisms that allow learners to assess their understanding at each level before progressing. This feedback ensures that learners absorb information effectively at each bite-size stage, preventing knowledge gaps that would require later remediation and actually slowing overall progress. The feedback loop optimizes the balance between sequential presentation and information delivery speed by ensuring efficient learning at each stage.
Data Source
AI summary
A computer readable medium storing a program causing a computer to execute a display process for teaching Spanish language, the display process includes: arranging a series of slides including contents in a progressively more expressive manner, each slide depicting at least a portion of a binary tree, wherein at least one later slide of two consecutive slides of the series of slides includes at least a pair of child nodes of a parent node of an earlier slide of the two consecutive slides; and associating a first button to a first function of the display process, the first button is configured to advance a display of an earlier slide to a display of a later slide and associating a second button to a second function of the display process, the second button is configured to roll back a display of a later slide to a display of an earlier slide.