Weplay 建築積木 Building Blocks

🌟 【Weplay 建築積木】
立體幾何建構系統｜空間概念與動作計畫整合訓練｜從平面板片到立體結構的工程思維培養

🎯 特殊需求應用價值

• 空間轉換與視覺推理 – 透過平面板片組裝成立體形狀，強化2D到3D的空間想像與幾何關係理解
• 動作計畫與雙側協調 – 大型板片的抓握、對準、接合與拆解，促進雙手協同操作、力道控制與程序性動作規劃
• 形狀恆常與分類概念 – 操作立方體、長方體、三角柱等標準幾何體，建立形狀屬性認知與立體分類能力
• 工作記憶與專注持續 – 多步驟組裝任務與結構複製挑戰，提升視覺記憶、注意力維持與問題解決韌性

🛠️ 產品治療特色
模組化立體建構系統

• 三種基礎板片：正方形（穩定面）、大長方形（延伸面）、小長方形（連接面），提供結構變化的數學基礎
• 兩種結構類型：可建構封閉箱型結構與開放穿透結構，理解質量、體積與空間通透性的差異
• 四種立體形狀：直接組裝出立方體、長方體、三角柱、多邊柱等，將抽象幾何具體化、可操作化

工程思維發展設計

• 結構穩定性探索：透過實際組裝，理解支撐點、對稱性、重心與結構穩固的關聯
• 平面到立體轉換：從展開圖到立體形的組裝過程，建立空間摺疊、邊角對應與視覺化思考能力
• 工具使用與精細操作：使用造型開啟器進行拆解，訓練工具操作技巧、手部靈巧度與耐心

🧩 產品規格

• 板片尺寸：正方形20×20cm／大長方形20×40cm／小長方形20×28.3cm
• 組件系統：正方形44片 + 大長方形20片 + 小長方形4片，總計68片 + 開啟器4個
• 顏色設計：紅、黃、藍、綠四色，支持顏色編碼、分類與模式設計
• 材質認證：PP與ABS塑料，堅固耐用，通過歐盟CE、美國ASTM安全認證
• 製造產地：台灣

材質與設計治療優勢

✅ 尺寸合宜：板片大小適合兒童抓握、搬運與操作，促進手部肌肉活化與姿勢控制

✅ 結構明確：卡榫設計提供清晰的對準回饋，降低挫折感，提升完成動機

✅ 視覺清晰：四色區分有助於視覺追蹤、顏色序列規劃與結構分段識別

✅ 耐用安全：材質耐衝擊、邊角圓滑，適合重複組裝拆解與感覺動作活動

📚 治療應用效益

✅ 視覺空間處理困難 – 具體操作立體形狀的組裝與展開，改善空間旋轉、剖面理解與幾何推理能力

✅ 動作計畫與協調不足 – 多步驟拼接任務訓練動作順序規劃、雙手分工與手眼協調精準度

✅ 注意力與執行功能薄弱 – 結構複製、對稱建造、條件限制任務，提升工作記憶、認知彈性與目標持續性

✅ 數學與幾何概念基礎建立 – 透過實作理解面積、體積、對稱、角度與立體幾何屬性

🎮 專業應用情境
職能治療與動作訓練

• 雙側協調活動：同時持握兩片板片進行對接，或一手固定一手拼接
• 力道控制練習：練習卡榫對準與接合時的力量調節，避免過度用力或對不準
• 姿勢控制挑戰：在 kneeling（跪姿）、standing（站姿）或坐姿下進行高位或側向組裝

認知與空間推理介入

• 立體結構複製：提供成品模型或照片，引導兒童依樣組裝相同結構
• 展開圖預測任務：給予平面展開圖，預測組裝後的立體形狀，並實際驗證
• 條件式建造：設定規則（如：只用兩種顏色、必須有開口、高度需超過五層）進行創意建造

數學與工程思維啟蒙

• 幾何屬性探索：組裝不同形狀後，比較面數、邊數、頂點數、對稱性等特徵
• 結構穩定性實驗：建造高塔或長橋，測試不同連接方式對穩定性的影響
• 體積與容量理解：建造中空立方體，用標準單位（如積木、豆子）填充並測量容量

團體合作與社會性遊戲

• 大型合作工程：小組分工建造大型建築（如城堡、隧道、迷宮），練習溝通、分工與衝突解決
• 結構挑戰賽：設定主題（如：最高的塔、最長的橋、可容納小球的滾道）進行團體競賽或合作達成
• 角色扮演場景：將結構轉化為商店、車庫、太空站等場景道具，促進敘事遊戲與社會互動

🎯 Special Needs Applications

• Spatial Transformation & Visual Reasoning – Assembling 3D shapes from planar panels strengthens 2D-to-3D spatial imagination and geometric relation understanding
• Motor Planning & Bilateral Coordination – Grasping, aligning, joining, and disassembling large panels promote bimanual coordination, force control, and procedural motor planning
• Shape Constancy & Categorization – Manipulating standard geometric solids (cubes, rectangular prisms, triangular prisms) builds shape attribute cognition and 3D classification
• Working Memory & Focus Sustainment – Multi-step assembly tasks and structure replication challenges enhance visual memory, attention maintenance, and problem-solving resilience

🛠️ Therapeutic Features
Modular 3D Construction System

• Three Basic Panel Types: Square (stable faces), Large Rectangle (extending faces), Small Rectangle (connecting faces), providing mathematical basis for structural variation
• Two Structure Types: Can construct enclosed box structures and open structures, understanding differences in mass, volume, and spatial permeability
• Four 3D Shapes: Directly assemble cubes, rectangular prisms, triangular prisms, polygonal prisms, making abstract geometry concrete and manipulable

Engineering Thinking Development Design

• Structural Stability Exploration: Through hands-on assembly, understand relationships between support points, symmetry, center of gravity, and structural stability
• Planar to 3D Conversion: Assembly process from net diagrams to 3D shapes builds spatial folding, edge-corner correspondence, and visualization skills
• Tool Use & Fine Manipulation: Using opening tools for disassembly trains tool operation skills, hand dexterity, and patience

🧩 Specifications

• Panel Sizes: Square 20×20cm / Large Rectangle 20×40cm / Small Rectangle 20×28.3cm
• Component System: 44 squares + 20 large rectangles + 4 small rectangles, total 68 pieces + 4 openers
• Color Design: Red, yellow, blue, green—supports color coding, categorization, and pattern design
• Material Certification: PP & ABS plastic, sturdy and durable, EU CE & US ASTM certified
• Made in: Taiwan

Material & Design Therapeutic Advantages

• ✅ Appropriate Sizing: Panel size suitable for children's grasping, carrying, and manipulation, promoting hand muscle activation and postural control
• ✅ Clear Structure: Interlocking design provides clear alignment feedback, reducing frustration and enhancing completion motivation
• ✅ Visual Clarity: Four-color differentiation aids visual tracking, color sequencing, and structural segment identification
• ✅ Durable & Safe: Impact-resistant materials, rounded edges, suitable for repeated assembly/disassembly and sensorimotor activities

📚 Therapeutic Benefits

• ✅ Visual-Spatial Processing Difficulties – Hands-on manipulation of 3D shape assembly and nets improves mental rotation, cross-section understanding, and geometric reasoning
• ✅ Motor Planning & Coordination Deficits – Multi-step joining tasks train motor sequencing, bimanual division of labor, and eye-hand coordination precision
• ✅ Weak Attention & Executive Function – Structure replication, symmetrical building, constraint-based tasks enhance working memory, cognitive flexibility, and goal persistence
• ✅ Math & Geometry Foundation Building – Through practical operation, understand area, volume, symmetry, angles, and 3D geometric attributes

🎮 Professional Applications
Occupational & Motor Training

• Bilateral coordination activities: Holding two panels simultaneously for flapping, or one hand stabilizing while the other joins
• Force control practice: Adjusting pressure during alignment and joining, avoiding excessive force or misalignment
• Postural control challenges: Assembling at high or lateral positions while kneeling, standing, or sitting

Cognitive & Spatial Reasoning Intervention

• 3D structure replication: Provide finished models or photos, guide children to assemble identical structures
• Net diagram prediction tasks: Given planar nets, predict resulting 3D shape, then verify through actual assembly
• Conditional building: Set rules (e.g., use only two colors, must have an opening, height must exceed five layers) for creative construction

Math & Engineering Thinking Enlightenment

• Geometric attribute exploration: After assembling different shapes, compare features like face count, edge count, vertex count, symmetry
• Structural stability experiments: Build tall towers or long bridges, test how different connection methods affect stability
• Volume & capacity understanding: Build hollow cubes, fill with standard units (e.g., blocks, beans) and measure capacity

Group Cooperation & Social Play

• Large cooperative projects: Small groups divide tasks to build large structures (e.g., castles, tunnels, mazes), practicing communication, division of labor, and conflict resolution
• Structural challenge contests: Set themes (e.g., tallest tower, longest bridge, ball-run track) for group competitions or cooperative achievement
• Role-play scenarios: Transform structures into scene props like shops, garages, space stations, promoting narrative play and social interaction

💡 專業學習階段 | Professional Learning Stages

基礎形狀組裝 → 使用正方形與長方形板片，組裝成立方體、長方體等基本幾何體 | Basic Shape Assembly → Use square and rectangular panels to assemble basic geometric solids like cubes and rectangular prisms

結構穩定性實驗 → 建造高塔、長橋等結構，探索對稱、重心與連接方式對穩定性的影響 | Structural Stability Experiments → Build towers, long bridges, etc., to explore how symmetry, center of gravity, and connection methods affect stability

展開圖與立體轉換 → 依照展開圖組裝立體形狀，或將立體結構拆解繪製為展開圖 | Net Diagram & 3D Conversion → Assemble立体 shapes according to net diagrams, or disassemble立体 structures to draw their nets

主題式工程創作 → 設定主題（如：可通過小車的隧道、能承重的椅子）進行功能導向設計與建造 | Thematic Engineering Creation → Set themes (e.g., tunnel for small cars, weight-bearing chair) for function-oriented design and construction