23/07/2026
「半開放式書房」的空間解方
當居住空間面臨坪數限制，如何平衡「獨立專注」與「家庭互動」的需求，是現代居宅設計的重要課題。
透過格局的重整，我們為書房空間提出了全新的詮釋。
▌ 突破傳統實牆的格局限制
傳統的實牆與標準房門配置，雖能確保絕對的隱蔽性，卻往往犧牲了空間的開闊度。
完全封閉的書房容易導致視覺侷限，產生空間壓迫感，同時也阻斷了日常生活中的情感交流。
▌ 引光入室，重塑空間與情感的橋樑
以「 #秀明苑 專案」為例，為捨棄厚重實牆，使用「玻璃隔間」與「折疊門」作為場域界定。
不僅大幅優化室內採光與視覺穿透性，有效放大空間尺度；更將書房轉化為具備高互動性的彈性區域。
▌ 精準動線與多功能彈性機能
我們將書房定位為「多功能彈性空間」
靈活的推拉門——賦予空間自由的使用彈性，兼顧專注辦公與開放社交的切換需求。
完美機能配置——家具區具備的「高收納性」以及玻璃隔間帶來「強烈通透感」，與沙發區的結合更創造了「空間連接感」。
以設計解決生活痛點，讓空間回歸以「人」為本的交流本質。
Spatial Solution: The ""Semi-Open Study Room""
When living spaces face square-footage limitations, balancing the need for ""independent focus"" and ""family interaction"" becomes a crucial subject in modern residential design.
Through layout restructuring, we offer a completely new interpretation of the study room.
▌ Breaking Through the Layout Constraints of Traditional Solid Walls
While traditional solid walls and standard door configurations ensure absolute privacy, they often sacrifice spatial openness. A completely enclosed study easily leads to visual limitations, creating a sense of spatial confinement, and simultaneously blocks emotional connection in daily life.
▌ Inviting Light Indoors: Rebuilding the Bridge Between Space and Emotion
Taking the "" Project"" as an example, heavy solid walls were discarded in favor of ""glass partitions"" and ""folding doors"" to define the zones. This not only significantly optimizes indoor lighting and visual permeability, effectively enlarging the spatial scale, but also transforms the study into a highly interactive, flexible area.
▌ Precise Circulation and Multi-Functional Flexibility
We position the study as a ""multi-functional flexible space.""
Flexible sliding doors — granting the space versatile usage, accommodating the need to switch between focused work and open socializing.
Perfect functional configuration — the ""high storage capacity"" of the furniture area and the ""strong sense of transparency"" brought by the glass partitions combine with the sofa area to create a seamless ""sense of spatial connection.""
#室內設計
