Assembly-Type Container House Drawings Translation

Currently, complete engineering drawings for assembly-type container houses cannot be provided directly, but the layout logic can be deduced from the textual descriptions of public cases, and feasible ways to obtain the drawings are provided. The following is a compilation of specific information:

I. Drawing Reference Directions for Public Cases

1. Four-Container Villa
   This case forms a 120㎡ residence by staggering and stacking four 30㎡ containers, with a two-story layout:

• First Floor: The living room, kitchen, master bedroom, and bathroom constitute the core functional area, with containers horizontally spliced to form an open public space;
• Second Floor: Guest rooms, a studio, and a double-height living area, achieving vertical space extension through longitudinal stacking. Attention should be paid to the stair location and structural load-bearing design.
  This layout is suitable for small-scale residences, and the drawings should focus on marking container connection nodes, floor reinforcement plans, and waterproofing details.

2. Six-Container Modular Residence
   Using six standard containers (6055mm2435mm2790mm) combined to form a multi-functional area with three bedrooms, an experimental display space, and kitchen and bathroom facilities:

• Entrance Design: Form a three-sided enclosed courtyard by staggering the containers, requiring planning for visual permeability between the courtyard and indoor space;
• Module Connection: Containers are fixed by welding or bolts, and the drawings should specify the specifications of connecting components and anti-corrosion treatment requirements;
• Space Expansion: Some containers can be cut open to achieve indoor-outdoor interaction, requiring marking of opening sizes and structural reinforcement measures.

3. Shanghai Container Office
   This case achieves functional conversion between living and office spaces through modular prefabrication, including variable spaces such as a high-ceilinged living room and a tatami children's area:

• Variable Structure: Designs such as folding walls and sliding spaces should be marked with movement trajectories, hardware model numbers, and load calculations in the drawings;
• Pipeline Integration: During the prefabrication stage of containers, water and electricity pipelines need to be pre-buried, and the drawings should specify pipeline routes and interface locations.

II. Ways to Obtain Complete Drawings

1. Contact Designers: Teams such as Zhang Haiao's team from Tongji University (designers of the six-container residence) and Shanghai Huadu Architectural Planning and Design Company (designers of the container office) may provide authorized materials, requiring negotiation for copyright use through official channels;
2. Drawing Trading Platforms: Architectural resource websites (such as Zhulong.com and CNKI Architecture Channel) may include relevant CAD files, which can be searched using keywords such as 'container house construction drawings';
3. Literature References: Design drawings may be attached to relevant case studies in academic journals such as 'Architectural Journal' and 'Time Architecture', which can be obtained through libraries or databases.

III. Precautions
The textual descriptions of public cases can only provide layout logic references. Actual engineering drawings need to include detailed technical documents such as structural calculation sheets, node detail drawings, and material lists. It is recommended to commission a professional design unit for customized design to ensure safety and compliance.