In the field of commercial space design, achieving flexible partitioning and efficient utilization has always been a core issue. Baker's vertical folding lifting wall system, with its modular design reaching a height of up to 11 meters and unlimited width, redefines the standards for dynamic management of large spaces. This technical parameter setting stems from a deep integration of building safety regulations, material mechanical properties, and actual engineering needs.
1. Height Limit: The 11-Meter Vertical Challenge
Safety Regulation Anchoring: Referencing the verticality deviation requirements for guide rails in construction hoist safety standards, we strictly adhere to regulations. Through guide rail synchronous lifting technology and a laser calibration system, we ensure that the verticality deviation at 11 meters does not exceed 0.5%, far superior to industry standards.
Material Mechanics Verification: Using a 6061-T6 aerospace-grade aluminum alloy frame with a yield strength of 240MPa, coupled with high-strength nylon roller assemblies, it can withstand wind pressure loads and dynamic impacts at a height of 11 meters. Tested by a third-party institution, the system remains stable even under simulated strong wind conditions.
2. Width Limit: Unlimited Modular Intelligence
Structural Stability Design: Based on the principles of scaffolding bracing design, reinforcing beams and diagonal bracing structures are set at regular intervals in each section, forming triangular mechanical units that effectively distribute horizontal loads. Actual test data shows that even under full load, the lateral deformation of the module is only 0.8 millimeters, meeting the requirements for precise equipment placement.
Wall Operation and Installation Considerations: The modular design ensures compliance with the operating requirements of the wall system. During on-site assembly, quick-connect buckles and a laser positioning system allow for single module installation within 2 hours, significantly shortening the construction period.
1. Dynamic Balancing System
A built-in adaptive hydraulic cushioning device automatically adjusts the lifting speed according to the load weight. When the module width reaches 6 meters, the system automatically activates a dual-cylinder synchronous drive mode, ensuring that the lifting speed difference between the two sides is less than 0.1 m/min, avoiding the risk of jamming.
2. Intelligent Safety Protection
Infrared Anti-Pinch Protection: 24 sets of infrared sensors are installed on both sides of the guide rail to monitor obstacles in real time, with a response time of <0.1 seconds.
Overload Protection Mechanism: When the load exceeds 10% of the design value, an alarm is automatically triggered and the system stops operating.
Emergency Manual Device: Equipped with a mechanical manual lifting handle, allowing the module to be lowered manually in case of power failure.
High-End Materials and Focus: We use fire-resistant Class A panels and aluminum alloy frames, avoiding the risk of self-explosion and light pollution associated with glass materials.
Full Lifecycle Service: We provide one-stop service from solution design, production and transportation to installation and commissioning, with 72-hour emergency response support.
Compliance Guarantee: All products have passed ISO9001 quality management system certification and CE safety certification, and comply with relevant national regulations.
