Company: Bahler IP, LLC
Patent Number: 12698626
Title: Building system and method thereof
An Innovative Approach to Post-Frame Construction
The construction industry constantly seeks new methodologies to improve efficiency and worker safety. Bahler IP, LLC has recently patented a novel building system that significantly changes how post-frame structures are erected. Instead of assembling the roof at its final elevated position, this patented method allows the roof assembly to be constructed near ground level. The system features a fully assembled support structure with hinged columns that fold underneath the roof. Once the ground-level construction is complete, a hydraulic lifting apparatus raises the entire roof system to its predetermined height. The hinged columns are then rotated downward and secured to anchor points in the ground.
This method is highly innovative because it directly addresses the inherent dangers of working at high elevations. By assembling the roof close to the ground, construction crews face significantly reduced fall risks. Furthermore, the system integrates a removable safety net coupled to the support members, offering an additional layer of protection. This approach not only minimizes corporate safety costs but also enhances labor efficiency and crew retention by providing a much safer working environment.
September 2026 Patent of the Month
In recognition of these advancements, Swanson Reed has awarded this invention the Patent of the Month for the Indiana State for September 2026. Swanson Reed, a leading firm in research and development tax services, selects patents that demonstrate notable technological advancement and practical industry application. This patent was chosen because it solves a known occupational hazard in the construction sector while streamlining the building process. The engineering required to design a stable, hinge-based lifting mechanism for heavy roof assemblies showcases a high level of technical ingenuity.
R&D Tax Credit Eligibility in the United States
The practical applications of this patent present strong eligibility for the Research and Development (R&D) tax credit in the United States. Developing this building system would have required a systematic process of trial and error to resolve various technological uncertainties. Engineers and designers likely had to calculate complex load distributions, test the structural integrity of the hinged columns during the lifting phase, and validate the hydraulic lifting protocols. Furthermore, integrating the safety net system without interfering with the mechanical components involves iterative prototyping and testing. Under the four-part test of the US tax code, these activities constitute qualified research, as they are technological in nature and aim to develop a new or improved process with enhanced performance and safety. Construction firms investing in similar exploratory engineering and iterative testing can significantly offset their development costs by claiming the R&D tax credit.
