Commercialize and deploy seismic isolation, vibration control, seismic retrofitting, and construction streamlining technologies
First written in FY2016. 7 of 8 entries say "Advanced", first in FY2017. Latest entry: FY2026.
2 other companies' latest entry also says "Advanced".
- FY2026AdvancedAnnual report
「During the consolidated fiscal year, the lateral-buckling bracing method, which uses the stiffening effect of floor slabs, was adopted for 7 projects. The Simple Dia method, a method for rationalizing locations where column widths differ, was adopted for 3 projects.」
The adoption of construction-rationalization technologies in actual projects is progressing. The lateral-buckling bracing method was adopted for 7 projects and the Simple Dia method for 3 projects. The CCB method, PRS joint-filling method and Floor CCB-NAC method are also at the stage of being rolled out to numerous construction projects. - FY2025AdvancedAnnual report
「During the consolidated fiscal year, the method was adopted for 8 projects. The PRS joint-filling method, a construction-materials technical performance-certified technology, has also been adopted at numerous worksites together with the CCB method. In the next consolidated fiscal year, the company will obtain building-technology performance certification for the Floor CCB-NAC method, a technology for controlling floor cracks, and further expand its application to actual projects.」
Regarding commercialization of the technologies, the CCB method was adopted for 8 projects, while the PRS joint-filling method was rolled out to numerous worksites. A target was presented for obtaining performance certification for the Floor CCB-NAC method in the following fiscal year. - FY2021AdvancedAnnual report
「The method was adopted in 16 projects during the consolidated fiscal year. In the following consolidated fiscal year, the Company aims to obtain construction materials technology performance certification from the General Building Research Corporation of Japan for the PRS Joint-Filling Method, an advanced version of this method.」
The CCB-NAC construction method was adopted for 16 projects and was also applied to concrete floors in factory renewal and refurbishment work. A target was also presented for obtaining performance certification for the related PRS joint-filling method in the following fiscal year. - FY2020AdvancedAnnual report
「The method was adopted in 13 projects during the consolidated fiscal year. In addition, the Company accelerated application to actual projects of the PRS Joint-Filling Method, an advanced version of this method that disperses cracks induced at joints within the joints so that they are less conspicuous, with adoption in 3 projects.」
The CCB-NAC method was adopted in 13 projects and the PRS Joint-Filling Method in 3 projects, advancing the deployment of the existing method and application of its derivative method to actual projects. - FY2019AdvancedAnnual report
「During the consolidated fiscal year, the Company accelerated application to actual projects, with adoption in 10 projects.」
In addition to advancing application of the CCB-NAC method to actual projects, the Company made progress in the adoption and acquisition of performance certifications for Smooth Fillcrete, a labor-saving method for embedded column bases for secondary columns, and a method for preventing tile detachment. - FY2018AdvancedAnnual report
「Following the acquisition of building technology performance certification from the General Building Research Corporation of Japan in the previous consolidated fiscal year, the Company accelerated application to actual projects during the consolidated fiscal year, with adoption in 16 projects.」
The Company accelerated application of the CCB-NAC method to actual projects, with adoption in 16 projects. In addition, Smooth Fillcrete was adopted in 2 projects, and a labor-saving method for embedded column bases for secondary columns was adopted at 350 locations across 3 projects, advancing the deployment of these technologies in the field. - FY2017AdvancedAnnual report
「In October 2016, the Company obtained building technology performance certification from the General Building Research Corporation of Japan for expanding the scope of application of the CCB-NAC method and began applying it to actual projects.」
The Company obtained performance certification for an expanded scope of application of the CCB-NAC method and began applying it to actual projects. Smooth Fillcrete has also been applied to actual projects. - FY2016First statedAnnual report
「The results included the development of a rationalized method for pile-head seismic isolation joints and improvements in technology for preparing design ground motions. The Company developed Smooth Fillcrete and obtained a building technology performance certification from the General Building Research Corporation of Japan in February 2016. It plans to actively market the material for seismic retrofit projects.」
The Company describes the acquisition of research results, acquisition of performance certification and future sales development as a sequence leading to the commercialization of technology businesses.