Toko Planning Co., Ltd.

Earthquake Reinforce

Earthquake Reinforce

Earthquake-resistant reinforcement work is carried out to prevent buildings from collapsing or being destroyed by shaking caused by earthquakes. This refers to construction work that improves strength. Measures for buildings consist of three components: earthquake resistance, seismic control, and seismic isolation. Among these, general earthquake-resistance reinforcement work involves strengthening the building by increasing its sturdiness (strength reinforcement). It generally refers to "earthquake-resistant reinforcement" that can withstand earthquakes. Our company not only works on infrastructure for daily life, but also carries out earthquake-resistance reinforcement work in various places. We contribute to the safety of our lives.

Living safely in earthquake-prone Japan

Earthquake Reinforce

Now that it is not surprising that a city earthquake or a Nankai Trough earthquake could occur at any time, we are carrying out reinforcement work to protect lives from earthquake shaking.

I want to make the city disaster-resistant

Earthquake Reinforce

We are carrying out earthquake-resistance reinforcement and supporting the rapid restoration and reinforcement of infrastructure and lifelines to prevent serious damage.

Earthquake-resistant reinforcement work results

Case study: Earthquake-resistant reinforcement work at a station on the Kintetsu Line

Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work Kintetsu Line Station Earthquake Reinforcement Work

This is a scene from earthquake-resistance reinforcement work at a certain Kintetsu Line station. Repair measures and earthquake-resistance reinforcement work are being carried out.

Case study: NEXCO earthquake reinforcement work

NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work NEXCO earthquake resistance reinforcement work

This is a scene from NEXCO's earthquake-resistance reinforcement work. Repair measures and earthquake-resistance reinforcement work are being carried out.

Case study: Osaka Institute of Technology, ultrasonic flaw detection, Takatsuki-Kaku embankment construction in the Omiya East district

Osaka Institute of Technology Ultrasonic Inspection Osaka Institute of Technology Ultrasonic Inspection Osaka Institute of Technology Ultrasonic Inspection Osaka Institute of Technology Ultrasonic Inspection Osaka Institute of Technology Ultrasonic Inspection

Osaka Institute of Technology Ultrasonic flaw detection inspection - Work scene from the Takatsuki-Kaku embankment equipment construction in the Omiya East area. This is the process of transmitting ultrasonic waves and evaluating and checking the test piece based on the strength and range of the ultrasonic waves reflected from flaws, etc.