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181～204 item / All 204 items
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[Construction Example] Rockfall protection fence construction that does not require a concrete foundation.
No need for concrete foundations; installation can be done on-site! Example from February 2013.
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[Construction Case] Close-contact rockfall prevention (rope laying work) for slope and flooding countermeasures.
Case from June 2021 (R3)! Implemented using a method that combines rope laying work with a thick wire mesh.
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[Construction Example] Slope repair. Rich in flexibility, suppressing the initial movement of loose stones and floating rocks.
Case study using Ribmat Green R-20! Conducted in October 2019 (R1).
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[Construction Example] Erosion prevention of accumulated soil and prevention of rolling stone-type rockfalls through forestry conservation work.
Examples of construction methods suitable for sites where large and small boulders, floating stones, and soil are mixed!
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[Construction Example] Rockfall Protection Net (Cover Type) for Road Slope Repair and Maintenance Work
Application for rockfall countermeasures and prevention, case from October 2022 (R4), quantity 3,500 m².
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[Construction Example] Rockfall Protection Net on Steep Slope by the Roadside
The construction site in February 2021 (R3) is an example from Shizuoka Prefecture! The quantity is 1,150 m².
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[Construction Case] Rockfall Prevention and Measures for Road Slopes
A method of preventing falling rocks within a wire mesh by securing floating stones and rolling stones with wire mesh and wire ropes!
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[Construction Case] An example of a site where it is difficult to grasp the location and quantity of rockfall sources.
A case of a construction method suitable for sites where it is difficult to grasp the location and quantity of rockfall sources, such as when surface soil is fully accumulated.
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[Construction Example] Rockfall prevention that accommodates difficult machine access in the back of residential houses and on mountain slopes.
No need for large machinery! Examples of construction methods that do not require large or specialized machinery.
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[Construction Case] Minimizing the felling of standing trees on slopes for rockfall prevention in parks.
It is possible to minimize the felling of standing trees on slopes! A case using colored materials.
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[Construction Example] On rock slopes with the risk of falling rocks such as floating stones and rolling stones.
A wire rope net is installed tightly against the slope! It suppresses the initial movement of loose stones and floating rocks, preventing them from becoming falling rocks.
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[Construction Example] Greening of the asphalt (pavement) factory employee parking lot.
Standard equipped with automatic irrigation system! A case study of thin-layer parking greening method installed on pavement.
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【Construction Example】Greening of a parking lot that can be completed in a short period and with minimal yard space.
The construction period can be shortened, and even if there are no operating factories or alternative parking spaces available, it is possible to carry out the work with minimal yard space!
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[Construction Case] Greening of Employee Parking Lot Due to Insufficient Green Space for New Building Construction
An example of a green parking lot that prevents soil compaction due to vehicle pressure and maintains a root growth layer!
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[Construction Example] Shortened construction period for embankment work (coastal protection and greening work in one process)
Corresponds to a flow velocity of 5 m/s up to the vegetation area! Demonstrates high-level bank protection functionality immediately after construction.
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[Construction Example] Around the playground equipment. The grass does not wither even when the children run around.
Construction in March 2018 (Heisei 30). An example of installing grass protection materials simultaneously with grass installation around the playground equipment.
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[Construction Example] Recovery of Damaged Lawn! Greening of Parking Lot
Even if the grass is damaged, it can recover! A case study of integrated pavement layer greening method for parking lots.
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[Construction Example] Adopted for the green parking lot of Gifu Prefectural Office. Over 90% high vegetation coverage!
Green coverage rate over 90%! The protruding parts of the grass protection material are designed to withstand minimal pressure and load.
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[Construction Example] Andersen Park Dog Run. Measures against stress from feces, urine, and foot pressure.
An example of a construction method that secures a root growth layer and prevents compaction due to foot traffic!
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[Construction Example] A grassy area in a dog run where the grass tends to wither easily due to feces and urine.
Case from December 2019 (R1)! Implemented using a construction method that secures the root growth layer.
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[Construction Example] A grassy area accessible to people and vehicles. Temporary parking during events.
A structure that ensures the growth layer of roots, preventing compaction due to foot traffic! An example of being used as a parking lot.
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[Construction Example] A tsunami evacuation high ground with a landscape-friendly lawn that is resistant to salt damage and drought.
Improved construction performance with large shapes! Cases adopted due to good aesthetics and strong resistance to salt damage.
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[Construction Example] Stress-resistant wild grass in the lawn area in front of the large warehouse at Ghibli Park.
Strong against stress such as salt damage and dryness! A case where a tent was set up to create a place of relaxation.
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[Construction Example] A lawn area that is prone to damage due to frequent events.
Tifton specification! A case constructed for a grass square with an area of 2800m2.
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