A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
SOIL IMPROVEMENT MACHINE
PROBLEM TO BE SOLVED: To efficiently dry a soil material on a wet side when filling the soil material in a core zone in a fill dam construction.SOLUTION: A motor 13 is mounted on a soil improvement machine 10. The soil improvement machine is a stabilizer that has a rotary agitation blade 22, which agitates and mixes a scattered soil material 1, and a hood 21, which covers the rotary agitation blade 22 and can contact with the scattered soil material 1 at its open undersurface, on a part of a self-propelled vehicle body. A blast supply passage 30 that has a blower 35 at an intermediate part between a heat exhausting part of the motor 13 and the hood 21. Exhaust heat air during operation of the motor 13 is blown into the hood 21. Dryness and moisture of the soil material 1 are adjusted during agitating and mixing of the soil material 1 by the rotary agitation blade 22.SELECTED DRAWING: Figure 1
【課題】 フィルダムの施工においてコアゾーンで土質材料を盛り立てる際、湿潤側の土質材料を効率よく乾燥させる。【解決手段】 原動機１３を搭載し自走可能な車体の一部に、撒き敷かれた土質材料１を撹拌混合する回転撹拌翼２２と、回転撹拌翼２２を覆い、開放した下面が撒き敷かれた土質材料１に接地可能なフード２１とを備えたスタビライザー等の土質改良機１０であって、原動機１３の排熱部とフード２１との間に、中間にブロア３５を有する送風供給経路３０を設け、原動機１３の運転時の排熱空気をフード２１内に送風し、回転撹拌翼２２による土質材料１の撹拌混合時に土質材料１の乾燥や水分調整を行うようにした。【選択図】 図１
SOIL IMPROVEMENT MACHINE
PROBLEM TO BE SOLVED: To efficiently dry a soil material on a wet side when filling the soil material in a core zone in a fill dam construction.SOLUTION: A motor 13 is mounted on a soil improvement machine 10. The soil improvement machine is a stabilizer that has a rotary agitation blade 22, which agitates and mixes a scattered soil material 1, and a hood 21, which covers the rotary agitation blade 22 and can contact with the scattered soil material 1 at its open undersurface, on a part of a self-propelled vehicle body. A blast supply passage 30 that has a blower 35 at an intermediate part between a heat exhausting part of the motor 13 and the hood 21. Exhaust heat air during operation of the motor 13 is blown into the hood 21. Dryness and moisture of the soil material 1 are adjusted during agitating and mixing of the soil material 1 by the rotary agitation blade 22.SELECTED DRAWING: Figure 1
【課題】 フィルダムの施工においてコアゾーンで土質材料を盛り立てる際、湿潤側の土質材料を効率よく乾燥させる。【解決手段】 原動機１３を搭載し自走可能な車体の一部に、撒き敷かれた土質材料１を撹拌混合する回転撹拌翼２２と、回転撹拌翼２２を覆い、開放した下面が撒き敷かれた土質材料１に接地可能なフード２１とを備えたスタビライザー等の土質改良機１０であって、原動機１３の排熱部とフード２１との間に、中間にブロア３５を有する送風供給経路３０を設け、原動機１３の運転時の排熱空気をフード２１内に送風し、回転撹拌翼２２による土質材料１の撹拌混合時に土質材料１の乾燥や水分調整を行うようにした。【選択図】 図１
SOIL IMPROVEMENT MACHINE
土質改良機
KOSHIDA TAKESHI (author) / MITANBATA ISAMU (author) / YAMAGISHI AKIHIRO (author) / NAGAI HIROYUKI (author) / ITO HIROSHI (author) / TENMYO TOSHIYUKI (author) / YAMADA SATOSHI (author)
2016-12-22
Patent
Electronic Resource
Japanese
SOIL IMPROVEMENT BODY CONSTRUCTION METHOD, SOIL IMPROVEMENT DEVICE, SOIL IMPROVEMENT BATHOLITH
| European Patent Office | 2017
| European Patent Office | 2022