JP2016053288A - This invention is patent application of weed preventive pavement material, product and composition and method of con-soil powder pavement - Google Patents
This invention is patent application of weed preventive pavement material, product and composition and method of con-soil powder pavement Download PDFInfo
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本発明は、火山岩砕石、シラス砂、硅砂、溶融スラグ、シラスバルーンを2.0〜13ミリの大きさを使用して、施工現場に敷き均して転圧前後に、コン、ソイルパウダーを規定量の水に混合して散布して施工する事を、特徴とする配合、工法の特許出願である。 In the present invention, volcanic rock crushed stone, shirasu sand, cinnabar sand, molten slag, and shirasu balloon are used in a size of 2.0 to 13 mm. It is a patent application for a composition and construction method characterized in that it is mixed and dispersed in a quantity of water and then applied.
既存の路盤工事は、砕石、シラス砂、黒土、マサド、等で埋め立て転圧して仕上げている、その表面には雑草が生えて年に3回は草刈をしているのが現状です。その雑草を防止抑制材料が、コン、ソイルパウダーを規定の配合と工法で雑草が生えにくくした。透水性のあるコン、ソイルパウダー舗装剤です。降雨になると地中に水を還元します。本発明の透水性コン、ソイルパウダー舗装は目詰まりしない舗装材です、地下水の復活、地球温暖化抑制、ヒートアイランドの抑制、自然環境を良くする特徴ある舗装材です。 Existing roadbed construction is finished by rolling and rolling with crushed stone, shirasu sand, black soil, massado, etc. Weeds grow on the surface and we are mowing three times a year. The weed control material is made of kon and soil powder, and weeds are made difficult to grow by the prescribed composition and construction method. It is a permeable soil and soil powder paving agent. When it rains, it returns water to the ground. The water-permeable concrete and soil powder pavement of the present invention is a pavement material that does not clog. It is a pavement material that improves the natural environment by reviving groundwater, suppressing global warming, suppressing heat islands.
本発明は、火山砕石、溶融スラグ、硅砂、シラス砂、シラス、シラスバルーン、火山灰で、透水性コン、ソイルパウダー舗装をする事で、路盤工事、防草性舗装を敷設することが出来ます、地下水の復活、樹木の活性化、ヒートアイランドの抑制、また、透水性コン、ソイルパウダー舗装の空隙率の13〜25%に雨水を貯溜して、オーバーフローの水を側溝へ流出するのを抑え、排出量を減少させるので、住宅の雨水による床下浸水、地盤の低い水溜りの解消、河川の氾濫等の被害を最小限に抑えることになることを特徴する。 In the present invention, roadbed construction and herbicidal pavement can be laid by permeable cone, soil powder paving with volcanic crushed stone, molten slag, dredged sand, shirasu sand, shirasu, shirasu balloon, volcanic ash, Recovering groundwater, activating trees, controlling heat islands, and storing rainwater at 13-25% of the porosity of water-permeable concrete and soil powder pavements to prevent overflow water from flowing into the gutters and discharge Since the amount is reduced, it is characterized by minimizing damages such as underfloor inundation due to rainwater in houses, elimination of low-level water pools, and river flooding.
本発明は、火山砕石、溶融スラグ、硅砂、シラス砂、シラスバルーンの特性である、熱遮断性、強度、保水性、水の浄化性等の性能を生かし、透水性コン、ソイルパウダー舗装を敷設することで、雨水を地中に還元する。また、透水性コン、ソイルパウダー舗装の空隙率22〜25%前後あり、その空隙に水貯留量ができ、貯水の自然蒸発現象で、表面温度が、アスファルト舗装やコンクリート舗装と比較して5〜10度℃低くなることを特徴とする。
火山砕石、溶融スラグ、シラス砂、黒土、安山岩、シラスバルーンの保水性は、安山岩の特徴として多孔質性で高保水性がある。
砕石S−5(7号砕石)5〜2.5 表面乾燥密度 2.674竹炭の特徴として、水の浄化性と殺菌性がある。The present invention lays a water-permeable concrete and soil powder pavement by taking advantage of the properties of volcanic crushed stone, molten slag, dredged sand, shirasu sand, and shirasu balloon, such as heat shielding properties, strength, water retention, water purification properties, etc. By doing so, rainwater is returned to the ground. In addition, there is a porosity of around 22-25% for water permeable concrete and soil powder pavement, water can be stored in the gap, and the surface temperature is 5% compared to asphalt pavement and concrete pavement due to the natural evaporation phenomenon of the stored water. It is characterized by being lowered by 10 ° C.
The water retention of volcanic crushed stone, molten slag, shirasu sand, black soil, andesite and shirasu balloon is porous and highly water-retaining as a feature of andesite.
Crushed stone S-5 (No. 7 crushed stone) 5 to 2.5 Surface dry density 2.674 Bamboo charcoal has water purification and bactericidal properties.
火山砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバルーン、火山灰、を2.0〜13ミリの大きさに粉砕し、路盤・遊歩道・等に厚さ50mmで透水性コン、ソイルパウダーを散布敷設舗装することで、雨水を敷設舗装面積の13〜25%の水を貯溜する為、側溝への排水を一時的に減少させることを特徴とする。 Volcanic crushed stone, molten slag, andesite crushed stone, cinnabar sand, shirasu sand, shirasu balloon, volcanic ash are crushed to a size of 2.0 to 13 mm, and permeable concrete and soil powder with a thickness of 50 mm on the roadbed, boardwalk, etc By spraying and laying pavement, 13 to 25% of the laid pavement area of rainwater is stored, so that drainage into the gutter is temporarily reduced.
また、その貯溜効果で雨水が側溝に一度に排水しないので降雨、台風被害等を減少させる。床下浸水の被害を防ぎ、且つ、経済的な面からも、側溝の縮小で土地の有効活用をしてなることが特徴とする。 Moreover, rainwater and typhoon damage are reduced because rainwater is not drained into the gutter at once due to the storage effect. It is characterized by the effective use of land by reducing the ditches from the economical aspect to prevent underfloor flooding.
本発明は、火山岩砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバルーン、火山灰で、敷設施工する、透水性コン、ソイルパウダー舗装は、景観にも美しい各色でカラーやデザイン舗装や敷設施工がなることを特徴とする。火山砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバラーン、火山灰の特徴である強度と保水性、透水性コン、ソイルパウダー舗装の特徴である透水性、保水性の、空隙率を生かすことで、地下水の復活、樹木の活性化、ヒートアイランド抑制、地球温暖化抑制になることを特徴とする舗装材であります。 The present invention is laid with volcanic rock crushed stone, molten slag, andesite crushed stone, dredged sand, shirasu sand, shirasu balloon, and volcanic ash. It is characterized by becoming. By utilizing the strength and water retention characteristic of volcanic crushed stone, molten slag, andesite crushed stone, dredged sand, shirasu sand, shirasu ballan, volcanic ash, permeability and water retention characteristic of soil powder pavement, making use of porosity It is a pavement material characterized by revival of groundwater, activation of trees, suppression of heat island, suppression of global warming.
火山砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバルーン、火山灰、使用の透水性コン、ソイルパウダー舗装は、雨水に対して施工厚さや施工平米数の22〜25%が水の貯留量である。舗装施工平米数が広くなると、遊水池の1つと考えることができ、土地の有効利用が期待できてなることを特徴とする。 Volcanic crushed stone, molten slag, andesite crushed stone, dredged sand, shirasu sand, shirasu balloon, volcanic ash, used permeable concrete, soil powder pavement, 22-25% of the construction thickness and construction square meters of rainwater is the amount of water storage It is. When the number of pavement construction square meters increases, it can be considered as one of the reservoirs, and it can be expected to effectively use the land.
本発明は、火山砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバルーン、火山灰で透水性、保水性コン、ソイルパウダー舗装は溜枡と同じ効果がある。水の貯溜効果で、ヒートアイランドの抑制、地球温暖化抑制ができてなることを特徴とする。 In the present invention, volcanic crushed stone, molten slag, andesite crushed stone, dredged sand, shirasu sand, shirasu balloon, volcanic ash, water permeability, water retention con, and soil powder pavement have the same effect as tame. It is characterized by heat island suppression and global warming suppression due to water storage effect.
火山砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバルーン、火山灰の、透水性コン、ソイルパウダー舗装剤で、路盤、遊歩道、防草性舗装を敷設することは、遊水池の縮小と地盤の有効利用になるになることを特徴とする。 Volcanic crushed stone, molten slag, andesite crushed stone, dredged sand, shirasu sand, shirasu balloon, volcanic ash, water permeable condensate, soil powder pavement, laying roadbed, promenade, herbicidal pavement, reducing pond and ground It becomes the effective use of.
本発明は、火山砕石、溶融スラグ、安山岩砕石、硅砂、シラス砂、シラスバルーン、火山灰で、透水性コン、ソイルパウダー舗装を敷設施工することで、雨水を地下に還元し地下水の復活、水の活性化、地盤沈下抑制、透水性舗装なので水溜りができない、床下浸水削減、側溝への排水量の減少で、河川の氾濫の抑制になることを特徴とする。 In the present invention, by laying and constructing water-permeable congee and soil powder pavement with volcanic crushed stone, molten slag, andesite crushed stone, dredged sand, shirasu sand, shirasu balloon, and volcanic ash, rainwater is returned to the ground to restore the groundwater, It is characterized by being able to control the flooding of the river by activating, suppressing land subsidence, permeable pavement, so that it cannot collect water, reducing underfloor inundation, and reducing the amount of drainage to the gutter.
本発明は、安全歩行性、無公害性、降雨を地中に還元、水溜りが出来ない、滑らない、太陽の照り返しの抑制、表面温度がアスファルトやコンクリート舗装に比較して表面温度が5〜10度低下する。保水性で植物や樹木の活性化、ヒートアイランド抑制、地球温暖化抑制に貢献なることを特徴する。 The present invention is a safe walking ability, non-polluting, reducing rain into the ground, unable to puddle, not slipping, suppressing sun reflection, surface temperature is 5 to 5 compared to asphalt or concrete pavement Decrease by 10 degrees. It is characterized by water retention, contributing to the activation of plants and trees, the suppression of heat islands, and the suppression of global warming.
本発明の、コン、ソイルパウダー舗装の施工面積が広くなれば、それに比例し、保水性と水の貯溜水量が大きくなり、側溝への排出水量の大幅減少で、側溝工事費用の大幅削減による経済効果があります、河川の波乱、床下浸水、雨水を地中に還元させるので、地下水の復活と植物活性化になることを特徴する。 If the construction area of the con and soil powder pavement of the present invention is increased, the water retention and the amount of stored water will increase in proportion to that, and the economy will be greatly reduced by the drastic reduction of the side gutter construction cost due to the drastic reduction of the amount of water discharged to the gutter. It has the effect of river turbulence, underfloor inundation, and rainwater being returned to the ground, resulting in the revitalization of groundwater and the activation of plants.
本発明は、火山砕石、溶融スラグ、安山岩砕石、硅砂、黒土、シラス砂、シラスバルーンの、透水性コン、ソイルパウダー舗装は、水溜りの解消、太陽の照り返しの反射熱の抑制、樹木の活性化、ヒートアイランドの抑制で地球温暖化抑制に貢献、心に安らぎを与え、景観にも美しい各色カラー舗装ガできます、自然環境や産業廃棄物の有効利用、生活環境を明るくする効果になることを特徴とする。 The present invention is a volcanic crushed stone, molten slag, andesite crushed stone, dredged sand, black soil, shirasu sand, shirasu balloon, permeable con, soil powder pavement eliminates puddles, suppresses reflection heat of sun reflection, activity of trees Contribute to the prevention of global warming by reducing heat islands, providing peace of mind, and beautiful color pavement that can be used in landscapes. Effective use of natural environment and industrial waste, and brightening of living environment. Features.
本発明者は、前記実施形態の工法で透水性コン、ソイルパウダー舗装を、厚さ50ミリで試験用検体を製造して自社実験室で、数回実験して強度性、透水試験を目視試験する。その強度試験方法は目視試験で予想通りの結果でした。 The present inventor manufactured a test specimen with a thickness of 50 mm by using the method of the above embodiment and made a test specimen with a thickness of 50 mm, and experimented several times in its own laboratory to visually test the strength and permeability test. To do. The strength test method was as expected in the visual test.
温度20℃、湿度65%の条件下で、タライ型モルタルミキサーに、▲1▼溶融スラグ10kg、▲2▼コン、ソイルパウダー舗装剤を規定の配合で薄めて1kg ▲3▼エチレンー酢酸ビニール共重合体からなる樹脂の粉末EVAエマルジョン樹脂、(ニチゴー九州株式会社)DM−1645Pをポルトランドセメント重量の3〜22%、▲4▼水3〜6kg、の各材料を、供試体A、B,Cとする。
▲1▼,▲2▼,▲3▼,▲4▼、配合で製造してなることを特徴とする特許出願である。1kg of molten slag 10kg, 2) kon and soil powder pavement with the specified composition, 1kg under the conditions of temperature 20 ° C and humidity 65%. Powdered EVA emulsion resin composed of coalescence, (Nichigo Kyushu Co., Ltd.) DM-1645P, 3 to 22% of Portland cement weight, (4) water 3 to 6 kg, materials A, B, C To do.
(1), (2), (3), (4) are patent applications characterized by being manufactured by blending.
試験結果は、DM−1645P、それぞれの試供体で、ともに材齢7日で、圧縮強度が7,7(N/mm2)曲げ強度が 2,2(N/mm2)空隙率が21.4〜29.0(%)、透水係数7.19×10−1(cm/sec以上)であった。The test results were DM-1645P, each of which was 7 days old, the compressive strength was 7, 7 (N / mm 2 ), the bending strength was 2, 2 (N / mm 2 ), and the porosity was 21. It was 4 to 29.0 (%), and the water permeability was 7.19 × 10 −1 (cm / sec or more).
本発明は、コン、ソイルパウダー舗装剤の製造と工法の特許出願です。主な原材料は、火山砕石、安山岩砕石、溶融スラグ、硅砂、シラス砂、シラスバルーン、火山灰を2.0〜13mmに粉砕して、透水性コン、ソイルパウダー舗装剤を路盤造成地の、公園、遊歩道、等に敷き均し散布して雑草を生えにくくする舗装工法です。主な用途先は、歩道、公園、広場、住宅周りの外構、庭、防草性舗装、に防草性舗装が可能でなることを特徴とする工法。 The present invention is a patent application for manufacturing and construction method of kon and soil powder pavement. The main raw materials are volcanic crushed stone, andesite crushed stone, molten slag, dredged sand, shirasu sand, shirasu balloon, volcanic ash is pulverized to 2.0-13mm, and permeable kon and soil powder paving agent are used in A pavement method that spreads and spreads on promenades, etc., making it difficult for weeds to grow. The main application is a construction method characterized by the ability to make herbicidal paving on sidewalks, parks, plazas, exteriors around houses, gardens, herbicidal paving.
コン、ソイルパウダー舗装は、雑草防止抑制の舗装剤です。利用範囲は無限でなることを特徴とする。 Con and soil powder pavement is a pavement agent for controlling weeds. The usage range is infinite.
透水性コン、ソイルパウダー舗装材を製造して打説する工法には特殊な技術が必要で、その範囲は、特に含水率の測定が、強度と密接な関係がある為、透水係数に大きな変化が発生する為に、転圧、圧縮、圧力重量を100〜3000kg範囲で打設し、転圧で仕上げをする事を特徴とする配合、工法の特許出願です。 A special technique is required for the method of manufacturing and demonstrating water-permeable concrete and soil powder pavement materials, and the range is particularly large because the measurement of water content is closely related to strength. This is a patent application for a composition and construction method characterized in that rolling, compression, pressure weight is placed in the range of 100 to 3000 kg, and finishing is performed by rolling.
本発明の、コン、ソイルパウダー舗装材料の配合の中で、火山砕石、安山岩砕石、硅砂、川砕石、溶融スラグ、シラス砂、シラスバルーン、火山灰は、しき均し後散布して転圧舗装してなることを特徴とする。 In the composition of the con and soil powder pavement material of the present invention, volcanic crushed stone, andesite crushed stone, dredged sand, river crushed stone, molten slag, shirasu sand, shirasu balloon, and volcanic ash are sprayed after rolling and compacted. It is characterized by.
本発明は、透水性コン、ソイルパウダー舗装打設工法、規定の配合で製造した材料を路面に敷き均して規定の厚さで、プレート転圧で仕上げる工法であることを特徴とする。 The present invention is characterized in that it is a water permeable concrete, soil powder pavement construction method, and a method of spreading a material produced by a prescribed composition on a road surface and finishing it by a plate rolling with a prescribed thickness.
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Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2018188812A (en) * | 2017-04-28 | 2018-11-29 | グランドパートナー株式会社 | Weed-proof paving agent, weed-proof paving method and weed-proof paving structure |
CN109534778A (en) * | 2019-01-24 | 2019-03-29 | 南京富源资源利用有限公司 | Zinc oxide pervious concrete |
KR101982668B1 (en) * | 2018-04-04 | 2019-05-27 | 홍성현 | Pavement compositions and pavement method using masato and volcanic rock |
JP2019183454A (en) * | 2018-04-05 | 2019-10-24 | 株式会社伍代産業 | Weed preventive pavement material, weed preventive pavement method, and weed preventive pavement structure |
CN113215890A (en) * | 2021-05-24 | 2021-08-06 | 中铁九局集团第六工程有限公司 | Paving construction method for cement-stabilized gravel base layer |
-
2014
- 2014-09-03 JP JP2014194401A patent/JP2016053288A/en active Pending
Cited By (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JP2018188812A (en) * | 2017-04-28 | 2018-11-29 | グランドパートナー株式会社 | Weed-proof paving agent, weed-proof paving method and weed-proof paving structure |
KR101982668B1 (en) * | 2018-04-04 | 2019-05-27 | 홍성현 | Pavement compositions and pavement method using masato and volcanic rock |
JP2019183454A (en) * | 2018-04-05 | 2019-10-24 | 株式会社伍代産業 | Weed preventive pavement material, weed preventive pavement method, and weed preventive pavement structure |
CN109534778A (en) * | 2019-01-24 | 2019-03-29 | 南京富源资源利用有限公司 | Zinc oxide pervious concrete |
CN113215890A (en) * | 2021-05-24 | 2021-08-06 | 中铁九局集团第六工程有限公司 | Paving construction method for cement-stabilized gravel base layer |
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