A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide a regenerating material feeding machine that can appropriately and easily cope with differences in dimensions and flexibility of a regenerating material to be fed, and an inner diameter, etc. of buried pipes at a feeding destination in and openings through which the regenerating material is passed, and has high versatility.SOLUTION: A regenerating material feeding machine 1 comprises a folding conveying part 4 that folds a long cylindrical regenerating material 2 having flexibility to be flattened into a sheet form when placed flat, in a width direction of the regenerating material 2 and conveys the regenerating material 2 in a length direction, wherein the folding conveying part 4 has a horizontal roller area where a horizontal roller 7 is located and an inclined roller area where an inclined roller 8 is located, that are alternately arranged in a conveying direction of the regenerating material 2, the horizontal roller 7 has a rotating shaft extending in a horizontal direction orthogonal to the conveying direction, the inclined rollers 8 are provided in pairs so as to sandwich the regenerating material 2 flowing on a plurality of horizontal rollers 7 and advancing in the conveying direction from the width direction, and an inclination angle of the rotating shaft of the inclined roller 8 with respect to a horizontal plane and a distance between the inclined rollers 8 that are opposed to each other with the regenerating material 2 interposed therebetween can be adjusted.SELECTED DRAWING: Figure 5
【課題】投入する更生材の寸法や柔軟性、投入先の埋設管及び経由させる開口部の内径等の違いに適切かつ容易に対応可能であり汎用性の高い更生材投入機を提供すること。【解決手段】平置き時にシート状に平坦化する柔軟性を有する長尺筒状の更生材２を、該更生材２の幅方向に折り畳みつつ、該更生材２の長さ方向に搬送する折畳み搬送部４を有する更生材投入機１であって、前記折畳み搬送部４には、水平ローラ７が位置する水平ローラ領域と傾斜ローラ８が位置する傾斜ローラ領域とが前記更生材２の搬送方向に交互に並び、前記水平ローラ７は、その回転軸が前記搬送方向と直交する水平方向に延び、前記傾斜ローラ８は、複数の前記水平ローラ７上を流れて前記搬送方向に進む前記更生材２をその幅方向から挟むように対で設けられ、前記傾斜ローラ８の回転軸の水平面に対する傾斜角度と、更生材２を挟んで対向する対となる傾斜ローラ８間の距離とを調整可能とした。【選択図】図５
To provide a regenerating material feeding machine that can appropriately and easily cope with differences in dimensions and flexibility of a regenerating material to be fed, and an inner diameter, etc. of buried pipes at a feeding destination in and openings through which the regenerating material is passed, and has high versatility.SOLUTION: A regenerating material feeding machine 1 comprises a folding conveying part 4 that folds a long cylindrical regenerating material 2 having flexibility to be flattened into a sheet form when placed flat, in a width direction of the regenerating material 2 and conveys the regenerating material 2 in a length direction, wherein the folding conveying part 4 has a horizontal roller area where a horizontal roller 7 is located and an inclined roller area where an inclined roller 8 is located, that are alternately arranged in a conveying direction of the regenerating material 2, the horizontal roller 7 has a rotating shaft extending in a horizontal direction orthogonal to the conveying direction, the inclined rollers 8 are provided in pairs so as to sandwich the regenerating material 2 flowing on a plurality of horizontal rollers 7 and advancing in the conveying direction from the width direction, and an inclination angle of the rotating shaft of the inclined roller 8 with respect to a horizontal plane and a distance between the inclined rollers 8 that are opposed to each other with the regenerating material 2 interposed therebetween can be adjusted.SELECTED DRAWING: Figure 5
【課題】投入する更生材の寸法や柔軟性、投入先の埋設管及び経由させる開口部の内径等の違いに適切かつ容易に対応可能であり汎用性の高い更生材投入機を提供すること。【解決手段】平置き時にシート状に平坦化する柔軟性を有する長尺筒状の更生材２を、該更生材２の幅方向に折り畳みつつ、該更生材２の長さ方向に搬送する折畳み搬送部４を有する更生材投入機１であって、前記折畳み搬送部４には、水平ローラ７が位置する水平ローラ領域と傾斜ローラ８が位置する傾斜ローラ領域とが前記更生材２の搬送方向に交互に並び、前記水平ローラ７は、その回転軸が前記搬送方向と直交する水平方向に延び、前記傾斜ローラ８は、複数の前記水平ローラ７上を流れて前記搬送方向に進む前記更生材２をその幅方向から挟むように対で設けられ、前記傾斜ローラ８の回転軸の水平面に対する傾斜角度と、更生材２を挟んで対向する対となる傾斜ローラ８間の距離とを調整可能とした。【選択図】図５
REGENERATING MATERIAL FEEDING MACHINE
更生材投入機
KUSAKI TOSHIO (author)
2022-12-02
Patent
Electronic Resource
Japanese
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