首页> 外国专利> Gabion box-POWERFUL piles created upon the bit-PULSE TECHNOLOGY WITH CHANNEL ARMOELEMENTOM

Gabion box-POWERFUL piles created upon the bit-PULSE TECHNOLOGY WITH CHANNEL ARMOELEMENTOM

机译:石笼形盒子-基于钻头的强大脉冲桩-带通道装甲的技术

摘要

The invention relates to construction, namely, can be used "basis - the foundation" systems in complex geotechnical conditions. The object of the utility model is to improve the reliability of the box gabion reinforced piles created by the discharge-pulse technology armoelementom channel in harsh environments. Implementation technical problem is solved by the fact that the box gabion reinforced piles created by razrjadno 0 pulse technology armoelementom channel being constructed in complex geologic conditions comprising a reticulated body (1) with a filler, which is laid on the geotextile (5), characterized in that it further comprises crossed reinforcing bars (3, 4) that combine several piles (6) created by the discharge-impulse technology armoelementom channel (2) is lowered to a predetermined depth, surrounded by compacted ca. olosvaynym ground (7), wherein a longitudinal reinforcing rod (3) is rigidly fastened at the top of the speaker channel, and transverse reinforcement rods are rigidly mounted on the longitudinal reinforcement rod on both sides of the protruding sill (2). Utility model maximizing the effect of the joint work of all elements of the "base - the foundation" of the system, the new elements of the gabion and geological formations, thereby increasing reliability, efficiency, stability, and reduction in time required for reconstruction and erection of gabions on weak ground.
机译:本发明涉及建筑,即可以在复杂的岩土条件下使用“基础-基础”系统。本实用新型的目的是提高在恶劣环境下利用放电脉冲技术产生的箱形石笼网加固桩的可靠性。通过在复杂的地质条件下构造由razrjadno 0脉冲技术armoelementom通道创建的箱式石笼网加固桩解决了实施技术问题,该复杂的地质条件包括铺设在土工布(5)上的网状主体(1)和填充物,其特征在于其特征在于,它还包括交叉的加强杆(3、4),其结合了由放电-脉冲技术装甲通道(2)产生的多个桩(6),降低至预定深度,并被压实的ca包围。 olosvaynym地面(7),其中纵向加强杆(3)牢固地固定在扬声器通道的顶部,横向加强杆牢固地安装在突出窗台(2)两侧的纵向加强杆上。本实用新型最大化了系统“基础-基础”的所有要素,石笼网的新要素和地质构造的联合工作的效果,从而提高了可靠性,效率,稳定性,并减少了重建和重建所需的时间在薄弱的地面上架设石笼。

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