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A platform for research: civil engineering, architecture and urbanism
Anti-frost heaving anti-seismic sleeve pile
The invention discloses an anti-frost heaving anti-seismic sleeve pile. The pile comprises a concrete-filled steel tube pile, an outer sleeve and a damping device; the outer sleeve is a hollow cylindrical body, coaxially arranged with the concrete-filled steel tube pile, arranged on the periphery of the concrete-filled steel tube pile in a sleeving mode, and formed by splicing at least two sleeveunits, and a water stop belt is arranged at the splicing position of every two adjacent sleeve units in a clamped mode; the damping device is arranged between the concrete-filled steel tube pile and the outer sleeve, and comprises a clamp, bearings and damping rods, wherein the clamp comprises a main body and a first hinge support, and the first hinge support is fixedly arranged on a main body cross beam; the bearings are pivoted to the main body through hinge shafts, one ends of the damping rods are provided with second hinge supports, and the other ends are fixedly connected to the two bearings; and the first hinged support is fixed with the inner circumferential surface of the outer sleeve, and the second hinged supports are fixed with the outer circumferential surface of the concrete-filled steel tube pile. According to the scheme, the damping rods are telescopically deformed in the vertical direction and the radial direction, the damage effect, of freezing pulling force and thaw collapse phenomena caused by frost heaving of soil around a pile foundation in a frozen soil area, on the pile foundation can be reduced, and the anti-seismic effect is improved.
本发明公开了一种抗冻拔抗震套筒桩，包含钢管混凝土桩，外套筒，为空心圆柱状体，其与钢管混凝土桩同轴心设置并套设于钢管混凝土桩外围，由至少两个套筒单元拼装构成，相邻套筒单元拼装处夹设止水带；阻尼装置，设置于钢管混凝土桩和外套筒间，包含夹具、轴承和阻尼棒，夹具包含主体和第一铰支座，第一铰支座固定设置在主体横梁上；轴承通过铰接轴枢设于主体上，阻尼棒一端均具有第二铰支座，另一端分别固定连接在两个轴承上；其中第一铰支座与外套筒的内周面固定，第二铰支座与钢管混凝土桩的外周面固定；本方案阻尼棒沿竖向和径向伸缩变形，具有可减轻冻土区桩基础周围土冻胀引起的冻拔力和融沉现象对桩基础的破坏作用以及提高抗震作用。
Anti-frost heaving anti-seismic sleeve pile
The invention discloses an anti-frost heaving anti-seismic sleeve pile. The pile comprises a concrete-filled steel tube pile, an outer sleeve and a damping device; the outer sleeve is a hollow cylindrical body, coaxially arranged with the concrete-filled steel tube pile, arranged on the periphery of the concrete-filled steel tube pile in a sleeving mode, and formed by splicing at least two sleeveunits, and a water stop belt is arranged at the splicing position of every two adjacent sleeve units in a clamped mode; the damping device is arranged between the concrete-filled steel tube pile and the outer sleeve, and comprises a clamp, bearings and damping rods, wherein the clamp comprises a main body and a first hinge support, and the first hinge support is fixedly arranged on a main body cross beam; the bearings are pivoted to the main body through hinge shafts, one ends of the damping rods are provided with second hinge supports, and the other ends are fixedly connected to the two bearings; and the first hinged support is fixed with the inner circumferential surface of the outer sleeve, and the second hinged supports are fixed with the outer circumferential surface of the concrete-filled steel tube pile. According to the scheme, the damping rods are telescopically deformed in the vertical direction and the radial direction, the damage effect, of freezing pulling force and thaw collapse phenomena caused by frost heaving of soil around a pile foundation in a frozen soil area, on the pile foundation can be reduced, and the anti-seismic effect is improved.
本发明公开了一种抗冻拔抗震套筒桩，包含钢管混凝土桩，外套筒，为空心圆柱状体，其与钢管混凝土桩同轴心设置并套设于钢管混凝土桩外围，由至少两个套筒单元拼装构成，相邻套筒单元拼装处夹设止水带；阻尼装置，设置于钢管混凝土桩和外套筒间，包含夹具、轴承和阻尼棒，夹具包含主体和第一铰支座，第一铰支座固定设置在主体横梁上；轴承通过铰接轴枢设于主体上，阻尼棒一端均具有第二铰支座，另一端分别固定连接在两个轴承上；其中第一铰支座与外套筒的内周面固定，第二铰支座与钢管混凝土桩的外周面固定；本方案阻尼棒沿竖向和径向伸缩变形，具有可减轻冻土区桩基础周围土冻胀引起的冻拔力和融沉现象对桩基础的破坏作用以及提高抗震作用。
Anti-frost heaving anti-seismic sleeve pile
一种抗冻拔抗震套筒桩
WANG BIN (author) / LIU JIE (author) / ZHAO NAN (author) / SUN YUNLONG (author) / CHEN JIANGANG (author) / ZHU CHUNSHENG (author) / MA JIA (author) / ZHOU XINHONG (author) / SONG WENKAI (author) / ZHANG GUOQIANG (author)
2021-01-12
Patent
Electronic Resource
Chinese
IPC:
E02D
FOUNDATIONS
,
Gründungen
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