A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention discloses bridge hanging box plugging equipment which structurally comprises a pouring box, a fixing structure and a fixing plate, the pouring box is located on the inner side of the fixing structure, the lower end of the fixing structure is fixedly embedded in the upper surface of the fixing plate, the pouring box and the fixing plate are located on the same central axis, and wateracts on a circular plate in a semicircular groove. The compression structure extrudes the stress block on the inner side, acting force is generated on the outer side through the friction plate, pressure of water on the outer side acts on the buffer plate, stress bending is conducted on the buffer plate, gaps are prevented from being generated in the lower end of the attaching mechanism due to toolarge stress, and deformation is avoided. The friction mechanism generates downward acting force through attaching force, the bent plate is tightly attached to the fixed plate, a gap is prevented frombeing generated, the stop block generates elastic adsorption through the stress groove, it is avoided that when water pressure is applied, the connecting position is prone to deviating, and the situation that due to different pressures inside and outside the cofferdam, the dismounting pressure is too large is avoided. Clamping is prevented from being formed during disassembly.
本发明公开了一种桥梁吊箱的封堵设备，其结构包括浇筑箱、固定结构、固定板，浇筑箱位于固定结构内侧，固定结构下端嵌固在固定板上表面，浇筑箱与固定板位于同一中心轴线上，水在半圆槽中对圆形板作用，使得压缩结构向内侧的受力块挤压，且通过摩擦板对外侧产生作用力，外侧水的压力对缓冲板作用，使其进行受力弯曲，避免受力过大使贴合机构下端产生间隙，避免形变的产生，贴合机构的下表面贴合在固定板的表面，通过贴合力使得摩擦机构产生向下的作用力，弯曲板与固定板进行紧密贴合，防止了间隙的产生，通过受力槽使得阻挡块产生弹力吸附，避免受水压时连接处容易偏移，避免由于围堰内外压力不同造成拆卸的压力过大，防止在拆卸时形成卡合。
The invention discloses bridge hanging box plugging equipment which structurally comprises a pouring box, a fixing structure and a fixing plate, the pouring box is located on the inner side of the fixing structure, the lower end of the fixing structure is fixedly embedded in the upper surface of the fixing plate, the pouring box and the fixing plate are located on the same central axis, and wateracts on a circular plate in a semicircular groove. The compression structure extrudes the stress block on the inner side, acting force is generated on the outer side through the friction plate, pressure of water on the outer side acts on the buffer plate, stress bending is conducted on the buffer plate, gaps are prevented from being generated in the lower end of the attaching mechanism due to toolarge stress, and deformation is avoided. The friction mechanism generates downward acting force through attaching force, the bent plate is tightly attached to the fixed plate, a gap is prevented frombeing generated, the stop block generates elastic adsorption through the stress groove, it is avoided that when water pressure is applied, the connecting position is prone to deviating, and the situation that due to different pressures inside and outside the cofferdam, the dismounting pressure is too large is avoided. Clamping is prevented from being formed during disassembly.
本发明公开了一种桥梁吊箱的封堵设备，其结构包括浇筑箱、固定结构、固定板，浇筑箱位于固定结构内侧，固定结构下端嵌固在固定板上表面，浇筑箱与固定板位于同一中心轴线上，水在半圆槽中对圆形板作用，使得压缩结构向内侧的受力块挤压，且通过摩擦板对外侧产生作用力，外侧水的压力对缓冲板作用，使其进行受力弯曲，避免受力过大使贴合机构下端产生间隙，避免形变的产生，贴合机构的下表面贴合在固定板的表面，通过贴合力使得摩擦机构产生向下的作用力，弯曲板与固定板进行紧密贴合，防止了间隙的产生，通过受力槽使得阻挡块产生弹力吸附，避免受水压时连接处容易偏移，避免由于围堰内外压力不同造成拆卸的压力过大，防止在拆卸时形成卡合。
Plugging equipment for bridge hanging box
一种桥梁吊箱的封堵设备
ZHANG LIYUN (author)
2021-03-19
Patent
Electronic Resource
Chinese
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