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A platform for research: civil engineering, architecture and urbanism
Pressure-resistant buffering steel formwork mechanism for roads and bridges and buffering method thereof
The invention discloses a pressure-resistant buffering steel formwork mechanism for roads and bridges and a buffering method thereof. The pressure-resistant buffering steel formwork mechanism comprises a formwork base, pressure-resistant plates arranged above the formwork base at certain intervals, a first buffer spring arranged between the formwork base and the pressure-resistant plates, an abutting push rod vertically arranged on the formwork base in a sliding mode, a transmission assembly arranged between the abutting push rod and the pressure-resistant plates, and a second buffer spring arranged above the abutting push rod. The pressure-resistant plates are buffered through the first buffer spring when being subjected to external stamping, so that the pressure of the template base is effectively reduced, the abutting push rod is driven to move upwards through the transmission assembly in the process that the pressure-resistant plates are stressed and pressed downwards, and the pressures of the pressure-resistant plates are released under buffering and impacting of the second buffer spring. Therefore, the steel formwork mechanism has the effect of multiple times of buffering, and the compression resistance effect of the steel formwork mechanism is greatly improved.
本发明公开了一种抗压的路桥用缓冲性钢模板机构及其缓冲方法，其机构包括：模板基座；以一定间距地设于所述模板基座上方的抗压板；设于所述模板基座以及所述抗压板之间的第一缓冲弹簧；竖向滑设于所述模板基座上的抵推杆，所述抵推杆与所述抗压板之间设有传动组件；第二缓冲弹簧，设于所述抵推杆的上方。本发明通过第一缓冲弹簧使抗压板受到外界的冲压时得以缓冲，从而有效的减小了模板基座的压力，并在抗压板受力下压的过程中，通过传动组件带动抵推杆向上移动，在第二缓冲弹簧的缓冲和冲击下，使得抗压板的压力得以释放，使其具备多次缓冲的效果，从而大大提升了钢模板机构的抗压效果。
Pressure-resistant buffering steel formwork mechanism for roads and bridges and buffering method thereof
The invention discloses a pressure-resistant buffering steel formwork mechanism for roads and bridges and a buffering method thereof. The pressure-resistant buffering steel formwork mechanism comprises a formwork base, pressure-resistant plates arranged above the formwork base at certain intervals, a first buffer spring arranged between the formwork base and the pressure-resistant plates, an abutting push rod vertically arranged on the formwork base in a sliding mode, a transmission assembly arranged between the abutting push rod and the pressure-resistant plates, and a second buffer spring arranged above the abutting push rod. The pressure-resistant plates are buffered through the first buffer spring when being subjected to external stamping, so that the pressure of the template base is effectively reduced, the abutting push rod is driven to move upwards through the transmission assembly in the process that the pressure-resistant plates are stressed and pressed downwards, and the pressures of the pressure-resistant plates are released under buffering and impacting of the second buffer spring. Therefore, the steel formwork mechanism has the effect of multiple times of buffering, and the compression resistance effect of the steel formwork mechanism is greatly improved.
本发明公开了一种抗压的路桥用缓冲性钢模板机构及其缓冲方法，其机构包括：模板基座；以一定间距地设于所述模板基座上方的抗压板；设于所述模板基座以及所述抗压板之间的第一缓冲弹簧；竖向滑设于所述模板基座上的抵推杆，所述抵推杆与所述抗压板之间设有传动组件；第二缓冲弹簧，设于所述抵推杆的上方。本发明通过第一缓冲弹簧使抗压板受到外界的冲压时得以缓冲，从而有效的减小了模板基座的压力，并在抗压板受力下压的过程中，通过传动组件带动抵推杆向上移动，在第二缓冲弹簧的缓冲和冲击下，使得抗压板的压力得以释放，使其具备多次缓冲的效果，从而大大提升了钢模板机构的抗压效果。
Pressure-resistant buffering steel formwork mechanism for roads and bridges and buffering method thereof
抗压的路桥用缓冲性钢模板机构及其缓冲方法
WU CHAO (author) / HUANG WEICAI (author) / LIU YUELIANG (author) / CHEN WEI (author) / LIANG WEIKUN (author) / ZHAI ZHIQI (author)
2021-04-06
Patent
Electronic Resource
Chinese
IPC:
E01D
BRIDGES
,
Brücken
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