Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention provides a heavy road pier, and relates to the technical field of road piers, the heavy road pier comprises a road pier main body, a weight increasing hollow cavity is formed in the road pier main body, and a threaded sealing groove is formed in each of the center of the top end surface and the lower side parts of the left and right end surfaces of the road pier main body; threaded sealing blocks matched with the threaded sealing grooves in structural size are installed in the three threaded sealing grooves in a threaded mode, a twisting inserting groove is formed in the axis position of the front end face of each threaded sealing block, and the threaded sealing blocks are matched with the threaded sealing grooves in a threaded mode, so that anti-outflow sealing of weighting materials in the road pier body is achieved; and through the design of a special structure of the twisting slot, non-staff can be prevented from disassembling the threaded sealing block, so that the buffer protection application of the road pier main body is not affected, and the problems that a closed structure used by a weight adding port and a discharging port of an existing road pier is too easy to disassemble and assemble, and the weight adding port and the discharging port cannot be damaged once the closed structure is disassembled by the non-staff are solved. And the weight-increasing materials in the hollow cavity can be quickly discharged from the discharge port part.
本发明提供一种重型路墩,涉及路墩技术领域,包括:路墩主体,所述路墩主体内部开设有一处增重中空腔,所述路墩主体顶端面中心部位及左右端面下侧方部位均开设有一处螺纹封闭槽;三处螺纹封闭槽内均螺纹安装有一块与其结构尺寸相匹配的螺纹密封块,螺纹密封块前端面轴心部位开设有一处扭动插槽,通过螺纹密封块与螺纹封闭槽的螺纹配合,实现对路墩主体内加重料的防流出封闭,且还通过扭动插槽特殊结构的设计,可避免非工作人员拆卸螺纹密封块,以保证路墩主体缓冲防护应用不受影响,解决了现路墩的加重料添加口及排出口其所用的封闭结构,其拆装过于简易,一旦有非工作人员将其拆卸,将导致其中空腔内的加重料从其排出口部位快速排出的问题。
The invention provides a heavy road pier, and relates to the technical field of road piers, the heavy road pier comprises a road pier main body, a weight increasing hollow cavity is formed in the road pier main body, and a threaded sealing groove is formed in each of the center of the top end surface and the lower side parts of the left and right end surfaces of the road pier main body; threaded sealing blocks matched with the threaded sealing grooves in structural size are installed in the three threaded sealing grooves in a threaded mode, a twisting inserting groove is formed in the axis position of the front end face of each threaded sealing block, and the threaded sealing blocks are matched with the threaded sealing grooves in a threaded mode, so that anti-outflow sealing of weighting materials in the road pier body is achieved; and through the design of a special structure of the twisting slot, non-staff can be prevented from disassembling the threaded sealing block, so that the buffer protection application of the road pier main body is not affected, and the problems that a closed structure used by a weight adding port and a discharging port of an existing road pier is too easy to disassemble and assemble, and the weight adding port and the discharging port cannot be damaged once the closed structure is disassembled by the non-staff are solved. And the weight-increasing materials in the hollow cavity can be quickly discharged from the discharge port part.
本发明提供一种重型路墩,涉及路墩技术领域,包括:路墩主体,所述路墩主体内部开设有一处增重中空腔,所述路墩主体顶端面中心部位及左右端面下侧方部位均开设有一处螺纹封闭槽;三处螺纹封闭槽内均螺纹安装有一块与其结构尺寸相匹配的螺纹密封块,螺纹密封块前端面轴心部位开设有一处扭动插槽,通过螺纹密封块与螺纹封闭槽的螺纹配合,实现对路墩主体内加重料的防流出封闭,且还通过扭动插槽特殊结构的设计,可避免非工作人员拆卸螺纹密封块,以保证路墩主体缓冲防护应用不受影响,解决了现路墩的加重料添加口及排出口其所用的封闭结构,其拆装过于简易,一旦有非工作人员将其拆卸,将导致其中空腔内的加重料从其排出口部位快速排出的问题。
Heavy road pier
一种重型路墩
DAI CHEN (Autor:in)
31.10.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E01F
ADDITIONAL WORK, SUCH AS EQUIPPING ROADS OR THE CONSTRUCTION OF PLATFORMS, HELICOPTER LANDING STAGES, SIGNS, SNOW FENCES, OR THE LIKE
,
Zusätzliche Baumaßnahmen, wie die Ausstattung von Straßen oder die bauliche Ausbildung von Bahnsteigen, Landeplätzen für Hubschrauber, Wegweisern, Schneezäunen oder dgl.
Heavy road pier convenient to move for municipal engineering
Europäisches Patentamt | 2021
|