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A platform for research: civil engineering, architecture and urbanism
Sediment thickness detection device for foundation engineering
The invention relates to the field of detection devices, in particular to a sediment thickness detection device for foundation engineering, sediment is deposited at the bottom of a foundation pit, a winding device is arranged above the foundation pit, a thick rope is downwards arranged on the winding device through a rope groove, and the other end of the thick rope is connected with the top of the detection device; positioning blocks are movably arranged on the periphery of the detection device towards the outer side, a gravity block is downwards arranged at the bottom of the detection device, a thin rope is connected to the top of the gravity block, and a vibration block is arranged in the gravity block. According to the sediment detection device, the detection device can be lowered to the top face of sediment in a foundation pit through the winding device, then the top face of the sediment is vibrated to tend to be flat through first-time vibration of the vibration block, and then the sediment falls to the bottom face of the sediment through the gravity block, so that only one-time measurement needs to be conducted through the detection device; and the detection effect can be prevented from being influenced by large soil blocks, so that the measurement accuracy is improved.
本发明涉及检测装置领域，尤其涉及一种地基基础工程的沉渣厚度检测装置，基坑的底部沉淀有沉渣，基坑的上方设置有收卷装置，收卷装置上通过绳槽向下设置有粗绳，粗绳的另一端与检测装置的顶部相连；检测装置的四周均向外侧活动设置有定位块，检测装置的底部向下设置有重力块，重力块的顶部连接设置有细绳，并且重力块的内部设置有震动块。本发明中，通过收卷装置可以将检测装置下放至基坑内部沉渣的顶面，通过随后通过震动块的第一次震动将沉渣顶面震动至趋于平整，随后通过重力块下落至沉渣的底面，这样不仅只需通过检测装置进行一次测量，而且通过震动块的设置，可以防止因为大型的土块影响检测效果，从而提高测量的精确性。
Sediment thickness detection device for foundation engineering
The invention relates to the field of detection devices, in particular to a sediment thickness detection device for foundation engineering, sediment is deposited at the bottom of a foundation pit, a winding device is arranged above the foundation pit, a thick rope is downwards arranged on the winding device through a rope groove, and the other end of the thick rope is connected with the top of the detection device; positioning blocks are movably arranged on the periphery of the detection device towards the outer side, a gravity block is downwards arranged at the bottom of the detection device, a thin rope is connected to the top of the gravity block, and a vibration block is arranged in the gravity block. According to the sediment detection device, the detection device can be lowered to the top face of sediment in a foundation pit through the winding device, then the top face of the sediment is vibrated to tend to be flat through first-time vibration of the vibration block, and then the sediment falls to the bottom face of the sediment through the gravity block, so that only one-time measurement needs to be conducted through the detection device; and the detection effect can be prevented from being influenced by large soil blocks, so that the measurement accuracy is improved.
本发明涉及检测装置领域，尤其涉及一种地基基础工程的沉渣厚度检测装置，基坑的底部沉淀有沉渣，基坑的上方设置有收卷装置，收卷装置上通过绳槽向下设置有粗绳，粗绳的另一端与检测装置的顶部相连；检测装置的四周均向外侧活动设置有定位块，检测装置的底部向下设置有重力块，重力块的顶部连接设置有细绳，并且重力块的内部设置有震动块。本发明中，通过收卷装置可以将检测装置下放至基坑内部沉渣的顶面，通过随后通过震动块的第一次震动将沉渣顶面震动至趋于平整，随后通过重力块下落至沉渣的底面，这样不仅只需通过检测装置进行一次测量，而且通过震动块的设置，可以防止因为大型的土块影响检测效果，从而提高测量的精确性。
Sediment thickness detection device for foundation engineering
一种地基基础工程的沉渣厚度检测装置
SUN CHAO (author) / QIN YE (author) / QIN YAN (author) / YAN QIMING (author) / LI DAILONG (author) / YAN SEN (author) / LIU GUOWEI (author) / CHEN RUIRUI (author) / CHEN XING (author) / ZHANG HUINA (author)
2024-03-08
Patent
Electronic Resource
Chinese
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