Basic pile foundation detection device used for high pile

Abstract

The invention discloses a basic pile foundation detection device used for a high pile. The basic pile foundation detection device comprises a device body and a control pivot. An antiskid handle is movably installed on one side of the device body, and a connecting hole is formed in the device body. A data line is arranged on the inner surface of the connecting hole, and an induction paster is arranged at one end of the data line. A concrete crack depth detector is arranged on one side of the control pivot, and a decibel detector is arranged on the other side of the control pivot. By means of the basic pile foundation detection device used for the high pile, a scratch-preventing film, the concrete crack depth detector and the decibel detector are arranged, the phenomenon that after an LED display screen is used for a long time, scratches are generated on the surface can be prevented, definition of the LED display screen is protected, conditions can also be transmitted to the LED displayscreen, and corresponding data processing is conducted; and pouring conditions and safety of concrete in a pile foundation can be detected, stability in the pile foundation is ensured, the device is suitable for different work conditions, and better use prospects are brought.

Description

technical field [0001] The invention relates to the field of pile foundation detection devices, in particular to a foundation pile detection device for high piles. Background technique [0002] The pile foundation is composed of foundation piles and caps connected to the top of the piles. In high-rise buildings, pile foundations are widely used, and the bearing capacity of pile foundations is an important parameter in construction. The construction quality of pile foundations is directly related to the safety of the entire superstructure. Therefore, the test and quality inspection of pile foundation projects are particularly important. . At present, the parameters of pile foundation bearing capacity are mostly obtained through on-site load tests. The structure and installation of pile foundation quality inspection equipment are complex and unstable, which increases the workload of testers. [0003] Existing detection devices for high pile foundations have certain disadvant...

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Problems solved by technology

At present, the parameters of pile foundation bearing capacity are mostly obtained through on-site load tests, and the structure and installation of pile foundation quality inspection equipment are complex and unstable, which increases the workload of testers

[0003] Existing detection devices for high pile foundations have certain disadvantages in use. First, after long-term use of the LED display, the surface is prone to scratches, which affects the clarity of the LED display and is not convenient for people to view data. Secondly, the structure and installation of the pile foundation quality inspection equipment is complex and unstable, which increases the workload of the testers, and cannot transmit the detected data to the LED display through the sensor for data analysis. The analysis of the strength and density of the concrete poured inside is inaccurate, and the tightness and stability of the concrete filling inside the pile foundation cannot be accurately detected, which has brought a certain impact on the use of the pile foundation and building construction. For this reason, we propose a Foundation pile detection device for high piles

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