Waterproof anti-sticking portable probe of sliding inclinometer

Abstract

The invention provides a waterproof anti-sticking portable probe of a sliding inclinometer, which is characterized by being divided into an upper half and a lower half, wherein the upper half is orderly connected with a non-extension cable, a probe connector, a sensor cavity, an anti-sticking connector, an upper guide pulley and a portable connector tenon in a portable connector from the top down in series; and the lower half is orderly connected with a probe portable connector mortise in the portable connector, a lower guide pulley and a buffering rubber mat at the lower end of the probe from the top down in series. The invention has the advantage that the cable and the probe sensor cavity are in sealing connect state and the probe can be split at the portable connector when necessary so as to achieve good waterproof sealing effect. When the probe is stuck while going upwards along an inclinometer conduit, the anti-sticking connector can automatically abandon the lower part of the probe to retain the sensor; therefore, the direct loss is reduced and the connectivity of the test data is indirectly guaranteed. After the probe is connected with the cable, the total length is about 80 cm, the probe is split at the portable connector after the measurement is completed, and the length is halved after the splitting, so that the protection of the probe sensor and the storage and carrying of the probe are convenient.

Description

technical field [0001] The invention relates to a waterproof and anti-jamming portable probe of a sliding inclinometer, which belongs to the technical field of sliding inclinometers. Background technique [0002] The core element of the sensor of the conventional probe of the inclinometer is placed in the middle of the probe. Generally, the cable and the probe are stored and transported separately when they are not working. They are connected during measurement and separated after measurement. Every measurement needs to be sealed at the joint between the cable and the probe, and the disassembly process is complicated. The probe does not have an automatic separation function, and the core components of the sensor cannot be recovered if the probe is stuck as a whole. The core element of the sensor is located in the central position of the probe body, which is inconvenient to repair or replace the mechanical structure of the probe separately. Contents of the invention [00...

AI Technical Summary

Problems solved by technology

Every measurement needs to be sealed between the cable and the probe, and the disassembly process is complicated

The probe does not have an automatic separation function, and the core components of the sensor cannot be recovered when the probe is stuck as a whole

The core element of the sensor is located in the center of the probe body, which is not convenient for separate maintenance or replacement of the mechanical structure of the probe

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