Swing type digital display tensiometer

Abstract

The invention relates to a swing type digital display tensiometer, comprising a housing, and a tension sensor, a detecting circuit and a display, which are disposed on the housing, wherein a detectingend of the tension sensor is provided with a probe protruding from the housing and contacting the detected object, the data obtained by the tension sensor is displayed on the display via the detecting circuit, the housing is provided with a rotating base, the tension sensor is rotatably disposed on the rotating base and drives the probe to swing relative to the housing when rotating, and the front end of the housing is provided with a swing port for the probe to swing and a stabilizing mechanism that stabilizes the probe to a certain swing position. With the above solution, the invention provides a swing type digital display tensiometer, which improves the convenience of detection and improves the accuracy of obtained data.

Description

technical field [0001] The invention relates to the detection field, in particular to a swing type digital display tensiometer. Background technique [0002] The digital display tensiometer is a hand-held testing instrument used to detect the tension of an object. It usually includes a housing, a tension sensor, a detection circuit and a display arranged on the housing. The detection end of the tension sensor is provided with a The probe contacted by the detected object, when the probe is squeezed, the data obtained by the tension sensor will be displayed on the display through the detection circuit, and the detection process is completed. [0003] The tension sensor of this kind of tensiometer is often fixedly installed on the shell, and the measuring head protrudes from the front end of the shell. The inspector can only use the holding posture perpendicular to the object to be inspected to detect the object to be inspected, but in the actual inspection environment Among t...

AI Technical Summary

Problems solved by technology

[0003] The tension sensor of this kind of tensiometer is often fixedly installed on the shell, and the measuring head protrudes from the front end of the shell. The inspector can only use the holding posture perpendicular to the object to be inspected to detect the object to be inspected, but in the actual inspection environment Among them, due to the limitation of the detection direction, awkward detection postures are often encountered, and it is often impossible to use the vertical holding posture to detect the detected object due to the obstacles of nearby objects that are not related to the detection. The object moves to eliminate its obstacles to the detection. When encountering an object that cannot move, it can only be detected with a slightly inclined posture, and the data obtained by adding and subtracting according to the actual detection experience. It brings a lot of inconvenience when testing the environment, and it is easy to distort the obtained data, making the detection meaningless

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