Multifunctional thickness gauge

Abstract

The invention discloses a multifunctional thickness gauge. The multifunctional thickness gauge comprises a main body enclosure, a mounting panel installed on the main body enclosure, a battery case for storing a motor group, a charging base and a detection head, wherein two embedding grooves are formed in an outer side of the mounting panel, a display panel is arranged in one embedding groove, anda control panel is arranged in the other embedding groove. According to the multifunctional thickness gauge, the battery is charged by a charging box, only a charging location of the thickness gaugeneeds to be placed in a power supply area in a charging process to complete the charging, thereby avoiding the troublesome operation of the traditional wire control charging, photovoltaic charging isalso performed in the charging process by using a solar photovoltaic panel, thereby ensuring continuous charging of the thickness gauge in use, prolonging the scattered charging time and improving theendurance of the thickness gauge; and in the detection process, the detection head can be stably attached to a point to be measured, so that the stability of the measurement is improved.

Description

technical field [0001] The invention relates to the technical field of thickness gauges, in particular to a multifunctional thickness gauge. Background technique [0002] Thickness gauges are instruments used to measure the thickness of materials and objects. They are often used in industrial production to continuously or sample the thickness of products. Among these instruments are radioactive thickness gauges that utilize the penetration characteristics of α-rays, β-rays, and γ-rays. There are ultrasonic thickness gauges that use ultrasonic frequency changes, eddy current thickness gauges that use the principle of eddy currents, and thickness gauges that use the principle of mechanical contact measurement. [0003] Thickness gauges are generally powered by cables or batteries. In the process of using cables for power supply, the power supply line is cumbersome, which is very inconvenient and practical. In the process of using battery power supply, because the battery power...

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Problems solved by technology

[0003] Thickness gauges are generally powered by cables or batteries. In the process of using cables for power supply, the power supply line is cumbersome, which is very inconvenient and practical. In the process of using battery power supply, because the battery power supply time is limited, it needs to be recharged through the charging plug. It is not very convenient, and in the process of measuring the thickness of the thickness gauge, the probe head cannot be fixed, so it needs to be supported by the hand, but when the hand is supported, the hand is prone to shaking, resulting in errors in the test results

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