Multifunctional rubber tree bark thickness measuring device

Abstract

A multifunctional rubber tree bark thickness measuring device belongs to the field of measuring tools. The device comprises a slotting tool blade, a locking screw, a slotting tool handle, a spring, a limiting fork, a display screen, a handle, and a button. The slotting tool blade is inserted into a slotting tool handle slot, and is connected with the slotting tool handle slot through the locking screw. The display screen is arranged on the slotting tool handle. Limiting bulges are arranged on the two sides of the middle of the slotting tool handle. The spring is wound on the tail of a slotting tool, and the end of the slotting tool is connected with the handle. The limiting fork is closely attached to the slotting tool handle. The slotting tool blade is arranged on the limiting fork. The tail of the limiting fork is inserted into the spring, and the limiting fork has limiting bulges. The rear half portions of the slotting tool handle and the limiting fork, the display screen, the spring and the like are all installed in the handle. The multifunctional rubber tree bark thickness measuring device is low in cost, accurate in measurement, convenient to use, and capable of efficiently and intelligently measuring the thickness of rubber tree barks.

Description

technical field [0001] The invention relates to the field of measuring tools, in particular to a multifunctional device for measuring the thickness of rubber bark. Background technique [0002] Natural rubber is the only renewable resource among the four basic industrial raw materials. It has both agricultural and resource attributes, and is widely used in national defense, industry, agriculture and other fields. Measuring the thickness of rubber bark can not only predict tree growth, pest damage and genetic variation, but also predict rubber production. [0003] At present, in China, the thickness of the bark is often measured by chiseling, and the method of direct measurement with a caliper is used. This method causes great damage to the tree, has low precision, and the measurement efficiency is not high. It is difficult to measure the thickness of rubber bark accurately and conveniently by traditional methods. During the measurement, the glue flows out and the juice ha...

AI Technical Summary

Problems solved by technology

It is difficult to measure the thickness of rubber bark accurately and conveniently by traditional methods. During the measurement, the glue flows out and the juice has a certain viscosity. The ordinary measuring device is not suitable for measuring the thickness of rubber bark. Therefore, a special device that can accurately and conveniently measure the thickness of rubber bark is needed. device

At the same time, through detailed investigation and understanding, people have higher requirements for intelligence, such as: the monitoring of ambient temperature, if the above functions can be combined to intelligently drive and further control electrical appliances, it can provide people's life. Great convenience, but the existing devices still have many deficiencies in function, it is difficult to meet the above needs

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