Dynamic waterproof tester for waterproof test of watch

Abstract

The invention relates to the technical field of clock and watch manufacturing, and discloses a dynamic waterproof tester for waterproof test of a watch. The dynamic waterproof tester for waterproof test of a watch comprises a tester barrel and a first driving assembly, wherein at least one workpiece frame is arranged in the tester barrel; the workpiece frames are used for holding a watch to be tested; and the first driving assembly is connected with the workpiece frames, and used for driving the workpiece frames to rotate, ascend and descend simultaneously. The dynamic waterproof tester for waterproof test of the watch provided by the invention is simple in structure, and convenient to operate. The dynamic test of the watch can be realized in the sealed tester barrel; the waterproof, compression and vibration performance of the watch can be accurately tested when the watch is under rapid water impact and moves under pressure under water; the test result is closer to the actual application condition; and the test data are more accurate. Moreover, the underwater dynamic test time is shorter than the static test time, and the production efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of watch manufacturing, in particular to a dynamic waterproof tester for waterproof testing of watches. Background technique [0002] After the watch is assembled, it generally needs to undergo a pressurized water penetration test. In the prior art, the pressurized water penetration test method is to put the watch into a sealed water container with a pressure below 15 bar, and check whether its waterproof performance meets the requirements in a static state. There is a difference between the watch detected by this detection method and the actual use. For example, when a swimmer wears a watch during a competition, the watch must withstand the rapid impact of the water flow. When a diver wears a watch for diving, the watch is under water pressure. It also moves with the arm. Therefore, the static pressurized water test cannot fully reflect the waterproof, pressurized and vibration-proof performance of the wat...

AI Technical Summary

Problems solved by technology

There is a difference between the watch detected by this detection method and the actual use. For example, when a swimmer wears a watch during a competition, the watch must withstand the rapid impact of the water flow. When a diver wears a watch for diving, the watch is under water pressure. It also moves with the arm, so the static pressurized water test cannot fully reflect the water resistance, pressure and vibration resistance of the watch when it is subjected to rapid water impact and underwater pressure movement

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