Dielectric properties test device

Abstract

The invention provides a dielectric property test device, which comprises a base, a slide rail, a fixation wall, a press wall, a pair of rotation walls and a cover body. The base has a first detection surface. The slide rail is arranged on the first detection surface along the extension direction thereof. The fixation wall is fixedly arranged on the first detection surface, and the fixation wall has a second detection surface. The press wall has a third detection surface; and the press wall is slidably arranged on the slide rail and enables the third detection surface to be able to move facing to the second detection surface. Each rotation wall is rotatably arranged on the base; and each rotation wall has a fourth detection surface. Each fourth detection surface can rotate to a rotation position with each rotation wall. The two fourth detection surfaces in the detection positions are arranged face to face, and can form an accommodation space with the first detection surface, the second detection surface and the third detection surface. The cover body can seal the accommodation space, and the cover body has a fifth detection surface facing the accommodation space. The dielectric property test device also comprises a metal foil layer covering the first detection surface, the second detection surface, the third detection surface, the fourth detection surface and the fifth detection surface.

Description

technical field [0001] The invention relates to a test device, in particular to a dielectric characteristic test device. Background technique [0002] In the dielectric characteristic test, the product to be tested, such as a low-voltage electrical appliance, has an insulating material shell. During the test, it is necessary to use aluminum foil or copper foil to wrap each surface of the device to be tested tightly, which is time-consuming, and because the number of products to be tested is large. Many, the metal materials used for these packages are relatively expensive and cannot be reused, which is not only not environmentally friendly but also causes a relatively large waste of resources. Contents of the invention [0003] The purpose of the present invention is to provide a dielectric characteristic testing device, which can save the time of wrapping the product to be tested with metal foil, save manpower, and the metal foil can also be used repeatedly, which is econo...

AI Technical Summary

Problems solved by technology

[0002] In the dielectric characteristic test, the product to be tested, such as a low-voltage electrical appliance, has an insulating material shell. During the test, it is necessary to use aluminum foil or copper foil to wrap each surface of the device to be tested tightly, which is time-consuming, and because the number of products to be tested is large. Many, the metal materials used for these packages are relatively expensive and cannot be reused, which is not only not environmentally friendly but also causes a relatively large waste of resources

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