Meter packaging machine and meter packaging method thereof

Abstract

The invention relates to the technical field of meter packaging machinery, in particular to a meter packaging machine and a meter packaging method thereof. The meter packaging machine comprises a frame, a drive device, a control mechanism and a die assembling module. The drive device is fixedly mounted on the upper portion of the frame. The die assembling module is disposed on the lower portion of the drive device. The control mechanism controls the drive device to operate. The die assembling module is driven by the drive device to perform die assembling. The die assembling module comprises an upper pressing die and a lower die. The upper pressing die is connected with the drive device. The lower die is fixedly mounted on the lower portion of the frame. By the meter packaging machine, meter elements can be placed in a sleeve conveniently before die assembling of the upper pressing die and the lower die, axial alignment of the meter elements can be achieved fast and accurately, and according packaging yield and efficiency can be increased. In addition, during packaging, attachment of dust or impurities to a glass cover plate can be avoided.

Description

technical field [0001] The invention relates to the technical field of instrument packaging machinery, in particular to a packaging machine for packaging an instrument casing and a packaging method thereof. Background technique [0002] Instrumentation, especially automotive instrumentation, such as figure 1 , figure 2 As shown, its main components include an instrument cylinder 91 with instrument elements installed inside, a glass cover 93 and a gasket 94 placed on the upper surface of the instrument cylinder 91, and the glass cover 93 and gasket 94 are fixed and packaged on the instrument cylinder 91 92 on the aluminum cover. The existing instrument packaging machine includes a lower mold matching the aluminum cover 92 and an upper mold matching the instrument barrel 91. The lower mold is fixed, and the upper mold moves relative to the lower mold. 92. Gasket 94, glass cover plate 93, instrument cylinder 91 and other instrument packaging components are placed in the low...

AI Technical Summary

Problems solved by technology

First of all, since the aluminum cover 92, the gasket 94, the glass cover 93 and the instrument cylinder 91 need to be manually placed in the lower mold from bottom to top before the mold closing extrusion, it is impossible to ensure that the aluminum cover 92, the gasket 94, the glass The cover plate 93 and the instrument barrel 91 are axially aligned, and it is inconvenient to place the glass cover plate 93, and it may damage the glass cover plate 93 or cause packaging deviation of the aluminum cover 92 during extrusion, resulting in poor packaging yield and efficiency. Secondly, because the instrument cylinder 91 is placed above the glass cover 93, when the mold is clamped and squeezed, the vibration of the sealing machine will shake the dust or other impurities in the instrument cylinder 91 to the glass cover 93 On, affect the visual effect of the instrument

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