A kind of curved surface transition connection plate of medical equipment shell and bonding method thereof

Abstract

The invention discloses a medical facility shell cambered surface transition connecting plate and a bonding method thereof. The medical facility shell cambered surface transition connecting plate and the bonding method aim at overcoming the defects that according to an existing medical facility shell, in the production process, if the thickness of a plate body of the shell is too large, phenomena that bending is hard or degumming, outward arching and the like are likely to happen after bending bonding are prone to occurrence in the cambered surface transition process, and consequently the manufactured shell is damaged or is not attractive. According to the technical scheme, the medical facility shell cambered surface transition connecting plate comprises a plate body matched with a corner cambered surface of a shell bottom plate and a plurality of molding grooves formed in the plate body and evenly distributed in the length direction or the radian direction, and the two ends of the plate body extend out of the corner cambered surface of the shell bottom plate. The medical facility shell cambered surface transition connecting plate has the beneficial effects that the shell is more convenient and attractive when cambered surface transition is carried out.

Description

technical field [0001] The invention relates to the technical field of production technology of medical equipment shells, more specifically, it relates to a plastic shell arc surface transition bonding method. Background technique [0002] Medical equipment casings are generally made of ABS plastic or other types of plastics. During the manufacturing process of medical casings, arc transitions are usually used at most of the corner transitions for aesthetics. Currently, the arc edges of medical casings are manufactured The production method of the transition usually adopts the cold bending method, that is, the shell plate is bent into a corresponding arc along the corner arc of the bottom plate at room temperature, and then the bent shell plate is bonded to the bottom plate by glue. Thus forming a softer arc change. However, this cold bending method requires the shell plate to have good elastic deformation ability. If the thickness of the shell plate is slightly larger, its...

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Problems solved by technology

However, this cold bending method requires the shell plate to have good elastic deformation ability. If the thickness of the shell plate is slightly larger, its elastic deformation ability will drop sharply. If the above-mentioned cold bending method is used for arc surface transition, difficult After bending or bending and bonding, it is easy to degumming, arching, etc., resulting in damage or unsightly appearance of the finished shell

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