Electric appliance element sealing structure and clothes treatment device applying same

Abstract

The invention discloses an electric appliance element sealing structure and a clothes processing device using the same, the sealing structure comprises a mounting main body provided with a glue pouring groove surrounding an electric appliance element, and a sealing cover buckled with the glue pouring groove in a sealing manner; and one side of the glue pouring groove extends outwards to be provided with a wire passing groove communicated with the glue pouring groove, and the wire passing groove is used for allowing a wire of an electric appliance element to penetrate through. The electric appliance element sealing structure provided by the invention is provided with the wire passing groove structure special for electric control elements such as a button, so that an accurate gluing route isprovided, the consistency and stability of mass production are ensured, the sealing effect on the mounting main body and the electric appliance element is further improved, particularly, the sealingeffect on a wire is improved, and the electric appliance element sealing structure is suitable for popularization and application.

Description

technical field [0001] The invention belongs to the technical field of household appliances, and in particular relates to a sealing structure of electrical components and a clothes treatment device using the same. Background technique [0002] With the popularization of Internet of Things technology in home appliances, consumers are becoming more and more accustomed to using operation interfaces that can be operated by touch and other methods to control appliances. However, the printed control interface and digital tube display used in traditional electrical appliances can no longer meet the needs of consumers in terms of aesthetics and practicality. They have been replaced by touch screen displays with better human-computer interaction performance. [0003] However, due to the relatively complex control circuits of touch screens and touch buttons, there are many requirements for the structure of the control interface and electrical appliances, especially for the waterproof ...

AI Technical Summary

Problems solved by technology

[0005] A. Use a sealed cover to cover the electrical components and circuits, and lead the wires out from the lower part of the sealed cavity. Although the sealed cavity is realized in the structure of Scheme A, it cannot be sealed and cannot prevent water vapor from entering. For example, when the washing machine is at high temperature When used in a humid environment, water vapor may condense and cause short circuits and other failures in the terminals of the control circuit or electrical components

[0006] B. Use the sealing cover to cover the electrical components and the circuit, press the sealing strip or gasket at the seam for sealing, wrap the wire at the outlet with rubber plug or foam and lead it out. In plan B, the sealing strip or gasket is It is easy to fall out during the actual installation process, resulting in failure and poor durability; in addition, the sealing strip can only be attached manually, which is inefficient and difficult to mass produce; and the outlet cannot prevent water vapor or water droplets from entering, and there is still a risk of water vapor condensation

[0007] C. Use a sealing cover to cover the electrical components and circuits, use glue to seal the seams, and apply glue to seal the outlets; in plan C, the glue application path and dosage at the seams are not clear, and there are quality risks. After the outlet is coated with glue, it is difficult to ensure that the gap between the wires is completely sealed, and there is still a risk of water vapor entering

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