Steam electric iron

Abstract

The present invention involves a steam electric iron. It includes shell, the water inlet mouth opened on the shell and connected with water tank, retaining cap installed on said water inlet mouth, and it is characterized by it is also equipped with a rotating device used for opening or closing said retaining cap. The structure changes the operating methods of pushing, pulling, carrying and pressing of retaining cap in prior steam electric iron into rotating operation. The Structure has good stability and easy operation. And also because rotational movement is delivered to water inlet mouth retaining parts through rotating device, the holding parts of rotational movement need not installed near water inlet mouth necessarily, so the water inlet mouth structure and size can be not considered but it is designed proper size and form according need causally, it has strong practicability.

Description

technical field [0001] The invention relates to a fabric ironing tool, in particular to a steam electric iron. Background technique [0002] There are many kinds of common electric irons, and the most commonly used ones today are the steam ones. The principle is to heat the soleplate, put the water in the water tank of the iron into the steam chamber of the soleplate through the steam control button to vaporize it and turn it into steam. The steam is ejected from the soleplate, and the temperature of the soleplate plus the discharged steam is used to iron and set the cloth. The iron has a temperature control knob, and various fabrics have different temperature control requirements. Using a steam electric iron to iron clothes can achieve the ironing effect, and the fabric will not be burned due to excessive temperature. It does not require special skills to use and is extremely convenient. The water tank is a major part of the steam iron. Generally, a water inlet connecte...

AI Technical Summary

Problems solved by technology

This structure is easy to break after being folded many times, so the reliability is not high; in addition, the sealing performance of the pressing structure is also poor

The structure of the push-pull water retaining cover effectively improves the sealing performance, but in order to ensure the water retaining effect of the water retaining cover, the cooperation between the slideway and the two opposite sides of the water retaining cover is tight, which inevitably reduces the flexibility of the water retaining cover , when the angle of force is biased, it is prone to jamming; the long-term friction between the body of the water retaining cover and the slideway will also lead to a decrease in the tightness of the structure of the slideway, and the water retaining cover will become loose after long-term use; in addition, move the water retaining cover It is also easy to cause the water retaining cover to generate additional pressure on the water inlet and slideway, which can accelerate the damage of various components

[0003] In addition, the hand-held position of the existing various water retaining covers has a common defect of uncomfortable operation

Because the opening or closing of the water inlet is done by hand during the use of the electric iron, due to the influence of the size of the cover itself and the characteristics of the existing water retaining cover structure, the force of the existing water retaining cover may be relatively small. Or slightly larger but the shape is not suitable for direct holding by hand

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