FIELD OF INVENTION

The present application relates to the field of static elimination, and in particular to an ion-bar structure with a self-cleaning function.

BACKGROUND OF INVENTION

In current production process of washing machines, static elimination of glass is carried out by an ion bar. The static elimination mainly relies on the tip discharging performed by a tip of the ion bar. During monthly maintenance, on-site employees discover particles accumulated at the tip of a discharging needle during operation, during monthly maintenance. If the static elimination efficiency of the ion bar is measured without cleaning, static elimination efficiency of the ion bar cannot meet static eliminating electricity standards. Because the ion bar cleaning only can be performed during monthly maintenance (once a month), the particles accumulated on the tip of needle cannot be cleaned in time. The static elimination efficiency of the ion bar is affected.

Therefore, the present technologies are in urgent need of improvement.

The present disclosure provides an ion-bar structure with self-cleaning function which can automatically clean the bottom of the ion-bar body to avoid excessive accumulation of dust.

SUMMARY OF INVENTION

The present disclosure provides an ion-bar structure with self-cleaning function includes an ion-bar body, a slide assembly, and a brush assembly.

A slide track is disposed on the ion-bar body along a direction of an shaft of the ion-bar body. The slide assembly is disposed on the slide track. The slide assembly can automatically slide along the slide track. The brush assembly is connected to the slide assembly in order to move with the slide assembly. The brush assembly is contacted with a bottom of the ion-bar body.

The slide track is disposed on a side wall of the ion-bar body.

In the ion-bar structure with self-cleaning function of the present disclosure, the brush assembly includes a first motor and a hairbrush.

The first motor is contacted and fixed with the slide assembly. The hairbrush is disposed on a rotation shaft of the first motor. Parts of edge of the hairbrush are contacted with the bottom of the ion-bar body.

In the ion-bar structure with self-cleaning function of the present disclosure, a shape of the hairbrush is round-disk.

In the ion-bar structure with self-cleaning function of the present disclosure, the hairbrush includes a first internal shaft, a flexible layer fixedly covering on the first internal shaft, a hair body covering on the flexible layer, and hairs disposed on the hair body.

In the ion-bar structure with self-cleaning function of the present disclosure further includes a dust-rid adhesive pad assembly disposed under the brush assembly.

In the ion-bar structure with self-cleaning function of the present disclosure, the dust-rid adhesive pad assembly includes a support and a dust-rid adhesive connected to the support. The support is connected to a shell of the first motor. The dust-rid adhesive pad locates under the hairbrush.

In the ion-bar structure with self-cleaning function of the present disclosure, the slide assembly includes a block, a wheel disposed at a bottom of the block, and a motor disposed on the block for driving the wheel roll. The wheel movably is locked on the slide track.

In the ion-bar structure with self-cleaning function of the present disclosure, the slide track is a chute slide track.

In the ion-bar structure with self-cleaning function of the present disclosure, the brush assembly includes a first motor, a hairbrush, and a flexible absorbing brush.

The first motor is contacted and fixed with the slide assembly. The flexible absorbing hair and the hairbrush are disposed on a rotation shaft of the first motor. The hairbrush is disposed at an outer side of the flexible absorbing brush. Parts of edge of the flexible absorbing brush and parts of edge of the hairbrush are contacted with the bottom of the ion-bar body.

In the ion-bar structure with self-cleaning function of the present disclosure, the flexible absorbing brush includes a second internal shaft and a sponge absorb layer covering the second internal shaft.

The present disclosure further provides an ion-bar structure with self-cleaning function including ion-bar body, slide assembly, and a brush assembly.

A slide track is disposed on the ion-bar body along a direction of a shaft of the ion-bar body. The slide assembly is disposed on the slide track. The slide assembly can automatically slide along the slide track. The brush assembly is connected to the slide assembly in order to move with the slide assembly. The brush assembly is contacted with a bottom of the ion-bar body.

The slide track is disposed on a side wall of the ion-bar body.

In the ion-bar structure with self-cleaning function of the present disclosure, the brush assembly includes a first motor and a hairbrush.

The first motor is contacted and fixed with the slide assembly. The hairbrush is disposed on a rotation shaft of the first motor. Parts of edge of the hairbrush are contacted with the bottom of the ion-bar body.

In the ion-bar structure with self-cleaning function of the present disclosure, a shape of the hairbrush is round-disk.

In the ion-bar structure with self-cleaning function of the present disclosure, the hairbrush includes a first internal shaft, a flexible layer fixedly covering on the first internal shaft, a hair body covering on the flexible layer, and hairs disposed on the hair body.

In the ion-bar structure with self-cleaning function of the present disclosure further includes a dust-rid adhesive pad assembly disposed under the brush assembly.

In the ion-bar structure with self-cleaning function of the present disclosure, the dust-rid adhesive pad assembly includes a support and a dust-rid adhesive connected to the support. The support is connected to a shell of the first motor. The dust-rid adhesive pad locates under the hairbrush.

In the ion-bar structure with self-cleaning function of the present disclosure, the slide assembly includes a block, a wheel disposed at a bottom of the block, and a motor disposed on the block for driving the wheel to roll. The wheel movably is locked on the slide track.

In the ion-bar structure with self-cleaning function of the present disclosure, the slide track is a chute slide track.

In the ion-bar structure with self-cleaning function of the present disclosure, the brush assembly includes a first motor, a hairbrush, and a flexible absorbing brush.

The first motor is contacted and fixed with the slide assembly. The flexible absorbing hair and the hairbrush are disposed on a rotation shaft of the first motor. The hairbrush is disposed at an outer side of the flexible absorbing brush. Parts of edge of the flexible absorbing brush and parts of edge of the hairbrush are contacted with the bottom of the ion-bar body.

In the ion-bar structure with self-cleaning function of the present disclosure, the flexible absorbing brush includes a second internal shaft and a sponge absorb layer covering the second internal shaft.

In the ion-bar structure with self-cleaning function of the present disclosure, the flexible absorbing brush includes a second internal shaft and a sponge absorb layer covering the second internal shaft.

The ion-bar structure with self-cleaning function of the present disclosure provides can automatically clean the bottom of the ion-bar body to avoid excessive accumulation of dust.

