초록 ▼

The present disclosure relates to an electric orifice cleaning brush including a brush head, a brush head mounting platform onto which the brush head is detachably mounted, and a motor holder for supporting the brush head mounting platform and accommodating a motor. The brush head includes a bristle

The present disclosure relates to an electric orifice cleaning brush including a brush head, a brush head mounting platform onto which the brush head is detachably mounted, and a motor holder for supporting the brush head mounting platform and accommodating a motor. The brush head includes a bristle implanting portion in the shape of a truncated cone and comprising a center region and bristles formed in bristle bindles. The bristle bindles are disposed outside the center region of the bristle implanting portion and are radially distributed in an evenly spaced manner. By means of the present disclosure, a complete cleaning of an orifice of a human body can be achieved, and damages to the orifice can be avoided.

대표청구항 ▼

1. An electric orifice cleaning brush, comprising: a brush head;a brush head mounting platform onto which the brush head is detachably mounted; anda motor holder for supporting the brush head mounting platform and accommodating a motor, wherein:the brush head comprises: a bristle implanting portion

1. An electric orifice cleaning brush, comprising: a brush head;a brush head mounting platform onto which the brush head is detachably mounted; anda motor holder for supporting the brush head mounting platform and accommodating a motor, wherein:the brush head comprises: a bristle implanting portion in the shape of a truncated cone and comprising a center region, andbristles formed in bristle bundles, the bristle bundles being disposed outside, but not inside, the center region of the bristle implanting portion so that an empty space is formed in the center region, wherein the bristle bundles are radially distributed in an evenly spaced manner; andthe motor is configured to drive the brush head to vibrate up and down to generate a negative pressure in the empty space in the center region of the bristle implanting portion. 2. The cleaning brush in accordance with claim 1, wherein the brush head comprises a protrusion disposed at the center region of the bristle implanting portion. 3. The cleaning brush in accordance with claim 2, wherein there is no hole disposed at the center region of the bristle implanting portion. 4. The cleaning brush in accordance with claim 2, wherein the protrusion and the bristle implanting portion are integrally formed. 5. The cleaning brush in accordance with claim 2, wherein the bristle implanting portion further comprises a peripheral region, andat least one of the bristle bundles is disposed at the peripheral region of the bristle implanting portion. 6. The cleaning brush in accordance with claim 1, wherein the bristles are soaked into a solvent or a solution for adsorbing and dissolving matters to be cleaned off when in use. 7. The cleaning brush in accordance with claim 1, wherein the heights of the bristle bundles are gradually lowered along the radial direction from the center of the bristle implanting portion. 8. The cleaning brush in accordance with claim 7, wherein the magnitude of reduction in the heights of the bristle bundles is uniform. 9. The cleaning brush in accordance with claim 7, wherein the magnitude of reduction in the heights of the bristle bundles is gradually decreased. 10. The cleaning brush in accordance with claim 1, wherein the cleaning brush is used for medical cleaning. 11. The cleaning brush in accordance with claim 10, wherein the cleaning brush is used for cleaning an orifice of a human body. 12. The cleaning brush in accordance with claim 1, wherein the motor is further configured to drive the brush head to rotate to generate further negative pressure in the center region of the bristle implanting portion. 13. The cleaning brush in accordance with claim 12, wherein one or more apertures are disclosed in the center region of the bristle implanting portion for increasing the negative pressure. 14. The cleaning brush in accordance with claim 13, wherein a size of each of the one or more apertures is the same as a size of each of holes in which the bristles are disposed. 15. The cleaning brush in accordance with claim 13, wherein a size of each of the one or more apertures is smaller than a size of each of holes in which the bristles are disposed. 16. The cleaning brush in accordance with claim 13, further comprising: one or more fan blades configured to rotate with rotation of the motor to facilitate the generation of the negative pressure in the center region of the bristle implanting portion through the one or more apertures.