| 摘要 |
<p>A rechargeable type callus removal instrument is disclosed, which comprises a main body having a flaring tube shape with one side opened; a plate fitted with an inner circumference of an opening of the main body, thereby covering the opening; a motor connected with an inner lower part of the plate through a fastening member and equipped with a motor shaft having a semicircular sectional shape; a callus storage fitted around the motor shaft of the motor and rotated in accordance with rotation of the motor shaft, thereby collecting calluses separated from a user's foot therein; a filing cap covering an upper surface of the callus storage and removing the calluses of the user's foot as rotating along with the callus storage in contact with a callus surface of the foot; a guide member inserted in an upper surface of the plate and protruded in a cylindrical shape, forming a barrier at a predetermined distance from outer circumferences of the callus storage and the filing cap, such that the calluses being removed by the filing cap are collected in the callus storage without scattering about to the outside; a recharging device mounted to a lower part of the motor; and an on/off device connected to the recharging device with one end thereof and to one side of the main body with the other end to control on and off states. Accordingly, callus removal can be achieved using a rotational force of a motor through electric recharging with an improved portability. In addition, infiltration of water into the callus removal instrument can be prevented. Since a plurality of triangular projections are formed on an upper surface of a filing cap contacting a foot surface, the callus removal efficiency can be greatly improved. Furthermore, by adding a hair removal device to the filing cap, a hair removal function can also be achieved.</p> |
