Cleaning apparatus
View Patent ↗The invention provides a cleaning apparatus for removing particles attached to the fine roughness on the surface of an insulating body coated on the metal surface of a vacuum processing apparatus. The present cleaning apparatus comprises an adhesive sheet 5 having a base material 51 and an adhesive surface 52 , a conductive sheet 7 in contact with the base material 51 , and a pressing member 11 for pressing the conductive sheet 7 onto the adhesive sheet 5 , a voltage applying mechanism 9 for applying positive or negative voltage to the conductive sheet 7 , and a pressing force controlling mechanism 8 for pressing the adhesive sheet 5 onto the curved surface 10 of the vacuum processing apparatus, wherein the pressing member 11 presses the conductive sheet 7 and the adhesive sheet 5 by a pressing force controlled via the pressing force controlling mechanism 8 in order to closely adhere the adhesive surface 52 of the adhesive sheet 5 to the curved surface of the insulating body 10 so as to remove particles attached to the insulating body 10 , and positive or negative voltage is applied to the conductive sheet 7 to generate electrostatic attraction force so as to attract and remove particles attached to the insulating body 10.
1. A cleaning apparatus comprising:
an adhesive sheet including a base material and an adhesive surface for removing particles, the adhesive surface being configured to adhere to a portion to be cleaned of a vacuum processing apparatus;
a conductive sheet in contact with the base material;
a pressing member configured to press the conductive sheet;
a voltage applying mechanism configured to apply positive or negative voltage to the conductive sheet; and
a pressing force controlling mechanism configured to control a force that adheres the adhesive sheet to a portion to be cleaned of a vacuum processing apparatus via the pressing member;
wherein the pressing member has a shape similar to a surface shape of the portion to be cleaned of the vacuum processing apparatus; and
wherein the adhesive surface generates an electrostatic attraction by positive or negative voltage applied to the conductive sheet by the voltage applying mechanism.
2. The cleaning apparatus according to claim 1 ,
wherein the adhesive sheet, the conductive sheet and the pressing member are integrally formed; and
wherein the adhesive surface of the integrally formed adhesive sheet, the conductive sheet and the pressing member have a curved surface with a same curvature as the curvature of the curved surface of the portion to be cleaned of the vacuum processing apparatus.
3. The cleaning apparatus according to claim 1 , further comprising:
a recovering mechanism for recovering the adhesive sheet onto a roll; wherein
the adhesive sheet includes a roll shape; and
the pressing member includes a pressing member of a roller shape including a elastic material in which the conductive sheet is arranged on the surface thereof.
4. The cleaning apparatus according to claim 1 , wherein
the pressing member includes a roller-like pressing member including an elastic material having the conductive sheet arranged on the surface thereof.
5. A cleaning apparatus comprising:
a conductive sheet in contact with an adhesive sheet the adhesive sheet being configured to adhere to a portion to be cleaned of a vacuum processing apparatus;
a pressing member configured to press the conductive sheet;
a pressing force controlling mechanism configured to control a force for adhering the adhesive sheet to a portion to be cleaned of the vacuum processing apparatus via the pressing member; and
a voltage applying mechanism configured to apply positive or negative voltage to the conductive sheet;
wherein the pressing member has a shape similar to a surface shape of the portion to be cleaned of the vacuum processing apparatus; and
wherein the adhesive surface generates an electrostatic attraction by positive or negative voltage applied to the conductive sheet by the voltage applying mechanism.
6. A cleaning apparatus comprising:
an adhesive sheet including a base material and an adhesive surface for removing particles, the adhesive surface being configured to adhere to a portion to be cleaned of a vacuum processing apparatus;
a conductive sheet in contact with the base material;
a pressing member means for pressing the conductive sheet;
a voltage applying mechanism means for applying positive or negative voltage to the conductive sheet; and
a pressing force controlling mechanism means for controlling a force that adheres the adhesive sheet to a portion to be cleaned of a vacuum processing apparatus via the pressing member;
wherein the pressing member means has a shape similar to a surface shape of the portion to be cleaned of the vacuum processing apparatus; and
wherein the adhesive surface generates an electrostatic attraction by positive or negative voltage applied to the conductive sheet by the voltage applying mechanism means.
7. The cleaning apparatus according to claim 6 ,
wherein the adhesive sheet, the conductive sheet and the pressing member means are integrally formed; and
wherein the adhesive surface of the integrally formed adhesive sheet, the conductive sheet and the pressing member means have a curved surface with a same curvature as the curvature of the curved surface of the portion to be cleaned of the vacuum processing apparatus.
8. The cleaning apparatus according to claim 6 , further comprising:
a recovering mechanism means for recovering the adhesive sheet into a roll;
wherein the adhesive sheet includes a roll shape; and
wherein the pressing member means includes a pressing member of a roller shape including a elastic material in which the conductive sheet is arranged on the surface thereof.
9. The cleaning apparatus according to claim 6 , wherein the pressing member means includes a roller-like pressing member including an elastic material having the conductive sheet arranged on the surface thereof.