Abstract—In this paper, we develop

Abstract—In this paper, we develop a layered 3D touch screen
using capacitance measurement to detect an object both before
and after contact for operation of a 3D image on the display.
The proposed 3D touch screen employs layered parallel and
plane-type capacitance sensors. The 3D touch screen can detect
indentations and the precise position of an object and can identify
the material in contact with it. In addition, it can detect the object
and its position during noncontact (proximity range). Thus,
the proposed 3D touch screen detects objects in the 3D range.
In this paper, the proposed 3D touch screen is set on a display
and detects objects and their positions before and after contact.
The proposed 3D touch screen has the potential to be used as
functional and useful interface.

ผลลัพธ์ (อังกฤษ) 2:

Abstract-In this Paper, we develop a layered 3D Touch Screen
using capacitance measurement to detect an Object both before
and after Contact for Operation of a 3D Image on the Display.
The Proposed 3D Touch Screen employs layered and parallel
capacitance sensors Plane-Type. Can detect the 3D Touch Screen
indentations and the Precise position of an Object and Can Identify
the Material in Contact with it. In addition, it Can detect the Object
and its position during noncontact (proximity Range). Thus,
the Proposed 3D Touch Screen Detects Objects in the 3D Range.
In this Paper, the Proposed 3D Touch Screen is SET on a Display
and Detects Objects and their Positions before and after Contact.
The Proposed 3D Touch Screen has the potential to be used. as
functional and useful interface.

ผลลัพธ์ (อังกฤษ) 3:

Abstract - this, In paper we develop a layered 3D touch screen
using capacitance measurement to detect an object both before
and. After contact for operation of a 3D image on the display.
The proposed 3D touch screen employs layered parallel and
plane-type. Capacitance sensors. The 3D touch screen can detect
indentations and the precise position of an object and can identify
.The material in contact with it. In addition it can, detect the object
and its position during noncontact (proximity range).? Thus
the, proposed 3D touch screen detects objects in the 3D range.
In this paper the proposed, 3D touch screen is set on. A display
and detects objects and their positions before and after contact.
The proposed 3D touch screen has the potential. To be used as
.Functional and useful interface.