Abstract: A color filter substrate for an in-cell optical touch display panel is provided, which includes a substrate, a visible-light shielding structure, a color filter layer and an infrared filter layer. The visible-light shielding structure is disposed on the substrate to define sub-pixel regions and touch sensor regions of the substrate. The color filter layer covers the sub-pixel regions. The infrared filter layer covers the touch sensor regions. The infrared filter layer is made of a single infrared-light permeable material, which has a light transmittance in infrared-light wavelength range greater than a light transmittance in visible-light wavelength range. An in-cell optical touch display panel including the color filter substrate and materials of the infrared filter layer are also provided.

Abstract: An electronic device includes two chambers and two interface bodies. Each of the two interface bodies is rotatably connected to one of the two chambers, and is capable of being extended out of the chamber or received in the chamber under an external force. Each interface body includes a receiving part and an interface. The interface is received in the receiving part and connected to a main board of the electronic device.

Abstract: A portable computer with a rotary positioning structure is disclosed, which includes a first body, a second body, a shaft including a first part disposed on the first body and a second part disposed on the second body, a seat disposed to the first body, and a button. The second body is rotatable with the second part relative to the first part in a rotary path. The button is movable on the seat between a first position where the button is engaged into the rotary path to prohibit the second body from rotation, and a second position where the button is out of the rotary path for allowing rotation of the second body.

Abstract: A portable computer with a rotary positioning structure is disclosed, which includes a first body, a second body, a shaft including a first part disposed on the first body and a second part disposed on the second body, a seat disposed to the first body, and a button. The second body is rotatable with the second part relative to the first part in a rotary path. The button is movable on the seat between a first position where the button is engaged into the rotary path to prohibit the second body from rotation, and a second position where the button is out of the rotary path for allowing rotation of the second body.

Abstract: A portable computer with a rotary positioning structure is disclosed, which includes a first body, a second body, a shaft including a first part disposed on the first body and a second part disposed on the second body, a seat disposed to the first body, and a button. The second body is rotatable with the second part relative to the first part in a rotary path. The button is movable on the seat between a first position where the button is engaged into the rotary path to prohibit the second body from rotation, and a second position where the button is out of the rotary path for allowing rotation of the second body.

Abstract: A portable computer with a rotary positioning structure is disclosed, which includes a first body, a second body, a shaft including a first part disposed on the first body and a second part disposed on the second body, a seat disposed to the first body, and a button. The second body is rotatable with the second part relative to the first part in a rotary path. The button is movable on the seat between a first position where the button is engaged into the rotary path to prohibit the second body from rotation, and a second position where the button is out of the rotary path for allowing rotation of the second body.