Abstract: An electrochromic panel for a control device is disclosed. The electrochromic panel includes a first conduction layer for receiving a positive drive voltage, a second conduction layer for receiving a negative drive voltage, an electrolyte layer disposed on the second conduction layer, and a coloration layer having a pattern and disposed between the electrolyte layer and the first conduction layer, wherein an electron current generated by the negative drive voltage flows from the second conduction layer, the electrolyte layer, the coloration layer to the first conduction layer, such that the coloration layer performs a reduction-oxidation reaction and the pattern of the coloration layer changes from transparent to a non-transparent color.

Abstract: A color-changeable protective device for a portable device equipped with a touch screen is provided. The color-changeable protective device comprises a power source and a electro-chromic element. The electro-chromic element is disposed to correspond to the touch screen so as to cover the entire touch screen. According to whether the operating status of the electro-chromic element is a power-on operating status, the electro-chromic element appears to be transparent or opaque.

Abstract: A touch control module and an electronic device thereof are disclosed. The touch control module includes a panel, a plurality of electrodes, and a control module. The panel is a flexible transparent and material and includes a first surface and a second surface. The plurality of electrodes is disposed on the second surface. When the first surface is touched, the plurality of electrodes is used for sensing at least one capacitance signal individually. The control module electronically connects to the plurality of electrode and is used for receiving at least one capacitance signal to control the electronic device.

Abstract: An electrochromic panel for a control device is disclosed. The electrochromic panel includes a first conduction layer for receiving a positive drive voltage, a second conduction layer for receiving a negative drive voltage, an electrolyte layer disposed on the second conduction layer, and a coloration layer having a pattern and disposed between the electrolyte layer and the first conduction layer, wherein an electron current generated by the negative drive voltage flows from the second conduction layer, the electrolyte layer, the coloration layer to the first conduction layer, such that the coloration layer performs a reduction-oxidation reaction and the pattern of the coloration layer changes from transparent to a non-transparent color.

Abstract: A light guide decorative plate includes a light permeable insulated decorative plate, and at least one optical fiber embedded in the light permeable insulated decorative plate. The optical fiber has one end exposed from the light permeable insulated decorative plate for guiding light emitted from a light source into the optical fiber, and another end opposite to said one end for exit of the light therethrough. A touch light decorative plate is also disclosed.

Abstract: A color-changeable protective device for a portable device equipped with a touch screen is provided. The color-changeable protective device comprises a power source and a electro-chromic element. The electro-chromic element is disposed to correspond to the touch screen so as to cover the entire touch screen. According to whether the operating status of the electro-chromic element is a power-on operating status, the electro-chromic element appears to be transparent or opaque.

Abstract: A touch control module and an electronic device thereof are disclosed. The touch control module includes a panel, a plurality of electrodes, and a control module. The panel is a flexible transparent and material and includes a first surface and a second surface. The plurality of electrodes is disposed on the second surface. When the first surface is touched, the plurality of electrodes is used for sensing at least one capacitance signal individually. The control module electronically connects to the plurality of electrode and is used for receiving at least one capacitance signal to control the electronic device.

Abstract: A light guide decorative plate includes a light permeable insulated decorative plate, and at least one optical fiber embedded in the light permeable insulated decorative plate. The optical fiber has one end exposed from the light permeable insulated decorative plate for guiding light emitted from a light source into the optical fiber, and another end opposite to said one end for exit of the light therethrough. A touch light decorative plate is also disclosed.