Abstract: A liquid crystal display panel comprises N gate lines, wherein N is an even number bigger two, and a first gate driver circuit which includes ((N/2)+1)th first shift registers connected in series, for outputting N gate signals to the N gate lines. The present disclosure only requires ((N/2)+1)th shift registers for outputting N gate signals to the N gate lines. Therefore, the gate driver circuit is substantially simplified, the RC distortion of inputted frequency signals (clock signals) is reduced, a board area occupied by the gate driver circuit is reduced, and the dependability of the gate driver circuit is enhanced.

Abstract: A liquid crystal display panel comprises N gate lines, wherein N is an even number bigger two, and a first gate driver circuit which includes ((N/2)+1)th first shift registers connected in series, for outputting N gate signals to the N gate lines. The present disclosure only requires ((N/2)+1)th shift registers for outputting N gate signals to the N gate lines. Therefore, the gate driver circuit is substantially simplified, the RC distortion of inputted frequency signals (clock signals) is reduced, a board area occupied by the gate driver circuit is reduced, and the dependability of the gate driver circuit is enhanced.

Abstract: The present invention discloses an assembly method of a liquid crystal panel, which comprises the following steps of: preparing an array substrate, and an upper surface of the array substrate is provided with a plurality of contact pads along side edges thereof; preparing a CF substrate, wherein an area of the upper surface of the CF substrate is smaller than that of the upper surface of the array substrate; and stacking the CF substrate upon the array substrate, so that the contact pads of the array substrate are exposed out of the CF substrate. When aligning the liquid crystal by the Photo-alignment. In the present invention, a process of cutting the CF substrate can be omitted, so as to decrease the manufacture cost.