NOVELTY - A layer lamination integrated fuel cell comprises two sheets of plate-structure one-sided cathode flow field boards (101), (102) on the two outmost sides of the fuel cell, respectively. The side surfaces with the cathode configured on the other bipolar fuel cell boards in layers for the layer lamination integrated fuel cell are tightly bonded with each sheet of two-sided cathode flow field board, and, the side surfaces with the anode on the layered bipolar fuel cell boards are tightly bonded with each sheet of two-sided anode flow field board.    USE - For a compact electronic product, e.g. cellular phone, personal digital assistant, or notebook computer.    ADVANTAGE - The layer lamination integrated fuel cell can flexibly adjust the configured amount of fuel cell assembly units based on the supplied electricity power. It is light, slim, short, and compact fuel cell. The fuel cell can employ the design parameters supplying electricity power. It is easy to manufacture, lower cost, light weight, convenient usage, and lower space limitation.    DETAILED DESCRIPTION - A layer lamination integrated fuel cell comprises two sheets of plate-structure one-sided cathode flow field boards (101, 102) on the two outmost sides of the fuel cell, respectively. At least one sheet of plate-structure two-sided cathode flow field board (105) is configured between the fuel cell in separated layers. At least one sheet of plate-structure two-sided anode flow field board (104) is configured between the fuel cell in separated layers. At least one sheet of plate-structure bipolar fuel cell board (103) is provided, in which the side surfaces with the cathode on the two outmost bipolar dual fuel pallets of the fuel cell are tightly bonded with two sheets of cathode flow field boards, respectively. The side surfaces with the cathode configured on the other bipolar fuel cell boards in layers for the layer lamination integrated fuel cell are tightly bonded with each sheet of two-sided cathode flow field board. The side surfaces with the anode on the layered bipolar fuel cell boards are tightly bonded with each sheet of two-sided anode flow field board.    DESCRIPTION OF DRAWING(S) - The figure is an exploded view of layer lamination integrated fuel cell.    Cathode flow field boards (101, 102)    Bipolar fuel cell board (103)    Anode flow field board (104)    Cathode flow field board (105)