Sticking mechanism

The present invention discloses a sticking mechanism, which comprises a base, a chopping plate fixed on the base, a blocking frame fixed on the chopping plate, a movable seat arranged on the base in a forward and backward movement manner, a drive apparatus for driving the movable seat to perform a forward and backward movement, an assembly plate removably arranged on the movable seat, a material discharge shaft pivotally arranged on the assembly plate and capable of rotating, a material collection shaft pivotally arranged on the assembly plate and capable of rotating, a sticking block fixed on the assembly plate and with one end opposite to the chopping plate, and a recovery belt drive apparatus for driving the material collection shaft to rotate, wherein the gap between the blocking frame and the chopping plate is used for passing-through of an anisotropic electric conduction adhesive film, the material discharge shaft is used for installing the recovery belt, and the recovery belt drive apparatus drives the material collection shaft to coil the recovery belt winding the sticking block. With the sticking mechanism of the present invention, the anisotropic electric conduction film being not used on the coiling belt type anisotropic electric conduction adhesive film is stuck onto the recovery belt in the sticking manner, and the material collection shaft, the material discharge shaft and the assembly plate are disassembled from the movable seat or assembled through the rotation of the rapid disassembly handle, such that the whole disassembly/assembly process is simple and fast.