the present invention spinous process to be between about convergence implant, once the connection to an implant which is inserted between the upper spinous process and a lower spinous process, the upper plate and the lower plate c or U character is formed in a shape being inserted between the spinous process spacer for providing an elastic force Coupling means for coupling the upper spinous process to the top plate in close contact on the upper spinous process And comprising a coupling a lower spinous process means for coupling close to the spinous process the lower sub-plate, and the upper plate is provided with at least one bone fusion ball perforated to form a bottom surface on the top surface of the top plate to move are fused with the upper spinous process, the lower plate provides convergence between the spinous process implant characterized in that it comprises at least one bone fusion through-hole that is formed by the bottom surface on the top surface of the lower plate to move the fusion and the lower spinous process. According to the invention, providing an elastic force to the upper spinous process and a lower spinous process to not only keep the space between the upper and lower spinous process through osseointegration hole formed in the upper plate and the lower plate are fused with the upper and lower spinous process spinous process by moving for without compromising the effect of preventing the phenomenon of deviation between the spinous process. In addition, by rotating the wing and the tightening mechanism using the Insert at the side of the spinous process it has the effect of minimally invasive surgery possible. In addition, by then inserted between the adjacent spinous process fasten the wings on either side of the spinous process, a plurality of spikes provided on the wing impaction in close contact with the opposite side surfaces of the spinous process has the effect that the upper wing and the lower wing stably coupled to the upper and lower
