The utility model relates to a pavement paving structure of water permeable bricks, which comprises a lifting rod, and four limiting plates are arranged below the lifting rod and respectively and accurately correspond to four side edges of the water permeable bricks. Wherein the two limiting plates I are fixedly connected to the mounting box, the other two limiting plates II are connected with the mounting box in a sliding mode, and the included angle between every two limiting plates is a right angle. The distance between the limiting plate II and the limiting plate I can be adjusted by sliding the limiting plate II, so that the structure can be conveniently moved to the outer side of the water permeable
brick for paving. After paving is completed, when the water permeable bricks are paved, the limiting plates II are moved to ensure that the water permeable bricks are out of contact, the limiting plates I are reserved in the cluster, and the accurate thickness control can ensure that gaps between the adjacent water permeable bricks are uniform and consistent. The detailed construction process not only improves the aesthetic property of the pavement, but also ensures the full play of the water permeability, and is beneficial to rapid
permeation of rainwater and reduction of accumulated water on the pavement, thereby improving the efficiency of an urban drainage
system.