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1. An outdoor lamp assembly structure, comprising: a base, having a top and a bottom, the top being provided with a fixed platform, and a center of the fixed platform being provided with a recessed compartment; a lamp cover, assembled to an upper periphery of the base, and comprising a translucent board covering a top of the fixed platform, a ring-shaped border extending downward from a periphery of the translucent board, and the ring-shaped border having a ring-shaped bottom edge abutting and fixing a periphery of the fixed platform; a circuit board, having an opening arranged corresponding to the recessed compartment, and the circuit board having a top side and a bottom side, wherein the bottom side is stacked on the fixed platform, and the top side is provided with a plurality of LEDs spaced from each other and arranged around a periphery of the opening; a battery box, configured in the recessed compartment for storing a battery, the battery box comprising a top plate protruding outward from the opening of the circuit board, the top plate having a height higher than the top side of the circuit board, and two opposite edges of the top plate being provided with at least one elastic pressing strip extending obliquely outward and down ward to touch the top side of the circuit board; and a solar panel, configured between the translucent board of the lamp cover and the top plate of the battery box; the circuit board, the battery box and the solar panel being electrically coupled to each other; wherein when the lamp cover is assembled to the top of the base, the translucent board presses downwardly against the solar panel and the battery box to drive the elastic pressing strips on two sides of the top plate of the battery box to press downwardly against the top side of the circuit board, so that the bottom side of the circuit board is pressed and positioned on the fixed platform.
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