The invention provides a stimulation flower simulating the whole process of flower bloom. The flower is characterized in that a memory wire is embedded in stimulation flower petals, an initial state is
bud-shaped, a silk thread is fixed to the outer side of the top end of a memory steel wire, along the outer side of the flower petals, the other end of the silk thread is dragged all the way to thebottom of a
bud, after penetrating through a
small hole of a wire twisting disc, one end of the silk thread is fixed to the wire twisting disc, the center of the wire twisting disc is fixed to a rotating shaft of a motor capable of
clockwise and counterclockwise rotation, the motor can be connected to a
USB or a power supply, after the power supply is turned on, the motor is rotated, the silk thread is tightly pulled, the memory steel wire inside the petals are slowly pulled out, and the visual effect represents the whole process that the petals of the
bud slowly unfold; when the motor is powered off, the silk thread is gradually loosened, the memory wire is restored to the original position again, the state that the bud is not bloomed is recovered, and through sensing components such as voice control,
light control, touch control and the like, the process of blooming and gathering can be achieved under various conditions.