Method for Making Water Show Devices for Simulated Flower Performances in Water

The invention belongs to the technical field related to water show performances, specifically involving aWater Showdevice. With the development of technology, water performance art has become diverse, and underwater artificial flower performances are currently one of the popular water performances. Among them, the water performance device used for underwater artificial flower performances is usually equipped with multiple artificial flowers, so that when the water performance device performs, multiple artificial flowers can simultaneously emerge from the water surface, presenting a blooming phenomenon. Currently, the existing water display devices for underwater artificial flower displays typically control the artificial flowers in a one-to-one manner, using driving motors to achieve the opening and closing of the flowers on the artificial flowers.

It can be understood that the aforementioned water show device meets the usage requirements for multiple artificial flowers to open and close during operation. However, due to the need to set multiple motors on the water show device to control the opening and closing of the flowers on multiple artificial flowers separately, the production cost corresponding to the aforementioned water show device is high, and the failure rate during operation is high, which cannot meet people's requirements forWater Showthe device.

Therefore, it is necessary to provide a water spraying device to address the technical issues present in the existing technology. Specifically, the water performance device includes a fixed frame, a lifting frame set on the fixed frame, a driving mechanism connected to the lifting frame, and at least one artificial flower. The driving mechanism can drive the lifting frame to move up and down relative to the fixed frame; the artificial flower includes a petal linkage mechanism and multiple petals connected to the petal linkage mechanism; the petal linkage mechanism is connected to the lifting frame and can move with the movement of the lifting frame, and can simultaneously drive multiple petals to open or close relative to each other. The petal linkage mechanism includes a connecting pipe fixedly connected to the lifting frame, a fixed bracket set on the connecting pipe, an inner connecting pipe passing through the connecting pipe, and a movable bracket connected to the inner connecting pipe; multiple petals are arranged around the fixed bracket, each petal is fixed with a long connecting rod, and one end of the long connecting rod extending from the petal is hinged to the fixed bracket; multiple short connecting rods are hinged around the movable bracket, and the short connecting rods and long connecting rods are correspondingly connected, allowing the movement of the movable bracket to drive the short connecting rods to flip the corresponding long connecting rods relative to the fixed bracket. An elastic component is arranged between the first connector for connecting the short connecting rods on the movable bracket and the second connector for connecting the long connecting rods on the fixed bracket. The movable bracket can drive the first connector to compress the elastic component to move. A support is provided on the fixed frame, which is set below the lifting frame; multiple weights are arranged on the support, corresponding to the artificial flowers, and the inner connecting pipe on the artificial flower passes through the corresponding weights and the support. The weights can press down on the inner connecting pipe, driving the first connector on the movable bracket to compress the elastic component to move. A limiting component is fixed on the inner connecting pipe, which can pass through the support and fit with the weights as the inner connecting pipe moves. The number of first connectors on the movable bracket and the number of second connectors on the fixed bracket are both set to two. The driving mechanism includes a reduction motor, which has two output shafts, each connected to a wire rope drum through the motor shaft, and each wire rope on the wire rope drum is fixedly connected to the lifting frame. The number of wire ropes on the wire rope drum is set to a multiple, and the wire ropes on the wire rope drum can drive the lifting frame to move up and down. The wire ropes are fixedly connected to the lifting frame through adjusting screw nuts, allowing for adjustment of the tightness of the wire ropes. The adjusting screw nut includes a screw nut base, two U-shaped screws, and a rotating sleeve. The screw nut base is fixed on the lifting frame, and the two U-shaped screws are respectively threadedly connected to the rotating sleeve, with one end of the U-shaped screws away from the rotating sleeve fixedly connected to the screw nut base, and the other end of the U-shaped screws away from the rotating sleeve fixedly connected to the wire ropes.

Compared with the existing technology, due to the adoption of the above technical solution, this utility model has the following advantages:

The water show device provided by this utility model, whenWater Showthe device is in operation, can utilize the lifting movement of the lifting frame to control multiple artificial flowers set on the lifting frame, thereby allowing the driving mechanism controlling the lifting movement to manage multiple artificial flowers on the water show device, achieving a one-to-many control, which helps reduce production costs and failure rates.