Foam Snow Machine

Abstract

The invention discloses a foam type snow machine. A containing space is arranged in a machine body of a main machine so as to be provided with a draught fan which sends wind force outwards towards an air outlet pipe and an air outlet, and a pump conveys foam water to a foam head along a flexible foam water pipe. A cloth sleeving part extending outwards is arranged at the tail end of the air outlet pipe in a sleeving manner, and a foam head of the foam water pipe is arranged in the air outlet pipe. The air outlet is outwards connected with a spraying pipe provided with an internal pipeline, and the air outlet pipe and the cloth sleeeving part extend in the pipeline. The inner diameter of the pipeline of the spraying pipe is larger than the outer diameter of the air outlet pipe in a spaced manner, and the tail end of the pipeline of the spraying pipe extends inwards in the radial direction to form an inner-tooth ring edge. Wind force generated through the draught fan passes through the air outlet pipe and air outlet holes so that the air force can be blown to the interior and the exterior of the cloth sleeving part, foam water can seep from the surface of the cloth sleeving part to form foam, and the foam is sprayed outwards under the cooperation of the wind force and flies away through the spraying pipe to from artificial snow.

Description

technical field [0001] The invention relates to a foam type snowflake machine, in particular to a foam type snowflake machine blown by wind. Background technique [0002] Taking drama and stage scenes as an example, when necessary, foam snow machines are used to create artificial snowflake backgrounds to enhance drama and stage effects. [0003] At present, the foam-type snowflake machine is mainly equipped with components such as fans and pumps in the body. The pump feeds foam water, and then uses the fan to blow the foam away from the outlet to form artificial snowflakes, creating an artificial snowflake scene. [0004] However, in the actual operation of the existing foam-type snowflake machine, when the fan blows the foam away from the outlet to form artificial snowflakes, the foam will spread outward from the outlet at a large angle, which relatively reduces the blowing distance of the foam, and multiple foams will flow along the Flowing and dripping on the peripheral ...

AI Technical Summary

Problems solved by technology

[0004] However, in the actual operation of the existing foam-type snowflake machine, when the fan blows the foam away from the outlet to form artificial snowflakes, the foam will spread outward from the outlet at a large angle, which relatively reduces the blowing distance of the foam, and multiple foams will flow along the Flowing and dripping on the outer peripheral surface of the outlet, resulting in wet and slippery phenomenon on the ground and affecting the effect of foamy snowflakes

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