Abstract:
An atomizer includes an atomizing device, an air blower and a droplets straining device. The atomizing device produces water mist. The water mist and the air can be spray to outside by the air blower. The droplets straining device is formed with a roundabout and curved gas channel. Wherein before the air blower exhausts the air out, the air flows through the gas channel. The larger drops of the water mist are blocked. The present invention can produce and spray the extremely fine mist.
Abstract:
A multifunctional Schumann wave machine of the present invention includes a shell, a luminous device, a rotary device, a rotary blade, a droplets straining device and an air blower. The present invention provides color therapy as its luminous bodies emit lights to outside of the shell and release Schumann waves. The rotary blade and droplets straining device can produce and spray fine droplets with anions. Additionally, the water contained in the present invention is added some aromatic essential oil. Bodies and minds of users are relaxed and happy in the fresh and clean environment which is full of sunlight, air and water.
Abstract:
An atomizer includes a shell, a rotary blade, a rotary device, and an air blower. The shell contains water. The rotary device is disposed in the shell firmly. The rotary blade is disposed on the rotary device used for driving the rotary blade to rotate. When the rotary blade is rotating, the water in the shell is thrown and sprayed by the rotary blade and strikes against the baffle surrounding the rotary blade. The present invention can produce droplets called water mist carried the anions. Thereafter the air blower drives air to flow to outside of the shell with the water mist. The water mist shall distribute in the ambient environment.
Abstract:
A light dispersing device mainly includes plural light transmissive plates and plural luminous bodies. Each light transmissive plate has at least two inclined sections, a middle section, and two extending sections. The inclined sections extend respectively from two ends of the middle section outwardly and inclinedly, and further connect to extending sections. The middle section has a first surface and a second surface. At least one of the first and the second surfaces is formed with a light reducing layer. The luminous bodies face to middle sections of corresponding light transmissive plates respectively. As such, linear light sources of each luminous are blocked and weakened by the light reducing layer, and a part of the light sources are reflected simultaneously along the inclined sections to extending sections. Thus the light sources are evenly dispersed outwardly.