| 摘要 |
The invention comprises a bubble-blowing device having a reservoir of soapy-like fluid, a rotor with apertures rotating downwardly in a trigger controllable manner into said fluid and then advanced upwardly to a discharge position. There is also provided a special purpose electric fan or blower, the operation of which is synchronized with rotation of the apertured rotor for the directing of a variable velocity flow of air to fluid-filled apertures of the rotor within the device's discharge area. Actuation by the trigger concurrently actuates the rotor, the special purpose blower, and a multi-colored lens assembly circumferentially surrounding a light source such that a different color of the lens assembly is rotated in front of the light source in synchronization with each rotational advance of the apertured rotor caused by trigger actuation. The simultaneous energizing of the fan produces a stream of bubbles from the aperture of the rotor in the gun's discharge position concurrently with an advance of the circumferential lens assembly about the light source to generate a different color effect as a function of each new actuation the trigger. There are preferably provided lens regions of three different colors while the bubble fluid holding rotor is typically provided with six apertures. Providing two sequences of three different colors per sequence when complete rotation of a rotor has been effected as a result of six actuations of the trigger of the bubble-blowing device. A sound chip may be actuated in combination with the bubble-blowing function.
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