Smoke device, prompting method and device for prompting state information of physical game role, and remote control combat vehicle

Abstract

A smoke device (100) comprises a smoke box (110), a heating element (120), and an air blowing device (130). The smoke box (110) is provided with a containing cavity (111), an air inlet (113), and an air outlet (115). The air inlet (113) and the air outlet (115) are in communication with the containing cavity (111). The containing cavity (111) is used for containing a tobacco liquid. The heating element (120) is mounted in the containing cavity (111). The heating element (120) generates heat after being powered on so as to atomize the tobacco liquid. The air blowing device (130) is disposed corresponding to the air inlet (113) and is used for blowing an air flow into the containing cavity (111). According to the smoke device (100), the tobacco liquid in the smoke box (110) is heated by means of the heating element (120) so that the tobacco liquid is atomized into smoke, and the smoke is exhausted from the smoke box (110) by means of the air blowing device (130). The smoke device (100) has a compact structure and facilitates the miniaturization design. Also provided are a prompting method and device (20) for prompting state information of a physical game role, and a remote control combat vehicle (30). Prompts are made by emitting different smoke when a life value of a game role is changed and the game role is in the states in which the game role is shot, encounters a land mine, is frozen, is dizzied, sacrifices, and the like.

Description

technical field [0001] The invention relates to a smoke device, in particular to an electric heating type smoke device, a prompting method and device for prompting state information of an entity game character by using the smoke device, and a remote-controlled chariot. Background technique [0002] At present, the traditional smog technology is mostly used for disinsection, deworming, singing and dancing entertainment places, and humidification places. There are also many ways to make smoke. For example, solid smoke is generated by incomplete combustion to generate suspended particles to form smoke, but the smoke produced by this scheme has a strong pungent taste and is not easy to dissipate in unobstructed places. Humidifier units produce low amounts of smoke and are not very visible. The e-liquid decomposition equipment used in singing and dancing entertainment venues is large in size and produces a large amount of smoke, but it is not suitable for miniaturization, and it...

AI Technical Summary

Problems solved by technology

The smoke oil decomposition equipment used in singing and dancing entertainment venues is large in size and produces a large amount of smoke, but it is not suitable for miniaturization, and its structure is complex, and it requires a large power supply equipment

The traditional dry ice smoke generator needs to use dry ice as the smoke source to form a smoke effect in the air, but dry ice is a very volatile smoke source, and dry ice cannot be stored for a long time, and it is easy to cause equipment damage during use. Dry ice smoke equipment It also needs to be made into a large-scale equipment, which is not easy to be miniaturized and lightweight

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