摘要:
The heater-fumigator of the present invention is a cordless type heater-fumigator for a chemical whose plug (12) is directly fixed to the back of the body (1). The body (1) is equipped with a heater (5) for heating a chemical and a fitting port (7) for fitting and coupling a chemical bottle (8). The chemical bottle (8) is removably fitted and connected to the fitting port (7) and the upper part of a suck-up wick (11) of the chemical is positioned inside the heater (5). This structure can reduce the size and weight of the fumigator, and makes it possible to fit stably the cordless type heater-fumigator though it deals with chemicals and to replace the bottle (8) easily.
摘要:
A heat transpiration preparation whereby a chemical can be efficiently transpired. The heat transpiration preparation is in the form of a solid at ordinary temperatures but liquefied as a whole when molten by heating, and the chemical serving as the active component among the components thereof is transpired from the thus liquefied preparation.
摘要:
The heater-fumigator of the present invention is a cordless type heater-fumigator for a chemical whose plug (12) is directly fixed to the back of the body (1). The body (1) is equipped with a heater (5) for heating a chemical and a fitting port (7) for fitting and coupling a chemical bottle (8). The chemical bottle (8) is removably fitted and connected to the fitting port (7) and the upper part of a suck-up wick (11) of the chemical is positioned inside the heater (5). This structure can reduce the size and weight of the fumigator, and makes it possible to fit stably the cordless type heater-fumigator though it deals with chemicals and to replace the bottle (8) easily.
摘要:
To provide thermal evaporation preparations and a method of thermal evaporating chemicals whereby the chemicals can be efficiently evaporated. Thermal evaporation preparations, wherein the preparation is in the form of a solid at ordinary temperature but molten by heating into a liquid as a whole, and a chemical employed as the active ingredient is evaporated from the ingredients of the preparation thus liquefied by heating, and a method of thermal evaporating chemicals.