Pump aroma device with carrier

Abstract

The invention provides a pumping type fragrance-emission device with a carrier. The fragrance-emission device comprises a pumping type spray can, an inner shell connected to the nozzle of the pumping type spray can, and an outer shell sleeved on the surface of the inner shell, wherein the top end of the inner shell is provided with a joint part which is in matching connection with the nozzle, and is provided with an opening at the nozzle; an assembly part which is in matching connection with the outer shell is arranged on the surface of the inner shell; the outer shell is provided with an assembly structure matched with connection of the inner shell; the inner shell and the outer shell are connected to form a fixed structure; the fixed structure is fixedly connected with a volatile carrier, so that at least one part of the volatile carrier is positioned in a spraying path of the pumping type spray can; the content in the pumping type spray can is sprayed to the surface of the volatile carrier when the device is used, so the usage of a fragrance volatilizer is saved, the fragrance staying time is prolonged, and the doubt of risk of a fragrance-emission device in a high-temperature environment is avoided.

Description

technical field [0001] The invention relates to an aroma device, especially a pump-type aroma device with a carrier that can change the pressing direction of an aroma spray can and make the aroma volatile agent evenly and persistently diffuse in the surrounding environment. Background technique [0002] Using aroma devices in daily life to keep the air in the home environment fresh and pleasant has become a method that modern people are used to. [0003] A common aroma device is to install a liquid or colloidal fragrance volatile agent with an aromatic smell in the container, and the fragrance volatile agent is sucked out of the container by capillary action through the opening on the container or through the volatilized cotton body and floats in the container. in the surrounding air. [0004] However, this traditional aroma device cannot control when the fragrance is released. As long as the seal is removed and the fragrance is started to be used, the fragrance volatile ag...

AI Technical Summary

Problems solved by technology

[0007] However, the method of directly spraying the fragrance volatile agent into the air can quickly achieve the fragrance effect, but the duration is quite short compared with the traditional fragrance device that uses an opening or volatile cotton body to slowly diffuse.

And because of the structural limitation of the high-pressure gas cylinder, the aroma volatile agent contained in the high-pressure gas cylinder has the limitation of the highest concentration and the maximum capacity

If the viscosity of the fragrance volatile agent is too high if the concentration is too high, or the propellant in the spray tank is insufficient due to the excessive fragrance volatile agent loaded, it will easily happen that the fragrance volatile agent cannot be sprayed into a mist, or even Abnormal conditions that cannot be ejected

Therefore, a high-pressure gas cylinder can only be filled with a small amount of fragrance volatile agent, which is not environmentally friendly when used, and the high-pressure gas cylinder cannot be used again after use, which is quite different from the current concept of promoting energy saving and recycling.

[0008] Furthermore, due to the different propellants in the high-pressure gas cylinders, it is also possible that the high-pressure gas cylinders accidentally explode at high temperatures, or the propellant cannot be vaporized smoothly in a low-temperature environment, making it difficult to eject.

Images