Machine for sucking snort

Abstract

The present invention is a nasal discharge sucking device which includes a bottle body and a nasal discharge sucking device body, wherein an aspirator which passes through the bottle body is arranged at one side of the bottle cover, the inner side of the aspirator is provided with a back valve, an air suction pipe which passes through the bottle is arranged at the other side of the bottle cover, and a switch air valve is arranged at the aspirator; the nasal discharge sucking device body is communicated with the air suction pipe of the bottle body, the nasal discharge sucking device body is assembled to a dirt-storing box, a discharge channel is arranged at the nasal discharge sucking device body and a connecting pipe is communicated to the air suction pipe of the bottle body, the nasal discharge sucking device body is arranged with an air valve pushbutton which is arranged with a through rod and is covered with a spring, a stopping block which corresponds to the discharge channel is arranged at the bottom of the through rod and a breathing pipe which passes through the dirt storing box is arranged at the other side of the nasal discharge sucking device body; thus, first doing vacuum pumping to the bottle, secondly placing the breathing pipe closely to the nostril, then opening the switch air valve and pushing the pushbutton of the air valve to suck the nasal discharge with the vacuum suction of the bottle body, the operation is safer and more convenient, the device can prevent that the favourer sucks the nasal discharge and prevents the mutual infection.

Description

technical field [0001] The invention relates to a nasal aspirator, especially a nasal aspirator composed of a bottle body and a nasal aspirator body, which provides a labor-saving, convenient and safe operation, and can prevent caregivers from inhaling nasal mucus and preventing cross-infection . Background technique [0002] The mucous membrane of the respiratory tract has mucous glands and cilia. The mucous glands can secrete mucus. With the swing of the cilia, the mucus moves backward to the throat and swallowed unconsciously. The nasal cavity also plays its role of cleaning and moisturizing. When the respiratory tract is infected, the secreted mucus becomes less and thicker, and the movement of the cilia is damaged by viruses or bacteria and cannot swing normally, so that harmful substances cannot be removed, and bacteria are easy to breed, forming a yellow nose; for infants who cannot take care of themselves Or patients who need to be taken care of by others, because t...

AI Technical Summary

Problems solved by technology

[0002] The mucous membrane of the respiratory tract has mucous glands and cilia. The mucous glands can secrete mucus. With the swing of the cilia, the mucus moves backward to the throat and swallowed unconsciously. The nasal cavity also performs its cleaning and moisturizing function. When the respiratory tract is infected, the secreted mucus becomes less and thicker, and the movement of the cilia is damaged by viruses or bacteria and cannot swing normally, so that harmful substances cannot be removed, bacteria are easy to breed, and yellow nose is formed; for infants who cannot take care of themselves Or patients who need personal care, because they do not have the self-care ability to blow their nose, resulting in nasal congestion in the nasal cavity and causing difficulty in breathing; and the general commercially available nasal aspirator A1, as shown in Figure 1, is equipped with a bottle Body A11, the bottle body A11 is screwed with a bottle cap A12, and a suction tube A13 and a suction tube A14 are respectively set on the bottle cap A12. The trachea A14 inhales and sucks out the nasal mucus; but the existing nasal mucus aspirator A1 is difficult to control the suction when operating the mucus. If the suction is weak, the mucus cannot be sucked out; It is easy to inhale nasal mucus into the mouth of the caregiver, causing the risk of cross-infection

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