Medicine application squeeze bottle

Abstract

The invention provides a medicine application squeeze bottle. The bottle comprises an upper bottle, a lower bottle, an upper deflector and a lower deflector; the upper bottle comprises an upper bottleupper mouth, an axial telescopic bottle head, an upper squeeze bottle body and an upper bottle lower mouth; the lower bottle includes a lower bottle mouth and a lower squeeze bottle body, and the outer diameter of the lower squeeze bottle body gradually decreases from the upper and lower ends toward the middle; the upper deflector includes a deflecting plate, an upper guiding tube and a first mounting rod, a conduit through hole and a liquid medicine through hole are formed in the deflecting plate, and the lower deflector includes a gravity ball; the gravity ball is provided with a second mounting bar, a diversion hole and supporting legs. The bottle has the advantages that two upper and lower medicine discharging modes are achieved, the application amount and the medicine discharging speed can be controlled in a convenient, labor-saving and linear mode regardless of the amount of the remaining liquid medicine in the bottle, thereby avoiding the splashing of the liquid medicine and the excessive and insufficient application of the medicine, a lower end opening of a flow guiding hole can be kept in the state that the flow guiding hole is close to the bottom of the bottle without contacting, and the problem that the flow guiding hole is suspended above the liquid medicine or blocked so that the liquid medicine cannot be contacted is solved.

Description

technical field [0001] The invention relates to a medical care appliance, in particular to a squeeze bottle for dispensing medicine. Background technique [0002] In medical care practice, medical staff sometimes need to assist patients to administer medicines, especially for patients with limited mobility. However, when the remaining amount of liquid medicine in the medicine bottle is not much, if the mouth of the medicine bottle is applied upwards, the medicine liquid will gather to the bottom of the bottle and will not be easily discharged; To the mouth of the bottle, the air pressure in the space above the liquid level in the bottle is insufficient, which will also cause the liquid medicine to flow out unimpeded. Both of these situations will cause inconvenience to the spraying process due to too little and too slow flow of the liquid medicine, and will take time and effort; And the intensity of application is very difficult to control, so these remaining small amount ...

AI Technical Summary

Problems solved by technology

However, when the remaining amount of liquid medicine in the medicine bottle is not much, if the mouth of the medicine bottle is applied upwards, the medicine liquid will gather to the bottom of the bottle and will not be easily discharged; To the mouth of the bottle, the air pressure in the space above the liquid surface of the liquid medicine in the bottle is insufficient, which will also cause the liquid medicine to flow out smoothly

Both of these situations will cause inconvenience to the spraying process due to too little and too slow flow of the liquid medicine, and will take time and effort; And the application intensity is very difficult to control, so the remaining small amount of liquid medicine is often discarded by medical staff, resulting in a waste of medical resources

Therefore, how to solve the problem of inconvenient control of the amount of liquid medicine discharge and the discharge speed when the remaining amount of liquid medicine is small is particularly urgent.

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