[0004] The object of the present invention is to provide a small atomizer for treating respiratory diseases, which solves the following technical problems: (1) by placing the child's
waist between two arc-shaped waist clips, the rotating cylinder drives the rotating bar to rotate, and the rotating bar rotates The bar pulls the two centering plates to move towards each other through two rotating pull rods, and the two centering plates drive two arc-shaped waist clips to clamp the children's waist. Through the above structure, this small atomizer is convenient for children with respiratory diseases. Children are treated, and the children's waist is clamped by the curved waist clips on both sides, so as to avoid the situation that the children cannot continue the treatment due to the children's disturbance during the treatment process; The liquid inlet on the top is poured into the liquid inlet
pipe, the first motor cooperates with the
ball screw to drive the filter frame up and down, and the scrapers on the four sides of the filter frame scrape off the remaining liquid
medicine on the inner wall of the liquid inlet pipe. The filter screen on the frame absorbs the dust entering from the liquid inlet, and the repeated lifting and moving process of the filter screen frame prevents the filter screen from being blocked. The motor drives the central gear to rotate, and the meshing of the central gear drives the three planetary gears to rotate. The three planetary gears coaxially drive the three agitating rollers to rotate. The three agitating rollers stir and mix the liquid
medicine in the
mixing chamber. The liquid pipe enters the heating chamber, and the
electric heating pipe heats the medicinal liquid entering the heating chamber. The
ultrasonic generator drives the ultrasonic vibrating head to vibrate in the heating chamber. The atomizing tube and atomizing bucket extract the water droplets vibrating out of the liquid surface to the connecting pipe, and transport it to the connecting hose through the connecting pipe, and finally spray the atomized liquid into the
breathing mask, and absorb the atomized
drug through the
breathing mask Liquid, by setting two liquid inlets on the liquid inlet pipe, it is convenient to add different liquid medicines at the same time, and through the design of the filter frame that can be lifted and lowered repeatedly, it can ensure that the filter frame is always in a dynamic environment and prevent the filter frame from being filtered. The dust adsorbed on the net blocks the column filter and affects the delivery of the liquid
medicine. The design of the scraper on the filter frame scrapes off the liquid medicine remaining on the inner wall of the liquid inlet pipe to prevent the waste of the liquid medicine. With the cooperation of two planetary gears, the three stirring rollers stir the liquid medicine, with high stirring efficiency and high degree of mixing of the liquid medicine; (3) When the connecting hose is blocked, the atomized medicine liquid delivered by the blower stays in the connecting pipe and communicates When the pressure inside the tube increases, the connecting pipe presses toward the
pressure sensor through the pressure outlet pipe, and the blower is turned off to prevent the connecting pipe from
bursting. When the connecting hose is blocked, the small atomizer will turn off the blower in time to prevent the connecting pipe from
bursting. have a certain degree of security