An anesthesia ventilator device that dynamically monitors and regulates partial pressure of carbon dioxide, comprising a ventilator main body (1) connected to an oxygen source (100), an air source (101), an anesthetic gas source (102), and a carbon dioxide source (103) at an input end of the ventilator main body (1), and connected to a mask (104) at an output end of the ventilator main body (1);
- the air source (101) is equipped with a dust supplement assembly (4), and the dust supplement assembly (4) comprises:
- a negative ion emitter (407), which is fixedly connected inside the air source (101);
- a mounting fixed plate (400), which is fixedly connected inside the air source (101);
- two symmetrically arranged coil electromagnets (401), which are fixedly connected inside the mounting fixed plate (400);
- wherein the coil electromagnets (401) are equipped with a first power supply component for powering the coil electromagnets (401);
- two symmetrically arranged cleaning plates (402), which are slidingly connected inside the cleaning plate storage groove (4000) of the mounting fixed plate (400);
- wherein the cleaning plates (402) are fixedly connected with several cleaning bristles (403);
- a reset spring (404), which is fixedly connected between the cleaning plate (402) and the cleaning plate storage groove (4000);
- a strip-shaped electromagnet (405), which is fixedly connected at a bottom of the cleaning plate (402);
- wherein the strip-shaped electromagnet (405) has an opposite magnetic polarity to the coil electromagnets (401) and is equipped with a second power supply component for powering the strip-shaped electromagnet (405);
- a flipping component (406), which is installed in the flipping component mounting cavity (4060) of the mounting fixed plate (400);
- wherein the flipping component mounting cavity (4060) is equipped with two symmetrically arranged guide grooves (4062);
- a guide plate (4061), which is slidingly connected inside the guide grooves (4062);
- a cylindrical mounting disk (4063), which is key-connected to a connecting rod (4064);
- wherein the connecting rod (4064) is rotatably connected to the guide plate (4061) and is equipped with a third driving component for driving the rotation of the connecting rod (4064);
- an electrostatic adsorption net connecting rod (4065), which is rotatably connected to the cylindrical mounting disk (4063);
- wherein the electrostatic adsorption net connecting rod (4065) is equipped with a fourth driving component for driving the rotation of the electrostatic adsorption net connecting rod (4065);
- one end of the electrostatic adsorption net connecting rod (4065), away from the cylindrical mounting disk (4063), is fixedly connected to an electrostatic adsorption net (4066), which is a positively charged net;
- a negative pressure fan (408), which is rotatably connected inside the negative pressure chamber (4080) of the air source (101);
- wherein the negative pressure fan (408) is equipped with a fifth driving component for driving the rotation of the negative pressure fan (408);
- a dust adsorption net (4081), which is fixedly connected inside the negative pressure chamber (4080);
- a dust scraping sleeve (4082), which is slidingly connected to the dust adsorption net (4081);
- wherein the dust scraping sleeve (4082) is trumpet-shaped and equipped with a sliding driving component for driving the sliding movement of the dust scraping sleeve (4082) along the dust adsorption net (4081);
- a sprayer (4083), which is fixedly connected to the air source (101);
- and
- a dust collection trough (4084), which is provided inside the negative pressure chamber (4080).