8 results about "Artificial ventilator" patented technology

The utility model discloses an automatic ventilation device for a sewage well, and provides a solution aiming at the problems of low manual ventilation efficiency and high energy consumption of the conventional sewage well. The device is mainly composed of a jacking pipe, an air bag and a gas exchange structure, the jacking pipe is vertically and slidably arranged below the well lid, the bottom of the jacking pipe is connected with the air bag, and the gas exchange structure rotating during jacking is arranged on the well lid. The structure comprises a containing groove and a ventilation plate rotating horizontally, and the top pipe is connected with the ventilation plate through a transmission structure composed of a gear and a rack. The jacking pipe is divided into a metal section and a plastic section, a guide block is arranged on the well wall to assist the jacking pipe in sliding, and a limiting piece is arranged to control the moving range. The air bag drives the jacking pipe to reciprocate through the change of water flow in the sewage pipeline, the ventilation plate is driven to rotate through the transmission structure, and continuous ventilation in the sewage well is achieved. The device does not need external power, can efficiently complete ventilation by means of natural change of water flow, effectively reduces energy consumption, solves the problem of ventilation of scattered sewage wells, and guarantees operation safety and surrounding environment health.

The invention relates to a ventilation system and a ventilation method for the artificial ventilation of a patient. Furthermore, the invention relates to a control arrangement and a control method for controlling a ventilation arrangement belonging to the ventilation system. An anesthetic dosing component (38) provides an anesthetic gas mixture (Ng) with a calculated target concentration (con req ) ready. A ventilator (12) delivers a breathable gas mixture with the anesthetic gas mixture (Ng) to a patient-side coupling unit. The target concentration (con req ) is calculated such that it is at most equal to an upper concentration barrier (con max ) is. The upper concentration barrier (con max The risk of condensation increases with the temperature in the anesthetic dosing unit (38), the ventilator (12), and / or the surrounding environment. The invention reduces the risk of anesthetic condensation.

The present invention relates to a system for monitoring and operating a portable artificial respirator linked with a smartphone, comprising: a portable artificial respirator comprising a communication module for detecting patient information and transmitting the patient information to the smartphone; the intelligent terminal is connected to the portable artificial respirator and is used for receiving and transmitting data and receiving and outputting breathing state control information of a patient; the integrated operation server is used for analyzing the breathing state of the patient through the data received from the intelligent terminal, providing information, analyzing the state information of the artificial respirator and providing equipment information of the portable artificial respirator; and an external cooperation server which, on the basis of the equipment information of the portable artificial respirator analyzed by the integrated operation server, confirms the replacement of consumables and whether or not after-sales service is required, and when the equipment belongs to a regular inspection object, receives inspection object information and accepts the inspection object of the portable artificial respirator.

A ventilation system and a ventilation process artificially ventilate a patient. A control arrangement and a control process control a ventilation arrangement belonging to the ventilation system. An anesthetic dispenser unit (38) provides an anesthetic gas mixture (Ng) with a predetermined target concentration (conreq) of an anesthetic (Nm). A ventilator (12) conveys a breathable gas mixture with the anesthetic gas mixture (Ng) to a patient-side coupling unit. The target concentration (conreq) is specified so that it is at most equal to a calculated upper concentration threshold (conmax). The higher the temperature in the anesthetic dispenser unit (38), in the ventilator (12) and / or in an environment, the greater is the upper concentration threshold (conmax). The risk of anesthetic (Nm) condensing is reduced.

The invention relates to a system for identifying an asynchronism between a breathing machine and a living being connected to the breathing machine and an associated, partially automatic control of the breathing machine. The system for identifying an asynchronism between a breathing machine and a living being comprises at least a breathing machine, wherein the breathing machine comprises at least a sensor unit, a preprocessing unit, a calculation unit, an identification unit, a memory unit, a monitoring unit, a control unit and a blower unit / valve unit, wherein the identification unit identifies an asynchronism between the breathing machine and the living being depending on breathing parameters of the living being.

FIELD: virology; neurology.SUBSTANCE: method for treating rabies in humans after symptoms appear has been proposed. The method includes administering to the patient an estradiol-type compound, anti-rabies immunoglobulin, and the preparation Imunofan, performing therapeutic hypothermia, and placing the patient into a therapeutic coma with artificial ventilation of the patient's lungs.EFFECT: increase in the survival rate of rabies patients after the onset of symptoms.3 cl, 1 tbl