82 results about "Artificial respirator" patented technology

This invention relates to an evaporator which comprises a casing for receiving a liquid, and a heater. The heater comprises a plurality of heating elements which can be heated individually. This invention moreover relates to respirators comprising such evaporators, and to evaporation methods.

An intra-tracheal sputum aspiration apparatus arranged so that air feeding to and air evacuation from trachea (13) by means of artificial respirator (12) are carried out through tracheal cannula (14) and so that in the event of sputum clogging, tube pump (16A) is operated to thereby attain discharge of sputum through suction tube (15) to the outside of the body by means of a negative pressure produced thereby. By virtue of the employment of the tube pump (16A) as a sputum aspirator (16), the intra-airway pressure by the artificial respirator (12) would have substantially no fluction even when a positive pressure is applied to the lungs. Consequently, sputum disposal can be accomplished while maintaining artificial artificial respiration, so that there can be prevented any secondary infection by infectious agents discharged from sputum collection bottle (17) into the air.

A pressure controller for an artificial respirator according to this invention includes a control valve facing a gas passage between an inspiratory gas inlet and an inspiratory gas outlet, and an elastic biasing means for elastically biasing the control valve against a valve seat. When an adjustment manipulating member moves backward, even the pivotal motion of the adjustment manipulating member does not operate an adjustment operating member. When the adjustment manipulating member is pulled out, the pivotal motion of the adjustment manipulating member operates the adjustment operating member, thereby adjusting the elastic biasing force of the elastic biasing means. This invention provides a pressure controller for an artificial respirator capable of reliably preventing unnecessary operating of the adjustment operating member although the pivoting operation of the adjustment manipulating member is simple as a whole, and there is no possibility that the adjustment manipulating member and the like are broken.

A tracheal cannula of the invention includes a breathing path for supplying and discharging air formed between a basal end for connection with a breathing tube extending from an external artificial respirator and a distal end for insertion into a patient's trachea, and a trachea side opening formed at the distal end of the breathing path. Besides and along the breathing path, a suction path is provided for sucking phlegm accumulated in the patient's trachea. A phlegm suction opening is formed in a region of a wall of the suction path on the side of the inner wall of the trachea between the distal end of the breathing path and a cuff, the phlegm suction opening facing the inner wall of the trachea.

A laryngeal mask is provided with an outer tube and a connector, having a base end in which is formed a first connecting portion capable of being connected to an artificial respirator and a leading end in which is formed a ventilation opening, the outer tube and the connector having a communication passage formed therein that communicates between the first connecting portion and the ventilation opening, a ring-shaped cuff capable of tightly adhering to a tracheal opening of a patient trachea as a result of inflating in a state where the ring-shaped cuff is inserted to a predetermined insertion position, and hyoid bone-contacting portions and protruding laterally from the outer tube so as to contact from above a site in a pharyngeal portion of the patient corresponding to a hyoid bone of the patient in a state where the ring-shaped cuff is inserted to the insertion position.

The present invention provides a suction connector capable of easily adjusting the suction flow rate and a tracheal tube provided with same. This suction connector is inserted into the respiration pathway of a main tracheal tube body connected to an artificial respirator and is provided with a suctioning section for suctioning substances inside the body and a flow rate-adjusting section for adjusting the suction flow rate by adjusting the area of the suction channel of the suctioning section. The suction flow rate for foreign matter such as sputum that is generated inside the body can thereby be easily adjusted by the flow rate-adjusting unit.

The invention discloses a portable artificial respirator for emergency treatment. The portable artificial respirator comprises a gasbag, a gas inlet and a gas outlet are formed in the two sides of thegasbag respectively, the gas outlet is movably connected with a gas pipe with a one-way valve, a face mask is connected to one side of the gas pipe, and the gasbag is fixedly installed in a box body;the gas inlet and the gas outlet in the gasbag both run through the box body and are fixed to the box body through a locking ring, and a pressing device is arranged at the side, located in the gasbag, of the box body and comprises a U-shaped plate which is movably connected with the box body and laterally put; the U-shaped plate is internally provided with racks, one side of the U-shaped plate isprovided with a pressing plate, a motor is movably connected to the portion, located at one side of the pressing device, of the box body, transmission gears with different numbers of transmission teeth are arranged on a transmission shaft of the motor at intervals, the racks are meshed with the transmission teeth on a single transmission gear, and a mouth piece connected with the gas pipe is arranged in the face mask. According to the portable artificial respirator, the motor drives the U-shaped plate to reciprocate, so that the pressing plate constantly squeezes the gasbag to transport gas to a patient, manual pressing is not needed, and the trouble and labor are saved..

A forced inflation type artificial respirator with mouth-nose mask for rescuing the dangerous patient is composed of an operation unit for providing compressed air and O2, an inflation unit for filling air in lung via mouth and nose, and a waste air exhausting unit for exhausting waste air out of the lung. It uses the lever principle for saving labor.

The invention provides an artificial respirator with an autonomous respiration dynamic monitoring function, and relates to an artificial respirator which is used for observing up-and-down floating of a luminous floater and floating amplitude and frequency of the luminous floater and judging the recovery degree of autonomous respiration of a patient. The artificial respirator is characterized in that an arc-shaped outer side of a mouth and nose cover is provided with an external connection pipe, a transparent circular pipe with scales is connected in the upper end of a tee joint connected with the external connection pipe in an inserted mode, the luminous floater is arranged on an air permeable support on the upper portion inside the oblique plane at the lower end of the transparent circular pipe, and a net-separation cover is arranged at the upper end of the transparent circular pipe; a normally right closed circular plate tongue is arranged on the left side face of a circular partition plate inside the right end of the tee joint, the right end of the tee joint is connected with a hose and an elastic airbag, and an elastic airbag inlet valve is internally provided with a round-hole plate and a one-way inlet valve clack. According to the artificial respirator, the colored luminous floater can be used for prominently monitoring whether a patient has autonomous respiration or not, particularly, a practical value is achieved in rescue environment without illumination, and monitoring, abnormal finding and rapid rescue and nursing care can be conducted in time. The artificial respirator is novel in structural design, practical, scientific, reasonable, capable of improving the quality and level of life saving and very suitable for application and popularization of various hospitals.

The invention discloses a pneophore, which comprises an air bag, wherein the bottom end of the air bag is provided with a model mouth which is used to cover mouth and nose parts of a patient, the model mouth is connected with a tightening belt, a lantern ring in which hands of medical care personnel are sleeved is arranged on the top of the air bag, a one-way air valve is also arranged on the air bag. When the pneohpore is used, the mouth and the nose parts of the patient are covered by the model mouth with the tightening belt to fix for preventing air leakage, one hand of the medical care personnel is sleeved in the lantern ring to press and lift, and presses air and draws air to the lung of the patient regularly, thus respiration is realized, and mouth to mouth breathing is avoided, and the medical care personnel can operate easily.

The invention provides an artificial respirator. A motor is connected with a speed change gear box in a transmission mode. The speed change gear box is connected with a first transmission shaft and a second transmission shaft at the same time in a transmission mode. The first transmission shaft is connected with a first eccentric wheel in a transmission mode, and the second transmission shaft is connected with a second eccentric wheel in a transmission mode. The side wall of a shell is provided with a first mounting opening and a second mounting opening. The first mounting opening is internally provided with a first elastic rubber piece corresponding to the chest of a patient in use and capable of being concave in the upper portion and convex in the lower portion. The side, where the first elastic rubber piece is located, of the shell is fixedly connected with a chest binding belt. The second mounting opening is internally provided with a second elastic rubber piece capable of being concave in the upper portion and convex in the lower portion in a closed mode. The first eccentric wheel and the second eccentric wheel correspondingly make contact with and are connected with the first elastic rubber piece and the second elastic rubber piece in a transmission mode. An air bag is connected outside the side, where the second elastic rubber piece is located, of the shell in a closed mode, and the air bag is connected with an intake valve and an air outlet valve in a closed mode. The air outlet valve is communicated with an air outlet connection pipe in a closed mode, and the air outlet connection pipe is connected with a mask in a closed mode.

The invention discloses an artificial respirator with drug delivery and oxygen supplying functions. The artificial respirator comprises a box body, wherein the right side of the box body is fixedly connected with an oxygen storage bottle, the outer side surface of the oxygen storage bottle is fixedly connected with a connecting arm, the end, far away from the oxygen storage bottle, of the connecting arm is fixedly connected with a mask, the left side of the oxygen storage bottle is fixedly communicated with a first air guide tube, and the first air guide tube penetrates through the box body and is fixedly connected with the inner wall of the box body. The end, far away from the oxygen storage bottle, of the first air guide tube is fixedly communicated with an air bag, the end, far away from the first air guide tube, of the air bag is fixedly communicated with a second air guide tube, the end, far away from the air bag, of the second air guide tube is fixedly communicated with the mask, the inner wall of the box body is fixedly provided with a driving mechanism and a pressing mechanism, and the outer side surface of the box body is fixedly provided with a drug delivery mechanism. By means of the cooperation of the structures, the artificial respirator has the advantages that liquid medicine can be inhaled in the oxygen inhalation process of a user, and thus the effects of drug delivery and oxygen supplying are achieved.

An object of the present invention is to provide a cardiopulmonary resuscitation system in which a cardiopulmonary resuscitation device is made compact and which is capable of performing blowing of breathable gas into a patient at more appropriate timing. A cardiopulmonary resuscitation system (1) according to the present invention is equipped with a cardiopulmonary resuscitation device (100), an artificial respirator (200), and a signal transmission unit (300) which transmits an external signal to an external signal input unit (140) from an external signal output unit (240), and has a local mode in which a first gas blowing unit (110) and a chest compression unit (120) are operable and a second gas blowing unit (210) is stopped, and a remote mode in which the chest compression unit and the second gas blowing unit are operable and the first gas blowing unit is stopped, and in the remote mode, the cardiopulmonary resuscitation device and the artificial respirator are capable of transmitting an external signal by the signal transmission unit, and a second control unit (230) controls the chest compression unit.

The invention provides a breather. The breather comprises a breathing tube sleeved with a lower respirator, wherein the lower end of the breathing tube is provided with a plurality of through holes, two supporting frames are fixedly and symmetrically installed at the position, at the lower end of the lower respirator, of the breathing tube, each supporting frame is fixedly provided with an oral cavity expanding frame, the shape of the periphery of each oral cavity expanding frame is matched with the outline of teeth of a person, and an upper respirator is installed at the upper end of the breathing tube. The breather can be placed in the pried-open mandibular joints of a patient with tight dental occlusion and in a severe coma, the mandibular joints can be prevented from being closed automatically, and thus the artificial breather can be inserted into the mouth of the patient, and emergency treatment efficiency is guaranteed.

The invention discloses a medical dual-channel convenient artificial respirator in the technical field of medical devices, which includes a breathing mask, fixed blocks are arranged at the left and right ends of the breathing mask, and a belt is arranged at the bottom of the fixed block. The invention provides fixing blocks at the left and right ends of the breathing mask to facilitate the fixing of the belt on the breathing mask, ensuring tight connection between the belt and the breathing mask, and setting a fixing ring on one of the belts to facilitate the fixing of the belt, which is convenient The fixing of the breathing mask makes the use of the breathing mask convenient and quick. The cooperation of the breathing tube and the outlet tube ensures the smooth breathing of the patient, and because the breathing tube and the outlet tube are different pipes, it ensures the health of the patient's breathing. The left end of the trachea is provided with a filtering device, so that the outside air that the patient breathes can be filtered to prevent pollutants in the air from entering, which is beneficial to the patient's health.

An artificial respirator used in the department of cardiology comprises a handle, an air supply tube, a pressure reducing valve, an oxygen concentration sensor, an air distributing cavity, an air delivery tube, an air sucking valve, an air bag, an oxygen bottle, an oxygen tube, an oxygen supplying servo valve, a mask, an air supply mouth and a controller, wherein the air supply tube is L-shaped, one end of the air supply tube is connected with the air distributing cavity, the other end of the air supply tube penetrates through the mask to be connected with the air supply mouth, a nose plug is arranged at the front end of the mask, the oxygen concentration sensor is arranged inside the air distributing cavity, the air bag is connected with the air distributing cavity through the air supply tube, the air sucking valve is arranged at the front end of the air bag, the oxygen bottle is connected with the air distributing cavity through the oxygen tube, the oxygen supplying servo valve is arranged in the oxygen tube, and the oxygen concentration sensor and the oxygen supplying servo valve are connected with the controller through cables. The artificial respirator used in the department of cardiology rapidly makes a patient break away from the danger situation at the stage by reasonably distributing oxygen amount required during sudden arrest of the patient using the respirator, effectively replaces artificial mouth-to-mouth breathing and decreases bacterial cross infection affecting the rehabilitation of patients and occurred between medical workers and the patients.

The invention relates to the technical field of medical auxiliary instruments, in particular to a patient cardiovascular nursing oxygen uptake artificial respirator which comprises a box body and a breathing mask, universal wheels are connected to the bottom of the box body, an oxygen supply cavity, a medicine injection cavity, a mixing cavity and a filtering cavity are formed in the box body, anda connecting pipe is fixedly installed on the inner wall of the top end of the oxygen supply cavity; an oxygen bottle is connected into the connecting pipe through threads, the medicine injection cavity is connected with a water mist generator through a mixing cavity, a heating module is laid on the inner wall of the top end of the mixing cavity, an air pump is fixedly installed on the inner wallof one side of the mixing cavity, the air pump is connected with an air outlet pipe through a box body, and the outer side of the filtering cavity is connected with an exhaust fan; the filtering cavity is connected with an air inlet pipe through a box body, one end of the air outlet pipe and one end of the air inlet pipe are both connected with hoses, and a control panel is fixedly installed on the outer side of the box body. The multifunctional respirator is diversified in function, can assist in treatment while breathing work is conducted, and has practicability.

The invention discloses the technical field of medical care, in particular to an artificial respirator used for nursing in a respiratory medicine department, the artificial respirator comprises a delivery tube, a patient nozzle, a gas pipeline, a blowing nozzle and an exhaust port, wherein the patient nozzle is sleeved at the bottom of the delivery tube, the exhaust port is sleeved at a top end ofthe delivery tube, a right side of the upper end of the exhaust port is connected with a closing plate through a pin shaft, a stopper is connected to an upper side of the left side wall of the exhaust port, through the setting of the one-way air blowing valve, the air can only enter the delivery tube through the blowing nozzle, and is outputted into a patient mouth through the delivery tube and the patient nozzle, and the air in the patient mouth cannot be reversed into the mouth of a medical staff; the exhaust port can be closed by the arrangement of a closing plate, and the air can be prevented from being discharged through the exhaust port when blowing; by the setting of a ultraviolet generator, the internal air can be sterilized, and the breathing air can be sterilized.