167 results about "Respiratory Medicine" patented technology

The respiratory medicine delivery system is a handheld breathing device for a user having respiratory problems. The device comprises a hollow tubular manifold. A front tubular section extends from a front opening of the hollow tubular manifold. A mouthpiece extends from a rear opening of the hollow tubular manifold. The front tubular section has an MDI port. A seal cap that can seal off the MDI port is provided. A PEEP valve is mounted in the front tubular section to create a sealed backpressure in the user's airways by creating resistance to exhalation. The hollow tubular manifold has a manifold inlet. A threaded nebulizer port having a recessed one-way valve can be formed at the inlet of the manifold. The nebulizer port is provided for attachment to a nebulizer to facilitate buildup of positive pressure and delivery of medication to a user's lungs. A nebulizer seal cap is also provided.

The invention discloses a respiratory medicine clinical atomizing oxygen generation device which comprises an oxygenator, a medicine box, an atomizing heater, an atomizing hose and an atomizing mask.A mounting cavity is arranged inside the oxygenator, a mounting plate is movably mounted in the mounting cavity, two sides of the mounting plate are slidably mounted on inner walls on two sides of themounting cavity respectively, an oxygen generation compressor is fixedly mounted at the top of the mounting plate, and a damping box is fixedly mounted on the bottom inner wall of the mounting cavity. The device can reduce vibration force generated when the oxygen generation compressor works, so that the oxygen generation compressor has good damping effect; the vibration force is reduced, so thatnoise generated by vibration of the oxygen generation compressor is reduced, discomfort of a patient due to huge noise can be avoided, physical and mental health of people are benefitted, and a comparatively quiet treatment environment can be provided for the patient; the device is suitable for popularization and use.

The invention belongs to the technical field of medical instruments and relates to an emergency sputum aspirator for respiratory medicine. The emergency sputum aspirator comprises a body and is characterized in that a pressure-resistant damping cushion is arranged on the lower side of the body, and fixing support columns are arranged on the lower side of the pressure-resistant damping cushion; a medical instrument storage box, an external heat radiation window fixing frame and a power line protection hook are arranged on the right side of the body, the upper side of the medical instrument storage box is provided with a protection clamping slot, the medical instrument storage box is connected with a storage box protection cover which is provided with a protection clamping lock, a rubber handle is arranged on the outer side of the storage box protection cover, the external heat radiation window is provided with an external heat radiation window, and a three-phase power plug protector is arranged on the upper side of the power line protection hook. The emergency sputum aspirator for respiratory medicine has the advantages of functional completeness, convenience in use, intelligence, accuracy, safety, science, convenience, quickness, time saving and labor saving in emergency sputum clearing for respiratory patients taking a checkup of whether sputum is in throat or not, and work difficulty is relieved for medical personnel.

The invention discloses a lung capacity training device for respiratory medicine departments and a method for operating the lung capacity training device. The lung capacity training device comprises an inflator, an adjusting piston, a nut and a main piston. A first metal plate is fixedly connected with the inner wall of a left side plate of the inflator, a first air tube is fixedly connected withthe left side of the top of the inflator and is fixedly connected with a first blowing nozzle, an electric bell is further fixedly connected with the top of the inflator, a training cavity is formed by the adjusting piston and an inner cavity on the left side of the inflator, a fourth metal plate is fixedly connected with the left side of the adjusting piston, a threaded rod is fixedly connected with the right side of the adjusting piston, a second air pipe is further fixedly connected onto the adjusting piston and is fixedly connected with a second blowing nozzle, the main piston is slidablyconnected into the training cavity, and a second metal plate and a third metal plate are fixedly connected with the left center and the right center of the main piston. The lung capacity training device and the method have the advantages that the size of the training cavity can be adjusted by the aid of the nut, and accordingly the air blowing quantities can be set; air can be blown via the firstblowing nozzle and the second blowing nozzle, and accordingly the lung capacity can be trained; the electric bell can ring after the air reaches the set air blowing quantities, and accordingly trainees can be reminded that the air already reaches the set air blowing quantities.