Medical simple respirator equipment and using method thereof

Abstract

The invention discloses medical simple respirator equipment and a using method thereof, which relate to a medical instrument, handles are arranged at the upper ends of a right clamping rod and a leftclamping rod; arc-shaped clamping plates are arranged at the lower ends of the right clamping rod and the left clamping rod; the middle parts of the right clamping rod and the left clamping rod are crossed through a connecting shaft and are movably connected in an X shape; an L-shaped supporting rod is arranged at the front end of the front side surface of the connecting shaft; the outer end of along rod of the L-shaped supporting rod is fixedly connected with the surface of the front side of the connecting shaft, an electronic counter and a mechanical timer are arranged on the upper portionof the long rod of the L-shaped supporting rod, a C-shaped pressing handle is arranged at the lower end of a short rod of the L-shaped supporting rod, and a clamping piece, a respirator and a neck lifting device are stored in a storage box. By means of the respiratory assisting device, medical staff can conduct respiratory assisting operation treatment conveniently, timing and counting can be conducted clearly and conveniently in the treatment process, and powerful support is provided for the medical staff to conduct reasonable and effective respiratory assisting treatment.

Description

technical field [0001] The invention relates to a medical appliance, in particular to a simple medical respirator device and a using method thereof. Background technique [0002] Simple respirators, also known as resuscitation balls, airbags, balls, etc., are suitable for cardiopulmonary resuscitation and occasions that require artificial respiration, especially for critical conditions, when it is too late to intubate, the pressurized mask can be used to directly give oxygen to the patient. Sufficient oxygen supply can improve the hypoxic state of tissues. It has the characteristics of convenient use, less pain, fewer complications, easy to carry, and immediate ventilation with or without oxygen source. It has been widely used in medical rescue and can also be used in daily life. [0003] The simple respirator is suitable for cardiopulmonary resuscitation, respiratory depression caused by various poisonings, respiratory muscle paralysis caused by nerve and muscle diseases...

AI Technical Summary

Problems solved by technology

[0007] 3. When using traditional simple respirators, medical staff usually need to fix the mask with one hand and squeeze the simple respirator with the other hand to realize the process of inhalation and exhalation. For some larger balloons, nurses generally cannot control them with one hand. Two hands are required to squeeze, which leads to the need for two people to cooperate to complete the work, and the work efficiency is not high

[0008] 4. During the use of the existing simple respirator, the medical staff fix the mask with one hand and squeeze the airbag with the other hand. The inhalation and exhalation process is realized by the medical staff manually squeezing the balloon of the simple respirator. The tidal volume is accurately controlled, the operation is difficult, and the effect is difficult to guarantee

[0009] 5. During the use of the traditional simple respirator, the medical staff manually press the airbag. Due to the repeated operation, the balloons of the simple respirator are mostly smooth, which is not conducive to holding the operation with one hand, which may cause the airbag to be distorted by the medical staff. The falling off of the hands of the personnel affects the use of the simple respirator and the uniform and continuous oxygen supply, which is inconvenient in use

[0010] 6. It is difficult to control the frequency and time of extruding the balloon with the traditional simple respirator, which will affect the uniformity and continuity of the supply. Patients are prone to shortness of breath and decreased blood oxygen. The doctor’s response time is not accurate when pinching the balloon, resulting in too fast pinching speed, so that the patient has no breathing time at all, and the patient is wearing an oxygen mask and cannot speak. If the patient is very painful and restless, the heart rate is too fast or the rapid atrial fibrillation occurs seriously, which seriously affects the quality of anesthesia operation

[0011] 7. At present, there is no storage device for simple respirators. It is inconvenient to take and carry simple respirators. Since the balloons of simple respirators are usually made of rubber or plastic materials, the balloons are squeezed during carrying and storage. If it is not fully inflated in clinical use, it will directly affect the tidal volume generated during compression, and it will be difficult for medical staff to judge the amount of gas discharged, which will eventually lead to unstable tidal volume. affect the rescue effect

[0012] 8. During the use of the simple respirator, the oxygen mask is in direct contact with the patient. The existing simple respirator does not have a fixed storage device, and the oxygen mask may be polluted during storage, carrying, and use. If the patient comes into direct contact with the contaminated oxygen mask, causing respiratory infection, etc., the consequences are extremely serious

[0013] 9. In the process of traditionally using simple respirators, the patient's head needs to be kept tilted backwards, and the lower forehead needs to be turned upwards to keep the airway unobstructed. Generally, patients in a crisis state cannot take the initiative To complete the above actions, the medical staff dragged them firmly by hand. During the process of transporting patients, the operation difficulty increased, which would cause the hand nerve fatigue of the medical staff for a long time, increase the work intensity of the medical staff, and possibly Unsmooth gas transmission occurs, which affects the use effect of simple respirators

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