Abdominal respiration monitoring training device

Abstract

The invention relates to an abdominal respiration monitoring training device which comprises a thoracico-abdominal belt. The thoracico-abdominal belt comprises a first ring binding belt, a second ring binding belt and an elastic measuring surface; one part of the first ring binding beltis connected with the second ring binding beltthrough the elastic measuring surface, the elastic measuring surface can be attached to the abdomen and moves and fluctuates along with the abdomen, the tightness degree of the first ring binding beltand the second ring binding belt can be adjusted, the first ring binding beltis used for binding the chest, and the second ring binding belt is used for binding the waist; and a monitoring system is arranged on the elastic measuring surface, and the monitoring system is used for monitoring abdominal movement fluctuation data. The abdominal respiration monitoring device is simple in structure, convenient to operate and capable of achieving monitoring of abdominal respiration and effective guiding of abdominal respiration training.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to an abdominal breathing monitoring training device. Background technique [0002] Respiratory muscle dysfunction often occurs in elderly patients with cardiopulmonary disease, surgery, long-term bed rest, and weakness, which can lead to adverse consequences such as dyspnea, poor quality of life, and even life-threatening. Respiratory muscle dysfunction is partially reversible. Respiratory muscle training is considered to be one of the most effective treatments for improving respiratory muscle strength, and plays an important role in improving dyspnea, exercise tolerance, and quality of life. In respiratory muscle training, the evaluation and training of inspiratory muscles is more important. The diaphragm is an important inspiratory muscle. Abdominal breathing is an important way to exercise the diaphragm. After training, every 1cm increase in the activity of the diaphrag...

AI Technical Summary

Problems solved by technology

However, at present, abdominal breathing mostly adopts the naked eye observation method, which can neither have intuitive breathing data nor realize training guidance.

[0003] Chinese patent application: CN111420364A discloses an abdominal breathing waist and abdomen exercise device, including a corset belt, one end of the corset belt is fixedly connected with an adjustment mechanism, and the adjustment mechanism includes a fixed plate, a rotating chamber, a rotating rod, and a knob , a rectangular groove, a connecting belt, an arc plate and a Velcro sticking plate, one end of the corset belt is symmetrically fixed and connected to a fixing plate, and a rotating chamber is opened inside the fixing plate, and the center position of the rotating chamber is connected to There is a rotating rod, and the top and bottom ends of the fixed plate are rotated and connected with knobs at the positions corresponding to the rotating rods. This application is equipped with an adjustment mechanism, a storage mechanism, an auxiliary breathing mechanism, a sweat-absorbing mechanism, and an anti-drop mechanism. The functions are diverse, but the structure is complicated. , and its auxiliary breathing mechanism reminds the patient to control abdominal breathing through a mechanical device. When the user exhales, the airflow sensor sends a signal to the smart chip, so that the smart chip controls the extension of the electric telescopic rod, pushes the movable plate, and makes the movable plate drive the connecting plate Move with the push plate, push the sponge plate out of the groove and press it on the user's abdomen, shorten the distance between the belt, remind the user to tighten the abdomen, when the user inhales, the airflow sensor sends a signal to the smart chip, so that the smart chip controls the electric The telescopic rod shrinks, retracts the movable plate, makes the movable plate drive the connecting plate and the push plate to move, retracts the sponge plate into the groove, increases the distance between the belts, and reminds the user to loosen the abdomen. First, the mechanical reminder will be affected by the mechanism itself. The stroke is limited, and it will conflict with the patient's abdomen, resulting in a decrease in comfort; second, the application cannot carry out statistics on the breathing data, and cannot update the breathing plan as needed

[0004] Chinese patent application: CN210019338U discloses a thoracoabdominal respiratory monitoring training device, including a first rubber block, a second rubber block, a flexible sensor, a main control circuit board and a computer display terminal, and the main control circuit board interacts with the flexible sensor and the computer display terminal connection, the main control circuit board is connected to the first rubber block, the tops of the first rubber block and the second rubber block are drilled with chute, each chute is slidably connected with two sliders, and the connection between the two sliders An adjustment component is connected between them, an elastic band is connected between the first rubber block and the second rubber block through the adjustment component, the flexible sensor is connected to the bottom of the elastic band, and an adhesive layer is provided on the bottom of the first rubber block and the second rubber block ; It can be connected with the computer display terminal for monitoring training; but one, it is connected to the abdomen through the first rubber block and the second rubber block, which will inevitably cause discomfort, and because the first rubber block, the second rubber block The position of the rubber block is easily affected by the movement of the abdomen, resulting in an error between the data measured by the flexible sensor and the actual data; second, it cannot remind the user to adjust the breathing rate in a timely manner, and it can only visualize the breathing process. The user can adjust it by himself according to the measured breathing condition

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