CN203577086U - Hiccup treating device - Google Patents

Abstract

The utility model discloses a hiccup treatment device, which belongs to a breathing mask. The utility model comprises a gasket at the bottom of the breathing mask, an inflatable valve arranged on the gasket communicates with an integrally formed airbag pad under the gasket, and a connecting port formed in front of the breathing mask is combined with a curved and drooping elbow handle and an elastic bag of the air collection bag. The mouth is everted and tightened on the outer circumference of the gasket, the air collection bag protrudes into the breathing mask through the gasket, and protrudes from the mouth of the breathing mask, and the handle of the elbow is combined with the outside of the breathing mask through the mouth of the mouth to be surrounded in the air collection bag. When in use, the patient with hiccups should put on the combined breathing mask, and repeatedly inhale the CO ₂ exhaled by himself in the air collection bag to increase the PCO ₂ in the blood, stimulate the excitement of the respiratory center, increase the movement range of the diaphragm and eliminate the spasm of the diaphragm. The utility model is convenient and hygienic in use, simple in operation, low in treatment cost, quick and accurate in effect, and the air collection bag is for one-time use, easily accepted by patients and their families, and can be used in hospitals and families.

Description

Hiccup Treatment Device

technical field

The utility model relates to a breathing mask, in particular to a hiccup treatment device.

Background technique

Diaphragmatic spasm, also called hiccup, is paroxysmal spasm of one or both sides of the diaphragm caused by stimulation of the diaphragm, phrenic nerve, vagus nerve, or central nervous system, accompanied by sudden closure of the glottis during inspiratory phase, making a short and loud special sound .

If the spasm persists for more than 48 hours, it is called intractable diaphragm spasm, also called intractable hiccup. If the spasm of the diaphragm persists, it can seriously affect normal work and rest. If it is accompanied by cardiopulmonary disease, the respiratory function of patients will also be greatly affected.

There are many general treatments for hiccups, such as the breath-holding method after inhalation, the patient quickly holds the breath after taking a deep breath, and then slowly exhales. Press the eyeball method, the patient closes the eyes, the surgeon places the thumbs of both hands on the patient's eyeballs, and moderately rubs and presses the upper part of the eyeball in a clockwise direction. However, patients with glaucoma and high myopia should not use it, and patients with heart disease should use it with caution. The supraorbital nerve pressing method, with the patient lying down or sitting, the surgeon presses both sides of the patient’s supraorbital with the thumbs of both hands, which is equivalent to the supraorbital nerve, and the thumbs of both hands are rotated alternately for 2 to 4 minutes, and the patient is instructed Hold your breath rhythmically. However, the above treatment methods are not effective.

At present, there is no clinically effective drug. If necessary, muscle relaxants such as baclofen, or the antipsychotic drug haloperidol 5 mg intravenously or intramuscularly, or chlorpromazine 25-50 mg orally 3 times a day can be used. The effective rate of above-mentioned treatment is not high, and many relapse very soon, take into account the toxic and side effects of medicine, it is inconvenient to repeat medication. And this method should be used with caution in elderly patients, especially those with cardiovascular disease.

Utility model content

The utility model aims at solving the problem of unsatisfactory general therapy effect or toxic and side effects of drug therapy, and provides a simple and easy hiccup treatment device.

The utility model is completed based on the principle of repeatedly inhaling self-exhaled CO ₂ to increase PCO ₂ in the blood, stimulate the excitement of the respiratory center, increase the movement of the diaphragm and eliminate the spasm of the diaphragm.

The utility model is realized according to the following technical solutions.

A hiccup treatment device, comprising a gasket at the bottom of a breathing mask, an inflation valve set on the gasket communicates with an integrally formed airbag pad under the gasket, and a connecting port formed in front of the breathing mask is combined with a curved and drooping elbow handle and an air collection bag The elastic bag mouth is turned outward and tightened on the outer periphery of the gasket, the air collection bag protrudes into the breathing mask through the gasket, and protrudes from the breathing mask from the connecting port, and the elbow handle connected through the connecting port is combined with the breathing mask, and is surrounded by the set inside the airbag.

The utility model designed in this way is convenient to use, simple to operate, low in treatment cost, quick and exact in effect, and the air collecting bag is for one-time use, which is convenient and hygienic. It is easily accepted by patients and their families, and can be used in hospitals and families.

Description of drawings

Fig. 1 is a side view structural representation of a mask in the utility model;

Fig. 2 is the three-dimensional structure schematic diagram of the ventilation handle in the utility model;

Fig. 3 is the structural representation of the air storage bag in the utility model;

Fig. 4 is a schematic structural view of the utility model in use.

In the picture: 1. Respiratory mask 2. Gasket

3. Inflatable valve 4. Airbag cushion

5. Nozzle 6. Elbow handle

7. Air bag 8. Elastic pocket

9. Card board 10. Card board rack.

Detailed ways

Below in conjunction with accompanying drawing and embodiment the utility model is described in detail.

A hiccup treatment device, comprising a gasket 2 at the bottom of a breathing mask 1, an inflation valve 3 arranged on the gasket 2 communicates with an integrally formed airbag cushion 4 under the gasket 2, and a connecting port 5 formed in front of the breathing mask 1 is combined with a curved and drooping The bent pipe handle 6, the elastic bag mouth 8 of the air collection bag 7 are turned outward and tightened on the gasket 2, the air collection bag 7 protrudes into the breathing mask 1 through the gasket 2, and protrudes from the connecting port 5 to the outside of the breathing mask 1, The elbow handle 6 connected to the nozzle 5 is combined with the outside of the breathing mask 1 and is enclosed in the air bag 7 .

Said hiccup treatment device, the mouthpiece 5 in the breathing mask 1 passes through the upper and lower points of the circle center to form a clamp frame 10 with a cross-section in the shape of "『", the curved clamp frame 10 is concentric with the mouthpiece 5, and is aligned with the mouthpiece 5 The clamping plate 9 of the port on the elbow handle 6 is slidably fitted.

In the hiccup treatment device, the diameter of the upper port of the elbow handle 6 is greater than that of the lower port after gradually shrinking in diameter, and the clamping plate 9 is formed on the outer edges of the upper and lower sides of the upper port of the elbow handle 6 passing through the center of the circle. The pipe handle 6 is concentric. the

When the utility model is in use, air is injected through the inflation valve 3 to keep the filling state of the airbag cushion 4, and the combined breathing mask is pasted on the face to prevent the gasket 2 from leaking when it contacts the face. As mentioned above, the elastic bag mouth 8 of the air-collecting bag 7 is turned outward and tightened on the outer periphery of the gasket 2, the air-collecting bag 7 protrudes into the breathing mask 1 through the gasket 2, and protrudes from the connecting port 5 to the outside of the breathing mask 1; The thinner end of the handle 6 is stretched out through the nozzle 5 after the diameter is reduced, and the upper and lower clamping plates 9 formed on the upper port of the elbow handle 6 are rotated and then combined with the clamp frame 10 in the breathing mask 1, so that the elbow handle 6 is combined Outside the breathing mask 1, it is enclosed in the air bag 7.

The gas exhaled by the hiccup patient is collected in the air collection bag 7, and the patient inhales the CO ₂ exhaled by himself to increase the PCO ₂ in the blood, stimulate the excitement of the respiratory center, increase the movement range of the diaphragm, and thereby eliminate the spasm of the diaphragm.

The utility model has the advantages of convenient use, simple operation, low treatment cost, rapid and accurate effect, and the air collection bag is for one-time use, which is convenient and hygienic, and is easily accepted by patients and family members, and can be used in hospitals and families. The utility model obtains satisfactory effect in treating hiccups through clinical application.

Claims (3)

1. A hiccup treatment device, comprising a gasket (2) at the bottom of the breathing mask (1), the inflation valve (3) provided on the gasket (2) communicates with the integrally formed airbag cushion (4) under the gasket (2), its It is characterized in that: the connecting port (5) formed in front of the breathing mask (1) is combined with a curved and drooping elbow handle (6), and the elastic pocket (8) of the air collection bag (7) is turned outward and tightened on the gasket (2) On the outer periphery, the air collection bag (7) protrudes into the breathing mask (1) through the gasket (2), and protrudes from the connecting port (5) to the outside of the breathing mask (1), and the elbow handle (6) connected through the connecting port (5) ) is combined with the outside of the breathing mask (1) and is enclosed in the air collection bag (7). 2. The hiccup treatment device according to claim 1, characterized in that: the upper and lower points of the inner nozzle (5) of the breathing mask (1) pass through the center of the circle to form a clamping frame (10) with a " 『" shape in cross section, The arc-shaped clamping plate frame (10) is concentric with the connecting port (5), and is slidably mated with the clamping plate (9) on the upper port of the elbow handle (6). 3. The hiccup treatment device according to claim 1 or 2, characterized in that: the diameter of the upper port of the elbow handle (6) is larger than that of the lower port after the diameter is gradually reduced, and the clamping plate (9) is formed on the elbow handle (6) On the outer edges of the upper and lower sides where the upper port passes through the center of the circle, the clamping plate (9) is concentric with the elbow handle (6).

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