KR101756075B1 - Bed for Medical Treatment of Bronchiectasis - Google Patents

Abstract

The present invention relates to a bed for treating bronchiectasis, and more particularly, to a bed for treating bronchiectasis which performs treatment for discharging foreign materials such as sputum which are not discharged and accumulated in the body continuously.

Description

{Bed for Medical Treatment of Bronchiectasis}

The present invention relates to a bed for treating bronchiectasis, and more particularly, to a bed for treating bronchiectasis which performs treatment for discharging foreign materials such as sputum which are not discharged and accumulated in the body continuously.

The foreign body of the digestive organ enters through the mouth and exits through the stomach and intestines to the anus, while the foreign body of the respiratory organ is sucked into the mouth and then discharged out of the mouth. Therefore, by coughing, the force opposite to gravity is obtained and the bacteria, viruses, and foreign substances are sent out from the mouth to protect the bronchial tubes.

The mucus of the immune component completely covers the cilia and acts as a protective barrier for the bronchi. It also collects foreign matter sticking to the mucus in the form of sputum. These cilia (hairs) are distributed throughout the bronchus and move in the direction from the lung (lower) to the mouth (upper), thereby sweeping mucus and foreign matter covering the cilia up to the mouth. It keeps clean and moist bronchus by discharging foreign matter collected from deep inside the bronchus through coughing action.

On the other hand, bronchiectasis is a condition in which the bronchus is permanently expanded more than 2 mm due to the elastic tissue destruction inside the bronchus. This enlarged tissue acts as a space to hold the sputum, and it is accompanied by a large number of coughs, sputum, hemoptysis, and shortness of breath.

Figure 9 shows the progression of bronchiectasis. Fig. 9 (A) shows a normal bronchus, and Figs. 9 (B) to 9 (E) show a process in which bronchiectasis progresses. As shown in FIG. 9 (E), when the bronchiectasis progresses to a considerable extent, the bronchus expands and foreign substances such as sputum accumulate in the expanded bronchial space, and foreign substances such as sputum are hardly discharged to the outside .

These bronchiectasis often develop after past infectious lung diseases such as tuberculosis, pneumonia, pertussis, and measles, and the most common cause is tuberculosis. Tuberculosis, pneumonia, and persistent bacterial infections and inflammation during inflammation of the mucosal layer of the intestinal mucosa is repeatedly damaged and the elastic layer is damaged. This enlarged bronchial area accumulates dusts, sputum, inflammatory secretions, etc., leading to progression of disease progression. In addition, bronchitis, asthma and other causes are caused by the spread of the bronchial inflammation site can expand the bronchi more.

Tuberculosis, a leading cause of bronchiectasis, can be cured by the continuous use of antibiotics for more than 6 months, but the aftereffects of bronchial and lung tissue destruction remain. If not managed, the lung tissue is further destroyed by repeated inflammation caused by bacteria and viruses, and the bronchi are enlarged and diagnosed as bronchiectasis.

Sputum (sputum) among these bronchodilator symptoms is a typical symptom of progression of the disease. As symptoms worsen, it becomes yellowish and diffuse from transparent sputum (phlegm). If it is not released on time, it irritates the surrounding tissues and causes inflammation and cough. Repeated this process, the bronchial tissue becomes weak, If exposed, the blood vessel walls may be torn due to severe coughing and hemoptysis may occur.

On the other hand, as the symptoms of bronchiectasis worsen, it is difficult to discharge sputum by oneself, which often leads to discomfort in daily life. The most favorable condition is the clear bronchus without sputum, which is in the normal range. The mild first stage symptom is a thin white spore with a relatively high rate of improvement, while the second stage, Is a dangerous stage in which inflammation of the bronchus becomes more severe and the sputum becomes difficult to discharge, and the third stage hemoptysis is the deepest stage of inflammation and breaks down to the vascular layer beyond the muscle layer, which can block the alveoli and cause dyspnea.

In other words, the respirator has a structure with an entrance but no exit. This means that the sputum accumulated in the body means that there is no outlet to go out on its own, and the sputum which is not discharged on time and accumulates continuously is easy to be infected with germs, and also creates an environment vulnerable to inflammation due to strong bacterial fertilization. It means that as the concentration of white and transparent sputum, viscous sputum, yellow sputum, yellowish green sputum, and hemoptysis increases, the progression of disease progresses. Especially, the accumulation of sputum in the deep bottom of the lower leaf is difficult to discharge. It may interfere with alveolar and oxygen exchange, cause alveolar destruction and cause dyspnea, and may lead to a more dangerous stage if weight loss and physical exhaustion are present. Sputum has been required to measure the progression of bronchiectasis and to carry out rapid discharge treatment as it plays an important role in determining the prognosis.

Especially, the sputum accumulated in the body is not naturally cut off. The white, dilute phlegm in the mild phase may occasionally be eradicated, but the already yellowed purulent phlegm can never be eliminated naturally. Especially, even though we usually discharge a large amount of phlegm, the amount of phlegm remaining in the body is 4 to 5 times as much as the amount of phlegm that is spit out. If it is not discharged, the improvement of bronchiectasis can not be expected.

Korean Registered Utility Model No. 20-0317958 'Nasal Massage Band'

SUMMARY OF THE INVENTION An object of the present invention is to provide a bed for treating bronchiectasis, which is capable of discharging foreign substances such as sputum which are not discharged and accumulated in the body continuously.

In order to solve the above problems, the present invention provides a bed for treating bronchiectasis comprising a bed main body having a fuming inflow hole formed through the upper and lower surfaces thereof and capable of being tilted by a user operation; A band unit having a massage unit inside and detachable from the bed body; And a fumigant base for supplying the fumigant inflow hole of the bed main body with fumigant.

In the present invention, a groove-like foot support groove portion capable of supporting a user's foot is formed on the upper surface of the bed main body, a protruding sliding projection portion is formed on the side surface of the bed main body in a strip shape, And a band fixing part capable of sliding movement and fixing in the protruding part, and a part of the band part can be accommodated in the inner space of the band fixing part.

According to the present invention, there is further provided a supporting unit for supporting the bed main body in a tilting manner and connected to one end of the bed main body, And a support shaft axially coupled to the bed body.

In the present invention, the bed main body further includes a first height adjusting portion formed on the side surface of the bed main body and tilting the bed main body by vertically moving one side of the bed main body, ; A first rod which can move up and down; A first rod driver for moving the first rod up and down; And a rod fixing member for fixing the one end of the rod so as to be slidable in the axial movement groove.

In the present invention, the bronchodilatory therapeutic bed may further include a third height adjusting unit including at least two of the first height adjusting units and being coupled to both ends of the supporting unit to adjust the height of the supporting unit.

In the present invention, the third height adjusting portion may include: a third supporting plate coupled to the supporting portion while supporting the supporting portion; A third rod connected to the third receiving plate; And a third rod driver moving up and down the third rod, wherein the third support plate is rotatable with respect to the third rod.

The apparatus may further include a second height adjusting unit coupled to the first height adjusting unit and capable of adjusting the height of the first height adjusting unit, respectively.

In the present invention, the fumigation unit may include: A fumigation fluid tube to store the injected fluid; A heating section for heating the heating section; A control panel for providing an interface by which a user can control heating of the smoke increasing and heating unit; And a fumigation transfer tube connecting the fumigation fluid pipe portion and the fumigation inflow hole.

In the present invention, the fumaceous transfer tube may be configured to have a wrinkle on its outer circumferential surface.

In the present invention, the band portion may include: a buckle portion; An arm buckle portion engageable with the male buckle portion; A band body disposed between the male buckle portion and the female buckle portion; And a plurality of massage units inside the band body, and the massage unit may include an eccentric motor.

In order to solve the above problems, the present invention provides a bed for treating bronchiectasis comprising a bed main body having a fuming inflow hole formed through the upper and lower surfaces thereof and capable of being tilted by a user operation; A fumigant base for supplying the fumigant inlet hole of the bed body with fumigant; A support member that supports the bed body in a tiltable manner and is connected to one end of the bed body; And a first height adjusting unit for tilting the bed main body by vertically moving one side of the bed main body, wherein the supporting unit comprises: And a support shaft axially coupled to the bed body, wherein the first height adjusting portion includes: a frame portion; A first rod which can move up and down; A first rod driver for moving the first rod up and down; And a rod fixing member for fixing one end of the rod so as to be slidable in the axial movement groove.

The bronchodilator treatment bed according to the present invention can exert the effect of facilitating the discharge of sputum by appropriately changing the position of the patient.

The bronchodilator treatment bed according to the present invention lowers the viscosity by diluting the foreign material such as sputum in the bronchus of the patient and makes the foreign matter such as sputum which is low in viscosity to be discharged to the oral cavity of the patient without being disturbed by gravity Effect can be exerted.

The bed for treating bronchiectasis according to the present invention can exert the effect of discharging foreign matter such as sputum which is accumulated in the bronchus of the patient efficiently without any sense of discomfort in a shorter period of time.

The bed for the treatment of bronchiectasis according to the present invention, while reducing the influence of gravity, The viscosity of the sputum is weakened and the process of oscillating the bronchial side of the patient is performed at the same time, so that the effect of discharging foreign substances such as sputum accumulated in the bronchial expansion region of the patient more efficiently can be exerted.

1 is a side view of a bed for treating bronchiectasis according to the present invention;
2 is a side view of a bed for treating bronchiectasis according to the present invention in a state of being tilted.
3 is a plan view of a bed for treating bronchiectasis according to the present invention.
4 is a schematic view of a fuming system according to the present invention.
FIG. 5 is a perspective view of a band for treating a bronchodilator according to the present invention. FIG.
6 is a view showing a band part according to the present invention.
7 is a side view of another embodiment of a bed for treating bronchiectasis according to the present invention.
8 is a plan view of another embodiment of a bed for treating bronchiectasis according to the present invention.
9 is a conceptual diagram showing an elapsed state of bronchiectasis;

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to the detailed description of the present invention, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms. Therefore, the embodiments described in this specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, It is to be understood that equivalents and modifications are possible.

In addition, the term "or" is intended to mean " exclusive or " That is, it is intended to mean one of the natural inclusive substitutions "X uses A or B ", unless otherwise specified or unclear in context. That is, X uses A; X uses B; Or when X uses both A and B, "X uses A or B" can be applied to either of these cases. It should also be understood that the term "and / or" as used herein refers to and includes all possible combinations of one or more of the listed related items.

It is also to be understood that the term " comprises "and / or" comprising " means that the feature and / or component is present, but does not exclude the presence or addition of one or more other features, components and / It should be understood that it does not. Also, unless the context clearly dictates otherwise or to the contrary, the singular forms in this specification and claims should generally be construed to mean "one or more. &Quot;

As used herein, the term "bed" means a bed having a structure that provides a space in which a patient or a user can lie, from a bed having a general bed shape to a bed intended for medical use.

1 is a side view of a bed for treating bronchiectasis according to the present invention. The bed for treating bronchiectasis according to the present invention comprises a bed main body 100 having a humidifying inlet hole 110 formed through the upper and lower surfaces thereof and capable of tilting by a user's operation; A band unit 500 having a massage unit 540 therein and detachable from the bed main body 100; A fumigant 300 for supplying fumigant to the fumigant inlet hole 110 of the bed main body 100; A supporting part 400 supporting the bed main body 100 in a tilting manner and connected to one end of the bed main body 100; And a first height adjusting unit 200 that tilts the bed main body 100 by moving one side of the bed main body 100 up and down. The first height adjusting unit 200 for tilting the bed main body 100 is connected to a user's control panel so that the first height adjusting unit 200 can be moved up and down By moving the bed main body 100, the bed main body 100 can be tilted.

In this structure, the user lies down on the bed main body 100, places the oral cavity in the humidifying inlet hole 110 formed in the bed main body 100, thereby blowing in the fumes introduced from the fumigant portion 300, 100 can be vibrated or impacted by the band part 500 at the same time in a state of being tilted, so that foreign substances such as sputum can be discharged more efficiently.

Meanwhile, the bed main body 100 may have a member such as a matrix for providing comfort to the user on the upper surface, and a frame for supporting the shape is preferably provided inside. The bed main body 100 has a groove-shaped foot support groove 140 for supporting the user's feet. The side surface of the bed main body 100 has a protruding sliding projection 121, Respectively.

The band fixing part 120 may further include a band fixing part 120 capable of sliding and fixing in the sliding protrusion 121. A part of the band part 500 is accommodated in the inner space of the band fixing part 120. [

The user can move the band fixing portion 120 left and right (in FIG. 1) on the sliding projection 121 and fix the band fixing portion 120 on the sliding projection at a position corresponding to the band fixing portion 120. Such fixing may be performed by a detachable fastening structure between the sliding protrusion 121 and the band fixing part 120, a Velcro tape fixing structure, or a fixing structure of the groove and the protrusion.

The band fixing portion 120 includes a band fixing protrusion 120A and a band fixing groove portion 120B (see FIG. 3). When the band fixing portion 120 is in contact with the band fixing groove portion 120B, And the protrusion 120A prevents the band portion 500 from being laterally spaced.

The supporting unit 400 includes a support body 410; And a support shaft 420 which is axially coupled to the bed main body 100. In this structure, one side of the bed main body 100 is rotatably connected by the supporting part 400, and as the height of the other side of the bed main body 100 is adjusted, So that the bed body 100 can be tilted as a result.

Hereinafter, such a tilting structure will be described in more detail. On the side surface of the bed main body 100, an axial movement groove 130 is formed. The axial movement groove 130 corresponds to a groove-like recessed groove on the side surface of the bed main body 100. Preferably, the bed body 100 is an empty frame, and the axial movement groove 130 is formed in the side plate of the bed body 100.

The present invention includes a first height adjusting unit 200 that tilts the bed main body 100 by moving one side of the bed main body 100 up and down. The first height adjuster 200 is connected to a control panel that can be operated by a user, and the operation of the first height adjuster 200 is controlled by a value manipulated by a control panel (not shown).

Specifically, the first height adjusting part 200 includes a frame part 210; A first rod 230 which can move up and down; A first rod driver 220 for moving the first rod 230 up and down; And a rod fixing member (240) for fixing one end of the rod so as to be slidable in the axial movement groove (130). The first rod driver 220 may be a hydraulic cylinder reader or an electric actuator, and the control thereof may be performed by the control panel (not shown).

The rod fixing member 240 may have the shape of a dumbbell so that the rod fixing member 240 can slide along the axial movement groove 130 without being separated from the axial movement groove 130.

Meanwhile, the tilting structure of the bed main body of the present invention also includes a structure that rotates about the center of the bed body, which can serve as the first height adjusting portion.

2 is a side view of a bed for treating bronchiectasis according to the present invention in a state of being tilted. 2, the first rod 230 of the first height adjuster 200 moves upward to raise the height of one end of the bed body 100, and the height of the bed body 100 May be axially supported by the support portion 400, resulting in tilting. In such a structure, the user lays down on the bed main body 100, places the oral cavity in the humidifying inlet hole 110 formed in the bed main body 100, so as to breathe the fume from the fumigant portion 300, In the state where the main body 100 is tilted, the band portion 500 simultaneously vibrates or impacts the body, so that foreign substances such as sputum can be discharged more efficiently.

3 is a top view of a bed for treating bronchiectasis according to the present invention. As shown in FIG. 3, the bronchodilator therapeutic bed of the present invention includes at least two first height adjusters 200. More specifically, the first height adjusting portion 200 is connected to both lateral ends of the bed main body 100, and the height of the first height adjusting portions 200 is adjusted to the same position, It can be tilted only in the vertical direction. In addition, the band portion 500 is fastened to the upper body of the user while being accommodated in the band fixing groove portion.

4 is a configuration diagram of the fuming portion 300 according to the present invention.

The fumigant 300 may include: a mist enhancer injection unit 310 capable of injecting an increased amount of smoke from the outside; A fumigation liquid pipe portion 320 for storing the injected lysine solution; A smokeless heating unit 330 for heating the smokestack; A fumigation control panel 340 for providing a user with an interface for controlling the heating of the smoke increasing and heating unit 330; And a fumigation transfer tube 350 connecting the fumigation inflow pipe portion 320 and the fumigation inflow hole 110.

The booster heating unit 330 heats the water to 80 to 120 degrees and discharges the vapor from the boiler through the fumigation transfer tube 350 to the fume inlet hole 110 . On the other hand, the user can control the operation of the fumigation heater using the fumigation control panel 340.

Preferably, the fumaceous transfer tube 350 is formed in a wrinkled shape on its outer circumferential surface. The length of the fumigation delivery tube 350 can be made to be flexible and the length of the fumigation delivery tube 350 can be adjusted by changing the height of the fuming inlet hole 110 due to the tilting of the bed body 100 .

FIG. 5 is a perspective view of a band for treating bronchiectasis according to the present invention combined with a band part 500. 5, the band portion 500 is partially accommodated in the inner space of the band fixing portion 120, and is structured to prevent the band fixing portion 120 from being leftwardly and rightwardly released when viewed from FIG. 5 . The band fixing unit 120 can move left and right along the sliding protrusion 121 on the sliding protrusion 121. The user can position the band fixing unit 120 at a convenient position for him / The band portion 500 can be fastened after a part of the band portion 500 is placed on the band fixing portion 120 and the back portion 500 of the band portion 500 is positioned.

6 is a view showing a band part 500 according to the present invention. As shown in FIG. 6, the band part 500 includes a male buckle part 510; An arm buckle 520 which can be coupled to the male buckle; A band body (530) disposed between the male buckle and the female buckle; And a plurality of massage units 540 inside the band body 530.

The buckle part 510 and the arm buckle part 520 preferably have a structure capable of mutually engaging with each other. The band body 530 has a first surface or a first surface of the front surface, a second surface, And a plurality of massaging units (540) disposed between the first and second outer sheaths.

Preferably, the massage unit 540 includes an eccentric motor. The eccentric motor is a motor eccentric to the rotation axis of the motor and capable of generating vibration more efficiently by rotation of the motor by coupling a member perpendicular to the rotation axis to the rotation axis.

The combination of the fumiture base part 300 and the tilting bed body together with the band part 500 capable of giving an impact such as vibration to the user allows the user to rest on the bed main body 100, The buoyant body 100 can be vibrated or shocked by the band part 500 while the bed body 100 is tilted by swallowing the fumes from the fumigant part 300 by placing the oral cavity in the fumigant inlet hole 110, Foreign matter such as sputum can be discharged more efficiently.

FIG. 7 is a side view of another embodiment of a bed for treating bronchiectasis according to the present invention, and FIG. 8 is a plan view of another embodiment of a bed for treating bronchiectasis according to the present invention.

7 and 8, the bed for treating bronchiectasis according to the present invention is provided with a humidifying inlet hole 110 formed through an upper surface and a lower surface of the bed main body 100 ); A band unit 500 having a massage unit 540 therein and detachable from the bed main body 100; A fumigant 300 for supplying fumigant to the fumigant inlet hole 110 of the bed main body 100; A supporting part 400 supporting the bed main body 100 in a tilting manner and connected to one end of the bed main body 100; And a first height adjusting unit 200 that tilts the bed main body 100 by moving one side of the bed main body 100 up and down.

In addition, in the present embodiment, the apparatus further includes a plurality of third height adjusting parts 600 coupled to both ends of the supporting part 400 to adjust the height of the supporting part 400. 7, the bed main body 100 can be tilted up or down around the abscissa in FIG. 8 by the third height adjuster 600 as shown in FIG.

As shown in FIG. 7, the apparatus may further include a second height adjusting unit 700 coupled to the first height adjusting unit 200 to adjust the height of the first height adjusting unit 200, respectively . However, the first height adjuster 200 alone can be combined with the third height adjuster 600 without the second height adjuster 700 to tilt or tilt about the horizontal axis in FIG.

Modification 1 will be described below with reference to Figs. 7 and 8. Fig. 8, the third height adjusting part 600 is provided on both sides of the supporting part 400, and the first height adjusting part 200 and the second height adjusting part 700 are disposed on both sides of the bed main body 100 And a second height adjuster 700 is provided on the lower side of each of the first height adjusters 200.

The first height adjusting part 200 includes a frame part 210; A first rod 230 which can move up and down; A first rod driver 220 for moving the first rod 230 up and down; And a rod fixing member (240) for fixing one end of the rod so as to be slidable in the axial movement groove (130). The first rod driver 220 may be a hydraulic cylinder reader or an electric actuator, and the control thereof may be performed by the control panel (not shown).

The third height adjuster 600 includes a third support plate 610 coupled to the support portion 400 while supporting the support portion 400; A third rod 630 connected to the third support plate 610; And a third rod driver 620 for moving the third rod 630 up and down. The third rod 610 is rotatable with respect to the third rod 630. In such a structure, when the support portion 400 is inclined, the third support plate 610 is inclined according to the inclination of the support portion 400, so that even when the support portion 400 is inclined, can do. Preferably, the third support plate 610 and the third rod 630 are coupled by ball-bearing or the third support plate 610 and the third rod 630 are coupled through a horizontal axial coupling in Fig. 7 .

The second height adjuster 700 includes a second foot plate 710 coupled to the first height adjuster 200 while supporting the first height adjuster 200. A second rod 730 connected to the second receiving plate 710; And a second rod driver 720 for moving the second rod 730 up and down. The second rod 730 is rotatable with respect to the second rod 730. In this structure, when the first height adjusting part 200 is inclined, the second supporting plate 710 is also inclined according to the inclination of the first height adjusting part 200, so that the first height adjusting part 200 is inclined The first height adjusting unit 200 can be firmly supported. Preferably, the second support plate 710 and the second rod 730 are coupled by ball bearings or the second support plate 710 and the second rod 730 are coupled through a horizontal axial coupling in FIG. 7 .

As shown in FIG. 8, the bed main body 100 can be tilted not only vertically but also horizontally as the main body 100 has different elevations on at least four end sides or four corner sides thereof, The tilting of the bed main body 100 can be performed optimally according to the form of bronchiectasis of the patient. If the patient is able to discharge foreign matter such as phlegm more easily than in the case where the patient is not tilted up and down but inclined only to the left side, the second height adjuster 700 and the third height adjuster 600 can be lowered and the height of the second height adjuster 700 and the third height adjuster 600 disposed on the right side can be increased to more effectively remove foreign substances such as phlegm of the patient .

The first height adjusting part 200, the second height adjusting part 700 and the third height adjusting part 600 for tilting the bed main body 100 are connected to a user's control panel (not shown) The user can tilt the bed main body 100 by vertically moving the first height adjusting part 200, the second height adjusting part 700 and the third height adjusting part 600 by operating the control panel have.

In this structure, the user lies down on the bed main body 100, places the oral cavity in the humidifying inlet hole 110 formed in the bed main body 100, thereby blowing in the fumes introduced from the fumigant portion 300, 100 can be vibrated or impacted by the band part 500 at the same time in a state of being tilted, so that foreign substances such as sputum can be discharged more efficiently. In addition, since the tilting can be performed not only in the vertical direction but also in the leftward and rightward directions, it is possible to exert the effect of discharging foreign substances such as sputum in an optimum posture according to the patient's condition.

Meanwhile, the bed main body 100 may have a member such as a matrix for providing comfort to the user on the upper surface, and a frame for supporting the shape is preferably provided inside. The bed main body 100 has a groove-shaped foot support groove 140 for supporting the user's feet. The side surface of the bed main body 100 has a protruding sliding projection 121, Respectively.

The band fixing part 120 may further include a band fixing part 120 capable of sliding and fixing in the sliding protrusion 121. A part of the band part 500 is accommodated in the inner space of the band fixing part 120. [

The user can move the band fixing portion 120 left and right (in FIG. 1) on the sliding projection 121 and fix the band fixing portion 120 on the sliding projection at a position corresponding to the band fixing portion 120. Such fixing can be achieved by a detachable fastening structure between the sliding protrusion 121 and the band fixing part 120, a velcro tape fixing structure between the band fixing part 120 and the sliding protrusion 121, Lt; / RTI >

3). In the state where the band portion 500 is in contact with the band fixing groove portion, the band fixing portion 120 is formed by the band fixing projection 120 and the side of the band portion 500 Directional clearance is prevented.

The supporting unit 400 includes a support body 410; And a support shaft which is axially coupled to the bed main body 100. In this structure, one side of the bed main body 100 is rotatably connected by the supporting part 400, and as the height of the other side of the bed main body 100 is adjusted, So that the bed body 100 can be tilted as a result. On the side surface of the bed main body 100, an axial movement groove 130 is formed. The shaft-moving groove 130 corresponds to a groove-like recessed groove in the specific surface of the bed main body 100. Preferably, the bed body 100 is an empty frame, and the axial movement groove 130 is formed in the side plate of the bed body 100.

The rod fixing member 240 may have the shape of a dumbbell so that the rod fixing member 240 can slide along the axial movement groove 130 without being separated from the axial movement groove 130.

The bronchodilator treatment bed according to the present invention can exert the effect of facilitating the discharge of sputum by appropriately changing the position of the patient.

The bronchodilator treatment bed according to the present invention lowers the viscosity by diluting the foreign material such as sputum in the bronchus of the patient and makes the foreign matter such as sputum which is low in viscosity to be discharged to the oral cavity of the patient without being disturbed by gravity Effect can be exerted.

The bed for treating bronchiectasis according to the present invention can exert the effect of discharging foreign matter such as sputum which is accumulated in the bronchus of the patient efficiently without any sense of discomfort in a shorter period of time.

The bed for the treatment of bronchiectasis according to the present invention, while reducing the influence of gravity, The viscosity of the sputum is weakened and the process of oscillating the bronchial side of the patient is performed at the same time, so that the effect of discharging foreign substances such as sputum accumulated in the bronchial expansion region of the patient more efficiently can be exerted.

It will be understood by those skilled in the art that various changes and modifications may be made without departing from the scope of the present invention.

Claims (11)

As a bronchodilator treatment bed,
A bed main body having a humidifying inlet hole formed through the upper and lower surfaces thereof and capable of being tilted by a user's operation;
A band unit having a massage unit inside and detachable from the bed body; And
And a fumigant base for supplying the fumigant inlet hole of the bed body with fumigant.
The method according to claim 1,
The bed main body is formed with a groove-shaped foot support groove for supporting a user's foot,
Wherein a protruding sliding protrusion is formed on the side surface of the bed body in the form of a strip,
Further comprising a band fixing part capable of sliding movement and fixing in the sliding protrusion,
And a portion of the band portion is accommodated in an inner space of the band fixing portion.

The method according to claim 1,
Further comprising: a support member that supports the bed main body in a tiltable manner and is connected to one end of the bed main body,
The support portion includes a support body; And a support shaft axially coupled to the bed body.
The method of claim 3,
A shaft moving groove is formed on a side surface of the bed body,
Further comprising a first height adjuster for tilting the bed main body by vertically moving one side of the bed main body,
The first height adjuster includes: a frame portion; A first rod which can move up and down; A first rod driver for moving the first rod up and down; And a rod fixing member for fixing one end of the first rod so as to be slidable in the axial movement groove.

The method of claim 4,
The bronchodilator therapeutic bed comprises:
Wherein the first height adjuster comprises at least two of the first height adjusters
And a third height adjuster coupled to both ends of the support to adjust the height of the support.
The method of claim 5,
The third height adjuster includes:
A third support plate coupled to the support portion while supporting the support portion;
A third rod connected to the third receiving plate; And
And a third rod driver moving the third rod up and down,
And the third bed plate is rotatable with respect to the third rod.
The method of claim 5,
Further comprising a second height adjuster coupled to the first height adjuster to adjust a height of the first height adjuster, respectively.
The method according to any one of claims 1 to 7,
[0027]
An injector injecting section for injecting an enhanced liquid from the outside;
A fumigation fluid tube to store the injected fluid;
A heating section for heating the heating section;
A fumigation control panel that provides an interface by which the user can control the heating of the smoke increasing heating unit; And
And a fumigation delivery tube connecting the fumigation fluid conduit and the fumigation inflow hole.
The method of claim 8,
Wherein the fumigation delivery tube is in the form of a wrinkle on the outer circumferential surface.
The method according to any one of claims 1 to 7,
The band-
A male buckle portion;
An arm buckle portion engageable with the male buckle portion;
A band body disposed between the male buckle portion and the female buckle portion; And
And a plurality of massage units in the band body,
Wherein the massage unit comprises an eccentric motor.
As a bronchodilator treatment bed,
A bed main body having a humidifying inlet hole formed through the upper and lower surfaces thereof and capable of being tilted by a user's operation;
A fumigant base for supplying the fumigant inlet hole of the bed body with fumigant;
A support member that supports the bed body in a tiltable manner and is connected to one end of the bed body; And
And a first height adjusting unit for tilting the bed main body by vertically moving one side of the bed main body,
The support portion includes a support body; And a support shaft axially coupled to the bed body,
A shaft moving groove is formed on a side surface of the bed body,
The first height adjuster includes: a frame portion; A first rod which can move up and down; A first rod driver for moving the first rod up and down; And a rod fixing member for fixing one end of the first rod so as to be slidable in the axial movement groove.

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