KR200208640Y1 - Nebulizer - Google Patents

Abstract

Base and base to maximize the therapeutic effect by spraying the therapeutic drug fine and powerful and at the same time irradiate the infrared lamp; A case detachably coupled to the base and having an inner space and provided with a door openable at a front part thereof; A motor which is installed in the base and is a driving source driven by power; Power transmission means for converting rotational motion of the motor into linear motion; Pressurizing means connected to the power transmission means for sucking outside air and sending the sucked outside air at a constant pressure; A discharge means connected to the pressure means and a pipe to discharge air of a constant pressure; A container containing the drug for treating rhinitis with the discharge means housed therein and the top open; Heating means for heating the container to warm the drug contained therein; An exhaust port having one side connected to an opening formed at an upper portion of the container and discharging the drug warmed up inside the container through the heating means to fine molecules using the air pressure discharged from the discharge means; It is provided on the outside of the case provides a rhinitis treatment device comprising a time setting switch and a temperature selection switch and a power switch connected to the motor and the heating means.

Description

Rhinitis treatment device {NEBULIZER}

The present invention relates to a rhinitis treatment device, and more particularly, to a rhinitis treatment device configured to maximize the therapeutic effect by spraying a therapeutic drug heated to a constant temperature finely and powerfully and simultaneously irradiating an infrared lamp.

In general, rhinitis refers to inflammation occurring in the nasal mucosa of the nose inside the respiratory organs of the human body, such as viral rhinitis due to acute, chronic rhinitis and cold and allergic rhinitis.

Infection with rhinitis not only makes it difficult to breathe, but also causes symptoms such as headaches and reduced attention, which can lead to greater discomfort.

In particular, a lot of patients with rhinitis diseases are caused by the environmental pollution and the increase of air pollutants.

For these rhinitis patients, repeated inhalation or flow of water vapor at an appropriate temperature can greatly alleviate the symptoms of cold or allergic rhinitis.

The rhinitis treatment device used for the above purpose is an ultrasonic spray method for spraying a therapeutic drug or saline into a small particle vapor using ultrasonic waves, and compressed air generated by heating the drug or saline to a predetermined temperature. Compressed air spray method is used that is ejected while the water vapor is expanded by using.

Ultrasonic spray rhinitis treatment device is mainly used in home, compressed air spray is mainly used in hospital.

However, the ultrasonic spray method of such a conventional rhinitis treatment device has a problem that the therapeutic effect is lowered by spraying the drug or saline solution for treating rhinitis into small particles and sprayed in a cold state.

Compressed air spray method is ejected in the form of large droplets as the water vapor is expanded, there is a problem that the large amount of the drug is discharged, the user feels a sense of rejection, and the drug loss is relatively large, the drug is less inhaled.

The present invention is devised to solve the conventional problems as described above, the object of the present invention is to inhale the infrared lamp while at the same time to be able to inhale by spraying fine and powerful therapeutic drugs heated to a constant temperature It is to provide a rhinitis treatment device made to maximize the therapeutic effect.

In order to realize the object of the present invention as described above, the base;

A case detachably coupled to the base and having an inner space and provided with a door openable at a front part thereof;

A motor which is installed in the base and is a driving source driven by power;

Power transmission means for converting rotational motion of the motor into linear motion;

Pressurizing means connected to the power transmission means for sucking outside air and sending the sucked outside air at a constant pressure;

A discharge means connected to the pressure means and a pipe to discharge air of a constant pressure;

A container containing the drug for treating rhinitis with the discharge means housed therein and the top open;

Heating means for heating the container to warm the drug contained therein;

An exhaust port having one side connected to an opening formed at an upper portion of the container and discharging the drug warmed up inside the container through the heating means to fine molecules using the air pressure discharged from the discharge means;

It is provided outside the case and provides a rhinitis treatment device comprising a time setting switch and a temperature selection switch and a power switch connected to the motor and the heating means.

The upper inside of the case is equipped with an infrared lamp to promote blood circulation, while inhaling the drug made of fine molecules and at the same time to irradiate the infrared radiation characterized in that made to maximize the rhinitis treatment effect.

1 is a perspective view of a rhinitis treatment device according to the present invention.

Figure 2 is an exploded perspective view of Figure 1;

Figure 3 is an enlarged perspective view of the pressing means applied to the present invention.

Figure 4 is a cross-sectional view of the intake and exhaust member applied to the present invention.

5 is a cross-sectional view of the silencer applied to the present invention.

Figure 6 is an enlarged cross-sectional view of the container and the discharge means and heating means applied to the present invention.

Figure 7 is a cross-sectional view of the main part of the operation state of the rhinitis treatment device according to the present invention from the front.

Figure 8 is a cross-sectional view of the main part of the operation state of the rhinitis treatment device according to the present invention.

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention will be described in more detail.

1 is a perspective view of a rhinitis treatment device according to the present invention, Figure 2 is an exploded perspective view of Figure 1, the rhinitis treatment device according to the present invention is a base (2) that can be installed parts, and can be separated from the base (2) It has a case (4) is coupled to the inner space and having a door (3) is opened and closed on one side of the front.

Both sides of the case 4 are provided with a pair of side plates 5 through which a plurality of vent holes are drilled and detachably coupled to the case 4.

The base 2 is provided with a motor 6 which is a driving source for generating a driving force by receiving power, a power transmission means 8 for converting the rotational movement of the motor 6 into a linear reciprocating motion, and the power transmission means ( It is connected to 8) is provided with a pressurizing means 10 for sucking the outside air and sending out the sucked outside air at a predetermined pressure.

The motor 6 is connected to a power line, not shown, and can be driven or stopped by the operation of the time setting switch S1 provided outside the case 4.

The motor 6 is fixed to the mounting table 12, the mounting table 12 is installed on the dust-proof material 14 made of elastic rubber to absorb the vibration generated when the motor 6 rotates.

The motor 6 is provided with a rotating shaft 16, as shown in Figures 7 and 8, one side of the rotating shaft 16 by flowing air to prevent the motor 6 from overheating the fan 18 It is installed, the power transmission means 8 is connected to the other side of the rotary shaft (16).

The fan 18 is configured to discharge the air in the case 4 to the outside of the case 4 through a plurality of vents (not shown) formed in the side plate 5 to prevent overheating of the motor 6. have.

The power transmission means (8) is an eccentric cam (20) in which a rotational center is fixed to the rotary shaft (16) of the motor (6), a bearing (22) coupled to the eccentric cam (20), and the bearing (22). It is coupled to the outside of the) includes a power transmission member 24 for converting the eccentric rotation of the eccentric cam 20 into a linear reciprocating motion.

The power transmission member 24 is installed in a direction in which one side thereof intersects the rotating shaft 16 of the motor 6, and the other side is formed of a piston 26, which is the pressurizing means 10. Is connected to.

As shown in FIGS. 2 and 3, the pressing means 10 is fixed to one side of the mounting table 12, and a fixing table 28 having a rectangular space portion formed therein, and the space of the fixing table 28. The cylinder 30 is inserted into the negative portion and the piston 26 can reciprocate inward, the valve sheet 32 assembled on the upper portion of the cylinder 30, and the valve sheet 32 therebetween. And an intake and exhaust member 34 assembled with the cylinder 30.

A plurality of holes are formed on the outer surface of the cylinder 30 and the intake and exhaust member 34 on the same axis line, and screw holes are provided on the outer surface of the fixing table 28 located on the same axis line as these holes. After the holes are aligned with the screw holes while the valve seat 32 is interposed between the cylinder 30 and the intake and exhaust member 34, the holder 28 is fixed by using a fixing member 36 such as a screw or bolt. And the cylinder 30 and the intake and exhaust member 34 are coupled to each other.

One side of the fixture 28 is provided with a pair of brackets 38 extending downward, the bracket 38 is a hole is drilled in the hole using a fixing member 40, such as a screw or bolt By fixing to 12, the pressurizing means 10 can be fixedly installed.

The cylinder 30 is inserted into and supported by the center portion of the holder 28, the cylinder body 42 of which the lower portion is an open portion so that the piston 26 can be inserted, and the outside of the upper end of the cylinder body 42 It consists of a top plate 44 that extends and has a square shape of the same size as the outer shape of the holder 28.

The inner diameter of the cylinder body 42 is sized so that the piston 26 can linearly move with a minimum clearance, and a groove is formed at the center of the upper plate 44 so that the valve seat 32 can be seated. It is.

In addition, suction holes 46a and discharge holes 46b provided at both sides of the central portion of the upper plate 44 to allow the suction and discharge of air by the vertical movement of the piston 26 communicate with the inside of the cylinder body 42. It is drilled so that the projections 48 are formed on both sides in the direction crossing these holes 46a and 46b, and the outer surface of the upper plate 44 is composed of a jaw portion 50 protruding upward.

The suction hole 46a is provided with an inclined rib 52, the cross-sectional area of the suction hole 46a is larger than the cross-sectional area of the discharge hole 46b.

That is, the sucked air is introduced through a large area and the discharged air is passed through the narrow area so that the air is discharged with a predetermined pressure.

The valve seat 32 is provided between the upper surface of the cylinder body 42 and the intake and exhaust member 34 to maintain tightness therebetween and serve as a check valve, and is made of thin rubber having elasticity. A portion is cut to form first and second opening and closing portions 54a and 54b for opening and closing the suction hole 46a and the discharge hole 46b formed in the cylinder 30 during the vertical movement of the piston 26.

The first opening and closing portion 54a is formed to have a smaller size than the suction hole 46a, and the second opening and closing portion 54b is formed to have a size enough to block the discharge hole 46b, and formed on the upper portion of the cylinder 30. A hole 56 inserted into the protrusion 48 is drilled to maintain the valve seat 32 installed.

The intake and exhaust member 34 assembled with the cylinder 30 with the valve seat 32 interposed therebetween is formed such that its bottom outer periphery can be closely inserted into the jaw portion 50 of the cylinder 30. The side surface is provided with a suction port 58a for allowing outside air to be sucked into the pressurizing means 10 and a discharge port 58b for allowing the sucked outside air to be discharged to the outside of the pressurizing means 10.

The bottom surface of the intake and exhaust member 34 is located on the same axis as the intake hole 46a of the cylinder 30, as shown in FIG. 4, and the intake portion 60a of the same structure as the outlet hole 46b and the cylinder ( The discharge part 60b is provided on the same axis as the discharge hole 46b of 30, and has the rib 62 of the structure same as the suction hole 46a, These suction part 60a and the discharge part 60b are provided. Is communicated with the inlet 58a and the outlet 58b, respectively.

The partition wall 61 is positioned between the suction part 60a and the discharge part 60b so that the suction action and the discharge action do not interfere with each other.

This structure is such that when the piston 26 connected to the pressurizing means 10 descends, the first and second openings 54a and 54b formed on the valve seat 32 by the suction force of the air are formed into the suction hole 46a and the discharge hole ( Elastically deformed toward 46b), wherein the first opening / closing portion 54a is positioned in the state of being caught by the rib 52 which is inclined to the suction opening 46a to open the suction opening 46a, and the second opening / closing portion 54b is discharged. The hole 46b is closed, so that outside air is sucked into the cylinder body 42 through the open suction hole 46a.

On the contrary, when the piston 26 is raised, the first and second openings 54a and 54b formed on the valve seat 32 are also raised toward the intake and exhaust member 34, and the first opening and closing portion 54a is the suction portion ( 60a is closed and the second opening and closing portion 54b is caught by the rib 62 formed inclined in the discharge portion 60b to open the discharge portion 60b, so that the air sucked into the cylinder body 42 is discharged through the discharge hole 46b. And through the discharge port 58b via the discharge portion 60b.

At this time, since the discharge hole 46b is smaller than the cross-sectional area of the suction hole 46a, the discharged air is discharged with a predetermined pressure.

The inflow of outside air into the pressurizing means 10 includes an air filter 64 detachably mounted on one side of the case 4 or the mounting table 12 as shown in FIG. 5, the air filter 64, and the conduit 66a. ) And the outside air discharged through the silencer 68 is introduced through the inlet port 58a of the intake and exhaust member 34 as shown in FIG. 3 via the conduit 66b.

The air filter 64 is used to filter the dust or foreign matter contained in the air when the outside air flows into the pressurizing means 10, so that the conventionally used in the general rhinitis treatment device may be used, detailed description thereof will be omitted.

The outside air introduced into the pressurizing means 10 is discharged to the discharge means 70 (see Fig. 6) described below at a constant pressure through a pipe not shown through the discharge port 58b formed in the intake and exhaust member 34.

As shown in FIG. 5, the silencer 68 has a plurality of diaphragms 74 fixedly installed inside the cylindrical housing 72, and the diaphragm 74 has a shape in which a plurality of holes 76 are drilled. .

The housing 72 has a plurality of plates (74) can be fixed between them while being connected in the longitudinal interference coupling, the partition 74 is equipped with a lot of pores to absorb noise, eg For example, it may be made of a sponge.

When the outside air sucked by the air filter 64 is introduced into the silencer through the pipe line 66a, the silencer 68 passes through the hole 76 formed in each of the diaphragms 74 to pass the pipe line 66b. In this case, while passing through each of the diaphragm 74 to reduce the noise generated by the up and down operation of the first and second opening and closing portion (54a) (54b) of the valve seat 32 when forced suction of the outside air.

The end portion of the conduit 66b is connected to the inlet port 58a of the intake and exhaust member 34 so that outside air can be sucked into the pressurizing means 10, and the sucked outside air is discharged through the pressurizing means 10. 70).

As shown in FIG. 6, the discharge means 70 is assembled with a nozzle 78 connected to the discharge port 58b of the pressurizing means 10 through a conduit 77, and an end portion of the nozzle 78. It consists of a diffusion member 80 which diffuses the compressed air discharged from the nozzle 78 toward the drug while spreading around the nozzle 78.

A nozzle hole 79 through which compressed air is substantially discharged is formed in an upper portion of the nozzle 78, and a plurality of discharge holes 81 are formed outside the nozzle hole 79 so as to communicate with the inside of the support 84. When the compressed air is discharged through the nozzle hole 79 through the discharge hole 81, the drug between the nozzle 78 and the support 84, which is installed at a slight interval as described below, It is configured to be ejected by the compressed air while being discharged up and discharged through the discharge hole 81 by the pressure difference.

The nozzle 78 is tightly assembled by inserting a packing 85 so as to keep airtight through the inside of the container 82 in which the saline or rhinitis treatment drug is contained, and the container 82 has an open top lid. 83 is detachably screwed.

The diffusion member 80 is supported by the upper end of the nozzle 78 and the outer surface of the nozzle 78 and the lower end of the inner side of the container 82 in a predetermined distance spaced apart from the support (84) And a derivative 86 formed at an upper end of the center portion of the support 84 in contact with the air discharged through the nozzle 78 in a direction orthogonal to guide the discharge direction of air to the outside, and the derivative 86 It consists of a diffuser 88 for diffusing the air flowing outward through the lower side.

The container 82 is made of a metal material and can be introduced into the therapeutic drug through the opening of the lid 83, the container 82 is a heating means for heating and warming the therapeutic drug contained therein (90) It is seated on).

The heating means (90) is a heater (92) for generating heat by receiving power, and the heater (92) is installed, and a heat transfer member (94) for transferring heat generated from the heater (92) to the container (82). )

The heater 92 is connected to a temperature control switch (S2) that can set the temperature using a bimetal that is commonly used.

The heat transfer member 94 has an inner space so that the upper portion is formed as an open portion and the container 82 can be seated.

The heating means 90 and the container 82 are fixedly installed at a predetermined distance from the base 2 in the cylindrical portion of the case 4, and the therapeutic drug is stored in the container 82 by opening the door 3. It is supposed to be able to supply

And the outer surface of the lid 83 is provided with a temperature state display unit 95 that changes color depending on the temperature of the heater 92, which is a safety accident such as burns when injecting or replacing the medicine in the container 82 It is a member provided to prevent it in advance.

The temperature state display unit 95 may use, for example, a discolored silicone rubber that may be displayed in red when the heater 92 is above a predetermined temperature, and may be displayed in green when the heater 92 is below a predetermined temperature.

The connecting tube 97 is detachably connected to the upper opening of the lid 83 coupled to the container 82, and the connecting tube 97 is in communication with the outside of the connecting tube 97. An auxiliary suction tube 99 disposed therein extends through the inside of the container 82 to the upper end of the diffusion portion 88.

The auxiliary suction pipe 99 installed inside the connecting pipe 97 allows the external air to be further supplied into the container 82 due to the pressure difference between the inside and the outside of the container 82 when the drug is ejected. This increases the ejection force further.

The other side of the connecting tube 97 is connected to the guide tube 96, the other side of the guide tube 96 is formed integrally with the guide tube 96, the drug outlet is discharged to the outside (98) consist of.

The guide tube 96 is located inside the case 4, the exhaust port 98 is assembled to protrude out of the case lid 100 is detachably coupled from the case 4, the exhaust port 98 The lower end is hinged to the upper end of the guide tube 96 so that the angle of the exhaust port 98 can be freely adjusted.

In addition, the exhaust port 98 is provided with a nasal suction member 102 that is detachably coupled to the exhaust port 98 to allow the drug to be evacuated into the nose.

In addition, inside the case 4 on which the case lid 100 is mounted, a pair of infrared lamps 104 having a blood circulation promoting function for a non-inflammatory patient is mounted on a plate member, and the infrared lamps 104 are exhaust ports. While inhaling the drug discharged to the (98), at the same time to be able to squeeze the infrared lamp 104 to maximize the rhinitis treatment effect.

To this end, the case lid 100 is formed of a translucent material so that the light of the infrared lamp 104 can be illuminated to the outside, and the inner surface of the case lid 100 is provided with a plurality of light emitting projections to provide an infrared lamp ( The light generated at 104 is configured to diffuse outward.

The infrared lamp 104 is made to be turned on or off by the operation of the power switch (S3).

In order to use the rhinitis treatment device of the present invention made as described above, the saline or rhinitis treatment drug is first put into the container 82, and then the power switch S3 is pressed.

Then, the infrared lamp 104 is turned on and other operations are not performed. In this state, the time setting switch S3 is pressed to set the operation time of the rhinitis treatment device as desired by the user.

Then, power is supplied to the motor 6 by the operation of the time setting switch S3 to drive the motor 6, and the eccentric cam 20 coupled to the rotation shaft 16 by the rotation of the motor 6 is Is rotated, the power transmission member 24 rotatably coupled in the bearing 22 coupled to the outside of the eccentric cam 20 converts the rotational movement into linear movement.

The linear reciprocating motion of the power transmission member 24 causes the piston 26 to linearly reciprocate in the vertical direction in the cylinder 30 of the pressing means 10 fixed to the mounting table 12.

By this action, the outside air is sucked into the pressurizing means 10 through the inlet port 58a connected to the other conduit 66b via the silencer 68 connected to the air filter 64 and the conduit 66a, and the pressurizing means 10. The air sucked into the air is discharged at a constant pressure from the nozzle 78 through the other pipe 77 through the outlet 58b to have a predetermined pressure.

7 and 8 are cross-sectional views of the main parts of the front and side of the process of the suction and discharge occurs, for example, when the power transmission member 24 is lowered as shown in Figs. 7A and 8A, the piston is coupled thereto. (26) is also lowered, and the first and second opening and closing portions 54a and 54b formed in the valve seat 32 are brought into close contact with the suction hole 46a and the discharge hole 46b by the pressure of the air sucked in.

At this time, the second opening and closing portion 54b closes the discharge hole 46b, and the first opening and closing portion 54a is caught by the rib 54 of the suction hole 46a. However, the rib 54 is formed to be inclined and the suction hole ( 46a) is not closed, and therefore air is sucked into the cylinder 30 through the suction hole 46a.

When the power transmission member 24 is raised as shown in Figs. 7B and 8B by the eccentric action of the eccentric cam 20 by the rotation of the motor 6, it is integrated with the valve seat 32 by the pressure of the intake air. The first and second openings and closing portions 54a and 54b are pushed toward the intake and exhaust member 34.

At this time, the first opening and closing portion 54a closes the suction portion 60a, and the second opening and closing portion 54b is caught by the rib 62 of the discharge portion 60b, but the rib 62 is formed to be inclined and discharge portion ( 60b) is not closed, and the air which was inside the cylinder 30 is discharged | emitted through the discharge port 58b to the hole 79 of the nozzle 78.

When the air having the pressure set through the nozzle hole 79 formed at the tip of the nozzle is discharged in this way, the air pressure inside the upper portion of the support 84 is lowered, and the drug contained in the container 82 maintains the same height. The drug between the nozzle 78 and the support 84 is discharged as small molecules by the force of compressed air while being discharged as shown in FIG. 6 through the discharge hole 81.

At this time, the air is further introduced into the container 82 through the auxiliary suction pipe formed in the connection pipe 97 to further increase the force from which the drug is ejected.

In the above state, the drug is discharged in a non-heated state. To inhale the warmed drug, when the user sets a desired temperature by adjusting the temperature control switch S2, the heat transfer member 94 generates heat. ) Transfers heat to the container 82, and when a certain time has elapsed, the therapeutic drug contained in the container 82 is heated, and the heated drug is fine molecules due to the air pressure of the pressurizing means 10 discharged through the nozzle 78. It is discharged into the exhaust port 98 while being in a state, or by suctioning it with the mouth or by inserting the nose suction member 102 into the exhaust port 98 and sucking it with the nose.

Therefore, the drug of the fine molecules discharged into the exhaust port 98 penetrates deeply into the nasal cavity of the nasal patient, and when the inhalation of the drug, the infrared lamp 104 can be simultaneously swung, and the set time of the time setting switch S1 has elapsed. As a result, the operation of the motor 6 is stopped and the discharge of the drug is also stopped.

At this time, when the power switch (S3) off the infrared lamp 104 is turned off and all the operation of the rhinitis treatment device is stopped.

To supply the drug to the rhinitis treatment unit after a certain period of time, the door (3) installed in the case (4) of the rhinitis treatment unit is opened, and the container (through the temperature state display unit 95 formed on the lid 83 of the container 82) After confirming that 82) is below a certain temperature, the connection tube 97 connected to the opening of the lid 83 is removed and the drug is supplied or replaced, and then assembled in the reverse order of the above procedure.

As described above, the rhinitis treatment device according to the present invention may exhibit a rapid therapeutic effect by strongly spraying a therapeutic drug warmed to a certain temperature with a fine molecule, and may maximize the therapeutic effect by simultaneously irradiating an infrared lamp. .

In addition, the silencer to reduce the noise generated during the inhalation process of the air is installed to minimize the noise generated when using the rhinitis treatment device is provided with the reliability of the product.

In addition, a temperature state display unit that changes color depending on the temperature of the heater is installed on the outer surface of the lid covering the container, so that a safety accident such as a burn can be prevented when the chemical is put into the container or replaced with a new medicine.

Claims (9)

A base; A case detachably coupled to the base and having an inner space and provided with a door openable at a front part thereof; A motor which is installed in the base and is a driving source driven by power; Power transmission means for converting rotational motion of the motor into linear motion; Pressurizing means connected to the power transmission means for sucking outside air and sending the sucked outside air at a constant pressure; A discharge means connected to the pressure means and a pipe to discharge air of a constant pressure; A container containing the drug for treating rhinitis with the discharge means housed therein and the top open; Heating means for heating the container to warm the drug contained therein; An exhaust port having one side connected to an opening formed at an upper portion of the container and discharging the drug warmed up inside the container through the heating means to fine molecules using the air pressure discharged from the discharge means; Rhinitis treatment device comprising a time setting switch, a temperature selection switch and a power switch mounted outside the case and connected to the motor and the heating means. The rhinitis treatment device of claim 1, wherein an infrared lamp is installed inside the case in which the exhaust port is located to promote blood circulation. The method of claim 1, wherein the power transmission means is a linear reciprocating motion of the eccentric cam, the center of rotation is fixed to the rotation axis of the motor, the bearing coupled to the eccentric cam, the eccentric rotation of the eccentric cam is coupled to the outside of the bearing Rhinitis treatment device comprising a power transmission member for converting. The method according to claim 1, wherein the pressing means is a piston formed on one side of the power transmission member, a fixing member consisting of a rectangular space portion fixed to one side of the mounting base, and inserted into the space portion of the fixing member, the piston can linearly move inside And a valve sheet assembled to the upper portion of the cylinder to control the intake and discharge of air, and an intake and exhaust member to be assembled with the cylinder with the valve sheet interposed therebetween. 2. The rhinitis treatment device of claim 1, wherein the inflow of external air to the pressurizing means is introduced to minimize the noise through an air filter detachably mounted in the case and a silencer connected to the air filter. The rhinitis treatment apparatus according to claim 1, wherein the discharge means comprises a nozzle for finally discharging air discharged to the outside of the pressurizing means, and a diffusion member assembled to the outside of the nozzle to diffuse air discharged from the nozzle to the periphery. The method of claim 6, wherein the diffusion member is in contact with the support and the orthogonal direction is formed on the upper end of the nozzle and the air discharged through the nozzle formed on the upper end of the central portion of the support with a predetermined distance apart from the upper end of the nozzle Rhinitis treatment device comprising a derivative for inducing the discharge direction of the air to the outside, and a diffusion for diffusing the air flowing outward through the derivative to the lower side. The rhinitis treatment device according to claim 1, wherein the lid outer surface of the container is provided with a temperature state indicator that changes color depending on a temperature of a heater so as to prevent a safety accident such as a burn when a chemical is put into the container. The rhinitis treatment device according to claim 1, wherein a connection tube having an auxiliary suction tube therein is connected between the container and the guide tube so that air can be further supplied into the container to increase the ejection force of the drug.