KR20190079933A - An ejecting device of salt- powder - Google Patents

Abstract

The present invention relates to a salt powder spraying device and, more specifically, to a salt powder spraying device, which comprises: a salt powder storage container (10) for storing micronized salt powder; a salt transfer unit (20) for receiving the salt powder discharged from a lower portion of the salt powder storage container (10) and transferring the salt powder at a predetermined distance; a salt powder dispersing container (30) connected to an end of the salt transfer unit (20) to be provided, and provided on one side of the salt powder storage container (10) to receive the salt powder at one side of the inside thereof; a grinding blade (32) provided to be rotatable at a lower end of the inside of the salt powder dispersing container (30) to crush and disperse solidified salt powder by applying impact to the salt powder which is input through the salt transfer unit (20); a rotary wing (34) which is coupled to a central rotation axis of the grinding blade (32) so that salt particles, formed in a particulate state by the impact caused by the rotation of the grinding blade (32) and the friction with an inner wall of the salt powder dispersing container (30), rises up in an upward direction of the inside of the salt powder dispersing container (30), and induces blowing in an upward direction while rotating toward the upward direction with the rotation of the grinding blade (32); a salt particle spray means (40) penetrating to the outside from an upper portion of the salt powder dispersing container (30) to discharge, to the outside, the salt particles raised to the upper portion of the salt powder dispersing container (30) by the rotation of the rotary wing (34); and a controller (50) for controlling the discharge amount of the salt powder discharged to the salt transfer unit, the rotational speed of the grinding blade and the rotary wing, and the air blowing amount of the salt particle spray means. According to the present invention, the salt particles sucked into a human body can remove fine dust causing various diseases.

Description

≪ Desc / Clms Page number 1 > An ejecting device of salt-powder &

 The present invention relates to a powdered salt spraying apparatus, and more particularly, to a powdered salt spraying apparatus which discharges salt powder ground in the form of fine particles to the inside of the room and is sucked into the body through the respiratory organs of the human body in a floating state with air in the room, The present invention relates to a powdered salt spraying apparatus capable of washing a harmful substance or improving the sterilization action and immunity of a body contaminated with fine dust or the like.

As the industry develops, there is an increase in the emissions from the growing factories, the increase of automobiles, the emission of automobiles and the exhaust gas from household heating devices, and the destruction of forests and the destruction of the ozone layer. As the situation gets worse, the pollution of the atmosphere is getting worse.

Especially, in Korea, various exhaust gases and dusts generated in China flow into Korea due to the influence of wind, and the atmosphere is getting worse.

Among air pollutants, fine dust and ultrafine dust are not easily recognized by the naked eye, and it is known that when they enter the body together with air during breathing, they cause serious diseases.

Particularly, the fine dust sucked into the human body is not discharged to the outside of the human body, but continues to accumulate. As fine dust accumulates inside the human body, the immunity of the human body is lowered, which causes various respiratory and cardiovascular diseases It is known.

Therefore, it is preferable that the harmful substance including fine dust floating in the air during the breathing process is removed by the defense system of the respiratory system during the inhalation into the human body.

The defense system of the respiratory system consists of the nasal mucosa, nose, tonsil, mucous membrane, ciliate, and macrophage, and it removes harmful substances in the air step by step. Because mucus cleans up toxic substances through the role of salt and water, it is necessary to increase salt and water intake when there is a lot of fine dust.

The body sucks up to 10,000 liters of air a day, from the mouth and mouth to the lungs, which contain a variety of microparticles, including pathogens harmful to humans, and these substances must be removed naturally before they reach the alveoli.

The alveolar system, which is the peripheral tissue of the respiratory system, is in close contact with external harmful substances (bacteria, fungi, viruses, pollen, house dust mites, various chemicals, fine dusts, etc.)

This respiratory immune system is at the forefront of salinity and water, and in the absence of water and salt, the effective use of this substance, the action of histamine, which acts strongly, and if the respiratory tract is low, emergency and aggressive physical defense begins , And the most important substance in this defense system is rhinitis, tonsillitis, bronchitis, pneumonia, etc., before histamine is acting as histamine.

As described above, the harmful substances inhaled into the respiratory tract are removed by the respiratory defense system. In order to perform the function of the cilia, water is required and the movement of water is carried out by the minerals (especially, sodium and potassium) Sodium Chloride plays a major role in maintaining the airway and keeping the airway moist.

If salt intake is limited or thirst is ignored and water is not consumed, body hydration will actively intervene in the distribution and movement of water, leading to increased secretion of histamine, a substance that controls water.

The inventor of the present invention has recognized that there is a need to take an aggressive measure to discharge the external harmful substances sucked into the human body into the human body through the defense system of the respiratory system, .

- Korean Patent Registration No. 10-1317189 (Registered Date: October 3, 2014, entitled: Rotary atomizing device using fan) - Korea Utility Model Registration No. 20-0270373 (Registered Date: Mar. 19, 2002, name of design: Spray device for skin using fan humidification method) - Korean Patent Laid-Open No. 10-2011-37432 (published on Apr. 13, 2011, entitled: Portable Chemical Agent Spraying Apparatus)

The present invention relates to a method and apparatus for removing harmful substances from a human body by providing salt which helps to wash fine dusts inhaled into the human body in a state in which the human body can absorb the salt when breathing, It is an object of the present invention to provide a powdered salt spraying apparatus capable of washing fine dusts causing various diseases or enhancing sterilizing action and immunity.

In order to achieve the above object, a powdered salt spraying apparatus according to the present invention comprises: a powdered salt storage container in which undoped powdered salt is stored; A salt transferring part connected to a lower end of the powdered salt storage container to transfer the powdered salt discharged through a discharge port formed at a lower part of the powdered salt storage container to a predetermined distance, A powdered salt dispersion container installed at one side of the powdered salt storage container so that the salt is connected to the distal end of the transfer section and is supplied with powdered salt into an inner side; A pulverizing blade rotatably installed at an inner lower end of the powdered salt dispersion vessel for pulverizing and dispersing solidified powdered salt by applying an impact to the powdered salt introduced through the salt feeding section; And the salt particles formed in the fine state due to the friction between the impact caused by the rotation of the crushing blade and the inner wall of the powdered salt dispersion container are floated upward inward of the powdery salt dispersion container, A rotary blade for guiding blowing upward in the upward direction while rotating together; A salt particle spraying means provided so as to penetrate from the top of the powdered salt dispersion container to the outside so as to discharge the salt particles floated to the top of the powdered salt dispersion container by rotation of the rotary vane; And a control unit for controlling the amount of powdered salt discharged from the salt conveying unit, the rotating speed of the crushing blade and the rotating blades, and the amount of air blown by the salt particle spraying unit.

Particularly, the salt transferring part comprises: a powdered salt transfer tube which is composed of a hollow tube and is connected to the lower part of the powdered salt storage container and the outer peripheral side thereof is connected to supply a predetermined amount of powdered salt from the powdered salt storage container; And the powdered salt introduced into the inside of the powdered salt dispersion container is forcibly transferred to the powdered salt dispersion container while pulverizing the salt particles by friction and impact, And a rotation motor connected to one end of the rice paper piece so as to transmit the rotation force to the rice paper piece while being rotated at a constant speed according to the control command.

The salt particle spraying means may include a blowing fan installed outside the powdered salt dispersion container and one end connected to the blowing fan and the other end extending through the inside of the upper end of the powdered salt dispersion container and extending to the outside of the powdered salt dispersion container And a powdered salt fine particle which is cut at a predetermined length from the outer peripheral side of the outer side of the salt particle spraying tube passing through the inner upper end of the powdered salt dispersing container and floated to the upper part of the powdery salt dispersing container is divided into a salt particle And an opening formed to be discharged to the outside together with wind blown into the interior of the shell and blown.

In addition, at least one desiccant storage part capable of storing a desiccant for absorbing moisture contained in the powdered salt is provided on the inner side of the powdered salt storage container, and the height of the pulverized blade at the inner bottom of the powdered salt dispersion container And the corresponding inner wall is further provided with a plurality of impact friction parts for promoting the pulverization and dispersion of the powdered salt.

In addition, the inner surface of the powdered salt storage container is provided with a plurality of rows of hot wires arranged in a spiral shape spaced vertically and spaced apart from each other by a predetermined distance and heated to a predetermined temperature when external power is supplied to dry the moisture contained in the powdered salt.

The above-described powdered salt spraying apparatus according to the present invention is characterized in that the salt is atomized into minute dust or ultrafine dust and sprayed into the room air to be naturally infiltrated into the human body during respiration of a person living in the room, In case of washing harmful substances or causing inflammation by depositing in blood vessels or skin, it is possible to improve immunity and resistance with natural healing by sterilizing action.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a schematic cross-sectional view of an entire configuration of a powdered salt spraying apparatus according to the present invention,
FIG. 2 is a vertically sectioned sectional view of a powdered salt storage container in a powdered salt sprayer according to the present invention,
Figure 3 is a partially vertical sectioned view of a powdered salt dispersion vessel in a powdered salt sprayer according to the present invention,
4 is a block diagram showing the overall operation of the powdered salt spraying apparatus according to the present invention.

The powdered salt spraying apparatus according to the present invention not only improves the ability of the respiratory system to purify harmful substances by injecting salt particles into the air at the size of fine dust and flowing into the inside of the human body during respiration, Provide help to prevent.

Therefore, the powdered salt spraying apparatus according to the present invention comprises: a powdered salt storage container of a predetermined size for storing powdered salt; and a powdered salt storage container provided horizontally below the powdered salt storage container to receive the salt discharged from the powdered salt storage container, A powdered salt dispersing vessel for spraying and dispersing the salt discharged from the salt conveying unit into a fine particle state; And a salt particle spraying means for discharging and spraying the fine particles of the salt, which are installed in the upper portion of the vessel through the outer portion and are ground to a fine powder state and floated upward.

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

FIG. 1 is a simplified cross-sectional view of a configuration of a powdered salt spraying apparatus 100 according to the present invention. FIG. 2 shows a vertically sectioned section of the powdered salt storage vessel 10, 3 each show a part of a vertical cut section of the powdered salt dispersion container 30, respectively.

1 to 3, the powdered salt spraying apparatus 100 according to the present invention is provided with a powdered salt storage container 10 for storing a predetermined amount of powdered salt on the inner side of the main body 5, A salt transfer unit 20 for transferring the salt discharged from the lower end of the powdered salt storage container 10 by a predetermined amount to the one side while pulverizing the transferred salt by a rotational friction force is provided at the lower end of the powdered salt storage container 10, .

The salt transfer unit 20 performs a function of pulverizing the powdered salt discharged from the powdered salt storage vessel 10 while transferring and discharging the powdered salt. The powdered salt transfer unit 20 comprises a hollow tube, A powdered salt transfer pipe 25 communicating with the outer peripheral side is provided to receive a predetermined amount of powdered salt from the powdered salt storage container 10 and a worm gear or a screw And the powdered salt flowing into the powdered salt is forcibly transferred to the powdered salt dispersion container 30 while friction and impact are applied to the powdered salt.

A rotary motor 24 is installed at one end of the powdered salt transfer pipe 25 so that the rotation is connected to one end of the rice cut piece 25 and is rotated at a constant speed in accordance with a control command of the control unit 50, And to transmit the rotational force to the rice sheet piece 25 so as to adjust the feeding and discharging speed of the powdered salt.

The powdery salt storage container 10 is provided at one side thereof with a powdered salt dispersion container 10 into which the salt discharged from the powdery salt storage container 10 is introduced through a side wall of the salt transfer part 20, 30 are provided.

A pulverizing blade 32 rotatable at a constant speed by power supplied from the outside is installed at an inner lower end of the powdered salt dispersion container 30 so that the powdered salt dispersion container 30, So that the powdered salt is further pulverized and dispersed while the solidified powdered salt is pulverized and dispersed.

A rotating blade 34 is provided above the crushing blade 32 to induce upward airflow while rotating upwardly along with the rotation of the crushing blade 32 to rotate the crushing blade 32 So that the particles of the salt in the form of fine particles due to the friction between the impact and the inner wall of the powdered salt dispersion container 30 can float above the inside of the powdered salt dispersion container 30.

The salt particle spraying means 40 is further provided on the upper part of the dispersion vessel 30 so as to discharge the salt particles floated upward from the inside of the powdery salt dispersion vessel 30 to the outside of the main body 5 .

As shown in the figure, the salt particle spraying means 40 includes a blowing fan 42 installed outside the powdered salt dispersing vessel 30, one end connected to the blowing fan 42 and the other end connected to the powdered salt dispersing vessel A hollow salt particle spraying pipe 44 extending through the inside of the upper end of the powdered salt dispersing container 30 and extending outwardly from the main body 5 and a salt particle spraying pipe 44 passing through the inner upper end of the powdered salt dispersing container 30, The powdered salt fine particles floated at a predetermined length from the outer peripheral side of the powdered salt dispersing vessel 30 to flow into the inside of the salt particle spraying tube 44, ).

Accordingly, when the high-pressure wind passes through the inside of the hollow-shaped salt particle spraying pipe 44 while the blowing fan 42 is operated, it floats upward in the interior of the powdery salt dispersion container 30, The salt particles flowing in the salt particle injecting tube are injected into the salt particle injecting tube through the opening 45 while being blown out of the main body 5 together with the wind blown.

A control unit 50 is provided at one side of the upper surface of the main body 5 to adjust the amount of powdered salt discharged from the powdered salt storage container 10 due to the rotation speed of the salt transfer unit 20, The rotating speed of the pulverizing blade 32 and the rotating blade 34 provided in the dispersion vessel 30 and the amount of air blown by the salt particle spraying unit 40 can be integrally controlled.

Referring to FIG. 2, the internal structure and structure of the powdered salt storage container 10 will be described in more detail. A desiccant is stored inside the powdered salt storage container 10 to absorb moisture contained in the powdered salt At least one desiccant storage section 15 is provided in the circumferential direction.

That is, even if a predetermined amount of dried powdered salt is filled in the powdered salt storage container 10, the powdered salt in which the moisture in the air sticks to the powdery salt and remains dry after a certain period of time contains moisture In order to prevent condensation of the salt powder, a desiccant agent is stored in a desiccant agent storage unit 15 provided in a plurality of powder salt storage containers 10, So that when the moisture is absorbed into the salt powder, the drying performance of the desiccant can remove moisture sticking to the salt particles.

The upper part of the powdered salt storage container 10 is provided with a lid 11 which can be opened and closed and a discharge port 13 through which the powdered salt is discharged is provided at the lower end thereof. It is more preferable that powdered salt filled in the powdered salt storage container 10 is made to fall down naturally to the bottom by gravity and be discharged.

Fig. 3 shows a part of a vertical cut section of the internal structure of the powdery salt dispersion container 30.

3, a penetration portion 33 is formed at a lower end of the powder salt dispersion container 30 at a lower side to form a powder salt of the salt transfer portion 20 connected to the powdered salt storage container 10, The inner wall corresponding to the installation height of the pulverizing blade 32 is connected to the conveying pipe 22 so that the salt powder scattered against the rotating pulverizing blade is collided against the pulverizing blade so as to be crushed and dispersed by the impact, It is preferable to further comprise an impact friction portion 31 for the shock absorber.

FIG. 4 is a simplified block diagram of the main components of the controller 50 of the powdered salt spraying apparatus 100 according to the present invention.

As shown in FIG. 4, the control unit 50 provided at one side of the main body is configured to integrally control the above-described controls and operations of the respective units by the MCU 51.

The control unit 50 includes a display unit 52 including an LCD window, a timer 53 for adjusting the salt injection time, a rotation motor control unit 50 for controlling the discharge amount of the powdered salt through the speed control of the rotation motor, A fan motor control unit 55 for controlling the rotation speed of the pulverizing blade and the rotary blade rotating inside the powdery salt dispersion container, and a power on / off switch 56 for supplying and blocking the entire power source .

Accordingly, the operation state of each device operated according to the control command of the MCU 51 is displayed on the display unit 52 so that the user can see the contents displayed on the display unit and grasp the operation state of the device, 53 to control the operation time of the apparatus.

The rotation motor control unit 54 controls the rotation speed of the rice flakes 25 according to the control command of the MCU 51 to control the amount of salt discharged from the powdered salt storage container, When the rotation is not smooth due to the amount of salt discharged from the rice fryer 25, the rotation of the rice fryer 25 is reversed through reverse rotation, It is more preferable to be constructed so as to be able to secure the above-mentioned structure.

The fan motor control unit 55 is configured to control the rotation of the rotating blade and the rotating blade in the powdery salt dispersion container 30 so as to control the amount and the amount of the salt particles floating in the particulate state. And can be configured so that the rotation speed and the rotation speed control thereof can be integrally controlled in association with the control of the salt particle spraying means 40. [

The speed control between the fan motor control unit 55 and the rotation motor control unit 54 can be controlled in a synchronous or asynchronous manner so that the amount of powdered salt discharged and the amount of rotation and the rotating speed of the pulverizing blade and the rotating blade are controlled Lt; / RTI >

The powdered salt storage container 10 is provided with a powdered salt detection sensor for informing the user when the stored powdered salt is exhausted. The powdered salt storage sensor 10 receives an alarm signal from the detection sensor, Means may also be further provided.

The control unit 50 controls the power supplied to the heating wire 17 to control the temperature of the heating wire when the heating wire 17 is installed in the powdery salt storage container 10, .

On the other hand, the powdered salt used in the present invention uses bamboo salt powder.

Bamboo salt is used to grind bamboo salt baked at least 3 times to 9 times in fine powder state. Bamboo salt means salt baked in high temperature by putting ordinary sun salt in bamboo bowl. Bamboo salt is mineral mineral component Is widely used as a raw material, a seasoning agent and an additive for various foods as well as has excellent antibacterial activity and has been known to be effective in the treatment of inflammation.

Therefore, in the present invention, the bamboo salt used for edible purposes is processed into a bamboo salt powder with a particle size of not more than 50 micrometers maintained using a pulverizer, and the size of the salt particles exiting the powdery salt dispersion container is less than 10 micrometers It is more preferable to keep it.

That is, since the size of 50 mu m or less of particulate matter floating in the air is divided into total dusts and the diameter of 10 mu m or less is classified into fine dusts, the salt fine particles discharged from the apparatus according to the present invention have the same size And below, it can be easily sucked into the inside of the human body together with air in the air.

Thus, in the present invention, it is preferable to use the salt powder in the form of fine particles from the salt powder to be charged into the powdered salt storage container in order to maintain the brittle powder state in the particulate state.

5: Body 10: powdered salt storage container
11: lid 13: outlet
15: desiccant storage part 17: hot wire
20: Salt is sent 22: Powdered salt transfer tube
24: Rotation motor 25:
30: Powdered salt dispersion container 31: Impact friction part
32: crushing blade 33: penetrating part
34: rotary blade 35: fan drive motor
40: salt particle spraying means 42: blowing fan
44: Salt particle spraying pipe 45:
50: Control part 100: Powdered salt spray device

Claims (4)

A powdered salt storage vessel (10) in which the undifferentiated powdered salt is stored;
A salt transfer unit 20 connected to a lower end of the powdered salt storage vessel 10 to transfer the powdered salt discharged through a discharge port formed at a lower portion of the powdered salt storage vessel 10 to a predetermined distance, ;
A powdered salt dispersion container 30 installed at one side of the powdered salt storage container 10 so as to be connected to the end of the salt transfer section 20 and receive powdered salt into the inner side;
A crushing blade (32) rotatably installed at an inner lower end of the powdered salt dispersion container (30), for crushing and dispersing solidified powdered salt by applying an impact to the powdery salt introduced through the salt transfer part (20);
The pulverizing blade 32 is rotated so that the salt particles formed in the fine state due to the friction between the impact of the pulverizing blade 32 and the inner wall of the powdery salt dispersion container 30 rise upwardly from the inside of the powdery salt dispersion container 30 A rotation blade 34 which is coupled to the central rotation axis of the crushing blade 32 to induce upward airflow while rotating upwardly together with the rotation of the crushing blade 32;
A salt particle spraying means 40 (hereinafter, referred to as " spraying means ") 40 which is installed through the top of the powdery salt dispersing vessel 30 so as to discharge salt particles floated on top of the powdery salt dispersion vessel 30 by rotation of the rotary vane 34 );
And a control unit (50) for controlling the amount of powdered salt discharged from the salt conveying unit, the rotating speed of the crushing blade and the rotating blade, and the amount of air blown by the salt particle spraying unit. The method according to claim 1,
The salt transfer unit 20 is provided with:
A powdered salt transfer pipe 25 composed of a hollow tube and connected to the lower part of the powdered salt storage container 10 at an outer peripheral side thereof to receive a predetermined amount of powdered salt from the powdered salt storage container 10,
The powdered salt is inserted into the powdered salt transfer tube 22 and is rotated. The powdered salt introduced into the powdered salt transfer tube 22 is forcibly transferred to the powdered salt dispersion container, ,
A rotary shaft 25 connected to one end of the powdered salt transfer pipe 25 and rotated to rotate at a constant speed in accordance with a control command of the control unit, Motor 24,
The salt particle spraying means (40)
A blowing fan 42 installed outside the powdered salt dispersion vessel 30,
A hollow salt particle spraying pipe 44 having one end connected to the blowing fan 42 and the other end extending through the inside of the upper end of the powdered salt dispersion container 30 and extending outside the powdered salt dispersion container;
The powdered salt fine particles lifted to the upper portion of the powdered salt dispersion container 30 by being cut at a predetermined length from the outer peripheral side of the salt particle spraying pipe 44 passing through the inner upper end of the powdered salt dispersion container 30, And an opening (45) formed so as to be discharged to the outside together with wind blown into the inside of the discharge port (44) and blown out. 3. The method of claim 2,
At least one desiccant storage unit 15 for storing a desiccant for absorbing water contained in the powdered salt is provided in the upper part of the powdered salt storage container 10,
And a plurality of impact friction parts 31 for promoting the pulverization and dispersion of the powdered salt are further provided on the inner wall corresponding to the height of the crushing blade 32 at the lower end of the powdered salt dispersion container 30 A powdered salt spray device. The method according to claim 2 or 3,
A plurality of rows of hot wires 17 are installed on the inner wall of the powdered salt storage container 10 so as to be spirally spaced apart from each other by a predetermined distance and heated to a predetermined temperature during external power supply to dry moisture contained in the powdered salt Wherein the powdered salt spraying device comprises:

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