KR20220032697A - Human air shower method using automatic human air shower device - Google Patents

Abstract

The present invention relates to a human air shower method using an automatic human air shower device which strikes dust, a foreign substance, or a virus attached to the body of a user with air to separate and purify the dust, the foreign substance, or the virus to remove and purify dust, foreign substances, or viruses attached to the entire body of the user within a short period of time; simultaneously removes dust, foreign substances, or viruses from the toes of the user to the neck of the user in a main body into which the user moves to remove dust, foreign substances, or viruses within a short period of time; and forms an air curtain on the neck portion of the user through a blocking unit to prevent the user from sucking bacteria or viruses and remove bacteria or viruses from the body of the user. The human air shower method using an automatic human air shower device comprises: a step of sensing stature consisting of the height and volume of a user through a human body sensor when the user enters through an entrance of a main body; a step of automatically blocking the entrance and an exit of the main body into which the user has moved; a step of adjusting the height of a blocking unit and a horizontal distance of a suction unit and a spray unit in accordance with the stature of the user; a step of spraying and sucking air by operating the spray unit, the suction unit, and the blocking unit; a step of filtering and removing dust, foreign substances, or viruses separated from the body of the user to be circulated and sprayed through the spray unit; a step of spraying a fragrance material to clothes of the user from which the dust, the foreign substances, or the viruses are removed; a step of opening the exit of the main body to allow the user to exit; and a step of blocking the entrance and the exit of the main body again, and opening the entrance and the exit after disinfecting the inside.

Description

Human air shower method using automatic human air shower device

The present invention relates to a human body air shower method using an automatic human body air shower device, and more particularly, by striking dust, foreign substances, bacteria or viruses attached to the user's body with air to separate them and purify them, the user's whole body It can remove and purify dust, foreign substances, bacteria or viruses attached to the device in a short time, and it removes dust, foreign substances, bacteria or viruses from the user's toes to the bottom of the mall at the same time from the inside of the main body that the user enters. It can be removed and forms an air curtain through the blocking part on the user's neck, so that the user can be removed from the user's body without inhaling bacteria or viruses. will be.

In general, various dust, foreign substances, bacteria, or viruses may be on the clothes of a person who is active outdoors or who enters a building or house in the open air.

Due to this, a person may get a disease, and there is a problem that the air inside a building or house may be polluted.

In order to solve this problem, a dust hair device that is commonly used is configured to spray wind on a person's clothes in a way that sprays compressed air.

However, the conventional dust removal device uses an air compressor to generate compressed air. The air compressor is noisy due to the characteristics of the machine, and even when not in use, when the pressure of the air tank falls below the set pressure, it operates frequently and continuously There is a problem of generating noise.

In addition, due to moisture contained in dust and foreign substances contained in the sprayed air, bacteria are propagated in the air, and the contaminated air is sprayed, which gives discomfort to the user and is not clean. When air is sucked and sprayed in the process of dusting, there may be a problem of re-injection of fine dust among the scattered dust.

Prior Patent 1, a cleaning room provided at the entrance of a restaurant; and a cleaning mechanism provided in the cleaning room, which discharges clean air into the cleaning room to remove foreign substances and odors from people entering and exiting the restaurant, and then sucks the air in the cleaning room together with foreign substances and odors; The composition is described including.

However, Prior Patent 1 is a configuration that removes only dust and odors on a person's clothes by simply discharging air, so there is a problem in that the dust, etc. detached from the user's clothes flows to the user's face and can be inhaled by the person.

In addition, since dust or foreign substances on the person's shoes are separated and flowed to the person's face, there is a problem that the dust or foreign material may be introduced into the body when the person breathes.

Prior Patent 2 discloses that an air shower device is installed in the entrance where the entrance door and the interior door are installed on the front and the inside, and when a person enters the entrance, it detects this and forcibly sucks the air from the entrance with a blower and blows it. An air shower device for the home entrance is described that transports air so that it does not leak by the transport means and purifies it by a purification device, and sprays the purified air through an air injection device installed on the wall or ceiling of the entrance to the plumbing. there is.

However, Prior Patent 2 is a configuration that removes only dust and odors on people's clothes by simply discharging air, which is the problem of Prior Patent 1, so that the dust, etc. detached from the user's clothes flows to the user's face and can be inhaled. There are problems that exist as they are.

Prior Patent 1: Korean Patent Publication No. 10-2011-0003720 (2011.01.13.) Prior Patent 2: Korean Patent Publication No. 10-2009-0040630 (2009.04.27.)

The present invention blows away dust, foreign substances, bacteria or viruses attached to the user's body with air and purifies them, so that dust, foreign substances, bacteria or viruses attached to the user's body can be removed and purified in a short time. , It removes dust, foreign substances, bacteria or viruses from the user's toe to the bottom of the mall at the same time from the inside of the main body that the user enters, so it can be removed in a short time. An object of the present invention is to provide a human body air shower method using an automatic human body air shower device that allows the user to remove bacteria or viruses from the user's body without inhaling it.

The human body air shower method using the automatic body air shower device according to the present invention for achieving the above object, when the user enters through the entrance of the body, the step of detecting the height consisting of the height and volume of the user through the body sensor sensor ; automatically blocking the entrance and exit of the main body entered by the user; adjusting the left and right intervals of the injection unit and the suction unit and the height of the blocking unit according to the height of the user; spraying and sucking air by operating the injection unit, the suction unit, and the blocking unit; Filtering and removing dust, foreign bacteria, or viruses that are separated from the user's body and circulating spraying through the spraying unit; Spraying a fragrance material on the user's clothes after the removal of the dust, foreign bacteria or virus is completed; It characterized in that it comprises the steps of opening the outlet of the main body to allow the user to leave the room, blocking the inlet and outlet of the main body again, disinfecting the inside, and then opening the inlet and outlet.

The automatic body air shower device includes: a body having an internal space so that a user can enter and stand inside; a plurality of injection units formed on both side walls of the inner space of the main body to spray air toward the user; a suction unit formed on both side walls of the inner space of the main body, the plurality of suction units sucking the air injected through the injection unit and foreign substances and dust separated from the user's body and discharging them to the outside of the body; a blocking unit formed on the upper side of the inner space of the body to continuously spray wind to prevent the air flowing under the user's head from flowing above the user's head to form an air curtain; an irradiation unit formed on the ceiling of the inner space of the body to irradiate ultraviolet (UV) light to the inner space; an ultrasonic wave generator formed on the bottom of the inner space of the main body to remove dust or foreign substances from the user's shoes with ultrasonic waves; an opening and closing unit for opening and closing an inlet and an outlet formed on both sides of the body in the longitudinal direction; a human body detection sensor formed at the entrance and exit of the main body to detect a user; an air condition detection sensor that is formed inside the main body and is sprayed from the spraying unit to detect a condition of air containing dust or foreign matter separated from the user's body; a supply unit formed outside the main body to introduce sterilized and purified air into the injection unit; a filtering unit for filtering dust or foreign substances from the air inside the body sucked into the suction unit through a suction pump formed outside the body; a removal unit for removing bacteria and viruses from the air filtered by the filtering unit from dust or foreign substances by heating, ultraviolet irradiation, or chemical spraying, and removing bacteria and viruses; A control unit that controls the irradiation unit, the blocking unit, the ultrasonic generator, the opening/closing unit, the supply unit, the filtering unit, and the removing unit to separate the dust, foreign substances, bacteria or viruses attached to the user's body and discharge it together with the air, and to filter and remove it and receives and displays the states of the irradiation unit, the blocking unit, the ultrasonic generator, the opening/closing unit, the supply unit, the filtering unit, and the removing unit transmitted through the control unit, and the optimum injection time and injection intensity according to the height of the user through big data It is characterized in that it includes a server that controls to spray the air.

The injection unit is arranged to cross each other on both sides of the inner space of the body to inject air by continuous hitting through the air supply of the supply unit, and the suction unit is formed on both sides of the body so as to correspond to the injection unit to correspond to the dust, foreign matter, bacteria or virus The air containing is discharged through a suction pump to the filtering unit, and the injection unit and the suction unit are formed with a guide body to be transported in the left and right directions, so that the width is adjusted according to the height of the user, and the blocking unit is formed with an elevating body for elevating and lowering. Through the elevating according to the height of the user, characterized in that the air curtain below the user's neck is blocked.

The step of adjusting the left and right spacing of the suction unit and the height of the blocking unit simultaneously adjusts the distance between the injection unit and the suction unit through the height and volume of the user detected through the human body sensor and the sensing value of the distance sensor formed in the blocking unit, , it is characterized in that the air is sprayed only to the body below the user's neck by adjusting the elevation height of the blocking unit, and the detached dust, foreign substances, bacteria or viruses do not flow over the neck.

In the step of spraying and sucking the air and the step of circulating spraying through the spraying part, the air spraying and sucking are performed multiple times until the dust, foreign matter, bacteria or virus that is separated from the user's body is not detected by the air condition sensor. characterized in that

The present invention blows away dust, foreign substances, bacteria or viruses on the user's body with air and purifies them, so that dust, foreign substances, bacteria or viruses attached to the user's body can be removed and purified in a short time. It works.

In addition, since dust, foreign substances, bacteria or viruses are simultaneously removed from the user's toe to the bottom of the mole from the inside of the main body into which the user enters, there is an effect that can be removed in a short time.

In addition, since the air curtain is formed on the user's neck through the blocking part, there is an effect that the user can be removed from the user's body without inhaling bacteria or viruses.

1 is a view showing the overall sequence of a body air shower method using an automatic body air shower device according to an embodiment of the present invention.
Figure 2 is a view showing the overall configuration of the body air shower method using the automatic body air shower device according to the present invention.
3 is a perspective view showing a body air shower method using an automatic body air shower device according to the present invention.
Figure 4 is a front view showing the inside of the body air shower method using the automatic body air shower device according to the present invention.
5 is a view showing that the body air shower method using the automatic body air shower device according to the present invention is adjusted to fit the height of the user.
6 is a view showing the structure of the filtering unit of the body air shower method using the automatic body air shower device according to the present invention.
7 is a view showing the configuration of the removal part of the body air shower method using the automatic body air shower device according to the present invention.

Hereinafter, specific embodiments for carrying out the present invention will be described with reference to the drawings. The embodiment of the present invention is intended to explain one invention, and the scope of rights is not limited to the illustrated embodiment, and the illustrated drawings are limited to the drawings because only the essential content is enlarged and illustrated for clarity of the invention and incidental elements are omitted should not be interpreted as such.

The present invention, when the user enters through the entrance of the main body 10, detecting the height consisting of the user's height and volume through the human body sensor 130; automatically blocking the inlet and outlet of the main body 10 entered by the user; adjusting the left and right spacing between the injection unit 20 and the suction unit 30 and the height of the blocking unit 50 according to the height of the user; spraying and sucking air by operating the injection unit 20, the suction unit 30, and the blocking unit 50; Filtering and removing dust, foreign substances, bacteria or viruses that are separated from the user's body, and circulating spraying through the spraying unit 20; Spraying a fragrance material on the user's clothes after the removal of the dust, foreign bacteria or virus is completed; It characterized in that it comprises the steps of opening the outlet of the main body 10 so that the user can leave the room, blocking the inlet and outlet of the main body 10 again, disinfecting the inside, and then opening the inlet and outlet. .

The automatic body air shower device includes: a body 10 in which an inner space is formed so that a user can enter and stand inside; The injection unit 20 is formed on both side walls of the inner space of the main body 10, consisting of a plurality of spraying air to the user side; A suction unit ( 30); a blocking part 50 formed on the upper side of the inner space of the main body 10 and continuously spraying wind so that the air flowing under the user's head does not flow above the user's head to form an air curtain; an irradiation unit 70 formed on the ceiling of the inner space of the body 10 to irradiate ultraviolet rays (UV) to the inner space; an ultrasonic wave generating unit 40 formed on the bottom of the inner space of the main body 10 to remove dust or foreign substances attached to the user's shoes with ultrasonic waves; an opening/closing unit 60 for opening and closing an inlet and an outlet formed on both sides of the body 10 in the longitudinal direction; a human body detection sensor 130 formed at the inlet and outlet of the main body 10 to detect a user; an air condition sensor 150 formed in the body 10 and sprayed from the spray unit 20 to detect a condition of air containing dust or foreign substances separated from the user's body; a supply unit 120 formed outside the main body 10 to introduce sterilized and purified air into the injection unit 20; a filtering unit 80 for filtering dust or foreign substances from the air inside the body 10 that is sucked into the suction unit 30 through a suction pump formed on the outside of the body 10; a removal unit 90 for removing bacteria and viruses from the air filtered by the filtering unit 80 by heating, ultraviolet irradiation, or chemical spraying, and removing bacteria and viruses; Dust attached to the user's body by controlling the irradiation unit 70, the blocking unit 50, the ultrasonic generating unit 40, the opening and closing unit 60, the supply unit 120, the filtering unit 80 and the removing unit 90, A control unit 110 that controls foreign substances, bacteria or viruses to escape and discharge together with air, and filter and remove them, and an irradiation unit 70, a blocking unit 50, and an ultrasonic wave generator transmitted through the control unit 110 ( 40), the state of the opening/closing unit 60, the supply unit 120, the filtering unit 80, and the removing unit 90 is transmitted and displayed, and the air with the optimum injection time and injection intensity according to the height of the user through big data It is characterized in that it includes a server that controls to spray.

The injection unit 20 is arranged to cross each other on both sides of the inner space of the body 10 so as to inject air in a continuous blow through the air supply of the supply unit 120, and the suction unit 30 is the injection unit 20 ) formed on both sides of the main body 10 so as to correspond to the air containing dust, foreign substances, bacteria or viruses to the filtering unit 80 through the suction pump, and the injection unit 20 and the suction unit 30 A guide body is formed so as to be transported in the left and right direction so that the width is adjusted according to the height of the user, and the blocking unit 50 is formed as a lifting body and ascends and descends according to the height of the user through elevating and lowering the air under the user's neck. It is characterized by blocking with a curtain.

The step of adjusting the left and right spacing of the suction unit 30 and the height of the blocking unit 50 is the height and volume of the user detected through the human body sensor 130 and the distance sensing sensor formed in the blocking unit 50 ( 140), the distance between the injection unit 20 and the suction unit 30 is simultaneously adjusted, and the height of the blocking unit 50 is adjusted so that air is sprayed only to the body below the user's neck, and the detached dust , characterized in that foreign substances, bacteria or viruses do not flow over the throat.

In the step of spraying and sucking the air and the step of circulating spraying through the spraying unit 20, the air is removed from the user's body until dust, foreign matter, bacteria or virus is not detected by the air condition sensor 150. It is characterized in that the injection and suction are performed multiple times.

1 is an overall flowchart of a human body air shower method using an automatic body air shower device according to an embodiment of the present invention. When the user enters through the entrance of the body 10, the user's Sensing the height of the height and volume, automatically blocking the entrance and exit of the main body 10 entered by the user, the left and right spacing between the injection unit 20 and the suction unit 30 according to the height of the user and Adjusting the height of the blocking unit 50, operating the injection unit 20, the suction unit 30, and the blocking unit 50 to spray and inhale air, dust, foreign substances and bacteria from the user's body Alternatively, filtering and removing the virus and circulating spraying through the spraying unit 20, spraying the fragrance material on the user's clothes for which the removal of dust, foreign substances, bacteria or viruses is completed, opening the outlet of the main body 10 to the user It includes the steps of allowing the room to exit, blocking the inlet and outlet of the main body 10 again, disinfecting the inside, and then opening the inlet and outlet.

Figure 2 is a view showing the overall configuration of the human body air shower method using the automatic body air shower device according to the present invention, Figure 3 is a perspective view showing the human body air shower method using the automatic body air shower device according to the present invention, Figure 4 is a front view showing the inside of a human body air shower method using an automatic human body air shower device according to the present invention, and FIG. 5 is a human body air shower method using an automatic human body air shower device according to the present invention. 6 is a view showing the structure of the filtering unit 80 of the human body air shower method using the automatic human body air shower device according to the present invention, and FIG. It is a diagram showing the configuration of the removal unit 90 of the human body air shower method.

1 to 5 , the step of detecting the height is a step of measuring the height of the user entering the body 10 of the Jidong human air shower device.

At this time, the automatic body air shower device is formed on both sides of the inner space of the main body 10 and the inner space of the main body 10 so that the user can enter and stand inside, and is made up of a plurality of spraying air toward the user. The injection unit 20, which is formed on both side walls of the inner space of the body 10, is made up of a plurality of air injected through the injection unit 20, and foreign substances and dust separated from the user's body are sucked to the outside of the body 10 The suction part 30 for discharging, the blocking part 50 which is formed on the upper side of the inner space of the main body 10 and continuously sprays the wind so that the air flowing under the user's head does not flow upwards to form an air curtain (50) , The irradiation unit 70 formed on the ceiling of the inner space of the main body 10 to irradiate ultraviolet rays (UV) to the inner space, is formed on the floor of the inner space of the main body 10 to remove dust or foreign substances attached to the user's shoes with ultrasonic waves The ultrasonic generator 40, the opening and closing parts 60 for opening and closing the inlet and outlet formed on both sides of the longitudinal direction of the main body 10, the human body detection sensor 130 formed at the inlet and the outlet of the main body 10 to detect the user ), formed inside the main body 10 and sprayed from the spraying unit 20 to detect the state of air containing dust or foreign matter separated from the user's body, the air condition sensor 150, of the main body 10 The inside of the main body 10 which is formed outside and is sucked into the suction unit 30 through the supply unit 120 for introducing sterilized and purified air into the injection unit 20 and the suction pump formed outside the main body 10 . In the filtering unit 80 that filters dust or foreign substances from the air of By controlling the removal unit 90, the irradiation unit 70, the blocking unit 50, the ultrasonic generator 40, the opening and closing unit 60, the supply unit 120, the filtering unit 80 and the removing unit 90, the user's It removes dust, foreign substances, bacteria or viruses attached to the body and discharges them together with the air, and filters and removes them. The control unit 110, which controls to reside, and the irradiation unit 70, the blocking unit 50, the ultrasonic generating unit 40, the opening/closing unit 60, the supply unit 120, and the filtering unit 80 transmitted through the control unit 110 and a server that receives and displays the status of the removal unit 90, and controls to spray air at an optimal injection time and injection intensity according to the height of the user through big data.

The main body 10 has an inner space so that a user can enter the inside, and is formed in a square, rectangular or polygonal shape in plan view, so that an inlet and an outlet that can enter and exit the inner space are formed on both sides in the longitudinal direction. do.

The injection part 20 and the suction part 30 which are formed to be conveyed in the left-right direction are formed on both side wall surfaces of the inner space of the main body 10. As shown in FIG.

The injection unit 20 is formed on both side walls of the inner space of the main body 10, and consists of a plurality of air is injected toward the user.

The injection unit 20 is disposed to cross each other on both sides of the inner space of the main body 10, and the air is sprayed repeatedly at predetermined time intervals through the air supply of the supply unit 120 .

The reason that the spray unit 20 sprays air repeatedly at predetermined intervals is to spray the air as if hitting it to quickly release dust, foreign substances, bacteria or viruses from the user's clothes and body by continuously spraying the air. will do

In this case, the dust may be made of general dust or fine dust.

The suction unit 30 is formed at a position corresponding to the injection unit 20 so that the air injected through the injection unit 20 is sucked.

At this time, the suction unit 30 is formed on both sides of the body 10 so as to correspond to the injection unit 20 to discharge air containing dust, foreign substances, bacteria or viruses through the suction pump to the filtering unit 80 . do.

The injection unit 20 and the suction unit 30 are formed such that a guide body is formed to be transported in the left and right directions, so that the width is adjusted according to the height of the user.

The blocking unit 50 is formed on the upper side of the inner space of the body 10 to continuously spray the wind so that the air flowing under the user's head does not flow above the user's head to form an air curtain.

The blocking unit 50 is formed on both side wall sides of the main body 10, and the elevating body is formed on both sides of the body 10 to elevate according to the user's height through elevating and lowering the user's neck with an air curtain to block the user's neck with dust, foreign substances, It prevents bacteria or viruses from flowing into the user's body through the user's breathing.

A distance sensor 140 is formed in the blocking unit 50 to detect the user's neck and transmit it to the control unit 110, and drive the elevator according to the signal of the control unit 110 to lift and lower the air to the user's neck. will be sprayed

An irradiation unit 70 is formed on the ceiling of the inner space of the body 10 to irradiate ultraviolet (UV) light to the inner space.

When ultraviolet rays are irradiated from the ceiling due to the irradiating part 70 , bacteria and viruses floating in the inner space of the body 10 attached to the user's head can be partially removed.

An ultrasonic wave generating unit 40 is formed on the bottom of the inner space of the main body 10, and through this, the ultrasonic wave generated by the ultrasonic generating unit 40 is removed from soil, dust, bacteria or viruses on the user's shoes or feet. to be expelled through

In addition, the soil, dust, bacteria or viruses separated from the shoes or feet are discharged to the filtering unit 80 through the discharge body 100 formed on the ultrasonic generator.

The opening/closing part 60 is formed at the inlet and outlet of the main body 10 to block the inlet and outlet when the user enters the inner space so that the air containing dust, foreign matter, bacteria or virus inside does not leak to the outside. .

The opening/closing unit 60 is formed as a slide door or air curtain and operates automatically when a user enters the interior space to block the entrance and exit, and automatically closes the entrance and exit when the removal of dust, foreign substances, bacteria or viruses is completed Open to allow users to leave the room.

The opening/closing part 60 is preferably formed of an air curtain. In this case, an air curtain is formed on the side of the inlet or outlet, and a conversion body 61 formed in a curved shape is formed on the other side, so that the wind of the air curtain is formed. To be introduced into the body 10 without being discharged to the outside.

A plurality of human body detection sensors 130 are formed at the entrance and exit of the main body 10 to detect whether the user enters and exits the body and the height.

To this end, the human body detection sensor 130 may be formed in a plurality of vertical directions at the entrance to detect the laser or light that is blocked when the user enters the entrance to detect whether the user enters or not and the height.

For this reason, the control signal from the control unit 110 to adjust the distance between the injection unit 20 and the suction unit 30 and the elevation of the blocking unit 50 through the control signal.

The human body detection sensor 130 functions as a distance sensor to detect the left and right width of the user, and to adjust the distance between the injection unit 20 and the suction unit 30 by transferring them to the left and right through the control of the control unit 110 . can

The air condition sensor 150 is formed in a plurality in the inner space of the main body 10, the air quality sensor for detecting dust and foreign substances in the air, the bacteria detection sensor for detecting bacteria in the air, and virus detection for detecting viruses in the air made up of sensors.

The air quality sensor detects a value according to the fine dust Y g (measured amount of fine dust) for the closed space X m 3 (volume) through Equation 1 and is calculated by the control unit 110 .

Equation 1 : Y/X = g/m3

At this time, the volume measurement is calculated using a simple PV=nRT ideal gas equation (using internal pressure and temperature sensors).

Among the dust, the environmental standard for fine dust is Korea (daily average) 100㎍/㎥ (good 0-30) (normal: 30-80) (bad: 80-150) (very bad 151 or more).

In addition, when an air quality sensor for measuring fine dust is installed in an internal closed space, it is installed in the middle of the body for smooth dust measurement.

That is, the average height of Koreans is 174cm - head 30cm)/2 = 72cm It will be installed at a point about 72cm up from the bottom, and the height will be limited to 1 meter or more when used.

The bacteria detection sensor and the virus detection sensor are composed of sensors having reagents necessary for detecting bacteria and viruses, so that the reagent is changed and the spectrum or color change is detected and transmitted to the control unit 110, which is set in the control unit 110 The presence or absence and concentration of bacteria or viruses are detected by comparative analysis with spectrum or color.

In this case, bacteria and viruses may be detected through a sensor using another method.

As such, when a user enters the internal space of the main body 10 and the air sprayed from the injection unit 20 causes dust, foreign substances, bacteria or viruses to escape from the user's body, the supply unit connected to the injection unit 20 ( 120) through which air is injected.

The supply unit 120 filters the air inhaled and discharged through the suction unit 30 and the exhaust body 100 to remove dust or foreign substances and removes them by heating, ultraviolet irradiation or chemical spraying, and bacteria. And the air purified through the removal unit 90 for removing the virus is supplied to the injection unit 20 again.

The filtering unit 80 is connected to the suction unit 30 and the exhaust body 100 so that the suction and discharge air is primarily filtered to remove dust or foreign substances contained in the air.

At this time, the filtering unit 80 is provided with a suction pump for sucking and discharging air from the suction unit 30 and the exhaust body 100 to flow, so that the air is introduced into the filtering unit 80 through suction.

The filtering unit 80 includes a body and a filter 81 formed inside the body, and filters the air introduced through the inlet of the body and discharges it through the outlet.

6 and 7 , the filtering unit 80 has an inlet further formed so that external air can be additionally introduced, so that air that may be insufficient can be supplemented with external air to flow.

The removal unit 90 is connected to the outlet of the filtering unit 80 to remove bacteria and viruses from the air filtered by dust or foreign substances by the filtering unit 80 by heating, UV irradiation or chemical spraying, and removing bacteria and viruses will be removed

The removal unit 90 may remove bacteria and viruses by heating the air introduced through the filtering unit 80 to a high temperature or by spraying ultraviolet irradiation or a removal agent to flow back to the supply unit 120, and in the air. By spraying purified air through the air jet 91 in the vertical direction to the flowing air to remove dust or foreign substances that may be less filtered and remaining dust or foreign substances, the purified air is supplied to the supply unit 120 can be made to flow.

When the removal unit 90 removes bacteria and viruses in the air through heating, the air is heated through a heating body 92 provided therein, and the temperature inside the removal unit 90 is measured by a temperature sensor 93 . ) by sensing and controlling through the control unit 110, the removal unit 90 is prevented from being damaged due to no heating or heating to too high a temperature.

In addition, an ultraviolet irradiation lamp is provided inside the removal unit 90 so that bacteria and viruses contained in the air inside can be removed with the irradiated ultraviolet light.

In addition, it is possible to remove bacteria and viruses by spraying the supplied chemical with a spray nozzle inside the removal unit 90 .

The bacteria and virus removal structure of the removal unit 90 may be removed by using one or more of the above components, or may be removed using other methods.

The irradiation unit 70, the blocking unit 50, the ultrasonic generator 40, the opening/closing unit 60, the supply unit 120, the filtering unit 80 and the removing unit 90 are connected to the control unit 110 and the control unit ( 110), and the above devices are operated through the control signal to remove dust, foreign substances, bacteria or viruses attached to the user's body and discharge it together with the air, and to filter and remove it.

A display body is formed in the control unit 110 so that the user automatically adjusts the interval between the injection unit 20 and the suction unit 30 according to the height of the user from the outside or the inside, and the height adjustment of the blocking unit 50 is not adjusted. may be displayed and, if automatic adjustment is not performed, manually input to adjust the spacing between the injection unit 20 and the suction unit 30 and adjust the elevation height of the blocking unit 50 according to the user's height.

The body 10 ㅟ is formed with a perfume spray body that sprays a substance that emits a fragrance, and sprays it down the user's neck so that the fragrance can remain on the user's clothes. This operates after the operation of the injection unit 20 , the suction unit 30 , and the ultrasonic generator 40 is finished, so as not to be discharged to the outside.

An IOT communication unit is formed in the control unit 110, and the irradiation unit 70, the blocking unit 50, the ultrasonic generating unit 40, the opening/closing unit 60, the supply unit 120, the filtering unit 80 and the second The state of the rejection 90 is transmitted, received and displayed by the server, and a control signal is transmitted from the server to the control unit 110 to be controlled.

At this time, the IOT communication unit of the control unit 110 is a portable terminal unit possessed by the administrator, and includes an irradiation unit 70 , a blocking unit 50 , an ultrasonic generator 40 , an opening/closing unit 60 , a supply unit 120 , and a filtering unit 80 . ) and the status of the removal unit 90 are transmitted and displayed, and can also be controlled through the terminal unit.

A camera is formed inside the main body 10 to photograph a user so that a safety accident or emergency stop according to the user's condition can be performed on the display body of the control unit 110, the terminal unit of the administrator, or the server.

When the dust, foreign substances, bacteria, or viruses on the user's body are completely removed, the user leaves the room, and the entrance and exit are blocked again, and the body 10 ) to disinfect the interior space.

A display 160 may be formed on the outside of the main body 10 to display whether or not a user enters the inside and advertisements to be set.

Through the step of detecting the height, when the user detects the height of the user entering the body 10 of the Jidong human body air shower device with the human body detection sensor 130 and detects the height and volume of the user, it automatically blocks Step to block the inlet and outlet of the main body 10 through the opening and closing portion (60).

This prevents dust, foreign substances, germs, or viruses that escape from the user's body from leaking to the outside.

When the inlet and the outlet are blocked through the opening and closing unit 60 through the automatic blocking step, the left and right spacing and the blocking unit between the injection unit 20 and the suction unit 30 according to the height of the user through the step of adjusting the height The height of (50) is adjusted.

To this end, the height of the user is sensed through the human body sensor 130 and transmitted to the control unit 110, and the neck is sensed through the distance sensor 140 of the blocking unit 50 and divided according to the user's body volume. The master part 20 and the suction part 30 are transferred in the left and right directions, and the blocking body is raised and lowered.

When adjusting the height of the blocking unit 50 and the left and right spacing of the injection unit 20 and the suction unit 30 according to the height of the user through the step of adjusting the height, the injection unit through the step of spraying and sucking air (20) and the suction unit 30 and the blocking unit 50 are operated to spray and inhale the air to release the dust, foreign substances, bacteria or viruses attached to the user's body.

At this time. Dust, foreign substances, bacteria or viruses attached to the user's feet are separated by ultrasonic waves through the ultrasonic wave generating unit 40 formed on the bottom of the inner space of the main body 10 and discharged to the filtering unit 80 .

In the step of spraying and sucking the air and the step of circulating spraying through the spraying unit 20, the air is removed from the user's body until dust, foreign matter, bacteria or virus is not detected by the air condition sensor 150. Injection and suction are performed multiple times.

When the dust, foreign bacteria or virus adhered to the user's body is removed and discharged through the spraying and suctioning step, the circulating spraying step filters and removes the dust, foreign material bacteria or virus detached from the user's body Thus, it is circulated through the injection unit 20 to spray.

At this time, the dust or foreign substances separated from the user's body separated from the user's body through the discharge body 100 of the suction unit 30 and the ultrasonic generator 40 are primarily filtered by the paltering unit, and the removal unit Through (90), bacteria or viruses are secondarily removed.

The air from which dust, foreign substances, bacteria or viruses are removed is recirculated to the supply unit 120 and circulated and supplied to the injection unit 20 .

When dust, foreign substances, bacteria or viruses are removed by circulating spraying air through the cycle spraying step, the scent material is sprayed on the user's clothes for a time set in the control unit 110 through the step of spraying the scent material. do.

When the spraying of the fragrance material on the user's clothes is completed through the spraying of the fragrance material, the exit of the main body 10 is opened through the step of allowing the user to leave the room so that the user leaves the room.

When the user leaves the room by opening the outlet of the main body 10 through the step of allowing the user to leave the room, the inlet and outlet of the main body 10 are blocked again through the step of opening the inlet and outlet after disinfecting the inside, After disinfecting the inside, the entrance and exit are opened.

The present invention made in this way blows away dust, foreign substances, bacteria or viruses attached to the user's body with air and purifies them, so that dust, foreign substances, bacteria or viruses attached to the user's body are removed and purified in a short time. There is an effect that can be done.

In addition, since dust, foreign substances, bacteria or viruses are simultaneously removed from the user's toe to the bottom of the mole from the inside of the main body into which the user enters, there is an effect that can be removed in a short time.

In addition, since the air curtain is formed on the user's neck through the blocking part, there is an effect that the user can be removed from the user's body without inhaling bacteria or viruses.

The body air shower method using the automatic body air shower device as described above is not limited to the configuration and operation method of the embodiments described above. The above embodiments may be configured so that various modifications can be made by selectively combining all or part of each of the embodiments.

10: body 20: injection part
30: suction unit 40: ultrasonic generator unit
50: blocking part
60: opening/closing part 61: switching part
70: investigation unit
80: filtering unit 81: filter
90: removal unit 91: air jet
92: heating element 93: temperature sensor
100: exhaust
110: control unit 120: supply unit
130: human body detection sensor 140: distance detection sensor
150: air condition sensor 160: display

Claims (5)

When the user enters through the entrance of the body 10, the step of detecting the height consisting of the height and volume of the user through the human body sensor 130;
automatically blocking the entrance and exit of the main body 10 entered by the user;
adjusting the left and right spacing between the injection unit 20 and the suction unit 30 and the height of the blocking unit 50 according to the height of the user;
spraying and sucking air by operating the injection unit 20, the suction unit 30, and the blocking unit 50;
Filtering and removing dust, foreign substances, bacteria or viruses that are separated from the user's body, and circulating spraying through the spraying unit 20;
Spraying a fragrance material on the user's clothes after the removal of the dust, foreign bacteria or virus is completed;
opening the outlet of the main body 10 to allow the user to leave the room; and
Blocking the inlet and outlet of the body (10) again, disinfecting the inside, and then opening the inlet and outlet.
According to claim 1,
The automatic body air shower device,
a body 10 in which an inner space is formed so that a user can enter and stand inside;
The injection unit 20 is formed on both side walls of the inner space of the main body 10, consisting of a plurality of spraying air to the user side;
A suction unit ( 30);
a blocking part 50 formed on the upper side of the inner space of the main body 10 and continuously spraying wind so that the air flowing under the user's head does not flow upwards to form an air curtain;
an irradiator 70 formed on the ceiling of the inner space of the main body 10 to irradiate ultraviolet rays (UV) to the inner space;
an ultrasonic wave generating unit 40 formed on the bottom of the inner space of the main body 10 to remove dust or foreign substances attached to the user's shoes with ultrasonic waves;
an opening/closing unit 60 for opening and closing an inlet and an outlet formed on both sides of the body 10 in the longitudinal direction;
a human body sensor 130 formed at the inlet and outlet of the main body 10 to detect a user;
an air condition sensor 150 formed in the body 10 and sprayed from the spray unit 20 to detect a condition of air containing dust or foreign substances separated from the user's body;
a supply unit 120 formed outside the main body 10 to introduce sterilized and purified air into the injection unit 20;
a filtering unit 80 for filtering dust or foreign substances from the air inside the body 10 that is sucked into the suction unit 30 through a suction pump formed on the outside of the body 10;
a removal unit 90 for removing bacteria and viruses from the air filtered by the filtering unit 80 by heating, ultraviolet irradiation, or chemical spraying, and removing bacteria and viruses;
The irradiation unit 70, the blocking unit 50, the ultrasonic generator 40, the opening/closing unit 60, the supply unit 120, the filtering unit 80 and the removal unit 90 by controlling the dust attached to the user's body, A control unit 110 that controls to remove foreign substances, bacteria, or viruses, discharge them together with air, and filter and remove them; and
State of the irradiation unit 70, the blocking unit 50, the ultrasonic generator 40, the opening/closing unit 60, the supply unit 120, the filtering unit 80, and the removing unit 90 transmitted through the control unit 110 A human body air shower method using an automatic human body air shower device, characterized in that it includes a server that receives and displays the data and controls the air to be sprayed at the optimum spray time and spray intensity according to the height of the user through big data.
3. The method of claim 2,
The injection unit 20 is arranged to cross each other on both sides of the inner space of the body 10 so as to inject air through the air supply of the supply unit 120 in a continuous stroke,
The suction unit 30 is formed on both sides of the main body 10 so as to correspond to the injection unit 20 to discharge air containing dust, foreign substances, bacteria or viruses to the filtering unit 80 through a suction pump,
The injection unit 20 and the suction unit 30 are formed with a guide body to be transported in the left and right directions so that the width is adjusted according to the height of the user,
The blocking unit 50 is a human body air shower method using an automatic body air shower device, characterized in that the elevating body is formed and elevating according to the height of the user through elevating and lowering, and blocking the user's neck with an air curtain.
2. The method of claim 1
The step of adjusting the left and right spacing of the suction unit 30 and the height of the blocking unit 50 is the height and volume of the user detected through the human body sensor 130 and the distance sensing sensor formed in the blocking unit 50 ( 140), the distance between the injection unit 20 and the suction unit 30 is simultaneously adjusted, and the height of the blocking unit 50 is adjusted so that air is sprayed only to the body below the user's neck, and the detached dust , A human body air shower method using an automatic body air shower device, characterized in that it prevents foreign substances, bacteria or viruses from flowing over the neck.
According to claim 1,
In the step of spraying and sucking the air and the step of circulating spraying through the spraying unit 20, the air is removed from the user's body until dust, foreign matter, bacteria or virus is not detected by the air condition sensor 150. A human body air shower method using an automatic human body air shower device, characterized in that the injection and suction are performed multiple times.

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