KR20150095490A - Smoking booth and the control method - Google Patents

Abstract

The present invention relates to a smoking booth and, more specifically, relates to a smoking booth to facilitate purification of contaminated air and to motivate smokers to quit smoking by providing a warning of harmful effects of smoking, wherein an air circulation system for the circulation of air in a smoking space, a wet purification system, and a purification device to give a warning of the harmful effects of smoking are provided in the smoking booth as well as an ashtray to allow smokers to smoke in a pleasant environment without the cigarette butts exposed to the outside, and a control method thereof. To achieve this, the smoking booth having a smoking space to allow smokers to smoke, and a transparent wall in three or more sides to show the insides comprises: the air purification system to detect the entry of smokers into the smoking space to allow the air circulation of the smoking space; the wet purification system provided on a top of the smoking space to take and purify air; the purification device provided on a wall of the smoking space in a transparent manner to enable smokers to check the purified state of the cigarette smoke from the smoker′s smoking in order to provide a warning of the harmful effects of smoking; the ashtray provided along a circumference of the wall or on one side of the smoking space to allow an exclusive input of cigarette butts; and a control part to control the wet purification system, the air circulation system, the purification system, and the ashtray.

Description

[0001] Smoking booth and its control method [0002]

The present invention relates to a smoking booth, and more particularly, to a smoking booth which circulates air in a smoking space by an air circulation system to a smoking booth, purifies air by solar light by a dry purifying system, And a cigarette butt is not exposed to the outside, so that a smoker can smoke in a comfortable environment, easily clean the contaminated air, inform a smoker of the risk of smoking, and smokers quit smoking And a control method for the smoking booth.

In general, many people are exposed to secondhand smoke at homes, offices, restaurants, and streets, and it is recognized that secondhand smoke is causing harm to others.

Currently, there are legislative and institutional regulations on the prohibition of smoking in public places, but due to the difficulties of practical management and regulation and the low recognition level of smokers, smoking in public places is being made publicly. In addition, while the number of smoking cessation areas is expanding, there is no separate smoking area designated in a public place, compared to a room in a building, posing a problem that smokers are deprived of the freedom of smoking.

As a result, smokers are exposed to secondhand smoke by smoking in public places.

Accordingly, it is required to install a smoking booth so that non-smokers can avoid secondhand smoke even in public places so that the health of non-smokers can be considered.

An example of the conventional smoking booth as described above is disclosed in Korean Patent Laid-Open Publication No. 1998-72332 entitled "Smoking booth using an air purifier ", as shown in FIG. 1, a ceiling 7 And an air chamber is formed between the ceiling 7 and the cover 4 by covering the cover 4 on the ceiling 7 so that contaminated air can be introduced into the air chamber from the center of the ceiling 7 The air cleaner 2 is installed so as to be inhaled and the purified air is exhausted to the air chamber and the air discharged into the air chamber is again supplied through the discharge hole 8 formed around the ceiling 7 So that the air curtain is formed to be exhausted to the outside.

This eliminates the need for a separate partition and permits the installation to be carried out without restriction of the installation space.

Another example of the smoking booth is disclosed in Korean Patent Laid-Open Publication No. 2010-104678 entitled " Smoking booth using solar energy "in which the billboards 15, 16, 14 A solar energy supply part constituted by a solar cell part 22, a storage battery 26 and a control part 25 on the roof surface 29; (11) is formed on the inner surface to constitute an inner space part where a cigarette can be made, and a transparent plate is formed so that it can be seen from the outside, and is exposed to the outside And the like.

However, since the conventional smoking booth is disconnected from the outside, there is a problem that air purification of the air contaminated in the smoking space is not easy.

In addition, there is a problem in that a smoker can not easily smoke in a comfortable state due to a cigarette butt that is dumped in an ashtray.

In addition, since there is no configuration that allows the smoker to substantially feel the risk of smoking, there is a problem that the smoking need of the smoker can not be reduced.

SUMMARY OF THE INVENTION The present invention has been made to solve the conventional problems, and it is an object of the present invention to provide a smoking booth which circulates air in a smoking space by an air circulation system, purifies air by solar light by a dry purification system, A cigarette butt is not exposed to the outside, so that a smoker can smoke in a comfortable environment, easily clean the contaminated air, inform a smoker of the risk of smoking, And a method of controlling the same.

A smoking booth according to the present invention is a smoking booth in which a smoking space for smoking a smoker is formed,

An air circulation system for detecting the entrance / exit of the smoker to the smoking space and circulating air in the smoking space; A dry purifying system provided at an upper portion of the smoking space to suck and purify air in a smoking space using sunlight to generate electricity; A purifying device which is transparently provided on a wall surface of the cigarette space to inform a smoker of the purging state of the cigarette smoke discharged by the smoker so as to inform the user of the risk of smoking; An ashtray into which only a cigarette butt is poured around a wall surface or on one side of the smoking space; And a control unit for controlling the wet cleaning system, the air circulation system, the purifier, and the ashtray.

In the present invention, the air circulation system is provided with an opening provided in the smoking booth, and an inner door that forms a space between the door and the upper portion, and an injection means for injecting air for a certain period of time when the smoker enters and exits, An air curtain unit having a door sensor and a sensor on the door; A plurality of blind members are provided to automatically open a plurality of suction holes when the entrance and exit of a smoker is detected in the entrance door, the blind member is provided with a hinge at its center, and one of the front and rear surfaces is connected to the opening means And a blind part provided to be automatically opened and closed by the lifting and lowering of the opening means.

In the present invention, it is preferable that the blind part is provided on a lower periphery of the smoking booth or on one side of the smoking booth.

In the present invention, the dry purifying system may include a suction unit provided at an upper portion or a side of the smoking space of the smoking booth so that the contaminated air in the smoking space is sucked in constantly; A nicotine combustion section in which nicotine contained in cigarette smoke is naturally burned by sunlight or a lamp to contaminated air introduced from the suction section; A tar removal section having at least one silver-coated partition wall for adsorbing tar contained in the cigarette smoke burned with nicotine by the nicotine combustion section; A filter section in which at least one filter is provided to remove foreign substances in the air from which nicotine and tar have been removed by the nicotine combustion section and the tar removal section; A discharge section for discharging air purified by the filter section; And a photovoltaic power generation unit for performing self generation by sunlight.

In the present invention, it is preferable that the upper ceiling of the nicotine combustion zone is provided with a plurality of convex lenses so that sunlight can be concentrated on the nicotine combustion zone.

In the present invention, the purifier may include: a suction unit that constantly sucks contaminated air in the smoking space; Wherein at least one or more purifying spaces for spraying the polluted air introduced from the suction unit are provided vertically and vertically up and down by partition walls so that contaminated air is circulated up and down, The discharge unit is provided with drying means for drying or sterilizing air, and a filter for filtering air is provided, and fragrance dissipating means for adding aroma to the air is provided, and discharged to the smoking space of the smoking booth A purifying unit provided as an exhaust fan for purifying exhaust gas; A nozzle unit for spraying purified water to purify contaminated air in the purifier; A collecting unit provided at a lower portion of the purifying unit for purifying the contaminated air by spraying the purifying water to load the contaminated purified water up to a certain level to check the condition of the purified water contaminated to the smoker; And a purifying member for purifying the purified water discharged from the collecting unit, wherein the polluted air is smoothed by the purified water when the smoking of the smoker is transparently provided in a frame form on the wall surface or one side of the smoking space of the smoking booth, It is preferable that the contaminated state is visually confirmed.

In the present invention, it is preferable that the purging device is provided in the form of a chest of a human body so as to warn a smoker of the risk of smoking.

In the present invention, the ashtray may include an upper cover having a plurality of cigarette butt holes at the upper portion thereof to which cigarette butts are dumped; A hopper having an inclined surface at an upper portion thereof and a nozzle for discharging the digested water at an upper portion of the inclined surface is provided and the cigarette butt to be dumped is transported to the lower portion of the inclined surface, A body for collecting cigarette butts in the lower part, and a body for digesting and collecting cigarette butts by digestion water; A collection box in which a cigarette butts to be dumped from the main body are collected, and a discharge port through which digestion water is discharged to a lower side of the collection box; And a suction fan provided at one side of the main body and sucking air from the main body, wherein the cigarette butt is disposed at one side of the wall of the smoking booth or at one side of the main body so that the cigarette butt is collected and extinguished .

In the present invention, it is preferable to further comprise a digestion water purifying means for purifying the digestion water of the main body.

The present invention provides a smoking booth control method comprising: a spraying step of detecting an entrance of a smoker in an air curtain section of an air circulation system and injecting air by an injection means of an air curtain section by a control section; A circulation step of opening the blister part of the smoking space by the control part when the smoker enters the room and making air circulation in the smoking space; A purifying step of purifying contaminated air in the smoking space by suction of the wet cleaning system and the cleaning device by air in the smoking space by the control unit when the smoker goes in and out; A collecting step of collecting cigarette butts by driving a suction fan and a nozzle provided in an ashtray by a control unit when the smoker enters and exits; The smoker detecting the smoker's exit by the air curtain of the air circulation system during the exit of the smoker, and stopping the spraying step, the purifying step, and the collecting step.

The smoking booth and its control method according to the present invention is characterized in that the smoking booth circulates air in a smoking space by an air circulation system, purifies air by solar light by a dry purifying system, forms self-power generation, The cigarette butt is not exposed to the outside because the cigarette butt is not exposed to the outside. The cigarette can be smoked in a comfortable environment, the contaminated air is easily purified, and the smoker is informed of the danger of smoking. There is an excellent effect that can be.

Further, there is an excellent effect that the air circulation system detects the presence of the smoker in the smoking booth, and simultaneously, the air circulation system, the dry purifying system, the purifier, and the ashtray can be controlled in accordance with the entrance of the smoker in the control unit .

In addition, when the smoker is discharged, the controller stops the driving of the air circulation system, the wet cleaning system, the purifier, and the ashtray by the control unit, thereby reducing unnecessary energy waste in the absence of the smoker.

In addition, there is an excellent effect that nicotine can be removed with a minimum energy using sunlight by a dry purification system, tar can be easily removed, tar can be easily collected and used as a disposal or insecticide.

In addition, since the nicotine and tar most harmful to the cigarette smoke are easily removed, there is no need to frequently replace the filter of the filter section.

In addition, since the solar power is used for self-power generation, there is an excellent effect that the energy used in the smoking booth can be minimized.

1 is a cross-sectional view showing a conventional example.
2 is an overall perspective view showing another conventional example.
Fig. 3 is a partially exploded perspective view of Fig. 2; Fig.
4 is a perspective view schematically showing a smoking booth according to the present invention.
FIG. 5 is a usage state diagram schematically showing a smoking space of a smoking booth according to the present invention. FIG.
6 is a sectional view of the air circulation system according to an embodiment of the present invention.
Fig. 7 is a sectional view of the blind part of Fig. 6, schematically in use; Fig.
8 is a use state sectional view schematically showing the operating state of Fig. 8; Fig.
FIG. 9 is a sectional view of an air conditioner according to another embodiment of the present invention; FIG.
FIG. 10 is a usage state diagram schematically showing an embodiment of a dry purifying system provided in the present invention. FIG.
FIG. 11 is a plan view schematically showing a tarn removal section of the dry cleaning system of the present invention. FIG.
FIG. 12 is a front view schematically showing a use state of an embodiment of the purifier provided in the present invention; FIG.
FIG. 13 is a front view of a use state of the purification apparatus according to another embodiment of the present invention; FIG.
FIG. 14 is a front sectional view schematically showing the use state of the ashtray provided in the smoking space wall surface according to the present invention. FIG.
15 is a front sectional view schematically showing the use state of another embodiment of the ashtray provided in the smoking space.
16 is a block diagram schematically showing a control method according to a control unit according to the present invention.

Hereinafter, a smoking booth according to the present invention will be described in detail with reference to the drawings.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed.

3 and 4, the smoking booth 100 of the present invention includes an air circulation system 200, a dry purification system 400, a purifier 600, an ashtray 800 ), And a control unit 900.

5, the air circulation system 200 provided in the smoking booth according to the present invention is provided with an air curtain unit 220 and a blind unit 240. As shown in FIG.

The air curtain part 220 is provided with a door 222 provided in the smoking booth 100 and an inner door 226 forming a space 224 between the door 222, Time air is injected.

Preferably, the air curtain unit 220 is provided with a jetting unit 228 for jetting air into the space 224 for a predetermined period of time.

A sensor 229 for detecting a smoker is provided at the door 222 and the inner door 226 of the air curtain unit 220.

The blind part 240 is provided around the lower part of the smoking space 102 and a plurality of suction holes 248 are automatically opened when the smoker is detected in the doorway 222.

Preferably, the blind part 240 is provided with a plurality of blind members 242, the blind member 242 is provided with a hinge part 244 at the center thereof, (246), and the suction hole (248) is automatically opened and closed by the lifting and lowering of the opening means (246).

The blind members 242 are normally closed by the rising of the opening means 246 so that the blind members 242 are mutually engaged so that the suction holes 248 are kept closed and the opening means 246 One side of the blind member 242 is lowered and each of the blind members 242 is driven to have a predetermined inclination angle so that the suction hole 248 is opened.

The opening means 246 may be constituted by a plurality of known lifting and lowering means. For example, the opening means 246 may be driven by a piston driving or a rack and a pinion or a link. However, will be.

More preferably, the blind part 240 may further include an air circulating fan 249-1 on the rear surface of the blind member 242. [

It is further preferable that a filter member 249-2 is further provided on the front or rear surface of the air circulation fan 249-1 to prevent foreign substances such as fine dust from entering the air circulation fan 249-1.

As shown in FIGS. 10 and 11, the dry purifying system 400 provided in the present invention is isolated from the upper or the other side of the smoking space 102 of the smoking booth 100 for purifying polluted air, A charger section 420, a nicotine combustion section 430, a tar removing section 440, a filter section 450, a discharging section 460, and a solar power generating section 470.

The suction unit 420 is provided with a hopper 424 having a suction fan 422 for sucking a large amount of air contaminated with cigarette smoke generated by smoking of a smoker in the smoking space 102, 102 and discharges the contaminated air to the nicotine combustion zone 430.

The nicotine combustion zone 430 is formed with a space 432 in which the contaminated air can stay for a predetermined time to burn the nicotine and the upper ceiling of the space 432 is provided with a convex lens 434, And is concentrated in the space 432.

It is preferable that a plurality of ultraviolet lamps or heat generating means 436 are provided below or on both sides of the nicotine combustion zone 430 so as to burn nicotine of the cigarette smoke that is sucked into the nicotine combustion zone 430 during rainy or nighttime Do.

The tar removing section 440 includes at least one silver-coated nacelle 442 to adsorb tar of nicotine-removed cigarette smoke.

More preferably, as shown in FIG. 11, it is preferable that the partition wall 442 is provided to bend before, after, or up and down so that tar of the cigarette smoke can be more easily absorbed.

It is further preferable that the partition wall 442 provided in the tar removal section 440 is easily detachable from the tar removal section 440 by a known means so that the user can easily collect it.

Of course, a bullock lens 434 may be further provided on the tar removal section 440 to burn nicotine that may remain in the air.

In addition, the nicotine burning zone 430 and the tar removal zone 440 may be used together, and this will be included in the technical idea of the present invention.

The filter section 450 is provided to remove at least one filter from the nicotine combustion section 430 and the tar elimination section 440 to remove the remaining foreign substances from the nicotine and tar contained in the air.

It is preferable that the filter is provided so as to intersect with various known filters. For example, a filter composed mainly of activated carbon and a filter made of a volcanic stone as a main component, a filter made of a nonwoven fabric, The configuration of the filter may be various filters known to the user at the convenience of the user.

It goes without saying that the filter unit 450 is replaceable.

Further, it is more preferable that the final filter of the filter unit 450 comprises a filter that emits a fragrance.

The discharge unit 460 discharges air purified by the filter unit 460 to the outside or the smoking space 102. The discharge unit 460 includes a discharge fan 462 disposed inside the discharge unit 460, And telephone means 464 for dialing outside or smoking space 102 is provided.

The photovoltaic power generation unit 470 includes a solar collecting plate 472 in a space above the smoking booth 100 except for the convex lens 434 provided in the nicotine burning zone 430, And a battery 476 charged with electricity generated by the power generation means 474. The battery 476 is charged with electricity generated by the power generation means 474,

12 and 13, the purifier 600 provided in the smoking booth 100 of the present invention is configured to form a transparent frame shape on the wall surface of the smoking space 102 of the smoking booth 100 for purifying polluted air And includes a suction unit 620, a purifier unit 640, a nozzle unit 660, and a purifying member 680.

The suction unit 620 includes a hopper 624 provided with a suction fan 622 for sucking a large amount of air contaminated with cigarette smoke generated by smoking of a smoker in a smoking space, And discharges it to the purifier 640.

One end of the purifying unit 640 is provided at the end of the hopper 624 of the suction unit 620 and is bent upward and downward by the partition wall 642 to form at least one purifying space 644 And an outlet 646 for storing and discharging the purified water contaminated at the bottom at a predetermined level.

The nozzle unit 660 is provided in the partition wall 642 of the purifying unit 640 and includes a plurality of nozzles for spraying the purified water to the purifying space 644.

Further, a discharge unit 650 for drying, sterilizing and discharging purified air at the other end of the purifying unit 640 is further provided.

The discharging unit 650 is provided with a drying unit 652 for drying and purifying the purified air containing moisture by the purified water by a heater or an infrared lamp on one side of the drying unit 652, And a filter 654 for filtering the foreign matter of the water.

It is further preferable that the perfume means 656 is provided to add the perfume to the air filtered by the filter 654.

Further, it is preferable to further include a discharge fan 658 for discharging the air containing the fragrance by the fragrance dispensing means 656.

The purifying member 680 is disposed below the purifying unit 640 and loads the contaminated purifying water discharged from the purifying unit 640 into the multi-stage purifying water loading space 682, And the upper portion of the purified water is moved to the next loading space 682 through the filter 684 and finally the purified water is supplied to the nozzle unit 660 again.

In addition, it is preferable that the pollutants loaded in the loading space 682 are collected and discarded after a predetermined time elapses.

15 to 17, the ashtray 800 provided in the present invention is provided on the wall surface or one side of the wall of the smoking booth 100 and includes an upper cover 820, a main body 840, (860).

The upper cover 820 corresponds to the main body 840 provided around the wall surface or at one side of the smoking booth 100 and includes a plurality of air holes 822 having a size that allows insertion of only cigarette butts.

It is further preferable that the air hole 822 is partially recessed downwardly in a conical shape.

The main body 840 includes an upper portion 840 and a lower portion 844 to collect the cigarette butts at the upper portion thereof.

16 and 17, the ashtray 800 installed on the wall surface has the upper cover 820 and the main body 840 formed in a "C" shape along the circumference of the wall, As shown in Fig.

 The bottom of the main body 840 is provided with a hopper having an inclined surface 842 inclined to one side of the main body 840, and the hopper 844 is provided at the end of the hopper.

In addition, a nozzle 846 for discharging extinguishing water is provided at an upper portion of the inclined surface 842.

The collection box 860 is provided to be inserted into and discharged from the receptacle 844 of the main body 840, and the outlet 862 is provided at a lower side of the receptacle 860.

The outlet 862 is further provided with a blocking net so that the cigarette butts are not discharged, so that the discharge of the cigarette butts is blocked and only the digested water is discharged.

In addition, a suction fan 870 for sucking air in the main body 840 is provided at one side of the receiving end.

It is further preferable that the contaminated air discharged from the suction fan 870 is moved to the dry cleaning system 400 of the present invention and discharged to the smoking space or the outside.

It is preferable that the extinguishing water discharged from the collection box 160 of the water rejection unit 144 is purified by the extinguishing water purification unit 890 and re-injected into the nozzle 846.

It is preferable that means for purifying various known polluted water is used as the fire extinguishing means 890.

19, the air-conditioning system 200, the dry-purifying system 400, the purifier 600, the ashtray 800, and the ashtray 800 are connected to each other by a control unit as shown in the block diagram of FIG. .

6, when a smoker is sensed by the sensing sensor 229 provided in the door 222 of the air curtain unit 220 provided in the air circulation system 200, (228) injects air for a certain period of time.

Therefore, the smoker is allowed to enter the smoking space 102 of the smoking booth 100 through the inner door 226 in a state in which the outside dust is removed from the space 224 by the air blown from the air curtain portion 220 .

Of course, it is preferable that the air injection of the air curtain part 220 is sprayed in 10 to 30 seconds, but it is freely changeable by the user's choice.

When the smoker enters the smoking space 102 through the inner door 226, the control unit 900 detects the presence of the smoke sensor 229 provided in the inner door 226, The air injection is stopped.

7 and 8, when the smoker enters the air curtain unit 220 through the door 222, the controller 280 drives the opening unit 246 of the blind unit 240 The blind member 242 is rotated to form the circulation step of opening the suction hole 248. [

More preferably, the blind member 242 is opened at a predetermined inclination angle so that the contaminated air in the smoking space 102 does not leak to the outside, and only the outside air flows smoothly.

Of course, by driving the air circulation fan 249-1 provided in the blind member 242, the outside air flows more easily, and the filter member 249-2 can more easily block .

When the blind part 240 is driven, the suction part 260 is driven by the control part 900.

Therefore, since the outside air naturally flown in the blind part 240 is naturally suctioned by the driving of the suction fan 422 of the dry purifying system 400, air circulation in the smoking space 102 is smoothly maintained.

Also, since the purified air in the wet purification system 400 can be reused, it is possible to reuse the purified air more easily.

The control unit 900 checks whether the blind member 242 of the blind part 240 is open or not according to the set temperature, humidity, and contamination concentration by checking the contamination concentration, temperature, humidity, The degree of opening can be controlled.

When the smoker leaves the smoking space 102 through the inner door 226 after smoking, the control unit 900 controls the blind unit 240 and the blind member 242 for a certain period of time, And automatically stops.

Of course, the air curtain unit 220 ejects air until the smoker exits through the doorway 222, thereby removing the cigarette smoke remaining on the body of the smoker.

Further, it is preferable that the injecting means 228 further include a fragrance dissipating means capable of diffusing fragrance to dilute the tobacco smoke remaining in the smoker so that the smoker can be exited in a refreshing state.

FIG. 9 is a sectional view of an air conditioner 200 according to another embodiment of the present invention. Referring to FIG. 9, there is shown an embodiment of the air circulation system 200, A detailed description thereof will be omitted.

9, since the entire one side of the smoking space 102 of the smoking booth 100 is provided as the blind part 240, a large amount of outside air flows into the smoking space 100 more easily and the air circulation of the smoking space 102 .

When the entrance of the smoker is detected by the air curtain unit 220 of the air circulation system 200, the controller 900 controls the dry purifying system 400 according to the present invention as shown in FIGS. 10 and 11 A purifying step for purifying contaminated air generated in the smoking space 102 of the smoking booth 100 is performed.

As shown in FIG. 10, the air contaminated by the cigarette smoke generated during smoking in the smoking space 102 by the smoker in the smoking booth 100 is sucked by the suction fan 422 of the suction unit 420, 424 and transferred to the nicotine combustion zone 430. [

At this time, the air introduced into the nicotine combustion zone 430 is burned by the sunlight concentrated by the convex lens 434 provided above the space 432 of the nicotine combustion zone 430.

At this time, because the nicotine is introduced into the vapor state, the nicotine vapor is burned at 308K degrees (35 degrees Celsius or 95 degrees Fahrenheit) in the air under the low vapor pressure due to the property that the nicotine easily rinses even at the temperature below the boiling point of the self.

Therefore, in order to maintain the temperature of the nicotine combustion zone 430 at 35 ° C or higher, a separate temperature sensor is preferably provided so that the nicotine combustion zone 430 is irradiated with the sunlight, the ultraviolet lamp, or the heating unit 436, So that the temperature is kept at 35 ° C or higher.

In other words, the incompletely burned nicotine contained in the contaminated air and flowing into the nicotine combustion zone 430 is completely burned in the nicotine burning zone 430, so that various harmful substances contained in the nicotine are completely The air is purified by combustion.

Of course, sterilization of the air polluted by the sunlight or the ultraviolet lamp also occurs simultaneously.

As described above, the air from which the nicotine is removed flows into the tar removal section 440, and the tar is adsorbed on the plurality of barrier ribs 442 having the silver nano coating.

The tar component contained in the air is more easily adsorbed on the partition wall 442 due to the stickiness, so that the tar in the air is more easily removed.

Of course, the tar adsorbed on the partition wall 442 may be collected separately after being separated from the partition wall 442, collected or collected, and used as a natural insecticide.

As described above, the air from which nicotine and tar, which are major harmful components contained in the cigarette smoke in the cigarette space 102, are removed, and the foreign substances and fine dusts or harmful substances contained in the air are removed while passing through the filter unit 450.

And is discharged to the outside or the smoking space 102 through the discharge portion 460.

The sunlight collected by the solar collecting plate 472 provided on the upper part of the smoking booth 100 is generated by the power generating unit 474 and charged into the battery 476.

As described above, the electricity charged in the battery 476 can be used as energy used in the smoking booth 100 during rain or emergency.

Therefore, the dry cleaning system provided in the smoking booth of the present invention can remove nicotine with a minimum energy using sunlight, easily remove tar, easily remove tar and use it as a disposal or insecticide You can.

In addition, since the nicotine and tar most harmful to cigarette smoke are easily removed, it is not necessary to frequently replace the filter of the filter portion.

Also, the structure is simple, mass production is easy, and maintenance is easy.

In addition, since the solar power is used to generate electricity, the energy used in the smoking booth can be minimized.

As shown in FIG. 12, the purifier 600 having the present invention installed in the smoking booth is configured such that the contaminated air generated in the smoking space 104 of the smoking booth 102 is contaminated with the wet purifying system, Thereby forming a purifying step for purifying the air.

As shown in FIG. 12, a purifier 600 for a smoking booth provided in a transparent frame form in the smoking booth 100 has a structure in which the air contaminated with the cigarette smoke generated in the smoking space in the smoking space 102 by the smoker, 620, and is concentrated by the hopper 624 and is moved to the purifying section 640. The purifying section 640 is provided with a suction port 622,

The contaminated air that has been moved to the purifying unit 640 passes through the nozzle unit 660 provided in the partition wall 642 of the purifying space 644 of the purifying unit 640, The fine particles of the fine particles are coupled to each other at the bottom of the purification space 644 and discharged to the discharge port.

In addition, since the purifying unit 640 is bent upward and downward, the contaminated air is sequentially circulated to at least one purifying space 644, so that the contaminated air is naturally purified by the spraying of purified water.

Then, the air purified by the purifying unit 640 is discharged by the discharging unit 652.

At this time, the purified air containing moisture by the purified water in the purifying unit 640 is dried and sterilized by the drying unit 652.

The air finally filtered by the filter 654 and purified by the fragrance dispersion means 656 contains fragrance and is discharged to the smoking space 102 by the discharge fan 658.

Further, the contaminated purified water loaded up to a certain level in the lower part of the purifying unit 640 allows the smoker to confirm how much the human body is harmful when smoking.

That is, since the smoker confirms the purified water whose pollution has changed color, it is possible to confirm how much toxic substances are introduced into the human body during smoking, and to confirm whether or not the secondhand smoke is harmful to the human body.

The contaminated purified water discharged from the purifying section 640 is purified by the purifying member 680 and is once more effectively supplied to the smoker by the contaminated purified water loaded in the loading space 682 of the purifying member 680 The problem of smoking can be confirmed.

13 is a front view schematically showing another embodiment of the purifier according to the present invention. As shown in FIG. 13, an embodiment of the purifier and its construction and operating relationship are shown in detail. The description is omitted.

13, the purifier 600 for the smoking booth is shaped like a chest of a human body, the suction portion 620 is located at the suction pipe of the human body, and the purifier 640 and the purifier The member 680 is provided at the closed position of the human body so that it can be recognized more by the harmfulness of smoking to the smoker.

That is, the cigarette smoke generated at the time of smoking is sucked by the suction unit 620 provided at the position of the nose and mouth of the human body, moved to the purifier unit 640 located at both the closed positions, purified by the purifier unit 640, The smoker can confirm the state that the smoker is harmful to the human body by the contaminated purified water loaded on the purifier 640 and the purifier 680. [

When it is confirmed by the air circulation system 200 that a smoker enters the smoking space, the control unit 900 forms a collection step in which the digestive water is sprayed from the suction fan and the nozzle provided in the ash tray to collect the cigarette butts.

This is because the ashtray 800 is provided around the wall surface of the smoking booth as shown in FIG. 14, so that the smoker can be prevented from smoking in the smoking space of the smoking space 102, After smoking in the ball 822, a cigarette butt is dumped.

The dumped cigarette butts are extinguished by the digestion water which is naturally discharged by the nozzle 846 above the inclined surface 842 of the main body 840 so that the digested water is fed to the lower portion of the main body along the inclined surface 842 by the hopper Rejection 844 as shown in FIG.

Then, the cigarette butts and the digestion water are easily collected in the collection box 860 provided in the receptacle receptacle 844.

The digested water collected in the collection box 860 is discharged through the outlet 862, purified by the digestion correction means 890, and re-introduced into the nozzle 846.

The air in the main body 840 is sucked by the suction fan 870 provided at one side of the rejection port 844 so that the air around the air hole 822 is also sucked. Cigarette ash and dust are inhaled.

In addition, since the contaminated air in the ashtray 800 is not exposed to the outside due to the suction of the suction fan 870, the discomfort caused by the contaminated air coming from the ashtray 800 at the time of smoking can be minimized.

Fig. 15 is a front view of the ashtray 800 of another embodiment of the present invention, and its configuration and operating relationship are largely the same, so a detailed description thereof will be omitted.

However, as shown in FIG. 14, the ashtray 800 for the smoking booth is provided at one side of the middle of the smoking space.

The upper cover 820 and the main body 840 are formed in a square or circular shape to form an overall shape.

A hopper having an inclined surface 842 is provided in the main body 840 and a collecting box 860 is disposed on the end of the hopper having the inclined surface 842 to be inserted and discharged.

A nozzle 846 is provided around the upper surface of the inclined surface 842 to discharge the extinguished water.

The ashtray for the smoking booth as described above is constructed such that when a smoker puts a cigarette butt in the vicinity of the ashtray 800 and smokes a cigarette butt after smoking the cigarette butt in the top cover 820, And is collected in the collection box 860. [

In addition, when the collection box 860 is loaded with an appropriate amount of cigarette butts, the cigarette butts collected in the collection box 860 can be easily disposed of by collecting the cigarette butts from the main body 840.

As described above, the smoking booth according to the present invention senses that the smoker enters the smoking booth by the air circulation system, and controls the air circulation system, the wet cleaning system, the purifier and the ashtray according to the entrance of the smoker in the control unit simultaneously or sequentially So that the smoker can smoke in a harsh environment.

In addition, when the smoker is detected, the control unit stops the driving of the air circulation system, the wet cleaning system, the purifier, and the ashtray by the controller, thereby reducing unnecessary energy waste in the absence of the smoker.

It is to be understood that the present invention is not limited to the above-described embodiment, and various modifications and variations of the present invention can be made without departing from the scope of the present invention as set forth in the appended claims. It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

100: Smoking booth 102: Smoking space
106: ceiling 200: air circulation system
220: Air curtain part 222: Door
224: space 226: inner door
228: injection means 229: detection sensor
240: blind part 242: blind part
244: Hinge 246: Opening means
248: Suction ball 249-1: Air circulation fan
249-2: filter member 260:
262: Suction fan 264: Purification means
280: control unit 400: purifying system
420: suction portion 422: suction fan
424: hopper 430: nicotine combustion zone
432: space 434: convex lens
436: ultraviolet lamp or heating means
440: Tarn removing section 442:
450: filter unit 460:
462: exhaust fan 464: telephone means
470: Solar power generating section 472:
474: power generating means 476: battery
600: purifier 620: suction unit
622: Suction fan 624: Hopper
640: Purification section 642:
644: Purification space 646: Outlet
650: discharging portion 652: drying means
654: Filter 656: Row diverting means
658: exhaust fan 660: nozzle part
680: Cleansing member 682: Loading space
684: Filter 800: Ashtray
820: upper cover 822:
840: main body 842:
844: reject 846: nozzle
860: Collection Box 862: Outlet
870: Suction fan 880: Air purifying means
890: purified water purification means 900:

Claims (10)

A smoking cigarette comprising a smoking space for smoking by a smoker, and a transparent wall surface through which at least three sides are perforated,
An air circulation system for detecting the entrance / exit of the smoker to the smoking space and circulating air in the smoking space;
A dry purifying system provided at an upper portion of the smoking space to suck and purify air in a smoking space using sunlight to generate electricity;
A purifying device which is transparently provided on a wall surface of the cigarette space to inform a smoker of the purging state of the cigarette smoke discharged by the smoker so as to inform the user of the risk of smoking;
An ashtray into which only a cigarette butt is poured around a wall surface or on one side of the smoking space;
And a controller for controlling the air circulation system, the wet purification system, the purifier, and the ashtray.
The method according to claim 1,
Wherein the air circulation system is provided with an entrance door provided in the smoking booth and an inner door that forms a space between the doors so that the injection means for injecting air for a certain period of time at the time of entering and exiting the smoker is provided on the upper part, An air curtain unit having a sensing sensor;
A plurality of blind members are provided to automatically open a plurality of suction holes when the entrance and exit of a smoker is detected in the entrance door, the blind member is provided with a hinge at its center, and one of the front and rear surfaces is connected to the opening means And a blind part provided to be automatically opened and closed by the lifting and lowering of the opening means.
3. The method of claim 2,
Wherein the blind part is provided on a lower circumference of the smoking booth or on one side of the smoking booth.
The method according to claim 1,
A suction unit provided at an upper side or a side of the smoking space of the smoking booth so that the contaminated air in the smoking space is constantly sucked; A nicotine combustion section in which nicotine contained in cigarette smoke is naturally burned by sunlight or a lamp to contaminated air introduced from the suction section;
A tar removal section having at least one silver-coated partition wall for adsorbing tar contained in the cigarette smoke burned with nicotine by the nicotine combustion section;
A filter section in which at least one filter is provided to remove foreign substances in the air from which nicotine and tar have been removed by the nicotine combustion section and the tar removal section;
A discharge section for discharging air purified by the filter section;
And a photovoltaic power generation unit for self-power generation by sunlight.
5. The method of claim 4,
Wherein the upper ceiling of the nicotine combustion zone is provided with a plurality of convex lenses so that sunlight can be concentrated in the nicotine combustion zone.
The method according to claim 1,
The purging device includes a suction unit that constantly sucks contaminated air in a smoking space;
Wherein at least one or more purifying spaces for spraying the polluted air introduced from the suction unit are provided vertically and vertically up and down by partition walls so that contaminated air is circulated up and down, The discharge unit is provided with drying means for drying or sterilizing air, and a filter for filtering air is provided, and fragrance dissipating means for adding aroma to the air is provided, and discharged to the smoking space of the smoking booth A purifying unit provided as an exhaust fan for purifying exhaust gas;
A nozzle unit for spraying purified water to purify contaminated air in the purifier;
A collecting unit provided at a lower portion of the purifying unit for purifying the contaminated air by spraying the purifying water to load the contaminated purified water up to a certain level to check the condition of the purified water contaminated to the smoker;
And a purifying member for purifying the purified water discharged from the collecting unit,
Wherein the smoke is provided in a form of a frame on the wall surface or one side of the smoking space of the smoking booth so that the contaminated air is purified by the purified water when the smoker smokes and the contaminated water is visually confirmed. And a warning is provided.
The method according to claim 6,
Wherein the purifier for the smoking booth is provided in a shape of a chest of a human body to warn a smoker of the risk of smoking.
The method according to claim 1,
The ashtray includes an upper cover having a plurality of cigarette butts at an upper portion thereof, and a cigarette butt is dumped;
A hopper having an inclined surface at an upper portion thereof and a nozzle for discharging the digested water at an upper portion of the inclined surface is provided and the cigarette butt to be dumped is transported to the lower portion of the inclined surface, A body for collecting cigarette butts in the lower part, and a body for digesting and collecting cigarette butts by digestion water;
A collection box in which a cigarette butts to be dumped from the main body are collected, and a discharge port through which digestion water is discharged to a lower side of the collection box;
A suction fan provided at one side of the main body to suck air in the main body;
Wherein a smoking cigarette butt is disposed around the wall surface of the smoking cigarette or on one side of the main body so as to collect and extinguish the cigarette butt.
9. The method of claim 8,
And a digestion water purifying means for purifying the digestion water of the main body.
A spraying step of detecting the entrance of the smoker from the air curtain portion of the air circulation system and injecting the air by the spraying means of the air curtain portion by the control portion;
A circulation step of opening the blister part of the smoking space by the control part when the smoker enters the room and making air circulation in the smoking space;
A purifying step of purifying the air in the smoking space by the control unit at the time of entering and exiting the smoker by cleaning the contaminated air in the smoking space by suction of the dry purifying system and the purifying device;
A collecting step of collecting cigarette butts by driving a suction fan and a nozzle provided in an ashtray by a control unit when the smoker enters and exits;
Wherein the smoker detects the exit of the smoker by the air curtain portion of the air circulation system during the exit of the smoker, and stops the injection step, the purifying step, and the collecting step.

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