CN209742430U - Intelligent high-efficient environmental protection flue gas purification smoking pavilion - Google Patents
Intelligent high-efficient environmental protection flue gas purification smoking pavilion Download PDFInfo
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- CN209742430U CN209742430U CN201920422275.2U CN201920422275U CN209742430U CN 209742430 U CN209742430 U CN 209742430U CN 201920422275 U CN201920422275 U CN 201920422275U CN 209742430 U CN209742430 U CN 209742430U
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Abstract
An intelligent efficient environment-friendly smoke purification smoking pavilion is a space formed by a base, front, rear, left and right baffles and a roof, and further comprises an inlet and an outlet, wall-leaning bench, an exhaust duct, an LED lamp, an exhaust fan, a purification duct, an air transmission pipeline, a cigarette butt collection box, a smoke sensor, a ground ash collection concave channel, an air blowing fan and an intelligent control terminal; the inlet and the outlet are provided with an infrared recognition device and a vertical air curtain. The utility model fully utilizes the floating characteristics of the smoke, adopts the bottom air blowing, efficiently collects the smoke in the smoke booth, reduces the smoke concentration in the smoke booth, protects smokers from the harm of second-hand smoke, and simultaneously adopts the design of the wind curtain wall, avoids the safety problem of automatic opening and closing of the glass door, and also reduces the risk of smoke leakage when the glass door is opened; the sunlight irradiation and the LED lamp are utilized to realize the reinforced photocatalytic degradation of toxic and harmful substances, so that the toxic and harmful substances are prevented from entering the natural environment; and the energy consumption is low, and the popularization and the application are convenient.
Description
Technical Field
The utility model belongs to the technical field of indoor flue gas is dealt with, concretely relates to intelligent high-efficient environmental protection flue gas purifies smoking pavilion.
background
At present, China has become the biggest tobacco producing country and consuming country in the world, and an investigation result published by British's J.J. shows that the number of people smoking cigarettes in China is about 3.01 hundred million, which accounts for about 28% of the total population in China, and the proportion is the first of all countries in the world.
the smoke produced by the cigarette during combustion consists of a gas phase portion and a particulate phase portion. The gas phase substance accounts for about 92% of the total amount of the smoke, wherein the gas phase substance mainly comprises CO, benzene series substances, volatile aldehydes and ketones, chlorinated hydrocarbons, nitrogen oxide and the like; although the proportion of the particulate phase substance is less than 8 percent, the particulate phase substance mainly comprises nicotine (nicotine) and tar, and a large number of researches show that the main harmful ingredients in the cigarette smoke are mainly concentrated in the particulate phase substance. It has been reported that, although only 0.6% of the components in the particulate phase are harmful to human health, 0.2% of these harmful components are components that induce cancer and may be carcinogenic, and 0.4% are auxiliary carcinogenic components, such as fused aromatic hydrocarbons such as benzo (a) pyrene, aromatic amines, nicotine, nitrosamines, and the like.
Therefore, it is very important to effectively control the smoking point of smokers in public places and thoroughly remove tar, peculiar smell, toxic substance particles, cigarette ends and the like of second-hand smoke at fixed smoking points. Although some similar products such as smoke eliminators, smoke control rooms, simple smoking kiosks and the like appear in the market, toxic and harmful substances are removed only by adopting an adsorption mode, so that the service life of the purification device is shortened, and the harmful substances cannot be effectively and efficiently degraded. Some existing smoking pavilions operate for a long time when a human body enters the smoking pavilion and leaves the smoking pavilion, so that products such as the smoking pavilion become high-power-consumption products worthy of reality.
Based on the problems, an intelligent high-efficiency environment-friendly smoke purification smoking pavilion is developed, which can efficiently degrade toxic and harmful substances, reduce the possibility that the harmful substances enter the air environment, fully protect the health of smoking personnel and reduce the operation cost.
SUMMERY OF THE UTILITY MODEL
In view of the above problems, the utility model provides an intelligent high-efficient environmental protection flue gas purification smoking pavilion realizes that the smoking pavilion is collected-is degraded-gets rid of the flue gas high efficiency.
The utility model discloses a following technical scheme realizes.
The utility model relates to an intelligent high-efficiency environment-friendly smoke purification smoking pavilion, which is a space consisting of a base, a front baffle, a rear baffle, a left baffle, a right baffle and a roof, and also comprises an inlet, an outlet, a wall stool, an exhaust duct, an LED lamp, an exhaust fan, a purification duct, an air transmission duct, a cigarette butt collecting box, a smoke sensor, a floor ash collecting concave channel, an air blowing fan and an intelligent control terminal; the inlet and the outlet are provided with an infrared recognition device and a vertical air curtain.
The LED lamp and the smoke sensor are arranged in the middle of the inner plane of the roof; the wall-leaning bench is arranged at the junction of the base and the baffle, the cigarette butt collecting box is arranged in the middle of the smoking pavilion, and the air blower and the intelligent control terminal are arranged outside the smoking pavilion; the air blowing fan is connected with an air blowing hole between the wall-leaning bench and the base through a pipeline and is also connected with an air blowing pore passage penetrating through the cigarette butt collecting box, and air can be blown from the air blowing hole and the air blowing pore passage when the air blowing fan operates; a row of spaced exhaust ducts are arranged between the roof and the surrounding baffle plates; the rear of each exhaust duct is connected with a purification duct which is arranged on the roof slope of the smoking pavilion; the lower part in the purification pore channel is provided with a glass fiber material loaded with titanium dioxide, large-particle-size active carbon and small-particle-size active carbon are sequentially filled upwards, and the top end of the purification pore channel is provided with an exhaust fan; the intelligent control terminal is respectively connected with the LED lamp, the smoke sensor, the infrared recognition device at the inlet and the outlet, the vertical air curtain, the exhaust fan and the air blowing fan through data transmission lines.
The purification pore canal is cuboid organic glass.
A solar panel can be arranged between the two purification pore channels.
The base of the smoking pavilion can be also provided with a floor ash collecting concave channel.
An intelligent high-efficient environmental protection flue gas purifies smoking pavilion's operation mode as follows.
After the infrared recognition devices on the inlet and the outlet recognize that smoking personnel are ready to enter the smoking pavilion, information is transmitted to the intelligent control terminal through the information transmission line, the intelligent control terminal processes the information, the air blowing fan is turned on, fresh air is transmitted to the vertical air curtain at the inlet and the outlet through the air transmission channel to form an air curtain wall, and the fresh air is transmitted to the air blowing hole and the air blowing hole passage penetrating through the cigarette butt collecting box to blow air. After a smoker lights a cigarette, smoke contacts the smoke sensor, the smoke sensor transmits information to the intelligent control terminal, and the exhaust fan at the top of the intelligent control terminal is turned on. At the moment, the flue gas enters the purification channel through the peripheral exhaust channels under the action of the bottom air blowing holes and the air blowing channels, the flue gas is exhausted through the loaded titanium dioxide glass fiber material, the large-particle-size active carbon and the small-particle-size active carbon, wherein the direct irradiation of sunlight or the reinforced catalytic loading of the LED lamp on the titanium dioxide degrades phenol, benzo (a) pyrene and other condensed ring aromatic hydrocarbons, aromatic amine, nicotine, nitrosamine and other organic matters in the flue gas, and finally the particles are purified and removed step by the large-particle-size active carbon and the small-particle-size active carbon.
The utility model has the advantages of.
1) The utility model fully utilizes the floating characteristics of the smoke, adopts the bottom air blowing, efficiently collects the smoke in the smoke booth, reduces the smoke concentration in the smoke booth, protects smokers from the harm of second-hand smoke, and simultaneously adopts the design of the wind curtain wall, avoids the safety problem of automatic opening and closing of the glass door, and also reduces the risk of smoke leakage when the glass door is opened;
2) The utility model can utilize sunlight to irradiate TiO2 and LED lamp, to realize the intensified photocatalytic degradation of toxic and harmful substances, and avoid the toxic and harmful substances from entering the natural environment;
3) The utility model discloses an installation solar cell panel and intelligent control system can effectively reduce the reliance to external power supply, reduces the energy consumption of whole device, and the facilitate promotion is used.
Drawings
Fig. 1 is a side view of the present invention.
Fig. 2 is a schematic diagram of the combined arrangement of the purification channel and the solar cell panel on the roof.
FIG. 3 shows the inner filler of the purge channel.
1 is a wall leaning bench; 2 is an exhaust duct; 3 is a blowing hole; 4 is an LED lamp; 5 is an inlet and an outlet; 6 is an air blowing pore channel; 7 is a cigarette end collecting box; 8 is a purification pore channel; 9 is an exhaust fan; 10 is an air blower; 11 is an intelligent control terminal; 12 is an air transmission pipeline; 13 is a data transmission line; 14 is a glass fiber material loaded with titanium dioxide; 15 is a solar cell panel; 16 is large-particle-size activated carbon; 17 is small-particle-size activated carbon; 18 is a smoke sensor; 19 is a falling ash collecting concave channel.
Detailed Description
The present invention will be further explained by the following embodiments with reference to the accompanying drawings.
An intelligent efficient environment-friendly smoke purification smoking pavilion is a space formed by a base, front, rear, left and right four-side baffles and a roof, and further comprises an inlet and an outlet 5, a wall-leaning bench 1, an exhaust duct 2, an LED lamp 4, an exhaust fan 9, a purification duct 8, an air transmission duct 12, a cigarette end collecting box 7, a smoke sensor 18, a floor ash collecting concave duct 19, an air blowing fan 10 and an intelligent control terminal 11; the inlet and outlet 5 is provided with an infrared recognition device and a vertical air curtain.
The LED lamp 4 and the smoke sensor 18 are arranged in the middle of the inner plane of the roof; the wall-leaning bench 1 is arranged at the junction of the base and the baffle, the cigarette butt collecting box 7 is arranged in the middle of the smoking pavilion, and the air blower 10 and the intelligent control terminal 11 are arranged outside the smoking pavilion; the air blower 10 is connected with the air blowing hole 3 between the wall stool 1 and the base through a pipeline and is also connected with the air blowing pore passage 6 penetrating through the cigarette butt collecting box 7, and the air blower 10 can blow air from the air blowing hole 3 and the air blowing pore passage 6 when in operation; a row of spaced exhaust ducts 2 are arranged between the roof and the surrounding baffle plates; the back of each exhaust duct 2 is connected with a purification duct 8, and the purification duct 8 is arranged on the roof slope of the smoking pavilion; the lower part in the purification pore canal 8 is provided with a glass fiber material 14 loaded with titanium dioxide, large-particle-size active carbon 16 and small-particle-size active carbon 17 are sequentially filled upwards, and the top end of the purification pore canal 8 is provided with an exhaust fan 9; the intelligent control terminal 11 is respectively connected with the LED lamp 4, the smoke sensor 18, the infrared recognition device of the inlet and outlet 5, the vertical air curtain, the exhaust fan 9 and the air blower 10 through data transmission lines 13.
The purification pore canal 8 is cuboid organic glass.
And a solar panel 15 is arranged between the two purification pore canals 8.
The base of the smoking pavilion is provided with a floor ash collecting concave channel 19.
The utility model discloses the operation mode of device is as follows.
After the infrared recognition device on the inlet and outlet 5 recognizes that a smoker is ready to enter the smoking pavilion, information is transmitted to the intelligent control terminal 11 through the information transmission line 13, the information is processed by the intelligent control terminal 11, the air blowing fan 10 is turned on, fresh air is transmitted to the vertical air curtain of the inlet and outlet 5 through the air transmission channel 12 to form an air curtain wall, and meanwhile, the fresh air is transmitted to the air blowing hole 3 and the air blowing hole 6 penetrating through the cigarette butt collecting box 7 to be blown. After a smoker lights the cigarette, smoke contacts the smoke sensor 18, the smoke sensor 18 transmits information to the intelligent control terminal 11, and the exhaust fan 9 at the top of the intelligent control terminal 11 is turned on. At the moment, under the action of the air blowing hole 3 at the bottom and the air blowing hole 6, the smoke enters the purification channel 8 through the exhaust holes 2 at the periphery, the smoke is discharged through the loaded titanium dioxide glass fiber material 14, the large-particle-size activated carbon 16 and the small-particle-size activated carbon 17, wherein the direct irradiation of sunlight or the reinforced catalytic loaded titanium dioxide of the LED lamp degrades organic matters such as phenol, fused aromatic hydrocarbons such as benzo (a) pyrene, aromatic amine, nicotine and nitrosamine in the smoke, and finally the particles are purified and removed step by the large-particle-size activated carbon 16 and the small-particle-size activated carbon 17.
Claims (4)
1. An intelligent efficient environment-friendly smoke purification smoking booth is characterized in that the smoking booth is a space formed by a base, front, rear, left and right baffles and a roof, and further comprises an inlet and an outlet, wall-leaning bench, an exhaust duct, an LED lamp, an exhaust fan, a purification duct, an air transmission pipeline, a cigarette butt collection box, a smoke sensor, a ground ash collection concave channel, an air blowing fan and an intelligent control terminal; the inlet and the outlet are provided with an infrared recognition device and a vertical air curtain;
The LED lamp and the smoke sensor are arranged in the middle of the inner plane of the roof; the wall-leaning bench is arranged at the junction of the base and the baffle, the cigarette butt collecting box is arranged in the middle of the smoking pavilion, and the air blower and the intelligent control terminal are arranged outside the smoking pavilion; the air blowing fan is connected with an air blowing hole between the wall-leaning bench and the base through a pipeline and is also connected with an air blowing pore passage penetrating through the cigarette butt collecting box, and air can be blown from the air blowing hole and the air blowing pore passage when the air blowing fan operates; a row of spaced exhaust ducts are arranged between the roof and the surrounding baffle plates; the rear of each exhaust duct is connected with a purification duct which is arranged on the roof slope of the smoking pavilion; the lower part in the purification pore channel is provided with a glass fiber material loaded with titanium dioxide, large-particle-size active carbon and small-particle-size active carbon are sequentially filled upwards, and the top end of the purification pore channel is provided with an exhaust fan; the intelligent control terminal is respectively connected with the LED lamp, the smoke sensor, the infrared recognition device at the inlet and the outlet, the vertical air curtain, the exhaust fan and the air blowing fan through data transmission lines.
2. The intelligent efficient environment-friendly smoke purifying and smoking booth according to claim 1, wherein said purifying pore is cuboid organic glass.
3. The intelligent high-efficiency environment-friendly smoke purifying and smoking pavilion according to claim 1 is characterized in that a solar cell panel is arranged between the two purifying pore canals.
4. The intelligent high-efficiency environment-friendly smoke purifying and smoking pavilion according to claim 1, wherein the base of the smoking pavilion is provided with a floor ash collecting concave channel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920422275.2U CN209742430U (en) | 2019-03-31 | 2019-03-31 | Intelligent high-efficient environmental protection flue gas purification smoking pavilion |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920422275.2U CN209742430U (en) | 2019-03-31 | 2019-03-31 | Intelligent high-efficient environmental protection flue gas purification smoking pavilion |
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| CN209742430U true CN209742430U (en) | 2019-12-06 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201920422275.2U Active CN209742430U (en) | 2019-03-31 | 2019-03-31 | Intelligent high-efficient environmental protection flue gas purification smoking pavilion |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109779328A (en) * | 2019-03-31 | 2019-05-21 | 江西绿鄱环保科技有限公司 | A kind of intelligent high-efficient environmental protection gas cleaning smoke pavilions |
-
2019
- 2019-03-31 CN CN201920422275.2U patent/CN209742430U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109779328A (en) * | 2019-03-31 | 2019-05-21 | 江西绿鄱环保科技有限公司 | A kind of intelligent high-efficient environmental protection gas cleaning smoke pavilions |
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