CN113080512A - Cigarette humidifying method and humidifying device - Google Patents
Cigarette humidifying method and humidifying device Download PDFInfo
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- CN113080512A CN113080512A CN202010017021.XA CN202010017021A CN113080512A CN 113080512 A CN113080512 A CN 113080512A CN 202010017021 A CN202010017021 A CN 202010017021A CN 113080512 A CN113080512 A CN 113080512A
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- A—HUMAN NECESSITIES
- A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
- A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
- A24F25/00—Devices used by the smoker for controlling the moisture content of, or for scenting, cigars, cigarettes or tobacco
- A24F25/02—Moistening devices
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Abstract
The invention discloses a cigarette humidifying method, which comprises the steps of introducing air flow into water, generating steam-containing air flow through aeration or atomization, and axially passing the steam-containing air flow through the cigarette to be humidified, so as to improve the water content of cut tobacco of the cigarette. A cigarette humidifying device comprises a water-containing steam generating device, wherein the water-containing steam generating device comprises a water container, an air inlet pipeline and an air outlet pipeline, the water container is provided with an openable sealing cover, and water or an aqueous solution containing fragrant substances is contained in the water container. An aeration or atomization device is arranged in the water container, the aeration or atomization device is positioned in water or aqueous solution containing fragrant substances, the aeration or atomization device is connected with an air inlet pipeline, and the other end of the air inlet pipeline extends out of the water container. One end of the air outlet pipeline is arranged at a position above the liquid level in the water container, the other end of the air outlet pipeline extends out of the water container, and a cigarette butt joint port is arranged at the end, extending out, of the air outlet pipeline; a cigarette may be placed over the cigarette butt joint to humidify the cigarette.
Description
Technical Field
The invention relates to a humidifying method for tobacco products, in particular to a humidifying method for formed cigarette rods.
The invention also relates to a cigarette humidifying device used in the cigarette humidifying method.
Background
Cigarette cigarettes or tobacco products are the basic raw materials for smoking, and the tobacco leaves and tobacco shreds of the tobacco products are all processed by leaves of tobacco plants. Natural tobacco contains a large amount of moisture and is not suitable for direct smoking, and the moisture of the sun-dried and roasted tobacco leaves is reduced, but the over-dried tobacco leaves are also difficult to smoke. For example, it is generally considered that when the moisture content is 10% or less, the dried tobacco leaves are brittle and easily broken and scattered, and thus, fine tobacco surfaces or tobacco powders are generated. During combustion, smaller granular cigarette ash can be generated and enter the oral cavity along with the smoke, and the smoke powder and the smoke surface can block a suction airflow channel. And the smoke generated when the over-dried tobacco products are burnt has a spicy feeling when being sucked, and the taste is not good. Most importantly, the burning temperature of the drier tobacco products causes the high tar content in the smoke and the high smoke temperature.
Tobacco products are therefore generally manufactured, stored, transported and used at preferred temperatures and humidities, especially where humidity is an issue. The optimum smoking humidity of tobacco products such as common cigarette is that the moisture content is between 10 and 15 percent, the dry feeling is generated when the moisture content is lower than 10 percent, and the tobacco products are not easy to burn when the moisture content is higher than 15 percent.
Although the existing cigarette packaging adopts a method of sealing and packaging the cigarettes by tinfoil and plastic films, even if the sealing condition is good, the moisture content gradually evaporates along with the prolonging of the storage time, and the moisture content is reduced, especially in a dry environment.
The cigarette that people smoked at ordinary times, it is very easy to dehydrate dry, someone dips in water before smoking, but the cigarette that dips in water although some water soaks, the moisture distributes unevenly, and the part that does not soak is still dry, and the part that soaks is difficult for lighting again. Some people also insert the filter tip of the cigarette into water and suck air from the other end of the cigarette through a mouth to achieve the purpose of moistening the cigarette through moisture rising, but the method results in that water is directly absorbed into the cigarette filter, so that the method is not elegant, and water is sucked into the filter tip and the cigarette to influence smoking and filtering effects.
In view of the defects, the inventor designs a method for humidifying cigarette rods, which can realize instant humidifying and moisture regaining of dry cigarette rods and achieve better smoking humidity.
Disclosure of Invention
The invention aims to provide a method for humidifying cigarettes, which can humidify and remoisten over-dried cigarettes to achieve better smoking effect.
The invention also aims to provide a cigarette humidifying device which can simply and conveniently realize the humidifying method and has simple and practical structure.
The cigarette humidifying method of the present invention is to introduce air flow into water to produce vapor-containing air flow through aeration or atomization, and to make the vapor-containing air flow axially pass through the cigarette to be humidified to raise the water content of tobacco shred in the cigarette. The method of using the gas flow containing water vapor to directly pass through the tobacco shreds of the cigarette is a direct and rapid method for humidifying and dampening the cigarette.
In the cigarette humidifying method, the air flow is air, nitrogen or oxygen, is generated in a negative pressure suction mode or a positive pressure inflation mode, the humidity of the air flow is sensed by a humidity sensing device, and the humidifying effect of the cigarettes is evaluated by the air flow humidity value. The humidity detection of the humidity sensing device is added, the humidification effect of the cigarette can be directly evaluated, and the excessive water content caused by cigarette humidification transition is avoided.
In the cigarette humidifying method, the negative pressure suction mode is to apply suction pressure in the downstream direction of the airflow; the positive pressure inflation mode is to apply inflation pressure in the upstream direction of the cigarette in the airflow. The aim is to make the water-containing steam flow to overcome the air flow resistance of the cigarette under the action of pressure to generate flow.
In the cigarette humidifying method, the process of generating the steam-containing air flow is to introduce the air flow into water, and the process of forming the steam-containing air flow after the air flow passes through the water, and comprises one or a combination of aeration atomization, electric heating atomization or ultrasonic atomization of an aeration head. As long as it can atomize water to generate water vapor into the air stream.
In the cigarette humidifying method, water-soluble fragrant substances commonly used by tobacco are added into the water. The aromatic substances which can be used by the cigarette are added in the water, and enter the cigarette along with the airflow, so that the taste is increased when the cigarette is smoked.
The cigarette humidifying device comprises a water-containing steam generating device, wherein the water-containing steam generating device comprises a water container, an air inlet pipeline and an air outlet pipeline, the water container is provided with an openable sealing cover, and the water container is filled with water or an aqueous solution containing fragrant substances. An aeration or atomization device is arranged in the water container, the aeration or atomization device is positioned in water or aqueous solution containing fragrant substances, the aeration or atomization device is connected with an air inlet pipeline, and the other end of the air inlet pipeline extends out of the water container. One end of the air outlet pipeline is arranged at a position above the liquid level in the water container, the other end of the air outlet pipeline extends out of the water container, and a cigarette butt joint port is arranged at the end, extending out, of the air outlet pipeline; a cigarette may be placed over the cigarette butt joint to humidify the cigarette. This scheme can be through inhaling or blowing from the outer end of air inlet pipeline from the other end that cigarette propped up, realizes the purpose that contains the steam air current and prop up through cigarette.
In the cigarette humidifying device, the humidifying device further comprises an air pump and a connecting pipeline, and the air pump is a positive pressure air pump or a negative pressure air pump. When the air pump is a positive pressure air pump, the positive pressure air pump is connected with the air inlet pipeline of the water-containing steam airflow generating device through the connecting pipeline. When the air pump is a negative pressure air pump, the negative pressure air pump is in butt joint with the other end of a cigarette placed on the cigarette butt joint opening through a connecting pipeline. The added air pump device can easily overcome the resistance of the cigarette and the connecting pipeline, and the aim of airflow flowing is fulfilled.
In the cigarette atomization humidifying device, the humidifying device also comprises a cigarette humidifier, and one end of the cigarette humidifier is connected with an air outlet pipeline of the water-containing steam flow generating device; the air pump is connected between the air inlet pipeline of the moisture-containing steam flow generating device and the other end of the cigarette humidifier through a connecting pipeline; the water-containing steam flow generating device, the cigarette humidifier and the air pump are connected into a circulating system through connecting pipelines; the cigarette is placed in a cigarette humidifier for humidification. Through setting up a cigarette humidifier, install cigarette in the humidifier and humidify, make the humidification effect better.
In the cigarette atomization and humidification device, the cigarette humidifier is of a cylindrical structure, the inner diameter of the cigarette humidifier is equivalent to the outer diameter of a corresponding cigarette, two ends of the cigarette humidifier are respectively provided with a joint with the inner diameter smaller than the outer diameter of the corresponding cigarette, and the joints are respectively connected with a connecting pipeline; wherein, an opening structure is arranged at the position of the air outlet end joint of at least the cigarette humidifier; the cigarette humidifier is characterized in that a humidity sensor of a humidity sensing device is arranged at the downstream position of the air flow of the cigarette humidifier and connected with the humidity sensing device.
In the cigarette atomization humidifying device, the air pump is a miniature or small air pump and is arranged on a connecting pipeline of the airflow circulating system; the air pump is provided with a control device, the air pump control device and the humidity sensing device are integrated and arranged in a linkage mode, and the humidity sensing device senses the humidity condition to control the opening and closing of the air pump.
The cigarette humidifying device and the operation method are simple, the humidifying and the moisture regaining of the cigarette can be easily realized, and the humidifying degree of the tobacco shreds of the cigarette can be relatively uniform because the gas flow containing water vapor axially passes through the cigarette. The control of the humidification degree is realized through the humidity detection device, and the humidification transition is avoided. The air pump can be arranged, the air pressure difference generated by the air pump can promote the generation of air flow, the air flow is forced to pass through the cigarette, the humidifying effect is increased, and the simple structure can also directly realize the humidifying effect in a mode of oral suction or air blowing. An aeration device or an atomization device can also be arranged in the water container to increase the water vapor content and accelerate the humidification speed. The humidifying device of the invention has simple structure, is easy to carry and can be used at any time.
The cigarette after humidification and moisture regaining can not generate smaller granular cigarette ash during combustion because the tobacco shreds are already moisture regained, and can not block a suction airflow channel because of the generated tobacco powder and the tobacco surface. And the remoistened tobacco shreds have no spicy feeling when being burnt, and the taste is improved. Due to the increase of moisture regain, the generated cigarette tar is blocked by the filter tip because of the adhesion and condensation of water vapor, and the tar amount entering the oral cavity is reduced. The flavor substance added during humidification can also improve the taste and flavor of cigarette smoking. Thereby overcoming the defects in the prior art.
Drawings
FIG. 1 is a schematic sectional view showing the humidifying device for cigarette rods in the use state according to example 1 of the present invention;
FIG. 2 is a schematic sectional view of the humidifying device for cigarette rod in the embodiment 2 of the present invention;
fig. 3 is a schematic sectional view showing a using state of the cigarette humidifying device according to embodiment 3 of the present invention.
Shown in the figure: 1 is a cigarette filter tip; 2 is a cigarette body; 3 is cigarette paper; 4 is a cigarette butt joint; 5 is an air outlet pipeline; 6 is a sealing cover; 7 is an air inlet pipeline; 8 is a closed air chamber; 9 is clear water; 10 is an atomization aeration head; 11 is a water container; 12 is an inner tube; 13 is an atomizer; 14 is a cigarette humidifier; 15 is a control device; 16 is an air pump; and 17 is a humidity sensor.
141 is an on-off joint; 142 is a joint.
Detailed Description
The invention is described in detail below with reference to specific embodiments and drawings, but the specific embodiments are only for explaining the technical solutions of the invention, and any description thereof does not affect the limitation of the protection scope.
Example 1:
fig. 1 is a schematic cross-sectional view of the cigarette humidifying device of the present embodiment, which is a simpler cigarette humidifying device of the present invention.
As shown in figure 1, the main part of the device is a water container 11, clean water 9 is contained in the water container 11, a top sealing cover 6 is arranged on the water container 11, the clean water 9 is sealed in the water container 11 by the top sealing cover 6, a sealed air chamber 8 is formed, air tightness is guaranteed, and air leakage is avoided.
An atomization aeration head 10 which does not need external energy is arranged in the water container 11, and the aeration position of the atomization aeration head 10 is positioned below the water surface of the clean water 9. The atomizing aeration head 10 is a microporous device with a downward opening, and can disperse the gas in the atomizing aeration head 10 into the clean water 9 through micropores, then the dispersed bubbles rise in the clean water 9, and part of the clean water 9 and the gas are mixed and enter the closed air chamber 8 in the rising process to form gas containing water vapor.
The upper end of the atomizing aeration head 10 is connected with an air inlet pipeline 7, and the other end of the air inlet pipeline 7 extends out of the water container 11 through the sealing cover 6 and can be communicated with external air flow.
In addition, the sealing cover 6 of the water container is also provided with an air outlet pipeline 5, one end of the air outlet pipeline 5 extends into the water container 11, but the opening of the air outlet pipeline is positioned in the sealed air chamber 8 above the liquid level of the clean water 9. The other end of the air outlet pipeline 5 is connected with a cigarette butt joint port 4. The cigarette butt joint port 4 shown in the figure is in a disc shape with a central opening, and the inner diameter of the disc is slightly larger than the outer diameter of the corresponding cigarette body 2, so that the cigarette can be axially and hermetically placed in the butt joint port 4. Meanwhile, the diameter of the central opening is smaller than that of the cigarette body 2, which is equivalent to that a clamping and stopping device is arranged for the cigarette to ensure that the cigarette is stably placed and cannot enter the air outlet pipeline 5. Of course, the disc-shaped cigarette butt joint in the drawing can be completely in a circular tube shape so as to ensure that the cigarette is stably placed in the disc-shaped cigarette butt joint. It is also required that the inner diameter of the circular tube shape corresponds to the diameter of a cigarette rod.
The device forms the basic structure of the cigarette humidifying device of the embodiment, when in specific use, clean water 9 is firstly required to be ensured in the water container 11, the water container 11 is placed right, and the air inlet pipeline 7 and the air outlet pipeline 5 are both positioned at the top of the water container 11. The far end (i.e. the exposed end of the tobacco shred) of the cigarette is placed in the cigarette butt joint port 4, and the cigarette paper 3 and the butt joint port 4 are in a sealed butt joint state.
At this time, the suction action can be performed from the position of the filter tip 1, the suction action generates negative pressure suction pressure, the suction pressure passes through the filter tip 1 and the cigarette body 2 of the cigarette, and the cigarette paper 3 of the cigarette body 2 has certain tightness and serves as an airflow channel. The suction negative pressure is transmitted into the closed air chamber 8, the air pressure in the closed air chamber 8 is reduced, along with the reduction of the air pressure, gas enters the atomizing aeration head 10 through the air inlet pipeline 7, is dispersed into small bubbles through the atomizing aeration head 10, enters the clean water 9, and then continuously rises to the closed air chamber 8 to form air flow. The air current that forms at this moment is the air current of passing through water of atomizing aeration head 10, contains a large amount of steam, after moisture-containing air current axial passes through cigarette body 2, alright make the pipe tobacco water content of cigarette body 2 increase, and then can reach the purpose of humidification regain.
The cigarette humidifying process of the device can be realized by suction action, and can also be realized by blowing air into the air inlet pipeline 7 and applying positive pressure. Specifically, after the cigarette is placed on the butt joint port 4, air is blown inwards from the outer end of the air inlet pipeline 7, the blown air flow enters the closed air chamber 8 through the atomization aeration head 10 and the clean water 9, then flows to the cigarette butt joint port 4 through the air outlet pipeline 5 and is blown out through the cigarette body 2, and the moisture-containing air flow also passes through the cigarette tobacco shreds, so that the purpose of humidifying and dampening is achieved.
In the above-mentioned embodiment of the apparatus and method, the content of the moisture in the air stream is increased by natural aeration and atomization through the atomization aeration head 10, so that the content of the moisture in the closed air chamber 8 and the moisture-containing air stream may be relatively insufficient, and the droplets of the moisture may be relatively large, thereby causing the humidification and moisture regain time to be longer. In fact, when the structure is used for humidifying cigarettes containing 5% of water, ten seconds are generally required for humidifying cigarettes containing 10% of water. But basically can meet the purpose of users and achieve the effects of humidification and moisture regaining.
This embodiment also can adopt the structure of simplifying relatively, does not set up sealed lid 6 and gas outlet pipe way 6, with the opening of flourishing water container 10 direct butt joint cigarette far end, gas inlet pipe way 7 gets into from flourishing water container's side, also can realize the effect of this embodiment.
Example 2:
as shown in fig. 2, this embodiment is a structural change based on embodiment 1, and this embodiment still uses the basic structure of embodiment 1, but in order to increase the humidification speed. It is necessary to increase the amount and generation rate of the moisture, and therefore, a natural atomizing aeration head 10 structure is not provided, but an electric heating atomizing device 13 is provided in the water container 11. With electric heat atomizing device 13 through the heating with partial clear water 9 vaporization atomizing, increase the steam content in the air current and reduce the water droplet diameter, gas outlet pipe way 5 passes through inner tube 12 with electric heat atomizing device 13 again and is connected, the steam that makes electric heat atomizing device 13 produce directly draws forth cigarette butt joint mouth 4 department through gas outlet pipe way 5, because the steam content in the air current is higher, the granularity is littleer, through the cigarette more easily dispersion when propping up cigarette with adsorbing the pipe tobacco surface, this kind of moisture steam circulation is when propping up cigarette this moment, can be with the water content cigarette of 5% in 2 seconds humidification to 10% water content.
In this structure, the electrothermal atomizing device 13 can be converted into an ultrasonic atomizing device, and the same function and purpose as those of the present embodiment can be achieved. The electric heating atomization device 13, the ultrasonic atomization device and the atomization aeration head 10 can also be used in combination. However, since the electric atomizing or ultrasonic atomizing device is provided, a power supply and a control device are required to be additionally provided.
In this embodiment, the inner tube 12 may not be provided, and the vapor-containing stream atomized by the electrothermal atomizing device 13 may flow out through the sealed air chamber 7 and the outlet pipe 5.
Example 3:
the embodiment carries out structural change aiming at improving the automation degree and the reliability to form an automatic controllable cigarette humidifying system.
As shown in fig. 3, the humidifier of this embodiment is a humidifier system composed of a water container 11, an air pump 16, a humidifier 14, a control device 15 and an air connecting pipeline.
Wherein water container 11 still generates a vapor-containing gas stream using the configuration of atomizing aeration head 10 of example 1.
A cigarette humidifier 14 is arranged in the system, and the cigarette humidifier 14 is a pipe body with the inner diameter corresponding to the diameter of a humidified cigarette, so that the cigarette can be inserted or pulled out. The upper end of cigarette humidifier 14 sets up opens and close the joint 141, and the lower extreme sets up joint 142, opens and close joint 141 and joint 142 central point and all sets up the trompil, but the diameter of trompil slightly is less than the diameter that cigarette propped up, and the purpose guarantees to fix cigarette propped up in the inside of cigarette humidifier 14.
An air pump 16 is arranged in the system, the air inlet end of the air pump 16 is communicated with the opening and closing joint 141 at the upper end of the humidifier 14 through a connecting pipeline, and the air outlet end is communicated with the air inlet pipeline 7 of the water-vapor-containing airflow generating device through a connecting pipeline. The air outlet pipeline 5 in the moisture vapor flow generating device is communicated with the lower end joint 142 of the cigarette humidifier 14 through a connecting pipeline. Such a connection structure forms an air flow path. The pressurized air flow is conveyed to the air inlet pipeline 7 of the water vapor-containing air flow generating device from the air pump 16, and then forms water vapor-containing gas in the closed air chamber 8 through the aeration effect of the atomization aeration head 10, and further forms water vapor-containing air flow which is output through the air outlet pipeline 5 and conveyed to the lower end connector 142 of the humidifier 14 to enter the cigarette humidifier 14. At the moment, the cigarette is axially arranged in the cigarette humidifier 14, the water-containing steam flows through the cigarette humidifier 14, and because no gap exists between the cigarette humidifier 14 and the cigarette, the water-containing steam passively and axially passes through the surface of the cut tobacco of the cigarette body 2, and the steam in the water-containing steam is attached to the cut tobacco, so that the purposes of humidifying and dampening are achieved.
After the cigarettes pass through, the water content of the airflow is reduced, and the airflow passes through the opening and closing joint 141 at the end of the humidifier 14 and then enters the air inlet port of the air pump 16 through the connecting pipeline. A circulating air flow path is formed, the air flow after one cycle of circulation is aerated again and passes through the cigarettes again, and the circulating humidification effect is better.
As shown in fig. 3, in order to intuitively display the humidification effect and automatically control the operation of the humidification apparatus. The automatic control device 15 is also arranged, the automatic control device 15 is integrated with a humidity sensing device and an air pump opening and closing control device, a humidity sensor 17 is arranged in an opening and closing connector 141 of the humidifier 14, the humidity sensor 17 is arranged at the downstream of cigarettes of the humidifying air flow, the humidity is displayed on the control device 15 after the air flow passes through the cigarettes and is controlled by the control device 15 to open and close the air pump 16, so that the air pump 16 can be automatically closed when the air flow humidity reaches a set value, the air flow conveying is stopped, and the atomization and humidification actions are stopped.
On the basis of the above embodiment, humidity sensors may be respectively disposed at two ends of the humidifier 14, that is, the opening/closing connector 141 and the pipe connector 142, so as to evaluate the heating effect of the cigarette by the moisture content of the air flow before and after passing through the cigarette. Meanwhile, the sensed humidity value can be displayed on the control device 15, and the opening and closing actions of the air pump can be controlled according to the sensed humidity value.
The purpose of the upper end of the cigarette humidifier 14 is to open and close the fitting 141 so that the cigarette humidifier can be opened and the cigarettes placed in the humidifier.
Example 4:
this embodiment is a structural change based on embodiment 3, and embodiment 3 is explained as a structure of a single humidifier 14, and only a single cigarette can be humidified at the same time. In this embodiment, the cigarette humidifier 14 is changed to a cigarette humidifying box, the main body of the cigarette humidifying box is provided with a plurality of holes with the diameter equivalent to that of the cigarettes, the holes are used for inserting the humidified cigarettes, the two ends of the cigarette humidifying box are provided with closed air flow distributors, the air flow distributor at the lower end is connected with the air outlet pipeline 5 of the water-vapor-containing air flow generating device through a connecting pipeline, the upper end of the air flow distributor is also provided with an openable connector device and is connected with an air pump through a pipeline to form a circulating air flow, and the structure can humidify and remoisten a plurality of cigarettes at one time.
In the above embodiment 3 or 4, the atomizing aeration head 10 is used to generate the aqueous air flow, and the electric heating atomization device 13 or the ultrasonic atomization device can also be used, in which case the electric heating atomization device 13 and the ultrasonic atomization device are also electrically connected to the control device 15, so that the control device 15 can control the operation of the whole system. Of course, the whole system can be integrated into a specific device for the purpose of portability and portability.
In the device of the invention, the clean water in the water-containing steam flow generating device can also be the flavoring substance which can be used by adding tobacco into the clean water, and the flavoring substance is attached to the surface of the cut tobacco in the humidifying process, so that the effect is better than that of adding the flavoring substance into the cut tobacco in the production and manufacturing process.
The water container 11 is provided with a sealing cover 6, which sealing cover 6 is normally openable for adding and replacing the fresh water 9 and the fragrant substances to the interior.
The auxiliary facilities can be added on the basis of the embodiment 1, for example, the simple humidifying device of the embodiment, the air inlet pipeline 7 and the air outlet pipeline 5 are communicated with the outside, therefore, sealing plugs can be arranged on the device for the air inlet pipeline 7 and the air outlet pipeline 5, and the sealing plugs are tightly plugged under the condition of not using, so that the leakage of clear water is avoided.
The above description is of the preferred embodiments, and it is understood that other alternative configurations may be used in addition to the configurations and processes of the above embodiments without departing from the basic concept of the present invention.
Claims (10)
1. A cigarette humidifying method is characterized in that: introducing the air flow into water, generating a steam-containing air flow through aeration or atomization, and axially passing the steam-containing air flow through the cigarette to be humidified, so as to improve the water content of the cut tobacco in the cigarette.
2. The cigarette rod humidifying method of claim 1, wherein: the air flow is air, nitrogen or oxygen, is generated in a negative pressure suction mode or a positive pressure inflation mode, the humidity of the ventilation flow is sensed by a humidity sensing device, and the humidifying effect of the cigarettes is evaluated by the air flow humidity value.
3. The cigarette rod humidifying method of claim 2, wherein: the negative pressure suction mode is to apply negative pressure suction pressure in the downstream direction of the airflow cigarette; the positive pressure inflation mode is to apply positive pressure inflation pressure in the upstream direction of the airflow cigarette.
4. The cigarette rod moisturizing method of any one of claims 1 to 3, characterized in that: the process of generating the water vapor-containing airflow comprises the steps of introducing the airflow into water, and forming the water vapor-containing airflow after the airflow passes through the water, wherein the processes comprise aeration atomization, electrothermal atomization or ultrasonic atomization of an aeration head.
5. The cigarette rod humidifying method of claim 4, wherein: the water is added with water-soluble fragrant substances.
6. A cigarette humidifying device is characterized in that: the device comprises a water-containing steam flow generating device, wherein the water-containing steam flow generating device comprises a water container, an air inlet pipeline and an air outlet pipeline, the water container is provided with an openable sealing cover, and water or an aqueous solution containing fragrant substances is contained in the water container; an aeration or atomization device is arranged in the water container, the aeration or atomization device is positioned in water or aqueous solution containing fragrant substances, the aeration or atomization device is connected with an air inlet pipeline, and the other end of the air inlet pipeline extends out of the water container; one end of the air outlet pipeline is arranged at a position above the liquid level in the water container, the other end of the air outlet pipeline extends out of the water container, and a cigarette butt joint port is arranged at the end, extending out, of the air outlet pipeline; a cigarette may be placed over the cigarette butt joint to humidify the cigarette.
7. The cigarette humidifying device of claim 6, wherein: the humidifying device also comprises an air pump and a connecting pipeline, wherein the air pump is a positive pressure air pump or a negative pressure air pump; when the air pump is a positive pressure air pump, the positive pressure air pump is connected with an air inlet pipeline of the water-containing steam airflow generating device through a connecting pipeline; when the air pump is a negative pressure air pump, the negative pressure air pump is in butt joint with the other end of a cigarette placed on the cigarette butt joint opening through a connecting pipeline.
8. The cigarette humidifying device of claim 7, wherein: the humidifying device also comprises a cigarette humidifier, and one end of the cigarette humidifier is connected with an air outlet pipeline of the water-containing steam flow generating device; the air pump is connected between the air inlet pipeline of the moisture-containing steam flow generating device and the other end of the cigarette humidifier through a connecting pipeline; the water-containing steam flow generating device, the cigarette humidifier and the air pump are connected into a circulating system through connecting pipelines; the cigarette is placed in a cigarette humidifier for humidification.
9. The cigarette humidifying device of claim 8, wherein: the cigarette humidifier is of a cylindrical structure, the inner diameter of the cigarette humidifier is equivalent to the outer diameter of a corresponding cigarette, two ends of the cigarette humidifier are respectively provided with a joint with the inner diameter smaller than the outer diameter of the corresponding cigarette, and the joints are respectively connected with connecting pipelines; wherein, an opening structure is arranged at the position of the air outlet end joint of at least the cigarette humidifier; the cigarette humidifier is characterized in that a humidity sensor of a humidity sensing device is arranged at the downstream position of the air flow of the cigarette humidifier and connected with the humidity sensing device.
10. The cigarette humidifying device of claim 9, wherein: the air pump is a miniature or small air pump and is arranged on a connecting pipeline of the airflow circulating system; the air pump is provided with a control device, the air pump control device and the humidity sensing device are integrated and arranged in a linkage mode, and the humidity sensing device senses the humidity condition to control the opening and closing of the air pump.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114988155A (en) * | 2022-05-24 | 2022-09-02 | 铜陵有色兴铜机电制造有限公司 | Dust suppression cooling humidifying device |
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| CN114988155A (en) * | 2022-05-24 | 2022-09-02 | 铜陵有色兴铜机电制造有限公司 | Dust suppression cooling humidifying device |
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