CN110638114B - Electronic cigarette controlled by PLC circuit - Google Patents
Electronic cigarette controlled by PLC circuit Download PDFInfo
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- CN110638114B CN110638114B CN201911043205.7A CN201911043205A CN110638114B CN 110638114 B CN110638114 B CN 110638114B CN 201911043205 A CN201911043205 A CN 201911043205A CN 110638114 B CN110638114 B CN 110638114B
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Abstract
The invention discloses a PLC circuit controlled electronic cigarette, which comprises a cigarette rod system, a water collecting box detachably connected with the cigarette rod system, a cigarette sleeve system detachably connected with the cigarette rod system and a PLC control system; the smoke entering the cigarette rod system is cooled, condensed and filtered by the PLC control system to control the cigarette sleeve system, and condensed liquid is collected by the water collecting box, so that the technical problem of overlarge smoke when the electronic cigarette is used in the prior art is solved.
Description
Technical Field
The invention relates to an electronic cigarette, in particular to an electronic cigarette controlled by a PLC circuit.
Background
The electronic cigarette is an electronic product simulating a cigarette. It is a product which is absorbed by users after nicotine and the like are changed into steam by means of atomization and the like. When an electronic cigarette user uses the electronic cigarette, a large amount of mist is sprayed during smoking and spitting, and the smoke spitted by smoking the electronic cigarette is even much larger than the smoke spitted by smoking the cigarette. Many of the mist has certain smell, and some people who do not smoke the electronic cigarette feel quite opposite to the electronic cigarette users who spit the electronic smoke. In some cases, the mist given out by the smoking e-cigarette does affect the surrounding people. Most of the electronic cigarette smoke is water vapor, and some of the electronic cigarette smoke contains lipids, has certain smell, and some of the electronic cigarette smoke contains a small amount of nicotine. Electronic cigarette smog and cigarette smog difference lie in, mostly are liquid particle in the electronic cigarette smog, mostly are solid particle in the cigarette smog, and liquid particle in the electronic cigarette smog can condense into liquid through the cooling mostly. Many people feel very unpleasant to electronic cigarette smoke.
Therefore, there is a need for improvement of the prior art to solve the above technical problems.
Disclosure of Invention
In view of this, the present invention provides an electronic cigarette controlled by a PLC circuit, which solves the technical problem of excessive smoke in the prior art when using the electronic cigarette. The method is realized by the following technical scheme:
the designed electronic cigarette controlled by the PLC circuit comprises a cigarette rod system, a water collecting box detachably connected with the cigarette rod system, a cigarette sleeve system detachably connected with the cigarette rod system and a PLC control system; the cigarette rod system comprises a main cigarette rod, a cigarette cartridge clamp, a cigarette cartridge heater connected with the cigarette cartridge clamp, a cigarette cartridge pipe connected with the cigarette cartridge clamp and the main cigarette rod, a cigarette cartridge baffle connected with the cigarette cartridge pipe, a cigarette rod baffle connected with the main cigarette rod, an air vent and a cooling groove arranged on the main cigarette rod, wherein the main cigarette rod is tubular, the electronic cigarette cartridge can be fixed and replaced by the cigarette cartridge clamp, the position where the cigarette cartridge pipe is connected with the main cigarette rod is arranged above the cigarette rod baffle, the closed cigarette cartridge pipe of the cigarette cartridge baffle is not communicated with the interior of the main cigarette rod, the interior of the main cigarette rod is vertically separated when the cigarette rod baffle is closed, the air vent is arranged at the lower part of the cooling groove, and the cooling groove is arranged at the lower part of the cigarette rod baffle; the cigarette sleeve system comprises an upper water storage box, a lower water storage box, a heat-conducting cooling box, an upper pipeline connected with the cooling box and the upper water storage box, a lower pipeline connected with the cooling box and the lower water storage box, an upper baffle connected with the upper pipeline, a lower baffle connected with the lower pipeline and a gas filtering mechanism, wherein water is stored in the upper water storage box, the water in the upper water storage box can flow into the lower water storage box through the upper pipeline, the cooling box and the lower pipeline, the internal volumes of the upper water storage box and the lower water storage box are the same, the cooling box can be made of heat-conducting materials in the prior art, such as metal materials or glass materials, the gas filtering mechanism is arranged below the cooling box, the upper pipeline and the lower pipeline are both provided with hoses, when the cigarette rod system is connected with the cigarette sleeve system, the cooling box is arranged in the cooling tank and the gas filtering mechanism is connected with an air vent, and when the gas in a main cigarette rod flows from top to bottom, the smoke-water separator is connected with the cooling box and then discharged through the air vent and the air filtering mechanism, when the tobacco rod system is connected with the tobacco sleeve system, the water collecting box is connected with the tobacco rod system and the tobacco rod baffle is closed, the cooling box is sealed, the air in the main tobacco rod can be discharged only through the air vent, and the maximum volume of the water which can be stored in the cooling box is far smaller than the maximum volume of the water which can be stored in the upper water storage box; the water collecting box is arranged at the lower parts of the cooling box and the vent hole and is used for collecting moisture in the gas in the main smoke rod; the PLC control system comprises an air flow sensor, a controller I connected with a cigarette rod baffle, a controller II connected with a cigarette bullet baffle, a controller III connected with an upper pipeline and an upper baffle, a controller IV connected with a lower pipeline and a lower baffle, a controller V connected with a cooling box, a reverse switch, a programmable controller, a contact I connected with a cigarette rod system, a contact II connected with a cigarette sleeve system and a power supply device, wherein the air flow sensor is arranged in the main cigarette rod and positioned above the cigarette bullet pipe, the air flow sensor can be arranged as a gas pressure valve arranged in the main cigarette rod, when air is sucked from the top of the main cigarette rod, namely a cigarette holder, the gas pressure valve moves upwards, when air is blown from the cigarette holder, the contact I is contacted with the contact II when the cigarette sleeve system is connected with the cigarette rod system, the contact I is contacted with the contact II, the electric shock switch can be started, the positions of the contact I and the contact II can be set to ensure that the cooling box can be just clamped with the cooling groove when the contact I is contacted with the contact II; the programmable controller is to: a. when the contact I contacts with the contact II to start the electric shock switch, the controller V controls the cooling box to move into the cooling tank, the cooling box is just clamped in the cooling tank, the tobacco rod system is connected with the tobacco sleeve system and cannot be separated, when the reverse switch is closed, the controller V controls the cooling box to move to the outside of the cooling tank, the cooling box is separated from the cooling tank, the tobacco sleeve system and the tobacco rod system can be separated, and the reverse switch can be arranged at the position outside the tobacco rod system where a user can touch the hand; b. when the air flow sensor detects that the air in the main cigarette rod flows upwards, namely a user inhales air from the cigarette holder, the controller I and the controller II control the closing of the cigarette rod baffle and the opening of the cigarette bullet baffle, the controller III and the controller IV control the opening of the upper baffle and the closing of the lower baffle, at the moment, water in the upper water storage box flows into the cooling box through the upper pipeline, and meanwhile, the cigarette bullet heater is started, and the cigarette bullet is heated; c. when the air flow sensor detects that the gas in the main cigarette rod flows downwards, namely a user blows air from the cigarette holder, the controller I and the controller II control the opening of the cigarette rod baffle and the closing of the cigarette bullet baffle, and the gas in the main cigarette rod is discharged from the vent hole after contacting with the cooling box when flowing downwards; d. when the air flow sensor detects that the downward flow of the air in the main cigarette rod stops, the upper baffle is controlled to be closed and the lower baffle is controlled to be opened through the controller III and the controller IV within 0.1s, and the water in the cooling box flows into the lower water storage box; the controller I, the controller II, the controller III and the controller IV can be set to be devices consisting of a triode amplifying circuit, a motor, a gear and a wheel, signals in the programmable controller are amplified through the triode and then are transmitted to the motor to control the motor to rotate, the opening and closing of the smoke rod baffle, the smoke bullet baffle, the upper baffle and the lower baffle are respectively controlled through the gear on the motor and gear teeth on the smoke rod baffle, the smoke bullet baffle, the upper baffle and the lower baffle, the controller V can adopt a device consisting of the triode amplifying circuit, the motor, the gear and a connecting rod with gear teeth, when the contact I is in contact with the contact II to start a contact switch, the signal sent by the programmable controller is amplified through the triode amplifying circuit to control the motor and the gear coaxial with the motor to rotate, the connecting rod with the gear teeth is driven to move through the gear, and then the cooling box is controlled to move to the inside of the cooling tank, when the reverse switch is started, the cooling box is controlled to move out of the cooling groove.
Furthermore, the PLC circuit controlled electronic cigarette also comprises a material hole, a material baffle plate, a material bin, a door opening and a pusher, wherein the material hole is arranged on the cooling box, the door opening and the pusher are arranged on the material bin, the material hole can be in a screen mesh shape, so that solid powder in the material bin can be pushed into the cooling box through the pushing of the pusher, and the material can be prevented from suddenly pouring into the cooling box in a large amount after the material baffle plate is opened, the PLC control system also comprises a controller VI connected with the material baffle plate and a controller VII connected with the pusher, the programmable controller is also used for controlling the upper baffle plate and the lower baffle plate to be closed through the controller III and the controller IV after the lower baffle plate is opened for 0.5s, at the moment, no water exists in the cooling box, the material baffle plate is controlled to be opened through the controller VI, the pusher is controlled to be pushed leftwards through the controller VII, so that the material in the material bin is pushed into the cooling box, substances which are dissolved in water and absorb heat, such as ammonium salt and nitrate, can be filled in the material bin; when the air flow sensor detects that the air in the main cigarette rod flows downwards, the controller VI controls the material baffle to be closed, and the controller VII controls the pusher to stop pushing.
Further, the gas filtering mechanism comprises an activated carbon filter, porous activated carbon can be adopted, and gas passes through the vent holes and is discharged into the air after passing through the porous activated carbon.
Further, PLC circuit control's electron cigarette, still including setting up the locating convex block on the tobacco rod system and setting up the positioning groove on the cigarette cover system, when cigarette cover system and tobacco rod headtotail, locating convex block and positioning groove block, fixed position when locating convex block and positioning groove can control tobacco rod system and cigarette cover headtotail, and then guarantee that electric shock switch can normally start and start the back cooling box can just with the cooling bath block.
Furthermore, the material stored in the material bin is solid powdery NH 4 NO 3 ，NH 4 NO 3 The salt is dissolved in water, has obvious heat absorption, better cooling effect and low price.
Further, the cooling box and the lower water storage box are made of glass and made of NH 4 NO 3 The glass material can not only transmit heat, but also prevent the corrosion of the acid solution.
Furthermore, the programmable controller adopts an FP-XC14T model, the FP-XC14T type programmable controller can process commands at a super high speed, basic instructions only need 0.32 microseconds, the commands can be quickly scanned, and the programmable controller has abundant large capacity, the program capacity reaches 32K steps, can expand equipment and can be widely applied.
The positive and beneficial technical effects of the invention comprise:
(1) when the device is used for sucking the electronic cigarette, the electronic cigarette can be directly sucked into the main cigarette rod, and the smoke is cooled by the cooling box and filtered by the gas filtering mechanism to release gas without fog particles, so that the technical problem of overlarge fog when the electronic cigarette is sucked is effectively avoided;
(2) the whole device is controlled by a PLC circuit, so that the cost is low, and the functions of the device can be expanded through programming;
(3) the material bin is added, and a substance which can absorb heat after being mixed with water is mixed with water in the cooling box, so that the cooling effect is more obvious, and the condensation effect after cooling is better;
(4) the positioning groove and the positioning lug are added, so that the cigarette sleeve system and the cigarette rod system are not easy to shake when connected, and are more stable;
other advantageous effects of the present invention will be further described with reference to the following specific examples.
Drawings
The invention is further described below with reference to the following figures and examples:
FIG. 1 is a perspective view of the present invention;
FIG. 2 is an enlarged view of the internal structure of the cigarette sleeve system and the cigarette rod system in the ratio of 1: 1.3;
FIG. 3 is a perspective view of the internal structure of the present sleeve system in connection with a tobacco rod system;
FIG. 4 is a front view of the tobacco rod system of the present invention;
FIG. 5 is a left side view of the tobacco rod system of the present invention;
FIG. 6 is a perspective view of the internal structure of the tobacco rod system at 1: 2 magnification;
FIG. 7 is a block diagram of a PLC control system of the present invention;
in the figure, 1, a tobacco rod system; 2. a water collection box; 3. a cigarette sleeve system; 4. a main tobacco rod; 5. a cigarette cartridge holder; 6. a smoke cartridge tube; 7. a cartridge baffle; 8. a tobacco rod baffle; 9. a vent hole; 10. a cooling tank; 11. an upper water storage box; 12. a lower water storage box; 13. a cooling box; 14. an upper pipeline; 15. a lower pipeline; 16. an upper baffle plate; 17. a lower baffle plate; 18. a gas filtering mechanism; 19. an air flow sensor; 20. a controller I; 21. a controller II; 22. a controller V; 23. a programmable controller; 24. a material aperture; 25. a material baffle; 26. a material bin; 27. opening the door; 28. a pusher; 29. a controller VI; 30. and positioning the projection.
Detailed Description
Example (b): an electronic cigarette controlled by a PLC circuit is shown in figures 1-7, in the embodiment, the upper part, the lower part, the left part and the right part are based on figure 1, and the electronic cigarette comprises a cigarette rod system 1, a water collecting box 2 detachably connected with the cigarette rod system 1, a cigarette sleeve system 3 detachably connected with the cigarette rod system 1 and a PLC control system; the cigarette rod system 1 comprises a main cigarette rod 4, a cigarette cartridge clamp 5, a cigarette cartridge heater connected with the cigarette cartridge clamp 5, a cigarette cartridge tube 6 connected with the cigarette cartridge clamp 5 and the main cigarette rod 4, a cigarette cartridge baffle 7 connected with the cigarette cartridge tube 6, a cigarette rod baffle 8 connected with the main cigarette rod 4, an air vent 9 and a cooling groove 10 arranged on the main cigarette rod 4, wherein the main cigarette rod 4 is tubular, the cigarette cartridge clamp 5 can fix and replace an electronic cigarette cartridge, the position where the cigarette cartridge tube 6 is connected with the main cigarette rod 4 is arranged above the cigarette rod baffle 8, the closed cigarette cartridge tube 6 of the cigarette cartridge baffle 7 is not communicated with the inside of the main cigarette rod 4, the cigarette rod baffle 8 is vertically separated from the inside of the main cigarette rod 4 when closed, the air vent 9 is arranged at the lower part of the cooling groove 10, and the cooling groove 10 is arranged at the lower part of the cigarette rod baffle 8; the cigarette sleeve system 3 comprises an upper water storage box 11, a lower water storage box 12, a heat-conducting cooling box 13, an upper pipeline 14 connected with the cooling box 13 and the upper water storage box 11, a lower pipeline 15 connected with the cooling box 13 and the lower water storage box 12, an upper baffle 16 connected with the upper pipeline 14, a lower baffle 17 connected with the lower pipeline 15 and a gas filtering mechanism 18, wherein water is stored in the upper water storage box 11, the water in the upper water storage box 11 can flow into the lower water storage box 12 through the upper pipeline 14, the cooling box 13 and the lower pipeline 15, the inner volumes of the upper water storage box 11 and the lower water storage box 12 are the same, the cooling box 13 can adopt a heat-conducting material in the prior art, such as a metal material or a glass material, the gas filtering mechanism 18 is arranged below the cooling box 13, the upper pipeline 14 and the lower pipeline 15 are both arranged into hoses, when the cigarette rod system 1 is connected with the cigarette sleeve system 3, the cooling box 13 is arranged inside the cooling tank 10 and the gas filtering mechanism 18 is connected with the cigarette sleeve system 9, the cooling box 13 can be a hollow object as shown in the figure, when the air in the main tobacco rod 4 flows from top to bottom, the air is discharged through the air vent 9 and the air filtering mechanism 18 after contacting the cooling box 13, when the tobacco rod system 1 is connected with the tobacco sleeve system 3, the water collecting box 2 is connected with the tobacco rod system 1 and the tobacco rod baffle 8 is closed, the cooling box 13 is sealed, the air in the main tobacco rod 4 can only be discharged through the air vent 9, and the maximum volume of the cooling box 13 capable of storing water is far smaller than the maximum volume of the upper water storage box 11 capable of storing water; the water collecting box 2 is arranged at the lower parts of the cooling box 13 and the vent hole 9, and the water collecting box 2 is used for collecting moisture in the gas in the main cigarette rod 4; the PLC control system comprises an air flow sensor 19, a controller I20 connected with a cigarette rod baffle 8, a controller II21 connected with a cigarette bullet baffle 7, a controller III connected with an upper pipeline 14 and an upper baffle 16, a controller IV connected with a lower pipeline 15 and a lower baffle 17, a controller V22 connected with a cooling box 13, a reversing switch, a programmable controller 23, a contact I connected with a cigarette rod system 1, a contact II connected with a cigarette sleeve system 3 and a power supply device, wherein the controller I20 and the programmable controller can be both arranged below a cigarette holder and above an upper water storage box 11, the air flow sensor 19 is arranged inside a main cigarette rod 4 and above a cigarette bullet pipe 6, the air flow sensor 19 can be arranged as an air pressure valve arranged in the main cigarette rod 4, when air is sucked from the top of the main cigarette rod 4, namely the cigarette holder, the air pressure valve moves upwards, when air is blown from the cigarette holder, when the cigarette sleeve system 3 is connected with the cigarette rod system 1, the contact I is contacted with the contact II, the electric shock switch can be started when the contact I is contacted with the contact II, and the positions of the contact I and the contact II can be set so that the cooling box 13 can be just clamped with the cooling groove 10 when the contact I is contacted with the contact II; the programmable controller 23 is configured to: a. when the contact I contacts with the contact II to start the electric shock switch, the cooling box 13 is controlled to move to the inside of the cooling tank 10 through the controller V22, the cooling box 13 is just clamped in the cooling tank 10 at the moment, the tobacco rod system 1 is connected with the tobacco sleeve system 3 and cannot be separated, when the reverse switch is closed, the cooling box 13 is controlled to move to the outside of the cooling tank 10 through the controller V22, the cooling box 13 is separated from the cooling tank 10 at the moment, the tobacco sleeve system 3 can be separated from the tobacco rod system 1, and the reverse switch can be arranged at a position outside the tobacco rod system 1 where a user can touch the hand; b. when the air flow sensor 19 detects that the air in the main cigarette rod 4 flows upwards, namely when a user inhales air from the cigarette holder, the controller I20 and the controller II21 control the cigarette rod baffle 8 to be closed and the cigarette cartridge baffle 7 to be opened, and the controller III and the controller IV control the upper baffle 16 to be opened and the lower baffle 17 to be closed, at the moment, the water in the upper water storage box 11 flows into the cooling box 13 through the upper pipeline 14, and meanwhile, the cigarette cartridge heater is started, so that the cigarette cartridge is heated; c. when the air flow sensor 19 detects that the air in the main cigarette rod 4 flows downwards, namely when a user blows air from the cigarette holder, the controller I20 and the controller II21 control the cigarette rod baffle 8 to be opened and the cigarette bullet baffle 7 to be closed, and the air in the main cigarette rod 4 is discharged from the vent hole 9 after contacting with the cooling box 13 when flowing downwards; d. when the air flow sensor 19 detects that the downward flow of the air in the main cigarette rod 4 is stopped, the controller III and the controller IV control the upper baffle 16 to be closed and the lower baffle 17 to be opened within 0.1s, and the water in the cooling box 13 flows into the lower water storage box 12; the controller I20, the controller II21, the controller III and the controller IV can be set to be a device comprising a triode amplifying circuit, a motor, a gear and a wheel, the signal in the programmable controller 23 is amplified through a triode and then is transmitted to the motor to control the motor to rotate, the opening and closing of the smoke rod baffle 8, the smoke cartridge baffle 7, the upper baffle 16 and the lower baffle 17 are respectively controlled through the gear on the motor and gear teeth on the smoke rod baffle 8, the smoke cartridge baffle 7, the upper baffle 16 and the lower baffle 17, the controller V22 can adopt a device comprising a triode amplifying circuit, a motor, a gear and a connecting rod with gear teeth, when the contact I and the contact II contact start a contact switch, the signal sent by the programmable controller 23 is amplified through the triode amplifying circuit, the motor and the gear coaxial with the motor are controlled to rotate, the connecting rod with the gear teeth is driven by the gear to move, further controlling the cooling box 13 to move into the cooling tank 10, and when the reverse switch is started, controlling the cooling box 13 to move out of the cooling tank 10; the power supply device may employ a rechargeable battery.
In this embodiment, the electronic cigarette controlled by the PLC circuit further includes a material hole 24, a material baffle 25, a material bin 26, a door 27 and a pusher 28 disposed on the material bin 26, the material hole 24 may be in a mesh shape, which not only can ensure that the solid powder in the material bin 26 can be pushed into the cooling box 13 by the pusher 28, but also can prevent the material from suddenly pouring into the cooling box 13 in a large amount after the material baffle 25 is opened, the PLC control system further includes a controller VI29 connected to the material baffle 25 and a controller VII connected to the pusher 28, the programmable controller 23 is further configured to control the upper baffle 16 and the lower baffle 17 to be closed by the controller III and the controller IV after the lower baffle 17 is opened for 0.5s, at this time, no water is present in the cooling box 13, at the same time, the material baffle 25 is controlled to be opened by the controller VI29, and the pusher 28 is controlled to be pushed leftward by the controller VII, pushing the materials in the material bin 26 into the cooling box 13, wherein the material bin 26 can be filled with materials which are dissolved in water and absorb heat, such as ammonium salt and nitrate; when the air flow sensor 19 detects the downward flow of air inside the main cigarette rod 4, the controller VI29 controls the material baffle 25 to close, and the controller VII controls the pusher 28 to stop pushing.
In this embodiment, the gas filtering mechanism 18 includes an activated carbon filter, which may be porous activated carbon, and the gas passes through the vent 9 and is discharged into the air.
In this embodiment, PLC circuit control's electron cigarette, still including setting up the locating convex block 30 on cigarette rod system 1 and setting up the positioning groove on cigarette cover system 3, when cigarette cover system 3 and cigarette rod system 1 are connected, locating convex block 30 and positioning groove block, fixed position when locating convex block 30 and positioning groove can control cigarette rod system 1 and cigarette cover system 3 and connect, and then guarantee that electric shock switch can normally start and start back cooling box 13 can just with cooling bath 10 block.
In this embodiment, the material stored in the material bin 26 is solid powder-like NH 4 NO 3 ，NH 4 NO 3 The salt is dissolved in water, has obvious heat absorption, better cooling effect and low price.
In this embodiment, the cooling box 13 and the lower water storage box 12 are made of glass, NH 4 NO 3 The glass material can not only transmit heat, but also prevent the corrosion of the acid solution.
In this embodiment, the programmable controller 23 is of FP-XC14T type, and the programmable controller 23 of FP-XC14T type can process commands at a very high speed, and the basic command only needs 0.32 μ s, so that the fast scanning is possible, and the programmable controller has a large capacity, and the program capacity reaches 32K steps, so that the device expansion can be performed, and the programmable controller can be widely applied.
The implementation process comprises the following steps: when the device is used for pumping the electronic cigarette, the PLC control system controls the working process of the device, when the cigarette rod system 1 is connected with the cigarette sleeve system 3, the contact I is contacted with the contact II, the contact switch is started, the cooling box 13 is controlled to move towards the inside of the cooling tank 10 and be clamped with the cooling tank 10, when the reverse switch is started, the cooling box 13 is controlled to move out of the cooling tank 10, and the cigarette sleeve system 3 can be separated from the cigarette rod system 1; when air is sucked from the top of the main cigarette rod 4, namely a cigarette holder, the cigarette rod baffle 8 is closed, the cigarette cartridge baffle 7 is opened, the cigarette cartridge heater works to heat the cigarette cartridge to smoke, the upper baffle 16 is opened, the lower baffle 17 is closed, water in the upper water storage box 11 flows into the cooling box 13, and the cigarette cartridge can be replaced in the cigarette cartridge clamp 5; when the smoke is spitted, the smoke rod baffle 8 is opened, the smoke bomb baffle 7 is closed, when the smoke flows downwards, water vapor, lipid and other substances in the smoke are cooled through the cooling box 13, the water and the lipid in the smoke are condensed into water along the surface of the cooling box 13 and flow into the water collecting box 2 below, the water collecting box 2 is detachably connected with the smoke rod system 1, and the water collecting box 2 is connected with the smoke rod system 1 in a detachable modeWhen the liquid in the box 2 is fully collected, the water collecting box 2 can be taken down to pour the liquid out, the residual gas and mist flow out from the vent hole 9, are filtered by the gas filtering mechanism 18 and are discharged to the outside air, and the discharged gas is basically free of liquid particles and solid particles and is not mist; when the smoke stops being spitted, the upper baffle 16 is closed, the lower baffle 17 is opened, and water flows into the lower water storage box 12 and NH in the cooling box 13 from the cooling box 13 4 NO 3 Mixing the powder; after the lower baffle 17 is opened for 0.5s, the water in the cooling box 13 is drained, the lower baffle 17 is closed, the material baffle 25 is opened at the same time, and the pusher 28 pushes the NH in the material bin 26 4 NO 3 The powder enters the cooling box 13 and an impeller 28 may be provided to push a volume of NH 4 NO 3 After the powder enters the cooling box 13, the pushing is stopped, and the material baffle 25 is closed; when next time breathing in, repeat above-mentioned process, after water and the interior material consumption of material storehouse 26 in last water storage box 11, change cigarette cover system 3, also can set up the opening on last water storage box 11 and lower water storage box 12, can change water, set up on material storehouse 26 and open the door 27, can fill the material.
Finally, the above embodiments are only for illustrating the technical solutions of the present invention and not for limiting, although the present invention has been described in detail with reference to the preferred embodiments, it should be understood by those skilled in the art that modifications or equivalent substitutions may be made to the technical solutions of the present invention without departing from the spirit and scope of the technical solutions of the present invention, and all of them should be covered in the claims of the present invention.
Claims (6)
1. The utility model provides a PLC circuit control's electron cigarette which characterized in that: comprises a tobacco rod system, a water collecting box detachably connected with the tobacco rod system, a tobacco sleeve system detachably connected with the tobacco rod system and a PLC control system;
the tobacco rod system comprises a main tobacco rod, a tobacco cartridge clamp, a tobacco cartridge heater connected with the tobacco cartridge clamp, a tobacco cartridge pipe connected with the main tobacco rod, a tobacco cartridge baffle connected with the tobacco cartridge pipe, a tobacco rod baffle connected with the main tobacco rod, an air vent and a cooling tank arranged on the main tobacco rod, wherein the connection position of the tobacco cartridge pipe and the main tobacco rod is arranged above the tobacco rod baffle;
the cigarette sleeve system comprises an upper water storage box, a lower water storage box, a heat-conducting cooling box, an upper pipeline connected with the cooling box and the upper water storage box, a lower pipeline connected with the cooling box and the lower water storage box, an upper baffle connected with the upper pipeline, a lower baffle connected with the lower pipeline and a gas filtering mechanism, wherein the gas filtering mechanism is arranged below the cooling box;
the water collecting box is arranged at the lower parts of the cooling box and the vent hole;
the PLC control system comprises an air flow sensor, a controller I connected with a smoke rod baffle, a controller II connected with a smoke bomb baffle, a controller III connected with an upper pipeline, a controller IV connected with a lower pipeline, a controller V connected with a cooling box, a reverse switch, a programmable controller, a contact I connected with a smoke rod system, a contact II connected with a smoke sleeve system and a power supply device, wherein the air flow sensor is arranged inside a main smoke rod and above the smoke bomb tube, and the contact I is contacted with the contact II when the smoke sleeve system is connected with the smoke rod system;
the programmable controller is to: a. when the contact I is contacted with the contact II, the cooling box is controlled to move to the inside of the cooling tank through the controller V, and when the reverse switch is closed, the cooling box is controlled to move to the outside of the cooling tank through the controller V; b. when the air flow sensor detects that the air in the main cigarette rod flows upwards, the controller I and the controller II control the closing of the cigarette rod baffle and the opening of the cigarette bullet baffle, the controller III and the controller IV control the opening of the upper baffle and the closing of the lower baffle, and control the starting of the cigarette bullet heater; c. when the air flow sensor detects that the air in the main cigarette rod flows downwards, the cigarette rod baffle is controlled to be opened and the cigarette bullet baffle is controlled to be closed by the controller I and the controller II; d. when the air flow sensor detects that the downward flow of the air in the main cigarette rod stops, the upper baffle is controlled to be closed and the lower baffle is controlled to be opened through the controller III and the controller IV;
the electronic cigarette controlled by the PLC circuit further comprises a material hole, a material baffle, a material bin, a door opening and a pusher, wherein the material hole, the material baffle and the material bin are arranged on the cooling box, the door opening and the pusher are arranged on the material bin, the PLC control system further comprises a controller VI connected with the material baffle and a controller VII connected with the pusher, and the programmable controller is further used for controlling the upper baffle and the lower baffle to be closed through a controller III and a controller IV after the lower baffle is opened for 0.5s, controlling the material baffle to be opened through the controller VI and controlling the pusher to be pushed to the left through the controller VII; when the air flow sensor detects that the air in the main cigarette rod flows downwards, the controller VI controls the material baffle to be closed, and the controller VII controls the pusher to stop pushing.
2. The PLC circuit controlled electronic cigarette of claim 1, wherein: the gas filtering mechanism comprises an activated carbon filter.
3. The PLC circuit controlled electronic cigarette of claim 2, wherein: the cigarette sleeve system is characterized by further comprising a positioning lug arranged on the cigarette rod system and a positioning groove arranged on the cigarette sleeve system, and when the cigarette sleeve system is connected with the cigarette rod system, the positioning lug is clamped with the positioning groove.
4. The PLC circuit controlled electronic cigarette of claim 3, wherein: the material stored in the material bin is solid powdery NH 4 NO 3 。
5. The PLC circuit controlled electronic cigarette of claim 4, wherein: the cooling box and the lower water storage box are made of glass.
6. The PLC circuit controlled electronic cigarette of claim 5, wherein: the programmable controller is of FP-XC14T model.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911043205.7A CN110638114B (en) | 2019-10-30 | 2019-10-30 | Electronic cigarette controlled by PLC circuit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201911043205.7A CN110638114B (en) | 2019-10-30 | 2019-10-30 | Electronic cigarette controlled by PLC circuit |
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| CN110638114A CN110638114A (en) | 2020-01-03 |
| CN110638114B true CN110638114B (en) | 2022-08-16 |
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| CN201911043205.7A Active CN110638114B (en) | 2019-10-30 | 2019-10-30 | Electronic cigarette controlled by PLC circuit |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4790332A (en) * | 1985-08-27 | 1988-12-13 | Wallace Fred E | Smoke eliminator for cigarette smokers |
| US4899766A (en) * | 1988-11-18 | 1990-02-13 | Ross Jr John R | Secondary smoke catcher |
| US5495859A (en) * | 1993-04-14 | 1996-03-05 | 1149235 Ontario Inc. | Cigarette smoke filter system |
| US5598853A (en) * | 1994-12-23 | 1997-02-04 | Hyre; Jon | Ignition device and apparatus for filtering and purifying side-stream and second-hand tobacco smoke |
| CN205682427U (en) * | 2016-06-12 | 2016-11-16 | 深圳瑞柔科技有限公司 | A kind of firm power intelligent visual electronic cigarette |
| CN209359686U (en) * | 2018-12-18 | 2019-09-10 | 孟波 | A kind of electronic controlled cigarette holder |
-
2019
- 2019-10-30 CN CN201911043205.7A patent/CN110638114B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4790332A (en) * | 1985-08-27 | 1988-12-13 | Wallace Fred E | Smoke eliminator for cigarette smokers |
| US4899766A (en) * | 1988-11-18 | 1990-02-13 | Ross Jr John R | Secondary smoke catcher |
| US5495859A (en) * | 1993-04-14 | 1996-03-05 | 1149235 Ontario Inc. | Cigarette smoke filter system |
| US5598853A (en) * | 1994-12-23 | 1997-02-04 | Hyre; Jon | Ignition device and apparatus for filtering and purifying side-stream and second-hand tobacco smoke |
| CN205682427U (en) * | 2016-06-12 | 2016-11-16 | 深圳瑞柔科技有限公司 | A kind of firm power intelligent visual electronic cigarette |
| CN209359686U (en) * | 2018-12-18 | 2019-09-10 | 孟波 | A kind of electronic controlled cigarette holder |
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| Publication number | Publication date |
|---|---|
| CN110638114A (en) | 2020-01-03 |
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