Indian Electronic Cigarette Patent (pending)

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Complete Specification

FORM-2
THE PATENTS ACT, 1970
(39 of 1970)
&
THE PATENTS RULES, 2003
COMPLETE SPECIFICATION
(See Section 10 and Rule 13
1.Title of Invention:
Electronic simulated cigarette & atomization fluid and electronic simulated cigarette utensil & smoke fluid capsule
2. Applicant:
a. Name: XIU, Yunqiang
b. Nationality: China
c. Address: F22, Buld, Jindu Garden, No. 37 Donghaixi Road,
Shinan District,/Qingdao City, Shandong Prov, CHINA Postal
Code 266071.
3. PREAMBLE TO THE DESCRIPTION
Field of invention
The present invention concerns electronic cigarette. In particular, it concerns an electronic simulated cigarette & atomization fluid and electronic simulated cigarette utensil & smoke fluid capsule. Background of invention
At present, various cigarettes contain harmful substances. It has been recognized that these harmful substances are harmful to human body. However, it is relatively difficult for smokers to quit smoking because some factors like the aroma in cigarettes possess the function of stimulating human body. Therefore, the present field discloses electronic cigarettes with many structures. Although the electronic cigarette has many advantages, because existing atomization fluid cannot be stored for a long time, guarantee its quality and keep fresh and the effect of atomization is relatively poor, especially, the effective content of smoke fluid will be volatilized completely within 1-2 months, the atomization fluid cannot be produced as a finished product and enter into human life.
The electronic simulated cigarette designed by this applicant possesses truily replace the cigarette and its taste & smell canmatch with those of tobacco cigarette and its smoke fluid can be store for a long time so that the smokers can purchase it for smoking at any moment as required. Such electronic simulated cigarette comprises at least two parts, i.e. one part is smoke fluid atomization plant and the other part is cigarette utensil in which smoke fluid is filled and suction nozzle is installed. Therein, the atomization plant possesses long service life, infrequent replacement and relatively high cost etc. And the cigarette utensil and smoke fluid capsule can be replaced at any moment according to the requirements of the smokers. Such practical problem is main design idea for the applicant to put forward the plan of electronic simulated cigarette utensil and smoke fluid capsule.
Summary of invention
The first object of the invention is to provide an electronic simulated cigarette and atomization fluid. The electronic simulated cigarette possesses the same aroma, taste and smells with those of tobacco cigarette and can be stored for a long time. Its smoke fluid does not volatilize and can guarantee its quality and keep fresh to the full extent within long shelf life.
The second object of the invention is to provide an electronic simulated cigarette utensil that is made as single product and used by matching with the atomization plant of electronic simulated cigarette to form electronic simulated cigarette and meet different demands of cigarette consumers and reduce the costs that the consumers purchase electronic cigarettes at the same time. The third object of the invention is to provide a smoke fluid capsule used by matching with electronic simulated cigarette utensil and sold as single product and used by installing said cigarette utensil in the present invention to meet the demands that the consumers can purchase different smoke fluid capsules at any moment as required and try different smells and tastes.
To achieve the above objects, following technical proposal according to the present invention includes: electronic simulated cigarette comprising a shell on one end of which an air inlet is opened. A power supply and an atomization plant are installed in the shell and a heater is installed in the atomization plant and the power supply is connected with the heater. A capsule is installed in the shell and filled with a smoke fluid and connected with the atomization plant on one end of which a capsule puncture device is installed and pierces into the capsule.
The further proposal according to the present invention is: a fluid baffle, a fluid storage room, an atomization room and a support are set on the atomization plant. The heater is installed in the atomization room and a jet hole is opened on the support and the capsule puncture device includes a puncture needle tube in which a needle core is installed. Filler is installed in the fluid storage room connected with a fluid guiding frame connected with the punctureneedle tube. A vent hole is opened on the fluid baffle. A filter tip holder is installed on one end of the shell and a connecting rod is installed on the filter tip holder connected with the filter tip through the connecting rod in the middle of which a through hole is set. A cavity is set on the holder and communicated with the through hole. A capsule holder is installed on the circumferential of the capsule and an air duct is opened on the outer end wall of the capsule holder. A switch-return spring, a pneumatic switch and a pneumatic switch contact are installed in the shell. The pneumatic switch contact is connected with a bracket connected with the heater through a connecting piece.
An atomization fluid used in said electronic simulated cigarette according to the present invention comprises raw materials with following percent by weight: polyglycol 25-90%, propylene glycol 9-50% and taste & smell conditioning agent 0.3-52%.
Said taste & smell conditioning agent comprises following one or more than two raw materials: 2 – acetyl pyrazine, Vanillin, 2, 3, 5- Trimethyl pyrazine, Methyl cyclopentenolone, linalool, vanilla extract, octanoic lactone, Bulgarian rose oil, Megastigmatrienone (baoshan oriental tobacco essential oils), Damascenone (tobacco essential oils), pure water, menthone, tobacco essential oils, tobacco absolute oils, Burley tobacco absolute oils, turkey aromatic tobacco absolute oils, glycerin.
The atomization fluid used in said electronic simulated cigarette comprises healthy raw materials with following percent by weight: green tea extract 2-10%, coffeine 2-10%, wolferry fruit extract 3-20% or Viagra impotence drug 1-5%.
The atomization fluid used in said electronic simulated cigarette comprises raw material with following percent by weight: nicotine 0.5-18%.
The atomization fluid used in said electronic simulated cigarette comprises raw material with following percent by weight: pure water 0.5-10%.
To achieve the second object, following technical proposal according to the present invention includes: an electronic simulated cigarette utensil comprising a suction nozzle connected with a shell of cigarette utensil in which a cavity is set. A pin hole is opened on one end of the shell of cigarette utensil on the other end of which is open. The connection pairs connecting with the atomization plant of the cigarette are set on inner wall or outer wall on one end of the shell of the cigarette utensil.
To achieve the second object better, offered technical proposal according to the present invention is: a smoke fluid capsule is installed in the cavity and a smoke fluid is filled in the cavity of the smoke fluid capsule that is enclosed. A holder is installed at the coupling end between the shell of cigarette utensil and the suction nozzle and connected with the suction nozzle. A vent hole is opened on the holder on which a baffle is set and a through hole is opened on the baffle. A smoke fluid return cavity is set on the holder on whicha connecting rod is installed and a through hole is opened on the connecting rod one end of which is connected with the suction nozzle. The other end of the connecting rod is inserted into the middle of the smoke fluid return cavity. A fluid absorption pad is installed on inner wall at the coupling end between the smoke fluid return cavity and the connecting rod. An air suction hole is opened on one end of the suction nozzle on which the smoke fluid return cavity is set. An air suction tube is installed in the smoke fluid return cavity and communicated with the air suction hole. Interference fit is used between outer wall of the air suction tube and the suction nozzle in which the baffle is set and the through hole is opened on the baffle. The fluid absorption pad is installed at the connection between the smoke fluid return cavity and the air suction tube.
To achieve the third object, offered technical proposal according to the present invention is: the shell of a smoke fluid capsule used together with said electronic simulated cigarette utensil is made of medical soft capsule materials and the shape of the shell is any regular geometry or any irregular geometry and the smoke fluid is filled in the shell. The further preferred proposal is: the shape of the shell is oval. The smoke fluid filled in the shell is the mixture of polyglycol, propylene glycol and taste & smell conditioning agent.
The electronic simulated cigarette according to the present invention can store the atomization fluid for a long time. Within shelf life, the quality and taste of the atomization fluid keep unchanged so as to solve completely the problem that the electronic simulated cigarette may not be produced as finished product because its smoke fluid cannot be stored. So the electronic simulated cigarette can replace truly tobacco cigarette so as to reduce the hazard that harmful substances in the tobacco is harmful to the human body.
The atomization fluid used in said electronic cigarette according to the present invention possesses excellent effect of atomization and can be atomized for an instant of heating. After trial, the smokers are very satisfied with the taste & smell of electronic cigarette. The ingredient of atomization fluid has no harmful substances and healthy ingredients can be added into atomization fluid as required. According to the demands, produced atomization fluid can possess various types of aroma and smoke and help the capsule keep good stability so as to offer better conditions for storing the smoke fluid for a long time.
Said electronic simulated cigarette utensil and smoke fluid capsule according to the present invention offer two products: one product is the electronic simulated cigarette utensil used by matching with the atomization plant of smoke fluid in the electronic simulated cigarette so as to solve the problem that the purchase costs of customers are higher during the atomization plant & utensil of electronic simulated cigarette is sold as single product. The electronic simulated cigarette utensil according to the present invention can reduce the use-costs of customers and possess various costs or sizes to meet the requirements that the customers can purchase different utensils at any momentaccording to individual demands, for example, said suction nozzle can be general filter tip, fine filter tip or plastic suction nozzle etc.; the other product is the smoke fluid capsule. To reduce the costs of customers further, the smoke fluid capsule is produced as single product. Because the smoke fluid is filled in the smoke fluid capsule and can possess various types of taste and smell and atomized and sucked completely within less time, one cigarette utensil can use many smoke fluid capsules. Selling the smoke fluid capsule separately can reduce the costs of customers, meet the requirements that the customers can purchase many smoke fluid capsules with various types of taste and smell at the same time according to individual demands and possess the advantages of convenient storage and use. Brief description of the drawings
Fig. 1 is a structural representation of electronic simulated cigarette with filter tip according to the present invention; fig.2 is a structural representation of electronic simulated cigarette without filter tip according to the present invention; fig. 3 is a structural enlargement representation of fluid atomization plant 12 in fig. 1 and 2; fig. 4 is a structural representation of the first embodiment of electronic simulated cigarette according to the present invention; fig. 5 is a structural representation of the second embodiment of electronic simulated cigarette according to the present invention; fig. 6 is a structural representation of the third embodiment of electronic simulated cigarette according to the present invention; fig. 7 is a structural representation of the fourth embodiment of electronic simulated cigarette according to the present invention; fig. 8 is a structural representation of the fifth embodiment of electronic simulated cigarette according to the present invention; fig. 9 is a structural enlargement representation of A-A section in fig. 5; fig. 10 is a structural representation of smoke fluid capsule used together with electronic simulated cigarette utensil according to the present invention; fig. 11 is a structural top representation of fig. 10; fig. 12 is a structural representation of using electronic simulated cigarette utensil by matching with atomization plant of electronic simulated cigarette. Detailed description of a preferential form of embodiment
Further describe electronic simulated cigarette of the present invention according to all attached figures:
In fig. 1-3, an air inlet 25 is opened on one end of a shell 3 in which a power supply 7 and an atomization plant 12 are installed. A heater 24 is installed in the atomization plant 12 and the power supply 7 is connected with the heater 24 as well as an indicator lamp 2. A capsule 14 is installed in the shell 3 and enclosed and made of medical soft capsule materials. A smoke fluid is filled in the capsule 14 and said atomization fluid of the present invention. The capsule 14 is connected with the atomization plant 12 on one end of which a capsule puncture device is installed and pierces into the capsule 14.The preferred structure of said atomization plant 12 according to the present invention is: a fluid baffle 27, a fluid storage room 23, an atomization room 28 and a support 22 are set on the atomization plant 12. A heater 24 is installed in the atomization room 28. A jet hole 26 is opened on the support 22. A capsule puncture device includes a puncture needle tube 18 in which a needle core 19 is installed. Of course, here, another structure is: only requires that the end of puncture device can pierce into a fluid guiding tube of the capsule 14. This structure can be made simply and replace the structure of needle tube & core. However, the fluid guiding tube need be made of materials with larger hardness. A filler 34 is installed in said fluid storage room 23 and a sponge or various fluid absorption fibers. The fluid storage room 23 is connected with a fluid guiding frame 20 connected with the puncture needle tube 18. A vent hole 33 is opened on the fluid baffle 27. The smoke fluid is through the puncture needle tube 18 and a channel on the fluid guiding frame 20 and enters into the filler 34. The fluid baffle 27 is used to prevent that the smoke fluid flows out. Such structure can make the smokers feel better plume of smoke! Of course, the smoke fluid in the capsule 14 also enters directly into the atomization room 28 so as to spare the fluid guiding frame etc. However, such structure is difficult for the smokers to feel gentle plume of smoke.
Said electronic simulated cigarette according to the present invention can be equipped with all existing filter tips and also not be equipped with the filter tip, as fig. 1 and 2 shows. The preferred structure of being equipped with the filter tip according to the present invention is: a filter tip holder 16 is installed on one end of the shell 3 and a connecting rod 29 is installed on the filter tip holder 16 connected with the filter tip 6 through the connecting rod 29 in the middle of which a through hole 32 is set. A cavity 31 is set on the filter tip holder 16 and the through hole 32 is communicated with the cavity 31. Another structure is: the filter tip holder 16 is also integrated with the filter tip 6 so as to spare the connecting rod 29.
To further fix the capsule 14 according to the present invention, a capsule holder 13 is installed on the circumferential of the capsule 14 and an air duct 30 is opened on the outer end wall of the capsule holder 13.Said electronic simulated cigarette according to the present invention is equipped with the power switch that can be set outside or inside the shell 3, Such switch structure can be realized by using publicly-known knowledge technology. The present invention offers one preferred structure that is realized reliably compared with the structure of publicly-known knowledge technology and possesses good safety and long service life. Its specific structure is: a switch-return spring 9, a pneumatic switch 8 and a pneumatic switch contact 10 are installed in the shell 3. The pneumatic switch contact 10 is connected with a bracket 11 connected with the heater 24 through a connecting piece.
When said electronic simulated cigarette according to the present invention is used, during the smokers inhale, the air is sucked through the air inlet 25 to turn on the pneumatic switch 8. At this time, the pneumatic switch 8 touches the pneumatic switch contact 10 and the indicator lamp 2 is ON and the heater 24 is turned on. At the same time, the air enters into the fluid atomization plant 12 so that the smoke fluid enters into the heater 24 through the jet hole 26. For an instant of heating the smoke fluid, it is atomized. The smoke is sucked into the mouth through the filter tip or without the filter tip.
Said shell 3 according to the present invention is divided into many segments. One of segments is the shell of the capsule 14 and filter tip (or suction nozzle), which is consumable and can be replaced at any moment. The shell of power supply, heater and switch is the other segment, or the shell of power supply is one segment and the shell of heater is one segment. The connection among multi-segment of shell 3 can use any connecting type of publicly-known knowledge technology.
The atomization fluid used together with said electronic simulated cigarette according to the present invention comprises raw materials with following percent by weight: polyglycol 25-90%, propylene glycol 9-50% and taste & smell conditioning agent 0.3-52%. Therein, polyglycol is used mainly to keep the substance on the capsule wall stable so that the capsule 14 does not dissolve, deform or leak during storing the smoke fluid for a long time and possesses the function of partial atomization; propylene glycol is used mainly to increase the amount of atomization and speed up dissolution of the atomization fluid during nicotine and taste & smell conditioning agent are used. Said taste & smell conditioning agent according to the present invention comprises following one or more than two raw materials as required, for example:1. Polyglycol 90%, propylene glycol 9.7%, vanillin 0.3%
2. Polyglycol 74.2%, propylene glycol 25%, vanillin 0.3%, 2 – acetyl pyrazine 0.5%
3. Polyglycol 69.7%, propylene glycol 20%, vanillin 03%, linalool 6%, menthone 4%
4. Polyglycol 70%, propylene glycol 14.5%, glycerin 3%, nicotine 0,5%, Daraascenone 2%, tobacco absolute oils 5%, Burley tobacco absolute oils 5%
5. Polyglycol 29.2%, propylene glycol 50%, nicotine 10%, pure water 0.5%, 2 – acetyl pyrazine 0.5%, vanillin 0.3%, octanoic lactone 2%, Bulgarian rose oil 2.5%, Viagra impotence drug 5%
6. Polyglycol 27.7%, propylene glycol 42%, nicotine 10%, pure water 5%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, octanoic lactone 2%, Bulgarian rose oil 2.5%, green tea extract 10%
7. Polyglycol 25%, propylene glycol 50%, nicotine 10%, pure water 7.7%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, octanoic lactone 2%, Bulgarian rose oil 2.5%, coffeine 2%
8. Polyglycol 25%, propylene glycol 40%, nicotine 10%, pure water 10%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, octanoic lactone 2%, Bulgarian rose oil 2.2%, wolferry fruit extract 10%
9. Polyglycol 48.7%, propylene glycol 30%, nicotine 10%, pure water 5%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, octanoic lactone 2%, Bulgarian rose oil 2.5%, Viagra impotence drug 1%
10. Polyglycol 25%, propylene glycol 9%, nicotine 18%, pure water 8%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, 2,3, 5— Trimethyl pyrazine 0.5%, Methyl cyclopentenolone 1.5%, linalool 6%, vanilla extract 5%, octanoic lactone 2%, Bulgarian rose oil 2.5%, Megastigmatrienone 3%, Damascenone 3%, menthone 4%, tobacco essential oils 2%, tobacco absolute oils 2%, Burley tobacco absolute oils 2%, turkey aromatic tobacco absolute oils 2%, glycerin 3.7%
11. Polyglycol 25%, propylene glycol 9%, nicotine 18%, pure water 8%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, 2,3, 5- Trimethyl pyrazine 0.5%, Methyl cyclopentenolone 1.5%, linalool 6%, vanilla extract 5%, octanoic lactone 2%, Bulgarian rose oil 2.5%, Megastigmatrienone 3%, Damascenone 3%, menthone 4%, tobacco essential oils 2%, tobacco absolute oils 2%, Burley tobacco absolute oils 2%, turkey aromatic tobacco absolute oils 2%, glycerin 1.7%, green tea extract 2%
12. Polyglycol 25%, propylene glycol 9%, nicotine 18%, pure water 8%, 2 -acetyl pyrazine 0.5%, vanillin 0.3%, 2,3, 5- Trimethyl pyrazine 0.5%, Methyi cyclopentenolone 1.5%, linalool 6%, vanilla extract 5%, octanoic lactone 2%, Bulgarian rose oil 2.5%, Megastigmatrienone 3%, Damascenone 3%, menthone 4%, tobacco essential oils 2%, tobaccoabsolute oils 2%, Burley tobacco absolute oils 2%, turkey aromatic tobacco absolute oils 1.5%, glycerin 1.2%, wolferry fruit extract 3% 13.Polyglycol 25%, propylene glycol 15%, pure water 8%, Megastigmatrienone 8%, vanilla extract 6%, Damascenone 8%, tobacco essential oils 5%, menthone 4%, turkey aromatic tobacco absolute oils 5%, glycerin 9%, octanoic lactone 2%,Burley tobacco absolute oils 5% 14.Polygiycol 25%, propylene glycol 15%, pure water 8%, Megastigmatrienone 8%, vanilla extract 6%, Damascenone 8%, menthone 4%, glycerin 4%, octanoic lactone 2%, wolferry fruit extract 20% 15.Polyglycol 25%, propylene glycol 15%, pure water 8%, Megastigmatrienone 8%, vanilla extract 6%, Damascenone 8%, tobacco essential oils 5%, menthone 4%, glycerin 9%, octanoic lactone 2%, coffeine 10% In fig. 1, 2, 3, 1 indicator lamp cover; 5 shell of capsule holder; 15 smoke fluid; 17 suction nozzle; 21 fluid guiding hole; 35 hole
Attached figures of said electronic simulated cigarette utensil and smoke fluid capsule according to the present invention are fig. 4~12. The parts number showed in figures is 1-25.
Further describe electronic simulated cigarette utensil and smoke fluid capsule according to fig. 4-12
Said electronic simulated cigarette utensil of the present invention is produced as single product. Its structure includes the suction nozzle 10 connected with the shell 1 of cigarette utensil in which the cavity 23 is set. A pin hole is opened on one end of the shell 1 of cigarette utensil and convenient for air admission and needle to be through. The other end of the shell I of cigarette utensil is open, which is convenient for placing the smoke fluid capsule. The connection pairs connecting with the atomization plant of the cigarette are set on inner wall or outer wall on one end of the shell 1 of the cigarette utensil.
The further proposal of the present invention is to install the smoke fluid capsule 3 in the cavity 23. The smoke fluid 4 is filled in the cavity of smoke fluid capsule 3 that is enclosed.
Said cigarette utensil can be connected with the suction nozzle 10 by a variety of structures. The first structure is to install the holder 6 at the coupling end between the shell 1 of cigarette utensil and the suction nozzle 10 and connect the holder 6 with the suction nozzle 10. A through hole is opened on the holder 6, which is convenient for the air to enter into the suction nozzle 10. The baffle 2 is set on the holder 6 and a through hole 5 is opened on the baffle 2. Here suction nozzle 10 is the filter tip. The second structure is: the suction nozzle 10 is directly connected with the shell 1 of cigarette utensil, as figure 2 shows. Here suction nozzle 10 is made of plastic material. The baffle 2 is set in the suction nozzle 10 and a through hole 5 is opened on the baffle 2. The thirdstructure is: the holder 6 is connected with the suction nozzle 10 and the connecting rod 8 is installed on the holder 6 connected with the suction nozzle 10 through the connecting rod 8. Here suction nozzle 10 is the filter tip.
In order to avoid that the smoke fluid is sucked after returning, the smoke fluid return cavity 7 is set on the holder 6 and a through hole 9 is opened on. One end of the connecting rod 8 is connected with the suction nozzle 10 and the other end of the connecting rod 8 is inserted into the middle of the smoke fluid return cavity 7 so that possibly returned smoke fluid is left in the smoke fluid return cavity 7.
In order to further absorb returned smoke fluid, the fluid absorption pad 22 is installed on inner wall at the coupling end between the smoke fluid return cavity 7 and the connecting rod 8.
When the structure that the suction nozzle 10 is directly connected with the shell 1 of cigarette utensil is used, the structure that prevents from sucking returned smoke fluid is: the air suction hole 13 is opened on one end of the suction nozzle 10 on which the smoke fluid return cavity 7 is set. The air suction tube 24 is installed in the smoke fluid return cavity 7 and communicated with the air suction hole 13. Interference fit is used between outer wall of the air suction tube 24 and the suction nozzle 10 in which the baffle 2 is set and a through hole 5 is opened on the baffle 2.
The connection pairs are designed for said cigarette utensil of the present invention to match with the atomization plant of electronic simulated cigarette. A variety of connecting types are showed in figures 1,3,4,5, left view, for example, threaded connection, as figures 1, 2 show; connection by slot and insert column, as figure 3 shows, i.e. the slot 15 is opened on left end of the cigarette utensil and the insert column 16 is set on right end of the atomization plant of electronic simulated cigarette. The insert column 16 is plugged into the slot 15 and rotates one angle so that the cigarette utensil joins tightly with the atomization plant of electronic simulated cigarette; connection by circumferential bulge and circumferential groove, as figure 4 shows, i.e. the groove 18 is set on inner wall on left end of cigarette utensil and the bulge 19 is set on the cirumferential of atomization plant of electronic simulated cigarette. After the bulge 19 is matched with the groove 18, the cigarette utensil joins tightly with the atomization plant of electronic simulated cigarette; axial slot connection, as figure 5 shows, i.e. the axial slot 20 is opened on inner wall on left end of cigarette utensil and the insert block 21 is set on right end of atomization plant of electronic simulated cigarette. After the insert block 21 is matched with the slot 20, the atomization plant joints tightly with the cigarette utensil. Said connection pairs connecting the cigarette utensil with the atomization plant of electronic simulated cigarette according to the present invention can be switched between the cigarette utensil and the atomization plant of electronic simulated cigarette, i.e. the structure on the cigarette utensilcan also be set on the atomization plant. Said connection pairs connecting the cigarette utensil with the atomization plant of electronic simulated cigarette according to the present invention are not limited within said structures of the present invention.
Another said product of the present invention is the smoke fluid capsule and its structure is: its shell 25 is made of medical soft capsule materials and the shape of shell 25 is any regular geometry or any irregular geometry and the smoke fluid 4 is filled in the shell 25. The preferred structure of the present invention is: the shape of the shell 25 is oval The study finds that such shape is convenient for the shell to be stored, transported, placed in the cavity 23 and manufactured and the smoke fluid to outflow.
The smoke fluid 4 filled in the shell 25 is the mixture of polyglycol, propylene glycol and taste & smell conditioning agent. This mixture may be: polyglycol 25-90%, propylene glycol 9-50% and taste & smell conditioning agent 0.3-52%.
Said taste & smell conditioning agent comprises following one or more than two raw materials: 2 – acetyl pyrazine, vanillin, 2, 3, 5— Trimethyl pyrazine, Methyl cyclopentenolone, linalool, vanilla extract, octanoic lactone, Bulgarian rose oil, Megastigmatrienone (baoshan oriental tobacco essential oils), Damascenone (tobacco essential oils), pure water, menthone, tobacco essential oils, tobacco absolute oils, Burley tobacco absolute oils, turkey aromatic tobacco absolute oils, glycerin.
The raw materials with following percent by weight may be added into this mixture: green tea extract 2-10%, coffeine 2-10%, wolferry fruit extract 3-20% or Viagra impotence drug 1-5%, nicotine 0.5-18%, pure water 0.5-10%. 11 and 12 in fig. 4-12 the coupling ends of atomization plant. 14 atomization plant of electronic simulated cigarette; 17 coupling end of atomization plant.Claims
We claim:
1. An electronic simulated cigarette comprising a shell (3), characterized in that: an air inlet (25) is opened on one end of said shell (3) in which a power supply (7) and an atomization plant (12) are installed, and in that a heater (24) is installed in said atomization plant (12) and said power supply (7) is connected with said heater (24), and in that a capsule (14) is installed in said shell (3) and filled with the smoke fluid and connected with said atomization plant (12) on one end of which a capsule puncture device is installed and pierces into said capsule (14).
2. An electronic simulated cigarette as in claim 1, characterized in that: a fluid baffle (27), a fluid storage room (23), a atomization room (28) and a support (22) are set on said atomization plant (12), and in that said heater (24) is installed in said atomization room (28), and in that a jet hole (26) is opened on said support (22), and in that said capsule puncture device includes a puncture needle tube (18) in which a needle core (19) is installed, and in that a filler (34) is installed in said fluid storage room (23) connected with a fluid guiding frame (20) connected with said puncture needle tube (18), and in that a vent hole (33) is opened on said fluid baffle (27).
3. An electronic simulated cigarette as in claim 1 or claim 2, characterized in that: a filter tip holder (16) is installed on one end of said shell (3) and a connecting rod (29) is installed on said filter tip holder (16) connected with a filter tip (6) through said connecting rod (29), and in that a through hole (32) is set in the middle of said connecting rod (29) and a cavity (31) is set on said filter tip holder (16) and said through hole (32) is communicated with said cavity (31).
4. An electronic simulated cigarette as in claim 2, characterized in that: a capsule holder (13) is installed on the circumferential of said capsule (14) and an air duct (30) is opened on the outer end wall of said capsule holder
(13).
5. An electronic simulated cigarette as in one of claims 1, 2, 3 or 4,
characterized in that: a switch-retiunpneumatic switch (8) anda pneumatic switch contact (10) are installed m said shell (3), and in that said pneumatic switch contact (10) is connected with a bracket (11) connected with said heater (24) through a connecting piece. An atomization fluid used in said electronic simulated cigarette as in one of claims 1, 2, 3, 4 or 5, characterized in that: said atomization fluid comprises raw materials with following percent by weight: polyglycol 25-90%, propylene glycol 9-50% and taste & smell conditioning agent 0.3-52%.
6. An atomization fluid used in said electronic simulated cigarette as in claim 6, characterized in that: said taste & smell conditioning agent comprises following one or more than two raw materials: 2 – acetyl pyrazine, vanillin, 2,3, 5— Trimethyl pyrazine, Methyl cyclopentenolone, linalool, vanilla extract, octanoic lactone, Bulgarian rose oil, Megastigmatrienone, Damascenone, pure water, menthone, tobacco essential oils, tobacco absolute oils, Burley tobacco absolute oils, turkey aromatic tobacco absolute oils, glycerin.
7. An atomization fluid used in said electronic simulated cigarette as in claim 6, characterized in that: said atomization fluid comprises healthy raw materials with following percent by weight: green tea extract 2-10%, coffeine 2-10%, wolferry fruit extract 3-20% or Viagra impotence drug 1-5%.
8. An atomization fluid used in said electronic simulated cigarette as in one of claims 6, 7 or 8, characterized in that: said atomization fluid comprises raw material with following percent by weight: nicotine 0.5-18%.
9. An atomization fluid used in said electronic simulated cigarette as in claim 9, characterized in that: said atomization fluid comprises raw material with following percent by weight: pure water 0.5-10%.
11. An electronic simulated cigarette utensil, characterized in that: said electronic simulated cigarette comprises a suction nozzle (10) connected with a shell (1) of said cigarette utensil, and in that a cavity (23) is set in said shell (1) of cigarette utensil on one end of which a pin hole is opened, and in that the other end of said shell (1) of cigarette utensil is open, and in that the connection pairs connecting with the atomization plant of the cigarette are set on inner wall or outer wall on one end of said shell (1) of the cigarette utensil.
12. An electronic simulated cigarette utensil as in claim 11, characterized in that: a smoke fluid capsule (3) is installed in said cavity (23) and a smoke fluid (4) is filled in the cavity of said smoke fluid capsule (3) that is enclosed.13. An electronic simulated cigarette utensil as in claim 11, characterized in that: a holder (6) is installed at the coupling end between said shell (1) of cigarette utensil and said suction nozzle (10) and connected with said suction nozzle (10), and in that a vent hole is opened on said holder (6) on which a baffle (2) is set and a through hole (5) is opened on said baffle (2).
14. An electronic simulated cigarette utensil as in claim 13, characterized in that: a smoke fluid return cavity (7) is set on said holder (6) on which a connecting rod (8) is installed and a through hole (9) is opened on said connecting rod (8) one end of which is connected with said suction nozzle (10), and in that the other end of said connecting rod (8) is inserted into the middle of said smoke fluid return cavity (7).
15. An electronic simulated cigarette utensil as in claim 14, characterized in that: a fluid absorption pad (22) is installed on inner wall at the coupling end between said smoke fluid return cavity (7) and said connecting rod (8).
16. An electronic simulated cigarette utensil as in claim 11, characterized in that: an air suction hole (13) is opened on one end of said suction nozzle (10) on which said smoke fluid return cavity (7) is set, and in that an air suction tube (24) is installed in said smoke fluid return cavity (7) and communicated with said air suction hole (13), and in that interference fit is used between outer wall of said air suction tube (24) and said suction nozzle (10) in which said baffle (2) is set and said through hole (5) is opened on said baffle (2).
17. An electronic simulated cigarette utensil as in claim 16, characterized in that: said fluid absorption pad (22) is installed at the connection between said smoke fluid return cavity (7) and said air suction tube (24).
18. A smoke fluid capsule used together with said electronic simulated cigarette utensil as in one of claims 11,12, 13, 14, 15, 16 or 17, characterized in that: the shell (25) of said smoke fluid capsule is made of medical soft capsule materials and the shape of said shell (25) is any regular geometry or any irregular geometry and said smoke fluid (4) is filled in said shell (25).
19. A smoke fluid capsule used together with said electronic simulated cigarette utensil as in claim 18, characterized in that: the shape of said shell (25) is oval.
20. A smoke fluid capsule used together with said electronic simulated cigarette utensil as in claim 18, characterized in that: said smoke fluid (4) filled in said shell (25) is the mixture of polyglycol, propylene glycol and taste & smell conditioning agent.
From the Blog
09
March
Electronic Cigarette’s Health and Safety Problems
03
March
NEW PROFIT LINE FOR WHOLESALERS AND RETAILERS