[0021] In order to make the objectives, technical solutions and advantages of the present invention, the present invention will be described in further detail below with reference to the accompanying drawings and examples. It will be appreciated that the specific embodiments described herein are intended to explain the present invention and is not intended to limit the invention. Based on the embodiments of the present invention, there are all other embodiments obtained without making creative labor without making creative labor premises.
[0022] Please refer to figure 1 , figure 2 , image 3 with Figure 4 An electronic cigarette 100 according to an embodiment of the present invention includes a host 2 and a cigarette body, including a tobacco nozzle 11, a first housing 12, an atomizer 13, a first circuit board having a first cavity 1201. 18. First connecting member 19, the atomizer 13 is housed in the first cavity 1201, the first circuit board 18 fixed to the first connecting member 19, the atomizer 13 and the location The first circuit board 18 is connected, and the cigarette 1 is connected to the host 2 by the first connecting member 19; the first connecting member 19 implements the power signal and data signal of the host 2 and the smoke 1. Interaction, and anti-counterfeiting protection for the host 2 on the cigarette 1, the first circuit board 18 is connected to the host 2 and used to control the atomizer 13. Working, the atomizer 13 is used to heat atomize the liquid consumables of the electronic smoke. The mouth 11 is provided at the top of the cigarette 1 and is connected to the first housing 12, and the mouth 11 is provided with a tobacco port 111, and the first housing 12 is provided with several intake holes 123. Inlet, the cigarette 11 is sucking by the smoke port 111. Specifically, when used, the battery 23 in the main unit 2 supplies electrical energy to the atomizer 13 in the cigarette body, and the atomizer 13 converts the electrical energy into thermal energy to store the consumables stored in the cigarette 1 (which can be smoke. The cream or soothe oil is heated, and the user is inhaled when the cigarette nozzle is inhaled, and the smoke port 111 forms a negative pressure, and the air entering the first cavity 1201 of the cigarette 1 from the intake hole 123 under negative pressure. The atomized smoke is brought to the smoke port 111 of the tobacco nozzle 11 for suction.
[0023] The host 2 includes a second housing 21, a battery 23, a second circuit board 24, and a second connecting member 25 having a second cavity 2101, and the battery 23 and the second circuit board 24 are housed in the second cavity. Body 2101, the battery 23 is connected to the second circuit board 24, the second circuit board 24 is connected to the second connector 25; the second connector 25 is connected to the first connecting member 19 The second circuit board 24 interacts with the power source signal and the data signal of the first circuit board 18 through the connection of the second connector 25 and the first connecting member 19.
[0024] The first connecting member 19 and the second connector 25 are fixed connections or detachable connectors, i.e., a fixed connector between the cigarette 1 and the host 2, form a disposable electronic cigarette, or a cigarette 1 and The host 2 is detachable, forming a converged electronic cigarette to facilitate replacement of smoke 1. Specifically, the detachable connector includes any one of USB Type-C, MicrousB, Lightening, HDMI, Mini USB, and POGO PIN interfaces; preferably, in specific embodiment of the present invention, USB TYPE-C is used. Interface, the USB TYPE-C interface features that the USB Type-C interface itself has 24 PIN interfaces, compared to traditional POGO PINs, we have more interfaces for multi-output, as well as future expansion, more features, such as you can add More sensors' link, etc.
[0025] The first circuit board 18 includes a first chip, the second circuit board 24 including a second chip, the first chip and the second chip for chip encryption authentication, data content storage, and precise temperature control. The data content store includes any one or more of encrypted authentication data, cigarette data, TCR value, reference resistance value, and supplies data; wherein the smoke bomb data comprises a smoker use recording data and a cigarette state. Data, the use of the smoke bomb is used to avoid reuse of the smoke; the cigarette status includes an empty bomb, filling is not sold, sold for use, has been used, has been used Any one or more of the abnormalities; due to the different states of the cigarette, you need to simultaneously fill the cigarette status on the server when filling the cigarette, and eliminate the possibility of imitation fake empty bombs; specifically, smoke Data carrying smoker birth information, brand model, batch, operator, if you find that the bulk problem can be locked in time and recycle; the use record of offline storage to smoke and the total number of intensive uses of smoke, eliminate secondary filling Reuse, eliminate the recycling of smoke bodies, and the cigarette data is limited to the cumulative use time of the cigarette, so that the recycled cigarette and re-use it again no longer has economic value, and also avoids the smoke The atomization effect of the atomization effect is reduced and the measuring of the taste. The encrypted authentication data includes the second chip to encrypt data encrypted data encrypted data of the first chip, off-line authentication data, and the first chip. The offline authentication data is used for the off-line authentication of smoke, including but not limited to smoke blends authenticity, age or authentication, etc. In the offline environment, whether the range of use of the smoke is compared to the host. The authorized use range matches, the host can be authorized to use the smoke on the server or mobile app connection with the server or mobile phone app, the authorization used in the server or mobile phone app is obtained, and only the certification authorization is obtained. It can only be used to use the cigarette offline and the authentication authorization cannot be used. With the authorization of the second chip, the user can be used to activate the device in other ways to verify through the app. The encrypted storage data can avoid user data stored in the first chip to protect user privacy. Preferably, the consumption amount of each using the user can be calculated for different users on the first chip with a computing consumable consumption.
[0026] The present invention passes through the above-described technical solution, the main purpose is to upgrade atomized consumables smoke from non-smart consumables and atomizer to belt anti-counterfeiting function and prevent the canned smoke that can be used again, while having other intelligent chips Other benefits.
[0027] See Figure 5 The atomizer 13 includes atomized core seat 131 and at least one of the preheated heating wire 132 disposed on the atomized core seat 131 and at least one set of heating atomized heating wire 133, the atomized core seat 131 is annular, The inner ring of the atomized core seat 131 is provided with heating atomized heating wire 133, and the outer ring of the atomized core seat 131 is provided with a preheating heating wire 132; a preheating heating wire 132 is used to heating the consumable to a preheating temperature, The supplies can also be kept at the standby state in the preheating temperature, and the consumables can still keep liquid (when the supplies are soothe oil, keep liquid) or by solid state transition into liquid state (consumables are tobacco However, the solid-state rotation is made to a liquid state such that the temperature of the consumables can be appropriately improved, and the consumables are evaporated during the preheating process, which is conducive to the consumables, the heating atomized heating wire 133 is used to heating the consumables Forming smoke. By configuring at least one set of preheating hot wire 132 and at least one set of heating flexible welding wire 133 in the cigarette, the consumable is heated to a preheating temperature of the preheating heat, which allows the consumable to standby. The preheating temperature can be continuously held, and the supplies can be kept liquid or from solid state to liquid state, and the consumables can be increased to a certain temperature, while avoiding the consumables to form smoke while standby. Loss, when the electronic cigarette is activated, heat the liquid consumable from the heating temperature is heated to form smoke from the liquid consumables having the preheating temperature, greatly shortening the heating atomization time, improves the heating of the consumables, that is, improved The use efficiency is better. Second, secondly, due to the preheating and heating atomization function, different heating wire is used, and therefore, it can be beneficial to reduce the aging speed of the heating wire, and can effectively extend the service life of the atomizer 13. As a preferred embodiment, at least two heating circuits are disposed on the first circuit board 18, wherein at least one heating circuit is used for the consumable preheating, the preheating heating wire 132 is electrically connected to a heating circuit for the consumable preheating, at least All the way heating circuit is used in the consumables heating atomization, the heating atomization heating wire 133 is electrically connected to the heating circuit for the consumable heating atomization, and the preheating heating wire 132 and heating atomized heating wire 133 can transmit information through independent circuitry. , Prevent mutual interference, to facilitate increasing the life of the preheating heating wire 132 and the heating of the aerosolic welding wire 133. The TCR value (temperature coefficient in the resistor) stored in the first chip and the reference ambient temperature value, during use, the reference point of the preheating welding wire 132 is used as the reference point, preheating the reference resistance and the target preheating Correspondingly, the reference resistance value of the heating atomization heating wire 133 is used to heat the temperature, and the real-time resistance value of the preheating heating wire 132 can be read in real time, and the real-time resistance and internal preset of the preheating hot wire 132 are calculated. The difference between the reference resistor, when the comparison value is less than 0 or greater than 0, the signal to adjust the output voltage is issued, so that the real-time resistance value of the preheating heating wire 132 is close to the reference resistance, so that the real-time temperature of the preheating welding wire 132 is stabilized. Maintaining the real-time preheating temperature control of the preheating hot wire 132 in the target preheating temperature, avoiding the preheating temperature of the preheating temperature or too low, saving consumables, the same, can read the heating flexible welding wire 133 in real time Real-time resistance value, and calculate the difference between the real-time resistance of the heating atomization heating wire 133 and the internal preset reference resistance, when the comparison value is less than 0 or greater than 0, the signal to adjust the output voltage is issued, so that the heating atomized welding wire 133 The temperature stability is maintained near the target heating temperature, realization of the real-time heating temperature control of the heating atomized heating wire 133, avoiding too high or too low in real time, so that the smoke jacket released due to excessive heating temperature is too high Heavy metals and other adverse components are more secure. This method of preventing temperature control is compared to the conventional temperature control mode by resistance, and the reference resistance value, TCR value, and reference ambient temperature value, reference environment temperature value are preset, the TCR value, and the reference ambient temperature value, reference The ambient temperature value and the reference resistance are fixed value, so that it is not affected by the actual ambient temperature, so the temperature control accuracy is higher, and it is easy to appear when the ambient temperature is low, and the ambient temperature is high. Tofera. It will be appreciated that the pre-heating temperature information in the first chip and the heating temperature information may be multiple to facilitate manufacturers or users to adjust different preheating temperatures and heating temperatures, achieving preheating temperatures, and heating temperatures. Adjustment, using more flexible, additionally, the first chip can also store the preheating time information of the preheating hot wire 132 and the heating time information of the heating atomized heating wire 133. The preheating heating wire 132 and the heating atomized heating wire 133 of the present embodiment can be configured with two groups to make the preheating efficiency and the heating atomization efficiency, while the consumables are preheated or heated. To uniform.
[0028] As a preferred embodiment, such as Figure 7 As shown, the atomized core seat 131 can be made of an insulation performance such as ceramic, quartz, POK, SET, and a material excellent in heat resistance, the atomized core seat 131 is opened, and the inverting hole 1311 penetrates the upper and lower ends. One of both the preheating heating wire 132 and the heating atomized heating wire 133 is disposed in the communication hole 1311 in a spiral wound manner, and the other is disposed at the outer peripheral surface of the atomized core seat 131 in a spiral wound manner. The preheating heating wire 132 and the heating atomized heating wire 133 are disposed on the atomized core seat 131 in a spirally wound manner, which can make the heating becomes more uniform to further increase the heating efficiency, and the preheating welding wire 132 and One of both the heating atomized heating wire 133 is disposed inside the atomized core seat 131, and the other is disposed outside the atomized core seat 131, which can be spaced apart from preheating hot wire 132 and heating atomization. The function of the heating wire 133 avoids both interference to extend the service life.
[0029] Please refer again image 3 , Figure 4 , Figure 5 as well as Figure 6 with Figure 7 The tobacco nozzle 11 is detachably inserted at the top of the first housing 12 to facilitate addition of tobacco. The tobacco can also be disposed at a position close to the atomizer 13, such as a carrier 112, such as one end of the tobacco nozzle 11 close to the atomizer 13, and the carrier 112 is disposed in the first cavity 1201, the carrier 112 In the storage tobacco, the carrier 112 is close to the preheating heating wire 132 and the heating atomized heating wire 133 to further increase the heating efficiency of the heating efficiency by the sole heat welding wire 132 and the heating of the heating wire 133 and the heating atomized heating wire 133 can be further improved. When the paste is removed, the tobacco nozzle 11 can be removed to take out the carrier 112, and the appropriate amount of tobacco is removed in the container where the spare tobacco, and then mounted to the top of the first housing 12, and makes it. Carrying a tobacco-carrying member near preheating hot wire 132 and heating atomized heating wire 133, the carrier can be used as a tool for tapping and carrier the tobacco, making the add operation of the tobacco more convenient.
[0030] More specifically, the carrier 112 has a carrier portion 1121 for storing the tobacco, the carrier portion 1121 near the preheating hot wire 132 and the heating atomized heating wire 133, which is capable of accommodating more tobacco, the carrier 1121 The groove 158 for accommodating the tobacco is opened. The first cavity 1201 is formed in the top of the first housing 12, and the seat body is mounted in the first housing 12, and the atomizer 13 is mounted at the top of the seat body, and the atomizer 13 is separated from the first circuit board 18. On, the role of heat insulation is to avoid burning the first circuit board 18.
[0031] The cigarette 1 also includes a first base 15 and a second seat 16 disposed at the bottom of the first base 15, and the first housing 12 is set on the first base 15, at least the second seat 16 inserted. Mounted on the top of the host 2, the atomizer 13 is mounted on the top of the first base 15, and the first circuit board 18 is mounted in the second seat 16 to spaced the atomizer 13 and the first circuit board 18. A better heat insulation, avoid burning the first circuit board 18 due to overheating. In the present embodiment, the first base 15 is preferably made of heat resistant material, such as the formation of a zirconia material, and a better heat insulating effect, while the second seat 16 There is no need to use heat-resistant material, so it is more advantageous to reduce costs.
[0032] Among them, in order to facilitate assembly, the first body 15 and the second seat 16 can be connected together by a detachable manner, such as a buckle 156 on the first base 15, and the second seat body 16 is configured. A buckle hole 161 with a buckle 156. Specifically, the top portion of the first base 15 is opened, and the bottom seal of the atomized core seat 131 is mounted in the positioning hole 152, and the top portion of the atomized core seat 131 extends into the cavity 121, so that the nebulizer 13 Generating heat is always infiltrated in a tobacco or soobial oil located in the cavity 121, increasing the contact area between the tobacco or the soobial and atomizer 13, and improves heating efficiency.
[0033] More specifically, the front portion of the first base 15 is also open to the cavity 121, and the positioning hole 152 is located at the bottom of the recess 151, and the concave 151 is specifically an extensive horn shape. Good oil effects, increasing the contact area between the consumables and the atomizer 13, increasing heating efficiency, while facilitating accommodating more bolets or tobacco.
[0034] The bottom portion of the atomization core seat 131 extends downwardly to form an outer diameter than its small projection 1312, and the pore diameter of the positioning hole 152 is smaller than the outer diameter of the atomized core seat 131, and forms a step surface on the top of the first base 15. 153. The bottom portion of the atomization core seat 131 is configured to the step surface 153, and the projection portion 1312 is disposed in the positioning hole 152, and the protruding portion 1312 is disposed between the positioning holes 152 to achieve atomization. The core seat 131 is connected to the sealing connection between the positioning holes 152 to avoid the sole oil leakage to the first circuit board 18 or even the main unit 2, and the action of protecting the first circuit board 18 and the host 2, avoiding affecting the first circuit board 18 and The service life of the host 2.
[0035] More specifically, the first seal 14 includes a cylindrical side and a bottom plate disposed at the bottom of the cylindrical side, and the projection 1312 is disposed within the cylindrical side, and the bottom of the projection 1312 is abutting with the bottom plate. However, the electrodes of the preheating heating wire 132 and the heating atomized heating wire 133 pass through the bottom plate, and then electrically connected to the first circuit board 18.
[0036] In order to further improve the sealing effect, the outer peripheral wall of the first base 15 is provided with a positioning slot 155, and the second seal 175 is disposed, and the second seal 17 and the first housing 12 are inwarded. The wall is sealed, and the liquid consumables are avoided from the gap between the first base 15 and the first housing 12 to the first circuit board 18 or the host 2. Among them, the first seal 14 and the second sealing member 17 in this embodiment are made of silica gel materials.
[0037] The top portion of the second housing 21 is opened, at least the second seat 16 is inserted in the mounting groove 211, and at the same time, the bottom of the first housing 12 is coupled to the top of the second housing 21, so that the electronics The outside of the outer part of the smoke is smooth, which is convenient for grip, and provides a better experience.
[0038] As a preferred embodiment, the connection between the first housing and the second housing 21 is more reliable, and it can be detachable, the second housing 21 is disposed on the second housing 21, which is disposed on the second housing 21, which is disposed. 230, the elastic lock The 230 is adjacent to the first housing 12, and the side surface of the second housing 21 is opened, the elastic lock 230 is contracted into the opening, and the second housing 21 is detachable, the elastic lock 230 projects. A reliable connection is achieved between the second housing 21 and the second housing 21 in the opening.
[0039] Specifically, the battery 23 can be a non-rechargeable battery 23; or the battery 23 is a rechargeable battery 23, and a charging interface 210 electrically connected to the rechargeable battery 23 is disposed on the host 2.
[0040] As a preferred embodiment, in order to adjust the target preheating temperature or the target heating atomization temperature, the main unit 2 can be configured with a temperature adjustment key, the temperature adjustment key is used to adjust the preheating hot wire 132 and / or heated atomized heating wire. The heating temperature of 133 is specifically used to adjust the reference resistance of the internal portion of the first chip, and the temperature adjustment key is electrically connected to the second circuit board 24, specifically, the temperature adjustment bond includes a temperature of temperature rise 27 and The temperature reduction of temperature drop is used to adjust the temperature drop. Of course, the adjustment of the target preheating temperature or the target heating atomization temperature can be achieved by the user terminal.
[0041] To make it easy to start or close the electronic cigarette, such as figure 1 As shown, there is a switching key 29 on the host 2, which is exposed to the second housing 21, and the switch key 29 is electrically connected to the second circuit board 24 for starting or closing the electronic cigarette.
[0042] The display screen 220 is disposed on the electronic smoke, which is electrically connected to the third circuit board 26, which is used to display the operating state of the electronic smoke.
[0043] Compared with the prior art, the electronic cigarette bomb and the electronic cigarette host provided by the electron cigarette, realizing the functional expansion of the electronic cigarette and the power signal and data signal of the host and smoke by expanding the main engine of the electronic cigarette. Interaction, facilitating more features of electronic cigarettes.
[0044] The above is merely the embodiments of the present invention, and it should be pointed out here, and will be made without departing from the present invention, but these are the present invention without departing from the present invention. Protection range.
