CN214257973U

CN214257973U - Electronic cigarette with disinfection temperature measurement function and communication system

Info

Publication number: CN214257973U
Application number: CN202021248945.2U
Authority: CN
Inventors: 谭晖
Original assignee: Shenzhen Chuanghong New Intelligent Technology Co ltd
Current assignee: Shenzhen Chuanghong New Intelligent Technology Co ltd
Priority date: 2020-06-30
Filing date: 2020-06-30
Publication date: 2021-09-24
Anticipated expiration: 2030-06-30

Abstract

The utility model relates to an electron cigarette field specifically provides an electron cigarette and communication system with disinfection temperature measurement function. The utility model provides an electronic cigarette, includes atomizer, disinfection light source, temperature sensing module and main control unit, main control unit is connected with atomizer, disinfection light source and temperature sensing module respectively, main control unit control disinfection light source produces the disinfection light beam, and acquires the temperature data that temperature sensing module detected to and the heater of control atomizer produces high temperature in order to atomize tobacco juice. The utility model discloses a design an electron cigarette and communication system with disinfection temperature measurement function, combine smoking, disinfection and temperature measurement three organically, make the electron cigarette of single function have the function of disinfection and temperature measurement, improve user experience, it is convenient to carry and use on the electron cigarette that can conveniently carry with the miniaturized design of disinfection light source and temperature sensing module, is suitable for various scenes.

Description

Electronic cigarette with disinfection temperature measurement function and communication system

Technical Field

The utility model relates to an electron cigarette field specifically provides an electron cigarette and communication system with disinfection temperature measurement function.

Background

The electronic cigarette is an electronic product simulating a cigarette, and has the same appearance, smoke, taste and sensation as the 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. The electronic cigarette is essentially an electronic consumer product, and after the technical aspect of nicotine replacement therapy is given, the electronic cigarette is classified into a new tobacco substitute. Electronic cigarettes may allow smokers to get rid of all elements in traditional cigarettes while allowing them an opportunity to continue to enjoy the gestures and visual enjoyment of smoking behavior. Furthermore, it is less expensive than tobacco.

Along with the rapid development of the electronic cigarette market, people not only are cigarette substitutes positioned, but also are promoted in atomizer, appearance and material of the electronic cigarette, and as an electronic consumer product, people endow the electronic cigarette with more functions of the utility model. On one hand, various electronic cigarette products on the market nowadays have some problems: the product has single function, only has the smoking function, and does not consider the application of intelligent products; the temperature of the product is not accurate enough, the atomizer is easy to fuse, and the service life is short; moreover, the performance of the products in the current market is uneven, and the pneumatic use is convenient but not as stable as manual operation. On the other hand, aiming at the virus which is popular in 2020 all over the world and is named as 'COVID-19', how to make self protection and disinfection are always the direction of human exploration. Meanwhile, after the disease occurs, how to identify the infected person through body temperature and other symptoms is also a crucial part in isolating treatment as soon as possible and avoiding secondary transmission and infection.

The viruses causing diseases are smaller than bacteria, cannot be seen and found, but are widely existed in daily life of people, elevator keys, mobile phone shells and even cups for drinking water are everywhere, so that people and animals are ill and even killed. With the development of modern medicine, specific preventive measures are now known to control the viral damage, for example by vaccination. However, the details of life, and more so the key to defending against viruses, are the first gateway, especially in the face of unknown viruses, and especially when no vaccine is available, sterilization is a very important link.

However, various disinfection products on the market generally have some problems: the product has large volume, is only suitable for being placed at a fixed position at home for disinfection, is inconvenient to carry and cannot be conveniently carried; the power consumption is large, and the battery can be used only by plugging in power or needs to be charged frequently; ozone and other gases which damage the human body are generated to damage the human body; or the bactericidal power is weak and is not enough to kill the bacteria and viruses really; the function is single, and the preference of a user is difficult to grasp.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model lies in, to the above-mentioned defect of prior art, provide an electron cigarette and communication system with disinfection temperature measurement function, solve the problem of electron cigarette function singleness on the market now to and solve various shortcoming problems that various disinfection products exist.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides an electron cigarette with disinfection temperature measurement function, includes atomizer, disinfection light source, temperature sensing module and main control unit, the main control unit is connected with atomizer, disinfection light source and temperature sensing module respectively, main control unit control disinfection light source produces the disinfection light beam, and acquires the temperature data that temperature sensing module detected to and the heater of control atomizer produces high temperature in order to atomize tobacco juice.

Wherein, the preferred scheme is: the electronic cigarette is characterized in that the disinfection light source is a deep ultraviolet LED light source, the electronic cigarette further comprises a constant current driving module, the constant current driving module is respectively connected with the main control unit and the deep ultraviolet LED light source, and the main control unit drives the deep ultraviolet LED light source to work through the constant current driving module.

Wherein, the preferred scheme is: the deep ultraviolet LED light source is a UVC light emitting diode to generate short-wave sterilization deep ultraviolet with the wavelength of 200-275 nm.

Wherein, the preferred scheme is: the temperature sensing module comprises a thermistor; the thermistor comprises a thermistor body, a main control unit and a temperature control unit, wherein the thermistor is an NTC negative temperature coefficient thermistor with the resistance value becoming smaller along with the temperature rise, the main control unit comprises a first storage module storing a resistance value thermometer reflecting the relation between the resistance value and the temperature, and the main control unit acquires the actual temperature value according to the resistance value thermometer and the resistance value data of the NTC negative temperature coefficient thermistor.

Wherein, the preferred scheme is: the electronic cigarette further comprises an air switch, the air switch is connected with the main control unit, the air switch generates a smoking signal to the main control unit when the air flow reaches the preset strength, and the main control unit controls the heating wire of the atomizer to generate high temperature to atomize the tobacco liquid according to the smoking signal.

Wherein, the preferred scheme is: the electronic cigarette further comprises a current conversion module, the current conversion module is respectively connected with the heating wire of the atomizer and the main control unit, the current value of the heating wire is converted into a voltage value and is read by the main control unit, the main control unit stores a second storage module of a voltage value thermometer reflecting the relation between the voltage value and the temperature, and the main control unit obtains an actual temperature value according to the voltage value thermometer and the voltage value and adjusts the heating wire at constant temperature.

Wherein, the preferred scheme is: the electronic cigarette further comprises an NFC module, the main control unit stores a third storage module of the cigarette cartridge information, the NFC module reads cigarette cartridge data and sends the cigarette cartridge data to the main control unit, and the main control unit compares the cigarette cartridge data with the cigarette cartridge information and starts a smoking function after successful matching.

Wherein, the preferred scheme is: the electronic cigarette also comprises a wireless transmission unit which can establish a communication link with external wireless equipment, and the main control unit interacts with the external wireless equipment through the communication link of the wireless transmission unit.

Wherein, the preferred scheme is: the master control unit and the wireless transmission unit are integrated into a master control MCU; the master control MCU is a low power consumption Bluetooth SOC.

Wherein, the preferred scheme is: the electronic cigarette further comprises a toggle switch, wherein the toggle switch is provided with three gears, and the gears comprise a shutdown gear, a disinfection light source starting gear and a temperature detection gear.

The utility model provides a technical scheme that its technical problem adopted is: the communication system of the electronic cigarette is provided, the communication system comprises the electronic cigarette and terminal equipment, the electronic cigarette further comprises a wireless transmission unit, the terminal equipment and the wireless transmission unit establish a communication link, acquire working information or/and user use information of the electronic cigarette, and process, configure or control the electronic cigarette; or the communication system further comprises a cloud server, the cloud server is remotely connected with the terminal device, and the terminal device uploads the acquired work information or/and the user use information to the cloud server.

The utility model has the advantages that compared with the prior art, the utility model designs the electronic cigarette and the communication system with the disinfection temperature measurement function, which organically combines the smoking, the disinfection and the temperature measurement, so that the electronic cigarette with the single function has the disinfection and temperature measurement functions, thereby improving the user experience, and the disinfection light source and the temperature sensing module are miniaturized and designed on the portable electronic cigarette, thereby being convenient for carrying and use and being suitable for various scenes; on the other hand, with smoking, disinfection and temperature measurement three organic combination, provide very big facility, better protection user does not receive the infringement of virus and bacterium, collects disinfection and temperature measurement as an organic whole, really satisfies the smoking of travel, commute, public area anytime and anywhere, the demand of disinfection and temperature measurement to and a tractor serves several purposes, in the smoking, can also possess disinfection and temperature measurement function, makes things convenient for the consumer to use.

Drawings

The invention will be further explained with reference to the drawings and examples, wherein:

fig. 1 is a schematic structural view of the electronic cigarette with disinfection and temperature measurement functions of the present invention;

FIG. 2 is a schematic structural diagram of the integrated design of the disinfection light source, the constant current driving module and the atomizer of the present invention;

fig. 3 is a schematic structural diagram of the NFC module of the present invention;

fig. 4 is a schematic structural diagram of the wireless transmission unit of the present invention;

fig. 5 is a schematic structural diagram of a first embodiment of the communication system of the electronic cigarette according to the present invention;

fig. 6 is a schematic structural diagram of a second embodiment of the communication system of the electronic cigarette of the present invention.

Detailed Description

The preferred embodiments of the present invention will now be described in detail with reference to the accompanying drawings.

As shown in fig. 1, the present invention provides a preferred embodiment of an electronic cigarette with disinfection and temperature measurement functions.

The utility model provides an electron cigarette with disinfection temperature measurement function, includes atomizer 310, disinfection light source 100, temperature sensing module 200 and main control unit 400, main control unit 400 is connected with atomizer 310, disinfection light source 100 and temperature sensing module 200 respectively, main control unit 400 control disinfection light source 100 produces the disinfection light beam, and acquires the temperature data that temperature sensing module 200 detected to and the heater 311 of control atomizer 310 produces high temperature in order to atomize tobacco juice.

Specifically, the electronic cigarette further includes a power supply 510, preferably a lithium battery, and the main control unit 400 may control the disinfection light source 100 to be conducted and turned on with the power supply 510, generate and emit a disinfection light beam, so as to implement disinfection and sterilization operations; the main control unit 400 may control the temperature sensing module 200 to perform detection, and acquire detected temperature data, or acquire a corresponding temperature value through the temperature data according to an internal algorithm; and the main control unit 400 triggers a smoking operation when smoking, controls the heating wire 311 of the atomizer 310 to generate high temperature, and heats and atomizes the tobacco tar guided to the heating wire 311 from the liquid storage cavity to form smoke and be smoked by a user. On one hand, the electronic cigarette is provided with the disinfection light source 100 and the temperature sensing module 200, so that the electronic cigarette with a single function has the functions of disinfection and temperature measurement, the user experience is improved, the disinfection light source 100 and the temperature sensing module 200 are designed on the portable electronic cigarette in a miniaturized manner, the portable electronic cigarette is convenient to carry and use, and the portable electronic cigarette is suitable for various scenes; on the other hand, with smoking, disinfection and temperature measurement three organic combination, provide very big facility, better protection user does not receive the infringement of virus and bacterium, collects disinfection and temperature measurement as an organic whole, really satisfies the smoking of travel, commute, public area anytime and anywhere, the demand of disinfection and temperature measurement to and a tractor serves several purposes, in the smoking, can also possess disinfection and temperature measurement function, makes things convenient for the consumer to use.

The main control unit 400 is preferably an MCU, and controls the disinfection light source 100, the temperature sensing module 200, and the atomizer 310 to be turned on and off according to a preset control program or an external control signal, and records the time and frequency of turning on or off (smoking, disinfection, and temperature measurement), and the detected temperature data, so as to summarize data, and form basic information and record of operation. A Micro Control Unit (MCU), also called a Single Chip Microcomputer (Single Chip Microcomputer) or a Single Chip Microcomputer (MCU), is a Chip-level computer formed by appropriately reducing the frequency and specification of a Central Processing Unit (CPU) and integrating peripheral interfaces such as a memory, a counter (Timer), a USB, an a/D converter, a UART, a PLC, a DMA, etc., and even an LCD driving circuit on a Single Chip, and performing different combination control for different applications. Of course, the control unit 310 may be configured as a module (including a logic circuit or MCU, and its peripheral circuits) to control the operation of the disinfecting light source 100, the temperature sensing module 200, and the atomizer 310 respectively; alternatively, the control unit 310 may be configured as two independently operable modules (including a logic circuit or MCU, and its peripheral circuit) for respectively controlling the operation of the disinfecting light source 100, the temperature sensing module 200, and the atomizer 310; the above-mentioned module can be an integrated package structure, and also can be an integrated circuit board structure, and also can be other integrated form structures, of course, as long as the structure that can realize control, it is the distributed design or external design all belong to the utility model discloses a protection scope.

The electron cigarette still includes the power management circuit 520 of being connected with the lithium cell for carry out charge-discharge management to the lithium cell, guarantee electron cigarette's normal use and user's personal safety, when the lithium cell low-power, main control unit 400 can carry out the low-power suggestion (the scintillation or the colour change of the LED lamp through setting up show the lithium cell electric quantity condition), and the user can connect power 510 adapter, charges to the product.

As shown in fig. 2, the present invention provides a preferred embodiment of the integrated design of the disinfection light source, the constant current driving module and the atomizer.

The electronic cigarette is characterized in that the disinfection light source 100 is a deep ultraviolet LED light source, the electronic cigarette further comprises a constant current driving module 600, the constant current driving module 600 is respectively connected with the main control unit 400 and the deep ultraviolet LED light source, the main control unit 400 drives the deep ultraviolet LED light source to work through the constant current driving module 600, and therefore high-efficiency sterilization and strong sterilization and disinfection effects are achieved.

The deep ultraviolet generated by the deep ultraviolet LED light source can be divided into four regions according to different wavelengths, wherein short-wave deep ultraviolet is UVC for short, the wavelength is 200-280 nm, medium-wave deep ultraviolet is UVB for short, the wavelength is 280-320 nm, long-wave deep ultraviolet is UVA for short, the wavelength is 320-400 nm, vacuum deep ultraviolet is UVD for short, and the wave band wavelength is 100-200 nm. The deep ultraviolet LED light source in this embodiment is preferably a UVC light emitting diode to generate short-wave sterilizing deep ultraviolet light at a wavelength of 200 to 275nm, preferably a wavelength of 254nm, which is relatively strong in sterilizing power, or a strong sterilizing wavelength of 275nm, which coincides with the deep ultraviolet absorption and photochemical sensitivity range of deoxyribonucleic acid in the microbial cell nucleus. Further, through sterilization of the deep ultraviolet LED light source, normally, the sterilization rate of 99% to 99.9% can be achieved by means of 1-2 seconds of correlation, high-efficiency sterilization is achieved, safety and reliability are achieved, and sterilization can be achieved by means of direct injection of 10s to the articles to be sterilized or by means of 5 times of back-and-forth transverse scanning at constant speed; and no secondary pollution is caused, no chemical agent is added in the deep ultraviolet sterilization, no secondary pollution is caused to water and the surrounding environment, and no component is changed.

The constant current driving module 600 is respectively connected with the power supply 510 and the deep ultraviolet LED light source (of course, the power supply 510 can also be indirectly transmitted to the constant current driving module 600 through the main control unit 400, and the main control unit 400 is used as a transmission bridge), so as to provide constant current electric energy for the deep ultraviolet LED light source, ensure that the short-wave ultra-deep ultraviolet light can be stably and efficiently emitted, and efficiently kill bacteria and viruses; and, after completing the operation, the path of the deep ultraviolet LED light source and the power supply 510 is cut off by the main control unit 400 or by the constant current driving module 600, ensuring a low power consumption state. The important point is that the constant current driving module 600 is implemented by matching the constant current driving circuit or the constant current driving circuit with the output signal of the main control unit 400, and the output current is constant.

In the present embodiment, a preferred embodiment of the temperature sensing module 200 is provided.

The temperature sensing module 200 includes a thermistor; the thermistor is an NTC negative temperature coefficient thermistor with a resistance value which becomes smaller as the temperature rises, the main control unit 400 comprises a first storage module which stores a resistance value thermometer reflecting the relationship between the resistance value and the temperature, and the main control unit 400 acquires an actual temperature value according to the resistance value thermometer and resistance value data of the NTC negative temperature coefficient thermistor so as to reflect the current detected temperature of the human body.

On one hand, the corresponding temperature is obtained through table lookup and calculation (resistance temperature lookup table) according to the resistance value change of the thermistor, the efficiency is high, the accuracy is high, and the overall structure is simple; on the other hand, the thermistor measures the temperature based on the thermal effect of the resistor, namely the characteristic that the resistance value of the resistor changes along with the change of the temperature, particularly the characteristic of the NTC negative temperature coefficient thermistor is utilized, the resistance value becomes smaller along with the rise of the temperature, the software compensation algorithm arranged in the main control unit 400 is matched, the realization precision is higher, and if the main control unit 400 is an MCU, the working frequency is high enough, and the good temperature measurement precision can be obtained by combining the stable and reliable algorithm. Of course, the software compensation algorithm can be realized in a plurality of ways, as long as the main control unit 400 capable of realizing the software compensation algorithm all belongs to the technical features protected by the present invention, not the improvement of the protection software, but the protection of the main control unit 400 with a certain function is applied in the electronic cigarette and the combination scheme matched with the temperature sensing module 200.

Furthermore, the electronic cigarette should also be provided with an indicator light or a display screen, and the temperature is displayed through the display screen, so that a user can check the temperature data in time, that is, the temperature data reflected by the current thermistor is acquired through the main control unit 400, and then the display screen is controlled to display a corresponding numerical value; or, different temperature ranges are set, including at least a normal temperature range and an abnormal temperature range, and the main control unit 400 determines the range after acquiring the temperature data reflected by the current thermistor, and controls the on/off or on color of the indicator light according to the range, such as a normal temperature range of on/off green light, indicating that the temperature is normal, and an abnormal temperature range of on/off red light, indicating that the temperature is abnormal.

In the present embodiment, a preferred embodiment of the atomizer 310 is provided.

The electronic cigarette further comprises an air switch 320, the air switch 320 is connected with the main control unit 400, the air switch 320 generates a smoking signal to the main control unit 400 when the airflow reaches a preset strength, and the main control unit 400 controls the heating wire 311 of the atomizer 310 to generate high temperature to atomize the tobacco juice according to the smoking signal. Specifically, when a user inhales at a smoking port of the electronic cigarette, the air switch 320 (i.e., the electronic cigarette microphone) responds to trigger the control circuit to turn on the circuit, and the main control unit 400 generates high-temperature atomized tobacco juice by controlling the heating wire 311 in the atomizer 310 according to the triggering, so that tobacco tar and air pass through the atomizing core of the electronic cigarette and become smoke to be inhaled into the mouth of the user; and, when the inhalation is stopped, the air flow of the air flow sensor in the air switch 320 disappears, and the switch of the air flow sensor is turned off and stops operating, thereby stopping the operation of the atomizer 310. Meanwhile, in order to avoid external interference, when the detection variation of the air switch 320 reaches a certain value (or the detected airflow strength reaches a preset strength), a smoke signal is output to the main control unit 400.

Further, the electronic cigarette further comprises a current conversion module 330, wherein the current conversion module 330 is respectively connected with the heating wire 311 of the atomizer 310 and the main control unit 400, converts the current value of the heating wire 311 into a voltage value and is read by the main control unit 400, the main control unit 400 stores a second storage module of a voltage value and temperature table reflecting the relationship between the voltage value and the temperature, and the main control unit 400 obtains an actual temperature value according to the voltage value and performs constant temperature adjustment on the heating wire 311. Preferably, the obtained actual temperature value may be compared with a preset temperature value, so as to dynamically adjust the temperature of the heating wire 311, i.e., the current intensity output to the heating wire 311, based on the preset temperature value.

Of course, the main control unit 400 can also obtain an actual temperature value according to the voltage value thermometer and the voltage value, so as to switch on and off the electric energy input to the heater 311, so as to close the electric energy channel when the temperature is abnormal, and switch on the electric energy channel when the temperature is normal, thereby realizing on-off control in a certain precise temperature control range.

As shown in fig. 3, the present invention provides a preferred embodiment of the NFC module.

The electronic cigarette further comprises an NFC module 700, a third storage module of the cartridge information is stored in the main control unit 400, the NFC module 700 reads the cartridge data and sends the cartridge data to the main control unit 400, the main control unit 400 compares the cartridge data with the cartridge information and starts a smoking function after the matching is successful, the smoking function means that the heating wire 311 can be controlled by the main control unit 400 to be powered on and generate heat, and if the smoking function main control unit 400 is closed, the heating wire 311 cannot be controlled to be powered on and generate heat. Specifically, based on the near field communication technology, the NFC module 700 may perform data exchange with external NFC while being close to each other, and is integrated and evolved from a non-contact radio frequency identification and interconnection technology, and by integrating functions of an inductive card reader, an inductive card and point-to-point communication on a single chip of the NFC module 700, applications such as mobile payment, electronic ticketing, door access, mobile identity recognition, anti-counterfeiting and the like are implemented by using a mobile terminal; the cartridge data also contained in the cartridge is acquired using the NFC module 700.

And, main control unit 400 in this embodiment "compare cigarette bullet data with cigarette bullet information to open smoking function" after will matcing successfully can not be considered the improvement of software, and above-mentioned function is that conventional main control unit 400 homoenergetic is through the all realizable function of various modes, the utility model discloses the key point is to have "contrast" and "control" function main control unit 400 and the protection of NFC module 700 combination, with protection integrated configuration between them, realize corresponding functional operation, belong to the protection object of the utility model.

As shown in fig. 4, the present invention provides a preferred embodiment of a wireless transmission unit.

The electronic cigarette further comprises a wireless transmission unit 800 capable of establishing a communication link with the external wireless device 10, and the main control unit 400 interacts with the external wireless device 10 through the communication link of the wireless transmission unit 800. The interactive representation main control unit 400 acquires work information or/and user use information of the electronic cigarette, such as temperature measurement data, disinfection use frequency and other work information, and uploads the work information or/and the user use information to the external wireless device 10, wherein the work information or/and the user use information includes work time, work frequency, work duration and the like of the disinfection light source 100, the temperature sensing module 200 and the atomizer 310, temperature data collected by the temperature sensing module 200, normal and abnormal proportion and the like, and remaining capacity, charging frequency, charging time and the like of the power supply 510; the interaction also means control information sent by the external wireless device 10 to the main control unit 400, such as updating software, resetting, re-collecting work information or/and user usage information, self-checking control, configuring disinfection timeout time, etc.

Preferably, the wireless transmission unit 800 is a bluetooth communication module, preferably a low power consumption bluetooth communication module, and the external wireless device 10 is a terminal device with a wireless connection function, such as a mobile phone and a gateway; for example, the main control unit 400 is connected to the mobile phone through a bluetooth communication module, and is connected to the cloud server through the mobile phone as a bridge to perform interaction, for example, the main control unit 400 uploads the work information or/and the user use information to the mobile phone for local storage, or uploads the work information or/and the user use information to the cloud server for cloud storage, and the mobile phone can send a control command to the main control unit 400, or the cloud server sends a control command to the main control unit 400. For another example, the body temperature data can be effectively monitored for a long time by checking the current and previous measured specific temperature data through a mobile phone APP or an applet.

Alternatively, the main control unit 400 and the wireless transmission unit 800 are integrated into a main control MCU, that is, the main control MCU is a low power consumption bluetooth SOC, which can realize data acquisition, sorting, analysis and processing, and can also perform bluetooth wireless transmission of data. Preferably, the low-power-consumption Bluetooth SOC adopting the Bluetooth 5.0 technology realizes low-power-consumption work and has strong applicability. Preferably, NFC is also a self-contained function of bluetooth low energy SOC.

In this embodiment, with reference to fig. 5 and fig. 6, a communication system of an electronic cigarette is provided, the communication system includes an electronic cigarette 910, a terminal device 920, and a cloud server 930, the electronic cigarette 910 further includes a wireless transmission unit 911, a communication link is established between the terminal device 920 and the wireless transmission unit 911, work information or/and user use information of the electronic cigarette 910 is acquired, the cloud server 930 is remotely connected to the terminal device 920, and the terminal device 920 uploads the acquired work information or/and user use information to the cloud server 930; alternatively, the cloud server 930 configures or controls the e-cigarette 910 through the terminal device 920, or the terminal device 920 directly configures or controls the e-cigarette 910. Uploading the temperature change, data on whether to disinfect in time and the degree of smoking frequency change to the cloud server 930; and at the server side, the data is further analyzed, the user can be guided in a targeted manner, the disinfection duration can be set, and intelligent control is realized.

Specifically, two sets of schemes are provided, in the first scheme, the terminal device 920 can achieve operations such as data acquisition, display, processing, parameter configuration and control of the electronic cigarette 910, for example, a mobile phone, and one-to-one control of the terminal device 920 and the electronic cigarette 910 is achieved; in the second scheme, the terminal device 920 serves as an intermediate bridge, and the cloud server 930 can acquire data through the terminal device 920, perform operations such as processing, configuring parameters and controlling the electronic cigarette 910 on the data, and realize a manner of summarizing, controlling and processing big data.

Wherein the terminal device 920 is substantially the external wireless device 10 described above.

The utility model discloses in, still provide electron cigarette toggle switch's preferred embodiment.

The electronic cigarette further comprises a toggle switch, wherein the toggle switch is provided with three gears, and the gears comprise a shutdown gear, a disinfection light source 100 starting gear and a temperature detection gear; preferably, the shutdown gear, the disinfection light source 100 start gear and the temperature detection gear are sequentially arranged, the toggle switch is pushed from the shutdown gear to the disinfection light source 100 start gear, and then pushed from the disinfection light source 100 start gear to the temperature detection gear, or vice versa, when the toggle switch is in the shutdown gear, the main control unit 400 is in the shutdown state or the sleep state, when the toggle switch is in the disinfection light source 100 start gear, the main control unit 400 controls the disinfection light source 100 to work, that is, the plurality of UVC light emitting diodes simultaneously emit light to perform a sterilization operation, when the toggle switch is in the temperature detection gear, the main control unit 400 controls the disinfection light source 100 to be turned off, and controls the temperature sensing module to work, so as to obtain temperature data of the probe, specifically temperature data of a human body in front; preferably, when the toggle switch is directly pushed from the shutdown gear to the temperature detection gear or pushed from the temperature detection gear to the shutdown gear, the disinfection light source 100 is not triggered to be switched on although the disinfection light source 100 is switched on, a delay circuit may be provided to delay a trigger signal to the main control unit 400 when the toggle switch is in the disinfection light source 100 on gear, or a delay trigger command may be provided in the main control unit 400 to delay the switching on of the disinfection light source 100 when a trigger disinfection mode is received.

The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not intended to limit the scope of the present invention, which is intended to cover all equivalent changes and modifications made within the scope of the present invention.

Claims

1. The utility model provides an electron cigarette with disinfection temperature measurement function, its characterized in that, includes atomizer, disinfection light source, temperature sensing module and main control unit, the main control unit is connected with atomizer, disinfection light source and temperature sensing module respectively, main control unit control disinfection light source produces the disinfection light beam, and acquires the temperature data that temperature sensing module detected to and the heater of control atomizer produces high temperature in order to atomize tobacco juice.

2. The electronic cigarette of claim 1, wherein: the electronic cigarette is characterized in that the disinfection light source is a deep ultraviolet LED light source, the electronic cigarette further comprises a constant current driving module, the constant current driving module is respectively connected with the main control unit and the deep ultraviolet LED light source, and the main control unit drives the deep ultraviolet LED light source to work through the constant current driving module.

3. The electronic cigarette of claim 2, wherein: the deep ultraviolet LED light source is a UVC light emitting diode to generate short-wave sterilization deep ultraviolet with the wavelength of 200-275 nm.

4. The electronic cigarette of claim 1, wherein: the temperature sensing module comprises a thermistor; the thermistor comprises a thermistor body, a main control unit and a temperature control unit, wherein the thermistor is an NTC negative temperature coefficient thermistor with the resistance value becoming smaller along with the temperature rise, the main control unit comprises a first storage module storing a resistance value thermometer reflecting the relation between the resistance value and the temperature, and the main control unit acquires the actual temperature value according to the resistance value thermometer and the resistance value data of the NTC negative temperature coefficient thermistor.

5. The electronic cigarette of claim 1, wherein: the electronic cigarette further comprises an air switch, the air switch is connected with the main control unit, the air switch generates a smoking signal to the main control unit when the air flow reaches the preset strength, and the main control unit controls the heating wire of the atomizer to generate high temperature to atomize the tobacco liquid according to the smoking signal.

6. The electronic cigarette of claim 5, wherein: the electronic cigarette further comprises a current conversion module, the current conversion module is respectively connected with the heating wire of the atomizer and the main control unit, the current value of the heating wire is converted into a voltage value and is read by the main control unit, the main control unit stores a second storage module of a voltage value thermometer reflecting the relation between the voltage value and the temperature, and the main control unit obtains an actual temperature value according to the voltage value thermometer and the voltage value and adjusts the heating wire at constant temperature.

7. The electronic cigarette of claim 1, wherein: the electronic cigarette further comprises an NFC module, the NFC module is connected with the main control unit, a third storage module of the cigarette cartridge information is stored in the main control unit, the NFC module reads the cigarette cartridge data and sends the cigarette cartridge data to the main control unit, and the main control unit compares the cigarette cartridge data with the cigarette cartridge information and starts a smoking function after successful matching.

8. The electronic cigarette of claim 1, wherein: the electronic cigarette also comprises a wireless transmission unit which can establish a communication link with external wireless equipment, and the main control unit interacts with the external wireless equipment through the communication link of the wireless transmission unit.

9. The electronic cigarette of claim 8, wherein: the master control unit and the wireless transmission unit are integrated into a master control MCU; the master control MCU is a low power consumption Bluetooth SOC.

10. The electronic cigarette of claim 1, wherein: the electronic cigarette further comprises a toggle switch, wherein the toggle switch is provided with three gears, and the gears comprise a shutdown gear, a disinfection light source starting gear and a temperature detection gear.

11. A communication system of an electronic cigarette, wherein the communication system comprises the electronic cigarette according to any one of claims 1 to 10 and a terminal device, the electronic cigarette further comprises a wireless transmission unit, the terminal device establishes a communication link with the wireless transmission unit, acquires the working information or/and the user use information of the electronic cigarette, and processes, configures or controls the electronic cigarette;

or the communication system further comprises a cloud server, the cloud server is remotely connected with the terminal device, and the terminal device uploads the acquired work information or/and the user use information to the cloud server.