阅读说明：本技术 一种具有炫彩led显示功能的电子烟设备 (Electronic cigarette equipment with dazzle various LED and show function ) 是由 寇博 于 2021-09-30 设计创作，主要内容包括：本发明公开了一种具有炫彩LED显示功能的电子烟设备,包括：电子烟主体、烟气雾化管,所述电子烟主体的一端设有通气管,所述通气管远离电子烟主体的端部连接有烟气雾化管,所述烟气雾化管远离电子烟主体的一端设有烟嘴；所述电子烟主体上还设有LED灯带,所述通气管的内侧壁上设有气压传感器,所述电子烟主体的内部设有主控板,所述主控板的一侧设有电池。本发明通过气压传感器、LED灯带和主控板的配合,LED灯带的亮度可根据人们吸气量的大小随时变化,增加人们在使用电子烟时的娱乐性,又可随时检测电子烟内部的气流压强,可进一步通过LED灯带的亮度来判断通过的气流大小,来检测是否有吸阻的隐患,一举多得,给人们更好的使用体验。(The invention discloses an electronic cigarette device with a colorful LED display function, which comprises: the electronic cigarette comprises an electronic cigarette main body and a smoke atomization tube, wherein a ventilation tube is arranged at one end of the electronic cigarette main body, the end part of the ventilation tube, far away from the electronic cigarette main body, is connected with the smoke atomization tube, and a cigarette holder is arranged at one end of the smoke atomization tube, far away from the electronic cigarette main body; still be equipped with LED lamp area in the electron cigarette main part, be equipped with baroceptor on the inside wall of breather pipe, the inside of electron cigarette main part is equipped with the main control board, one side of main control board is equipped with the battery. According to the electronic cigarette, the air pressure sensor, the LED lamp belt and the main control board are matched, the brightness of the LED lamp belt can be changed at any time according to the size of the air suction volume of people, the entertainment of people when the people use the electronic cigarette is improved, the air flow pressure inside the electronic cigarette can be detected at any time, the size of the passing air flow can be further judged through the brightness of the LED lamp belt, whether the hidden danger of suction resistance exists or not can be detected, and the electronic cigarette has the advantages of achieving multiple purposes and giving people better use experience.)

1. An electronic cigarette device with a colorful LED display function, comprising: the electronic cigarette comprises an electronic cigarette main body (1) and a smoke atomization tube (2), wherein a vent tube (6) is arranged at one end of the electronic cigarette main body (1), the end part, far away from the electronic cigarette main body (1), of the vent tube (6) is connected with the smoke atomization tube (2), and a cigarette holder (3) is arranged at one end, far away from the electronic cigarette main body (1), of the smoke atomization tube (2); still be equipped with LED lamp area (7) on electron cigarette main part (1), be equipped with baroceptor (11) on the inside wall of breather pipe (6), the inside of electron cigarette main part (1) is equipped with the main control board, one side of main control board is equipped with the battery.

2. The electronic cigarette device with the dazzle LED display function of claim 1, wherein: the battery is respectively electrically connected with the main control board, the air pressure sensor (11) and the LED lamp strip (7), the output end of the air pressure sensor (11) is electrically connected with the input end of the main control board, and the output end of the main control board is electrically connected with the input end of the LED lamp strip (7).

3. The electronic cigarette device with the dazzle LED display function of claim 1, wherein: the electronic cigarette is characterized in that the LED lamp strip (7) is arranged on the outer side wall of the electronic cigarette main body (1) in a circle, and the LED lamp strip (7) comprises red LED lamps, yellow LED lamps and blue LED lamps which are sequentially arranged at intervals.

4. The electronic cigarette device with the dazzle LED display function of claim 1, wherein: the end part of the smoke atomization tube (2) close to the electronic cigarette main body (1) is provided with magnetic cylinder-shaped iron blocks (4) which are uniformly distributed, and the end part of the ventilation tube (6) far away from the electronic cigarette main body (1) is provided with magnetic grooves (5) corresponding to the magnetic cylinder-shaped iron blocks (4).

5. The electronic cigarette device with the dazzle LED display function of claim 1, wherein: the utility model discloses a cigarette electronic device, including electron cigarette main part (1), the tip that is close to flue gas atomizing pipe (2) is equipped with often bright lamp button (8), the leading flank of electron cigarette main part (1) is equipped with side pressure sensing panel (9), the leading flank of side pressure sensing panel (9) is equipped with pressure sensing LED lamp screen (10), pressure sensing LED lamp screen (10) are connected with often bright lamp button (8) and battery electricity.

6. The electronic cigarette device with the dazzle LED display function of claim 5, wherein: pressure sensing LED lamp screen (10) are close to the side of side pressure sensing panel (9) and are equipped with pressure sensor (12) and prevent colliding with plastic foam (13), prevent colliding with plastic foam (13) and locate around pressure sensor (12), the one end electricity that pressure sensing LED lamp screen (10) were kept away from in pressure sensor (12) is connected with control circuit board (14), one side that pressure sensing LED lamp screen (10) were kept away from in control circuit board (14) is through fixed connector pole (15) and heat insulating board (17) fixed connection, the inside wall fixed connection of heat insulating board (17) and electron cigarette main part (1), be equipped with radiator (16) between radiator (17) and control circuit board (14), radiator (16) and control circuit board (14) fixed connection, pressure sensing LED lamp screen (10), pressure sensor (12), control circuit board (14), The cells are electrically connected in sequence.

7. The electronic cigarette device with the dazzle LED display function of claim 1, wherein: a side face of the electronic cigarette main body (1) is provided with an air inlet and heat exhaust panel (18), and the surface of the air inlet and heat exhaust panel (18) is provided with air inlet and heat exhaust openings (19) which are uniformly distributed.

8. The electronic cigarette device with the dazzle LED display function of claim 5, wherein: the side pressure sensing panel (9) is provided with a charging port (20), and the charging port (20) is electrically connected with a battery.

9. The electronic cigarette device with the dazzle LED display function of claim 8, wherein: the side pressure-sensing panel (9) further comprises: a pressed layer module (901), a detection point determining module (902) and a judging module (903);

the pressed layer module (901) is arranged on the surface of the side pressure sensing panel (9);

the pressed layer module (901), the detection point determining module (902) and the judging module (903) are connected in sequence;

the compression layer module (901) is used for generating corresponding deformation quantity when receiving pressure from an external user;

the detection point determination module (902) comprises:

the image scanning unit is used for obtaining a current perspective form image of the pressed layer when the pressed layer is pressed by an external user, comparing the current perspective form image with a preset perspective form image of the pressed layer, and determining a first pressed range in the pressed layer module (901);

the first determining unit is used for detecting the pressure value and the continuous compression time of a preset measuring point in the compression layer module (901), obtaining a currently compressed data graph of the compression layer module (901), and taking a preset measuring point with the pressure value suddenly increasing and the sudden increase time exceeding a preset time threshold value in the data graph as a preliminary detection point;

the second determining unit is used for comparing the data map with the current perspective form map, taking the preliminary detection points in the first pressure range as first detection points, simultaneously judging whether pressure values corresponding to the preliminary detection points which are not in the first pressure range are the maximum pressure values of all the preliminary detection points, if so, taking the preliminary detection points which are not in the first pressure range as second detection points, and taking the first detection points and the second detection points as final detection points;

the judging module (903) is used for detecting the stress directions of all the final detection points, further determining simulated force-applying tracks of the final detection points, deleting unqualified tracks in the simulated force-applying tracks corresponding to the final detection points based on the perspective form diagram and a preset track fusion rule, fusing the qualified simulated force-applying tracks, obtaining corresponding final instructions according to the fusion result, and outputting control commands corresponding to the final instructions to the control circuit board (14) according to a preset instruction table;

wherein the control command comprises turning on the pressure sensing LED lamp screen (10) and turning off the pressure sensing LED lamp screen (10).

10. The electronic cigarette device with the dazzle LED display function of claim 9, wherein: further comprising disposed on the control circuit board (14): the device comprises a data reading module, a prediction module and a deployment module;

the data reading module, the prediction module and the allocation module are connected in sequence;

the data reading module is used for reading the residual electric quantity of the electronic cigarette battery according to a preset period and outputting an average consumption rate of the electric quantity;

the data reading module is also used for reading the gas pressure in the vent pipe (6) detected by the gas pressure sensor (11) according to a preset period;

the prediction module is used for predicting the next light-emitting time of the LED lamp strip (7) when the current residual capacity of the electronic cigarette battery is smaller than a preset capacity threshold, and comprises:

firstly, based on the gas pressures of a plurality of preset periods read by the data reading module, predicting the predicted brightness of the LED lamp strip (7) in the next period:

wherein R is the predicted brightness of the LED lamp strip (7) in the next period,a preset relation coefficient between the gas pressure in the vent pipe (6) and the brightness value of the LED lamp strip (7), n is the total number of the preset periods, i represents the ith preset period, P is_nFor the gas pressure of the nth predetermined period, P_n-1For the gas pressure, P, of the n-1 th preset period_iFor the ith predetermined period of gas pressure, P_i+1For the (i + 1) th preset period gas pressure, P_i+2The gas pressure is preset for the (i + 2) th preset period;

then, based on the predicted brightness and the remaining capacity, predicting the next lighting time of the LED strip (7):

wherein t is the next light-emitting time of the LED lamp strip (7), S is the current remaining power of the sub-smoke cell, v is the average consumption rate of the power output by the data reading module, and alpha is the relation coefficient between the brightness of the LED lamp strip (7) and the power consumption of the LED lamp strip (7);

the allocation module is used for allocating the next light-emitting time of the LED lamp strip (7) based on the next light-emitting time of the LED lamp strip (7) predicted by the prediction module.

Technical Field

The invention relates to the technical field of electronic cigarettes, in particular to electronic cigarette equipment with a colorful LED display function.

Background

Although the electronic cigarette has a style or brand, the electronic cigarette mainly comprises a smoke tube for containing nicotine solution, an evaporation device and a battery, the atomizer is powered by a battery rod and can convert liquid nicotine in a smoke bomb into mist, so that a user has a feeling similar to smoking when smoking, and the user can swallow cloud and spit, and even can add spices with various tastes such as chocolate, mint and the like into the smoke tube according to personal preference.

The existing electronic cigarette equipment is rich in originality, the electronic cigarette is greatly improved in both the actual use experience and the appearance, and the adjustability of the electronic cigarette is also strong, so that a user can select different types of electronic cigarettes according to own hobbies and habits, most of the structures of the purchased electronic cigarettes can be adjusted, the electronic cigarettes can be changed in length and thickness, the tobacco tar taste in the electronic cigarette can be changed, and the electronic cigarette equipment is very close to the ever-increasing beautiful life requirements of modern people; when people use the electron cigarette, the inside air current that produces in the breather pipe because of the user inhales of electron cigarette, mainly bring the intraductal smog of flue gas atomization to people's mouth through the air current and supply people to inhale, but some present electron cigarettes lack the function of the atmospheric pressure size when detecting the inside circulation of electron cigarette and pass, can not give people's suggestion, consequently, the function of the inside atmospheric pressure size of suggestion electron cigarette is come to the degree of darkness that utilizes the LED lamp that provides one kind, not only give people and bring fine visual experience, can indicate the inside atmospheric pressure size of people electron cigarette again, it is necessary to provide an electron cigarette equipment with dazzle various LED display function, with the problem that exists among the at least partial solution prior art.

Disclosure of Invention

The invention aims to provide electronic cigarette equipment with a colorful LED display function, and aims to solve the problems that when people use electronic cigarettes, airflow is generated in an air duct due to the fact that a user inhales in the electronic cigarette, smoke in a smoke atomization tube is brought to the mouth of people through the airflow to be sucked, and the existing electronic cigarettes lack the function of detecting the air pressure when the air in the electronic cigarette passes through and cannot prompt people.

In order to achieve the above object, the present invention provides an electronic cigarette device with a colorful LED display function, including: the electronic cigarette comprises an electronic cigarette main body and a smoke atomization tube, wherein a ventilation tube is arranged at one end of the electronic cigarette main body, the end part of the ventilation tube, far away from the electronic cigarette main body, is connected with the smoke atomization tube, and a cigarette holder is arranged at one end of the smoke atomization tube, far away from the electronic cigarette main body; still be equipped with LED lamp area in the electron cigarette main part, be equipped with baroceptor on the inside wall of breather pipe, the inside of electron cigarette main part is equipped with the main control board, one side of main control board is equipped with the battery.

Preferably, the battery is respectively electrically connected with the main control board, the air pressure sensor and the LED lamp strip, the output end of the air pressure sensor is electrically connected with the input end of the main control board, and the output end of the main control board is electrically connected with the input end of the LED lamp strip.

Preferably, the LED lamp area is arranged on the outer side wall of the electronic cigarette main body in a circle, and the LED lamp area comprises a red LED lamp, a yellow LED lamp and a blue LED lamp which are sequentially arranged at intervals.

Preferably, the end part of the smoke atomization tube close to the electronic cigarette main body is provided with magnetic attraction cylindrical iron blocks which are uniformly distributed, and the end part of the ventilation tube far away from the electronic cigarette main body is provided with a magnetic attraction magnetic groove corresponding to the magnetic attraction cylindrical iron blocks.

Preferably, the tip that the electron cigarette main part is close to the flue gas atomizing pipe is equipped with the lamp button of often lightening, the leading flank of electron cigarette main part is equipped with side pressure sensing panel, the leading flank of side pressure sensing panel is equipped with pressure sensing LED lamp screen, pressure sensing LED lamp screen is connected with lamp button of often lightening and battery electricity.

Preferably, the side that pressure sensing LED lamp screen is close to side pressure sensing panel is equipped with pressure sensor and prevents plastic foam that collides with, prevent colliding with plastic foam and locate pressure sensor around, pressure sensor keeps away from the one end electricity that pressure sensing LED lamp screen and is connected with control circuit board, one side that pressure sensing LED lamp screen was kept away from to control circuit board is through fixed link and heat insulating board fixed connection, the inside wall fixed connection of heat insulating board and electron cigarette main part, be equipped with the radiator between heat insulating board and the control circuit board, radiator and control circuit board fixed connection, pressure sensing LED lamp screen, pressure sensor, control circuit board, battery electricity in proper order are connected.

Preferably, an air intake and heat exhaust panel is arranged on one side face of the electronic cigarette main body, and air intake and heat exhaust openings are uniformly distributed on the surface of the air intake and heat exhaust panel.

Preferably, the side pressure sensing panel is provided with a charging port, and the charging port is electrically connected with the battery

Preferably, the electronic cigarette device with the colorful LED display function, the side pressure sensing panel further includes: the device comprises a pressed layer module, a detection point determining module and a judging module;

the pressed layer module is arranged on the surface of the side pressure sensing panel;

the pressed layer module, the detection point determining module and the judging module are sequentially connected;

the compression layer module is used for generating corresponding deformation quantity when receiving pressure from an external user;

the detection point determination module includes:

the image scanning unit is used for obtaining a current perspective form image of the pressed layer when the pressed layer is pressed by an external user, comparing the current perspective form image with a preset perspective form image of the pressed layer, and determining a first pressed range in the pressed layer module;

the first determining unit is used for detecting the pressure value and the continuous compression time of a preset measuring point in the compressed layer module to obtain a currently compressed data graph of the compressed layer module, and taking the preset measuring point with the suddenly increased pressure value and the suddenly increased time exceeding a preset time threshold value in the data graph as a preliminary detection point;

the second determining unit is used for comparing the data map with the current perspective form map, taking the preliminary detection points in the first pressure range as first detection points, simultaneously judging whether pressure values corresponding to the preliminary detection points which are not in the first pressure range are the maximum pressure values of all the preliminary detection points, if so, taking the preliminary detection points which are not in the first pressure range as second detection points, and taking the first detection points and the second detection points as final detection points;

the judging module is used for detecting the stress directions of all the final detection points, further determining simulated force-applying tracks of the final detection points, deleting unqualified tracks in the simulated force-applying tracks corresponding to the final detection points based on the perspective form diagram and a preset track fusion rule, fusing the qualified simulated force-applying tracks, obtaining corresponding final instructions according to the fusion result, and outputting control commands corresponding to the final instructions to the control circuit board according to a preset instruction table;

and the control command comprises turning on the pressure sensing LED lamp screen and turning off the pressure sensing LED lamp screen.

Preferably, the electronic cigarette device with the colorful LED display function further comprises: the device comprises a data reading module, a prediction module and a deployment module;

the data reading module, the prediction module and the allocation module are connected in sequence;

the data reading module is used for reading the residual electric quantity of the electronic cigarette battery according to a preset period and outputting an average consumption rate of the electric quantity;

the data reading module is also used for reading the gas pressure in the vent pipe detected by the gas pressure sensor according to a preset period;

the prediction module is used for predicting the next light-emitting time of the LED lamp strip when the current residual capacity of the electronic cigarette battery is smaller than a preset capacity threshold, and the prediction module comprises:

firstly, predicting the predicted brightness of the LED lamp strip in the next period based on the gas pressures in a plurality of preset periods read by the data reading module:

wherein R is the predicted brightness of the LED lamp strip in the next period,the gas pressure intensity in the vent pipe and the brightness of the LED lamp stripA preset relation coefficient of values, n is the total number of the preset periods, i represents the ith preset period, P_nFor the gas pressure of the nth predetermined period, P_n-1For the gas pressure, P, of the n-1 th preset period_iFor the ith predetermined period of gas pressure, P_i+1For the (i + 1) th preset period gas pressure, P_i+2The gas pressure is preset for the (i + 2) th preset period;

then, based on the predicted brightness and the residual capacity, predicting the next light-emitting time of the LED lamp strip:

wherein t is the next light-emitting time of the LED lamp strip, S is the current remaining power of the sub-smoke cell, v is the average consumption rate of the power output by the data reading module, and α is the relation coefficient between the brightness of the LED lamp strip and the power consumption of the LED lamp strip;

the allocation module is used for allocating the next light-emitting time of the LED lamp strip based on the next light-emitting time of the LED lamp strip predicted by the prediction module.

Compared with the prior art, the invention has the beneficial effects that:

1. when the electronic cigarette device with the colorful LED display function is used, a cigarette holder is contained in a mouth to suck air, the air flow enters a smoke atomization tube from a vent tube, air pressure is generated when the air flow flows through the vent tube, an air pressure sensor can detect the air pressure in the vent tube in real time, the air pressure in the vent tube is increased when people suck air, the air pressure sensor transmits a detected air pressure signal to a main control board, the main control board can control the brightness of an LED lamp strip to be lightened along with the increase of the air pressure according to the received air pressure signal, when the air pressure is zero, the LED lamp strip is not lightened, and a battery is used for providing electricity for the LED lamp strip, the air pressure sensor and the main control board; through the cooperation in baroceptor, LED lamp area, the luminance in LED lamp area can change at any time according to the size of people's inspiratory capacity, increases people's recreational when using the electron cigarette, can detect the inside air current pressure of electron cigarette again at any time, can further judge the air current size that passes through the luminance in LED lamp area, detects whether have the hidden danger of inhaling the resistance, and the use that gives people better is experienced many-purpose.

2. The electronic cigarette equipment with the colorful LED display function utilizes the pressure sensing assembly to automatically extinguish the screen, automatically sense the pressure to lighten the screen, and combines the timing control screen extinguishing system, so that the additionally arranged pressure sensing LED lamp screen can carry out low-energy-consumption screen lightening work, and the problem of electric energy consumption caused by normally lightening the lamp button can be effectively solved;

3. according to the electronic cigarette equipment with the colorful LED display function, the electronic cigarette equipment can generate heat when in use, sensitive components such as a pressure sensing LED lamp screen and the like can be influenced to a certain extent, on one hand, the heat in the electronic cigarette main body can be dissipated through the additionally arranged air inlet and outlet openings, on the other hand, when a user inhales air, the air can be inhaled into the ventilation pipe through the air inlet and outlet openings, the comfort degree of the user during air suction is effectively increased, and more comfortable use experience is brought to the user;

4. according to the electronic cigarette equipment with the colorful LED display function, the anti-collision plastic foam is wear-resistant and heat-resistant, so that the pressure-sensing LED lamp screen can be effectively protected, a user is prevented from excessively pressing the pressure-sensing LED lamp screen to damage the pressure-sensing LED lamp screen, and the service life of the pressure-sensing LED lamp screen is effectively prolonged;

5. this electron cigarette equipment with dazzle various LED and show function adopts the method that magnetism is connected, and magnetism is connected and is had certain intention nature to the subassembly hardness that magnetism is connected is all great, can effectual guarantee flue gas atomization pipe and the stability of being connected of breather pipe, can the holistic life of this electron cigarette equipment of effectual extension, and magnetism is connected and is different from the connection of subassemblies such as ordinary plastics, is difficult for being destroyed.

6. This electron cigarette equipment with dazzle various LED display function is provided with and receives layer module, check point and confirms module, decision module, can be in with outside user the press instruction of side pressure sensing panel input converts corresponding control command to control circuit board output, thereby realizes right the control of pressure sensing LED lamp screen has realized the function with the accurate conversion of user's instruction.

7. This electron cigarette equipment with dazzle various LED display function is provided with data reading module, prediction module, allotment module, can predict LED lamp area next emission time, the allotment module is based on the result of prediction module output allots LED lamp area next emission time has realized allocating the emission time in LED lamp area according to the residual capacity of electron cigarette battery, guarantees that LED lamp area can accomplish complete luminescent process at next luminescent process, has avoided the LED lamp area to appear the not enough condition of electric quantity in the luminescent process.

Drawings

FIG. 1 is a schematic perspective view of the present invention;

fig. 2 is a schematic view of a detachable structure of the cigarette holder connecting part of the invention;

FIG. 3 is a schematic view of a three-dimensional structure of a pressure-sensitive LED lamp screen according to the present invention;

FIG. 4 is a schematic view of the internal structure of the pressure-sensitive LED lamp panel according to the present invention;

FIG. 5 is a partial perspective view of the present invention;

fig. 6 is a functional block diagram of an LED light strip of the present invention;

FIG. 7 is a schematic top view of the present invention;

FIG. 8 is a flow chart of the operation of the present invention;

fig. 9 is a diagram of a simulated force trajectory of the present invention.

In the figure: 1. an electronic cigarette main body; 2. a flue gas atomization tube; 3. a mouthpiece; 4. a magnet attracting cylindrical iron block; 5. a ferromagnetic tank; 6. a breather pipe; 7. an LED light strip; 8. a normally on light button; 9. a side pressure sensing panel; 901. a pressed layer module; 902. a detection point determination module; 903. a decision module; 10. a pressure sensing LED lamp screen; 11. an air pressure sensor; 12. a pressure sensor; 13. anti-collision plastic foam; 14. a control circuit board; 15. a fixed connecting rod; 16. a heat sink; 17. a heat insulation plate; 18. an air intake heat exhaust panel; 19. an air inlet heat exhaust port; 20. a charging port.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

Referring to fig. 1 to 7, the present invention provides an electronic cigarette device with a colorful LED display function, including: the electronic cigarette comprises an electronic cigarette main body 1 and a smoke atomization tube 2, wherein a vent pipe 6 is arranged at one end of the electronic cigarette main body 1, the end part, away from the electronic cigarette main body 1, of the vent pipe 6 is connected with the smoke atomization tube 2, and a cigarette holder 3 is arranged at one end, away from the electronic cigarette main body 1, of the smoke atomization tube 2; the electronic cigarette main body 1 is further provided with an LED lamp strip 7, an air pressure sensor 11 is arranged on the inner side wall of the vent pipe 6, a main control board is arranged inside the electronic cigarette main body 1, and a battery is arranged on one side of the main control board;

the battery is respectively connected with the main control board, the baroceptor 11 and the LED lamp strip 7, the output end of the baroceptor 11 is electrically connected with the input end of the main control board, and the output end of the main control board is electrically connected with the input end of the LED lamp strip 7.

The working principle and the beneficial effects of the technical scheme are as follows: when people use the electronic cigarette, the cigarette holder 3 is contained in the mouth to inhale air, the air flow enters the smoke atomization tube 2 from the vent tube 6, air pressure can be generated when the air flow flows through the vent tube 6, the air pressure sensor 11 can detect the air pressure in the vent tube 6 in real time, when people inhale air, the air pressure in the vent tube 6 is increased, the air pressure sensor 11 transmits a detected air pressure signal to the main control board, the main control board can control the brightness of the LED lamp strip 7 to be lightened along with the increase of the air pressure according to the received air pressure signal, when the air pressure is zero, the LED lamp strip is not lightened, and the battery is used for providing electricity for the LED lamp strip 7, the air pressure sensor 11 and the main control board; through the cooperation of baroceptor 11, LED lamp area 7, the luminance in LED lamp area 7 can change at any time according to the size of people's inspiratory capacity, increases people's recreational when using the electron cigarette, can detect the inside air current pressure of electron cigarette again at any time, can further judge the air current size that passes through the luminance in LED lamp area 7, detects whether have the hidden danger of inhaling the resistance, plays a lot of things at a glance, gives people better use and experiences.

In one embodiment, the LED strip 7 is disposed on a periphery of an outer side wall of the electronic cigarette main body 1, and the LED strip 7 includes a red LED lamp, a yellow LED lamp, and a blue LED lamp that are sequentially disposed at intervals.

The working principle and the beneficial effects of the technical scheme are as follows: set up LED lamp area 7 to three kinds of colours interval setting, the visual experience sense when increasing the electron cigarette and using, in addition the change of the light and shade degree in LED lamp area 7 makes the electron cigarette more gorgeous and colorful, attracts more many people's eyeball.

In one embodiment, the end of the smoke atomization tube 2 close to the electronic cigarette body 1 is provided with evenly distributed magnet-attracting cylindrical iron blocks 4, and the end of the ventilation tube 6 far away from the electronic cigarette body 1 is provided with magnet-attracting magnetic grooves 5 corresponding to the magnet-attracting cylindrical iron blocks 4.

The working principle and the beneficial effects of the technical scheme are as follows: inhale cylindrical iron plate 4 of magnetism and adsorb in inhaling ferromagnetic groove 5, and then make flue gas atomization pipe 2 and breather pipe 6 pass through magnetic adsorption and connect, the magnetism is connected and is had certain intention nature, and the subassembly hardness that magnetism is connected is all great, can effectual guarantee flue gas atomization pipe 2 and the stability of being connected of breather pipe 6, can the holistic life of this electronic cigarette equipment of effectual extension, and the magnetism is connected and is different from the connections of subassemblies such as ordinary plastics, be difficult for being destroyed, it is also very convenient to dismantle.

In one embodiment, a normally-on lamp button 8 is arranged at the end of the electronic cigarette main body 1 close to the smoke atomizing pipe 2, a side pressure sensing panel 9 is arranged on the front side of the electronic cigarette main body 1, a pressure sensing LED lamp screen 10 is arranged on the front side of the side pressure sensing panel 9, and the pressure sensing LED lamp screen 10 is electrically connected with the normally-on lamp button 8 and the battery.

The working principle and the beneficial effects of the technical scheme are as follows: the normally-on lamp button 8 is manually pressed, so that the pressure-sensing LED lamp screen 10 can be kept normally on, some information such as the electric quantity of the electronic cigarette is displayed, people can conveniently check the information, the side pressure-sensing panel 9 and the pressure-sensing LED lamp screen 10 can be manually touched, the pressure-sensing LED screen 10 keeps the brightness for a short time, the pressure-sensing LED lamp screen 10 can be automatically closed after a certain time, and the electric quantity is saved; pressure sensing LED lamp screen 10 can carry out the bright screen work of low energy consumption, can effectual solution often light the power consumption problem that 8 buttons brought, and this electron cigarette equipment has the bright subassembly of often promptly, also has regularly bright screen subassembly, the effectual functional of having richened pressure sensing LED lamp screen 10 for this electron cigarette equipment is fit for more electron cigarette users.

In one embodiment, the side of the pressure sensing LED lamp screen 10 close to the side pressure sensing panel 9 is provided with a pressure sensor 12 and a collision-prevention plastic foam 13, the collision-prevention plastic foam 13 is arranged around the pressure sensor 12, one end of the pressure sensor 12 far away from the pressure sensing LED lamp screen 10 is electrically connected with a control circuit board 14, one side of the control circuit board 14 far away from the pressure sensing LED lamp screen 10 is fixedly connected with a heat insulation plate 17 through a fixed connection rod 15, the heat insulation plate 17 is fixedly connected with the inner side wall of the electronic cigarette main body 1, a radiator 16 is arranged between the heat insulation plate 17 and the control circuit board 14, the radiator 16 is fixedly connected with the control circuit board 14, and the pressure sensing LED lamp screen 10, the pressure sensor 12, the control circuit board 14 and a battery are electrically connected in sequence.

The working principle and the beneficial effects of the technical scheme are as follows: when the side pressure sensing panel 9 and the pressure sensing LED lamp screen 10 are manually pressed, pressure can be transmitted to the pressure sensor 12, the pressure sensor 12 can transmit information to the control circuit board 14, the control circuit board 14 performs time allocation again, the anti-collision plastic foam 13 on the side surface of the pressure sensing LED lamp screen 10 is wear-resistant and heat-resistant plastic foam, the pressure sensing LED lamp screen 10 can be effectively protected, the pressure sensing LED lamp screen 10 is prevented from being damaged by excessive force of a user pressing the pressure sensing LED lamp screen 10, the service life of the pressure sensing LED lamp screen 10 is effectively prolonged, the control circuit board 14 can be fixedly connected with the heat insulation board 17 through the fixed connecting rod 15, the radiator 16 is arranged between the control circuit board 14 and the heat insulation board 17, the radiator 16 is used for radiating the control circuit board 14, and damage caused by overhigh temperature is prevented.

In one embodiment, the electronic cigarette body 1 has an air intake and heat exhaust panel 18 on one side, and the surface of the air intake and heat exhaust panel 18 is provided with uniformly distributed air intake and heat exhaust openings 19.

The working principle and the beneficial effects of the technical scheme are as follows: electronic cigarette equipment can generate heat when using, generate heat and can influence sensitive subassemblies such as pressure sensing LED lamp screen 10 to a certain extent, a plurality of air inlet heat extraction mouths 19 that add can dispel the heat of electronic cigarette main part 1 inside on the one hand, and on the other hand when the user breathes in, the air also can be followed air inlet heat extraction mouth 19 and inhaled in breather pipe 6, has effectually increased the comfortable degree of user when breathing in, brings more comfortable use experience for the user.

In one embodiment, the side pressure sensing panel 9 is provided with a charging port 20, and the charging port 20 is electrically connected with a battery.

The working principle and the beneficial effects of the technical scheme are as follows: the charging port 20 can be connected with an external power supply and used for charging the battery, so that the normal work of the electronic cigarette device is ensured.

The working principle is as follows: firstly, the smoke atomizing pipe 2 is taken manually, the whole smoke atomizing pipe 2 and the vent pipe 6 can be connected together, the magnet-attracting cylindrical iron block 4 of the smoke atomizing pipe 2 is matched with the magnet-attracting magnetic groove 5 of the vent pipe 6, the magnet-attracting cylindrical iron block 4 can be closely attracted with the magnet-attracting magnetic groove 5, so that the smoke atomizing pipe 2 is fixedly connected with the vent pipe 6, the magnetic connection has certain originality, the hardness of the magnetically connected components is higher, the stability of the connection of the smoke atomizing pipe 2 and the vent pipe 6 can be effectively ensured, the service life of the whole electronic cigarette equipment can be effectively prolonged, the magnetic connection is different from the connection of common components such as plastics and the like, the smoke atomizing pipe is not easy to be damaged, in addition, when a user uses the electronic cigarette, when a mouth aims at the cigarette holder 3 to inhale, air is transmitted from the outer side of the electronic cigarette main body 1 through the air inlet and outlet 19 and the vent pipe 6, meanwhile, the LED lamp strip 7 is bright and colorful according to the change of the brightness of the air pressure, the electronic cigarette device can generate heat when in use, the heat can influence sensitive components such as the pressure-sensitive LED lamp screen 10 and the like to a certain extent, the plurality of additionally arranged air inlet and heat outlet 19 can dissipate the heat in the electronic cigarette main body 1 on one hand, on the other hand, when a user inhales air, the air can be sucked into the breather pipe 6 from the air inlet and heat outlet 19, the normally-bright lamp button 8 can be manually pressed to keep the pressure-sensitive LED lamp screen 10 normally bright, electricity is wasted in the normally-bright state, but the user can know some conditions through the pressure-sensitive LED lamp screen 10 all the time, the design of the side pressure-sensitive panel 9 can avoid the defect caused by the normally-bright lamp button 8, the side pressure-sensitive panel 9 and the pressure-sensitive LED lamp screen 10 are manually and lightly touched, the pressure-sensitive LED lamp screen 10 can be bright for a certain time, and then can be automatically turned off, automatic pressure sensing bright screen, the timing control screen system that disappears combines, make this pressure sensing LED lamp screen 10 of addding can carry out the bright screen work of low energy consumption, can the effectual electric energy consumption problem that the lamp button 8 brought often brightens of solving, this electron cigarette equipment has the subassembly of often brightening promptly, also has the subassembly of regularly brightening the screen, when manual side pressure sensing panel 9 and pressure sensing LED lamp screen 10 of pressing, pressure can transmit on pressure sensor 12, pressure sensor 12 can transmit information for control circuit board 14, control circuit board 14 carries out the time allotment again, fixed link 15 can be with control circuit board 14 and heat insulating board 17 fixed connection, and be radiator 16 between control circuit board 14 and the heat insulating board 17, radiator 16 is used for dispelling the heat for control circuit board 14.

Referring to fig. 8, the electronic cigarette device with a colorful LED display function, the side pressure sensing panel 9 further includes: a pressed layer module 901, a detection point determining module 902 and a judging module 903;

the pressed layer module 901 is arranged on the surface of the side pressure-sensing panel 9;

the pressed layer module 901, the detection point determining module 902 and the judging module 903 are connected in sequence;

the compression layer module 901 is used for generating a corresponding deformation amount when receiving pressure from an external user (the deformation amount is proportional to the pressure received from the external user);

the detection point determination module 902 includes:

the image scanning unit is configured to obtain a current perspective form map of the pressed layer when receiving a pressure from an external user, compare the current perspective form map with a preset perspective form map of the pressed layer, and determine a first pressed range in the pressed layer module 901 (a difference portion between the current perspective form map and the preset perspective form map of the pressed layer corresponds to a portion in the pressed layer module 901, that is, a first pressed range, where the first pressed range is a roughly determined current pressed range of the pressed layer module 901);

the first determining unit is configured to detect a pressure value and a continuous compression time that a preset measurement point in the compressed layer module 901 is subjected to, obtain a data map of the compressed layer module 901 at present (an image including the pressure value and the continuous compression time that each preset measurement point on a compressed surface of the compressed layer module 901 is subjected to is the data map), and use a preset measurement point in the data map where the pressure value increases suddenly and the time of the increase exceeds a preset time threshold as a preliminary detection point to be detected;

the second determining unit is used for comparing the data map with the current perspective form map, taking the preliminary detection points in the first pressure range as first detection points, simultaneously judging whether pressure values corresponding to the preliminary detection points which are not in the first pressure range are the maximum pressure values of all the preliminary detection points, if so, taking the preliminary detection points which are not in the first pressure range as second detection points, and taking the first detection points and the second detection points as final detection points;

the determination module 903 is configured to detect stress directions of all the final detection points, further determine simulated force application trajectories of the final detection points, delete unqualified trajectories in the simulated force application trajectories corresponding to the final detection points based on the perspective form diagram and a preset trajectory fusion rule, fuse the qualified simulated force application trajectories, obtain corresponding final instructions according to a fusion result, and output control commands corresponding to the final instructions to the control circuit board 14 according to a preset instruction table;

the control command comprises turning on the pressure sensing LED lamp screen 10 and turning off the pressure sensing LED lamp screen 10;

in this embodiment, the preset measurements are uniformly arranged on the pressed surface of the pressed layer module 901. In this embodiment, referring to fig. 9, the force-receiving direction of the final detection point is the direction of the simulated force-applying trajectory of the final detection point.

In this embodiment, the preset trajectory fusion rule includes:

rule one is as follows: fusing two final detection points, corresponding to the same stress magnitude and the difference value of the stress magnitudes within a preset difference value range, in all the qualified simulated force-exerting tracks into one simulated force-exerting track;

rule two: and when the corresponding stress in the simulated force-applying track is within a preset pressure range when a user inputs an instruction, taking the simulated force-applying track as a qualified simulated force-applying track.

In this embodiment, based on the perspective morphology map and a preset trajectory fusion rule, deleting an unqualified trajectory in the simulated exertion trajectory corresponding to the final detection point, which includes:

based on the perspective form diagram and a preset track fusion rule, if the stress directions of the final detection points corresponding to two or more stress tracks are consistent and the stress magnitude difference is within a preset difference range, judging any one of the simulated stress tracks as an unqualified track, and deleting the unqualified track;

and based on the perspective form diagram and a preset track fusion rule, if the stress magnitude corresponding to the force applying track exceeds a preset pressure range when a user inputs an instruction, judging that the force applying track is an unqualified track, and deleting the unqualified track.

In this embodiment, fusing the qualified simulated force trajectory includes: and counting the total number of all the qualified simulated force application tracks as the number of the stress points.

In this embodiment, the final instruction includes: valid instructions: the method comprises the steps of starting the pressure sensing LED lamp screen 10, closing the pressure sensing LED lamp screen 10 and an invalid instruction, wherein a control command corresponding to the invalid instruction is that the control circuit board 14 and the pressure sensing LED lamp screen 10 do not operate.

In this embodiment, the preset instruction list includes:

when the number of the stress points is within a reasonable number and the pressure sensing LED lamp screen 10 is in a current on state, the final instruction is to close the pressure sensing LED lamp screen 10;

when the number of the stress points is within a reasonable number and the pressure sensing LED lamp screen 10 is in a closed state currently, the final instruction is to turn on the pressure sensing LED lamp screen 10;

and when the number of the stress points is not within the reasonable number, the final instruction is an invalid instruction.

The working principle and the beneficial effects of the technology are as follows: the compression layer module 901 is used for generating corresponding deformation quantity when receiving pressure from an external user; the detection point determination module 902 includes: the image scanning unit is used for determining a first compression range in the compressed layer module 901; the first determining unit is used for determining a preliminary detection point; the second determining unit is used for determining a final detection point; the determining module 903 is configured to obtain a corresponding final instruction, and output a control command corresponding to the final instruction to the control circuit board 14 according to a preset instruction table; this electron cigarette equipment with dazzle various LED display function is provided with and receives layer module 901, check point and confirms module 902, judge module 903, can be with outside user in the press instruction of side pressure sensing face 9 board input converts corresponding control command to control circuit board 14 output, thereby realizes right pressure sensing LED lamp screen 10's control has realized the function with the accurate conversion of user's instruction.

The electronic cigarette equipment with dazzle various LED display function still including set up in on the control circuit board 14: the device comprises a data reading module, a prediction module and a deployment module;

the data reading module, the prediction module and the allocation module are connected in sequence;

the data reading module is used for reading the residual electric quantity of the electronic cigarette battery according to a preset period and outputting an average consumption rate of the electric quantity;

the data reading module is further configured to read the gas pressure in the vent pipe 6 detected by the gas pressure sensor 11 according to a preset period;

the prediction module is used for predicting the next light-emitting time of the LED strip 7 when the current remaining power of the electronic cigarette battery is less than a preset power threshold, and includes:

firstly, based on the gas pressures in a plurality of preset periods read by the data reading module, predicting the predicted brightness of the LED strip 7 in the next period:

wherein, R is the predicted brightness of the LED lamp strip 7 in the next period,a preset relation coefficient between the gas pressure in the vent pipe 6 and the brightness value of the LED lamp strip 7, n is the total number of the preset periods, i represents the ith preset period, P_nFor the gas pressure of the nth predetermined period, P_n-1For the gas pressure, P, of the n-1 th preset period_iFor the ith predetermined period of gas pressure, P_i+1For the (i + 1) th preset period gas pressure, P_i+2The gas pressure is preset for the (i + 2) th preset period;

then, based on the predicted brightness and the remaining power, the next light emitting time of the LED strip 7 is predicted:

in the formula, t is the next light emitting time of the LED lamp strip 7, S is the current remaining power of the sub-smoke cell, v is the average consumption rate of the power output by the data reading module, and α is the relation coefficient between the brightness of the LED lamp strip 7 and the power consumption of the LED lamp strip 7;

the allocating module is configured to allocate the next light-emitting time of the LED lamp strip 7 based on the next light-emitting time of the LED lamp strip 7 predicted by the predicting module.

The working principle and the beneficial effects of the technology are as follows: the data reading module is used for reading the residual electric quantity of the electronic cigarette battery according to a preset period and outputting an average consumption rate of the electric quantity; the data reading module is further configured to read the gas pressure in the vent pipe 6 detected by the gas pressure sensor 11 according to a preset period; the prediction module is used for predicting the predicted brightness of the LED lamp strip 7 in the next period based on the gas pressures of a plurality of preset periods read by the data reading module, and predicting the next light-emitting time of the LED lamp strip 7 based on the predicted brightness and the residual electric quantity; the allocating module is configured to allocate the next light-emitting time of the LED lamp strip 7 based on the next light-emitting time of the LED lamp strip 7 predicted by the predicting module; this electron cigarette equipment with dazzle various LED display function is provided with data reading module, prediction module, allotment module, can predict LED lamp area 7 next emission time, the allotment module is based on the result of prediction module output is alloted LED lamp area 7 next emission time has realized allocating LED lamp area 7 emission time according to the residual capacity of electron cigarette battery, guarantees that LED lamp area 7 can accomplish complete luminescent process at next luminescent process, has avoided the not enough condition of electric quantity to appear in LED lamp area 7 luminescent process.

Finally, it should be noted that the above-mentioned contents are only used for illustrating the technical solutions of the present invention, and not for limiting the protection scope of the present invention, and that the simple modifications or equivalent substitutions of the technical solutions of the present invention by those of ordinary skill in the art can be made without departing from the spirit and scope of the technical solutions of the present invention.