JP3213257U - Battery rod and electronic cigarette - Google Patents

Abstract

To solve the problem that a conventional electronic cigarette lacks the application of a gravitational acceleration sensor that statistics the number of smoking, the counter is not installed, and the installation in cooperation with the gravitational acceleration sensor and the counter is also lacking. Provide electronic cigarettes. A battery rod includes a battery tube that conducts electricity, a battery housing chamber that houses a battery core member 106 is installed inside the battery tube, and one battery connecting chamber is provided at each of both ends of the battery housing chamber. Connected to one end of the core material, a gravitational acceleration sensor is housed inside the battery tube, the gravitational acceleration sensor is connected to the micro control means, a counter, a memory, a drive unit, and a plurality of indicator lights 117 are mounted on the PCBA board 101. A plurality of indicator lights are connected to each other via a drive unit, a counter is connected to the intake connection component 108 and the micro control means, and a plurality of indicator windows respectively corresponding to the indicator lights are provided on the battery tube. Provided. [Selection] Figure 1

Description

  The present invention relates to improvements in electronic cigarette technology, and more particularly to battery rod and electronic cigarette technology.

  Electronic cigarettes are electronic products that mimic tobacco, and have the same appearance, haze, taste and feel as tobacco. The product is made to be inhaled by the user after nicotine is converted into steam by means of atomization or the like. An electronic cigarette is generally composed of three parts: a smoke tube containing a nicotine solution, an evaporator, and a battery. The atomizer is driven by a battery rod to convert the nicotine in the cigarette ball into steam, giving the user a sensation similar to smoking when inhaling, and realizing the state of being in the fog. Furthermore, electronic cigarettes can be added with various flavors of spices, such as chocolate and mint, in the smoke tube according to personal preference.

  Currently, electronic cigarettes are widely used, but the current situation is that no gravitational acceleration sensor is applied to electronic cigarettes and no counter is installed. Also, conventional electronic cigarettes lack a combined installation of a gravitational acceleration sensor and a counter.

  In view of this, the conventional electronic cigarette lacks a gravitational acceleration sensor that statistics the number of smoking, further solves the problem that the counter is not installed, and the gravity acceleration sensor and the counter are not installed together. A battery rod and an electronic cigarette are provided.

  The battery rod connected to the atomizer includes a conductive battery tube, a PCBA substrate disposed inside the battery tube, an intake connection component, an intake connection component case, and a micro control means, and the intake connection component A case is fixed inside the battery tube to cover the intake connection component, the PCBA substrate is fixed inside the battery tube and connected to the intake connection component, and the micro control means is on the PCBA substrate. A battery rod disposed in the battery tube, in which a battery storage chamber for storing a battery core material and two connection end portions are installed, and the one connection is connected to each of both ends of the battery storage chamber. The PC is connected to one end of the battery core with an end, and the one connection end is connected to the negative electrode of the battery core via the battery tube. Connected to the negative interface of the A board, the PCBA board is connected to the positive electrode of the battery core via the other connecting end, and a gravitational acceleration sensor is housed inside the battery tube, and the gravitational acceleration sensor Is connected to the micro control means, the PCBA board is provided with a counter, a memory, a drive unit, and a plurality of indicator lights, the micro control means is connected to the memory, and a plurality of instructions are provided via the drive unit. And the counter is connected to the intake connection component and the micro control means, the battery tube is provided with a plurality of indicator windows respectively corresponding to the indicator lights, A battery rod that transmits light to the outside of the battery tube through the corresponding instruction window.

  According to the battery rod, the internal structure of the battery rod is improved by using the conventional gravitational acceleration sensor, counter, and micro control means, and the indicator light switch on the PCBA board is blended with the PCBA board. Control. Therefore, by providing the user with an indicator light switch adapted to the sensor effect of the gravitational acceleration sensor, the instructions from the indicator light are more diversified, more convenient and practical, and the user according to the instructions from the indicator light. It also becomes human to present.

  In one embodiment thereof, the PCBA board is provided with a timer connected to the micro control means.

  In one embodiment, the indicating window is a transparent plate.

  In one embodiment thereof, the indicator window is a hole-shaped indicator window, and the indicator lamp is disposed at least partially in the hole-like indicator window.

  In one embodiment, the PCBA substrate is further provided with a coulometric detector, and the coulometric detector is connected to the micro control means and the two connection ends.

  In one embodiment thereof, the counter is integrated with the micro control means.

  In one embodiment, the indicator lights are arranged in a straight line or a link.

  In one embodiment thereof, the battery tube is provided with an atomizer connection end that connects to the atomizer and an atomizer air inlet that communicates with the atomizer.

  In one embodiment, the battery rod further comprises a battery core.

  It is an electronic cigarette, and includes the atomizer and the battery rod according to any one of the above connected to the atomizer.

  According to the above electronic cigarette, the internal structure of the battery rod is improved by using the conventional gravitational acceleration sensor, counter, and micro control means, and the indicator light switch on the PCBA board is blended with the PCBA board. Control. Therefore, by providing the user with an indicator light switch adapted to the sensor effect of the gravitational acceleration sensor, the instructions from the indicator light are more diversified, more convenient and practical, and the user according to the instructions from the indicator light. It also becomes human to present.

(A) It is the schematic which showed the external appearance of the battery rod in one Example which concerns on this utility model. (B) It is sectional drawing of the internal structure of the battery rod in one Example shown by (A). It is the exploded view which showed the battery rod in the other Example which concerns on this utility model.

  In order that the above objects, features and advantages of the present invention may be more clearly understood, specific embodiments of the present invention will be described in detail with reference to the accompanying drawings. In order to fully understand the present invention, many specific details are described in the following description. However, the present invention can be implemented in many ways other than the embodiments described herein, and those skilled in the art can make similar improvements without departing from the spirit of the present invention. It is not limited by the specific embodiments disclosed in

  Here, “an element is“ fixed ”or“ arranged ”to another element means that the element is directly fixed or arranged to another element, or is fixed or arranged via another element. To do. When an element is considered to be “connected” to another element, it means that it is directly connected to another element or connected through yet another element. Expressions such as “vertical”, “horizontal”, “left”, “right”, and the like herein are for convenience of explanation and are not the only embodiments.

  Unless defined otherwise, all technical and scientific terms used herein have the meaning commonly understood by a person skilled in the art of the present invention. The terminology used herein is for describing a specific embodiment and is not intended to limit the present invention. The term “and / or” as used herein includes any and all combinations of one or more of the associated listed items.

  One embodiment of the present invention is a battery rod connected to an atomizer. The battery rod includes a conductive battery tube, a PCBA substrate disposed inside the battery tube, an intake connection component, an intake connection component case, and micro control means. The intake connection component case is fixed inside the battery tube to cover the intake connection component, the PCBA substrate is fixed inside the battery tube and connected to the intake connection component, and the micro control means is Arranged on a PCBA substrate. A battery storage chamber for storing a battery core and two connection end portions are installed inside the battery tube, and one connection end portion is provided at each end of the battery storage chamber. One end of the connection is connected to the negative electrode interface of the PCBA substrate via the battery tube and connected to the negative electrode of the battery core, and the PCBA substrate is connected to the other end of the connection. And connected to the positive electrode of the battery core material. A gravitational acceleration sensor is housed inside the battery tube, and the gravitational acceleration sensor is connected to the micro control means. The PCBA board is provided with a counter, a memory, a drive unit, and some indicator lights, the micro control means is connected to the memory, and further connected to each of the indicator lights via the drive unit, and the counter Are respectively connected to the intake connection component and the micro control means. The battery tube is provided with a small number of instruction windows corresponding to the respective indicator lights, and the following indicator lights transmit light to the outside of the battery tube through the corresponding instruction windows. According to the above battery rod, the conventional gravity acceleration sensor, counter, and micro control means are used to improve the internal structure of the battery rod and control the blinking of each indicator lamp on the PCBA board. Therefore, the indicator lamp corresponding to the effect of the gravitational acceleration sensor blinks, the display from the indicator lamp is more diversified, more convenient and easy to use, and the instruction to the user by the indicator lamp becomes easier to understand.

  For example, a battery rod connected to an atomizer is provided. For example, the battery rod includes a conductive battery tube, a PCBA substrate disposed inside the battery tube, an intake connection component, an intake connection component case, and a micro control unit. One end of the battery tube is connected to an atomizer. The conductive battery tube may be a metal tube, for example, a copper tube or an aluminum alloy tube. Furthermore, an insulating layer such as a silica gel layer may be provided outside the battery tube. Moreover, in the case of the battery tube which has a nonelectroconductive tube main body, a conductive line may be installed and such a battery tube also becomes the said electrically conductive battery tube. In one embodiment, the battery tube comprises an atomizer connection end that connects to the atomizer and an atomizer air inlet that communicates with the atomizer. For example, the intake connection component case is fixed inside the battery tube to cover the intake connection component, and the PCBA substrate is fixed inside the battery tube and connected to the intake connection component, and the micro control means Is disposed on the PCBA substrate. Further, for example, the PCBA substrate, the intake connection component, the intake connection component case, and the micro control means can be achieved by using the conventional technique in the position and connection method inside the battery tube.

  For example, a battery storage chamber for storing a battery core material and two connection end portions are installed inside the battery tube, and the battery core has one connection end portion at each of both ends of the battery storage chamber. Connected to one end of the battery member, i.e., one connection end is provided at each end of the battery storage chamber inside the battery tube, and the connection end is connected to one end of the battery core. Thus, both ends of the battery storage chamber are connected to both ends of the battery core member via connection end portions. For example, one of the connection end portions is connected to the negative electrode interface of the PCBA substrate via the battery tube and is connected to the negative electrode of the battery core, and the PCBA substrate is connected to the other connection end portion. Via, it is connected to the positive electrode of the battery core material. For example, one connecting end is connected to the negative electrode of the battery core, and the connecting end is a screw head or a screw connected to the battery tube, or one connecting end is a screw. It is connected to the battery tube via a head or a screw part. The battery tube is connected to the end cap of the battery rod, and is connected to the negative electrode of the battery core and the negative electrode interface of the PCBA substrate to form a negative electrode. The other connection end is connected to the positive electrode of the battery core. The other connection end is an intake connection component case or a part of an intake connection component, or is connected to the positive interface of the PCBA board via the intake connection component case and / or the intake connection component, or The positive electrode interface of the PCBA board is connected through the intake connection part case and / or the intake connection part, and the electrode at the bottom or bottom end of the battery rod is also connected to the positive electrode interface of the PCBA board. Therefore, when the battery core material is accommodated in the battery storage chamber, the two connection end portions are respectively connected to both ends of the battery core material, whereby the PCBA substrate acquires power from the battery core material. In addition, the remaining power of the battery core can be detected. In one embodiment, the battery rod further includes a battery core. That is, the battery rod can be manufactured or sold without including the battery core material. Battery rods can also be sold in the form of a battery core material, with the battery core material in production.

  For example, a gravitational acceleration sensor is housed inside a battery tube, and the gravitational acceleration sensor is connected to micro control means. For example, the gravitational acceleration sensor is a three-axis gravitational acceleration sensor, that is, X, Y, ZG (gravity acceleration) -sensor, and detects inertial force, impact force, and vibration. For example, the triaxial gravitational acceleration sensor is a capacitance G-sensor configured by a comb structure on the surface of a wafer, and measures the difference in capacitance when there is an operation. Then, the amount of deformation can be determined, the acceleration value can be calculated, and changes in the three axes can be observed. The sensor issues a warning signal or INT (for example, interrupts with a debug command) to an MCU (Microcontroller Unit), and then communicates with an IIC (Inter-Integrated Circuit) in the MCU for data reprocessing. Therefore, the function of the product is realized.

  For example, the PCBA board is provided with a counter, a memory, a drive unit, and some indicator lights. The micro control means is connected to the memory, and further connected to the indicator lamps via the drive unit, and the counter is connected to the intake connection component and the micro control means. In one embodiment, the indicator lights are arranged in a straight line or a link. For example, some indicator lights constitute a set of indicator lights. For example, the set of indicator lights are arranged in a straight line or a link. For example, the indicator light is an LED light or an OLED light. In one embodiment, the counter is integrated with the micro-control means. For example, the counter is connected to a memory via the micro control means, the counter counts every time the intake connection component can sense a pressure change, and the micro control means counts the accumulated value every time it is counted. Store in the memory. Therefore, the memory stores the accumulated value.

  For example, the battery tube is provided with a few indicator windows corresponding to the indicator lights, and the indicator lights transmit light to the outside of the battery tube through the corresponding indicator windows. In one embodiment, the indicating window is a transparent plate. For example, the indicator lamp is positioned on the side of the indicator window away from the outside of the battery tube, and the indicator lamp light passes through the indicator window and is emitted to the outside of the battery tube. Thereby, it can have good waterproof and dustproof performance. Alternatively, the indicator window is a hole-shaped indicator window, and the indicator lamp is at least partially disposed in the hole-like indicator window. For example, the indicator lamp is located in the hole-like indicator window. Alternatively, the indicator lamp is partially located in the hole-shaped indicator window, and the remaining portion protrudes outside the hole-shaped indicator window, that is, the indicator lamp partially protrudes outside the battery tube. . According to this, a better illumination instruction effect can be obtained.

  In one embodiment, the PCBA board is further provided with a timer connected to the micro control means. For example, the micro control unit determines the number of effective sensings of the gravitational acceleration sensor within a predetermined period counted by the timer, and when the number of effective sensings within the predetermined period is greater than a preset value, The control means resets the count value stored in the memory to, for example, zero, so that it performs a return or return operation.

  In one embodiment, the PCBA substrate is further provided with a coulometric detector, and the coulometric detector is connected to the micro control means and the two connection ends. The power detection unit detects the remaining power of the battery core, that is, the power detection unit detects the current power of the battery core. For example, the electric energy detection unit may be installed integrally with the micro control unit. Accordingly, it is possible to realize a power amount display function during charging and a remaining power display function of the battery core during non-charging. For example, the power amount display function during charging is realized using the AD sampling of the MCU. For example, the power amount display function is realized by dividing the AD port sampling voltage data into four levels by data processing. And it is equipped with an auto reset function, a battery power amount display function, etc., can display the number of times of smoking flexibly, and becomes easier to use.

  For example, the electric energy detection unit, the micro control unit, the counter, the indicator lamp, the drive unit, the timer, the memory, and the gravitational acceleration sensor are connected to each other using a conventional technology or a conventional product. Can be achieved. Here, the present invention uses a conventional electric energy detection unit, micro control means, counter, indicator lamp, drive unit, timer, memory, and gravitational acceleration sensor. It should be understood that the installation, position, and connection relationships in the examples are. Each embodiment of the present invention does not relate to the specific configuration of the micro control means, the counter, the indicator light, the drive unit, the timer, the memory, and the gravity acceleration sensor.

  For example, four indicator lights are arranged on the PCBA board. For example, the number of smoking is displayed using the four indicator lights, the level is divided and the user is noted, while the number of smoking is cleared and the count is restarted at any time. be able to. It is easy to remember because the number of times each indicator light is displayed is small. Furthermore, by presenting the lights in both colors, it is difficult to clear the number of times the battery rod is stored, and the problem that the number of times increases and the number cannot be stored accurately can be solved. Furthermore, it has a function of presenting the amount of power at the present time, whereas the same type of commercially available electronic cigarette does not have this function. For example, the number of times of smoking is displayed with a first color (for example, red), and the amount of power such as the remaining amount of power or the amount of charge is displayed with a second color (for example, blue or green). Thus, it is easier to understand by storing the number of times and presenting it to the user. In addition, the present battery power amount display function is provided, and the presentation is clear and easier to use. Further, the output function can be turned off when there is no load.

  Hereinafter, the battery rod of the present invention will be further described with reference to the accompanying drawings. As shown in FIG. 1 (A), an indicator lamp hole 116 is provided in the battery tube of the battery rod, an air inlet 201 and a bottom end charging unit 202 are provided at the bottom end of the battery tube, and an upper end of the battery tube. Is connected to the atomizer. As shown in FIG. 1B, inside the battery tube, there are an electrode 114, a light cap 115, a light grating holder 203, a PCBA substrate 101, a lower holder 107, an indicator lamp 117, an intake connection component 108, and an intake connection component case 109. The battery core member 106, the ventilation plate 204, the insulating ring 113, the elastic electrode 110, and the screw portion 105 are provided. Among them, since the battery storage chamber has a hollow structure and is not an independent component, it may be understood that a part of the inside of the battery tube is the battery storage chamber. It may be understood that the battery core member 106 is stored in the battery storage chamber when the battery core member 106 is disposed in the battery tube. The electrode 114 is attached to the lower end of the battery tube 114 and the elastic electrode 110 is attached to the upper end of the battery tube 114. It may be understood that a part or all of the electrode 114 and the elastic electrode 110 are located in the battery tube. . For example, the elastic electrode is connected to an atomizer. For example, the electrode 114, the light cap 115, the light grating holder 203, the PCBA substrate 101, the lower holder 107, the indicator lamp 117, the intake connection component 108, the intake connection component case 109, the ventilation plate 204, the insulating ring 113, and the elastic electrode 110 are It is directly or indirectly fixed to the inside of the battery tube, for example, the inner wall of the battery tube. For example, the screw portion 105 configured so that the battery core member 106 can be housed and attached in the battery housing chamber 112 if loosened may be provided inside the battery tube, but may be provided on the upper portion of the battery tube. It may be provided. For example, the intake connection component 108 is a pneumatic intake connection component. For example, the battery core 106 is a 08460 battery core. For example, the indicator lamp 117 is an LED bicolor light.

  In addition, as shown in FIG. 2, the battery tube of the battery rod is provided with a few indicator lamp holes 116, a bottom cap 104 is provided at the bottom end of the battery tube, and an elastic electrode 110 is provided at the upper end of the battery tube. Provided. A space serving as a battery storage chamber for storing the battery core member 106 is provided in the battery tube. Inside the battery tube, there are a light cap 115, a PCBA substrate 101, an indicator lamp 117, a lower holder 107, a light grating holder 111 (also called a light barrier holder), an intake connection component 108, an intake connection component case 109, a battery core 106, a screw. A part (also called a battery screw or a screw head) 105 and an insulating ring 113 are provided. The electrode 114 is attached to the light cap 115, the elastic electrode 110 is attached to the screw portion 105, and the insulating ring 113 is attached between the elastic electrode 110 and the screw portion 105.

  Hereinafter, the operation principle of the present invention and each of the embodiments will be described with reference to examples. When the atomizer is connected to the battery and smoked, air passes through the battery rod and the elastic electrode is sucked out along with the atomizer. Since the charging portion at the bottom end cannot be replenished immediately with the internal air, the intake connection component case seals the pneumatic intake connection component inside the battery, thereby generating a pressure difference. At this time, the pneumatic intake connection component senses a change in air pressure, transmits the signal to the PCBA control board, and checks whether the circuit is conducted by the controller. Then output the voltage. As smoking continues, there will always be a negative pressure differential. When smoking stops, the internal pressure difference is eliminated by the air replenished from the bottom end. If the intake connection component can no longer sense the air pressure difference, the controller stops receiving signals and stops outputting. At the same time, the controller automatically records the time when the circuit is turned on, and automatically accumulates the number of times of smoking as a predetermined smoking operation. When the power is low, the controller automatically stores the current number of smoking when smoking is stopped and charging is performed. At the same time, the LED lights on the PCBA board display and accumulate a corresponding number of times by the controller. For example, the first light represents 15 times and the second light represents 30 times. Therefore, the current number of smoking can be presented to the user. When the user wants to clear the number of times of smoking, it is necessary to shake or knock the battery rod three times continuously in a predetermined period. In this case, the PCBA controller senses a change in acceleration and automatically clears the current number of smoking, and at the same time records the number again from the first light at the bottom end.

  Further, with the bottom cap 104 as a negative electrode, the negative electrode connection circuit is commonly used by being connected to the screw head through the battery tube 112 and directly connected to the negative electrode of the battery and the negative electrode interface of the PCBA substrate. With the electrode 114 as a positive electrode, the port can be closed by the PCBA substrate 101 connected to the positive electrode of the battery core and the positive electrode interface of the PCBA substrate. Next, when connected to the elastic electrode 110, the bottom end of the battery rod can be directly charged and output controlled, and the battery power amount during charging and the remaining battery power during non-charging can be displayed. Display is realized.

  An electronic cigarette according to the present invention includes an atomizer and any one of the battery rods connected to the atomizer. According to the electronic cigarette, the internal structure of the battery rod can be improved using the conventional gravitational acceleration sensor, counter and micro control means. Therefore, the blinking of each indicator lamp on the PCBA board is controlled. Therefore, by providing the user with blinking of the indicator lamp corresponding to the sensor effect of the gravitational acceleration sensor, the instruction contents from the indicator lamp are more diversified, more convenient and easy to use, and the user by the instruction from the indicator lamp The presentation is easier to understand.

  The present specification further discloses a display control method of an electronic cigarette for filing an invention patent. It should be understood that this method will be used in the future when applying for patents in China or abroad, and does not fall within the scope of protection of the present invention. This content is mainly useful here in interpreting and explaining battery rods and electronic cigarettes. For example, the display control method includes a step of statisticsing the number of times of smoking, a step of emitting some light in a set of indicator lights according to the number of times of smoking, and a step of clearing the number of times of smoking when a clear operation occurs ,including. The display control method of the electronic cigarette can be controlled such that some indicator lights are turned on according to the number of times of smoking, and provides a light instruction regarding the number of times of smoking, so that the user can generally understand the number of times of smoking. You can also clear the number of times you smoke. Therefore, the number of smoking can be displayed flexibly, the total number or the current number can be displayed, and an intuitive display can be provided to the user.

  In one embodiment, the clear operation includes some predetermined operations. In one embodiment, the clear operation includes the occurrence of a predetermined action within a predetermined period. In one embodiment, it is determined whether a clear operation has occurred using a sensor. For example, when a sense amount that can be detected by the sensor occurs, it is determined whether a clear operation has occurred. In one embodiment, a sensor and timer are used to determine whether a clear operation has occurred. For example, if there is a change in the sense amount that can be detected by the sensor at least once within a predetermined period, it is determined whether or not a clear operation has occurred.

  In one embodiment, the clearing operation includes that a predetermined action has occurred a predetermined number of times in a predetermined period, or that no smoking action has occurred within a predetermined time threshold. For example, the predetermined period is 1 to 3 seconds, and the predetermined number of times is 2 to 4 times. For example, the predetermined action is bounce, swing or knock. For example, the predetermined period is 2 seconds, and the predetermined number of times is three. For example, at the time of the clear operation, at least one deformation amount is determined by detecting a capacitance difference, and an acceleration corresponding to each is calculated based on each deformation amount. If it is larger than the threshold value, it is determined that a predetermined operation has occurred. For example, the predetermined threshold is 1.3 g. Accordingly, it is possible to detect whether or not the predetermined operation has occurred by making better use of the gravitational acceleration sensor.

  In one embodiment, the display control method further includes a step of controlling so that some of the indicator lights are turned on in a set of indicator lights according to the amount of battery power during charging. In one embodiment, the display control method further includes a step of controlling so that some indicator lights of a set of indicator lights are turned on according to the amount of battery power when a predetermined operation occurs. In one embodiment, the display control method further includes a step of automatically shutting off the output of the battery when a smoking operation does not occur within a predetermined time threshold. As a result, a battery power remaining amount display function, a battery power amount display function during charging, and an automatic shutdown function for long periods of time can be realized.

  In one embodiment, control is performed so that some of the indicator lights are turned on according to the number of times of smoking. Specifically, a step of calculating a ratio of the number of smoking times and a predetermined number of times as a frequency ratio, a step of determining the number of indicator lights to be lit among a set of indicator lights based on the frequency ratio, and to illuminate Controlling the indicator lamp to light up. For example, the ratio between the number of indicator lights to be lit and the total number of indicator lights in a set is smaller than the number-of-times ratio, and the sum of the number of indicator lights to be lit plus 1 and the one The ratio with the total number of indicator lights in the set is larger than the number ratio. For example, the indicator lamps to be lit are installed continuously. For example, the indicator lamp to be lit is continuously provided from an arbitrary end of the set of indicator lamps. For example, the set of indicator lights is arranged in a straight line or a ring. For example, the indicator lamp to be lit is continuously provided from an arbitrary end of the set of indicator lamps arranged in a straight line or a link. Each of the indicator lights of the set of indicator lights is an LED light or an OLED light. Thereby, the outstanding display effect is realizable.

  In one embodiment, control is performed so that some of the indicator lights are turned on according to the number of times of smoking. Specifically, a step of calculating a ratio of the number of smoking times and a predetermined number of times as a frequency ratio, a step of determining the number of indicator lights to be lit among a set of indicator lights based on the frequency ratio, and to illuminate Controlling the indicator light to emit light. Here, the ratio between the number of indicator lights to be lit and the total number of indicator lights in the set is equal to or less than the number-of-times ratio, and is a total value obtained by adding 1 to the number of indicator lights to be lit And the total number of the set of indicator lights is larger than the number ratio. The indicator lamps to be lit are installed continuously. The indicator lamp to be lit is continuously provided from an arbitrary end of the set of indicator lamps. The set of indicator lights are arranged in a straight line or a ring. Each indicator light of the set of indicator lights is an LED light or an OLED light. The clearing operation includes a case where a predetermined action has occurred a predetermined number of times within a predetermined period or a smoking action has not occurred within a predetermined time threshold. The predetermined period is 1 to 3 seconds, the predetermined number of times is 2 to 4 times, and the predetermined operation is bounce, swing or knock. Alternatively, the predetermined period is 2 seconds and the predetermined number of times is three. For example, at the time of the clear operation, at least one deformation amount is determined by detecting a capacitance difference, and each acceleration is calculated based on each deformation amount. When it is larger than the threshold value, it is determined that the predetermined operation has occurred once. For example, the predetermined threshold is 1.3 g. For example, if the player swings or knocks three times in succession, it is recognized that a clear operation has occurred. The function of easily clearing the number of smoking by three consecutive swings or knocks is realized mainly by a sensor such as a gravity acceleration sensor. For example, the flow realized by the sensor software is as follows. Initialize at startup and set the parameter to vibration mode. The X, Y, and Z interrupts are turned on, and the X, Y, and Z values are detected, and it is determined whether any one of them exceeds 1.3 g (g is a unit of gravitational acceleration). If none of them is exceeded, the X, Y, and Z values are subsequently detected, and if exceeded, an interrupt is made to communicate with the MCU, and then the X, Y, and Z values are subsequently detected. The flow realized by MCU software is as follows. At startup, the sensor integrated circuit is initialized and set to vibration mode. It then detects the INT port and reads the data when an interrupt occurs. It is determined whether or not there are at least 3 sets of valid data within 2 seconds. If there are not, the INT port is continuously detected. If there are 3 sets, the number of smoking is cleared and the INT port is continuously detected.

  In a specific example, a band load of 1.2-3.5 ohms is used, the maximum output current is 3.0 A, and 3.7 V is output when the battery voltage is 3.7 V or more. When the voltage is lower than 3.7V, it outputs at full power. For example, the battery model is 08460-210 mAh and the batteries should not be connected in the opposite direction. High sensitivity is required for the intake connection component, the intake connection component case, and the pneumatic intake connection component switch. When turning on the PCBA with a quiescent current of less than 12 μA, all red and blue lights will blink three times to see if the indicator lights have been soldered reliably. Smoking indication with four lights.

  For example, if the current number of smoking is recorded, D1 represents the number of smoking 0-15 when (first light) is lit, and 16-30 represents the number of smoking when D1 + D2 (second light) is lit, When D1 + D2 + D3 (third light) is turned on, it represents the number of smoking of 31 to 45, and when it is lit up to D4 (fourth light), it represents the number of smoking of 46 to 60. At this time, the red light of the four lights flashes until the completion of the smoking count cycle up to 60. For example, after the above period (D1 + D2 + D3 + D4), it becomes a pipe replacement stage. At this stage, there is no output even if smoking, and all red lights become breathing lights, waiting for a waiting time of 20 seconds. After the pipe replacement stage, it is cleared again and starts counting, and a new count cycle is started. At this time, the first light D1 at the rear end can be turned on. For example, if three consecutive swings or knocks are made, it is recognized that a clear operation has occurred, the lower first light D1 is turned on, and the number of times is newly counted.

  In the charged state, the output is stopped when the no-load voltage is less than 3.3V and the load voltage is less than 2.9V. For example, the red light of the LED light is displayed in turn in the order of D1-D2-D3-D4. '-' Is the only lighting. In this process, only one light is on. One light represents 25% of full power when charged at the bottom edge. When charging, blue lights are lit in order, for example, in the order of D1 + D2 + D3 + D4. '+' Indicates that both lights up. At full power, the blue light will turn off after 10S (seconds) has been on. It is also used in conjunction with a rechargeable cigarette case when charged at the bottom end. The rechargeable cigarette case includes PCBA and can be charged by inserting an electronic cigarette or a battery rod into the rechargeable cigarette case, for example.

  For example, the following steps are executed for a special use state. For example, the current number of smoking is recorded with a single light, and 15 times are displayed with one light. When it lasts 0.5S or more, it counts as one time, and refrains from smoking time exceeding 8S. When 8S is exceeded, the LED blue light corresponding to the number of times flashes three times. For example, different states are distinguished as light colors of red and blue. For example, when there is no output with no load, the LED light in the corresponding range blinks three times. For example, when short-circuiting, all LED red lights blink three times. For example, when short-circuiting during charging, all LED red lights blink three times to stop charging. For example, when the power runs out, the smoking charging operation is stopped, the current number of smoking is automatically recorded, and the next smoking can be continued until the cycle is completed. In addition, when used under low power conditions, all red lights will blink for 2 turns to prompt charging.

  In addition, an electronic cigarette realized by adopting the display control method of any one of the above items is provided. The embodiment further includes an executable electronic cigarette and a display control method thereof that can be formed by combining the technical features of the embodiments described above. The electronic cigarette can be controlled such that some indicator lights are turned on according to the number of smoking. Let the user understand the number of smoking. In addition, the number of smoking can be cleared. Therefore, the number of smoking can be displayed flexibly, the total number or the current number can be displayed, and an intuitive display can be provided to the user.

  It should be noted that another embodiment of the present invention includes an operable battery rod and an electronic cigarette including the same, which are formed by combining the technical features of the above-described embodiments.

  The technical features of the above embodiments can be arbitrarily combined, and for the sake of brevity, not all possible combinations of the technical features of each of the above embodiments have been described. Combinations of these features should be considered within the scope disclosed by this specification.

  The above examples are merely some embodiments, and detailed descriptions thereof should not be understood as limiting the scope of the present invention. Those skilled in the art can make various changes and modifications within the protection scope of the present invention without departing from the concept of the present invention. Therefore, the scope of the present invention is determined by the claims.

Claims (10)

The battery rod connected to the atomizer comprises a conductive battery tube, a PCBA substrate disposed inside the battery tube, an intake connection component, an intake connection component case, and a micro control means, and the intake connection component A case is fixed inside the battery tube to cover the intake connection component, the PCBA substrate is fixed inside the battery tube and connected to the intake connection component, and the micro control means is on the PCBA substrate. A battery rod arranged,
Inside the battery tube, a battery storage chamber for storing a battery core and two connection ends are installed, and one connection end is provided at each end of the battery storage chamber, and the battery core One end of the connection is connected to the negative electrode interface of the PCBA substrate via the battery tube and connected to the negative electrode of the battery core, and the PCBA substrate is connected to the other of the connection Connected to the positive electrode of the battery core via the end,
A gravitational acceleration sensor is housed in the battery tube, and the gravitational acceleration sensor is connected to the micro control means.
The PCBA board is provided with a counter, a memory, a drive unit, and some indicator lights, the micro control means is connected to the memory, and further connected to each of the indicator lights via the drive unit, and the counter is Connected to the intake connection component and the micro control means;
The battery tube is provided with a number of indicator windows corresponding to the indicator lights, and the indicator lights transmit light to the outside of the battery tube through the corresponding indicator windows. rod.   The battery rod according to claim 1, wherein a timer connected to the micro control unit is further installed on the PCBA substrate.   The battery rod according to claim 1, wherein the instruction window is a transparent plate.   The battery rod according to claim 1, wherein the indicator window is a hole-shaped indicator window, and the indicator lamp is disposed at least partially in the hole-shaped indicator window.   2. The battery rod according to claim 1, wherein the PCBA substrate is further provided with a charge detection unit, and the charge detection unit is connected to the micro control unit and the two connection ends, respectively.   The battery rod according to claim 1, wherein the counter is installed integrally with a micro control unit.   The battery rod according to claim 1, wherein the indicator lights are arranged in a straight line shape or a ring shape.   The battery rod according to claim 1, wherein the battery tube is provided with an atomizer connection end connected to the atomizer and an atomizer air inlet communicating with the atomizer.   The battery rod according to claim 1, further comprising a battery core material.   An electronic cigarette comprising the atomizer and the battery rod according to any one of claims 1 to 9 connected to the atomizer.