WO2013189050A1 - 电子烟盒 - Google Patents

电子烟盒 Download PDF

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Publication number
WO2013189050A1
WO2013189050A1 PCT/CN2012/077243 CN2012077243W WO2013189050A1 WO 2013189050 A1 WO2013189050 A1 WO 2013189050A1 CN 2012077243 W CN2012077243 W CN 2012077243W WO 2013189050 A1 WO2013189050 A1 WO 2013189050A1
Authority
WO
WIPO (PCT)
Prior art keywords
touch
display
electronic cigarette
control
battery
Prior art date
Application number
PCT/CN2012/077243
Other languages
English (en)
French (fr)
Inventor
刘秋明
Original Assignee
Liu Qiuming
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Liu Qiuming filed Critical Liu Qiuming
Priority to CN201290001207.5U priority Critical patent/CN204426680U/zh
Priority to PCT/CN2012/077243 priority patent/WO2013189050A1/zh
Priority to US13/824,450 priority patent/US9271525B2/en
Priority to EP12879449.2A priority patent/EP2891412A4/en
Publication of WO2013189050A1 publication Critical patent/WO2013189050A1/zh

Links

Classifications

    • A—HUMAN NECESSITIES
    • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
    • A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
    • A24F40/90—Arrangements or methods specially adapted for charging batteries thereof
    • A24F40/95—Arrangements or methods specially adapted for charging batteries thereof structurally associated with cases
    • H—ELECTRICITY
    • H03—ELECTRONIC CIRCUITRY
    • H03K—PULSE TECHNIQUE
    • H03K17/00—Electronic switching or gating, i.e. not by contact-making and –breaking
    • H03K17/94—Electronic switching or gating, i.e. not by contact-making and –breaking characterised by the way in which the control signals are generated
    • H03K17/96—Touch switches
    • H03K17/962—Capacitive touch switches
    • H03K17/9622—Capacitive touch switches using a plurality of detectors, e.g. keyboard
    • H—ELECTRICITY
    • H03—ELECTRONIC CIRCUITRY
    • H03K—PULSE TECHNIQUE
    • H03K2217/00—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00
    • H03K2217/94—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00 characterised by the way in which the control signal is generated
    • H03K2217/96—Touch switches
    • H03K2217/96066—Thumbwheel, potentiometer, scrollbar or slider simulation by touch switch
    • H—ELECTRICITY
    • H03—ELECTRONIC CIRCUITRY
    • H03K—PULSE TECHNIQUE
    • H03K2217/00—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00
    • H03K2217/94—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00 characterised by the way in which the control signal is generated
    • H03K2217/96—Touch switches
    • H03K2217/9607—Capacitive touch switches
    • H03K2217/960755—Constructional details of capacitive touch and proximity switches
    • H—ELECTRICITY
    • H03—ELECTRONIC CIRCUITRY
    • H03K—PULSE TECHNIQUE
    • H03K2217/00—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00
    • H03K2217/94—Indexing scheme related to electronic switching or gating, i.e. not by contact-making or -breaking covered by H03K17/00 characterised by the way in which the control signal is generated
    • H03K2217/96—Touch switches
    • H03K2217/9607—Capacitive touch switches
    • H03K2217/960785—Capacitive touch switches with illumination

Definitions

  • the present invention relates to an electronic cigarette case.
  • An electronic cigarette is a simulated cigarette that is heated by atomizing a substance containing a fragrance to generate smoke for a user to smoke.
  • the electronic cigarette case for storing the electronic cigarette generally comprises a box body and a rechargeable box battery placed in the box body.
  • the electronic cigarette needs to be stored in the cigarette case and the electronic cigarette is charged by the box battery to facilitate smoking.
  • E-cigarettes have enough electricity for use. Therefore, the user needs to know the remaining power of the battery of the box at any time.
  • the prior art electronic cigarette case controls the digital display screen to display the remaining power of the electronic cigarette case through a physical button, that is, a mechanical button.
  • the object of the present invention is to provide an electronic cigarette case which is beautiful in appearance, durable, waterproof and dustproof, has a fast reaction speed, saves space, and is easy to operate.
  • the present invention discloses an electronic cigarette case comprising: a casing; a bracket assembly disposed in the casing, a battery assembly, and a PCB assembly; wherein the electronic cigarette cartridge further comprises a touch Controlling the method to implement a predetermined function; the touch control method includes setting a touch area on the box body and setting a touch control component in the box body; when the touch control component detects that the finger slides and touches the touch area, the control is implemented Scheduled features.
  • the touch control component includes a touch key unit; the touch key unit includes a touch sensing component and a touch detection control circuit electrically connected thereto; the touch key sensing component senses that a finger slides in a touch area, and generates a corresponding The electrical signal changes, and the touch detection control circuit controls the change of the electrical signal to control the predetermined function.
  • the touch button unit is a resistive touch switch or a capacitive sensor switch; when it is a capacitive sensor switch, the touch sensing element is a touch sensing conductor; when the human finger moves over the touch sensing conductor, The capacitance of the surface of the touch sensing conductor is changed, and the touch detection control circuit makes a judgment according to the change of the capacitance to achieve a predetermined function; when it is a resistive touch switch, the touch sensing element includes at least two non-communication The resistance of the control circuit is turned on or off by touching the on-resistance with a finger, and the touch detection control circuit detects the change in resistance to make a judgment, thereby realizing a predetermined function.
  • the touch sensing elements are respectively arranged in a side by side guide
  • the body or the resistor is disconnected from each other; the predetermined function is controlled when the finger slides in the touch area until the touch detection control circuit detects that all of the electrodes or resistors have undergone corresponding changes in capacitance or resistance.
  • the box body further includes a display area;
  • the touch control component further includes a display unit;
  • the display unit includes a display display control circuit and a display element electrically connected thereto; wherein the touch detection control circuit is configured to detect when the finger is at The electric signal of the touch sensing body changes when the touch area slides; the control display circuit controls the display element to display information; when the touch detection control circuit detects the corresponding electrical signal change, the control display circuit is activated to activate the display element to display predetermined information.
  • the touch sensing element is located in a box in or behind the touch area; the display unit is located in or behind the display area.
  • the predetermined function is to display a remaining ratio of the amount of power of the battery component;
  • the touch control display component further includes a battery detecting circuit for detecting the amount of power of the battery component;
  • the display component is configured to display a remaining ratio of the power;
  • the touch detection control circuit detects a corresponding electrical signal change, thereby exciting the control display circuit to control the display element to display the battery level detected by the battery detection circuit.
  • the touch detection control circuit is integrated in the PCB assembly; the control display circuit is integrated in the PCB assembly; and the battery detection circuit is integrated in the PCB assembly.
  • the manner of integration into the PCB assembly may be by direct integration into an electronic circuit, or may be plugged into the PCB assembly by a control IC or other electronic component.
  • the touch sensing element is mounted on the PCB assembly; the display element is mounted on the PCB assembly; the battery component is a cartridge battery and/or an electronic cigarette rod battery; and the battery assembly passes through a battery connector Electrically connected to the PCB assembly; a charging port is disposed on the PCB assembly for external power to charge the battery assembly.
  • the PCB assembly includes a box PCB board and a touch PCB board; the box PCB board and the touch PCB board are electrically connected by a connector.
  • the touch sensing element and the display element are mounted on a front surface of the touch PCB; the touch detection control circuit is integrated in a control IC of the touch PCB; the control IC is mounted on the touch PCB The back of the board.
  • the control display circuit may also be integrated in the control IC; it may also be implemented by another control IC on the touch PCB board or directly integrated into the electronic circuit of the touch PCB board; or integrated in the box PCB board.
  • the battery detecting circuit may be integrated in the box PCB board; or may be integrated in the touch PCB board.
  • the touch detection control circuit, the control display circuit, and the battery detection circuit may also be integrated into the control IC on the back of the touch PCB.
  • the display unit is a column of LED lamp beads, and the ratio of the remaining power is represented by the number of LED lamp beads. Further, the light guide sheet is sleeved outside the LED lamp bead; and the LED lamp bead is located in or below the display area through the light guide sheet.
  • the touch area and the display area are located on the side wall of the casing; correspondingly, the touch PCB board is located on the side wall of the casing, and the touch sensing element and the display element mounted thereon and the touch area and the display area respectively Corresponding to the position; the bracket assembly comprises a tray, a cartridge holder and a base; the tray cooperates with the cartridge holder to accommodate the electronic cigarette cartridge; the battery and the PCB assembly are fixedly positioned by the base.
  • the electronic cigarette case of the present invention has at least the following advantages:
  • the electronic cigarette case of the present invention replaces the existing physical key control mode by providing a touch area on the case body, and the touch control means for setting the touch control component in the case body. Its overall appearance is beautiful; it is more durable, waterproof and dustproof, faster in response, space saving and easy to operate than traditional physical buttons.
  • FIG. 1 is a perspective view of an embodiment of an electronic cigarette case according to an embodiment of the present invention.
  • FIG. 2 is a side cross-sectional view of the electronic cigarette case of FIG. 1 taken along line A-A.
  • FIG. 3 is a transverse cross-sectional view of the electronic cigarette case of FIG. 1 taken along line B-B.
  • FIG. 4 is a schematic diagram of a circuit diagram of a touch control component of the present invention.
  • FIG. 5 is a schematic diagram of a touch control circuit of an electronic cigarette case according to an embodiment of the present invention.
  • FIG. 6 is a circuit diagram of a touch control circuit of an electronic cigarette case according to an embodiment of the present invention.
  • FIG. 7 is a perspective exploded view of an electronic cigarette case according to an embodiment of the present invention.
  • FIG. 8 is a perspective view of an electronic cigarette case assembly according to an embodiment of the present invention.
  • 9(a) and 9(b) are perspective views of different angles of view of an electronic cigarette case assembly according to an embodiment of the present invention, respectively.
  • FIG. 10 is a perspective view of an electronic cigarette case according to another embodiment of the present invention.
  • FIG. 11 is a perspective exploded view of an electronic cigarette case member according to still another embodiment of the present invention.
  • the present invention provides an electronic cigarette case 100 comprising a case 2, and a bracket assembly 3, a battery assembly (not shown) mounted in the case 2, PCB component (not shown).
  • the electronic cigarette case 100 further includes a touch control mode to achieve a predetermined function.
  • the touch control method includes a touch area 25 provided on an outer surface of the casing 2 and a touch control assembly 10 disposed in the casing. When the touch control component 10 detects that a finger swipe touches the touch area 25, it controls to implement a predetermined function.
  • the touch control unit 10 includes a touch button unit; the touch button unit includes a touch sensing element 11 and a touch detection control circuit 12 electrically connected thereto; the touch button sensing element 11 senses that the finger slides in the touch area 25, and generates The corresponding electrical signal changes.
  • the touch control component 10 further includes a predetermined function unit including a control function activation circuit and a predetermined function component. When the touch detection control circuit detects the change of the electrical signal of the touch sensing element, the control function starting circuit is excited The predetermined function component is activated to realize a predetermined function by a touch control method.
  • the predetermined function includes displaying a ratio of remaining battery power of the battery component.
  • the predetermined function can also be set to implement other functions, such as playing music or video, displaying temperature, turning on the radio, etc., at this time, as long as the predetermined functional components such as music, video, temperature, radio, etc. are integrated in the electronic
  • the inside of the cigarette case 100 can be realized by the touch control unit 10 performing excitation control.
  • the battery assembly is a cartridge battery and/or a tobacco rod battery.
  • the PCB assembly may be only a cigarette case PCB board, and all electronic circuits or related functional modules are integrated into the cigarette case PCB board.
  • the PCB assembly may further include separately providing a separate touch PCB board for implementing the predetermined function by touch control, so that the touch control component 10 may further integrate predetermined function components for implementing other pre-functions.
  • the manner of integration of the cigarette case PCB board or the touch PCB board herein includes directly designing the circuit in the PCB board electronic circuit or plugging the PCB board through a control IC or other electronic components.
  • the following describes how the present invention implements a predetermined function by a touch control method by implementing a ratio of remaining battery power of a display box battery in a touch control manner.
  • those skilled in the art can realize other predetermined functions by touch control mode through reasonable inference.
  • the battery component is a battery pack 4; the PCB component includes a cigarette case PCB board.
  • the electronic cigarette 9 is stored in the electronic cigarette case 100 for charging.
  • the electronic cigarette includes a cartridge 91 and a battery rod 92.
  • the cartridge 91 includes a smoke medium and an atomizer (not shown) that heats the smoke medium to form a smoke for the user to smoke.
  • the e-cigarette box can hold multiple cartridges 91 and 1 or 2 battery rods for the user to use.
  • the case 2 includes a cover 21, a bottom case 22, and a hinge that reversibly connects the cover 21 to the bottom case 22.
  • the casing 2 is provided with a touch area 25 for guiding a finger to slide and a display area 24 for displaying a predetermined function.
  • the touch area 25 is generally a part of the outer surface of the casing on which the identification for the user is provided.
  • the display area 24 can be an apertured or transparent display window, or can be designed as an LCD display according to specific needs.
  • the display area 24 in this embodiment is a row of openings.
  • the bracket assembly 3 includes a cartridge tray 31, a cartridge holder 32, and a base 33.
  • the cartridge tray 31 can be made of a silicone material and used for holding the electronic cigarette and protecting the cartridge 91.
  • the plurality of openings (not shown) are adapted to the electronic cigarette cartridge 91. It is not limited to a circle.
  • the cartridge holder 32 includes a plurality of parallel cylinders (not shown) that are juxtaposed to each other, and the barrel chamber corresponds to the opening of the tray 31.
  • the cartridge tray 31 is disposed on the cartridge holder 32 to support and accommodate the cartridge portion 91 of the electronic cigarette 9; its shape and height correspond to the cartridge 91 and conform to the shape of the cartridge 2.
  • the electronic cigarette cartridge 91 is a cylindrical shape, and the cigarette case is a rectangular parallelepiped.
  • the cartridge tray 31 is a square disk, and the cartridge holder 32 is a rectangular parallelepiped as a whole; Other shapes.
  • the plurality of electronic cigarettes The bullets 91 are respectively inserted into the cylinder of the cartridge holder 32 from the circular opening of the tray 31, so as to be accommodated in the corresponding inner space of the upper portion of the lid 21 and the bottom box 22.
  • the base 33 is located below the cartridge holder 32 in the bottom case 22.
  • the battery unit 4 and the cigarette case PCB board 5 are respectively held on the base 33, and the battery unit 4 is electrically connected to the PCB board 5 through the battery connector 6.
  • An accommodating space (not shown) is defined in the base 33.
  • the battery rod 92 is inserted into the accommodating space of the base 33.
  • the battery rod 92 is also electrically connected to the cigarette case PCB 5 so that it can be charged by the cassette battery.
  • the cigarette case PCB 5 is further provided with an external charging port 51, such as a USB port, for charging the battery unit 4 with an external power source.
  • an external charging port 51 such as a USB port
  • the touch control unit 10 is triggered to display predetermined information in the display area 24 by sliding the touch area 25 by a finger.
  • the touch control component 10 includes a touch key unit and a display unit, and the display unit is the predetermined functional unit.
  • the touch button unit includes a touch sensing element 11 and a touch detection control circuit 12; the display unit includes a control display circuit 14, and a display element 15.
  • the control display circuit 14 is the control function activation circuit; the display element 15 is the predetermined functional component.
  • the touch detection control circuit 12 is configured to detect an electrical signal change of the touch sensing body 11 when the finger slides in the touch area 25, and the electrical signal change may be defined as a change in capacitance, resistance, current or voltage; and the control display circuit is used for Controlling the display element to display information; when the touch detection control circuit detects a change in the corresponding electrical signal, the control display circuit is activated to activate the display element to display predetermined information.
  • the remaining battery power ratio of the battery unit 4 is displayed by sliding the touch area 25 of the touch box body 2 with a finger.
  • it can also be used to control the display of other information, such as song or video playback of a multimedia player component, or the functionality of a radio component.
  • the touch control component 10 of the present invention is for exciting the power of the display cartridge battery 4 by a touch switch, and therefore further includes a battery detecting circuit 13 for detecting the amount of power of the cartridge battery 4.
  • the touch detection control circuit 12 is configured to detect a change in an electrical signal generated by a touch action corresponding to the touch sensing element;
  • the battery detection circuit 13 is configured to detect a battery power;
  • the control display circuit 14 performs information display on the control display element 15;
  • the display power is displayed as a display or LED. In this example, it is a column of LED beads, which represents the proportion of battery power according to the number of particles emitted by the LED.
  • the detecting circuit 12 detects that the touch sensing body 11 generates a corresponding electrical signal change, and the battery detecting circuit detects the remaining power of the battery unit 4, and then reads and detects by the control display circuit 14. After the electric quantity data detected by the circuit 13, the LED lamp is controlled to emit light to display the remaining proportion of the battery of the battery unit 4.
  • the touch detection control circuit 12, the battery detection circuit 13, the control display circuit 14 can be integrated into one control chip IC or two ICs, or can be respectively completed by independent chips; or can be integrated into the independently arranged touch PCB board 8, Or directly integrated into the cigarette case PCB board 5. In this embodiment, the touch control circuit board 8 is separately provided.
  • the touch sensing body 11 includes a plurality of conductors arranged on the front surface of the touch PCB board 8 to form a touch point, and the conductors are disconnected from each other.
  • the conductor includes an electrode or a resistor or the like.
  • the display element 15 is a row of LED light particles, which are also mounted on the front surface of the touch PCB 8.
  • On the back of the touch PCB 8, a control IC 16 is provided for integrating the touch detection control circuit 12, the battery detection circuit 13, and the control display. Circuit 14.
  • the battery detection circuit 13 and/or the control display circuit 14 can also be directly integrated into the cigarette case PCB 5.
  • the touch PCB board 8 and the cigarette case PCB board 5 are electrically connected by a connector 7.
  • the touch sensitive body 11 of the touch control assembly 10 is located on the side wall of the case opposite the finger touch area 25 of the case 2.
  • the display element 15 corresponds to the display area 24.
  • the touch sensing element 11 can be mounted in the touch area 25.
  • the display area 24 is a plurality of openings corresponding to the LED bead, in order to better transmit the corresponding illumination of the LED 15 to the casing 2, and to avoid leakage of light at other locations and reduce optical loss,
  • the light guide sheet 150 is sleeved outside the LED lamp bead 15.
  • the light guide sheet 150 has a protrusion cover (not shown) having a high light transmittance corresponding to the position of the LED lamp bead to facilitate guiding and positioning to protect the LED lamp bead; and the bottom of the protrusion cover is connected to the front surface of the touch PCB board 8 and the box
  • the inner wall of the body 2 is well fitted to the sheet to seal the light.
  • the LED lamp bead 15 passes through the opening of the light guide sheet 150 through the opening 24 in the casing 2 and protrudes from the casing 2.
  • the display area 24 can also be a display window of transparent material, and the LED lamp 15 is located directly below it, so that the surface of the box 2 is still flat.
  • the finger touch area 25 and the display area 24 are disposed on the sidewall of the casing 2, and correspondingly, the touch PCB board 8 is located on the inner side wall of the casing 2, so that the touch sensing body 11 is located on the other side of the side wall of the casing opposite to the finger touch area 25; the display element LED lamp bead is sleeved on the protruding cover of the light guide sheet 150 and passes through the corresponding opening 24 of the display area to form a row of LEDs The lamp 15 extends out of the side of the casing 2.
  • the electronic cigarette case of the invention has simple structure and beautiful appearance.
  • the touch button unit of the electronic cigarette case of the invention has durability, waterproof and dustproof, fast reaction speed, space saving, and easy The characteristics of the operation.
  • the touch button unit of the present invention can be designed as a resistive touch switch or a capacitive sensor switch, that is, a slide button and a touch button.
  • the human body is electrically conductive, and the circuit above the touch sensing body 11 of the capacitive sensing switch can generate a uniformly distributed electrostatic field.
  • the touch detection control circuit 12 makes a judgment based on the change in the capacitance to realize a predetermined function. Capacitive buttons are very convenient to use.
  • the touch sensing element 11 ie, the sensing electrode or conductor
  • the human finger can be separated by any dielectric (can be glass, plastic, stone, ceramic or wood). It reflects the signal of the independent sensing area, so its sensitivity is high.
  • the principle of the resistive touch switch is to achieve the on or off of the control circuit by touching two non-intersecting conductors with a finger.
  • the touch electrodes in the form of double contacts are made of metal dots A and B. Human finger When the electrodes A and B are touched, they are not turned on; when the human finger touches the electrodes A and B at the same time, it is equivalent to connecting an equivalent resistor, the resistance changes, and the circuit is controlled according to the detected resistance change.
  • the touch button unit uses a capacitive sensing switch scheme to detect a human body touch by a charging/discharging time of a resistor-capacitor network formed by a capacitor and a capacitor CX of the sensing electrode.
  • the capacitance changes.
  • the finger touches the touch area 25 on the surface of the casing 2 the body electric field and the surface of the conductor of the touch sensing body 11 form a coupling capacitor, so that the finger sucks a small current from the contact point, and the current flows through the electrode, and the detection circuit senses The change to it causes the display unit to display the battery level. Referring to a specific implementation circuit diagram shown in FIG.
  • the touch detection control circuit 12 is composed of a processing unit U1 and an electronic circuit, and the touch sensing body 11 includes a capacitor electrode.
  • the corresponding capacitor When the finger touches the touch point, the corresponding capacitor generates charge and discharge, and U1 detects the electrical signal of the capacitor.
  • Display Element The LED lamp 15 is controlled by a circuit formed by another processing unit U2.
  • the battery P1 (Battery Battery 4) pin represents a detection circuit (not shown) of the battery, which can be integrated in the cigarette case PCB 5 or the touch PCB 8, or integrated in U1 or U2 for detecting the battery 4
  • the amount of electricity, and the detected power signal is transmitted to U2, U2 triggers the corresponding number of LEDs to illuminate.
  • the touch detection control circuit may be defined as: when detecting that all the touch corresponding to the touch area is swiped by the finger After the point, that is, the touch detection control circuit senses that all the conductors corresponding to all the sensing elements 11 have a capacitance change after the finger slides, and then triggers the corresponding number of LED lamp beads 15 to emit light, thereby displaying the remaining ratio of the battery power.
  • the touch switch used in the present invention can also be selected in a resistive manner or in a manner that can be realized, thereby controlling the predetermined function by touching the touch area 25 on the casing 2 by the finger.
  • the touch button unit and the display unit of the touch control component 10 of the present invention can be disposed at any suitable position on the electronic cigarette case 100.
  • the touch area 25 and the LED light column 15 are disposed in the box.
  • the front side of the body 2 corresponds to the touch sensing body 11 at the rear of the touch area 25.
  • the touch area 25 and the LED lamp array 15 may also be disposed on the bottom surface or the top surface of the casing 2, and the two may be arranged side by side on the same surface, or may be arranged on different faces of the casing 2.
  • the battery detecting circuit 13 is configured to detect the remaining amount of the electronic cigarette battery rod 92 inserted into the electronic cigarette case 100. At this time, the battery rod 92 is electrically connected to the cigarette case PCB 5 through another battery connector 6'. Other structures and principles are the same as those described above. It can be understood that the battery rod 92 can be charged directly through the charging port 51 without setting the battery unit 4 at this time.
  • the control display circuit 14 controls the multimedia playing circuit, and the display component 15 is a multimedia playing component, when the finger is in the touch area.
  • the touch detection control circuit 12 detects that the touch sensing element 14 has a change in capacitance, and then activates the multimedia playback circuit to activate the multimedia component to play music or video broadcast.

Abstract

一种电子烟盒（100），包括：盒体（2）；设置于盒体（2）内的支架组件（3），电池组件（4），以及PCB组件（5）；还包括一通过触摸控制方式来实现预定功能的组件；所述通过触摸控制方式来实现预定功能的组件包括设置在盒体（2）上的触摸区域（25）以及设置在盒体（2）内的触摸控制组件（10）；当所述触摸控制组件（10）检测到手指滑动触摸所述触摸区域（25）时，便控制实现预定的功能。本发明的电子烟盒外形美观、耐用、防水防尘，反应速度快，节省空间，易于操作。

Description

电子烟盒 技术领域
[0001] 本发明创造涉及一种电子烟盒。
背景技术
[0002] 电子烟是一种模拟香烟， 利用电热丝加热雾化含香精的物质产生烟雾供使用者吸 烟。 存放电子烟的电子烟盒一般包括盒体以及放置在盒体内的可充电盒电池， 使用者不抽烟 时需要将电子烟存放在烟盒内并利用盒电池对电子烟进行充电， 以利于抽烟时电子烟有足够 电量供使用。 因此， 使用者需要随时了解盒电池的剩余电。 现有技术的电子烟盒是通过物理 按键， 即机械式按键来控制数码显示屏显示电子烟盒剩余电量。 然而， 物理按键与盒体之间 形成缝隙， 不能防尘防水； 而且物理按键具有限的使用寿命； 再者， 物理按键很容易被按压 到， 从而产生误操作。 因此需要提供一种能克服这些问题的电子烟烟盒。
发明内容
[0003] 本发明创造的目的在于提供一种电子烟盒， 其外形美观， 耐用， 防水防尘， 反应速 度快， 节省空间， 易于操作。
[0004] 为达到上述目的， 本发明创造揭露了一种电子烟盒包括： 包括盒体； 设置于盒体内 的支架组件， 电池组件， 以及 PCB 组件； 其中， 该电子烟盒还进一步包括一触摸控制方式 来实现预定的功能； 所述触摸控制方式包括于盒体上设置触摸区域以及于盒体内设置触摸控 制组件； 当所述触摸控制组件检测到手指滑动触摸所述触摸区域时， 便控制实现预定的功 能。
[0005] 所述触摸控制组件包括触摸按键单元； 所述触摸按键单元包括触摸感应元件以及与 之电连接的触摸检测控制电路； 所述触摸按键感应元件感应到手指在触摸区域滑动， 产生相 应的电信号变化， 触摸检测控制电路检测到该电信号变化后便控制实现预定功能。
[0006] 所述触摸按键单元为电阻式触摸开关或电容式感应开关； 当为电容式感应开关时， 所述触摸感应元件为一触摸感应导体； 当人体手指移到触摸感应导体的上方时， 触摸感应导 体表面的电容发生了改变， 触摸检测控制电路依据这种电容的改变来做出判断， 实现预定的 功能； 当其为电阻式触摸开关时， 所述触摸感应元件包括至少两个不相通的电阻， 通过用手 指触摸导通电阻达到控制电路的通或断， 触摸检测控制电路检测到电阻变化来做出判断， 实 现预定的功能。
[0007] 与电阻式触摸开关或电容式感应开关相对应， 所述触摸感应元件分别一组并排的导 体或电阻， 其相互之间间断开； 当手指在触摸区滑动至触摸检测控制电路检测到所有电极或 电阻均发生相应电容或电阻的变化后， 才控制实现预定功能。
[0008] 所述盒体还设置显示区域； 所述触摸控制组件进一步包括显示单元； 所述显示单元 包括控制显示电路以及与之电连接的显示元件； 其中触摸检测控制电路用于检测当手指在触 摸区域滑动时触摸感应元体的电信号变化； 控制显示电路控制显示元件进行信息显示； 当所 述触摸检测控制电路检测到相应的电信号变化时便激发控制显示电路启动显示元件显示预定 的信息。
[0009] 所述触摸感应元件位于所述触摸区域内或其后方的盒体内； 所述显示单元位于所述 显示区域内或其后方。
[0010] 所述预定的功能为显示电池组件的电量剩余比例； 所述触摸控制显示组件还进一步 包括电池检测电路用于检测电池组件的电量； 所述显示元件用于显示电量剩余比例； 当使用 者手指在触摸区域上滑动时， 触摸检测控制电路检测到相应的电信号变化， 从而激发控制显 示电路控制显示元件显示电池检测电路检测到的电池电量。
[0011] 所述触摸检测控制电路集成于集成于所述 PCB 组件； 所述控制显示电路集成于所述 PCB组件； 所述电池检测电路集成于所述 PCB组件。 所述集成于 PCB组件的方式可以是通 过直接集成于电子线路， 也可以通过控制 IC或其它电子元件插接于所述 PCB组件。
[0012] 所述触摸感应元件安装于所述 PCB组件； 所述显示元件安装于所述 PCB组件； 所述 电池组件为盒电池和 /或电子烟烟杆电池； 所述电池组件通过电池连接器与 PCB 组件电连 接； 所述 PCB组件上设置一充电端口用于外部电源对电池组件进行充电。
[0013] 所述 PCB组件包括盒 PCB板以及触摸 PCB板； 所述盒 PCB板和触摸 PCB板之间由 一连接器电连接。
[0014] 所述触摸感应元件和所述显示元件安装于所述触摸 PCB 板正面； 所述触摸检测控制 电路集成于所述触摸 PCB板的一控制 IC; 所述控制 IC安装于所述触摸 PCB板背面。 所述 控制显示电路也可以集成于所述控制 IC; 也可由触摸 PCB板上的另一控制 IC实现或者直接 集成于所述触摸 PCB板的电子线路中； 或者集成于所述盒 PCB板。 所述电池检测电路可集 成于盒 PCB板； 也可集成于所述触摸 PCB板。 所述触摸检测控制电路、 控制显示电路、 电 池检测电路也可同时集成于触摸 PCB板背面的所述控制 IC。
[0015] 所述显示单元为一列 LED灯珠， 由 LED灯珠发光的数量来表示剩余电量的比例。 进 一步包括一导光片套设于 LED灯珠外； 所述 LED灯珠通过该导光片位于显示区域内或其下 方。 [0016] 所述触摸区域及显示区域位于盒体侧壁； 相应地， 所述触摸 PCB 板位于盒体内侧 壁， 安装于其上的触摸感应元件以及显示元件分别与所述触摸区域和显示区域位置对应； 所 述支架组件包括托盘， 烟弹支架及底座； 所述托盘与烟弹支架配合将电子烟烟弹支持容纳其 内； 所述电池及 PCB组件由所述底座固定定位。
[0017] 本发明的电子烟盒至少具有以下好处： 本发明的电子烟盒通过在盒体上设置触摸区 域， 在盒体内设置触摸控制组件的这种触摸控制方式替代现有物理按键控制方式， 其整体外 形美观； 比传统物理按键而言， 具有更耐用， 防水防尘， 反应速度快， 节省空间， 易于操作 的好处。
附图说明
[0018] 图 1是本发明实施例电子烟盒一实施例的立体图。
[0019] 图 2是图 1所示电子烟盒沿 A-A线的侧面剖视图。
[0020] 图 3是图 1所示电子烟盒沿 B-B线的横向剖视图。
[0021] 图 4是本发明触摸控制组件电路图原理图。
[0022] 图 5是本发明实施例电子烟盒触摸控制电路原理图。
[0023] 图 6是本发明实施例电子烟盒触摸控制电路图。
[0024] 图 7是本发明实施例电子烟盒立体图分解图。
[0025] 图 8是本发明实施例电子烟盒组件立体图。
[0026] 图 9(a)和图 9(b)分别是本发明实施例电子烟盒组件不同视角的立体图。
[0027] 图 10是本发明另一实施例电子烟盒立体图。
[0028] 图 11是本发明再一实施例电子烟盒部件立体分解图。
具体实施方式
[0029] 请参照图 1， 图 4和图 7， 本发明创造提供一种电子烟盒 100， 其包括盒体 2， 以及 安装于盒体 2内的支架组件 3， 电池组件 （未图标）， PCB组件 （未图标）。 该电子烟盒 100 还进一步包括触摸控制方式来实现预定的功能。 所述触摸控制方式包括于盒体 2外表面设置 的触摸区域 25 以及于盒体内设置触摸控制组件 10。 当所述触摸控制组件 10检测到手指滑 动触摸所述触摸区域 25时， 便控制实现预定的功能。 所述触摸控制组件 10包括触摸按键单 元； 所述触摸按键单元包括触摸感应元件 11 以及与之电连接的触摸检测控制电路 12; 所述 触摸按键感应元件 11感应到手指在触摸区域 25滑动， 产生相应的电信号变化。 所述触摸控 制组件 10 还包括预定功能单元， 所述预定功能单元包括控制功能启动电路和预定功能组 件。 当触摸检测控制电路检测到该触摸感应元件的电信号变化后便激发该控制功能启动电路 以启动预定功能组件， 从而实现通过触摸控制方式来实现预定的功能。 所述预定的功能包括 显示电池组件剩余电量比例。 当然， 所述预定的功能也可以设置为实现其它功能， 如播放音 乐或视频， 显示温度， 打开收音机等功能， 此时， 只要将相关的音乐、 视频、 温度、 收音机 等预定功能组件集成在电子烟盒 100 内， 并由该触摸控制组件 10对其进行激发控制便可实 现。 所述电池组件为盒电池和 /或烟杆电池。 所述 PCB组件可以仅为烟盒 PCB板， 将所有电 子电路或相关的功能模块均集成于所述烟盒 PCB板。 所述 PCB组件还可进一步包括为通过 触摸控制方式实现所述预定功能而另行设置独立的触摸 PCB板， 从而将触摸控制组件 10也 可进一步将为实现其它预具功能的预定功能组件集成于所述触摸 PCB 板。 这里所讲集成于 所述烟盒 PCB板或触摸 PCB板的方式， 包括直接将电路设计于 PCB板电子线路中， 或者 通过控制 IC或其它电子元件插接于 PCB板。 以下通过一具体本实施例关于以触摸控制方式 来实现显示盒电池剩余电量比例， 来阐述本发明如何通过触摸控制方式来实现预定的功能。 鉴于本实施例， 本领域技术人员通过合理的推断就可以实现通过触摸控制方式来达到其它预 定的功能。
[0030] 请参照图 1-9， 在本实施例中， 所述电池组件为盒电池 4; PCB组件包括烟盒 PCB板
5以及触摸 PCB板 8; 盒电池 4通过电池连接器 6电连接于烟盒 PCB板 5。 电子烟 9存放于 电子烟盒 100 内可进行充电。 电子烟包括烟弹 91和电池杆 92。 烟弹 91 内包括烟介质和雾 化器 （未图示）， 其将烟介质加热雾化形成烟雾供使用者吸烟。 一般而言， 如图 7 所示， 电 子烟中盒可放置多个烟弹 91和 1~2个电池杆供使用者使用。
[0031] 所述盒体 2包括盒盖 21， 底盒 22 以及将盒盖 21可翻转地连接于底盒 22上的转轴
23。 所述盒体 2上设置有指引手指滑动的触摸区域 25以及显示预定功能的显示区域 24。 所 述触摸区域 25 —般为盒体外表面的一部分， 其上设置供使用者识别的标识。 所述显示区域 24可为开孔， 或透明材质的显示窗， 也可根据具体需要设计为 LCD显示屏。 本实施例中显 示区域 24为一列开孔。
[0032] 所述支架组件 3包括烟弹托盘 31， 烟弹支架 32以及底座 33。 其中烟弹托盘 31可由 硅胶材料制成的盘状， 用于卡持电子烟烟弹并保护烟弹 91， 其内设多个开孔 （未图标） 与 电子烟烟弹 91相适应， 开孔为不限于圆形。 烟弹支架 32包括多个平行的筒体 （未图标） 相 互并列连接， 筒体内腔与所述托盘 31开孔对应。 烟弹托盘 31盖设于烟弹支架 32上共同支 撑和容纳电子烟 9的烟弹部分 91 ; 其形状及高度与烟弹 91相应且与盒体 2形状相适应。 一 般而言， 电子烟烟弹 91为圆柱形， 烟盒为长方体， 相应地， 本实施例中所述烟弹托盘 31为 方形盘， 所述烟弹支架 32 整体呈长方体； 也可根据需要设计其它形状。 所述多个电子烟烟 弹 91分别从托盘 31 的圆形开孔插入烟弹支架 32的筒体中， 从而容置于盒盖 21及底盒 22 上部对应的内部空间。 而底座 33位于所述底盒 22内所述烟弹支架 32下方。 盒电池 4及烟 盒 PCB板 5分别固持于所述底座 33上， 且通过电池连接器 6将盒电池 4电连接于 PCB板 5。 底座 33内还限定一容置空间 （未图标）， 当电子烟 9存放于烟盒 100中时， 电池杆 92插 入底座 33的该容置空间内。 电池杆 92也与烟盒 PCB板 5 电连接， 从而可利用盒电池对其 进行充电。
[0033] 所述烟盒 PCB板 5上还设置一外部充电端口 51， 如 USB端口， 可利用外部电源对 盒电池 4进行充电。
[0034] 本实施例主要是通过手指滑动触摸所述触摸区域 25 便可触发所述触摸控制组件 10 在所述显示区域 24显示预定信息。 所述触摸控制组件 10包括触摸按键单元和显示单元， 此 时显示单元即为所述预定功能单元。 所述触摸按键单元包括触摸感应元件 11 以及触摸检测 控制电路 12; 所述显示单元包括控制显示电路 14， 以及显示元件 15。 此时， 控制显示电路 14即为所述控制功能启动电路； 所述显示元件 15 即为所述预定功能组件。 其中触摸检测控 制电路 12用于检测当手指在触摸区 25滑动时触摸感应元体 11 的电信号变化， 所述电信号 变化可定义为电容、 电阻、 电流或电压的变化； 控制显示电路用于控制显示元件进行信息显 示； 当所述触摸检测控制电路检测到相应的电信号变化时便激发控制显示电路启动显示元件 显示预定的信息。 本发明实施例是通过手指滑动触摸盒体 2 的触摸区域 25来显示盒电池 4 的剩余电量比例。 当然， 也可用来控制显示其它信息， 例如多媒体播放器组件的歌曲或视频 播放， 或者收音机组件的功能。
[0035] 请同时参照图 5 的触摸控制电路原理。 本发明中触摸控制组件 10用于通过触摸开关 来激发显示盒电池 4的电量， 因此， 还进一步包括电池检测电路 13用于检测盒电池 4的电 量。 其中触摸检测控制电路 12 用于检测触摸感应元件对应的触摸动作产生的电信号变化； 电池检测电路 13用于检测电池电量； 控制显示电路 14为控制显示元件 15进行信息显示； 显示元件 15用于显示电量， 可为显示屏或 LED灯， 本实例中为一列 LED灯珠， 根据 LED 灯发光的粒数来代表电池电量的比例。 当使用者手指在触摸区域 25上滑动时， 检测电路 12 检测到触摸感应元体 11 产生相应的电信号变化， 电池检测电路检测盒电池 4 的剩余电量， 再由控制显示电路 14读取由检测电路 13检测的电量数据后控制 LED灯发光来显示盒电池 4的电量剩余比例。 所述触摸检测控制电路 12， 电池检测电路 13， 控制显示电路 14可以集 成于一个控制芯片 IC或两个 IC， 或分别由独立的芯片来完成； 也可以集成于独立设置的触 摸 PCB板 8， 或者直接集成于烟盒 PCB板 5。 [0036] 本实施例中， 独立设置触摸控制电路板 8， 触摸感应元体 11 包括若干导体排列于触 摸 PCB板 8 正面而形成触摸点， 导体相互之间断开。 所述导体包括电极或电阻等。 显示元 件 15为一排 LED灯粒， 也安装于触摸 PCB板 8正面， 而在触摸 PCB板 8背面设置一个控 制 IC 16， 用于集成所述触摸检测控制电路 12、 电池检测电路 13、 控制显示电路 14。 当 然， 所述电池检测电路 13和 /或控制显示电路 14也可直接集成于烟盒 PCB板 5 中。 触摸 PCB板 8与烟盒 PCB板 5之间通过一连接器 7进行电连接。
[0037] 触摸控制组件 10的触摸感应元体 11位于盒体 2上与手指触摸区域 25相对的盒体内 侧壁。 显示元件 15与显示区域 24对应。 所述触摸感应元件 11 出可安装于于所述触摸区域 25内。 本实施例中， 显示区域 24为与 LED灯珠相应的若干开孔， 为更好地将 LED 15所发 光对应地传递到盒体 2 夕卜， 且避免其它位置漏光和减少光损耗， 设置一导光片 150 套设于 LED灯珠 15外。 所述导光片 150上对应 LED灯珠位置具有高透光率的突起罩 （未图标） 以 利于导光和定位保护 LED灯珠； 而突起罩相连的底部为与触摸 PCB板 8正面以及盒体 2内 壁很好贴合的薄片， 以对光起密封作用。 LED灯珠 15通过导光片 150的突起罩穿过盒体 2 上的开孔 24， 并突出于盒体 2夕卜。 当然显示区域 24也可为透明材质的显示窗， 此时 LED 灯 15位于其正下方， 这样盒体 2表面仍然平整。
[0038] 作为一种实施方式， 所述手指触摸区域 25和显示区域 24设置于盒体 2 的侧壁上， 相应地， 所述触摸 PCB板 8位于盒体 2内侧壁， 使得触摸感应元体 11位于盒体侧壁内与手 指触摸区域 25相对的另一侧； 显示元件 LED灯珠套设于导光片 150的突起罩后穿过所述显 示区域的对应开孔 24， 形成一排 LED 灯 15 伸出盒体 2 侧面。 本发明的电子烟盒结构简 单， 外观美观新颖。 因触摸区域 25 可直接为盒体一部分， 无须另外设置， 而触摸感应元体 11 位于盒体内， 因此本发明电子烟盒的触摸按键单元具有耐用， 防水防尘， 反应速度快， 节省空间， 易于操作的特点。
[0039] 本发明所述触摸按键单元可以设计为电阻式触摸开关或电容式感应开关， 即滑动式 按键和点触式按键。 人体是导电的， 而电容式感应开关的触摸感应元体 11 上方的电路能产 生分布均匀的静电场， 当我们的手指移到的触摸区域 25时， 触摸感应元体 11导体表面的电 容发生了改变， 触摸检测控制电路 12 依据这种电容的改变来做出判断， 实现预定的功能。 电容式按键使用起来非常方便， 触摸感应元体 11 (即， 感应电极或导体） 与人体手指之间 无论是隔着何种电介质 （可以是玻璃， 塑料， 石材， 陶瓷或木材等）， 都可以反应出独立感 测区域的信号， 因此其灵敏度较高。 电阻式触摸开关的原理是通过用手指触摸两个不相通的 导体， 达到控制电路的通或断。 例如用金属点 A、 B制成双接点形式的触摸电极。 人手指未 触及电极 A和 B时， 不导通； 人手指同时触及电极 A和 B， 相当于接入一个等效电阻， 电 阻发生变化， 根据检测到的电阻变化来控制电路。
[0040] 本发明的较佳实施例中， 所述触摸按键单元使用电容式感应开关方案， 通过一个电 阻和感应电极的电容 CX 构成的阻容网络的充电 /放电时间来检测人体触摸所带来的电容变 化。 当手指触摸在盒体 2表面的触摸区域 25时， 人体电场、 触摸感应元体 11导体表面形成 一个耦合电容， 于是手指从接触点吸走一个很小的电流， 电流流经电极， 检测电路感应到其 中的变化， 从而激发显示单元显示电池电量。 请同时参照图 6所示的一具体实施电路图， 所 述触摸检测控制电路 12由处理单元 U1及电子线路构成， 触摸感应元体 11包括电容电极。 当手指接触触摸点时， 对应电容产生充放电， U1检测到该电容的电信号。 显示元件 LED灯 15是由另一处理单元 U2构成的电路控制。 而电池 P1 (盒电池 4) 引脚表示盒电池的检测电 路 （未图标）， 其可集成于烟盒 PCB板 5或触摸 PCB板 8， 或者集成于 U1或 U2， 以用于 检测盒电池 4 的电量， 并将检测的电量信号传递给 U2， U2 激发对应盏数的 LED 灯珠发 光。
[0041] 较佳地， 一方面为避免误操作， 例如人体无意碰到触摸区域 25而导致 LED灯 15发 光， 可将触摸检测控制电路定义为： 当检测到手指滑动完触摸区域对应的所有触摸点后， 即 触摸检测控制电路感应到手指滑动后所有感应元件 11 对应的所有导体均发生电容变化后， 才激发对应数量的 LED灯珠 15发光， 从而显示电池电量剩余比例。
[0042] 可以理解， 根据电阻式触摸开关原理， 本发明所用触摸开关也可以选用电阻式或其 它可以实现的方式， 从而通过手指触摸盒体 2 上的触摸区域 25， 从而控制实现预定的功 能。
[0043] 可以理解， 本发明的触摸控制组件 10 的触摸按键单元和显示单元可以设置于电子烟 盒 100上任一适当位置， 如图 10所示， 将触摸区域 25及 LED灯列 15设置于盒体 2正面， 触摸区域 25后方对应为触摸感应元体 11。 也可将触摸区域 25及 LED灯列 15设置于盒体 2 底面或顶面， 二者可以在同一面上并列分布， 也可安排在盒体 2不同面上。
[0044] 在另一实施例中， 请参照图 11， 所述电池检测电路 13用于检测插入电子烟盒 100中 的电子烟电池杆 92 所剩余电量。 此时通过另一电池连接器 6'将电池杆 92 电连接于烟盒 PCB板 5。 其它结构及原理同上述实施内容。 可以理解， 此时可以不设置盒电池 4， 直接通 过充电端口 51对电池杆 92充电。
[0045] 在其它实施例中， 当通过触摸控制方式实现其它功能， 如多媒体播放功能时， 控制 显示电路 14 为控制多媒体播放电路， 显示元件 15 为多媒体播放组件， 当手指在触摸区域 25滑动时， 触摸检测控制电路 12检测到触摸感应元件 14发生电容变化后， 激发控制多媒 体播放电路启动多媒体组件， 从而播放音乐或视频播。
[0046] 以上所述是本发明创造的具体实施方式， 应当指出， 对于本技术领域的普通技术人 员来说， 在不脱离本发明创造原理的前提下， 还可以做出若干改进和润饰， 这些改进和润饰 也视为本发明创造的保护范围。

Claims

权 利 要 求 书
1. 一种电子烟盒， 包括： 盒体； 设置于盒体内的支架组件， 电池组件， 以及 PCB 组件； 其 中， 该电子烟盒还进一步包括一触摸控制方式来实现预定的功能； 所述触摸控制方式包括于 盒体上设置触摸区域以及于盒体内设置触摸控制组件； 当所述触摸控制组件检测到手指滑动 触摸所述触摸区域时， 便控制实现预定的功能。
2. 如权利要求 1 所述的电子烟盒， 其中， 所述触摸控制组件包括触摸按键单元； 所述触摸 按键单元包括触摸感应元件以及与之电连接的触摸检测控制电路； 所述触摸按键感应元件感 应到手指在触摸区域触摸或滑动， 产生相应的电信号变化， 触摸检测控制电路检测到该电信 号变化后便控制实现预定功能。
3. 如权利要求 2 所述的电子烟盒， 其中所述触摸按键单元为电阻式触摸开关或电容式感应 开关； 当为电容式感应开关时， 所述触摸感应元件为一触摸感应导体； 当人体手指移到触摸 感应导体的上方时， 触摸感应导体表面的电容发生了改变， 触摸检测控制电路依据这种电容 的改变来做出判断， 实现预定的功能； 当其为电阻式触摸开关时， 所述触摸感应元件包括至 少两个不相通的电阻， 通过用手指触摸导通电阻达到控制电路的通或断， 触摸检测控制电路 检测到电阻变化来做出判断， 实现预定的功能。
4. 如权利要求 3 所述的电子烟盒， 其中， 与电阻式触摸开关或电容式感应开关相对应， 所 述触摸感应元件分别一组并排的导体或电阻， 其相互之间间断开； 当手指在触摸区滑动时， 触摸检测控制电路检测到所有电极或电阻均发生相应电容或电阻的变化后， 才控制实现预定 功能。
5. 如权利要求 2 所述的电子烟盒， 其中， 所述盒体还设置显示区域； 所述触摸控制组件进 一步包括显示单元； 所述显示单元包括控制显示电路以及与之电连接的显示元件； 其中触摸 检测控制电路用于检测当手指在触摸区域触摸或滑动时触摸感应元件的电信号变化； 控制显 示电路控制显示元件进行信息显示； 当所述触摸检测控制电路检测到相应的电信号变化时便 激发控制显示电路启动显示元件显示预定的信息。
6. 如权利要求 5 所述的电子烟盒， 其中， 所述触摸感应元件位于所述触摸区域或其后方的 盒体内； 所述显示单元位于所述显示区域内或其后方。
7. 如权利要求 5 所述的电子烟盒， 其中， 所述预定的功能为显示电池组件的电量剩余比 例； 所述触摸控制显示组件还进一步包括电池检测电路用于检测电池组件的电量； 所述显示 元件用于显示电量剩余比例； 当使用者手指在触摸区域上滑动时， 触摸检测控制电路检测到 相应的电信号变化， 从而激发控制显示电路控制显示元件显示电池检测电路检测到的电池电
权 利 要 求 书
8. 如权利要求 2~7 中任一项所述的电子烟盒， 其中， 所述触摸检测控制电路集成于所述
PCB组件； 所述控制显示电路集成于所述 PCB组件； 所述电池检测电路集成于所述 PCB组 件。
9. 如权利要求 8所述的电子烟盒， 其中， 所述触摸感应元件安装于所述 PCB组件； 所述显 示元件安装于所述 PCB 组件； 所述电池组件为盒电池和 /或电子烟烟杆电池； 所述电池组件 通过电池连接器与 PCB组件电连接； 所述 PCB组件上设置一充电端口用于外部电源对电池 组件进行充电。
10. 如权利要求 9所述的电子烟盒， 其中， 所述 PCB组件包括盒 PCB板以及触摸 PCB板； 所述盒 PCB板和触摸 PCB板之间由一连接器来连接。
11. 如权利要求 10 所述的电子烟盒， 其中， 所述触摸感应元件和所述显示元件安装于所述 触摸 PCB板正面； 所述触摸检测控制电路集成于所述触摸 PCB板上的一控制 IC; 所述控制 IC安装于所述触摸 PCB板背面； 控制显示电路集成于所述控制 IC。
12. 如权利要求 6 所述的电子烟盒， 其中所述显示单元为一列 LED灯珠或者 LCD 屏， 由 LED灯珠或 LCD屏来表示剩余电量的比例。
13. 如权利要求 12所述的电子烟盒， 进一步包括一导光片套设于 LED灯珠外； 所述 LED灯 珠通过该导光片位于显示区域内或其后方。
14. 如权利要求 10 所述的电子烟盒， 其中， 所述触摸区域及显示区域位于盒体侧壁； 相应 地， 所述触摸 PCB 板位于盒体内侧壁， 安装于其上的触摸感应元件以及显示元件分别与所 述触摸区域和显示区域位置对应； 所述支架组件包括托盘， 烟弹支架及底座； 所述托盘与烟 弹支架配合将电子烟烟弹支持容纳其内； 所述电池及 PCB组件由所述底座固定。
15. 如权利要求 2所述的电子烟盒， 其中， 所述触摸控制组件还包括预定功能单元； 所述预 定功能单元包括控制功能启动电路和预定功能组件； 当触摸检测控制电路检测到所述触摸感 应元件的电信号变化后， 便激发所述控制功能启动电路以启动预定功能组件， 从而实现预定 的功能。
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