WO2024050847A1 - 电子雾化系统及注液装置 - Google Patents

电子雾化系统及注液装置 Download PDF

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Publication number
WO2024050847A1
WO2024050847A1 PCT/CN2022/118268 CN2022118268W WO2024050847A1 WO 2024050847 A1 WO2024050847 A1 WO 2024050847A1 CN 2022118268 W CN2022118268 W CN 2022118268W WO 2024050847 A1 WO2024050847 A1 WO 2024050847A1
Authority
WO
WIPO (PCT)
Prior art keywords
liquid
electronic atomization
liquid injection
atomization device
liquid storage
Prior art date
Application number
PCT/CN2022/118268
Other languages
English (en)
French (fr)
Inventor
胡伟光
张春锋
马杰
莫圳杰
刘胜奎
Original Assignee
深圳麦克韦尔科技有限公司
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 深圳麦克韦尔科技有限公司 filed Critical 深圳麦克韦尔科技有限公司
Priority to PCT/CN2022/118268 priority Critical patent/WO2024050847A1/zh
Publication of WO2024050847A1 publication Critical patent/WO2024050847A1/zh

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Classifications

    • AHUMAN NECESSITIES
    • A24TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24FSMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
    • A24F40/00Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
    • A24F40/40Constructional details, e.g. connection of cartridges and battery parts
    • AHUMAN NECESSITIES
    • A24TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24FSMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
    • A24F40/00Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
    • A24F40/40Constructional details, e.g. connection of cartridges and battery parts
    • A24F40/46Shape or structure of electric heating means

Definitions

  • the present invention relates to the field of atomization, and more specifically, to an electronic atomization system and a liquid injection device.
  • the atomization components of the electronic atomization device in related electronic atomization systems are generally immersed in the liquid storage chamber for a long time.
  • the liquid matrix in the liquid storage chamber is easy to deteriorate, which easily affects the user's smoking experience.
  • the electronic atomization device is generally prone to leakage during transportation.
  • the technical problem to be solved by the present invention is to provide an improved electronic atomization system and liquid injection device.
  • the technical solution adopted by the present invention to solve the technical problem is to construct a liquid injection device, which includes a receiving chamber, a liquid storage bin, a liquid supply mechanism and a control component for the detachable installation of the electronic atomization device; the control component and The liquid supply mechanism is connected to detect whether an electronic atomization device is installed in the accommodation cavity; the liquid supply mechanism is connected to the liquid storage bin to detect when the electronic atomization device is installed in the accommodation cavity.
  • the electronic atomization device is removed from the accommodation chamber, it is connected to the electronic atomization device and supplies liquid to the electronic atomization device; when the electronic atomization device is removed from the accommodation chamber, it is disconnected from the electronic atomization device and Stop supplying liquid to the electronic atomizer device.
  • the liquid supply mechanism includes a liquid injection connection assembly and a driving unit that drives the liquid injection connection assembly to move.
  • the driving unit is connected to the control assembly.
  • the liquid injection connection assembly moves to the second position and is disconnected from the electronic atomization device.
  • the liquid supply mechanism includes a power component connected to the control component.
  • the power component drives the liquid storage tank to output a liquid matrix, and inject liquid into the electronic atomization device through the liquid injection connection assembly;
  • the power assembly stops driving the liquid storage chamber to output the liquid matrix to the liquid injection channel.
  • the liquid injection connection component is formed with a liquid injection channel.
  • the liquid injection connection assembly includes a slider and a liquid injection member connected to the slider, and the liquid injection channel is formed in the liquid injection member; the slider can be located where The first position and the second position slide, thereby driving the liquid injection member to approach or move away from the electronic atomization device.
  • a liquid storage member that can be squeezed out of the liquid is further included, and the liquid storage cavity is formed in the liquid storage member.
  • it also includes a shell set around the periphery of the liquid storage member, with a gap left between the shell and the liquid storage member;
  • the liquid supply mechanism includes a power component.
  • the power component is connected to the control component and to the interval.
  • the liquid supply mechanism is connected to the electronic atomization device, it is used to supply a power source to the interval to squeeze the space. Press the liquid storage member to output the liquid matrix.
  • the liquid injection device includes a receiving cavity and a bracket for receiving the control component
  • the accommodation cavity is formed on the bracket; the bracket is provided with a partition wall that separates the accommodation cavity from the accommodation cavity, and a through hole is provided on the partition wall for the liquid supply mechanism to pass through. to the receiving chamber.
  • the present invention also constructs an electronic atomization system, which includes an electronic atomization device and a liquid injection device of the present invention.
  • the electronic atomization device can be detachably installed in the accommodation cavity of the liquid injection device.
  • the liquid device supplies liquid to the electronic atomization device when the electronic atomization device is installed in the accommodation cavity.
  • the electronic atomization device includes a liquid storage chamber and a liquid level detection component at least partially disposed in the liquid storage chamber.
  • the liquid level detection component is electrically connected to a control component of the liquid injection device. , when the liquid level in the liquid storage chamber reaches the set threshold, the control component stops the liquid filling action of the liquid supply mechanism of the liquid filling device according to the liquid level information detected by the liquid level detection component.
  • the liquid level detection component includes a first detection unit and a second detection unit; the first detection unit and the second detection unit are spaced apart on two opposite sides of the liquid storage chamber.
  • the liquid storage chamber includes a first end and a second end sequentially arranged along the liquid downward direction;
  • the first detection unit includes a first detection part extending into the liquid storage chamber;
  • the second detection unit includes a second detection part extending into the liquid storage chamber
  • the first detection part is provided close to the first end
  • the second detection part is disposed close to the second end.
  • the first detection unit includes a first main body part; the first detection part is provided at one end of the first main body part and is bent with the first main body part;
  • the second detection unit includes a second main body part; the second detection part is provided at one end of the second main body part and is bent with the second main body part.
  • the electronic atomization device further includes an atomization shell with an assembly port, and the first main body part and/or the second main body part are disposed on the atomization shell and facing the assembly port. Oral extension.
  • the first main body part and/or the second main body part and the atomization shell form an integral structure.
  • the electronic atomization device further includes a main control board, the liquid level detection component is connected to the main control board, and the main control board is connected to the control component.
  • the liquid injection device can be connected to the electronic atomization device when the electronic atomization device is installed in the accommodation cavity, and can supply liquid to the electronic atomization device. , and when the electronic atomization device is removed from the accommodation chamber, it is disconnected from the electronic atomization device and stops supplying liquid to the electronic atomization device; thus, it is necessary to use the electronic atomization device to supply liquid to the electronic atomization device.
  • the electronic atomization device does not need to store the liquid substrate for a long time, thereby preventing the electronic atomization device from leaking during transportation, and can extend the service life of the electronic atomization device and improve the user experience.
  • the electronic atomization device By arranging the liquid injection device in the electronic atomization system, the electronic atomization device can be installed into the accommodation cavity of the liquid injection device when needed, and the liquid injection device automatically injects liquid into the electronic atomization device. When not in use (such as transportation), the electronic atomization device does not need to store the liquid matrix, thereby preventing the liquid matrix in the electronic atomization device from deteriorating and affecting the user's smoking experience and avoiding liquid leakage during transportation.
  • Figure 1 is a schematic structural diagram of the electronic atomization system in the first embodiment of the present invention
  • Figure 2 is an A-A longitudinal cross-sectional view of the electronic atomization system shown in Figure 1;
  • Figure 3 is a B-B transverse sectional view of the electronic atomization system shown in Figure 1 when the electronic atomization device is not installed on the liquid injection device;
  • Figure 4 is a B-B transverse cross-sectional view of the electronic atomization device installed to the liquid injection device in the electronic atomization system shown in Figure 1;
  • Figure 5 is an exploded schematic diagram of the structure of the electronic atomization system shown in Figure 1;
  • Figure 6 is a schematic structural diagram of the electronic atomization device of the electronic atomization system shown in Figure 5;
  • Figure 7 is a C-C longitudinal cross-sectional view of the electronic atomization device shown in Figure 6;
  • Figure 8 is an exploded schematic diagram of the structure of the electronic atomization device shown in Figure 5;
  • Figure 9 is a schematic structural diagram of the atomizer of the electronic atomization device shown in Figure 8.
  • Figure 10 is a D-D longitudinal cross-sectional view of the atomizer shown in Figure 9;
  • Figure 11 is an E-E longitudinal cross-sectional view of the atomizer shown in Figure 9;
  • Figure 12 is an exploded schematic diagram of the partial structure of the atomizer shown in Figure 9;
  • Figure 13 is a schematic diagram of the state in which the atomizer shell of the atomizer shown in Figure 12 cooperates with the oil-proof and breathable structure;
  • Figure 14 is a schematic structural diagram of the atomizer shell shown in Figure 13;
  • Figure 15 is an F-F longitudinal cross-sectional view of the atomizer shell shown in Figure 14;
  • Figure 16 is a schematic structural diagram of the oil-proof breathable membrane of the atomizer shown in Figure 13;
  • Figure 17 is a schematic distribution diagram of the liquid level detection components of the atomizer shown in Figure 15;
  • Figure 18 is a schematic structural diagram of the liquid injection device of the electronic atomization system shown in Figure 8.
  • Figure 19 is an exploded schematic diagram of the partial structure of the liquid injection device shown in Figure 18;
  • Figure 20 is a partial structural schematic diagram of the liquid injection device shown in Figure 19;
  • Figure 21 is a schematic structural diagram of the bracket of the liquid injection device shown in Figure 20;
  • Figure 22 is a schematic structural diagram of the liquid storage structure of the liquid injection device shown in Figure 18;
  • Figure 23 is a G-G longitudinal cross-sectional view of the liquid storage structure shown in Figure 22;
  • Figure 24 is a H-H longitudinal cross-sectional view of the liquid storage structure shown in Figure 22;
  • Figure 25 is a structural schematic diagram of the base of the liquid storage structure shown in Figure 23;
  • Figure 26 is a structural schematic diagram of the base shown in Figure 25 from another angle;
  • Figure 27 is an I-I longitudinal sectional view of the base shown in Figure 25;
  • Figure 28 is a schematic structural diagram of the liquid injection component of the liquid injection device shown in Figure 3;
  • Figure 29 is a schematic structural diagram of the pressure relief component of the liquid injection device shown in Figure 3;
  • Figure 30 is a schematic structural diagram of the liquid injection device of the electronic atomization system in the second embodiment of the present invention.
  • Figure 31 is a J-J longitudinal cross-sectional view of the liquid injection device shown in Figure 30;
  • Figure 32 is a schematic structural diagram of the main engine of the liquid injection device shown in Figure 30;
  • Figure 33 is a schematic diagram of the internal structure of the host shown in Figure 32;
  • Figure 34 is a schematic structural view of the bracket of the liquid injection device shown in Figure 33;
  • Figure 35 is a schematic structural diagram of the liquid storage structure of the liquid injection device shown in Figure 31;
  • Figure 36 is a K-K longitudinal cross-sectional view of the liquid storage structure shown in Figure 35;
  • Figure 37 is a structural schematic diagram of the base of the liquid storage structure shown in Figure 36;
  • Figure 38 is a schematic structural diagram of the base shown in Figure 37 from another angle;
  • Figure 39 is a longitudinal cross-sectional view of the base L-L shown in Figure 37;
  • Figure 40 is a schematic structural diagram of the lower liquid component in the liquid storage structure shown in Figure 35;
  • Figure 41 is a schematic structural diagram of the trigger button in the liquid injection device shown in Figure 32;
  • Figure 42 is a schematic structural diagram of the push plate in the liquid injection device shown in Figure 32;
  • Figure 43 is a structural schematic diagram of the push plate shown in Figure 42 from another angle;
  • Figure 44 is a cross-sectional view of the electronic atomization system in the third embodiment of the present invention.
  • FIGS 1 to 5 show a first embodiment of the electronic atomization system of the present invention.
  • the electronic atomization system includes an electronic atomization device 1 and a liquid injection device 2.
  • the electronic atomization device 1 is used to atomize a liquid substrate for users to inhale. It has the advantages of convenient transportation, low leakage, and high user experience.
  • the liquid substrate may include e-liquid or medicinal liquid.
  • the liquid injection device 2 can store a liquid substrate and be used to inject liquid into the electronic atomization device 1 , providing a liquid substrate for the electronic atomization device 1 , and can be detachably assembled with the electronic atomization device 1 and connected with the electronic atomization device 1 Independently set up, in some other embodiments, it may not be limited to injecting liquid into the electronic atomization device 1.
  • the liquid injecting device 2 may also be used to inject liquid into other atomizing devices.
  • the liquid injection device 2 can also form an integrated structure with the electronic atomization device 1 .
  • the liquid injection device 2 has the advantages of easy operation, high liquid injection efficiency, and is not easy to leak.
  • the electronic atomization device 1 includes an atomizer 10 and a power supply component 20 .
  • the atomizer 10 is used to atomize a liquid substrate, and the power supply assembly 20 can be mechanically and/or electrically connected to the atomizer 10 for supplying power to the atomizer 10 .
  • the atomizer 10 includes an atomization shell assembly 11 , an atomization assembly 12 and a pressure relief channel 100 .
  • the atomization shell assembly 11 is used to accommodate the atomization assembly 12 and can accommodate the liquid substrate during use.
  • the atomization component 12 is disposed in the atomization shell component 11 and is used to heat the liquid substrate in the atomization shell component 11 to generate aerosol.
  • the pressure relief channel 100 is formed on the atomization shell assembly 11 and the atomization assembly 12 for releasing the pressure in the liquid storage chamber 1110 .
  • the atomization shell assembly 11 includes an atomization shell 111 .
  • the atomization shell 111 may be made of insulating material. Specifically, the atomization shell 111 may be made of plastic material.
  • the cross-section of the atomization shell 111 may be oval or rectangular; of course, it can be understood that in other embodiments, the cross-section of the atomization shell 111 may not be limited to an oval or a rectangle, and may be circular or rectangular. other shapes.
  • the atomizer shell assembly 11 includes a first side 111a, a second side 111b, a third side 111c and a fourth side 111d.
  • the first side 111a, the second side 111b, the third side 111c and the fourth side 111d are respectively formed on the atomization shell 111.
  • the first side 111a and the second side 111b are arranged oppositely, and are arranged in one-to-one correspondence with the two ends of the long side of the cross section of the atomizer shell 111 .
  • the third side 111c and the fourth side 111d are arranged oppositely and between the first side 111a and the second side 111d, and can be arranged in one-to-one correspondence with the two ends of the short sides of the cross section of the atomizer shell 111.
  • the atomization shell 111 is a hollow cylindrical structure, and an assembly port 1118 is provided at one end.
  • a liquid storage chamber 1110 is formed inside the atomization shell 111 .
  • the liquid storage chamber 1110 is used to store liquid substrate.
  • the atomizer shell 111 includes a main body 1111 and a fitting portion 1112 provided at one end of the main body 1111 .
  • the cross-section of the body 1111 may be substantially rectangular. Of course, it is understood that in other embodiments, the cross-section of the body 1111 is not limited to a rectangular shape.
  • the body 1111 is a hollow structure, and one end is provided with the assembly port 1118.
  • the fitting portion 1112 is provided at an end of the body 1111 away from the assembly opening 1118 , and the cross-sectional area of the fitting portion 1112 gradually decreases in a direction away from the body 1111 .
  • the atomizer shell 111 also includes an air outlet pipe 1113.
  • the air outlet pipe 1113 is provided in the fitting part 1112 and is located at the central axis of the fitting part 1112. Its length matches the height of the fitting part 1112.
  • a partial liquid storage chamber 1110 is formed around the outer periphery of the air outlet pipe 1113 and the mating portion 1112 .
  • the atomizer shell 1112 is provided with a first through hole 1114 and a second through hole 1115.
  • the first through hole 1114 and the second through hole 1115 are spaced apart on the side wall of the body 1111 and close to the assembly opening. 1118 is provided and located on the same cross section of the body 1111 .
  • the first through hole 1114 is used for connecting the liquid injection device 2 to realize liquid injection into the liquid storage chamber 1110 .
  • the second through hole 1115 is used for pressure relief of the liquid storage chamber 1110 .
  • microholes 1116 are provided on the side walls of the fitting part 1112.
  • the first side 111a, the second side 111b, the third side 111c and the fourth side 111d are formed on the fitting part 1112. 1112 on.
  • a plurality of micropores 1116 are distributed on the first side 111a, the second side 111b, the third side 111c and the fourth side 111d of the fitting part 1112.
  • the fitting part 1112 is disposed away from the body 1111.
  • Multiple microholes 1116 can also be provided on the end wall.
  • the micropores 1116 are connected to the liquid storage chamber 1110 and are used to relieve pressure and/or ventilate the liquid storage chamber 1110 .
  • the micropores 1116 allow gas to pass through and adsorb the liquid substrate through capillary action to prevent liquid leakage from the liquid storage chamber 1110 .
  • an oleophobic coating can be provided on the inner surface of the micropore 1116, and the oleophobic coating can prevent the liquid matrix in the liquid storage chamber 1110 from leaking from the micropore 1116. It can be understood that in some other embodiments, the oleophobic coating is not limited to being coated on the inner surface of the micropores, but can also be coated on the inside of the entire side wall of the fitting portion 1112 .
  • vent holes 1117 are provided on the end wall of the fitting part 1112 away from the body 1111.
  • the vent holes 1117 are distributed on one side of the air outlet pipe 1113 for allowing the gas leaked from the micropores 1116 to enter. And output outside the atomizer 10.
  • the atomizer shell assembly 11 further includes a suction nozzle 112 which is sleeved on the fitting part 1112 and can cooperate with the fitting part 1112 and communicate with the air outlet pipe 1113 .
  • the suction nozzle 112 and the atomization shell assembly 11 are sealed ultrasonicly to form a sealed channel.
  • the cross-sectional shape of the suction nozzle 112 is adapted to the cross-sectional shape of the matching portion 1112 .
  • the suction nozzle 112 is provided with an air outlet 1121.
  • the air outlet 1121 is connected with the air outlet pipe 1113 and is used for the user to suck the aerosol.
  • the inner size of the suction nozzle 112 may be slightly larger than the size of the fitting part 1112.
  • the length and width of the suction nozzle 112 may be slightly larger than the length and width of the fitting part 1112, so as to cooperate with the A gap may be left between the parts 1112.
  • the height of the suction nozzle 112 can be higher than the height of the fitting portion 1112, so that a space 1121 is left between the end surface of the fitting portion 1112 away from the body 1111 and the suction nozzle 112, and the space 1121 can be connected with the ventilation hole.
  • 1117 are connected and form a partial pressure relief channel 100.
  • the atomization component 12 includes an atomization base 121 , an atomization seat 122 , and a heating component 123 .
  • the atomization base 121 is used to block the assembly opening 1118 of the atomization shell assembly 11 and can be installed by the atomization seat 122 .
  • the atomization seat 122 is disposed on the atomization base 121 for installation of the heating component 123 .
  • the heating component 123 is used to heat the liquid matrix in the atomization liquid storage chamber 1110 .
  • a liquid inlet channel 1211 is provided on the atomization base 121.
  • the liquid inlet channel 1211 is connected with the liquid storage chamber 1110 and is used for the liquid substrate injected by the liquid injection device 2 to enter the liquid storage chamber 1110.
  • the atomization base 121 is provided with a flow guide hole 1213, which can be connected with the liquid storage chamber 1110, and a partial pressure relief channel 100 can be formed inside for pressure outlet.
  • the atomizer base 121 is provided with a track.
  • the track may include a first track 1212 and a second track 1214.
  • the first track 1212 and the second track 1214 may be connected with the first through hole 1114 and the second through hole 1115.
  • the first track 1212 is disposed at one end of the liquid inlet channel 1211 and forms a set angle with the liquid inlet channel 1211.
  • the second track 1214 is disposed at one end of the guide hole 1213, that is, It is arranged at one end of the pressure relief channel 100 and forms a set angle with the pressure relief channel.
  • the set included angle may be 90 degrees.
  • the track can be used to move and guide the sealing assembly, and can facilitate the movement and guidance of the liquid injection member 611 and the pressure relief member 70 of the liquid injection device 2 .
  • the atomizer seat 122 can be in the shape of a column with two ends passing through it.
  • the atomization seat 122 can be inserted into the sealing sleeve 126 that is sleeved on the atomization base 121, and is an interference fit with the sealing sleeve 126.
  • the atomization seat 122 is located at the central axis of the atomization shell 111, and can be disposed coaxially with the air outlet pipe 1113 and communicate with the air outlet pipe 1113.
  • the heating component 123 is disposed in the atomizer seat 122 .
  • the heating component 123 includes a porous body 1231 and a heating element 1232.
  • the porous body 1231 has a cylindrical structure and is coaxially arranged with the air outlet pipe 1113 .
  • the porous body 1231 may be a ceramic porous body.
  • the porous body 1231 is not limited to a ceramic porous body and may be liquid-absorbent cotton.
  • the porous body 1231 has a penetrating structure at both ends, and an atomization channel is formed on the inside. The atomization channel can be connected with the air outlet pipe 1113.
  • the heating element 1232 is disposed in the porous body 1231.
  • the heating element 1232 may be a heating wire.
  • the heating element 1232 may not be limited to a heating wire.
  • the atomization component 12 further includes a gas-liquid balance structure 124 , which is disposed at an end of the heating component 123 away from the atomization base 121 .
  • the gas-liquid balance structure 124 is used to balance the air pressure in the liquid storage chamber 1110, so that the liquid matrix in the liquid storage chamber 1110 can be automatically poured onto the heating component 123, and can be used to store leakage to avoid leakage.
  • the liquid is output from the air outlet pipe 1113.
  • the gas-liquid balance structure 124 includes a cylindrical body 1241.
  • the cylindrical body 1241 can have a structure with both ends penetrating, is coaxially arranged with the air outlet pipe 1113, and is connected with the heating component 123 and the air outlet pipe 1113.
  • the inner wall of the cylindrical body 1241 is provided with a first groove 1242.
  • the first groove 1242 can be disposed along the axial direction of the cylindrical body 1241, and is a strip groove.
  • the first groove 1242 1242 can extend from the end surface of the cylindrical body 1241 away from the heating component 123 to the middle of the cylindrical body 1241 along the axial direction of the cylindrical body 1241 .
  • the first groove 1242 is a micro-groove, used to absorb and store at least part of the condensate leaked from the air outlet pipe 1113 .
  • a communication hole 1243 is provided on the side wall of the cylindrical body 1241.
  • the communication hole 1243 is provided in the first groove 1242, located in the middle of the cylindrical body 1241, and can communicate with the first groove.
  • Slot 1242 is connected and used for gas and leakage output.
  • the outer wall of the cylindrical body 1241 is provided with a second groove 1244.
  • the second groove 1244 can be bent and communicated with the communication hole 1243 and the liquid storage chamber 1110.
  • Second groove 1244 External air can enter the second groove 1244 from the connecting hole 1243 to ventilate the liquid storage chamber 1110, and the leaked liquid can also be output from the connecting hole 1243 to the second groove 1244 and be stored in the third groove 1244.
  • leakage liquid can also flow back into the liquid storage chamber 1110 through the second groove 1244, thereby avoiding leakage from the air outlet pipe 1113 and affecting the user's smoking experience.
  • the second groove 1244 may not be connected to the liquid storage chamber 1110, that is, the second groove 1244 is only used to store leakage liquid.
  • the atomization component 12 also includes a sealing isolation structure 125.
  • the sealing isolation structure 125 can be cylindrical and has a through structure at both ends. It is sleeved on the gas-liquid balance structure 124 and the atomization seat 122. of the periphery. One end of the sealing isolation structure 125 is connected to the air outlet pipe 1113, and the other end can be inserted into the sealing sleeve 126 to interfere with the sealing sleeve 126.
  • the sealing isolation structure 125 and the atomization seat 122 can both be provided with corresponding connected liquid inlet holes. The liquid inlet hole on the sealing isolation structure 125 can be connected with the liquid storage chamber 1110 and can be connected with the liquid storage chamber 1110 .
  • the second grooves 1244 on the gas-liquid balance structure 124 are connected. Therefore, the liquid matrix in the liquid storage chamber 1110 can enter the heating component 123 through the sealing isolation structure 125 and the liquid inlet hole on the atomization seat 122 in sequence. The gas and leakage liquid on the second groove 1244 can enter the liquid storage chamber 1110 through the liquid inlet hole.
  • the atomizer 1 also includes an oil-proof and breathable structure 13.
  • the oil-proof and breathable structure 13 is provided in the atomization shell assembly 11 and can be connected with
  • the liquid storage chamber 1110 is in communication with the pressure relief channel 100 and is used to export the pressure in the liquid storage chamber 1110 to the pressure relief channel 100 and release the pressure through the pressure relief channel 100 .
  • the oil-proof and breathable structure 13 can be disposed in the suction nozzle 112 and attached to the fitting portion 1112 .
  • the oil-proof and breathable structure 13 can cover the micropores 1116 on the fitting portion 1112 .
  • a gap is left between the oil-proof and breathable structure 13 and the inner wall of the suction nozzle 112 , and this gap can form part of the pressure relief channel 100 .
  • the liquid matrix in the liquid storage chamber 1110 can be prevented from leaking, and can be used to relieve pressure while injecting liquid to prevent liquid leakage caused by poor pressure relief in the liquid storage chamber 1110.
  • the oil-proof and breathable structure 13 may be in a sheet shape, specifically, it may be a film structure.
  • the oil-proof and breathable structure 13 is an oil-proof and breathable film.
  • the oil-proof and breathable structure 13 is not limited to an oil-proof and breathable film.
  • the two oil-proof and breathable structures 13 are disposed on the first side 111a and the second side 111b.
  • there may be one oil-proof and breathable structure 13 and the oil-proof and breathable structure 13 may be provided only on the first side 111 a or only on the second side 111 b.
  • the oil-proof and breathable structure 13 includes a sheet-like body 131 and two extension parts 132. The two sheet-like bodies 131 of the two oil-proof and breathable structures 13 can be disposed on the first side of the mating part 1112. 111a and the second side 111b.
  • each oil-proof and breathable structure 13 are respectively disposed on two opposite sides of the sheet-like body 131 and extend to the third side 111c and the fourth side 111d respectively.
  • pressure can be released in multiple directions. That is, the atomizer 10 can be placed in the other five directions except for being inverted for liquid injection. It can perform pressure relief, thereby achieving multi-angle pressure relief, ensuring the convenience of filling the atomizer 1 and the reliability of pressure relief, and ensuring the user experience.
  • the oil-proof and breathable structure 13 may have only one extension portion extending toward the third side 111c or the fourth side 111d.
  • the atomizer 10 further includes a breather tube 14.
  • the breather tube 14 is provided in the atomizer shell assembly 11. Specifically, the breather tube 14 is provided in the atomizer shell 111 and one end can be connected. To the vent hole 1117, the other end can be inserted from the sealing sleeve 126 to the guide hole 1213, and the vent hole 1117 and the guide hole 1213 are connected.
  • the vent tube 14 is a circular tube with both ends connected through it. Of course, it can be understood that in other embodiments, the vent tube 14 may not be limited to a round tube, and may be a square tube or other shapes. At least part of the pressure relief passage 100 is formed inside the vent tube 14 .
  • the pressure relief channel 100 is connected to the liquid storage chamber 1110 through the oil-proof and breathable structure 13.
  • the pressure relief channel 100 includes a first channel section 101, a second channel section 102, and a third channel section 103 that are connected in sequence. and fourth channel segment 104.
  • the first channel section 101 is formed in the gap between the oil-proof breathable structure 13 and the inner wall of the suction nozzle 112
  • the second channel section 102 is formed in the space 1121 formed between the end wall of the fitting part 1112 and the suction nozzle 112
  • the third The channel section 103 is formed in the vent pipe 14, and the fourth channel section 104 is formed in the guide hole 1213.
  • the atomization base 121 is provided with a blocking component.
  • the first blocking component 15 and the second blocking component 16 are arranged in the first rail 1212 and the second rail 1214 in a one-to-one correspondence, and are movably arranged, that is, the rails are used for movement and guidance of the blocking components.
  • the first blocking component 15 is movably disposed at one end of the liquid inlet channel 1211, and blocks or opens the liquid inlet channel 1211 through movement.
  • the second blocking component 16 is movably disposed at one end of the pressure relief channel 100, and can block or open the pressure relief channel 100 through movement.
  • the first blocking component 15 includes a first blocking member 151 and a first elastic body 152.
  • the first blocking member 151 can be a ball, and its diameter The diameter of the liquid inlet channel 1211 can be slightly larger than that of the liquid inlet channel 1211 , thereby blocking the liquid inlet channel 1211 .
  • the first blocking member 151 may also be a valve tube.
  • the first elastic body 152 can be a spring. One end of the spring can be connected to the first blocking member 151 , and the other end can be in contact with the wall of the end of the first track 1212 away from the first through hole 1114 .
  • the first blocking member 151 can move toward the end away from the first through hole 1114 under the action of the first elastic body 152, thereby opening the liquid inlet channel 1211.
  • the third The blocking member 151 can be reset under the action of the first elastic body 152 to block the liquid inlet channel 1211, thereby preventing the liquid matrix in the liquid storage chamber 1110 from leaking.
  • the second blocking component 16 includes a second blocking member 161 and a second elastic body 162.
  • the second blocking member 161 can be a ball, and its diameter can be slightly larger than the diameter of the pressure relief channel 100. , thereby blocking the pressure relief channel 100 .
  • the second blocking member 161 may also be a valve tube.
  • the second elastic body 162 can be a spring. One end of the spring can be connected to the second blocking member 161 , and the other end can be in contact with the wall of the end of the second rail 1214 away from the second through hole 1114 .
  • the second blocking member 161 can move toward the end away from the second through hole 1114 under the action of the second elastic body 162, thereby causing the pressure relief channel 100 to open.
  • the second blocking member 161 can move away from the second through hole 1114.
  • the two blocking members 161 can be reset under the action of the second elastic body 162 to block the pressure relief channel 100, thereby preventing the liquid matrix in the liquid storage chamber 1110 from leaking. It is understood that in other embodiments, the second blocking component 16 can be omitted.
  • the atomizer 1 further includes a liquid inlet valve 17.
  • the liquid inlet valve 17 is disposed in the first track 1212 and is disposed close to the first through hole 1114 for sealing the injection when injecting liquid.
  • the liquid member 611 prevents liquid leakage and seals the first through hole 1114 under the action of elastic force after liquid injection.
  • the atomizer 1 also includes a pressure relief valve 18.
  • the pressure relief valve 18 is disposed in the second track 1214 and is disposed close to the second through hole 1115 for sealing the second pressure relief valve 18 under the action of elastic force after liquid injection. Piercing 1115.
  • the atomizer 1 further includes a liquid level detection component 19.
  • the liquid level detection component 19 is installed on the atomization shell 111 and at least partially extends into the liquid storage chamber 1110 .
  • the liquid level detection component 19 is used to detect the liquid level in the liquid storage chamber 1110 and transmit the detected liquid level information to the liquid injection device 2 .
  • the liquid level detection component 19 directly or indirectly measures and infers the liquid volume in the liquid storage cavity 1110 by detecting the electrical characteristics of liquid level changes (ie, liquid volume changes) in the liquid storage cavity 1110 .
  • the liquid injection device 2 can stop the liquid injection action based on the liquid level information.
  • the set threshold may include a first threshold and a second threshold.
  • the first threshold may be greater than the second threshold.
  • the liquid injection device 2 may stop injecting liquid.
  • the liquid injection device 2 may stop injecting liquid.
  • the liquid injection device 2 can start liquid injection.
  • the liquid level detection assembly 19 includes a first detection unit 191 and a second detection unit 192 .
  • the first detection unit 191 and the second detection unit 192 can be spaced apart on two opposite sides of the liquid storage chamber 1110, and can be distributed diagonally, thereby ensuring that the atomizer 1 can be placed in five directions except for being inverted. The amount of liquid stored in the liquid storage chamber 1110 can still be detected.
  • the first detection unit 191 and the second detection unit 192 may be disposed in a region corresponding to the liquid storage chamber 1110 and the body 1111 of the atomization shell 111 .
  • the liquid storage chamber 1110 includes a first end and a second end that are arranged sequentially along the liquid discharging direction; the first detection unit 191 can be arranged close to the first end, and the second detection unit 192 can be arranged close to the second end, or That is, the first detection unit 191 may be disposed higher than the second detection unit 192 . In some other embodiments, the first detection unit 191 or the second detection unit 192 may be omitted.
  • the first detection unit 191 includes a first main body part 1911, a first detection part 1912, a first conductive connection part 1913 and a first connection part 1914.
  • the first main body part 1911 may be in the shape of a longitudinal sheet, may be disposed on the atomization shell 111, and extend toward the assembly opening 1118 of the atomization shell 111, and may form an integrated structure with the atomization shell 111.
  • the atomization shell 111 can be made of insulating material. By wrapping the first main body 1911 in the atomization shell 111, the atomization shell 111 and other conductive structures can play an insulating role, and can It is insulated from the liquid matrix in the liquid storage chamber 1110 .
  • the first detection part 1912 is disposed at one end of the first main body part 1911 and is connected to the first main body part 1911 through a first connecting part 1914.
  • the first detection part 1912 can be bent and disposed with the first main body part 1911, that is, the first connection part 1914 can form an included angle with the first main body part 1911, and the first detection part 1912 can form an included angle with the first connection part 1914. In this embodiment, the included angle is 90 degrees.
  • the first detection part 1912 extends into the liquid storage chamber 1110 and is disposed close to the first end of the liquid storage chamber 1110 and can extend toward the second end of the liquid storage chamber 1110 .
  • the first conductive connection part 1913 is provided at an end of the first main body part 1911 away from the first detection part 1912.
  • the component 20 is conductively connected so as to be connected to the main control board in the power supply component 20 to facilitate electrical signal transmission with the main control board 23 .
  • the second detection unit 192 includes a second main body part 1921, a second detection part 1922, a second conductive connection part 1923 and a second connection part 1924.
  • the second main body part 1921 may be in the shape of a longitudinal sheet, may be disposed on the atomization shell 111, and extend toward the assembly opening 1118 of the atomization shell 111, and may form an integrated structure with the atomization shell 111.
  • the length of the second main body part 1921 is shorter than the length of the first main body part 1911 .
  • the atomization shell 111 can be made of insulating material, and the second main body 1921 is molded in the atomization shell 111, so that the atomization shell 111 and other conductive structures play an insulating role, and It can be insulated from the liquid matrix in the liquid storage chamber 1110 .
  • the second detection part 1922 is disposed at one end of the second main body part 1921 and is connected to the second main body part 1921 through a second connection part 1924.
  • the second detection part 1922 can be bent and arranged with the second main part 1921, that is, the second connection part 1924 can form an included angle with the second main part 1921, and the second detection part 1922 can form an angle with the second connection part 1924.
  • the included angle is 90 degrees.
  • the second detection part 1922 extends into the liquid storage chamber 1110 and is disposed close to the second end of the liquid storage chamber 1110 and can extend toward the second end of the liquid storage chamber 1110 .
  • the second conductive connection part 1923 is provided at an end of the second main part 1921 away from the second detection part 1922. Specifically, it can be located at the assembly opening 1118 and is bent with the second main part 1921 for connection with the power supply.
  • the component 20 is conductively connected so as to be connected to the main control board 23 in the power supply component 20 to facilitate electrical signal transmission with the main control board 23 .
  • the power supply component 20 includes a power supply case 21 , a battery 22 disposed in the power supply case 21 , and a battery 22 disposed in the power supply case 21 and connected to the battery 22 .
  • the power supply case 21 is a long cylindrical structure with an opening at one end, and a receiving space is formed on the inside.
  • the power supply case 21 can be placed on part of the atomizer 1.
  • the power supply case 21 is provided with a relief hole 211, which allows the space to be provided.
  • the relief hole 211 includes a first relief hole 211a and a second relief hole 211b, wherein the first relief hole 211a and the first through hole 1114 are arranged correspondingly and communicated with each other.
  • the second relief hole 211b is provided correspondingly and communicates with the second through hole 1115 .
  • the main control board 23 can be electrically connected to the liquid level detection component 19 and the heating component 123, and is used to receive the liquid level information detected by the liquid level detection component 19 and transmit it to the liquid injection device 2, and to start or shut down. Heating component 123.
  • the main control board 23 can be connected to the control component 44. Specifically, when the electronic atomization device 1 is installed on the liquid injection device 2 for liquid injection, the main control board 23 can be connected to the control component 44. Electrical connection and/or mechanical connection are made between the liquid level detection component 19 and the control component 44 to achieve indirect electrical connection.
  • the liquid injection device 2 includes a housing 30 , a host 40 , a liquid storage structure 50 and a liquid supply mechanism 60 .
  • the outer casing 30 is mounted on the periphery of the main unit 40 and the liquid storage structure 50 .
  • the host 40 can be detachably connected to the liquid storage structure 50 and used to control the liquid matrix output of the liquid storage structure 50 .
  • the liquid storage structure 50 is detachably installed on the host 40 and is used to store liquid substrate.
  • the liquid supply mechanism 60 is used to output the liquid substrate in the liquid storage structure 50 to the liquid storage chamber 1110 of the electronic atomization device 1 .
  • the housing 30 can be in the shape of a rectangular parallelepiped, and is provided with an open hollow structure on one side.
  • the housing 30 can be detachably assembled with the main unit 40 and the liquid storage structure 50 .
  • the housing 30 can be made of plastic material or metal material. It can be understood that in other embodiments, the housing 30 is not limited to a rectangular parallelepiped shape, and may be in a cylindrical shape or other shapes.
  • the host 40 includes an inner shell 41 , a bracket 42 , a power supply 43 , a control component 44 and a switch component 45 .
  • the inner shell 41 is sleeved on the bracket 42 , and a receiving cavity 411 is formed inside for receiving the power supply 43 and the control component 44 .
  • the bracket 42 can be used to support the liquid storage structure 50 and the electronic atomization device 1 .
  • the power supply 43 is installed in the receiving cavity 411 and can be placed close to the bracket 42 .
  • the control component 44 is disposed in the receiving cavity 411 and is located on a side of the power supply 43 away from the bracket 42 , and is electrically connected to the power supply 43 and the switch component 45 .
  • the switch component 45 is disposed on the inner shell 41 and can pass through the outer shell 30 . It can be a key switch. By pressing the switch component 45 , the liquid injection device 2 can be started or closed.
  • the bracket 42 includes a first support 421 , a second support 422 and a partition wall 423 .
  • the first support 421 and the second support 422 are disposed on two opposite sides of the partition wall 423 and are separated by the partition wall 423 .
  • the first support 421 includes a first support part 421a and a second support part 421b; the first support part 421a is installed in the inner shell 41 and is a cylindrical structure with a square cross-section, and Communicated with the second support part 421b, a guide groove 4210 can be formed on the inside for sliding guidance of the slider module 612 in the liquid injection connection assembly 61 of the liquid supply mechanism 60.
  • the first support portion 421a is not limited to having a square cross-section.
  • the second supporting part 421b is provided at one end of the first supporting part 421b, and its cross-section may be square or elliptical, and its size is larger than the cross-sectional size of the first supporting part 421a.
  • a placement groove 4211 can be formed on the inside of the second support portion 421b, and the placement groove 4211 can accommodate the liquid storage structure 50.
  • the first supporting portion 421a may be omitted.
  • the second support 422 can be disposed higher than the first support 421 and can be placed outside the housing 30 .
  • the second support 422 has a long cylindrical structure with two ends passing through it.
  • An accommodation cavity 4220 can be formed on the inside, that is, the accommodation cavity 4220 is formed on the bracket 42 .
  • the accommodation cavity 4220 is used to accommodate the electronic atomization device 1 , during installation, the electronic atomization device 1 can be inserted into the accommodation cavity 4220.
  • the receiving cavity 4220 is separated from the receiving cavity 411 by a partition wall 423 .
  • the partition wall 423 is provided with through holes 4231.
  • the liquid supply mechanism 60 is inserted into the accommodation cavity 4220 to inject liquid into the electronic atomization device 1 .
  • the charging support 424 is used to support the electronic atomization device 1 and can be plugged into the electronic atomization device 1 to achieve electrical connection, thereby enabling the host 40 to
  • the power supply 43 in the electronic atomizer 1 can charge the electronic atomizer 1, and the control component 44 in the host 40 can be electrically connected to the electronic atomizer 1 to realize electrical signal transmission.
  • an outer cover 425 is provided on the second support 422 and around the charging support 424.
  • the outer cover 425 can play a protective role and can make the liquid injection device 2 more beautiful.
  • the control component 44 may include a control circuit board carrying conventional circuits (such as control circuits and detection circuits), which may be electrically connected to the liquid supply mechanism 60 and the electronic atomization device 1 . By connecting, the liquid supply mechanism 60 can automatically inject liquid into the electronic atomization device 1 .
  • the control component 44 can detect whether there is an electronic atomization device 1 installed in the accommodation cavity 4220.
  • the control component 44 can also include a device for sensing whether there is an electronic atomization device 1 in the accommodation cavity 4220. 1.
  • the installed detection element is connected to the control circuit board and can use a conventional sensor, such as an infrared sensor.
  • the detection component can also be omitted.
  • the liquid supply mechanism 60 is connected to the electronic atomization device 1, and the control component 44 can generate a starting signal to the liquid supply mechanism 60, and the liquid supply mechanism 60 can according to the control The start command of the component 44 starts the liquid supply to the electronic atomization device 1 .
  • the liquid supply mechanism 60 When the electronic atomization device 1 is removed from the accommodation chamber 4220, the liquid supply mechanism 60 is disconnected from the electronic atomization device 1, and the control component 44 can generate a stop signal to the liquid supply mechanism 60, and the liquid supply mechanism 60 can be controlled according to The stop command of component 44 stops the liquid supply work.
  • the control component 44 can also stop the liquid supply work of the liquid supply mechanism 60 according to the liquid level information detected by the liquid level detection component in the electronic atomization device 1 .
  • the liquid storage structure 50 is installed and fixed on the installation groove 4211 , and includes a base 52 , a housing 51 and a liquid storage member 53 .
  • the housing 51 is sleeved on the base 52. In some embodiments, it can be assembled with the base 52 and can be ultrasonically sealed with the base 52.
  • the base 52 is used to support the housing 51 and the liquid storage member 53 .
  • the liquid storage member 53 is installed in the housing 51 and can be squeezed out of the liquid matrix.
  • a gap 54 is left between the liquid storage component 53 and the inner wall of the housing 51 .
  • the gap 54 can form a power source supply bin for power source input.
  • the housing 51 is a cylindrical structure with an opening at one end and a substantially rectangular cross-section, and its height is smaller than the height of the housing 30 .
  • the housing 51 is made of hard material, such as metal or plastic.
  • the base 52 can be made of hard material. Specifically, in this embodiment, the base 52 can be made of plastic.
  • the base 52 includes a socket portion 522 disposed on the base 521 .
  • the cross-sectional shape of the base 521 is adapted to the cross-sectional shape of the housing 51 and can be inserted into the installation groove 4211.
  • the socket portion 522 is protrudingly provided on the base body 521 , and the cross-sectional size can be smaller than the cross-sectional size of the base body 521 .
  • the sleeve portion 522 can be sleeved on the housing 51 and the liquid storage component 53 .
  • the base 521 is provided with a guide channel 5210 for sliding guidance of the sliding module 612 of the liquid supply mechanism 60 .
  • the guide channel 5210 can extend along the direction of the vertical partition wall 423 .
  • the guide channel 5210 may be a rectangular channel.
  • the two ends of the guide channel 5210 can define a first position and a second position. The first position can be set close to the partition wall 423 , and the second position can be set far away from the partition wall 423 .
  • a liquid storage tank 5220 connected to the liquid storage member 53 can be formed inside the sleeve portion 522 .
  • the socket portion 522 is provided with a boss 5221.
  • the base 52 is provided with a lower liquid hole 5222.
  • the lower liquid hole 5222 is provided on the top wall of the boss 5221 and on the side wall of the boss 5221, which can facilitate the liquid storage member 53. Liquid matrix output.
  • the socket portion 522 is provided with a liquid guide groove 5223.
  • the liquid guide groove 5223 can be provided on the bottom wall of the liquid storage tank 5220 and is located in the middle of the liquid storage tank 5220, which is lower than The bottom wall of the liquid storage tank 5220 is disposed and communicates with the lower liquid hole 5222 on the side of the boss 5221, so as to facilitate the collection of the liquid matrix in the liquid storage tank 5220 and guide it into the lower liquid channel 5222.
  • the boss 5221 and the liquid guide groove 5223 can be omitted.
  • the liquid storage structure 50 further includes a lower liquid channel 523 , and the lower liquid channel 523 is connected with the liquid storage member 53 .
  • the lower liquid channel 523 is provided on the base 52 , is formed in the boss 5221 , is connected with the lower liquid hole 5222 , and extends along the height direction of the boss 5221 .
  • the lower liquid channel 523 is used for outputting the liquid substrate in the liquid storage member 53 to the liquid supply mechanism 60 .
  • the base 52 is provided with a connection through hole 524, which is used to connect the power component 63 of the liquid supply mechanism 60.
  • the connection through hole 524 can be connected with the interval 54, thereby facilitating the power supply.
  • the assembly 63 inputs a power source to the space 54, thereby squeezing the liquid storage member 53 to output the liquid matrix.
  • the connection through hole 524 is provided on the base body 521 and penetrates along the thickness direction of the base body 521 . In this embodiment, the connection through hole 524 is located on the periphery of the socket portion 522 .
  • the base 52 is provided with a liquid injection port 525 .
  • the liquid injection port 525 is a circular through hole and can be provided through the thickness direction of the base 52 .
  • the bottom wall of the base 51 is provided with a receiving groove 5211 , and the liquid injection port 525 extends to the receiving groove 5211 .
  • the liquid injection port 525 can be used to inject liquid matrix into the liquid storage member 53 .
  • the liquid storage structure 50 can be removed from the main body 40 , and then liquid is injected into the liquid storage component 53 through the liquid filling port 525 .
  • the liquid injection port 525 can be sealed and connected by providing a sealing plug 55 .
  • the sealing plug 55 can be placed in the accommodating groove 5211 and plugged into the liquid filling port 525 to prevent liquid leakage when the liquid storage structure 50 is installed on the host 40 .
  • a first channel 526 is provided on the base 52 , and the first channel 526 can be connected with the guide channel 5210 for installation and guidance of the liquid injection component 611 of the liquid supply mechanism 60 .
  • the lower fluid channel 523 can extend to the first channel 526.
  • the first channel 526 is a channel that passes through both ends.
  • a first limiting step 5261 and a second limiting step 5262 are provided in the first channel 526 .
  • the first limiting step 5261 and the second limiting step 5262 are arranged at intervals.
  • the first limiting step 5261 and the second limiting step 5262 are used for limiting installation of the partition assembly 56 .
  • the first limiting step 5261 and the second limiting step 5262 are both disposed on the side of the lower liquid channel 523 away from the guide channel 5210, so that when the liquid injection member 611 is inserted into the electronic atomization device 1, The lower liquid channel 523 is connected with the guide channel 5210.
  • a second channel 527 is provided on the base 52 .
  • the second channel 527 is arranged parallel to the first channel 526 , is connected to the guide channel 5210 , and has one end connected to the outside.
  • the second channel 527 is used for the installation and guidance of the pressure relief member 70 .
  • the base 52 is provided with an air flow hole 528.
  • the air flow hole 528 can be connected with the liquid storage member 53, and is used for the liquid storage member 53 to ventilate, so as to facilitate the liquid storage member 53 and the The liquid storage chamber 53 can automatically recover after the liquid supply mechanism 60 ends liquid supply.
  • the air flow hole 528 is connected with the first channel 526 and is located on a section of the second air flow channel 526 away from the guide channel 5210 , between the first limiting step 5261 and the second limiting step 5262 . When the liquid injection member 611 moves away from the guide channel 5210, gas can be brought into the liquid storage member 53, so that the liquid storage member 53 is restored.
  • the air flow hole 528 can be omitted.
  • the liquid storage member 53 can be a flexible member or an elastic member.
  • the liquid storage component 53 may be a soft plastic part, specifically, it may be a bladder-like structure.
  • the liquid storage component 53 is sleeved on the socket portion 522 and fixed with the socket portion 522 through an interference fit.
  • a liquid storage tank 530 can be formed inside the liquid storage member 53 , and the liquid storage tank 530 is used to store a liquid matrix.
  • the liquid storage structure 50 further includes a partition component 56 which is movably disposed in the first channel 526 and can be used to block the air flow hole 528 and the first channel 526 to prevent the liquid storage chamber 530 from being damaged.
  • the liquid substrate leaks from the air flow hole 528 into the first channel 526 and enters the liquid injection member 611 .
  • the partition assembly 56 includes a third blocking member 561 , a third elastic body 562 and a fixing sleeve 563 .
  • the third blocking member 561 may be a ball, and the diameter of the third blocking member 561 may be slightly larger than the diameter of the air flow hole 528 .
  • the third blocking member 561 can move between the first limiting step 5261 and the second limiting step 5262, and is limited by the first limiting step 5261 and the second limiting step 5262. It moves under the action of the body 562, thereby opening or blocking the air flow hole 528.
  • One end of the third elastic body 562 can be connected to the third blocking member 561 , and the other end extends into the fixed sleeve 563 and abuts against the fixed sleeve 563 .
  • the third elastic body 5262 may be a spring.
  • the fixing sleeve 563 is installed on the side of the first limiting step 5261 away from the second limiting step 5262 and is against the first limiting step 5262. It can be used to install and fix the third elastic body 5262.
  • the third elastic body 5262 can drive the third blocking member 561 to move toward the second limiting step 5262 until it collides with the second limiting step 5262 .
  • the third blocking member 561 can be pushed, the third elastic body 5262 is in a contracted state, and the third blocking member 561 can be pushed to the air flow hole 528 at.
  • the liquid storage structure 50 further includes a liquid blocking member 57 , which is disposed in the first channel 526 and located on a side of the lower liquid channel 523 away from the second limiting step 5262 .
  • the liquid blocking member 57 is sleeved on the liquid injection member 611 and is in close contact with the channel wall of the first channel 526, thereby preventing the liquid matrix in the lower liquid channel 523 from leaking from the first channel 526.
  • the liquid supply mechanism 60 can be connected to the electronic atomization device 1 when the electronic atomization device 1 is installed in the accommodation chamber 4220 , and supply water to the electronic atomization device 1 .
  • the liquid supply mechanism 60 includes a liquid injection connection assembly 61 , a driving unit 62 and a power assembly 63 .
  • the liquid injection connection assembly 61 is connected to the liquid storage tank 530 of the liquid storage member 53 , that is, the liquid supply mechanism 60 and the liquid storage tank 530 can be connected.
  • the liquid injection connection assembly 61 can be moved and arranged driven by external force, and can be connected to the electronic atomization device 1 and communicate with the liquid storage chamber 1110 of the electronic atomization device 1, and is used to inject the liquid matrix output from the liquid storage chamber 530 into the liquid injection chamber 1110 of the electronic atomization device 1. in the liquid storage chamber 1110.
  • the driving unit 62 is connected to the control component 44 and can drive the liquid injection connection component 61 to move according to the control instructions of the control component 44 .
  • the power component 63 is connected to the control component 44.
  • the power source can be input to the interval 54 according to the control instruction of the control component 44, and the liquid storage member 53 can be squeezed, thereby driving the storage member 53.
  • the liquid member 53 outputs the liquid substrate.
  • the power assembly 63 can stop driving the liquid storage tank 530 to output the liquid substrate to the liquid injection channel 611 .
  • the liquid injection connection component 61 is disposed on the base 52 and can be moved and disposed driven by external force.
  • the liquid injection connection assembly 61 includes a liquid injection member 611 and a slider module 612 .
  • the liquid injection member 611 is at least partially disposed in the first channel 526 .
  • the slider module 612 is connected to the liquid injection member 611 and can move under the action of external force, thereby driving the liquid injection member 611 to move.
  • the slider module 612 of the liquid injection connection assembly 61 can move from the second position to the first position, and when the liquid injection connection assembly 61 moves to the first position, That is, when the slider module 612 moves to the first position, the liquid injection member 61 is connected to the electronic atomization device 1 and is in communication with the liquid storage tank 530 .
  • the liquid injection connection assembly 61 can move to the second position and be disconnected from the electronic atomization device 1.
  • the liquid injection member 611 can be tubular, and can move along the side wall perpendicular to the electronic atomizer 1 and move in the slider module 612 When reaching the first position, insert the electronic atomizer 1 into the electronic atomizer 1 along the side wall perpendicular to the electronic atomizer 1 to achieve liquid injection.
  • the liquid injection member 611 includes a first pipe section 6111, a second pipe section 6112 and a first limiting pipe section 6113.
  • the second pipe section 6112, the first limiting pipe section 6113 and the first pipe section 6111 are connected in sequence.
  • the liquid injection member 611 can move toward the partition wall 423, and the first pipe section 611 can sequentially move from the guide channel 5210, the through hole 4231, the first relief hole 211a, and the A through hole 1114 penetrates into the first track 1212 and pushes the first blocking component 15 to move, opening the liquid inlet channel 1211 and communicating with the liquid inlet channel 1211 .
  • the radial size of the second pipe section 6112 may be larger than the radial size of the first pipe section 6111 , and the radial size of the second pipe section 6112 may be opposite to the radial size of the second limiting step 5262 in the first channel 526 .
  • the second pipe section 6112 can be placed in the first channel 526, and the second pipe section 6112 can have a wall close to the channel wall of the first channel 526 and play a role in lowering the liquid channel 523. Sealing effect, thereby preventing liquid leakage.
  • the radial size of the first limiting pipe section 6113 can be larger than the radial size of the second pipe section 6112, and is used to cooperate with the slider module 612 to limit the position and prevent it from coming out of the slider module 612.
  • An annular limiting boss is provided at one end of the first limiting pipe section 6113 and the first pipe section 6111 .
  • a liquid injection channel 6110 is formed inside the liquid injection member 611.
  • the liquid injection channel 6110 is formed in the first pipe section 6111, the second pipe section 6112 and the first limiting pipe section 6113, and the electronic atomization device can be inserted into the liquid injection member 611. At 1 o'clock, it is connected to the lower fluid channel 523.
  • the liquid injection channel 6110 can be used to inject the liquid substrate in the liquid storage chamber 530 into the liquid inlet channel 1211 of the electronic atomization device 1 and then into the liquid storage chamber 1110 .
  • the first pipe section 6111 is provided with a liquid outlet 6114 at one end away from the first limiting pipe section 6113.
  • the liquid outlet 6114 extends along the side wall of the first pipe section 6111 and is generally U-shaped.
  • the liquid outlet 6114 may not be limited to being U-shaped. By extending the liquid outlet 6114 to the side wall of the first pipe section 6111, when the first pipe section 6111 collides with the first blocking member 151, the liquid matrix in the liquid injection channel 6110 can still be output.
  • the slider module 612 includes a slider 6121 and a push plate 6122.
  • the slider 6121 may be in the shape of a rectangular parallelepiped.
  • the slider 6121 is disposed on the liquid storage structure 50.
  • the slider 6121 is disposed on the liquid storage structure 50.
  • On the base 52 it is installed in the guide channel 5210 and placed in the guide channel 5210 to slide. It can slide between the second position and the first position.
  • the slider 6121 can be sleeved on the liquid injection member 611 and fixed with the first limiting pipe section 6113 of the liquid injection member 611 through an interference fit.
  • the slider 6121 slides to drive the liquid injection member 611 to move back and forth, thereby driving the liquid injection member 611 to be inserted into the electronic atomization device 1 or pulled out from the electronic atomization device 1 .
  • the slider 6121 can be detachably connected to the push plate 6122. Specifically, in this embodiment, the slider 6121 can be engaged with the push plate 6122, thereby achieving detachable connection between the bracket 43 and the base 52 of the liquid storage structure 50. Disassemble the connection.
  • the central axis of the slider 6121 is provided with a locking hole.
  • the central axis of the slider 6121 may not be limited to being provided with a locking hole, but may also be a locking groove.
  • the card hole or slot can be used for the push plate 6122 to be connected.
  • the push plate 6122 is disposed in the host 40 . Specifically, it is located on the bracket 42 and in the first support 421 , and protrudes from the placement groove 4211 .
  • the push plate 6122 can push the slider 6121 to slide under the action of external force.
  • the push plate 6122 includes a push plate body 612a and a retaining rib 612b.
  • the push plate body 612a can be installed in the guide groove 4210 of the first support 421, and can be connected to the driving unit 63. It can move back and forth in the guide groove 4210 driven by the driving unit 63, and then can drive the slider 6121 along the The guide channel 5210 moves back and forth.
  • the clamping bone 612b can pass from the guide groove 4210 to the placement slot 4211.
  • the clamping bone 612b can be inserted into the clamping hole to connect with the slider 6121 and simultaneously.
  • the liquid storage structure 50 is engaged with the bracket 42 , that is, the engaging structure provided between the bracket 42 and the liquid storage structure 50 can be the clamping rib 612 b and the clamping hole.
  • the driving unit 62 may be an electric driving component. Of course, it is understood that in some other embodiments.
  • the driving unit 62 may not be limited to an electric driving component.
  • the driving unit 62 can be connected to the push plate 6122, and can drive the sliding module 612 to slide toward the partition wall 423, or to slide away from the partition wall 423, or to stop sliding by receiving control instructions from the control component 44.
  • the driving unit 62 includes a driving motor 621 and a transmission mechanism 622 .
  • the driving motor 621 can be connected to the transmission mechanism 622 for driving the transmission mechanism 622 to transmit. In this embodiment, the driving motor 621 can change the movement direction of the slider module 612 through forward and reverse rotation.
  • the driving motor 621 can be connected to the control component 44 and started or shut down by the control component 44 .
  • the transmission mechanism 622 can be connected with the push plate 6122, and can drive the push plate 6122 to move under the driving of the driving motor 621.
  • the transmission mechanism 622 includes a sliding sleeve 6221 and a transmission screw 6222. One end of the transmission screw 6222 is connected to the driving motor 621.
  • the sliding sleeve 6221 is sleeved on the transmission screw 6222 and is connected to the push plate 6122 through a connecting piece 64 .
  • the driving motor 621 can drive the transmission screw rod 622 to rotate, thereby driving the sliding sleeve 6221 to slide on the transmission screw rod 6222, thereby driving the push plate 6122 to move.
  • the power assembly 63 is installed in the main machine 40 and passes through the first support 421 placement slot 4211 .
  • the power component 63 can be disposed in the receiving cavity 411 .
  • the power assembly 63 includes a power pump 631 and a connecting pipeline 632 .
  • the power pump 631 may be an air pump.
  • the power pump 631 can be connected to the control component 44 and can be started or shut down according to the control instructions of the control component 44 .
  • the connecting pipeline 632 can be connected to the power pump 631 for outputting a power source to the space 54 to squeeze the liquid storage member 53 to output the liquid matrix.
  • the power source may be gas.
  • the power source may not be limited to gas
  • the power assembly 63 is not limited to including a power pump 631 and a connecting pipeline 632 .
  • the liquid injection device 2 further includes a pressure relief member 70 .
  • the pressure relief member 70 is disposed in the liquid storage structure 50 , specifically located on the base 52 , and is movably installed at the second channel 527 , can pass through the second channel 527 , and can be inserted into the electronic atomization device 1 .
  • the pressure relief component 70 can be connected to the slider module 612 and can be slid and moved by the slider module 612 .
  • the pressure relief member 70 When the slider module 612 moves to the first position, the pressure relief member 70 is connected to the electronic atomization device 1 and can relieve the pressure of the electronic atomization device 1; when the slider module 612 moves to the second position , the pressure relief member 70 can be disconnected from the electronic atomization device 1 .
  • the slider 6121 can be sleeved on the pressure relief member 70 and connect the pressure relief member 70 and the liquid injection member 611 at the same time.
  • the pressure relief member 70 and the liquid injection member 611 are spaced apart.
  • the pressure relief member 70 and the liquid injection member 611 can be spaced apart along the width direction of the guide channel 5210 and parallel to each other.
  • the pressure relief member 70 of the atomization device 1 is also inserted into the electronic atomization device 1.
  • the electronic atomization device 1 can relieve pressure at the same time, thereby improving the use efficiency of the electronic atomization device 1. Safety ensures the smooth progress of liquid injection.
  • the liquid injection member 611 seals the lower liquid channel 523 and is shorter than the stroke of the liquid injection member 611 withdrawing from the electronic atomization device 1 , thereby preventing the liquid storage structure 50 from being The liquid matrix in the electronic atomizer 1 leaks out after the liquid injection member 611 is pulled away from the electronic atomizer 1 .
  • the pressure relief member 70 is tubular and has a hollow structure with both ends connected, and a pressure transmission channel 710 can be formed inside.
  • the pressure relief member 70 can move along the side wall perpendicular to the electronic atomization device 1, and when the slider module 612 moves to the first position, the electronic atomization device can be inserted along the side wall perpendicular to the electronic atomization device 1. 1, thus avoiding the problem of fluid mixing during fluid replacement.
  • the pressure relief component 70 includes a third pipe section 71 , a fourth pipe section 72 and a second limiting pipe section 73 .
  • the third pipe section 71 , the second limiting pipe section 73 , and the fourth pipe section 72 are connected in sequence.
  • the pressure transmission channel 710 is formed in the third pipe section 71 , the second limiting pipe section 73 , and the fourth pipe section 72 .
  • the third pipe section 71 can pass through the base 52 and pass through the partition wall 423 and be inserted into the second rail 1214 from the first relief hole 211b and the second through hole 1115 in sequence, and the second blocking assembly 16 can be moved away from the second Push in the direction of the perforation 1115 to open the pressure relief channel 100 and connect the pressure transmission channel 710 with the pressure relief channel 100 .
  • the radial size of the fourth pipe section 72 is larger than the radial size of the third pipe section 71 .
  • the fourth pipe section 72 can be placed in the second channel 527 .
  • the radial size of the second limiting pipe section 73 can be larger than the radial size of the fourth pipe section 72 for positioning installation with the slider 6121 .
  • the liquid injection device 2 further includes a position detection component 80 .
  • the position detection component 80 is installed on the bracket 42, specifically, it is installed on the first support part 421a of the first support 421, and is connected to the control component 44, for detecting the position of the liquid injection connection component 61, specifically Specifically, the position detection component 80 can detect the position of the slider module 612, thereby learning the position of the liquid injection member 611. At the same time, the position detection component 80 can transmit the detected position information to the control component 44, so that In order to realize the injection of liquid into the electronic atomization device 1 more accurately.
  • the control component 44 can start the power component 63 to drive the storage device.
  • the liquid tank 530 outputs the liquid matrix.
  • the position detection component 80 includes a first detection unit 81 and a second detection unit 82 .
  • the first detection unit 81 is disposed corresponding to the first position. Specifically, it can be located in the first support portion 421a of the first support 421 and is disposed opposite to the first position.
  • the second detection unit 82 is in contact with the second position. The position corresponds to, specifically, it is located in the first support part 421a and is opposite to the second position.
  • the first detection unit 81 and the second detection unit 82 are both connected to the control component 44 .
  • both the first detection unit 81 and the second detection unit 82 can be connected to the control component 44 by providing a conductive structure, and the conductive structure can be selected as a wire.
  • the slider module 612 slides to the first position, the slider module 612 can contact the first detection unit 81 , and the first detection unit 81 can transmit the position information of the slider module 612 to the control component. 44.
  • the control component 44 sends a control instruction to the power component 63.
  • the power component 63 is activated and can output the power source to the interval 54 and squeeze the liquid storage member 53 to output the liquid matrix.
  • the slider module 612 When the slider module 612 slides to the second position, the slider module 612 can contact the second detection unit 82, and the second detection unit 82 can transmit the position information of the slider module 612 to the control unit 82. Component 44, the control component 44 can enter a standby state.
  • the first detection unit 81 may include two first detection electrodes 811 arranged oppositely and spaced apart. When the push plate 6122 slides to the first position, the two first detection electrodes may be snapped into place. 811, and conduct the two first detection electrodes 811. It can be understood that in other embodiments, the first detection unit 81 is not limited to including two first detection electrodes 811. In some embodiments, the first detection unit 81 may be a position sensor or other conventional sensor. position detection device.
  • the second detection unit 82 may include two second detection electrodes 821 arranged oppositely and spaced apart. When the push plate 6122 slides to the second position, the two second detection electrodes 821 can be engaged. Between the electrodes 821, and conduct the two second detection electrodes 821. It can be understood that in other embodiments, the second detection unit 82 is not limited to including two second detection electrodes 821. In some embodiments, the second detection unit 82 may be a position sensor or other conventional sensor. position detection device.
  • the liquid injection device 2 also includes a charging structure 90.
  • the charging structure 90 can be connected to the control component 44 and to the charging support 424.
  • the liquid filling device 2 can not only fill the electronic atomizing device 1 with liquid, but also charge the electronic atomizing device 1 through the charging structure 90.
  • the control component 44 detects the presence of the electronic atomization device 1 in the accommodation chamber 4220.
  • the control component 44 can issue a control instruction to the driving motor 621, and the driving motor 621 can move towards the third Rotating in one direction drives the transmission mechanism 622 to drive, thereby driving the entire liquid injection connection assembly 61 to move from the second position to the first position, that is, driving the slider module 612 to move from the second position to the first position, thereby driving the liquid injection.
  • the member 611 passes from the partition wall 423 to the accommodation cavity 4220 and penetrates into the first track 1212 of the electronic atomization device 1, connecting the liquid injection channel 6110 and the liquid inlet channel 1211, and at the same time driving the pressure relief member 70 to pass from the partition wall 423 to
  • the accommodation cavity 4220 penetrates into the second track 1214 of the electronic atomization device 1 to connect the pressure transmission channel 710 with the pressure relief channel 100 for pressure relief.
  • the push plate 6122 slides to the first position and is stuck between the two first detection electrodes 811.
  • the liquid injection connection assembly 61 When the first detection unit 81 detects that the push plate 6122 slides to the first position, the liquid injection connection assembly 61 The position information is transmitted to the control component 44, which issues a starting command to the power component 63, and then starts the power component 63 to output the power source to the interval 54, and squeezes the liquid storage member 53 to output the liquid matrix.
  • the liquid level detection component 19 detects that the liquid level in the liquid storage chamber 1110 reaches the first threshold, the liquid level information is sent to the main control board 23 and sent to the control component 44 through the main control board 23.
  • the control component 44 sends a signal to the power component 63 issues a stop command and sends a control command to the drive motor 621, causing the drive motor 621 to rotate in the second direction, driving the transmission mechanism 622 to drive in the opposite direction, thereby driving the slider module 612 to move toward the second position, thereby driving the injection
  • the liquid component 611 withdraws from the electronic atomization device 1 and resets.
  • the push plate 6122 is stuck between the two second detection electrodes 821, and the second detection unit 82 can detect when the push plate 6122 slides to the second position.
  • the position information of the liquid injection connection assembly 61 is transmitted to the control assembly 44.
  • the control assembly 44 stops driving the power assembly 63 and the driving electrode 621, and enters the standby state, that is, the entire liquid injection device 2 is closed and in the standby state.
  • the electronic atomization device 1 can be pulled out from the accommodation cavity 4220.
  • Figures 30 to 36 show a second embodiment of the electronic atomization system of the present invention.
  • the difference from the first embodiment is that the first support portion 421a of the bracket 42 can be omitted, and the position detection component 80 It can also be omitted.
  • the boss 5221 of the base 52 can be omitted.
  • the liquid guide groove 5223 in the base 52 can be omitted, the liquid storage tank 5220 in the base 52 can be in a shrinkable shape, and the lower liquid hole 5222 can be provided on the bottom wall of the liquid storage tank 5220.
  • the liquid storage structure 50 also includes a lower liquid member 58 .
  • the entire lowering member 58 can be made of flexible material.
  • the drain member 58 may not be limited to using flexible materials.
  • the lowering component 58 is installed in the accommodating groove 5211 and can be used to communicate with the lowering hole 5222 and the liquid injection component 611 .
  • the lower liquid component 58 includes a lower liquid part 581 and a sealing part 582.
  • the lower liquid part 581 is in the shape of a square block.
  • the sealing part 582 is connected to one side of the lower liquid part 581 and has an integral structure with the lower liquid part 581 .
  • the sealing portion 582 is used to seal the liquid filling port 525 .
  • the lower liquid part 581 is provided with a plug-in channel 5811 that connects the liquid injection member 611 and allows the liquid injection member 611 to move.
  • the lower liquid part 581 is also provided with a liquid inlet through hole 5812 that communicates with the lower liquid hole 5222 .
  • the liquid inlet through hole 5812 is connected to the plug-in channel 5811.
  • the liquid injection member 611 When the liquid injection member 611 moves to the second position, the liquid injection member 611 can be inserted into the insertion channel 5811, and its wall can cover the output end of the liquid inlet through hole 5812, thereby sealing the liquid inlet through hole. 5812.
  • the driving unit 62 may be a manual driving mechanism.
  • the driving unit 62 may include a trigger structure 623 .
  • the triggering structure 623 can cooperate with the liquid injection connection assembly 61. Specifically, it can be connected with the liquid injection connection assembly 61 and used to apply force to the liquid injection connection assembly 61 to drive the liquid injection connection assembly 61 to move and trigger at the same time.
  • the power assembly 63 outputs the liquid matrix in the liquid storage tank 530 to the liquid injection connection assembly 61 through the power assembly 63, and injects liquid into the electronic atomization device 1 through the liquid injection connection assembly 61.
  • the trigger structure 623 includes a trigger button 6231 , and the trigger button 6231 can be disposed through the housing 30 .
  • the trigger button 6231 can be connected to the liquid injection connection assembly 61.
  • the trigger button 6231 can be connected to the push plate 6122.
  • the trigger button 6231 includes a pressing portion 623a and a connecting protruding portion 623b.
  • the pressing part 623a can be disposed through the housing 30 and is used for the user to press.
  • the connecting protrusion 623b can be placed in the receiving cavity 411 and connected with the push plate 6122 of the slider module 612.
  • the connecting protrusion 623b is provided with a U-shaped groove 623c, and one end of the U-shaped groove 623c is provided with a connection port connected to the push plate 6122.
  • a limiting clamping platform 623d is provided on the inner wall of the U-shaped groove 623c and close to the connection port. The limiting clamping platform 623d can cooperate with the push plate 6122 to limit the position.
  • a connecting protruding post 623e is provided on an end surface of the connecting protruding portion 623b away from the pressing portion 623a. There may be two connecting protrusions 623e, and the two connecting protrusions 623e may be located on two opposite sides of the connection port, and may be plugged into the push plate 6122.
  • the triggering structure 623 also includes a guide rod 6232 and an elastic member 6233.
  • the guide rod 6232 can be extended in a direction perpendicular to the partition wall 423 for guiding and connecting the liquid injection connection assembly 61 .
  • the guide rod 6232 can pass through the push plate 6122, and then be connected with the push plate 6122, and can be used to guide the movement of the push plate 6122.
  • the elastic member 6233 is sleeved on the guide rod 6232, and one end thereof can resist the push plate 6122, and the other end can resist the bracket 43.
  • the elastic member 6233 can be a spring, and one end thereof can resist the push plate 6122, and the other end thereof can resist the push plate 6122.
  • One end can offset the partition wall 423 . It is used to drive the liquid injection connection assembly 61 to reset when the external force acting on the trigger structure 623 is withdrawn.
  • the triggering structure 623 is not limited to a trigger button.
  • the triggering structure may be an induction switch.
  • the induction switch may be disposed in the housing 30 and may be filled with the liquid connection component 61 and The power component 63 cooperates. Specifically, it can be connected to the control component 44 and can be used to sense whether the user smokes the electronic atomization device 1. When the user smokes the electronic atomization device 1, it can send an instruction to the control component 44 to trigger liquid injection.
  • the connection component 61 moves and triggers the power component 63 to output the liquid matrix in the liquid storage tank 530 to the liquid injection connection component 61 to inject liquid into the electronic atomization device 1 to realize automatic triggering of the user's inhalation.
  • the sensing switch can be a pneumatic switch, and the pneumatic switch can sense the pressure change of the electronic atomization device 1 .
  • the push plate 6122 also includes a touch portion 612c.
  • the touch portion 612c is disposed at an end of the push plate body 612a away from the clamping bone 612b and extends downward along the longitudinal direction of the push plate body 612a.
  • the touch portion 612c can be used to touch the switch 633 of the power assembly 63.
  • the push plate 6122 also includes a column 612e.
  • the column 612e is disposed on the push plate body 612a and can protrude toward the trigger button 6231. It can be penetrated through the connection port of the trigger button 6231 and It is stuck to the limit card platform 623d.
  • the column 612e has a penetrating structure at both ends, and a channel for the guide rod 6232 to pass through can be formed on the inside.
  • the push plate body 612 a is provided with a jack 612 d, which can be set corresponding to the connecting protrusion 623 e and is used for plugging the connection protrusion 623 e.
  • an annular installation groove 612f is provided on the side of the push plate body 612a opposite to the protruding direction of the column 612e.
  • the annular installation groove 612f can be used for the elastic member 6233 to be installed.
  • One end of the elastic member 6233 can be in contact with the groove wall of the annular installation groove 612f, and the other end can be in contact with the bracket 43.
  • the power assembly 63 further includes a switch 633 , which is disposed in the receiving cavity 411 and connected to the power pump 631 for starting or stopping the power pump 631 .
  • the liquid injection connection component 61 or the triggering structure 623 can touch the switch 633 to start the power pump 631 to work. That is, when the slider module 612 moves to the first position, the slider module 612 can trigger the switch 633 through the touch portion 612c.
  • the liquid injection connection assembly 61 moves from the first position to the second position, and the liquid injection connection assembly 61 or the trigger structure 623 can be disconnected from the switch 633. That is, when the push plate 6122 moves to the second position and the touch portion 612c leaves the switch 633, the switch 633 can be reset, thereby turning off the power pump 631.
  • Figure 44 shows the third embodiment of the electronic atomization system of the present invention.
  • the difference from the first embodiment is that the liquid storage structure 50 of the liquid injection device 2 can adopt the liquid storage structure 50 of the second embodiment.
  • the partition component 56 can be omitted.

Abstract

电子雾化系统(1)及注液装置(2),注液装置(2)包括可供电子雾化装置(1)可拆卸安装的容纳腔(4220)、储液仓(530)、供液机构(60)以及控制组件(44);控制组件(44)与供液机构(60)连接,用于检测容纳腔(4220)中是否有电子雾化装置(1)装入;供液机构(60)与储液仓(530)连通,以在电子雾化装置(1)安装至容纳腔(4220)时,与电子雾化装置(1)连接,并向电子雾化装置(1)供液;在电子雾化装置(1)从容纳腔(4220)拆除时,与电子雾化装置(1)断开连接,并停止向电子雾化装置(1)供液。注液装置(2)可需要使用电子雾化装置(1)向电子雾化装置(1)供液,在不使用电子雾化装置(1)时可无需长期储存液态基质,进而避免电子雾化装置(1)在运输过程中漏液,可延长电子雾化装置(1)的使用寿命,以及提高用户体验感。

Description

电子雾化系统及注液装置 技术领域
本发明涉及雾化领域,更具体地说,涉及一种电子雾化系统及注液装置。
背景技术
相关电子雾化系统中电子雾化装置的雾化组件一般是长期浸泡于储液腔中。
技术问题
由于浸泡时间长,储液腔中的液态基质容易变质,因此容易影响用户吸食口感,另外在运输过程中,该电子雾化装置一般容易漏液。
技术解决方案
本发明要解决的技术问题在于,提供一种改进的电子雾化系统以及注液装置。
本发明解决其技术问题所采用的技术方案是:构造一种注液装置,包括可供电子雾化装置可拆卸安装的容纳腔、储液仓、供液机构以及控制组件;所述控制组件与所述供液机构连接,用于检测所述容纳腔中是否有电子雾化装置装入;所述供液机构与所述储液仓连通,以在所述电子雾化装置安装至所述容纳腔时,与所述电子雾化装置连接,并向所述电子雾化装置供液;在所述电子雾化装置从所述容纳腔拆除时,与所述电子雾化装置断开连接,并停止向所述电子雾化装置供液。
在一些实施例中,所述供液机构包括注液连接组件以及驱动所述注液连接组件移动的驱动单元,所述驱动单元与所述控制组件连接,当所述电子雾化装置安装至所述容纳腔时,所述注液连接组件向第一位置移动,并与所述电子雾化装置连接,且与所述储液仓导通;
当所述电子雾化装置从所述容纳腔拆除时,所述注液连接组件从向第二位置移动,并与所述电子雾化装置断开连接。
在一些实施例中,所述供液机构包括与所述控制组件连接的动力组件,当所述注液连接组件与所述电子雾化装置连接时,所述动力组件驱动所述储液仓输出液态基质,并通过所述注液连接组件向所述电子雾化装置进行注液;
所述注液连接组件与所述电子雾化装置断开连接时,所述动力组件停止驱动所述储液仓向所述注液通道输出所述液态基质。
在一些实施例中,所述注液连接组件所述注液连接组件形成有注液通道。
在一些实施例中,所述注液连接组件包括滑块、以及连接于所述滑块上的注液构件,所述注液通道形成于所述注液构件中;所述滑块可在所述第一位置以及所述第二位置滑动,进而带动所述注液构件靠近或远离所述电子雾化装置。
在一些实施例中,还包括可被挤压出液的储液构件,所述储液腔形成于所述储液构件中。
在一些实施例中,还包括套设于所述储液构件外围的壳体,所述壳体与所述储液构件之间留设有间隔;
所述供液机构包括动力组件所述动力组件与所述控制组件连接,并与所述间隔连接,用于在所述供液机构与电子雾化装置连接时向所述间隔供应动力源以挤压所述储液构件输出液态基质。
在一些实施例中, 所述注液装置包括收容所述控制组件的收容腔以及支架;
所述容纳腔形成于所述支架上;所述支架上设有将所述收容腔和所述容纳腔隔断的隔断壁,所述隔断壁上设置通孔,用于供所述供液机构穿至所述容纳腔。
本发明还构造一种电子雾化系统,包括电子雾化装置、以及本发明所述的注液装置,所述电子雾化装置可拆卸安装于所述注液装置的容纳腔中,所述注液装置在所述电子雾化装置装入所述容纳腔时,向所述电子雾化装置进行供液。
在一些实施例中,所述电子雾化装置包括储液腔以及至少部分设置于所述储液腔中的液位检测组件,所述液位检测组件与所述注液装置的控制组件电连接,当所述储液腔中的液位达到设定阈值时,所述控制组件根据所述液位检测组件检测到的液位信息停止所述注液装置的供液机构的注液动作。
在一些实施例中,所述液位检测组件包括第一检测单元以及第二检测单元;所述第一检测单元以及所述第二检测单元间隔设置于所述储液腔的两相对侧。
在一些实施例中,所述储液腔包括沿下液方向依次设置的第一端、以及第二端;
所述第一检测单元包括伸入所述储液腔设置的第一探测部;
所述第二检测单元包括伸入所述储液腔设置的第二探测部;
所述第一探测部靠近所述第一端设置;
所述第二探测部靠近所述第二端设置。
在一些实施例中,所述第一检测单元包括第一主体部;所述第一探测部设置于所述第一主体部的一端,且与所述第一主体部弯折设置;
和/或,所述第二检测单元包括第二主体部;所述第二探测部设置于所述第二主体部的一端,且与所述第二主体部弯折设置。
在一些实施例中,所述电子雾化装置还包括具有装配口的雾化壳,所述第一主体部和/或所述第二主体部设置于所述雾化壳上并朝所述装配口延伸。
在一些实施例中,所述第一主体部和/或所述第二主体部与所述雾化壳呈一体结构。
在一些实施例中,所述电子雾化装置还包括主控板,所述液位检测组件与所述主控板连接,所述主控板与所述控制组件连接。
有益效果
实施本发明的电子雾化系统以及注液装置,具有以下有益效果:该注液装置可在电子雾化装置安装至容纳腔时,与电子雾化装置连接,并向该电子雾化装置供液,并在电子雾化装置从容纳腔拆除时,与电子雾化装置断开连接,并停止向电子雾化装置供液;从而可需要使用电子雾化装置向电子雾化装置供液,在不使用电子雾化装置时,电子雾化装置可无需长期储存液态基质,进而避免电子雾化装置在运输过程中漏液,并且可延长电子雾化装置的使用寿命以及提高用户体验感。
该电子雾化系统通过设置该注液装置,使得电子雾化装置在需要使用时可安装至注液装置的容纳腔中,由注液装置自动向电子雾化装置注液,该电子雾化装置未使用时(比如运输),该电子雾化装置中可无需储存液态基质,进而可避免电子雾化装置中的液态基质变质而影响用户吸食体验并且避免运输途中漏液。
附图说明
下面将结合附图及实施例对本发明作进一步说明,附图中:
图1是本发明第一实施例中电子雾化系统的结构示意图;
图2是图1所示电子雾化系统的A-A纵向剖视图;
图3是图1所示电子雾化系统中电子雾化装置未安装至注液装置的B –B横向剖视图;
图4是图1所示电子雾化系统中电子雾化装置安装至注液装置的B –B横向剖视图;
图5是图1所示电子雾化系统的结构分解示意图;
图6是图5所示电子雾化系统的电子雾化装置的结构示意图;
图7是图6所示电子雾化装置的C-C纵向剖视图;
图8是图5所示电子雾化装置的结构分解示意图;
图9是图8所示电子雾化装置的雾化器的结构示意图;
图10是图9所示雾化器的D-D纵向剖视图;
图11是图9所示雾化器的E-E纵向剖视图;
图12是图9所示雾化器的局部结构分解示意图;
图13是图12所示雾化器的雾化壳与防油透气结构配合的状态示意图;
图14是图13所示雾化壳的结构示意图;
图15是图14所示雾化壳的F-F纵向剖视图;
图16是图13所示雾化器的防油透气膜的结构示意图;
图17是图15所示雾化器的液位检测组件的分布示意图;
图18是图8所示电子雾化系统的注液装置的结构示意图;
图19是图18所示注液装置的局部结构分解示意图;
图20是图19所示注液装置的局部结构示意图;
图21是图20所示注液装置的支架的结构示意图;
图22是图18所示注液装置的储液结构的结构示意图;
图23是图22所示储液结构的G-G纵向剖视图;
图24是图22所示储液结构的H-H纵向剖视图;
图25是图23所示储液结构的底座的结构示意图;
图26是图25所示底座另一角度的结构示意图;
图27是图25所示底座的I-I纵向剖视图;
图28是图3所示注液装置的注液构件的结构示意图;
图29是图3所示注液装置的泄压构件的结构示意图;
图30是本发明第二实施例中电子雾化系统的注液装置结构示意图;
图31是图30所示注液装置的J-J纵向剖视图;
图32是图30所示注液装置的主机结构示意图;
图33是图32所示主机内部的结构示意图;
图34是图33所示注液装置的支架的结构示意图;
图35是图31所示注液装置的储液结构的结构示意图;
图36是图35所示储液结构的K-K纵向剖视图;
图37是图36所示储液结构的底座的结构示意图;
图38是图37所示底座另一角度的结构示意图;
图39是图37所示底座L-L纵向剖视图;
图40是图35所示储液结构中下液构件的结构示意图;
图41是图32所示注液装置中触发按键的结构示意图;
图42是图32所示注液装置中推板的结构示意图;
图43是图42所示推板另一角度的结构示意图;
图44是本发明第三实施例中电子雾化系统的剖视图。
本发明的最佳实施方式
为了对本发明的技术特征、目的和效果有更加清楚的理解,现对照附图详细说明本发明的具体实施方式。
图1至图5示出了本发明电子雾化系统的第一实施例。该电子雾化系统包括电子雾化装置1以及注液装置2,该电子雾化装置1用于雾化液态基质,供用户抽吸,其具有运输方便,不易漏液,用户体验感高的优点。该液态基质可以包括烟油或药液等。该注液装置2可储存液态基质并用于电子雾化装置1注液,为电子雾化装置1提供液态基质,其可与该电子雾化装置1可拆卸装配,且与该电子雾化装置1独立设置,在其他一些实施例中,其可不限于为电子雾化装置1注液,该注液装置2还可用于其他雾化装置进行注液。在一些实施例中,该注液装置2也可与该电子雾化装置1形成一体结构。该注液装置2具有操作简便、注液效率高,且不易漏液的优点。
如图6至图8所示,在本实施例中,该电子雾化装置1包括雾化器10以及供电组件20。该雾化器10用于雾化液态基质,供电组件20可与雾化器10机械地和/或电性地连接,用于给雾化器10供电。
如图9至图11所示,在本实施例中,该雾化器10包括雾化壳组件11、雾化组件12以及泄压通道100。在本实施例中,该雾化壳组件11用于收容雾化组件12,并可在使用时收容液态基质。该雾化组件12设置于该雾化壳组件11中,用于加热雾化壳组件11中的液态基质使其产生气溶胶。该泄压通道100形成于雾化壳组件11以及雾化组件12上,用于供储液腔1110中的压力泄出。
如图12至图15所示,在本实施例中,该雾化壳组件11包括雾化壳111。该雾化壳111可以为绝缘材质,具体地,该雾化壳111可以为塑胶材质。该雾化壳111的横截面可呈椭圆形或长方形;当然,可以理解地,在其他一些实施例中,该雾化壳111的横截面可不限于呈椭圆形或长方形,其可以呈圆形或者其他形状。在本实施例中,该雾化壳组件11包括第一侧111a、第二侧111b、第三侧111c以及第四侧111d。具体地,该第一侧111a、第二侧111b、第三侧111c以及第四侧111d分别形成于该雾化壳111上。该第一侧111a以及第二侧111b相对设置,与雾化壳111横截面的长边的两端一一对应设置。该第三侧111c以及第四侧111d相对设置且位于该第一侧111a以及第二侧111d之间,可与该雾化壳111横截面的短边两端一一对应设置。
在一些实施例中,该雾化壳111为中空的筒状结构,且一端设置有装配口1118,该雾化壳111内侧形成有储液腔1110。该储液腔1110用于储存液态基质。该雾化壳111包括本体1111以及设置于该本体1111一端的配合部1112。该本体1111的横截面可大致呈长方形,当然,可以理解地,在其他一些实施例中,该本体1111的横截面不限于呈长方形。该本体1111为中空结构,一端设有该装配口1118。该配合部1112设置于该本体1111远离该装配口1118的一端,且配合部1112的横截面面积朝远离该本体1111方向逐渐减小设置。
该雾化壳111还包括出气管1113,该出气管1113设置于该配合部1112中,并位于该配合部1112的中轴处,其长度与该配合部1112的高度相适配。该出气管1113与该配合部1112的外周形成有部分储液腔1110。
在本实施例中,该雾化壳1112上设置有第一穿孔1114以及第二穿孔1115,该第一穿孔1114以及第二穿孔1115间隔设置于该本体1111的侧壁上,且靠近该装配口1118设置,并位于该本体1111的同一横截面上。该第一穿孔1114用于供注液装置2连接,以实现向储液腔1110注液。该第二穿孔1115用于储液腔1110泄压使用。
在本实施例中,该配合部1112的侧壁上设置有微孔1116,在本实施例中,第一侧111a、第二侧111b、第三侧111c以及第四侧111d形成于该配合部1112上。该配合部1112的第一侧111a、第二侧111b、第三侧111c以及第四侧111d均分布有多个微孔1116,在本实施例中,该配合部1112的远离该本体1111设置的端壁上也可设置多个微孔1116。该微孔1116与储液腔1110连通,用于给储液腔1110进行泄压和/或换气。该微孔1116可供气体通过,并可通过毛细作用吸附液态基质,避免储液腔1110漏液。在一些实施例中,该微孔1116的内表面上可设置疏油涂层,通过该疏油涂层来防止储液腔1110中的液态基质从微孔1116漏出。可以理解地,在其他一些实施例中,该疏油涂层不限于涂覆于微孔内表面,还可涂覆于配合部1112的整个侧壁内侧。
在本实施例中,该配合部1112的远离该本体1111设置的端壁上设置通气孔1117,该通气孔1117分布于该出气管1113的一侧,用于供微孔1116透出的气体进入并输出在雾化器10的外部。
在本实施例中,该雾化壳组件11还包括吸嘴112,该吸嘴112套设于该配合部1112上,其可与该配合部1112配合,并与出气管1113连通。在一些实施例中,该吸嘴112与雾化壳组件11通过超声密封,形成有密封的通道。该吸嘴112的横截面形状与该配合部1112的横截面形状相适配。该吸嘴112上设置有出气口1121,该出气口1121与出气管1113连通,用于供用户吸食气溶胶。在本实施例中,该吸嘴112的内部尺寸可略大于该配合部1112的尺寸,具体地,该吸嘴112的长度以及宽度可略大于该配合部1112的长度以及宽度,从而与该配合部1112之间可留设间隙。该吸嘴112的高度可高于该配合部1112的高度,从而使得该配合部1112远离该本体1111一端的端面与该吸嘴112之间留设有空间1121,该空间1121可与该通气孔1117连通,并形成部分泄压通道100。
再如图10至图11所示,在本实施例中,该雾化组件12包括雾化底座121、雾化座122、发热组件123。该雾化底座121用于封堵雾化壳组件11的装配口1118,并且可供雾化座122安装。该雾化座122设置于该雾化底座121上,可供该发热组件123安装。该发热组件123用于加热雾化储液腔1110中的液态基质。
在本实施例中,该雾化底座121上设置进液通道1211,该进液通道1211与储液腔1110连通,用于供注液装置2注入的液态基质进入储液腔1110中。该雾化底座121上设置有导流孔1213,该导流孔1213可与储液腔1110连通,内侧可形成部分泄压通道100,用于供压力导出。在本实施例中,雾化底座121上设置有轨道,该轨道可包括第一轨道1212以及第二轨道1214,该第一轨道1212和第二轨道1214可与第一穿孔1114以及第二穿孔1115一一对应设置,该第一轨道1212设置于该进液通道1211的一端,并与该进液通道1211形成设定夹角,该第二轨道1214设置于该导流孔1213的一端,也即设置于泄压通道100的一端,并与泄压通道形成设定夹角。在本实施例中,该设定夹角可以为90度角。该轨道可用于封堵组件移动和导向,并且可便于注液装置2的注液构件611以及泄压构件70移动和导向。
在本实施例中,该雾化座122可呈柱状,且为两端贯通结构。该雾化座122可插设于套设于雾化底座121上的密封套126上,并与密封套126过盈配合。该雾化座122位于该雾化壳111的中轴处,且可与该出气管1113同轴设置,并与出气管1113连通。
在本实施例中,该发热组件123设置于该雾化座122中。在本实施例中,该发热组件123包括多孔体1231以及发热体1232。该多孔体1231为圆柱状结构,与出气管1113同轴设置。在一些实施例中,该多孔体1231可以为陶瓷多孔体,当然,可以理解地,在其他一些实施例中,该多孔体1231不限于为陶瓷多孔体,其可以为吸液棉。该多孔体1231为两端贯通结构,内侧形成雾化通道。该雾化通道可与出气管1113连通。该发热体1232设置于该多孔体1231中,在一些实施例中,该发热体1232可以为发热丝,当然,可以理解地,在其他一些实施例中,该发热体1232可不限于为发热丝。
在本实施例中,该雾化组件12还包括气液平衡结构124,该气液平衡结构124设置于该发热组件123远离该雾化底座121的一端。在本实施例中,该气液平衡结构124用于平衡储液腔1110中的气压,便于储液腔1110中的液态基质自动下液至发热组件123上,并且可用于储存漏液,避免漏液从出气管1113输出。
在本实施例中,该气液平衡结构124包括筒状本体1241。该筒状本体1241可以为两端贯通结构,并与出气管1113同轴设置,且与发热组件123以及出气管1113连通。在本实施例中,该筒状本体1241的内壁设置有第一沟槽1242,该第一沟槽1242可沿该筒状本体1241的轴向设置,其为条形槽,该第一沟槽1242可从该筒状本体1241远离该发热组件123的端面沿筒状本体1241的轴向延伸至筒状本体1241的中部。该第一沟槽1242为微槽,用于吸附并储存至少部分从出气管1113中漏出的冷凝液。在本实施例中,该筒状本体1241的侧壁上设置有连通孔1243,该连通孔1243设置于该第一沟槽1242中,位于筒状本体1241的中部,其可与该第一沟槽1242连通,用于供气体以及漏液输出。该筒状本体1241的外侧壁设置有第二沟槽1244,该第二沟槽1244可弯折设置,可与该连通孔1243连通,并可与储液腔1110连通。外部气体可从连通孔1243进入该第二沟槽1244中,从而给储液腔1110进行换气,并且漏液也可从该连接通孔1243输出至第二沟槽1244中,储存于该第二沟槽1244中,在一些实施例中,漏液还可经过该第二沟槽1244回流至储液腔1110中,从而避免从出气管1113漏出,影响用户吸食体验。在其他一些实施例中,该第二沟槽1244可不与储液腔1110连通,也即该第二沟槽1244仅用于储存漏液。
在本实施例中,该雾化组件12还包括密封隔离结构125,该密封隔离结构125可呈圆柱状,且为两端贯通结构,其套设于该气液平衡结构124以及雾化座122的外周。该密封隔离结构125的一端连接至出气管1113,另一端可插设于密封套126上,与该密封套126过盈配合。在一些实施例中,该密封隔离结构125与该雾化座122上均可设置对应连通的进液孔,该密封隔离结构125上的进液孔可与储液腔1110连通,且可与该气液平衡结构124上的第二沟槽1244连通。从而使得储液腔1110中的液态基质可依次经过密封隔离结构125和雾化座122上的进液孔进入发热组件123上。该第二沟槽1244上的气体以及漏液可经过该进液孔进入储液腔1110中。
如图10至图13以及图16所示,在本实施例中,该雾化器1还包括防油透气结构13,该防油透气结构13设置于该雾化壳组件11中,且可与该储液腔1110和泄压通道100导通,用于供储液腔1110中的压力导出至泄压通道100并经过泄压通道100泄压。在本实施例中,该防油透气结构13可设置于吸嘴112中,并贴设于该配合部1112上。该防油透气结构13可覆盖该配合部1112上的微孔1116。该防油透气结构13与吸嘴112内壁之间留设有间隙,该间隙可形成部分泄压通道100。通过设置该防油透气结构13可防止储液腔1110中的液态基质漏出,并且可用于在注液同时泄压,防止储液腔1110泄压不畅导致漏液。
在本实施例中,该防油透气结构13可以为片状,具体地,其可以为薄膜结构。在本实施例中,该防油透气结构13为防油透气膜。当然,可以理解地,在其他一些实施例中,该防油透气结构13不限于为防油透气膜。
在本实施例中,该防油透气结构13为两个,该两个防油透气结构13设置于该第一侧111a以及第二侧111b。当然,可以理解地,在其他一些实施例中,该防油透气结构13可以为一个,该防油透气结构13可仅设置于该第一侧111a或仅设置于该第二侧111b。在本实施例中,该防油透气结构13包括片状本体131以及两个延伸部132,该两个防油透气结构13的两个片状本体131可设置于该配合部1112的第一侧111a以及第二侧111b。每个防油透气结构13的该两个延伸部132分别设置于该片状本体131的两相对侧,并分别向第三侧111c以及第四侧111d延伸。通过在将防油透气结构13设置于配合部1112的两侧或者四侧,这样可进行多个方向泄压,也即该雾化器10除倒立外其他五个方向放置以进行注液时均可进行泄压,进而实现多角度泄压,保证雾化器1注液的便捷以及泄压的可靠性,并且保证用户使用体验。在其他一些实施例中,该防油透气结构13可仅有一个延伸部向第三侧111c或第四侧111d延伸。
在本实施例中,该雾化器10还包括通气管14,该通气管14设置于该雾化壳组件11中,具体地,该通气管14设置于该雾化壳111中,一端可连接至通气孔1117,另一端可从密封套126插入至导流孔1213处,并通气孔1117以及导流孔1213连通。该通气管14为两端贯通的圆管,当然,可以理解地,在其他一些实施例中,该通气管14可不限于为圆管,其可以为方管或者其他形状。该通气管14内侧形成至少部分泄压通道100。
在本实施例中,该泄压通道100通过防油透气结构13与储液腔1110连通,该泄压通道100包括依次连通的第一通道段101、第二通道段102、第三通道段103以及第四通道段104。其中,第一通道段101形成于该防油透气结构13与吸嘴112内壁之间的间隙,第二通道段102形成于配合部1112端壁与吸嘴112之间形成的空间1121,第三通道段103形成于通气管14中,第四通道段104形成于导流孔1213中,通过设置该泄压通道100可在雾化器1注液的同时进行泄压,进而防止漏液,提高用户体验感。
在本实施例中,该雾化底座121上设置有封堵组件,该封堵组件可以为两个,包括第一封堵组件15以及第二封堵组件16。该第一封堵组件15以及第二封堵组件16一一对应设置于该第一轨道1212以及第二轨道1214中,可移动设置,也即轨道用于封堵组件移动以及导向。该第一封堵组件15可移动设置于该进液通道1211的一端,通过移动封堵或者打开进液通道1211。该第二封堵组件16可移动设置于泄压通道100的一端,可通过移动封堵或者打开泄压通道100。
再如图3及图4所示,在本实施例中,该第一封堵组件15包括第一封堵件151以及第一弹性体152,该第一封堵件151可以为滚珠,其直径可略大于该进液通道1211的口径,进而可封堵该进液通道1211。当然,可以理解地,在其他一些实施例中,该第一封堵件151也可以为阀管。该第一弹性体152可以为弹簧,该弹簧的一端可与第一封堵件151连接,另一端可与第一轨道1212远离第一穿孔1114一端的壁面抵接。在外力的推动下,该第一封堵件151可在第一弹性体152的作用下向远离该第一穿孔1114一端移动,进而使得该进液通道1211打开,当外力被撤离时,该第一封堵件151可在第一弹性体152的作用下复位,封堵住进液通道1211,从而可避免储液腔1110中的液态基质漏出。
在本实施例中,该第二封堵组件16包括第二封堵件161以及第二弹性体162,该第二封堵件161可以为滚珠,其直径可略大于该泄压通道100的口径,进而可封堵该泄压通道100。当然,可以理解地,在其他一些实施例中,该第二封堵件161也可以为阀管。该第二弹性体162可以为弹簧,该弹簧的一端可与第二封堵件161连接,另一端可与第二轨道1214远离第二穿孔1114一端的壁面抵接。在外力的推动下,该第二封堵件161可在第二弹性体162的作用下向远离该第二穿孔1114一端移动,进而使得该泄压通道100打开,当外力被撤离时,该第二封堵件161可在第二弹性体162的作用下复位,封堵住泄压通道100,从而可避免储液腔1110中的液态基质漏出。可以理解地,在其他一些实施例中,该第二封堵组件16可以省去。
在本实施例中,该雾化器1还包括进液阀17,该进液阀17设置于第一轨道1212中,且靠近该第一穿孔1114设置,用于在注液时起到密封注液构件611防止漏液的作用,以及在注液后且在弹力作用下密封第一穿孔1114。该雾化器1还包括泄压阀18,该泄压阀18设置于该第二轨道1214中,且靠近该第二穿孔1115设置,用于在注液后且在弹力的作用下密封第二穿孔1115。
如图12及图17所示,在本实施例中,该雾化器1还包括液位检测组件19。该液位检测组件19安装于该雾化壳111上,并且至少部分伸入储液腔1110中设置。该液位检测组件19用于检测储液腔1110中的液位,并将检测的液位信息传递至注液装置2。该液位检测组件19通过检测储液腔1110中的液位变化(也即液量变化)的电特性来直接或间接测量、推断该储液腔1110中的液量。当储液腔1110中的液位达到设定阈值时,注液装置2可根据该液位信息停止注液动作。当储液腔1110的液位低于设定阈值时,注液装置2可根据该液位信息启动注液动作,进而可实现自动注液,自动启停,避免储液腔1110中的液态基质过量而漏出,且还能够防止干烧,避免产生有害物质。其中,该设定阈值可以包括第一阈值以及第二阈值,该第一阈值可大于该第二阈值,当达到第一阈值时,注液装置2可停止注液,当低于第二阈值时,注液装置2可启动注液。
在本实施例中,该液位检测组件19包括第一检测单元191以及第二检测单元192。该第一检测单元191以及第二检测单元192可间隔设置于该储液腔1110的两相对侧,且可呈对角高低分布,进而可保证雾化器1在除了倒立外五个方向放置时仍能够检测出储液腔1110中的储液量。具体地,该第一检测单元191以及第二检测单元192可设置于储液腔1110与雾化壳111的本体1111对应设置的区域中。该储液腔1110包括沿下液方向依次设置的第一端以及第二端;该第一检测单元191可靠近该第一端设置,该第二检测单元192可靠近该第二端设置,也即该第一检测单元191可高于该第二检测单元192设置。在其他一些实施例中,该第一检测单元191或第二检测单元192可以省去。
具体地,在本实施例中,该第一检测单元191包括第一主体部1911、第一探测部1912、第一导电连接部1913以及第一连接部1914。该第一主体部1911可呈纵长的片状,可设置于该雾化壳111上,并朝雾化壳111的装配口1118延伸,其与雾化壳111可形成一体结构。在一些实施例中,该雾化壳111可选用绝缘材质,通过将第一主体部1911包塑雾化壳111中,进而通过雾化壳111与其他导电结构起到绝缘设置的作用,并且可与储液腔1110中的液态基质起到绝缘。该第一探测部1912设置于该第一主体部1911的一端,并通过第一连接部1914与该第一主体部1911连接。该第一探测部1912可与第一主体部1911弯折设置,也即第一连接部1914可与第一主体部1911之间形成夹角,第一探测部1912可与第一连接部1914形成夹角,在本实施例中,该夹角为90度角。该第一探测部1912伸入储液腔1110中设置,并靠近于储液腔1110的第一端设置,且可朝储液腔1110的第二端延伸。该第一导电连接部1913设置于第一主体部1911远离第一探测部1912的一端,具体地,其可位于该装配口1118处,并与第一主体部1911折弯设置,用于与供电组件20进行导电连接,从而可与该供电组件20中的主控板进行连接,以便于与主控板23实现电信号传输。
在本实施例中,该第二检测单元192包括第二主体部1921、第二探测部1922、第二导电连接部1923以及第二连接部1924。该第二主体部1921可呈纵长的片状,可设置于该雾化壳111上,并朝雾化壳111的装配口1118延伸,其与雾化壳111可形成一体结构。在本实施例中,该第二主体部1921的长度小于第一主体部1911的长度。在一些实施例中,该雾化壳111可选用绝缘材质,通过将第二主体部1921包塑于雾化壳111中,进而通过雾化壳111与其他导电结构起到绝缘设置的作用,并且可与储液腔1110中的液态基质起到绝缘。该第二探测部1922设置于该第二主体部1921的一端,并通过第二连接部1924与该第二主体部1921连接。该第二探测部1922可与第二主体部1921弯折设置,也即第二连接部1924可与第二主体部1921之间形成夹角,第二探测部1922可与第二连接部1924形成夹角,在本实施例中,该夹角为90度角。该第二探测部1922伸入储液腔1110中设置,并靠近于储液腔1110的第二端设置,且可朝储液腔1110的第二端延伸。该第二导电连接部1923设置于第二主体部1921远离第二探测部1922的一端,具体地,其可位于该装配口1118处,并与第二主体部1921折弯设置,用于与供电组件20进行导电连接,从而可与该供电组件20中的主控板23进行连接,以便于与主控板23实现电信号传输。
再如图6至图8所示,在本实施例中,该供电组件20包括电源壳21、设置于该电源壳21中的电池22、以及设置于该电源壳21中并与电池22连接的主控板23。该电源壳21为一端设置有开口的长筒状结构,内侧形成容置空间,该电源壳21可套设于部分雾化器1上,该电源壳21上设置有让位孔211,该让位孔211包括第一让位孔211a以及第二让位孔211b,其中第一让位孔211a与第一穿孔1114对应设置并对应连通。第二让位孔211b与第二穿孔1115对应设置并对应连通。该主控板23可与液位检测组件19以及发热组件123导电连接,用于接收液位检测组件19检测到的液位信息并将其传递至注液装置2,并且,用于启动或者关闭发热组件123。在本实施例中,该主控板23可与控制组件44连接,具体地,当该电子雾化装置1安装至注液装置2上进行注液的同时,该主控板23可与控制组件44之间进行电连接和/或机械连接,进而使得该液位检测组件19与控制组件44实现间接性的电连接。
如图18至图20所示,进一步的,在本实施例中,该注液装置2包括外壳30、主机40、储液结构50以及供液机构60。外壳30套设于主机40以及储液结构50的外围。该主机40可与储液结构50可拆卸连接,用于控制该储液结构50的液态基质输出。该储液结构50可拆卸安装于该主机40上,用于储存液态基质。该供液机构60用于将储液结构50中的液态基质输出至电子雾化装置1的储液腔1110中。
在本实施例中,该外壳30可呈长方体状,并且为一侧设置有开口中空结构。该外壳30可与该主机40以及储液结构50可拆卸装配。在一些实施例中,该外壳30可采用塑料材质或者金属材质制成。可以理解地,在其他一些实施例中,该外壳30不限于呈长方体状,其可呈圆柱状或者其他形状。
在本实施例中,主机40包括内壳41、支架42、电源43、控制组件44以及开关组件45。在本实施例中,该内壳41套设于该支架42上,内侧形成收容腔411,用于收容电源43、以及控制组件44。该支架42可用于支撑储液结构50以及电子雾化装置1。该电源43安装于该收容腔411中,并可靠近该支架42设置。该控制组件44设置于该收容腔411中,并位于该电源43远离支架42的一侧,其与电源43以及开关组件45电连接。该开关组件45设置于该内壳41上,并可从外壳30穿出,其可以为按键开关,通过按压该开关组件45,可启动或关闭注液装置2。
如图21所示,在本实施例中,支架42包括第一支座421、第二支座422以及隔断壁423。该第一支座421以及第二支座422设置于该隔断壁423的两相对侧,并通过隔断壁423隔开。
在本实施例中,该第一支座421包括第一支撑部421a以及第二支撑部421b;该第一支撑部421a安装于内壳41中,并为横截面呈方形的筒状结构,且与第二支撑部421b连通,内侧可形成导向槽4210,用于供液机构60的注液连接组件61中滑块模组612滑动导向。可以理解地,在其他一些实施例中,该第一支撑部421a不限于横截面呈方形。该第二支撑部421b设置于第一支撑部421b的一端,其横截面可呈方形或者椭圆形,且尺寸大于该第一支撑部421a的横截面尺寸。该第二支撑部421b内侧可形成放置槽4211,该放置槽4211可供储液结构50放入。在其他一些实施例中,该第一支撑部421a可以省去。
在本实施例中,该第二支座422可高于该第一支座421设置,可置于该外壳30的外部。该第二支座422为长筒状结构,且为两端贯通结构,内侧可形成容纳腔4220,也即该容纳腔4220形成于支架42上,该容纳腔4220用于容纳电子雾化装置1,安装时,该电子雾化装置1可插入该容纳腔4220中。该容纳腔4220与该收容腔411通过隔断壁423隔开。在本实施例中,该隔断壁423上开设有通孔4231,该通孔4231可以为两个,该两个通孔4231可与第一穿孔1114以及第二穿孔1115一一对应设置。用于供供液机构60穿至容纳腔4220,从而实现向电子雾化装置1进行注液。
该第二支座422的一端设置有充电支座424,该充电支座424用于支撑电子雾化装置1,并可与电子雾化装置1插接,实现电连接,进而可使得该主机40中的电源43可给电子雾化装置1充电,并且主机40中的控制组件44可与电子雾化装置1进行电连接,实现电信号传输。
在本实施例中,该第二支座422上和充电支座424外周套设有外罩425,该外置425可起到防护的作用,并且可使得该注液装置2更为美观。
再如图20所示,在本实施例中,该控制组件44可包括载有常规电路(比如控制电路、检测电路)的控制线路板,其可与供液机构60以及电子雾化装置1电连接,可实现供液机构60自动向电子雾化装置1进行注液。在本实施例中,该控制组件44可检测该容纳腔4220中是否有电子雾化装置1装入,具体地,该控制组件44还可包括用于感应容纳腔4220中是否有电子雾化装置1装入的检测元件,该检测元件与控制线路板连接,且可采用常规的传感器,比如红外传感器,当然也可以为设置于容纳腔4220中的轻触开关;可以理解地,在其他一些实施例中,该检测元件也可以省去。当该电子雾化装置1安装至容纳腔4220时,该供液机构60与电子雾化装置1连接,该控制组件44可产生启动信号至供液机构60,该供液机构60可根据该控制组件44的启动指令,启动向电子雾化装置1的供液工作。当电子雾化装置1从容纳腔4220拆除时,该供液机构60与电子雾化装置1断开连接,该控制组件44可产生停止信号至供液机构60,该供液机构60可根据控制组件44的停止指令,停止供液工作。另外,在本实施例中,该控制组件44还可根据电子雾化装置1中的液位检测组件检测到的液位信息停止该供液机构60的供液工作。
如图22至图24所示,在本实施例中,该储液结构50安装固定于安装槽4211上,包括包括底座52、壳体51以及储液构件53。壳体51套设于该底座52上,在一些实施例中,其可与该底座52装配,并可与底座52通过超声密封。该底座52用于支撑壳体51以及储液构件53。该储液构件53安装于壳体51中,且可被挤压出液态基质。该储液构件53与壳体51的内壁之间留设有间隔54,该间隔54可形成动力源补给仓,用于动力源输入。
在本实施例中,该壳体51为一端具有开口且横截面大致呈长方形的筒状结构,其高度小于外壳30的高度。在本实施例中,该壳体51采用硬质材料制成,比如可采用金属或者塑胶材质。
如图25至图27所示,在本实施例中,该底座52可采用硬质材料制成,具体地,在本实施例中,该底座52可采用塑胶制成。该底座52包括座体521设置于该座体521上的套接部522。该座体521的横截面形状与壳体51的横截面形状相适配,且可插入安装槽4211中。该套接部522凸出设置于座体521上,横截面尺寸可小于座体521的横截面尺寸。该套接部522可供壳体51以及储液构件53套设。
在本实施例中,该座体521上设置有用于供液机构60的滑动模组612滑动导向的导向通道5210,该导向通道5210可沿垂直隔断壁423方向延伸。该导向通道5210可以为长方形通道。该导向通道5210的两端可界定出第一位置以及第二位置。其中第一位置可靠近该隔断壁423设置,第二位置可远离该隔断壁423设置。
在本实施例中,该套接部522内侧可形成与储液构件53连通的储液槽5220。该套接部522上设置有凸台5221。在本实施例中,该底座52上设置有下液孔5222,该下液孔5222设置于该凸台5221的顶壁以及设置于凸台5221的侧壁,进而可便于储液构件53中的液态基质输出。在本实施例中,该套接部522中设置有导液槽5223,该导液槽5223可设置于该储液槽5220的底壁上,且位于该储液槽5220的中部,其低于该储液槽5220的底壁设置,并与凸台5221上位于侧面的下液孔5222连通,从而便于汇集储液槽5220中的液态基质,并将其导至下液通道5222中。当然,可以理解地,在其他一些实施例中,该凸台5221以及导液槽5223可以省去。
在本实施例中,储液结构50还包括下液通道523,该下液通道523与储液构件53连通。具体地,在本实施例中,该下液通道523设置于该底座52上,形成于该凸台5221中,并与下液孔5222连通,且沿凸台5221的高度方向延伸。该下液通道523用于供储液构件53中的液态基质输出至供液机构60。
在本实施例中,该底座52上设置有连接通孔524,该连接通孔524用于连接供液机构60的动力组件63,该连接通孔524可与该间隔54连通,从而可便于动力组件63向间隔54输入动力源,进而挤压储液构件53输出液态基质。具体地,该连接通孔524设置于该座体521上,并沿该座体521的厚度方向贯穿设置。在本实施例中,该连接通孔524位于该套接部522的外围。
在本实施例中,该底座52上设置有注液口525,该注液口525为圆形通孔,并可沿该底座52的厚度方向贯穿设置。该座体51的底壁设置有容置槽5211,该注液口525延伸至容置槽5211处,该注液口525可用于向储液构件53中注入液态基质。当储液构件53中的液态基质用完时,可将储液结构50从主机40上拆除,然后通过注液口525向储液构件53注液。该注液口525处可通过设置密封塞55密封连接。该密封塞55可置于容置槽5211中,并可塞入该注液口525中,避免该储液结构50装至主机40上时漏液。
在本实施例中,该底座52上设置有第一通道526,该第一通道526可与导向通道5210连通,用于供液机构60的注液构件611的安装和导向。该下液通道523可延伸至第一通道526。该第一通道526为两端贯通的通道。该第一通道526中设置有第一限位台阶5261以及第二限位台阶5262。该第一限位台阶5261以及第二限位台阶5262间隔设置。该第一限位台阶5261以及第二限位台阶5262用于隔断组件56的限位安装。其中,该第一限位台阶5261以及第二限位台阶5262均设置于该下液通道523远离导向通道5210的一侧,进而可在注液构件611插至电子雾化装置1上时,使得下液通道523与导向通道5210连通。
在本实施例中,该底座52上设置有第二通道527,该第二通道527与第一通道526平行设置,并且与导向通道5210连通,且一端与外部连通。该第二通道527用于泄压构件70的安装和导向。
在本实施例中,该底座52上设置有气流通孔528,该气流通孔528可与储液构件53连通,用于供储液构件53进行换气,便于该储液构件53下液以及在供液机构60结束供液后储液腔53可自动复原。该气流通孔528与第一通道526连通,并位于该第二气流通道526远离该导向通道5210设置的一段上,位于第一限位台阶5261以及第二限位台阶5262之间。当注液构件611向远离该导向通道5210方向移动的同时可将气体带入至储液构件53中,使得储液构件53复原。当然,可以理解地,该气流通孔528可以省去。
再如图23及24所示,在本实施例中,该储液构件53可以采用柔性构件或者弹性构件。在本实施例中,该储液构件53可以为软装的塑胶件,具体地,其可以为囊状结构。该储液构件53套设于该套接部522上,并与该套接部522通过过盈配合固定。该储液构件53内侧可形成储液仓530,该储液仓530用于储存液态基质。
在本实施例中,储液结构50还包括隔断组件56,隔断组件56可移动设置于该第一通道526中,可用于隔断气流通孔528以及第一通道526,防止储液仓530中的液态基质从气流通孔528漏至第一通道526中,并进入该注液构件611中。在一些实施例中,该隔断组件56包括第三封堵件561、第三弹性体562以及固定套563。该第三封堵件561可以为滚珠,该第三封堵件561的直径可略大于该气流通孔528的口径。该第三封堵件561可在第一限位台阶5261以及第二限位台阶5262之间移动,通过第一限位台阶5261以及第二限位台阶5262进行限位,其可在第三弹性体562的作用下移动,进而打开或者封堵气流通孔528。该第三弹性体562的一端可连接于第三封堵件561处,另一端伸入固定套563中,并与固定套563的抵接。该第三弹性体5262可以为弹簧。该固定套563安装于该第一限位台阶5261远离该第二限位台阶5262的一侧,并与该第一限位台阶5262相抵,其可用于第三弹性体5262的安装固定。当注液构件611朝电子雾化装置1方向移动时,该第三弹性体5262可带动第三封堵件561朝第二限位台阶5262移动至与第二限位台阶5262相抵。当注液构件611朝远离电子雾化装置1方向移动时,可推动该第三封堵件561,第三弹性体5262处于收缩状态,该第三封堵件561可被推至气流通孔528处。
在本实施例中,该储液结构50还包括挡液构件57,该挡液构件57设置于第一通道526中,并位于该下液通道523远离第二限位台阶5262的一侧,该挡液构件57套设于注液构件611上,并与第一通道526的通道壁紧密相接,从而可防止下液通道523中的液态基质从第一通道526漏出。
如图2至图4所示,在本实施例中,该供液机构60可在电子雾化装置1安装至容纳腔4220时,与电子雾化装置1连接,并向电子雾化装置1供液,在电子雾化装置1从容纳腔4220拆除时,可与电子雾化装置1断开连接,并停止向电子雾化装置1供液。该供液机构60包括注液连接组件61、驱动单元62以及动力组件63。注液连接组件61与储液构件53的储液仓530连接,也即可将供液机构60与储液仓530连通。注液连接组件61可外力带动下移动设置,其可与电子雾化装置1连接,并与电子雾化装置1的储液腔1110导通,用于将储液仓530输出的液态基质注入该储液腔1110中。该驱动单元62与控制组件44连接,可根据控制组件44的控制指令驱动注液连接组件61移动。该动力组件63与控制组件44连接,当注液连接组件61与电子雾化装置1连接时,可根据控制组件44的控制指令向间隔54输入动力源,挤压储液构件53,进而驱动储液构件53输出液态基质。当注液连接组件61与电子雾化装置1断开连接时,动力组件63可停止驱动储液仓530向注液通道611输出液态基质。
在本实施例中,注液连接组件61设置于底座52上,并可在外力带动下移动设置。该注液连接组件61包括注液构件611以及滑块模组612。该注液构件611至少部分穿设于第一通道526中。该滑块模组612与注液构件611连接,并可在外力作用下移动,进而可带动注液构件611移动。当电子雾化装置1安装至容纳腔4220时,该注液连接组件61的滑块模组612可从第二位置向第一位置移动,并在注液连接组件61移动至第一位置时,也即滑块模组612移动至第一位置时,该注液构件61与电子雾化装置1连接,且与储液仓530导通。当电子雾化装置1从容纳腔4220拆除时,该注液连接组件61可向第二位置移动,并与电子雾化装置1断开连接。
如图2至图4及图28所示,在本实施例中,该注液构件611可呈管状,且可沿垂直于电子雾化装置1的侧壁移动,并在滑块模组612移动至第一位置时,沿垂直于电子雾化装置1的侧壁插入电子雾化装置1中,从而实现注液。该注液构件611包括第一管段6111、第二管段6112以及第一限位管段6113。该第二管段6112、第一限位管段6113以及第一管段6111依次连接。当电子雾化装置1安装至容纳腔4220中,该注液构件611可向隔断壁423方向移动,该第一管段611可依次从导向通道5210、通孔4231、第一让位孔211a、第一穿孔1114穿入至第一轨道1212中,并推动第一封堵组件15移动,打开进液通道1211,并与进液通道1211导通。该第二管段6112的径向尺寸可大于该第一管段6111的径向尺寸,该第二管段6112的径向尺寸可与第一通道526中第二限位台阶5262的径向尺寸相对。当未注液或者注液结束时,该第二管段6112可置于该第一通道526中,且该第二管段6112可管壁贴近第一通道526的通道壁并对下液通道523起到密封作用,进而可起到防止漏液的效果。该第一限位管段6113的径向尺寸可大于该第二管段6112的径向尺寸,用于与滑块模组612进行配合限位,避免从滑块模组612脱出。该第一限位管段6113与第一管段6111相接的一端设置有环状的限位凸台。该注液构件611内侧形成有注液通道6110,该注液通道6110形成于第一管段6111、第二管段6112以及第一限位管段6113中,并可在注液构件611插入电子雾化装置1时与下液通道523导通。该注液通道6110可用于供储液仓530中的液态基质注入电子雾化装置1的进液通道1211进而注入储液腔1110中。该第一管段6111远离该第一限位管段6113一端设置有出液口6114,该出液口6114沿该第一管段6111的侧壁延伸,大致呈U形。当然,可以理解地,在其他一些实施例中,该出液口6114可不限于呈U形。通过将该出液口6114延伸至第一管段6111的侧壁,进而在第一管段6111与第一封堵件151相抵时,注液通道6110中的液态基质仍能够输出。
在本实施例中,该滑块模组612包括滑块6121以及推板6122,该滑块6121可以为长方体状,该滑块6121设置于储液结构50上,具体地,滑块6121设置于底座52上,且安装于导向通道5210中,并置于导向通道5210中滑动,其可在第二位置以及第一位置之间滑动。该滑块6121可套设于该注液构件611上,并与该注液构件611的第一限位管段6113通过过盈配合固定。该滑块6121滑动,可带动该注液构件611往复移动,进而带动注液构件611插入电子雾化装置1或者从电子雾化装置1拔出。该滑块6121可与推板6122可拆卸连接,具体地,在本实施例中,该滑块6121可与该推板6122卡接,从而实现支架43与储液结构50的底座52之间可拆卸连接。在本实施例中,该滑块6121的中轴处设置有卡孔,当然,可以理解地,在其他一些实施例中,该滑块6121的中轴处可不限于设置卡孔,也可以卡槽,该卡孔或者卡槽可用于推板6122卡接。该推板6122设置于主机40中,具体地,其位于该支架42上,且位于该第一支座421中,并从放置槽4211凸出设置。该推板6122可在外力作用下推动滑块6121滑动,在本实施例中,该推板6122包括推板本体612a以及卡骨612b。该推板本体612a可安装在第一支座421的导向槽4210中,并可与驱动单元63连接,可在驱动单元63的带动下在导向槽4210中往复移动,进而可带动滑块6121沿导向通道5210往复移动。该卡骨612b可从导向槽4210穿至放置槽4211,当储液结构50放置于该放置槽4211上时,该卡骨612b可插入该卡孔中,从而与滑块6121连接,并同时将储液结构50与支架42卡接,也即,该支架42与该储液结构50之间设置的卡接结构可以为该卡骨612b以及卡孔。
在本实施例中,该驱动单元62可以为电动驱动组件。当然,可以理解地,在其他一些实施例中。该驱动单元62可不限于为电动驱动组件。该驱动单元62可与推板6122连接,并可通过接收控制组件44的控制指令驱动该滑动模组612朝隔断壁423方向滑动,或者朝远离该隔断壁423方向滑动,或者停止滑动。在本实施例中,该驱动单元62包括驱动电机621以及传动机构622。该驱动电机621可与传动机构622连接,用于带动传动机构622传动。在本实施例中,该驱动电机621可通过正反转改变滑块模组612的运动方向。该驱动电机621可与控制组件44连接,由控制组件44启动或者关闭。该传动机构622可与该推板6122连接,可在驱动电机621的驱动下带动推板6122移动。在本实施例中,该传动机构622包括滑套6221以及传动丝杆6222,该传动丝杆6222的一端与驱动电机621连接。该滑套6221套设于该传动丝杆6222上,并通过设置连接件64与推板6122连接。该驱动电机621可驱动该传动丝杆622转动,进而可带动滑套6221在该传动丝杆6222上滑动,从而带动推板6122移动。
在本实施例中,该动力组件63安装于主机40中,并穿至第一支座421放置槽4211。具体地,该动力组件63可设置于该收容腔411中。在本实施例中,该动力组件63包括动力泵631以及连接管路632。在本实施例中,该动力泵631可以为气泵。该动力泵631可与控制组件44连接,可根据控制组件44的控制指令启动或者关闭。该连接管路632可与该动力泵631连接,用于向间隔54输出动力源,以挤压储液构件53输出液态基质。具体地,该动力源可以为气体。当储液结构50安装于支架42上时,该连接管路632的一端可连接至连接通孔524,进而可实现向间隔54输入气体。可以理解地,在其他一些实施例中,该动力源可不限于为气体,该动力组件63不限于包括动力泵631以及连接管路632。
如图2至图4及图29所示,在本实施例中,注液装置2还包括泄压构件70。该泄压构件70设置于储液结构50中,具体位于该底座52上,并可移动安装于第二通道527处,可从第二通道527穿出,可插入电子雾化装置1中。在本实施例中,该泄压构件70可与滑块模组612连接,进而可通过滑块模组612滑动带动移动。当滑块模组612移动至第一位置时,该泄压构件70与电子雾化装置1连接,并可对电子雾化装置1进行泄压;当滑块模组612移动至第二位置时,该泄压构件70可与电子雾化装置1断开连接。具体地,该滑块6121可套设于泄压构件70上,同时连接泄压构件70与注液构件611。该泄压构件70与注液构件611间隔设置,具体地,该泄压构件70与注液构件611可沿导向通道5210的宽度方向间隔设置,并且相互平行,也即当注液构件611插入电子雾化装置1的同时泄压构件70同时也插入电子雾化装置1,当注液构件611注液时可该电子雾化装置1可同时进行泄压,从而可提高电子雾化装置1使用的安全性,保证注液的顺利进行。需要说明的是,在泄压构件70回抽的过程中,注液构件611密封该下液通道523短于注液构件611从电子雾化装置1抽离的行程,从而可以防止储液结构50中的液态基质在注液构件611抽离电子雾化装置1后漏出。
在本实施例中,该泄压构件70呈管状,且为两端贯通的中空结构,内侧可形成输压通道710。该泄压构件70可沿垂直于电子雾化装置1的侧壁移动,并在滑块模组612移动至第一位置时,可沿垂直于电子雾化装置1的侧壁插入电子雾化装置1中,进而可避免换液时混液的问题。在本实施例中,该泄压构件70包括第三管段71、第四管段72以及第二限位管段73。该第三管段71、第二限位管段73、以及第四管段72依次连接,该输压通道710形成于第三管段71、第二限位管段73以及第四管段72中。第三管段71可从底座52穿出,并穿过隔断壁423依次从第一让位孔211b、第二穿孔1115插入第二轨道1214中,可将第二封堵组件16向远离该第二穿孔1115方向推动,打开泄压通道100,并将输压通道710与泄压通道100导通。第四管段72的径向尺寸大于该第三管段71的径向尺寸。该第四管段72可置于第二通道527中。该第二限位管段73的径向尺寸可大于该第四管段72的径向尺寸,用于与滑块6121限位安装。
在本实施例中,该注液装置2还包括位置检测组件80。该位置检测组件80安装于支架42上,具体地,其安装于该第一支座421的第一支撑部421a上,并与控制组件44连接,用于检测注液连接组件61的位置,具体地,该位置检测组件80可通过检测该滑块模组612的位置,进而获知该注液构件611的位置,同时,该位置检测组件80可将检测到的位置信息传输至控制组件44,以便于更准确地实现向电子雾化装置1进行注液。当该注液连接组件61位于第一位置时,也即滑块模组612位于第一位置,且该注液构件611与电子雾化装置1连通,该控制组件44可启动动力组件63驱动储液仓530输出液态基质。当注液连接组件61位于第二位置时,也即滑块模组612位于第二位置时,且注液构件611与电子雾化装置1断开连接,该控制组件44可进入待机状态,此时,动力组件63处于关闭状态。
如图20所示,在本实施例中,位置检测组件80包括第一侦测单元81以及第二侦测单元82。该第一侦测单元81与第一位置对应设置,具体地,其可位于该第一支座421的第一支撑部421a中,且第一位置相对设置,第二侦测单元82与第二位置对应,具体地,其位于第一支撑部421a中,并与第二位置相对设置。该第一侦测单元81以及第二侦测单元82均与控制组件44连接。在本实施例中,该第一侦测单元81和第二侦测单元82均可与控制组件44通过设置导电结构连接,该导电结构可以选择为导线。当滑块模组612滑动至第一位置时,该滑块模组612可与第一侦测单元81接触,该第一侦测单元81可将滑块模组612的位置信息传递至控制组件44,该控制组件44发送控制指令至该动力组件63,该动力组件63启动,可向间隔54输出动力源,挤压储液构件53输出液态基质。当滑块模组612滑动至第二位置时,该滑块模组612可与该第二侦测单元82接触,该第二侦测单元82可将滑块模组612的位置信息传递至控制组件44,该控制组件44可进入待机状态。
在本实施例中,第一侦测单元81可包括相对且间隔设置的两个第一侦测电极811,该推板6122滑动至第一位置时,可卡入该两个第一侦测电极811之间,并将该两个第一侦测电极811导通。可以理解地,在其他一些实施例中,该第一侦测单元81不限于包括两个第一侦测电极811,在一些实施例中,该第一侦测单元81可以为位置传感器或者其他常规位置检测器件。
在本实施例中,该第二侦测单元82可包括相对且间隔设置的两个第二侦测电极821,该推板6122滑动至第二位置时,可卡入该两个第二侦测电极821之间,并将该两个第二侦测电极821导通。可以理解地,在其他一些实施例中,该第二侦测单元82不限于包括两个第二侦测电极821,在一些实施例中,该第二侦测单元82可以为位置传感器或者其他常规位置检测器件。
再如图2至图4所示,在本实施例中,该注液装置2还包括充电结构90,该充电结构90可与控制组件44连接,并可连接至充电支座424,当电子雾化装置1安装至容纳腔4220时,该注液装置2不仅可以对电子雾化装置1进行注液,还可通过充电结构90对电子雾化装置1进行充电。
当电子雾化装置1安装至容纳腔4220时,该控制组件44检测到容纳腔4220中存在有电子雾化装置1,该控制组件44可向驱动电机621发出控制指令,驱动电机621可朝第一方向转动,带动传动机构622传动,从而带动整个注液连接组件61从第二位置移动至第一位置,也即带动滑块模组612从第二位置移动至第一位置,进而带动注液构件611从隔断壁423穿至容纳腔4220并穿入电子雾化装置1的第一轨道1212,将注液通道6110与进液通道1211导通,同时带动泄压构件70从隔断壁423穿至容纳腔4220并穿入电子雾化装置1的第二轨道1214,将输压通道710与泄压通道100导通,以进行泄压。该推板6122滑动至第一位置并卡入两个第一侦测电极811之间,该第一侦测单元81在侦测到推板6122滑动至第一位置时,将注液连接组件61的位置信息传递至控制组件44,该控制组件44向动力组件63发出启动指令,进而启动动力组件63向间隔54输出动力源,挤压储液构件53输出液态基质。当液位检测组件19检测到储液腔1110中的液位达到第一阈值时,发送液位信息至主控板23并通过主控板23发送至控制组件44,该控制组件44向动力组件63发出停止指令,并且向驱动电机621发送控制指令,使得驱动电机621朝第二方向转动,带动传动机构622沿反方向传动,从而带动滑块模组612向第二位置方向移动,进而带动注液构件611从电子雾化装置1退出,并复位。当滑块模组612滑动至第二位置,该推板6122卡入两个第二侦测电极821之间,该第二侦测单元82可侦测到推板6122滑动至第二位置时,将注液连接组件61的位置信息传递至控制组件44,该控制组件44停止驱动动力组件63以及驱动电极621,并进入待机状态,也即整个注液装置2关闭,处于待机状态。用户需要抽吸时,可将电子雾化装置1从容纳腔4220拔出即可。
图30至图36示出了本发明电子雾化系统的第二实施例,其与该第一实施例的区别在于,该支架42的第一支撑部421a可以省去,并且该位置检测组件80也可以省去。
如图37至图39所示,该底座52的凸台5221可以省去。该底座52中导液槽5223可省去,该底座52中的储液槽5220可呈收缩状,并且,该下液孔5222可设置于该储液槽5220的底壁。
如图36及图40所示,该储液结构50还包括下液构件58。在本实施例中,该下液构件58可整体采用柔性材质。当然,可以理解地,在其他一些实施例中,该下液构件58可不限于采用柔性材质。该下液构件58安装于容置槽5211中,可用于连通下液孔5222以及注液构件611。在本实施例中,该下液构件58包括下液部581以及密封部582,该下液部581呈方形块状。该密封部582连接于该下液部581的一侧,并与该下液部581呈一体结构。该密封部582用于密封该注液口525。该下液部581上设置有连接注液构件611并可供注液构件611移动的插接通道5811,该下液部581上还设有与下液孔5222连通的进液通孔5812。该进液通孔5812与该插接通道5811连通,当该注液构件611向第一位置移动时,该储液仓530中的液态基质可从进液通孔5812进入插接通道5811,并从注液构件611的末端进入注液通道6110中。当注液构件611向第二位置移动时,该注液构件611可插设与插接通道5811中,且其壁面可覆盖该进液通孔5812的输出端,进而可密封该进液通孔5812。
在本实施例中,该驱动单元62可以为手动驱动机构。该驱动单元62可包括触发结构623。该触发结构623可与注液连接组件61配合,具体地,其可与注液连接组件61连接,用于向注液连接组件61施加作用力,以带动注液连接组件61移动,并同时触发动力组件63,通过动力组件63将储液仓530中的液态基质输出至注液连接组件61,并通过注液连接组件61对电子雾化装置1进行注液。
如图31及图41所示,在本实施例中,该触发结构623包括触发按键6231,该触发按键6231可从外壳30穿出设置。该触发按键6231可与注液连接组件61连接,具体地,在本实施例中,该触发按键6231可与该推板6122连接。在本实施例中,该触发按键6231包括按压部623a以及连接凸部623b。该按压部623a可从外壳30穿出设置,用于供用户按压。该连接凸部623b可置于收容腔411中,与滑块模组612的推板6122连接。在本实施例中,该连接凸部623b上设置有U型槽623c,该U型槽623c一端设置与推板6122连接的连接口。该U型槽623c的内侧壁且靠近该连接口处设置有限位卡台623d,该限位卡台623d可与推板6122配合限位。该连接凸部623b远离该按压部623a一端的端面设置有连接凸柱623e。该连接凸柱623e可以为两个,该两个连接凸柱623e可位于连接口的两相对侧,其可与推板6122进行插接。
在本实施例中,该触发结构623还包括导向杆6232以及弹性件6233。其中,该导向杆6232可沿垂直于隔断壁423方向延伸设置,用于导向并连接注液连接组件61。具体地,在本实施例中,该导向杆6232可从该推板6122穿过,进而与推板6122连接,且可用于推板6122移动导向。该弹性件6233套设于该导向杆6232上,一端可与推板6122相抵,另一端可与支架43相抵,具体地,该弹性件6233可以为弹簧,其一端可与推板6122相抵,另一端可与隔断壁423相抵。用于在作用于该触发结构623的外力撤离时,带动注液连接组件61复位。
在其他一些实施例中,该触发结构623不限于为触发按键,在其他一些实施例中,该触发结构可以为感应开关,该感应开关可设置于外壳30中,且可注液连接组件61以及动力组件63配合,具体地,其可与控制组件44连接,可用于感应用户是否抽吸该电子雾化装置1,在用户抽吸电子雾化装置1时可向控制组件44发送指令触发注液连接组件61移动并触发动力组件63将储液仓530中的液态基质输出至注液连接组件61以对电子雾化装置1进行注液,实现用户抽吸自动触发。在一些实施例中,该感应开关可以为气动开关,该气动开关可感应电子雾化装置1的压力变化。
如图42及图43所示,在本实施例中,该推板6122还包括触控部612c。该触控部612c设置于该推板本体612a远离该卡骨612b的一端,并沿该推板本体612a的纵向向下延伸,该触控部612c可用于触控动力组件63的开关633。在本实施例中,该推板6122还包括柱体612e,该柱体612e设置于该推板本体612a上,并可朝触发按键6231方向凸出,可从触发按键6231的连接口穿入并卡至限位卡台623d处。该柱体612e为两端贯通结构,内侧可形成供导向杆6232穿设的通道。该推板本体612 a上设置有插孔612d,该插孔612d可与连接凸柱623e对应设置,用于连接凸柱623e插接。在本实施例中,该推板本体612a与该柱体612e凸出方向相背设置的一侧设置有环形安装槽612f,该环形安装槽612f可用于供弹性件6233装入。该弹性件6233的一端可与环形安装槽612f的槽壁抵接,另一端可与支架43抵接。
再如图31所示,在本实施例中,该动力组件63还包括开关633,该开关633设置于该收容腔411中,并与该动力泵631连接,用于启动或者关闭动力泵631。当注液连接组件61位于第一位置,注液连接组件61或触发结构623可触碰开关633启动动力泵631工作。也即滑块模组612移动至第一位置时,该滑动模组612可通过触控部612c触发该开关633。当外力从触发结构623撤离时,该注液连接组件61从第一位置向第二位置移动,该注液连接组件61或触发结构623可与开关633断开连接。也即当推板6122向第二位置移动时,该触控部612c离开开关633,则该开关633可复位,进而关闭动力泵631。
图44示出了本发明电子雾化系统的第三实施例,其与该第一实施例的区别在于,该注液装置2的储液结构50可采用第二实施例中的储液结构50,该隔断组件56可以省去。
可以理解的,以上实施例仅表达了本发明的优选实施方式,其描述较为具体和详细,但并不能因此而理解为对本发明专利范围的限制;应当指出的是,对于本领域的普通技术人员来说,在不脱离本发明构思的前提下,可以对上述技术特点进行自由组合,还可以做出若干变形和改进,这些都属于本发明的保护范围;因此,凡跟本发明权利要求范围所做的等同变换与修饰,均应属于本发明权利要求的涵盖范围。

Claims (16)

  1. 一种注液装置,其特征在于,包括可供电子雾化装置(1)可拆卸安装的容纳腔(4220)、储液仓(530)、供液机构(60)以及控制组件(44);所述控制组件(44)与所述供液机构(60)连接,用于检测所述容纳腔(4220)中是否有电子雾化装置(1)装入;所述供液机构(60)与所述储液仓(530)连通,以在所述电子雾化装置(1)安装至所述容纳腔(4220)时,与所述电子雾化装置(1)连接,并向所述电子雾化装置(1)供液;在所述电子雾化装置(1)从所述容纳腔(4220)拆除时,与所述电子雾化装置(1)断开连接,并停止向所述电子雾化装置(1)供液。
  2. 根据权利要求1所述的注液装置,其特征在于,所述供液机构(60)包括注液连接组件(61)以及驱动所述注液连接组件(61)移动的驱动单元(62),所述驱动单元(62)与所述控制组件(44)连接,当所述电子雾化装置(1)安装至所述容纳腔(4220)时,所述注液连接组件(61)向第一位置移动,并与所述电子雾化装置(1)连接,且与所述储液仓(530)导通;
    当所述电子雾化装置(1)从所述容纳腔(4220)拆除时,所述注液连接组件(61)从向第二位置移动,并与所述电子雾化装置(1)断开连接。
  3. 根据权利要求2所述的注液装置,其特征在于,所述供液机构(60)包括与所述控制组件(44)连接的动力组件(63),当所述注液连接组件(61)与所述电子雾化装置(1)连接时,所述动力组件(63)驱动所述储液仓(530)输出液态基质,并通过所述注液连接组件(61)向所述电子雾化装置(1)进行注液;
    所述注液连接组件(61)与所述电子雾化装置(1)断开连接时,所述动力组件(63)停止驱动所述储液仓(530)向所述注液通道(6111)输出所述液态基质。
  4. 根据权利要求2所述的注液装置,其特征在于,所述注液连接组件(61)所述注液连接组件(61)形成有注液通道(6111)。
  5. 根据权利要求4所述的注液装置,其特征在于,所述注液连接组件(61)包括滑块(6121)、以及连接于所述滑块(6121)上的注液构件(611),所述注液通道(6111)形成于所述注液构件(611)中;所述滑块(6121)可在所述第一位置以及所述第二位置滑动,进而带动所述注液构件(611)靠近或远离所述电子雾化装置(1)。
  6. 根据权利要求1所述的注液装置,其特征在于,还包括可被挤压出液的储液构件(53),所述储液腔(1110)形成于所述储液构件(53)中。
  7. 根据权利要求6所述的注液装置,其特征在于,还包括套设于所述储液构件(53)外围的壳体,所述壳体与所述储液构件(53)之间留设有间隔(54);
    所述供液机构(60)包括动力组件(63),所述动力组件(63)与所述控制组件(44)连接,并与所述间隔(54)连接,用于在所述供液机构(60)与电子雾化装置(1)连接时向所述间隔(54)供应动力源以挤压所述储液构件(53)输出液态基质。
  8. 根据权利要求1所述的注液装置,其特征在于, 所述注液装置包括收容所述控制组件(44)的收容腔(411)以及支架(42);
    所述容纳腔(4220)形成于所述支架(42)上;所述支架(42)上设有将所述收容腔(411)和所述容纳腔(4220)隔断的隔断壁(423),所述隔断壁(423)上设置通孔(4231),用于供所述供液机构(60)穿至所述容纳腔(4220)。
  9. 一种电子雾化系统,其特征在于,包括电子雾化装置(1)、以及权利要求1至8任一项所述的注液装置(2),所述电子雾化装置(1)可拆卸安装于所述注液装置(2)的容纳腔(4220)中,所述注液装置(2)在所述电子雾化装置(1)装入所述容纳腔(4220)时,向所述电子雾化装置(1)进行供液。
  10. 根据权利要求9所述的电子雾化系统,其特征在于,所述电子雾化装置(1)包括储液腔(1110)以及至少部分设置于所述储液腔(1110)中的液位检测组件(19),所述液位检测组件(19)与所述注液装置(2)的控制组件(44)电连接,当所述储液腔(1110)中的液位达到设定阈值时,所述控制组件(44)根据所述液位检测组件(19)检测到的液位信息停止所述注液装置(2)的供液机构(60)的注液动作。
  11. 根据权利要求10所述的电子雾化系统,其特征在于,所述液位检测组件(19)包括第一检测单元(191)以及第二检测单元(192);所述第一检测单元(191)以及所述第二检测单元(192)间隔设置于所述储液腔(1110)的两相对侧。
  12. 根据权利要求11所述的电子雾化系统,其特征在于,所述储液腔(1110)包括沿下液方向依次设置的第一端、以及第二端;
    所述第一检测单元(191)包括伸入所述储液腔(1110)设置的第一探测部(1912);
    所述第二检测单元(192)包括伸入所述储液腔(1110)设置的第二探测部(1922);
    所述第一探测部(1912)靠近所述第一端设置;
    所述第二探测部(1922)靠近所述第二端设置。
  13. 根据权利要求12所述的电子雾化系统,其特征在于,所述第一检测单元(191)包括第一主体部(1911);所述第一探测部(1912)设置于所述第一主体部(1911)的一端,且与所述第一主体部(1911)弯折设置;
    和/或,所述第二检测单元(192)包括第二主体部(1921);所述第二探测部(1922)设置于所述第二主体部(1921)的一端,且与所述第二主体部(1921)弯折设置。
  14. 根据权利要求13所述的电子雾化系统,其特征在于,所述电子雾化装置(1)还包括具有装配口(1118)的雾化壳(111),所述第一主体部(1911)和/或所述第二主体部(1921)设置于所述雾化壳(111)上并朝所述装配口(1118)延伸。
  15. 根据权利要求14所述的电子雾化系统,其特征在于,所述第一主体部(1911)和/或所述第二主体部(1921)与所述雾化壳(111)呈一体结构。
  16. 根据权利要求10所述的电子雾化系统,其特征在于,所述电子雾化装置(1)还包括主控板(23),所述液位检测组件(19)与所述主控板(23)连接,所述主控板(23)与所述控制组件(44)连接。
PCT/CN2022/118268 2022-09-09 2022-09-09 电子雾化系统及注液装置 WO2024050847A1 (zh)

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