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WO2016127327A1 - 一种用于测量电子烟的雾化器阻值的测量设备 - Google Patents

一种用于测量电子烟的雾化器阻值的测量设备 Download PDF

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Publication number
WO2016127327A1
WO2016127327A1 PCT/CN2015/072722 CN2015072722W WO2016127327A1 WO 2016127327 A1 WO2016127327 A1 WO 2016127327A1 CN 2015072722 W CN2015072722 W CN 2015072722W WO 2016127327 A1 WO2016127327 A1 WO 2016127327A1
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WO
WIPO (PCT)
Prior art keywords
atomizer
controller
measuring device
resistance
probe
Prior art date
Application number
PCT/CN2015/072722
Other languages
English (en)
French (fr)
Inventor
刘秋明
向智勇
Original Assignee
惠州市吉瑞科技有限公司
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 惠州市吉瑞科技有限公司 filed Critical 惠州市吉瑞科技有限公司
Priority to PCT/CN2015/072722 priority Critical patent/WO2016127327A1/zh
Publication of WO2016127327A1 publication Critical patent/WO2016127327A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
    • A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
    • A24F40/80—Testing
    • G—PHYSICS
    • G01—MEASURING; TESTING
    • G01R—MEASURING ELECTRIC VARIABLES; MEASURING MAGNETIC VARIABLES
    • G01R27/00—Arrangements for measuring resistance, reactance, impedance, or electric characteristics derived therefrom
    • G01R27/02—Measuring real or complex resistance, reactance, impedance, or other two-pole characteristics derived therefrom, e.g. time constant
    • A—HUMAN NECESSITIES
    • A24—TOBACCO; CIGARS; CIGARETTES; SIMULATED SMOKING DEVICES; SMOKERS' REQUISITES
    • A24F—SMOKERS' REQUISITES; MATCH BOXES; SIMULATED SMOKING DEVICES
    • A24F40/00—Electrically operated smoking devices; Component parts thereof; Manufacture thereof; Maintenance or testing thereof; Charging means specially adapted therefor
    • A24F40/10—Devices using liquid inhalable precursors

Definitions

  • the utility model relates to the field of electronic cigarettes, in particular to a measuring device for measuring the resistance value of an atomizer of an electronic cigarette.
  • the disadvantages of measuring the resistance value of the atomizer of the electronic cigarette by the prior art are: 1) the efficiency is slow, and one manual measurement is needed, thereby increasing the production cost of the electronic cigarette; 2) During the measurement process, the user is required to contact the atomizer, thereby increasing the possibility of the atomizer being contaminated, thereby reducing the service life of the electronic cigarette.
  • the utility model provides a measuring device for measuring the resistance of an atomizer of an electronic cigarette
  • a measuring device for measuring the resistance of an atomizer of an electronic cigarette comprising:
  • a first power device is disposed, so that the first power device drives the pressure plate to move toward the atomizer mount under the control of the controller until the pressure plate Covered on the atomizer on the atomizer mount;
  • Electrically connecting with the controller is provided with a second power device, and the second power device is configured to drive the atomizer holder to move according to the control of the controller, so that each of the atomizers can be sequentially Move to the target position;
  • a resistance measuring device for measuring the resistance of the atomizer
  • the probe set is disposed such that the atomizer located at the target position and the probe set are correspondingly disposed along an axial direction of the atomizer;
  • a prompt state is generated under control, and the prompt state is used to indicate whether the atomizer resistance value at the target position is within a preset range.
  • the measuring device further comprises:
  • the controller Electrically connected to the controller is provided with a third power device, and the third power device is configured to drive the probe set along the atomizer located at the target position according to the control of the controller The direction is moved until the probe set abuts the atomizer to enable the resistance measuring device to measure the resistance of the atomizer at the target position through the probe set.
  • the second power device comprises:
  • a servo motor electrically connected to the controller
  • Connecting with the servo motor is provided with a screw rod, and the screw rod can be rotated by the servo motor;
  • a movable block is sleeved on the screw rod, and the atomizer fixing base is fixedly connected with the movable block, so that the servo motor drives the screw to rotate under the control of the controller. So that the movable block drives the guiding movement of the atomizer holder along the screw rod;
  • the measuring device further includes:
  • the first inductor is configured to sense whether the atomizer mount moves to a position close to the first inductor, and if yes, the controller passes The servo motor controls the screw to stop rotating.
  • the measuring device further comprises:
  • the third power device includes:
  • the needle set fixing seat moves to a preset position
  • the probe set includes a first probe and a second probe such that the first probe and the mist at the target position are moved when the probe holder is moved to the preset position
  • the outer electrode of the neutralizer abuts, and the second probe abuts the inner electrode of the atomizer at the target position.
  • the first power device comprises:
  • a second cylinder and a third cylinder that are electrically connected to the controller
  • the second cylinder is provided with a second push rod
  • the third cylinder is provided with a third push rod
  • the pressure plate is simultaneously connected with the second push rod and the third push rod, so that the second cylinder and the first a three-cylinder, under the control of the controller, pushes the pressure plate in a direction toward the atomizer mount by the second push rod and the third push rod until the pressure plate cover is disposed in the The atomizer on the atomizer mount.
  • the measuring device further comprises:
  • a second inductor is disposed, and the first inductor and the second inductor are disposed at two ends of the movable block, so that the atomizer is fixed in the Moving between the first inductor and the second inductor, the second inductor is configured to sense whether the movable block moves to a position close to the second inductor, and if so, the controller passes the The servo motor controls the screw to stop rotating.
  • the atomizer mount comprises:
  • first fixed sub-seat wherein the first end of the first fixed sub-seat is fixedly connected to the movable block, and the second end of the first fixed sub-seat is hollowed out with a mounting position;
  • a second fixing sub-seat wherein the second fixing sub-seat is inserted in the mounting position, and the second fixing sub-seat has an interference fit with the mounting position, and the second fixed sub-seat is disposed a slot such that the atomizer is insertably secured within the slot and the bottom of the slot is hollowed out such that the probe is positioned in the target position A set can pass through the bottom of the slot to insert into the interior of the nebulizer.
  • the second fixed sub-seat is provided with a plurality of sets of slots, each set of slots are arranged in parallel with each other, and the number of the slots included in each set of slots is equal;
  • the number of the probe sets is equal to the number of the slots included in each set of slots, such that the slot at the target position and the probe set are along the axial direction of the atomizer Corresponding settings;
  • the spacing between any two adjacent sets of the slots is 13 mm.
  • the prompting device is a prompting light group
  • the prompting light group includes a first indicator light and a second indicator light
  • the first indicator light is used to indicate that the atomizer resistance value is within a preset range.
  • a prompting state where the second indicator light is used to indicate a prompt state that the atomizer resistance value is not within a preset range;
  • the number of the indicator light groups is equal to the number of the slots included in each group slot, so that each of the prompt light groups respectively corresponds to each of the atomizers located at the target position, so that each The prompt light group is respectively configured to indicate whether the atomizer resistance value corresponding to the target position is located in the pre-predetermined Set within the scope.
  • a first through hole is disposed through the first end of the first fixing sub-seat, a second through hole is disposed through a position corresponding to the first through hole, and the first through hole and the An internal thread is disposed in the second through hole;
  • the measuring device further includes a screw such that the screw is screwed into the first through hole and the second through hole in sequence such that the movable block is fixedly coupled to the first fixed sub-seat.
  • the resistance measuring device is a four-and-a-half set resistance surface meter.
  • the utility model provides a measuring device for measuring the resistance of an atomizer of an electronic cigarette, comprising: an atomizer fixing seat, a pressure plate disposed above the atomizer fixing seat, a controller, and the control
  • the first electrical device is electrically connected to the controller
  • the second power device is electrically connected to the controller
  • the electric resistance measuring device for measuring the resistance of the atomizer is electrically connected to the controller
  • the resistance measuring device is electrically connected to the probe set, and is electrically connected to the controller, and is provided with a prompting device;
  • the atomizer fixedly disposed on the atomizer fixing seat can be sequentially driven by the second power device Moving to a target position such that when the atomizer is in the target position, the probe set electrically connected to the resistance measuring device can be inserted inside the nebulizer to cause the probe set Abutting the electrode of the atomizer, thereby enabling the resistance measuring device to measure the resistance of the atomizer through the probe set, and inserting the probe group into the atomization Inside
  • FIG. 1 is a schematic overall structural view of a preferred embodiment of a measuring device provided by the present invention.
  • FIG. 2 is a side view showing a preferred embodiment of a measuring device provided by the present invention.
  • FIG. 3 is a side structural view of another preferred embodiment of the measuring device provided by the present invention.
  • FIG. 4 is a side view showing another preferred embodiment of the measuring device provided by the present invention.
  • Figure 5 is a side view showing another preferred embodiment of the measuring device provided by the present invention.
  • FIG. 6 is a schematic enlarged view showing a partial structure of a preferred embodiment of the measuring device provided by the present invention.
  • Figure 7 is a side view showing another preferred embodiment of the measuring device provided by the present invention.
  • FIG. 8 is a schematic overall structural view of another preferred embodiment of the measuring device provided by the present invention.
  • the first embodiment provides a measurement device.
  • the measurement device provided by the embodiment can automatically measure the resistance of the atomizer, and does not require manual participation in the measurement process, thereby improving efficiency. Effectively avoiding the occurrence of contamination of the atomizer;
  • the specific structure of the atomizer shown in this embodiment is a prior art, which is used to atomize the smoke oil to generate smoke that can be used by the user. This embodiment does not describe the specific structure of the atomizer.
  • FIG. 1 is a schematic structural view of a preferred embodiment of the measuring device provided by the present invention.
  • the measurement device provided in this embodiment includes:
  • the specific structure of the fixed platform 100 is not limited in this embodiment, as long as the devices of the measuring device can be stably disposed on the fixed platform 100.
  • the fixed platform 100 is provided with an atomizer fixing base 101 for placing the atomizer 102;
  • the specific structure of the atomizer fixing base 101 is not limited in this embodiment, as long as the atomizer
  • the embodiment can be placed on the atomizer holder 101, and the embodiment is not limited to how the atomizer 102 is fixed on the atomizer holder 101, and the embodiment is not limited.
  • the number and arrangement of the atomizers 102 on the atomizer holder 101 are not limited.
  • the atomizers 102 located on the atomizer holder 101 may be regularly arranged or randomly. arrangement.
  • the specific structure of the pressure plate 103 is not limited in this embodiment, as long as the area of the pressure plate 103 is greater than or equal to the area enclosed by the atomizer 102 located on the atomizer holder 101.
  • the specific configuration of the controller is not limited in this embodiment, and the specific structure of the controller is a prior art, and is not described in this embodiment.
  • the specific structure of the first power unit 104 is not limited in this embodiment, as long as the first power unit 104 can drive the pressure plate 103 along the atomizer holder 101 under the control of the controller.
  • the specific structure of the second power unit 105 is not limited in this embodiment, as long as the second power unit 105 can move the atomizer holder 101 according to the control of the controller, so that each of the The atomizer 102 can be sequentially moved to the target position;
  • a resistance measuring device 106 for measuring the resistance of the atomizer 102
  • the resistance measuring device 106 is not limited, as long as the resistance value of each atomizer 102 can be measured by the resistance measuring device 106.
  • the probe set 107 is electrically connected to the resistance measuring device 106;
  • the specific number and arrangement manner of the probe set 107 are not limited in this embodiment, as long as the atomizer 102 and the probe set 107 located at the target position are along the axis of the atomizer 102.
  • the corresponding setting may be as shown in FIG. 2, which may further enable the resistance measuring device 106 to perform the measurement of the resistance value of the atomizer 102 located at the target position by the probe set 107;
  • the resistance measuring device 106 is preset with a preset range, and the resistance measuring device 106 measures, by the probe set 107, whether the resistance of the atomizer 102 located at the target position is located in the preset
  • the resistance measuring device 106 measures, by the probe set 107, whether the resistance of the atomizer 102 located at the target position is located in the preset
  • the atomizer 102 having a resistance value within the preset range is capable of working normally, and the heating wire for ensuring that the atomizer 102 is used to atomize the smoke oil to generate smoke does not overheat;
  • the preset range preset by the resistance measuring device 106 is not limited, and may be customized by the user according to requirements.
  • the present embodiment does not limit the prompting device, as long as the prompting device can generate a prompt state under the control of the controller, and the prompt state is used to indicate the atomizer resistance value at the target position. Whether it is within the preset range;
  • the prompting device may be a prompt light or a sounding device.
  • the atomizer 102 fixedly disposed on the atomizer mount 101 can be sequentially moved to the target position by the second power device 105, so that when the atomizer 102 is located
  • the probe set 107 electrically connected to the resistance measuring device 106 can be inserted into the inside of the atomizer 102 such that the probe set 107 and the electrode of the atomizer 102 are resisted.
  • the pressure plate 103 is disposed on the atomizer 102 on the atomizer fixing base 101 under the driving of the first power unit 104, so that the atomizer 102 does not move away from the atomizer 102.
  • the direction movement of the atomizer holder 101 is effective to ensure that the probe set 107 can be smoothly inserted into the atomizer 102, thereby effectively securing the probe set 107 and the atomizer 102.
  • the electrode is abutted, and the measuring device shown in this embodiment can be used to Resistance measurement is automated, greatly reducing the manual involvement, effectively improve the resistance measurement nebulizer efficiency, avoids the possibility of the resistance measurement process atomiser contamination.
  • Embodiment 2 This embodiment describes in detail how the measuring device specifically measures the resistance value of the atomizer:
  • the present embodiment provides two measurement methods. It is to be understood that the measurement of the measurement device is preferred in the embodiment, and is not limited;
  • step 101 the measuring device is in an initial state
  • FIG. 3 is a schematic side view of another preferred embodiment of the measuring device provided by the present invention.
  • the initial state shown in this embodiment is a state in which the atomizer holder 101 is moved to an initial position, wherein the initial position is that the atomizer holder 101 drives the atomizer 102 to move to The probe set 107 is on one side and away from the position of the probe set 107;
  • a first inductor 301 is disposed at the initial position
  • the first sensor 301 is electrically connected to the controller, so that if the atomizer holder 101 is moved to the initial position, the first sensor 301 generates a first sensing signal correspondingly to And causing the controller to determine that the atomizer mount 101 is moved to the initial position according to the first sensing signal;
  • the second power unit 105 drives the atomizer holder 101 to move according to the control of the controller, so that the atomizer holder 101 can be moved to the initial position;
  • the second power unit 105 includes:
  • a servo motor 201 electrically connected to the controller
  • the servo motor 201 of the embodiment is an engine that can control the operation of the mechanical component under the control of the controller;
  • a screw 202 is disposed in the servo motor 201, and the screw 202 is rotatable by the servo motor 201;
  • a movable block 203 is disposed on the screw rod 202 (as shown in FIG. 3);
  • the atomizer holder 101 is fixedly connected to the movable block 203, so that the servo motor 201 drives the screw 202 to rotate under the control of the controller, so that the movable block 203 is driven.
  • the screw rod 202 drives the atomizer holder 101 to move in a direction close to the initial position. If the servo motor 201 drives the screw rod 202 to rotate in a clockwise direction, the screw rod 202 drives the mist. The fixture mount 101 moves in a direction away from the initial position;
  • the screw rod 202 drives the atomizer holder 101 to move in a direction away from the initial position, so that the screw rod 202 is clockwise.
  • the screw rod 202 drives the atomizer holder 101 to move in a direction close to the initial position.
  • the measuring device shown in this embodiment further includes a first button 303, and the first button 303 is electrically connected to the controller;
  • a first trigger signal is generated correspondingly, so that the controller controls the servo motor 201 to drive the servo motor 201 according to the first trigger signal.
  • the screw 202 rotates until the atomizer mount 101 moves to an initial position, so that the first inductor 301 generates the first induction according to the atomizer mount 101 located at the initial position.
  • a signal so that the controller determines that the atomizer mount 101 is moved to the initial position according to the first sensing signal, and the controller controls the screw 202 by the servo motor 201
  • the rotation is stopped, and the state of the measuring device is as shown in FIG.
  • Step 102 Start the measuring device.
  • the measuring device shown in this embodiment further includes a second button switch 304, and the second button switch 304 is electrically connected to the controller to enable the controller to receive through the second button switch 304.
  • the controller correspondingly generates a second trigger signal, so that the controller controls the servo motor 201 to rotate the screw 202 according to the second trigger signal, so that the atomization
  • the holder mount 101 moves to the target position;
  • the atomizer mount 101 shown in this embodiment includes:
  • a first fixed sub-mount 305, and a first end of the first fixed sub-mount 305 is fixedly connected to the movable block 203, and a second end of the first fixed sub-mount 305 is provided.
  • the end of the hollow is provided with a mounting position;
  • the first end of the first fixed sub-mount 305 and the movable block 203 The fixed connection is configured to enable the movable block 203 to move the first fixed sub-mount 305, so that the lead screw 202 can be driven by the servo motor 201 to drive the first fixed member.
  • Block 305 sports.
  • a second fixing sub-mount 306 and the second fixing sub-mount 306 is inserted into the mounting position, and the second fixing sub-mount 306 is interference-fitted with the mounting position to make the first fixing
  • the sub-mount 305 fixes the second fixing sub-mount 306 by its mounting position
  • the second fixing sub-seat 306 is provided with a plurality of slots, so that the atomizer 102 can be inserted and fixed in the slot;
  • the bottom of the slot is hollowed out so that when the atomizer 102 is in the target position, the probe set 107 can pass through the bottom of the slot to be inserted inside the atomizer 102.
  • the second fixed sub-seat 306 is provided with a plurality of sets of slots, and each set of slots is disposed in parallel with each other, and the number of the slots included in each set of slots is equal;
  • the second fixed sub-seat 306 is provided with 10 sets of slots as an example, that is, the first set of slots is up to the 10th set of slots;
  • the spacing between any adjacent two sets of the slots is 13 mm.
  • the above-mentioned arrangement of the atomizer holder 101 is exemplified and not limited, as long as the atomizer holder 101 can be driven by the second power unit 105.
  • the initial position is moved to the target position; and in the embodiment, the number of the slots and the setting manner are all illustrated and are not limited.
  • a first through hole is disposed through the first end of the first fixed sub-mount 305, and a second through hole is disposed through a position corresponding to the first through hole of the movable block 203, and the first through hole And the second through hole is provided with an internal thread;
  • the measuring device further includes a screw such that the screw is screwed into the first through hole and the second through hole in sequence, so that the movable block 203 is fixedly coupled to the first fixed sub-mount 305 to realize Live a fixed connection relationship between the movable block 203 and the atomizer mount 101;
  • the above-mentioned fixed connection manner between the movable block 203 and the atomizer fixing base 101 is a preferred example, which is not limited as long as the movable block 203 and the atomization can be realized.
  • the fixed connection relationship between the holders 101 can be.
  • Step 103 After the measuring device is started, the first power device 104 drives the pressure plate 103 to move toward the atomizer fixing base 101 under the control of the controller until the pressure plate 103 is covered. On the atomizer 102 on the atomizer mount 101;
  • FIG. 4 is another of the measuring devices provided by the present invention.
  • FIG. 4 is another of the measuring devices provided by the present invention.
  • the pressure plate 103 shown in this embodiment is abutted against the end of the atomizer 102, so that the pressure plate 103 can effectively control the atomizer 102 to face away from the mist.
  • the direction of movement of the fixture mount 101 is effective to ensure efficiency and accuracy in the measurement of the resistance of the atomizer 102.
  • first power device 104 Specifically, the specific structure of the first power device 104 is described in detail below:
  • the first power device 104 includes:
  • the second cylinder 401 and the third cylinder 402 are electrically connected to the controller;
  • the second cylinder 401 is provided with a second push rod 403
  • the third cylinder 402 is provided with a third push rod 404
  • the pressure plate 103 is simultaneously with the second push rod 403 and the third push rod 404 is connected to enable the second cylinder 401 and the third cylinder 402 to push the pressure plate 103 along the second push rod 403 and the third push rod 404 under the control of the controller.
  • the direction of the atomizer holder 101 is moved until the platen 103 is placed on the atomizer 102 on the atomizer holder 101.
  • Step 104 The atomizer mount 101 is driven by the second power unit 105 such that each group of slots moves to the target position in sequence, and each group of slots moves to the target position.
  • the resistance measuring device 106 measures the resistance of the atomizer 102 at the target position;
  • the pressure plate 103 is always fixed to the atomizer during the movement of the atomizer fixing base 101 along the second power device 105 along the target position.
  • the atomizer holder 101 is provided with 10 sets of slots as an example for description. Then, the atomizer mount 101 firstly causes the first group to be inserted under the driving of the second power unit 105. Moving the slot to the target position until the 10th set of slots moves to the target position;
  • FIG. 5 is another preferred embodiment of the measuring device provided by the present invention.
  • FIG. 5 is another preferred embodiment of the measuring device provided by the present invention.
  • FIG. 5 is a schematic side view showing the structure of the measuring device when the first group of slots is moved to the target position
  • the resistance measuring device 106 is configured to perform resistance measurement on the atomizer 102 located in the first group slot;
  • the measuring device further comprises:
  • a probe set holder 505 for fixing the probe set 107 (see also FIG. 2);
  • the specific structure of the probe set fixing base 505 is not limited in this embodiment, as long as the probe set 107 can be fixed by the probe set fixing base 505;
  • the following describes in detail how the resistance measuring device 106 measures the resistance of the atomizer 102 located in the first group slot:
  • the measuring device further includes:
  • the controller Electrically connected to the controller is provided with a third power device 502, and the third power device 502 is configured to drive the probe group 107 along the mist toward the target position according to the control of the controller.
  • the direction of movement of the chemist 102 until the probe set 107 abuts the atomizer 102 to enable the resistance measuring device 106 to measure the fog at the target position through the probe set 107 The resistance of the chemist 102.
  • the third power device 502 includes:
  • a first cylinder 503 electrically connected to the controller, the first cylinder 503 being provided with a first push rod 504 to pass the first cylinder 503 through the first push rod under the control of the controller 504 pushes the probe set fixing base 505 to a preset position;
  • the number of the probe sets 107 is equal to the number of the slots included in each set of slots, so that the slot located at the target location and the probe set along the atomizer 102 Axial corresponding setting;
  • the probe set fixing seat 505 is moved to the preset position, the probe set fixing seat The 505 is disposed corresponding to the atomizer 102 at the target position along the axial direction of the atomizer 102.
  • FIG. 6 is a schematic enlarged view of a partial structure of a preferred embodiment of the measuring device provided by the present invention; more specifically, FIG. 6 is a region 501 shown in FIG. 5 . Partial magnification diagram;
  • the probe set 107 includes a first probe 601 and a second probe 602 such that when the probe holder 505 is moved to the preset position, the first probe 601 is located at the target The outer electrode 603 of the atomizer 102 at the position abuts, and the second probe 602 abuts the inner electrode 604 of the atomizer 102 at the target position.
  • the resistance measuring device 106 electrically connected to the probe set 107 measures the resistance of the atomizer 102 at the target position.
  • the resistance measuring device 106 shown in this embodiment is a four-and-a-half set resistance surface meter.
  • the measuring device further includes a prompting device;
  • the prompting device shown in this embodiment is a prompt light group 405;
  • the number of the indicator light groups 405 is equal to the number of the slots included in each group of slots, so that each of the indicator light groups respectively corresponds to each of the atomizers 102 located at the target position. Therefore, each of the indicator light groups 405 is used to indicate whether the atomizer resistance value corresponding to the target position is within a preset range.
  • the number of slots included in each group of slots is ten, in this embodiment, the groups are inserted.
  • the number of the indicator light groups 405 corresponding to the number of slots included in the slot is also 10, so that each of the indicator light groups 405 respectively indicates the atomizer located at the target position corresponding thereto. Whether the resistance is within the preset range;
  • the indicator light group 405 includes a first indicator light 4051 and a second indicator light 4052, and the first indicator light 4051 is used to indicate a prompt state that the atomizer 102 has a resistance value within a preset range.
  • the second indicator light 4052 is used to indicate a prompt state in which the resistance of the atomizer 102 is not within a preset range;
  • the user can determine whether the resistance of the atomizer 102 corresponding to the prompt light group 405 is preset.
  • the first indicator light 4051 when the first indicator light 4051 emits green light, it indicates that the atomizer 102 is in a prompt state within a preset range, and if the second indicator light 4052 emits red light, it indicates the The prompt state of the atomizer 102 resistance value not within the preset range;
  • the first indicator light 4051 when the first indicator light 4051 is always on, it indicates that the atomizer 102 is in a prompt state within a preset range, and if the second indicator light 4052 is flashing at a certain frequency, the indication is The atomizer 102 has a resistance state that is not within a preset range.
  • the probe set 107 After measuring the resistance value of the atomizer 102 located in the first group slot by the above description, the probe set 107 is reset by the third power device 502, when the second group slot When the inner atomizer 102 is moved to the target position, the probe set 107 is inserted into the atomizer 102 inserted into the second group of slots in the third power unit 502 to The resistance of the atomizer 102 in the second set of slots is measured until the probe set 107 measures the resistance of all of the atomizers 102;
  • FIG. 7 is a measuring device provided by the utility model.
  • FIG. 7 is a measuring device provided by the utility model.
  • the third power device 502 drives the probe set 107. Resetting, thereby causing the probe set 107 to be detached from the atomizer 102 at the target position;
  • controller controls the resetting of the pressure plate 103 by the first power device 104 to disengage the pressure plate 103 from the atomizer 102;
  • the controller drives the screw 202 to rotate by the servo motor 201, so that the movable block 203 drives the atomizer mount 101 to reset, that is, the atomizer mount 101 is re-transported. Moving to a position close to the first inductor 301, so that the user can reposition the atomizer 102 on the nebulizer mount 101, so that the measuring device shown in this embodiment can restart measurement The resistance of the atomizer 102 located on the nebulizer mount 101.
  • test method is the same as the above measurement method, except that after all the atomizers 102 on the atomizer mount 101 are measured, the controller does not need to be
  • the movable block 203 drives the atomizer holder 101 to be reset;
  • FIG. 8 is a schematic diagram of an overall structure of another preferred embodiment of the measuring device provided by the present invention.
  • the measuring device further includes:
  • a second inductor 801 is disposed in electrical connection with the controller, and the first inductor 301 and the second inductor 801 are disposed at both ends of the movable block 203 to fix the atomizer
  • the seat 101 moves between the first inductor 301 and the second inductor 801;
  • the second sensor 801 is configured to sense whether the movable block 203 moves to a position close to the second inductor 801, and if yes, the controller controls the screw 202 to stop rotating by the servo motor 201. .
  • the measuring device pairs all the fogs located on the atomizer mount 101.
  • the resistance of the concentrator 102 is tested, and the user can insert a new atomizer 102 onto the atomizer holder 101. At this time, the resistance of the atomizer 102 can be performed without resetting. measuring;

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  • Measurement Of Resistance Or Impedance (AREA)

Abstract

一种用于测量电子烟的雾化器阻值的测量设备，包括：雾化器固定座（101），压板（103），控制器，与该控制器电连接设置有第一动力装置（104），第二动力装置（105），电阻测量装置（106）以及提示装置；与电阻测量装置（106）电连接设置有探针组（107）。电阻测量装置（106）能够通过探针组（107）对雾化器（102）的阻值进行测量。压板（103）在第一动力装置（104）的带动下盖设在雾化器（102）上，使得雾化器（102）不会沿远离雾化器固定座（101）的方向运动，进而能够对雾化器（102）的阻值进行自动化的测量。通过提示装置使得用户能够明确地掌握各雾化器（102）的阻值是否在预设范围内。该测量装置大大减少了人工的参与，有效地提升了测量雾化器阻值的效率，避免了阻值测量过程中雾化器（102）被污染的可能性。

Description

一种用于测量电子烟的雾化器阻值的测量设备 技术领域
本实用新型涉及电子烟领域，尤其涉及的是一种用于测量电子烟的雾化器阻值的测量设备。
背景技术
现有技术中，为了保障出厂的电子烟的雾化器的阻值满足要求，则需要人工对雾化器的阻值进行逐一的测量；
可见，通过现有技术对电子烟的雾化器的阻值进行测量的弊端在于，1)、效率较慢，需要人工一个个的测量，从而提升了电子烟的生产成本；2)、因人工测量的过程中，需要用户接触所述雾化器，从而加大了雾化器被污染的可能性，进而降低了电子烟的使用寿命。
实用新型内容
本实用新型提供了一种用于测量电子烟的雾化器阻值的测量设备；
一种用于测量电子烟的雾化器阻值的测量设备，其中，包括：
用于放置雾化器的雾化器固定座；
设置于所述雾化器固定座上方的压板；
控制器；
与所述控制器电连接设置有第一动力装置，以使所述第一动力装置在所述控制器的控制下带动所述压板沿朝向所述雾化器固定座方向运动，直至所述压板盖设在所述雾化器固定座上的所述雾化器上；
与所述控制器电连接设置有第二动力装置，且所述第二动力装置用于根据所述控制器的控制带动所述雾化器固定座运动，以使各所述雾化器能够依次运动至目标位置；
与所述控制器电连接设置有用于测量所述雾化器阻值的电阻测量装置；
与所述电阻测量装置电连接设置有探针组，使得位于所述目标位置的所述雾化器与所述探针组沿所述雾化器的轴向对应设置；
与所述控制器电连接设置有提示装置，所述提示装置用于在所述控制器的 控制下生成提示状态，所述提示状态用于指示位于所述目标位置的所述雾化器阻值是否位于预设范围内。
优选的，所述测量设备还包括：
与所述控制器电连接设置有第三动力装置，且所述第三动力装置用于根据所述控制器的控制带动所述探针组沿朝向位于所述目标位置的所述雾化器的方向运动，直至所述探针组与所述雾化器抵接，以使所述电阻测量装置能够通过所述探针组测量位于所述目标位置的所述雾化器的阻值。
优选的，所述第二动力装置包括：
与所述控制器电连接的伺服电机；
与所述伺服电机连接设置有丝杆，且所述丝杆可在所述伺服电机的带动下旋转；
在所述丝杆上套设有活动块，且所述雾化器固定座与所述活动块固定连接设置，以使所述伺服电机在所述控制器的控制下带动所述丝杆旋转，以使所述活动块带动所述雾化器固定座沿所述丝杆的导向运动；
所述测量设备还包括：
与所述控制器电连接设置有第一感应器，所述第一感应器用于感应所述雾化器固定座是否运动至靠近所述第一感应器的位置，若是，则所述控制器通过所述伺服电机控制所述丝杆停止旋转。
优选的，所述测量设备还包括：
用于固定所述探针组的探针组固定座；
所述第三动力装置包括：
与所述控制器电连接的第一气缸，所述第一气缸设置有第一推杆，以使所述第一气缸在所述控制器的控制下通过所述第一推杆推动所述探针组固定座运动至预设位置；
所述探针组包括第一探针和第二探针，以使若所述探针固定座运动至所述预设位置时，所述第一探针与位于所述目标位置的所述雾化器的外电极相抵接，所述第二探针与位于所述目标位置的所述雾化器的内电极相抵接。
优选的，所述第一动力装置包括：
与所述控制器电连接设置的第二气缸和第三气缸，且所述第二气缸设置有 第二推杆，所述第三气缸设置有第三推杆，且所述压板同时与所述第二推杆和所述第三推杆连接设置，以使所述第二气缸和所述第三气缸在所述控制器的控制下，通过所述第二推杆和所述第三推杆推动所述压板沿朝向所述雾化器固定座方向运动，直至所述压板盖设在所述雾化器固定座上的所述雾化器上。
优选的，所述测量设备还包括：
与所述控制器电连接设置有第二感应器，且所述第一感应器和所述第二感应器设置在所述活动块的两端，以使所述雾化器固定座在所述第一感应器和所述第二感应器之间运动，所述第二感应器用于感应所述活动块是否运动至靠近所述第二感应器的位置，若是，则所述控制器通过所述伺服电机控制所述丝杆停止旋转。
优选的，所述雾化器固定座包括：
第一固定子座，且所述第一固定子座的第一端与所述活动块固定连接设置，所述第一固定子座的第二端镂空设置有安装位；
第二固定子座，且所述第二固定子座插设在所述安装位上，且所述第二固定子座与所述安装位过盈配合，所述第二固定子座设置有多个插槽，以使所述雾化器可插设固定在所述插槽内，且所述插槽的底部镂空设置，以使所述雾化器位于所述目标位置时，所述探针组能够穿过所述插槽的底部以插入所述雾化器内部。
优选的，所述第二固定子座设置有多组插槽，各组插槽相互平行设置，且各组插槽所包含的所述插槽数目相等；
所述探针组的个数与各组插槽所包含的所述插槽数目相等，以使位于所述目标位置的所述插槽与所述探针组沿所述雾化器的轴向对应设置；
其中，任意相邻的两组所述插槽之间的间距为13mm。
优选的，所述提示装置为提示灯组，所述提示灯组包括第一指示灯和第二指示灯，所述第一指示灯用于指示所述雾化器阻值位于预设范围内的提示状态，所述第二指示灯用于指示所述雾化器阻值不位于预设范围内的提示状态；
且所述提示灯组的个数与各组插槽所包含的所述插槽数目相等，以使各所述提示灯组分别与位于所述目标位置的各所述雾化器对应，使得各所述提示灯组分别用于指示与其对应的位于所述目标位置的所述雾化器阻值是否位于预 设范围内。
优选的，
贯穿所述第一固定子座的第一端设置有第一通孔，贯穿所述活动块与所述第一通孔对应的位置设置有第二通孔，且所述第一通孔和所述第二通孔内设置有内螺纹；
所述测量设备还包括有螺杆，以使所述螺杆依次与所述第一通孔和所述第二通孔螺合，使得所述活动块固定连接在第一固定子座上。
优选的，所述电阻测量装置为四位半设定电阻盘面表。
本实用新型提供了一种用于测量电子烟的雾化器阻值的测量设备，包括：雾化器固定座，设置于所述雾化器固定座上方的压板，控制器，与所述控制器电连接设置有第一动力装置，与所述控制器电连接设置有第二动力装置，与所述控制器电连接设置有用于测量所述雾化器阻值的电阻测量装置，与所述电阻测量装置电连接设置有探针组，与所述控制器电连接设置有提示装置；固定设置在所述雾化器固定座上的雾化器可在所述第二动力装置的带动下依次运动至目标位置，使得当所述雾化器位于所述目标位置时，与所述电阻测量装置电连接的所述探针组能够插入到所述雾化器内部，以使得所述探针组与所述雾化器的电极抵接，进而使得所述电阻测量装置能够通过所述探针组对所述雾化器的阻值进行测量，而且在所述探针组插入到所述雾化器内部的过程中，所述压板在所述第一动力装置的带动下盖设在所述雾化器固定座上的所述雾化器上，使得所述雾化器不会沿远离所述雾化器固定座的方向运动，进而有效的保障了探针组能够顺利的插入到所述雾化器内部，进而有效的保障所述探针组与所述雾化器的电极抵接，进而能够对雾化器的阻值进行自动化的测量，而且通过所述提示装置使得用户能够明确的掌握各雾化器的阻值是否在预设范围内，大大减少了人工的参与，有效的提升了测量雾化器阻值的效率，避免了阻值测量过程中所述雾化器被污染的可能性。
附图说明
图1为本实用新型所提供的测量设备的一种较佳实施例整体结构示意图；
图2为本实用新型所提供的测量设备的一种较佳实施例侧面结构示意图；
图3为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
图4为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
图5为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
图6为本实用新型所提供的测量设备的一种较佳实施例局部结构放大示意图；
图7为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
图8为本实用新型所提供的测量设备的另一种较佳实施例整体结构示意图。
具体实施方式
实施例一，本实施例提供一种测量设备，通过本实施例所提供的所述测量设备能够自动对雾化器的阻值进行测量，且在测量过程中无需人工的参与，提升了效率且有效的避免了污染所述雾化器情况的发生；
本实施例所示的雾化器的具体结构为现有技术，其用于雾化烟油以生成可供用户吸食的烟雾，本实施例对所述雾化器的具体结构不做赘述。
以下结合图1和图2所示对本实施例所提供的测量设备的具体结构进行详细说明，其中，图1为本实用新型所提供的测量设备的一种较佳实施例整体结构示意图，图2为本实用新型所提供的测量设备的一种较佳实施例侧面结构示意图；
由图1和图2所示可知，本实施例所提供的测量设备包括：
固定平台100；
本实施例对所述固定平台100的具体结构不做限定，只要能够将所述测量设备的各器件稳固的设置在所述固定平台100上即可。
所述固定平台100上设置有用于放置雾化器102的雾化器固定座101；
本实施例对所述雾化器固定座101的具体结构不做限定，只要所述雾化器 102能够放置在所述雾化器固定座101上即可，且本实施例对所述雾化器102具体是如何固定在所述雾化器固定座101上的不做限定，且本实施例对位于所述雾化器固定座101上的雾化器102的数量以及排列方式不做限定，例如，位于所述雾化器固定座101上的雾化器102可呈规律性排列或呈随机排列。
固定在所述固定平台100上，且设置于所述雾化器固定座101上方的压板103；
本实施例对所述压板103的具体结构不做限定，只要所述压板103的面积大于或等于位于所述雾化器固定座101上的雾化器102所围成的面积即可。
控制器，本实施例对所述控制器的具体设置位置不做限定，且所述控制器的具体结构为现有技术，在本实施例中不做赘述。
与所述控制器电连接设置有第一动力装置104；
本实施例对所述第一动力装置104的具体结构不做限定，只要所述第一动力装置104能够在所述控制器的控制下带动所述压板103沿朝向所述雾化器固定座101方向运动，直至所述压板103盖设在所述雾化器固定座101上的所述雾化器102上即可，以使所述压板103能够完全覆盖所述雾化器固定座101上的所有所述雾化器102；
与所述控制器电连接设置有第二动力装置105；
本实施例对所述第二动力装置105的具体结构不做限定，只要所述第二动力装置105能够根据所述控制器的控制带动所述雾化器固定座101运动，以使各所述雾化器102能够依次运动至目标位置即可；
与所述控制器电连接设置有用于测量所述雾化器102阻值的电阻测量装置106；
本实施例对所述电阻测量装置106不做限定，只要通过所述电阻测量装置106能够对各雾化器102的阻值进行测量即可。
与所述电阻测量装置106电连接设置有探针组107；
本实施例对所述探针组107的具体数目和设置方式不做限定，只要使得位于所述目标位置的所述雾化器102与所述探针组107沿所述雾化器102的轴向对应设置即可(如图2所示)，进而可使得所述电阻测量装置106通过所述探针组107能够对位于所述目标位置的所述雾化器102进行阻值的测量；
具体的，所述电阻测量装置106预先设置有预设范围，所述电阻测量装置106通过所述探针组107测量位于所述目标位置的所述雾化器102的阻值是否位于所述预设范围内；
更具体的，阻值位于所述预设范围内的所述雾化器102能够正常工作，而且保障雾化器102用于雾化烟油以生成烟雾的电热丝不会过热；
本实施例中，对所述电阻测量装置106预先设置的预设范围不做限定，可由用户根据需要自定义的设置。
与所述控制器电连接设置有提示装置；
本实施例对所述提示装置不做限定，只要所述提示装置能够在所述控制器的控制下生成提示状态，所述提示状态用于指示位于所述目标位置的所述雾化器阻值是否位于预设范围内即可；
具体的，所述提示装置可为提示灯或发声装置等。
本实施例中，固定设置在所述雾化器固定座101上的雾化器102可在所述第二动力装置105的带动下依次运动至目标位置，使得当所述雾化器102位于所述目标位置时，与所述电阻测量装置106电连接的所述探针组107能够插入到所述雾化器102内部，以使得所述探针组107与所述雾化器102的电极抵接，进而使得所述电阻测量装置106能够通过所述探针组107对所述雾化器102的阻值进行测量，而且在所述探针组107插入到所述雾化器102内部的过程中，所述压板103在所述第一动力装置104的带动下盖设在所述雾化器固定座101上的所述雾化器102上，使得所述雾化器102不会沿远离所述雾化器固定座101的方向运动，进而有效的保障了探针组107能够顺利的插入到所述雾化器102内部，进而有效的保障所述探针组107与所述雾化器102的电极抵接，采用本实施例所示的所述测量设备，能够对雾化器的阻值进行自动化的测量，大大减少了人工的参与，有效的提升了测量雾化器阻值的效率，避免了阻值测量过程中所述雾化器被污染的可能性。
实施例二，本实施例对所述测量设备具体是如何对雾化器的阻值进行测量的进行详细说明：
本实施例较佳的提供了两种测量方式，需明确的是，本实施例对应用所述测量设备进行测量为较佳的举例，不做限定；
第一种：步骤101、测量设备位于初始状态；
本步骤中的所述测量设备位于所述初始状态时的侧面结构可参见图3所示，其中，图3为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
本实施例所示的所述初始状态为所述雾化器固定座101运动到初始位置的状态，其中，所述初始位置为所述雾化器固定座101带动所述雾化器102运动到所述探针组107一侧，且远离所述探针组107的位置；
为确定所述雾化器固定座101是否运动到所述初始位置，则在所述初始位置处设置有第一感应器301；
所述第一感应器301与所述控制器电连接设置，以使若所述雾化器固定座101运动到所述初始位置，则所述第一感应器301对应生成第一感应信号，以使所述控制器根据所述第一感应信号即可确定所述雾化器固定座101运动到所述初始位置；
本实施例中，由所述第二动力装置105根据所述控制器的控制带动所述雾化器固定座101运动，以使所述雾化器固定座101可运动至所述初始位置；
以下对所述第二动力装置105的具体结构进行详细说明；
结合图1至图3所示，所述第二动力装置105包括：
与所述控制器电连接的伺服电机201；
本实施例所述伺服电机201为可在所述控制器的控制下控制机械元件运转的发动机；
所述伺服电机201的具体结构请参见现有技术，具体此处不再赘述。
与所述伺服电机201连接设置有丝杆202，且所述丝杆202可在所述伺服电机201的带动下旋转；
在所述丝杆202上套设有活动块203(如图3所示)；
且所述丝杆202与所述活动块203之间间隙配合；
所述雾化器固定座101与所述活动块203固定连接设置，以使所述伺服电机201在所述控制器的控制下带动所述丝杆202旋转，以使所述活动块203带动所述雾化器固定座101沿所述丝杆202的导向运动；
例如，若所述伺服电机201带动所述丝杆202沿逆时针方向旋转，则所述 丝杆202带动所述雾化器固定座101沿靠近所述初始位置的方向运动，若所述伺服电机201带动所述丝杆202沿顺时针方向旋转，则所述丝杆202带动所述雾化器固定座101沿远离所述初始位置的方向运动；
当然还可使得所述丝杆202沿逆时针方向旋转时，所述丝杆202带动所述雾化器固定座101沿远离所述初始位置的方向运动，使的所述丝杆202沿顺时针方向旋转时，所述丝杆202带动所述雾化器固定座101沿靠近所述初始位置的方向运动。
具体的，如图1和图3所示，本实施例所示的所述测量设备还包括第一按键303，且所述第一按键303与所述控制器电连接；
即若所述控制器通过所述第一按键303感应到用户按压的操作，则对应生成第一触发信号，以使所述控制器根据所述第一触发信号控制所述伺服电机201带动所述丝杆202旋转，直至所述雾化器固定座101运动到初始位置，以使所述第一感应器301根据位于所述初始位置的所述雾化器固定座101对应生成所述第一感应信号，以使所述控制器根据所述第一感应信号即可确定所述雾化器固定座101运动到所述初始位置，则所述控制器通过所述伺服电机201控制所述丝杆202停止旋转，此时所述测量设备的状态如图3所示。
步骤102、启动所述测量设备；
本实施例所示的所述测量设备还包括第二按键开关304，且所述第二按键开关304与所述控制器电连接，以使所述控制器通过所述第二按键开关304接收到用户的按压操作，则所述控制器对应生成第二触发信号，以使所述控制器根据所述第二触发信号控制所述伺服电机201带动所述丝杆202旋转，以使所述雾化器固定座101运动到目标位置；
首先，对本实施例所示的所述雾化器固定座101的具体结构进行详细说明：
本实施例所示的所述雾化器固定座101包括：
如图1至图3所示，第一固定子座305，且所述第一固定子座305的第一端与所述活动块203固定连接设置，所述第一固定子座305的第二端镂空设置有安装位；
具体的，如图2所示，所述第一固定子座305的第一端与所述活动块203 固定连接设置，以使所述活动块203能够带动所述第一固定子座305运动，进而使得所述丝杆202在伺服电机201的带动下旋转的过程中，可带动所述第一固定子座305运动。
第二固定子座306，且所述第二固定子座306插设在所述安装位上，且所述第二固定子座306与所述安装位过盈配合，以使所述第一固定子座305通过其安装位固定所述第二固定子座306；
所述第二固定子座306设置有多个插槽，以使所述雾化器102可插设固定在所述插槽内；
且所述插槽的底部镂空设置，以使所述雾化器102位于所述目标位置时，所述探针组107能够穿过所述插槽的底部以插入所述雾化器102内部。
具体的，所述第二固定子座306设置有多组插槽，各组插槽相互平行设置，且各组插槽所包含的所述插槽数目相等；
即由图1所示可知，本实施例以所述第二固定子座306设置10组插槽为例进行说明，即第1组插槽一直到第10组插槽；
且各组插槽内设置有10个插槽，以使通过所述第二固定子座306能够固定插设有100个雾化器102。
本实施例中，为提升检测各个雾化器阻值过程中的精确性，则任意相邻的两组所述插槽之间的间距为13mm。
需明确的是，上述对所述雾化器固定座101的设置方式为举例说明，不做限定，只要所述雾化器固定座101能够在所述第二动力装置105的带动下由所述初始位置运动到所述目标位置即可；且本实施例中，对所述插槽的数目以及设置方式均为举例说明，不做限定。
更具体的，以下对所述雾化器固定座101具体是如何实现与所述活动块203之间实现固定连接的进行详细说明：
贯穿所述第一固定子座305的第一端设置有第一通孔，贯穿所述活动块203与所述第一通孔对应的位置设置有第二通孔，且所述第一通孔和所述第二通孔内设置有内螺纹；
所述测量设备还包括有螺杆，以使螺杆依次与所述第一通孔和所述第二通孔螺合，使得所述活动块203固定连接在第一固定子座305上，以实现所述活 动块203与所述雾化器固定座101之间的固定连接关系；
需明确的是，上述对所述活动块203与所述雾化器固定座101之间的固定连接方式为较佳的举例，不做限定，只要能够实现所述活动块203与所述雾化器固定座101之间的固定连接关系即可。
步骤103、所述测量设备启动后，所述第一动力装置104在所述控制器的控制下带动所述压板103沿朝向所述雾化器固定座101方向运动，直至所述压板103盖设在所述雾化器固定座101上的所述雾化器102上；
其中，所述压板103盖设在所述雾化器固定座101上的所述雾化器102上的状态可参见图4所示，其中，图4为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图。
由图4所示可知，本实施例所示的压板103与所述雾化器102的端部相抵持，以使所述压板103能够有效的控制所述雾化器102沿朝向远离所述雾化器固定座101的方向运动，从而有效的保障了对所述雾化器102阻值测量过程中的效率和精确性。
具体的，以下对所述第一动力装置104的具体结构进行详细说明：
所述第一动力装置104包括：
如图4所示，与所述控制器电连接设置的第二气缸401和第三气缸402；
且所述第二气缸401设置有第二推杆403，所述第三气缸402设置有第三推杆404，且所述压板103同时与所述第二推杆403和所述第三推杆404连接设置，以使所述第二气缸401和所述第三气缸402在所述控制器的控制下，通过所述第二推杆403和所述第三推杆404推动所述压板103沿朝向所述雾化器固定座101方向运动，直至所述压板103盖设在所述雾化器固定座101上的所述雾化器102上。
步骤104、所述雾化器固定座101在所述第二动力装置105的带动下，使得各组插槽依次运动到所述目标位置，且各组插槽运动至所述目标位置时，所述电阻测量装置106对位于所述目标位置的所述雾化器102的阻值进行测量；
本实施例中，在所述雾化器固定座101在所述第二动力装置105的带动下沿朝向所述目标位置运动的过程中，所述压板103始终盖设在所述雾化器固定座101上的所述雾化器102上。
本实施例以所述雾化器固定座101上设置有10组插槽为例进行说明，则所述雾化器固定座101在所述第二动力装置105的带动下首先使得第1组插槽运动至所述目标位置，直至第10组插槽运动至所述目标位置；
本实施例中，所述雾化器102位于所述目标位置时，所述测量设备的结构可参见图5所示，其中，图5为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
即图5所示为第1组插槽运动到所述目标位置时的所述测量设备的侧面结构示意图；
即所述第1组插槽首先运动到所述目标位置时，所述电阻测量装置106用于对位于所述第1组插槽内的所述雾化器102进行阻值的测量；
首先，所述测量设备还包括：
用于固定所述探针组107的探针组固定座505(也可参见图2所示)；
本实施例对所述探针组固定座505的具体结构不做限定，只要所述探针组107能够通过所述探针组固定座505进行固定即可；
以下对所述电阻测量装置106如何对位于所述第1组插槽内的所述雾化器102进行阻值的测量的进行详细说明：
所述测量设备还包括：
与所述控制器电连接设置有第三动力装置502，且所述第三动力装置502用于根据所述控制器的控制带动所述探针组107沿朝向位于所述目标位置的所述雾化器102的方向运动，直至所述探针组107与所述雾化器102抵接，以使所述电阻测量装置106能够通过所述探针组107测量位于所述目标位置的所述雾化器102的阻值。
具体的，所述第三动力装置502包括：
与所述控制器电连接的第一气缸503，所述第一气缸503设置有第一推杆504，以使所述第一气缸503在所述控制器的控制下通过所述第一推杆504推动所述探针组固定座505运动至预设位置；
且所述探针组107的个数与各组插槽所包含的所述插槽数目相等，以使位于所述目标位置的所述插槽与所述探针组沿所述雾化器102的轴向对应设置；
即若所述探针组固定座505运动至所述预设位置，则所述探针组固定座 505与位于所述目标位置的所述雾化器102沿所述雾化器102的轴向对应设置。
更具体的，如图6所示，其中，图6为本实用新型所提供的测量设备的一种较佳实施例局部结构放大示意图；更具体的，图6为图5所示的区域501的局部放大示意图；
所述探针组107包括第一探针601和第二探针602，以使若所述探针固定座505运动至所述预设位置时，所述第一探针601与位于所述目标位置的所述雾化器102的外电极603相抵接，所述第二探针602与位于所述目标位置的所述雾化器102的内电极604相抵接。
即当所述第一探针601与位于所述目标位置的所述雾化器102的外电极603相抵接，所述第二探针602与位于所述目标位置的所述雾化器102的内电极604相抵接时，与所述探针组107电连接的所述电阻测量装置106对位于所述目标位置的所述雾化器102的阻值进行测量。
具体的，本实施例所示的所述电阻测量装置106为四位半设定电阻盘面表。
所述四位半设定电阻盘面表的具体结构和实现原理为现有技术，具体在本实施例中不做赘述。
较佳的，为使得用户能够明确所测量的雾化器的阻值是否在预设范围内，则本实施例所述的测量设备还包括提示装置；
如图4所示，本实施例所示的所述提示装置为提示灯组405；
其中，所述提示灯组405的个数与各组插槽所包含的所述插槽数目相等，以使各所述提示灯组分别与位于所述目标位置的各所述雾化器102对应，使得各所述提示灯组405分别用于指示与其对应的位于所述目标位置的所述雾化器阻值是否位于预设范围内。
即当各所述雾化器102位于所述目标位置时，因本实施例中，各组插槽内所包含的插槽的数目为10个，则本实施例中，与所述各组插槽内所包含的插槽的数目对应的所述提示灯组405的个数也为10个，以使各个所述提示灯组405分别指示与其对应的位于所述目标位置的所述雾化器阻值是否位于预设范围内；
具体的，所述提示灯组405包括第一指示灯4051和第二指示灯4052，所述第一指示灯4051用于指示所述雾化器102阻值位于预设范围内的提示状态，所述第二指示灯4052用于指示所述雾化器102阻值不位于预设范围内的提示状态；
本实施例中，只要所述第一指示灯4051和第二指示灯4052能够指示不同的状态，进而使得用户能够确定与所述提示灯组405对应的雾化器102的阻值是否位于预设范围内即可；
例如，所述第一指示灯4051发出绿光时，则指示所述雾化器102阻值位于预设范围内的提示状态，若所述第二指示灯4052发出红光时，则指示所述雾化器102阻值不位于预设范围内的提示状态；
还例如，所述第一指示灯4051常亮时，则指示所述雾化器102阻值位于预设范围内的提示状态，若所述第二指示灯4052以一定频率闪亮时，则指示所述雾化器102阻值不位于预设范围内的提示状态。
通过以上说明对位于所述第1组插槽内的雾化器102的阻值进行测量后，所述探针组107在所述第三动力装置502的带动下复位，当第二组插槽内的雾化器102运动至所述目标位置时，则所述探针组107在所述第三动力装置502的带动插入所述第二组插槽内的雾化器102内以对所述第二组插槽内的雾化器102的阻值进行测量，直至所述探针组107对所有所述雾化器102的阻值均测量完成；
其中，所述探针组107对所有所述雾化器102的阻值均测量完成时，所述测量设备的结构请参见图7所示，其中，图7为本实用新型所提供的测量设备的另一种较佳实施例侧面结构示意图；
由图7所示可知，当所述探针组107对第10组插槽内的所述雾化器102的阻值测量完成时，则所述第三动力装置502带动所述探针组107复位，进而使得所述探针组107与位于所述目标位置的所述雾化器102相互脱离；
进一步的，所述控制器通过所述第一动力装置104控制所述压板103复位，以使所述压板103与所述雾化器102相脱离；
所述控制器通过所述伺服电机201带动所述丝杆202旋转，以使所述活动块203带动所述雾化器固定座101复位，即使得所述雾化器固定座101重新运 动至靠近所述第一感应器301的位置，进而使得用户可重新在所述雾化器固定座101上放置雾化器102，进而使得本实施例所示的所述测量设备可重新开始测量位于所述雾化器固定座101上的雾化器102的阻值。
第二种，本种测试方式中与上述测量方法相同，所不同的是，在对所述雾化器固定座101上的所有所述雾化器102测量完成之后，所述控制器无需使得所述活动块203带动所述雾化器固定座101复位；
具体的，如图8所示，其中，图8为本实用新型所提供的测量设备的另一种较佳实施例整体结构示意图；
本种测试方式中，所述测量设备还包括：
与所述控制器电连接设置有第二感应器801，且所述第一感应器301和所述第二感应器801设置在所述活动块203的两端，以使所述雾化器固定座101在所述第一感应器301和所述第二感应器801之间运动；
所述第二感应器801用于感应所述活动块203是否运动至靠近所述第二感应器801的位置，若是，则所述控制器通过所述伺服电机201控制所述丝杆202停止旋转。
即当所述第二感应器801确定所述活动块203运动至靠近所述第二感应器801的位置，则说明所述测量设备对位于所述雾化器固定座101上的所有所述雾化器102的阻值均测试完成，则此时用户可将新的雾化器102插放到所述雾化器固定座101上，此时无需复位即可对雾化器102的阻值进行测量；
总而言之，即采用第一种测试方法，对雾化器102的阻值进行测量的时候，只能从第1组插槽到第10组插槽的顺序进行测量，而采用本种测试方法，则首先从第1组插槽到第10组插槽的顺序进行测量，之后无需复位直接从第10组插槽到第1组插槽的顺序进行测量。
所属领域的技术人员可以清楚地了解到，为描述的方便和简洁，上述描述的系统，装置和单元的具体工作过程，可以参考前述方法实施例中的对应过程，在此不再赘述。
以上实施例仅用以说明本发明的技术方案，而非对其限制；尽管参照前述实施例对本发明进行了详细的说明，本领域的普通技术人员应当理解：其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分技术特征进 行等同替换；而这些修改或者替换，并不使相应技术方案的本质脱离本发明各实施例技术方案的精神和范围。

Claims (11)

  1. 一种用于测量电子烟的雾化器阻值的测量设备，其特征在于，包括：
    用于放置雾化器的雾化器固定座；
    设置于所述雾化器固定座上方的压板；
    控制器；
    与所述控制器电连接设置有第一动力装置，以使所述第一动力装置在所述控制器的控制下带动所述压板沿朝向所述雾化器固定座方向运动，直至所述压板盖设在所述雾化器固定座上的所述雾化器上；
    与所述控制器电连接设置有第二动力装置，且所述第二动力装置用于根据所述控制器的控制带动所述雾化器固定座运动，以使各所述雾化器能够依次运动至目标位置；
    与所述控制器电连接设置有用于测量所述雾化器阻值的电阻测量装置；
    与所述电阻测量装置电连接设置有探针组，使得位于所述目标位置的所述雾化器与所述探针组沿所述雾化器的轴向对应设置；
    与所述控制器电连接设置有提示装置，所述提示装置用于在所述控制器的控制下生成提示状态，所述提示状态用于指示位于所述目标位置的所述雾化器阻值是否位于预设范围内。
  2. 根据权利要求1所述的测量设备，其特征在于，所述测量设备还包括：
    与所述控制器电连接设置有第三动力装置，且所述第三动力装置用于根据所述控制器的控制带动所述探针组沿朝向位于所述目标位置的所述雾化器的方向运动，直至所述探针组与所述雾化器抵接，以使所述电阻测量装置能够通过所述探针组测量位于所述目标位置的所述雾化器的阻值。
  3. 根据权利要求1所述的测量设备，其特征在于，所述第二动力装置包括：
    与所述控制器电连接的伺服电机；
    与所述伺服电机连接设置有丝杆，且所述丝杆可在所述伺服电机的带动下旋转；
    在所述丝杆上套设有活动块，且所述雾化器固定座与所述活动块固定连接设置，以使所述伺服电机在所述控制器的控制下带动所述丝杆旋转，以使所述 活动块带动所述雾化器固定座沿所述丝杆的导向运动；
    所述测量设备还包括：
    与所述控制器电连接设置有第一感应器，所述第一感应器用于感应所述雾化器固定座是否运动至靠近所述第一感应器的位置，若是，则所述控制器通过所述伺服电机控制所述丝杆停止旋转。
  4. 根据权利要求2所述的测量设备，其特征在于，所述测量设备还包括：
    用于固定所述探针组的探针组固定座；
    所述第三动力装置包括：
    与所述控制器电连接的第一气缸，所述第一气缸设置有第一推杆，以使所述第一气缸在所述控制器的控制下通过所述第一推杆推动所述探针组固定座运动至预设位置；
    所述探针组包括第一探针和第二探针，以使若所述探针固定座运动至所述预设位置时，所述第一探针与位于所述目标位置的所述雾化器的外电极相抵接，所述第二探针与位于所述目标位置的所述雾化器的内电极相抵接。
  5. 根据权利要求1所述的测量设备，其特征在于，所述第一动力装置包括：
    与所述控制器电连接设置的第二气缸和第三气缸，且所述第二气缸设置有第二推杆，所述第三气缸设置有第三推杆，且所述压板同时与所述第二推杆和所述第三推杆连接设置，以使所述第二气缸和所述第三气缸在所述控制器的控制下，通过所述第二推杆和所述第三推杆推动所述压板沿朝向所述雾化器固定座方向运动，直至所述压板盖设在所述雾化器固定座上的所述雾化器上。
  6. 根据权利要求3所述的测量设备，其特征在于，所述测量设备还包括：
    与所述控制器电连接设置有第二感应器，且所述第一感应器和所述第二感应器设置在所述活动块的两端，以使所述雾化器固定座在所述第一感应器和所述第二感应器之间运动，所述第二感应器用于感应所述活动块是否运动至靠近所述第二感应器的位置，若是，则所述控制器通过所述伺服电机控制所述丝杆停止旋转。
  7. 根据权利要求1所述的测量设备，其特征在于，所述雾化器固定座包括：
    第一固定子座，且所述第一固定子座的第一端与所述活动块固定连接设置，所述第一固定子座的第二端镂空设置有安装位；
    第二固定子座，且所述第二固定子座插设在所述安装位上，且所述第二固定子座与所述安装位过盈配合，所述第二固定子座设置有多个插槽，以使所述雾化器可插设固定在所述插槽内，且所述插槽的底部镂空设置，以使所述雾化器位于所述目标位置时，所述探针组能够穿过所述插槽的底部以插入所述雾化器内部。
  8. 根据权利要求7所述的测量设备，其特征在于，所述第二固定子座设置有多组插槽，各组插槽相互平行设置，且各组插槽所包含的所述插槽数目相等；
    所述探针组的个数与各组插槽所包含的所述插槽数目相等，以使位于所述目标位置的所述插槽与所述探针组沿所述雾化器的轴向对应设置；
    其中，任意相邻的两组所述插槽之间的间距为13mm。
  9. 根据权利要求8所述的测量设备，其特征在于，所述提示装置为提示灯组，所述提示灯组包括第一指示灯和第二指示灯，所述第一指示灯用于指示所述雾化器阻值位于预设范围内的提示状态，所述第二指示灯用于指示所述雾化器阻值不位于预设范围内的提示状态；
    且所述提示灯组的个数与各组插槽所包含的所述插槽数目相等，以使各所述提示灯组分别与位于所述目标位置的各所述雾化器对应，使得各所述提示灯组分别用于指示与其对应的位于所述目标位置的所述雾化器阻值是否位于预设范围内。
  10. 根据权利要求7所述的测量设备，其特征在于，
    贯穿所述第一固定子座的第一端设置有第一通孔，贯穿所述活动块与所述第一通孔对应的位置设置有第二通孔，且所述第一通孔和所述第二通孔内设置有内螺纹；
    所述测量设备还包括有螺杆，以使所述螺杆依次与所述第一通孔和所述第二通孔螺合，使得所述活动块固定连接在第一固定子座上。
  11. 根据权利要求1所述的测量设备，其特征在于，所述电阻测量装置为四位半设定电阻盘面表。
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