CN111084424B - A control method for electric smoke removal of low-temperature smoking appliances - Google Patents

Abstract

The invention discloses a control method for electric smoke evacuation of a low-temperature smoking set, which comprises the following steps: step S1: powering up and initializing the electronic cigarette; step S2: the electronic cigarette enters a sleep state; step S3: waiting for receiving a smoke evacuation instruction, entering a step S4 when the smoke evacuation instruction is received, otherwise, continuously waiting for the smoke evacuation instruction; step S4: and (2) electrifying a reciprocating electromagnet in the electronic cigarette removing assembly for 50-5000ms, ejecting cigarettes, and returning to the step (S2). According to the method, the reciprocating electromagnet arranged in the electronic cigarette is electrified and controlled, so that the cigarette can be automatically ejected without manual operation, the use experience of a user is greatly improved, the reciprocating electromagnet can be automatically returned, the use flow of the electronic cigarette is further simplified, and the method is simple in control process and convenient to operate.

Description

A control method for electric smoke removal of low-temperature smoking appliances

technical field

The invention relates to the field of electronic cigarettes, in particular to a control method for electric smoke removal of a low-temperature smoking appliance.

Background technique

With the continuous development of intelligent hardware, intelligent figures have appeared in various fields of life, such as remote controls, sweeping robots, smart speakers, smart balance cars and smart smoking sets, among which smart smoking sets are an emerging technology. Heating smoke oil (electronic cigarettes) or low-temperature cigarettes (low-temperature cigarettes) replaces traditional combustion-type cigarettes. The working temperature is low, and the harmful components in the smoke produced are far less than traditional combustion-type cigarettes. Using electronic Smoke or low-temperature smoke can greatly avoid the adverse effects of cigarettes on the human body. As a healthier way of smoking, it has become very appealing in emerging markets. At present, it is very likely to completely replace traditional combustion cigarettes . At present, electronic cigarettes on the market are mainly divided into two types, such as electronic cigarettes that form smokeable smoke by evaporating e-liquid, and low-temperature smoke that forms smokeable smoke by heating/distilling tobacco materials at low temperatures (150-300 degrees), and Compared with traditional combustion-type cigarettes, electronic cigarettes and low-temperature cigarettes have a lower working temperature, and produce fewer harmful substances during use, which has obvious advantages. For low-temperature smoking appliances, it generally heats low-temperature cigarettes. By controlling the heating temperature (usually 200-400 degrees), the components in the cigarettes are volatilized to generate smoke for people to inhale. But when in use, when a cigarette is heated for a certain period of time and the amount of smoke it produces reaches the upper limit, it is necessary to pull out the cigarette from the smoking set, or stop smoking, or replace it with a new cigarette to continue smoking. How to pull out the cigarette from the smoking set conveniently and quickly without damaging the cigarette and leaving no residue on the heater has become a crucial issue. With the low-temperature smoking sets currently on the market, after the cigarettes are smoked, the withdrawal of the cigarettes needs to be manually or mechanically pulled out, which is troublesome, and it is very easy to break the cigarettes and leave them in the smoking set.

Contents of the invention

The invention provides a control method for electric smoke removal of a low-temperature smoking set, which uses a reciprocating electromagnet to control the smoke removal, and sends out a trigger signal to electrically withdraw cigarettes.

A control method for electric smoke removal of a low-temperature smoking appliance, comprising the following steps:

Step S1: The electronic cigarette is powered on and initialized;

Step S2: The electronic cigarette enters a sleep state;

Step S3: Waiting to receive the instruction of quitting cigarettes, when receiving the instruction of quitting cigarettes, enter step S4, otherwise, continue to wait for the instruction of quitting cigarettes;

Step S4: energize the linear drive mechanism in the e-cigarette ejector assembly for 50-5000ms, and return to step S2 after ejecting the cigarette.

Further, the instruction to quit smoking is generated by triggering a button.

Further, the trigger button includes at least a short-press button within 2S, a long-press button for more than 2S, and a combo button within a set time.

Further, the smoking cessation instruction is reaching a specified puff time or puff count.

Further, if the smoke evacuation command is to reach the specified puffing time, after the electronic cigarette enters the sleep state, wait for the power-on command, start the heating element to heat, and the heating indicator light flashes, until the heating element reaches the set target temperature, the heating After the indicator light is always on, it enters the suction state. When the suction time reaches 10 seconds, stop heating the heating element, and the heating indicator light flashes again. When the specified suction time is reached, the heating indicator light goes out.

Further, if the smoke evacuation instruction is to reach the specified number of suction ports, after the electronic cigarette enters the sleep state, wait for the power-on instruction, start the heating element to heat, and the heating indicator light flashes, until the heating element reaches the set target temperature, the heating After the indicator light is always on, it enters the suction state, and records the number of suction ports until the specified number of suction ports is reached.

Further, the power-on command triggers key generation for three consecutive times within 2S.

Further, the smoke ejection assembly includes a smoke ejector slidingly arranged in the heating chamber, a push rod fixedly connected with the smoke ejector, and a linear electric drive mechanism;

The linear electric drive mechanism drives the push rod to move the cigarette ejector in the heating cavity of the electronic cigarette to move the cigarettes in the heating cavity; and the heating element and the linear drive mechanism of the electronic cigarette are both connected to the power supply;

The linear drive mechanism is a reciprocating electromagnet.

The end of the push rod far away from the cigarette ejector is fixedly connected to the moving central shaft of the reciprocating electromagnet; after the reciprocating electromagnet is energized, the moving central shaft drives the push rod to move a set distance to remove the cigarettes. withdraw from the casing; after the smoke exhaust is completed, the reciprocating electromagnet is de-energized, and the moving central axis is reset under the action of the reset member.

Beneficial effect

The present invention provides a control method for electric cigarette withdrawal of low-temperature smoking appliances, which includes the following steps: Step S1: electronic cigarette is powered on and initialized; Step S2: electronic cigarette enters a sleep state; When the cigarette is commanded, go to step S4, otherwise, continue to wait for the cigarette withdrawal command; step S4: energize the reciprocating electromagnet in the electronic cigarette withdrawal component for 50-5000ms, eject the cigarette, and return to step S2. This method controls the energization of the reciprocating electromagnet set in the electronic cigarette, so that the cigarette can be ejected automatically without manual operation, which greatly improves the user's sense of experience. The reciprocating electromagnet can also perform automatic return position, which further simplifies the use process of the electronic cigarette set, and the method has simple control process and convenient operation.

Description of drawings

Fig. 1 is a schematic flow chart of an example one of the method of the present invention;

Fig. 2 is a schematic flow chart of Example 2 of the method of the present invention;

Fig. 3 is a schematic flow chart of Example 3 of the method of the present invention;

Fig. 4 is a schematic diagram of the process of pushing out cigarettes electrically;

Fig. 5 is a schematic diagram 2 of the process of pushing out cigarettes electrically.

Detailed ways

The present invention will be further described below in conjunction with accompanying drawings and examples.

Example one

As shown in Figure 1, a control method for electric smoke removal of a low-temperature smoking appliance includes the following steps:

S1, power-on initialization;

S2, enter sleep state;

S3. Detect the button action, when no button action is detected, continue to detect; when the button action is detected, execute step S4;

S4. The reciprocating electromagnet is energized for 50-5000ms, ejects the cigarette, and returns to S2;

The button actions include, but are not limited to, short press (<2S), long press (>2S), multiple clicks within a certain period of time (for example, within 2S, press 2, 3, 4, 5, 6, 7, 8, 9, 10 keystrokes).

Example two

As shown in Figure 2, a low-temperature smoking appliance electric smoke control method based on the shutdown of the smoking time includes the following steps:

C1, power-on initialization;

C2, enter sleep state;

C3. Press the button 3 times continuously within 2 seconds to turn on the machine, the heating element starts to heat up, and the blue light flashes;

C4. When the target temperature is reached, the blue light is always on;

C5, the last 10S before shutting down, stop heating, and the blue light flashes;

C6. When the smoking time is up, the blue light goes out;

C7. The reciprocating electromagnet is energized for 50-5000ms, ejects the cigarette, and returns to C2;

Example three

As shown in Figure 3, a control method for electric smoke removal of low-temperature smoking appliances based on the control of the number of suction ports includes the following steps:

X1, power-on initialization;

X2, enter the sleep state;

X3. Press the button 3 times within 2 seconds to turn on the machine, the heating element starts to heat up, and the blue light flashes;

X4. When the target temperature is reached, the blue light is always on, and the suction can be started;

X5. Record the number of suction ports, and judge whether the target number of suction ports has been reached, if not, continue to record and judge; if reached, enter step X6;

X6. Power on the reciprocating electromagnet for 50-5000ms, eject the cigarette, and return to step X2.

In this solution, the smoke ejection assembly includes a smoke ejector 11 slidably arranged in the heating chamber, a push rod 12 fixedly connected with the smoke ejector 11 and a reciprocating electromagnet 13 . The push rod 12 is fixedly connected with the linear drive mechanism 13 . When in use, the cigarette 14 is inserted into the heating chamber 2 from the cigarette socket 3 and the filter section is at least partly exposed from the housing 1, and the smoke is sucked away from the filter section of the cigarette 3 by the user; The driving mechanism 13 drives the push rod 12 so that the cigarette ejector 11 slides in the heating chamber 2 to disengage the cigarette 14 from the cigarette socket 3 out of the housing.

The above descriptions are only preferred embodiments of the present invention, and those skilled in the art should understand that the embodiments herein can be changed without departing from the spirit of the present invention. The above-mentioned embodiments are only exemplary, and the embodiments herein should not be used as limitations on the scope of rights of the present invention.

Claims (4)

1. A control method for electric smoke removal of a low-temperature smoking set, characterized in that it comprises the following steps: Step S1: The electronic cigarette is powered on and initialized; Step S2: The electronic cigarette enters a sleep state; Step S3: Waiting to receive the instruction of quitting cigarettes, when receiving the instruction of quitting cigarettes, enter step S4, otherwise, continue to wait for the instruction of quitting cigarettes; Step S4: energize the linear drive mechanism in the e-cigarette ejector assembly for 50-5000ms, and return to step S2 after ejecting the cigarette; The smoking cessation instruction is to reach the specified smoking time or the number of puffs; If the smoke evacuation command is to reach the specified puffing time, after the electronic cigarette enters the sleep state, wait for the power-on command, start the heating element to heat, and the heating indicator light flashes until the heating element reaches the set target temperature, the heating indicator light is always on After it lights up, it enters the suction state. When the suction time reaches 10 seconds, stop heating the heating element, and the heating indicator light flashes again. When the specified suction time is reached, the heating indicator light goes out; If the smoke evacuation instruction is to reach the specified number of puffs, after the e-cigarette enters the sleep state, wait for the power-on instruction, start the heating element to heat, and the heating indicator light will flash until the heating element reaches the set target temperature, the heating indicator light will always After the light is on, it enters the suction state, and records the number of suction ports until the specified number of suction ports is reached; The smoke evacuation assembly includes a smoke evacuation piece slidably arranged in the heating chamber, a push rod fixedly connected with the smoke evacuation piece, and a linear electric drive mechanism; The linear electric drive mechanism drives the push rod to move the cigarette ejector in the heating cavity of the electronic cigarette to move the cigarettes in the heating cavity; and the heating element and the linear drive mechanism of the electronic cigarette are both connected to the power supply; The linear drive mechanism is a reciprocating electromagnet. 2. The method according to claim 1, wherein the instruction to quit smoking is generated by triggering a button. 3. The method according to claim 2, wherein the action of triggering the button includes but not limited to a short press of the button for less than 2 seconds, a long press of the button for more than 2 seconds, and continuous pressing of the button within a certain period of time. Press the key several times. 4. The method according to claim 1, wherein the power-on command triggers key generation three times in a row within 2S.

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