Precise field temperature control effect atomizing core and manufacturing method thereof

Abstract

The present invention provides an atomizing core with precision field temperature control effect, which includes a first core wire, which includes a first galvanic wire, and the first galvanic wire is coated with a first isolation layer; a second core wire, which It includes a second galvanic wire, the conductivity of the second galvanic wire is different from that of the first galvanic wire, the second galvanic wire is coated with a second isolation layer, the first end of the first galvanic wire and the second electric The second end of the pair of wires is connected; the heating wire, the heating wire, the first core wire, and the second core wire are wound, and there is a gap between any two adjacent heating wires after winding. This design can monitor the temperature change of each point of the heating wire at all times, and its measurement accuracy is high and the speed is fast, and it is not limited to a certain point of temperature. In addition, the atomizing core of the present invention is made by hot pressing, cooling and winding, which is easy to manufacture and convenient for batch operation.

Description

technical field [0001] The invention relates to the field of electronic cigarettes, in particular to an atomizing core with precise field temperature control effect used in electronic cigarettes and a manufacturing method thereof. Background technique [0002] An electronic cigarette currently in use includes a casing in which an atomizer, a smoke oil bottle, a battery, a pod body, a cigarette holder, and a circuit board are installed. The atomizing core of the atomizer is connected to the battery, and the smoke oil The bottle is used to provide smoke oil for the atomizer, the battery provides power for the atomizer to work, the circuit board controls the working state of the atomizer, there is a heating wire on the atomizing core, and the heating wire is wound with oil-conducting cotton. , the heating wire heats up, atomize the smoke oil on the oil-conducting cotton, in order to ensure the normal operation of the atomizing core, it is necessary to collect the working temper...

AI Technical Summary

Problems solved by technology

[0002] An electronic cigarette currently in use includes a casing in which an atomizer, a smoke oil bottle, a battery, a pod body, a cigarette holder, and a circuit board are installed. The atomizing core of the atomizer is connected to the battery, and the smoke oil The bottle is used to provide smoke oil for the atomizer, the battery provides power for the atomizer to work, the circuit board controls the working state of the atomizer, there is a heating wire on the atomizing core, and the heating wire is wound with oil-conducting cotton. , the heating wire heats up, atomize the smoke oil on the oil-conducting cotton, in order to ensure the normal operation of the atomizing core, it is necessary to collect the working temperature of the heating wire at all times, the current method of collecting the temperature of the heating wire is as follows, in a certain part of the heating wire Set a temperature sensor at the position, use the temperature sensor to monitor the temperature of this point on the heating wire at all times, and then transmit the collected temperature to the circuit board. Although this point sampling method is simple, there are many problems in actual users, such as , the temperature in some parts of the heating wire is too high, and the temperature in some places is too low. This point sampling method cannot reflect the actual temperature of the entire heating wire at all, and there are serious defects.

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