Precise-temperature-measuring intelligent device for magnetic induction heating

Abstract

The invention discloses a precise-temperature-measuring intelligent device for magnetic induction heating. The precise-temperature-measuring intelligent device comprises a panel, a temperature detection sensor, a central processing unit and a wireless transceiving device, the temperature detection sensor, the central processing unit and the wireless transceiving device are arranged on the panel, the temperature detection sensor and the wireless transceiving device are electrically connected with the central processing unit respectively, the temperature detection sensor transmits collected temperature data to the central processing unit, and the temperature data are transmitted out through the wireless transceiving device. When in use, the precise-temperature-measuring intelligent device is put between an induction cooker and a pot, the temperature detection sensor on the panel collects temperature real-time data of the pot, the central processing unit performs data processing, and processed temperature data are sent out through the wireless transceiving device; if the induction cooker is provided with a corresponding wireless transceiving device, the induction cooker receives the temperature data sent by the precise-temperature-measuring intelligent device, and heating power and time of the induction cooker are adjusted automatically, so that intelligent control of the induction cooker is realized. The precise-temperature-measuring intelligent device has the advantages of simple and reasonable structure, convenience and easiness in use and capability of precisely detecting real-time temperature of the pot.

Description

technical field [0001] The invention relates to a temperature-measuring intelligent device, in particular to a precise temperature-measuring intelligent device for magnetic induction heating. Background technique [0002] In order to save energy consumption and improve energy utilization, the induction cooker is equipped with a temperature measuring device, which is adjusted according to the measured temperature to improve energy utilization. At present, there are two types of temperature measuring devices for induction cookers on the market. One is that the temperature measuring device is directly installed on the panel of the induction cooker. One is that the temperature measuring device is set on the cooking utensils. This cooking utensil with its own temperature measuring device is difficult to manufacture and the production cost is high. For users, many cooking utensils are needed in normal life. The cooking utensil of the temperature measuring device has high cost and...

AI Technical Summary

Problems solved by technology

At present, there are two types of temperature measuring devices for induction cookers on the market. One is that the temperature measuring device is directly installed on the panel of the induction cooker. One is that the temperature measuring device is set on the cooking utensils. This cooking utensil with its own temperature measuring device is difficult to manufacture and the production cost is high. For users, many cooking utensils are needed in normal life. Cooking utensils with temperature measuring devices are expensive and unfavorable for popularization

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