Infrared communication intelligent electromagnetic oven and system thereof

Abstract

The invention relates to an infrared communication intelligent electromagnetic oven and a system thereof. The infrared communication intelligent electromagnetic oven adopts a low-cost infrared emission module and a low-cost infrared receiving module to conduct infrared one-way or two-way communication and data transmission with a master node or slave nodes to achieve various operation control and can conduct infrared communication with a temperature sensing device serving as one slave node to transmit the temperature in a pot to a microprocessor of the intelligent electromagnetic oven, and cooking food in the pot is precisely controlled. Communication and data transmission can further be conducted on the intelligent electromagnetic oven through a mobile phone or the independent master node, so that remote operation control is achieved, and the operation state of the electromagnetic oven is checked. In addition, the intelligent electromagnetic oven can further serve as an infrared relay node to send an infrared signal to a blind area which cannot be covered by the master node, thus, the infrared signal is reliably received by the intelligent electromagnetic oven located in the blind area and other intelligent household appliances and intelligent hardware of the slave nodes, and the communication range is expanded.

Description

technical field [0001] The invention relates to an intelligent electromagnetic cooker, in particular to an infrared communication intelligent electromagnetic cooker and its system. Background technique [0002] The induction cooker in the prior art includes a microprocessor unit, a power supply unit and a system control unit, and the user can only operate and control it on the induction cooker, and cannot realize remote operation control and data information transmission. Existing induction cooker is only provided with temperature sensor near the pot body in the furnace, which can only prevent dry burning, and cannot obtain the accurate temperature of cooking food in the induction cooker. Existing smart induction cookers use WiFi or Bluetooth wireless modules to realize temperature sensing and remote communication control. All kinds of smart hardware require users to install and use multiple mobile APPs, which is very inconvenient to use. Contents of the invention [000...

AI Technical Summary

Problems solved by technology

[0003] The technical problem to be solved in the present invention is to provide an infrared communication intelligent induction cooker and its system, which solves the problem of complex structure and high cost caused by wireless communication modules such as WiFi or bluetooth in existing intelligent induction cookers, and solves the problem that users can only operate on the induction cooker. Operation control, it is impossible to realize remote operation control and check the operation status. The smart induction cooker adopts low-cost infrared transmitter module and infrared receiver module to carry out infrared one-way or two-way communication with the master node or slave node to transmit data to realize various operation controls, which can be used as Infrared communication is carried out from the temperature sensing device of the node, and the temperature in the pot is transmitted to the microprocessor of the intelligent induction cooker to realize the precise control of the cooking food in the pot, and the mobile phone can also be used to communicate with the intelligent induction cooker or the intelligent induction cooker through an independent master node. The data realizes remote operation control and checks the operation status of the induction cooker

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