Multi-purpose rapid microwave oven with light wave

Abstract

There is disclosed a rapid multifunctional optical microwave oven, which comprises a casing, a microwave oven body, a magnetron, a high-efficiency optical waveguide in the microwave oven cavity, a light wave cover disposed on the optical waveguide, a guardrail disposed under the optical waveguide, a thermoinduction thermostat located on the microwave oven cavity and a sealed oven cavity formed by combining the light wave cover with the microwave oven body.

Description

technical field [0001] The invention belongs to a microwave oven device, in particular to a fast and multi-purpose light wave microwave oven which uses a high-efficiency, high-temperature-resistant and corrosion-resistant light-wave tube and uses microwave choke technology and circular furnace focusing technology to realize rapid cooking, rapid disinfection and sterilization. Background technique [0002] Ordinary microwave ovens are generally divided into two types according to their functions, namely single-function microwave ovens and multi-function microwave ovens. A single-function microwave oven refers to a microwave oven that only uses microwave heating, and a multi-function microwave oven refers to a microwave oven that uses microwave heating and other heating methods. Other common heating methods now include light wave heating and quartz grill tube heating, also known as barbecue microwave ovens. Barbecue microwave ovens can heat food in different ways, such as micr...

AI Technical Summary

Problems solved by technology

[0003] However, if figure 1 , 2 As shown, the prior art light-wave grilling microwave oven has the following problems: the heating chamber 4 is located on the upper part of the furnace chamber 5, and is integrated with the top wall of the furnace chamber 5 to form a closed; Cavity partition 2, in this way, when the light wave cooks, a part of energy 3 is scattered and lost by the heating chamber partition 2 when it is transmitted from the heating chamber 4 to the furnace chamber 5, and the luminous flux density 7 (radiation energy) is low, reducing the light wave tube 1 efficiency of use

Simultaneously, when the light source of the light-wave microwave oven of the prior art is working, in a closed heating chamber 4, the temperature of the heating chamber 4 is too high, which is higher than the temperature of the furnace chamber 5. After the heating chamber 4 works for a long time, it will cause damage to the light source. Certain damage, that is, due to the local high temperature of the light wave tube 1 in the closed heating chamber 4, gas leakage in the light wave tube 1 may occur, resulting in blackening and whitening, which reduces the service life of the light wave tube 1

In addition, the oven cavity 5 is square, so that light waves and microwaves are not easy to focus on the food area, which affects the heating speed, heating efficiency and heating uniformity; at the same time, it is not easy to clean the corners of the oven cavity, causing microorganisms and harmful The growth of bacteria, the effect of disinfection and sterilization is not good

Images