Detachable heat shielding hearth structure specially used for pyrolytic self-cleaning oven

Abstract

The invention discloses a detachable heat shielding hearth structure specially used for a pyrolytic self-cleaning oven. An oven door is arranged at one side of the oven, a detachable thermal insulation unit is arranged at a joint with the oven door in the hearth of the oven, and the thermal insulation unit is platy and completely shields the hearth of the oven. The detachable heat shielding hearthstructure has the advantages that one detachable thermal insulation unit is arranged between the hearth of an existing oven and the oven door, and different conditions can be met by adjusting according to different usage states of the oven; meanwhile, the detachable heat shielding hearth structure is simple and easy to realize, can replace the traditional cooking ovens of the same type and has anextremely high industrial popularization value.

Description

technical field [0001] The invention relates to the technical field of kitchen ovens, in particular to a detachable heat-shielded hearth structure for pyrolytic self-cleaning ovens. Background technique [0002] Existing ovens with pyrolysis and self-cleaning will generate extremely high temperature and heat radiation when performing the pyrolysis function. In order to completely seal and insulate the oven, the structure of the oven becomes extremely complicated, resulting in high construction costs . [0003] Secondly, too much hot air passes through the oven door, sending out strong heat conduction air, wasting the heat source. [0004] Again, because the amount of heat radiation near the oven door is too large, it affects the cooking operation of chefs. [0005] Moreover, due to the loss of heat during pyrolysis, the effect of pyrolysis is also reduced, which is not conducive to the cleaning work of the oven. [0006] Therefore, it is necessary to improve the structure...

AI Technical Summary

Problems solved by technology

[0002] Existing ovens with pyrolysis and self-cleaning will generate extremely high temperature and heat radiation when performing the pyrolysis function. In order to completely seal and insulate the oven, the structure of the oven becomes extremely complicated, resulting in high construction costs

[0003] Secondly, too much hot air passes through the oven door, sending out strong heat conduction air, wasting heat source

[0004] Again, due to the excessive heat radiation near the oven door, the cooking operation of the chefs is affected

[0005] Moreover, due to the loss of heat during pyrolysis, the effect of pyrolysis is also reduced, which is not conducive to the cleaning work of the oven.

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