摘要:
A cooking oven (100) is proposed. The cooking oven (100) comprises a cooking portion (100 COOK ) adapted to cook food stored therein, a components portion (100 COMP ) for housing components that allow and control an operation of the cooking oven (100), a steam generation system for generating steam and for supplying the generated steam to the cooking portion, the steam generation system comprising a boiler (110; 110') with a vessel (115; 115') adapted to contain water to be converted into steam, and a descaling apparatus (200; 300; 400) adapted to remove scales/limestone from the steam generation system. In the solution according to an embodiment of the invention, the descaling apparatus (200; 300; 400) comprises a support body (240; 410) in fluid communication with the vessel (115; 115'). The support body (240; 410) is adapted to be provided with a descaling agent container (205). The descaling agent container (205) is adapted to store a descaling agent (210) and has an opening sealed by a sealing element (235). The support body (240; 410) is shaped so that once the descaling agent container (205) is coupled with the support body (240; 410), the sealing element (235) sealing the opening of the descaling agent container results exposed to the steam generated in the vessel (115; 115').
摘要:
A cooking oven ( 100 ) is proposed. The cooking oven ( 100 ) comprises an operative chamber ( 115;515 ), and a detection assembly ( 200;300;400;500 ) for detecting an operative parameter within the operative chamber ( 115;515 ) of the cooking oven ( 100 ). The detection assembly ( 200;300;400;500 ) comprises a detection element ( 205;305;505 ) adapted to be at least partially inserted into said operative chamber ( 115;515 ) for detecting the operative parameter, and a coupling body ( 210;310;410;510 ) for supporting the detection element ( 205;305;505 ) and for mechanically coupling the detection assembly ( 200;300;400;500 ) to the operative chamber ( 115;515 ). Said coupling body ( 210;310;410;510 ) comprises a hole ( 215;315;515 ) into which the detection element ( 205;305;505 ) is fitted. Said hole ( 215;315;515 ) comprises a first hole portion ( 215 1 ;315 1 ;515 1 ) having a first size substantially matching the size of the detection element ( 205;305;505 ) and a second hole portion ( 215 2 ;315 2 ;515 2 ) having a second size greater than the first size, so that, when the detection element ( 205;305;505 ) is fitted into said hole ( 215;315;515 ), a cavity ( 230;330;530 ) is defined between the detection element ( 205;305;505 ) and walls of said second hole portion ( 215 2 ;315 2 ;515 2 ).