Abstract:
The present invention includes a cooking appliance with an enamel composition. The enamel composition includes a heat resistance, chemical resistance, wear resistance, and pollution resistance, such that the cooking appliance withstands high temperature, acid or alkali and is readily cleaned.
Abstract:
The present invention relates to a cooker and methods of manufacturing and controlling the same. In the present invention, the first coating layer that is a general ceramic enamel layer and the second coating layer that includes phosphate-based components are coated on the surface of the cavity corresponding to the inner surface of the cooking chamber. Therefore, with the present invention, the inside of the cooking chamber can be more easily cleaned.
Abstract:
A cooker and methods of manufacturing and controlling the same. The cooker including a first coating layer that is a general ceramic enamel layer and a second coating layer that includes phosphorus oxide-based components are coated on a surface of a cavity corresponding to the inner surface of the cooking chamber. Therefore, the inside of the cooking chamber can be more easily cleaned.
Abstract:
The present invention includes a cooking appliance with an enamel composition. The enamel composition includes a heat resistance, chemical resistance, wear resistance, and pollution resistance, such that the cooking appliance withstands high temperature, acid or alkali and is readily cleaned.
Abstract:
Embodiments of the present disclosure disclose a radio wave radiating device including multiple radiating portions and an antenna having bending patterns. As the multiple radiating portions are provided, optimal radiation efficiency can be provided at plural frequency bands. Further, due to the bending patterns, a total length of a portion disposed between an earth terminal and a transmission connector in the antenna is longer than a distance between the earth terminal and the transmission connector
Abstract:
An oven includes a housing provided therein with a cooking space and having an upper frame that defines an upper wall inside the cooking space; a heating unit fixedly installed at the upper frame so as to transfer heat to the cooking space; a plurality of antennas installed at one side of the upper frame and configured to emit radio waves, transmitted from a radio wave generator in electrical connection to an external power source for radio wave generation, toward the cooking space; and forming parts protruding upward from one side of the upper frame to accommodate the antennas therein, respectively, so as to prevent the antennas from being exposed to the cooking space.
Abstract:
The present disclosure relates to an oven having a plurality of antennas and a method for controlling the same. The oven according to an embodiment of the present disclosure includes a single control unit for integrally controlling a plurality of antennas. The control unit calculates a ratio of intensity of radio wave radiated into a cavity through each antenna and intensity of radio wave reflected from the cavity, and uses the ratios to adjust a frequency of a radio wave to be radiated. Accordingly, as a cooking process is carried out, radio wave of an optimal frequency for heating a cooking material can be incident on the cooking material. Accordingly, the cooking process can be performed quickly and efficiently.
Abstract:
An oven includes a housing provided therein with a cooking space and having an upper frame that defines an upper wall in the cooking space, a heating unit installed adjacent to the upper frame and configured to transfer heat to the cooking space, and a plurality of antennas installed at one side of the upper frame and configured to emit radio waves, transmitted from a radio wave generator in electrical connection to an external power source for radio wave generation, toward the cooking space. The heating unit extends to have a predetermined pattern forming a closed area, and is provided with a support member installed to be in contact at a plurality of points therewith.