RICE COOKER

To provide a rice cooker capable of improving rice measuring accuracy while reducing clogging of rice grains in conveying rice.SOLUTION: A rice cooker of the present invention includes a rice supply member 600 for supplying rice stored in a rice container to a pot. The rice supply member 600 include...

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Bibliographic Details
Main Authors HOKIMOTO AKIO, OYA HIROSHI, OMURA TAKUMASA, KAWAMURA NAOYA, KITAKI HIROSHI
Format Patent
LanguageEnglish
Japanese
Published 18.08.2022
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Summary:To provide a rice cooker capable of improving rice measuring accuracy while reducing clogging of rice grains in conveying rice.SOLUTION: A rice cooker of the present invention includes a rice supply member 600 for supplying rice stored in a rice container to a pot. The rice supply member 600 includes a rice moving part 610 having a rice transfer blade 611B formed spirally on an outer peripheral surface 611Ab of a shaft 611A and a casing 620 for covering the rice moving part 610. The casing 620 includes a first internal space defined by an internal surface 631Aa and communicated with the inside of the rice container, and a second internal space defined by an internal surface 631Ba and communicated with the outside of the rice container. The rice moving part 610 is disposed in the first and second internal spaces and sends the rice supplied from inside the rice container to the outside of the rice container. The space between the rice transfer blade 611B and the internal surface 631Ba when viewed in a shaft direction 600A is narrower than the space between the rice transfer blade 611B and the internal surface 631Aa at the same height as the height of a center line of the shaft 611A of the rice transfer part 610.SELECTED DRAWING: Figure 12 【課題】送米に際しての米粒の詰まりを低減しつつ、米の計量精度を向上することができる炊飯器を提供する。【解決手段】本発明に係る炊飯器は、米容器に収容された米を鍋に供給する米供給部材600を備える。米供給部材600は、軸611Aの外周面611Abに螺旋状に形成された米移送羽根611Bを有する米移動部610と、米移動部610を覆うケーシング620とを備える。ケーシング620は、内面631Aaにより画定されて米容器内と連通する第1内部空間と、内面631Baによって画定されて米容器外と連通する第2内部空間とを有する。米移動部610は第1及び第2内部空間に配置され、米容器内から供給された米を米容器外へ送る。軸方向600Aに見て、米移送羽根611Bと内面631Baとの間隔は、米移動部610の軸611Aの中心線と同じ高さにおける米移送羽根611Bと内面631Aaとの間隔より狭い。【選択図】図12
Bibliography:Application Number: JP20210017494