The present invention provides a ceramic temperature control structure, which is consisted of a thermo-preserving device and a fluid heating device, in which the fluid heating device is consisted of a heating device and a cover. The heating device and the cover are separately installed with a number of dividing ribs. The heating device is further installed with a number of ceramic heating sheets. Since the ceramic heating sheets are located between the dividing ribs separately installed on the heating device and the cover, water stream can be heated rapidly. The meander waterway formed by the dividing ribs can increase the heating time of water stream. Then, a water pump is used to deliver the un-heated water from a second water inlet into the fluid heating device, and subsequently to the thermo-preserving device. At this time, the ceramic heating sheets in the thermo-preserving device are used for maintaining the temperature. Thus, the dividing rids and ceramic heating sheets not only can effectively and rapidly achieve the objective of increasing water temperature, but also greatly can greatly reduce the deviation of water temperature.本發明為有關於一種陶瓷溫控結構,其係由一保溫裝置及一流體加溫裝置所構成,其中流體加溫裝置係由加熱裝置及蓋體所組成,而分別於加熱裝置及蓋體上設有複數隔水肋,而位於加熱裝置上則加設有陶瓷加熱片,由於陶瓷加熱片位於加熱裝置及蓋體所分設的隔水肋之間,所以能讓水流能快速加溫,並且藉由隔水肋所形成的迂迴水道能增加水流的加熱時間,然,利用抽水馬達將未加溫的水藉由第二進水部輸送至流體加溫裝置內進行加溫,而後再輸至保溫裝置,此時藉由保溫裝置內的陶瓷加熱片進行溫度的維持,如此,利用隔水肋及陶瓷加熱片不僅能有效且快速地達到水溫增加之目的,且能大幅降低水溫的誤差值。1‧‧‧保溫裝置10‧‧‧儲水裝置104‧‧‧穿設部106‧‧‧第一進水部12‧‧‧保溫蓋120‧‧‧第一出水部122‧‧‧廢水出水部180‧‧‧水位控制閥182‧‧‧第一感溫器184‧‧‧感溫探針186‧‧‧機械式溫控器2‧‧‧流體加溫裝置20‧‧‧加熱裝置206‧‧‧第二進水部208‧‧‧第二出水部22‧‧‧蓋體4‧‧‧抽水馬達40‧‧‧連接管
