A fully automatic mixer comprising a pedestal assembly, the pedestal assembly, upper polishing each other, the lower polishing disc (5,4), the upper, by driving the lower polishing discs (5,4) relative manner and a low-speed motor for rotating (8), the top, on one side of the lower polishing discs (5,4) temperature sensor (18) is provided, said temperature sensor (18) at said temperature sensor (18) connecting to an intelligent circuit board (15) for controlling the rotational speed of the low-speed motor (8) depending on the measured temperature. The present invention does not pulverized raw material in a conventional cutter to operate the squeeze polishing technique in the present invention, top to employ an intelligent circuit board (15), obtained by measuring at a temperature sensor (18), a lower Various which the temperature of the polishing disc (5,4) to control the rotational speed of the low-speed motor (8), to avoid the influence on the raw material quality due to temperature is too high, it occurs by cutting the feedstock at the same time conventional high-speed also avoid adverse effects, and realizes low-speed polishing, fine polishing, precision polishing, also finished product excellent, there is no residue, good texture. .BACKGROUND台座部アセンブリを備える全自動ミキサーであって、前記台座部アセンブリは、相互に研磨する上部、下部研磨ディスク(5,4)と、前記上部、下部研磨ディスク(5,4)を駆動して相対的に回転させる低速モーター(8)とを含み、上部、下部研磨ディスク(5,4)の一側に温度センサ(18)が設けられ、前記温度センサ(18)が前記温度センサ(18)で測定した温度に応じて低速モーター(8)の回転数を制御するためのインテリジェント回路基板(15)に接続する。本発明は、従来のカッターで原料を粉砕せず、圧搾研磨技術を本発明中に運用し、インテリジェント回路基板(15)を採用し、温度センサ(18)で測定して得られた上部、下部研磨ディスク(5,4)の温度によって前記低速モーター(8)の回転数を制御し、温度が高すぎることによる原料品質への影響を避け、同時に従来の高速で原料を切削することで起きる各種弊害も避け、且つ低速研磨、微細研磨、精密研磨を実現し、出来上がった製品も優れ、残滓がなく、食感がよい。【選択図】 図1
