PROBLEM TO BE SOLVED: To achieve a drying device for moisture-containing substances further securely continuously drying the moisture-containing substances such as vegetable, Tofu lees, fish offal and sludge by hot air.SOLUTION: A horizontally set cylindrical hollow chamber 102 and a box cylinder-shaped upper hollow chamber 107 having a lower end communicated with the hollow chamber 102 are arranged. A hot air current transformation plate 11 for transforming a flow of hot air is arranged in the upper part within the upper hollow chamber 107 along the vertical direction. A hot air supply passage 103 is arranged in the vicinity of a bottom of the hollow chamber 102 along the tangential direction of the circumference of the hollow chamber 102 so that the tip is opened on the peripheral face of the hollow chamber 102. A moisture-containing substance supply passage 104 is projectedly erected and arranged between the upper hollow chamber 107 and the hot air supply passage 103 so that the tip is opened on the peripheral face of the hollow chamber 102. A taking-out port 108 for taking out the dried aqueous substances is projectedly provided on one side face of the upper hollow chamber 107.COPYRIGHT: (C)2011,JPO&INPIT【課題】 野菜・豆腐殻・魚類の臓物・汚泥などの含水物質を熱風により確実に連続乾燥することができる含水物質の乾燥装置を実現する。【解決手段】 横設された円筒状の中空室102と、下端が中空室102に連通する箱筒状の上部中空室107を配設する。上部中空室107内の上部に、熱風の流れを変えるための熱風変流板11を垂直方向に沿って配設する。熱風供給路103を、中空室102の底部付近において先端を中空室102の周面に開口して中空室102の円周の接線方向に沿って配設する。含水物質供給路104を、上部中空室107と熱風供給路103との間において先端を中空室102の周面に開口して突立して配設する。乾燥された含水物質を取り出すための取出口108を上部中空室107の一方の側面に突設する。【選択図】 図1
