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    • 2. 发明授权
    • Thermal development apparatus
    • 热开发设备
    • US06262756B1
    • 2001-07-17
    • US09438265
    • 1999-11-10
    • Teruo KashinoAkira TaguchiYosuke TateishiYasuaki Tamakoshi
    • Teruo KashinoAkira TaguchiYosuke TateishiYasuaki Tamakoshi
    • B41J1900
    • B41J13/223B41J2/471B41J2/475B41J11/002G03D13/002
    • In a thermal development apparatus provided with a drum to heat a thermally developable material on an outer circumferential surface thereof while rotating at a predetermined constant rotation speed; a feeding device which feeds a sheet-like thermally developable material onto the outer circumferential surface of the drum, whereby the thermally developable material fed by the feeding device is thermally developed by being heated while being held on the outer circumferential surface of the drum; the feeding device feeds each of thermally developable materials to the drum with a timing to shift a position of a leading end of each of thermally developable materials to be held on the drum into a rotation direction of the drum with the shortest time interval Tmin or longer among the thermally developable materials fed onto the drum so as to be continuously heated by the drum.
    • 在具有滚筒的热显影装置中,在以预定的恒定转速旋转的同时在其外圆周表面上加热热显影材料; 供给装置,其将片状热显影材料供给到滚筒的外周面上,由此由供给装置供给的热显影材料通过在保持在滚筒的外周面上的同时被加热而显影; 馈送装置将每个可热显影材料馈送到滚筒,其时间是将保持在滚筒上的每个可热显影材料的前端的位置以最短的时间间隔Tmin或更长的时间移动到滚筒的旋转方向 在被加热到滚筒上的可热显影材料中,以便由滚筒连续加热。
    • 4. 发明授权
    • Photosensitive material processing apparatus
    • 感光材料加工设备
    • US5097605A
    • 1992-03-24
    • US499172
    • 1990-03-26
    • Teruo KashinoToshiyuki YamagishiMasakazu AndohToshio Fujisaka
    • Teruo KashinoToshiyuki YamagishiMasakazu AndohToshio Fujisaka
    • F26B3/28G03D15/02F26B7/00
    • G03D15/022F26B3/283
    • The invention provides a photosensitive material processing apparatus having a processing part consisting of a plurality of processing tanks for processing a photosensitive and a drying part, disposed downstream of the processing part in a processing sequence, for drying the material. The drying part includes infrared drying system and hot air current drying system. There are provided a distinguishing circuit and a controlling circuit. The distinguishing circuit distinguishs the condition of the material either on a constant-drying-rate condition or on a decreasing-drying-rate condition on the basis of physical characteristics of the material. The controlling circuit controls the drying part so as to use the infrared drying system on the constant-drying-rate-condition or to use the hot air current drying system on the decreasing-drying-rate-condition on the basis of a distinguishing result of the distinguishing circuit.
    • 本发明提供了一种感光材料处理装置,其具有处理部分,该处理部分由用于处理光敏剂的多个处理槽和干燥部分组成,以处理顺序设置在处理部分的下游,用于干燥材料。 干燥部分包括红外干燥系统和热风干燥系统。 提供了一个区别电路和一个控制电路。 鉴别电路基于材料的物理特性,在恒定干燥速率条件下或降低干燥速率条件下区分材料的状况。 控制电路控制干燥部分,以便在恒定干燥速率条件下使用红外线干燥系统,或者基于下降干燥速率条件使用热风干燥系统,基于下述干燥速率条件的区别结果: 区别电路。
    • 5. 发明授权
    • Thermally developing apparatus
    • 热显影装置
    • US06297476B1
    • 2001-10-02
    • US09520375
    • 2000-03-06
    • Teruo KashinoAkira TaguchiHirofumi OkabeYasuaki TamakoshiMasaya Shimoji
    • Teruo KashinoAkira TaguchiHirofumi OkabeYasuaki TamakoshiMasaya Shimoji
    • G03G1520
    • G03G15/2042
    • A thermally developing apparatus is provided with a heating device to heat a thermally developable material; a supplier for supplying the thermally developable material in a predetermined supplying direction to the heating device; the heating device having plural regions aligned in a direction substantially perpendicular to the supplying direction of the thermally developable material by the supplier; plural heaters each provided separately to one of the plural regions and to heat a corresponding one of the plural regions of the heating device; and a controller to control heat generation of the plural heaters, the controller controlling at least one of the plural heaters in accordance with a size of the thermally developable material which is a length substantially perpendicular to the supplying direction.
    • 热显影装置设置有加热装置以加热可热显影的材料; 用于将加热装置的预定供给方向的热可显影材料供给的供给装置; 所述加热装置具有多个区域,所述多个区域在与所述可热显影材料的供给方向基本垂直的方向上排列; 多个加热器分别设置在多个区域中的一个区域上并加热加热装置的多个区域中的相应一个; 以及控制器,用于控制多个加热器的发热,所述控制器根据基本上垂直于所述供应方向的长度的所述热显影材料的尺寸来控制所述多个加热器中的至少一个。