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    • 1. 发明授权
    • Method and apparatus for controlling the temperature in a fixing device of an image forming apparatus
    • 用于控制图像形成装置的定影装置中的温度的方法和装置
    • US06701102B2
    • 2004-03-02
    • US09996914
    • 2001-11-30
    • Hiroto HasegawaToshio MiyamotoSatoru IzawaMasahiko SuzumiKenji Kanari
    • Hiroto HasegawaToshio MiyamotoSatoru IzawaMasahiko SuzumiKenji Kanari
    • G03G1520
    • G03G15/2003
    • In a method and apparatus for controlling the temperature of a fixing device of the film heating type and the pressure rotary member driving type and an image forming apparatus provided with this fixing device, at the start of printing, the output of a thermistor near a heater is detected, and when the temperature difference &Dgr;T=T2−T1 between the detected temperature T1 and the fixing temperature T2 is smaller than a desired temperature T0, the raising timing of the heater is delayed. Thereby, a pressure roller is not-excessively warmed at hot start and slip can be prevented. Also, in the image forming apparatus having the film heating type fixing device, in the next printing after the lapse of a predetermined time after the termination of a printing operation, the target temperature and heater electrical energization starting timing of the fixing device are changed in conformity with the temperature of the fixing device. The apparatus has an atmospheric temperature sensor, and in the next printing after the lapse of a predetermined time after the termination of a printing operation, the target temperature and heater electrical energization timing of the fixing device during the initial rotation operation in the printing, operation are changed in conformity with the atmospheric temperature detected by the atmospheric temperature sensor and the temperature of the fixing device.
    • 在用于控制膜加热型和压力旋转构件驱动型的定影装置的温度的方法和装置以及设置有该定影装置的图像形成装置中,在打印开始时,加热器附近的热敏电阻的输出 ,并且当检测温度T1和定影温度T2之间的温差DeltaT = T2-T1小于期望温度T0时,加热器的升高时间被延迟。 因此,加热辊在热启动时不会过热,可以防止滑动。 此外,在具有胶片加热型定影装置的图像形成装置中,在打印操作结束之后经过预定时间之后的下一次打印中,定影装置的目标温度和加热器电通电开始定时被改变 符合定影装置的温度。 该装置具有大气温度传感器,并且在打印操作结束之后经过了预定时间之后的下一次打印中,打印操作期间初始旋转操作期间定影装置的目标温度和加热器电通电时间 根据大气温度传感器检测到的大气温度和定影装置的温度而变化。
    • 3. 发明授权
    • Image heating apparatus and heater for heating image
    • 用于加热图像的图像加热装置和加热器
    • US06336009B1
    • 2002-01-01
    • US09450751
    • 1999-11-30
    • Masahiko SuzumiToshio MiyamotoKenji Kanari
    • Masahiko SuzumiToshio MiyamotoKenji Kanari
    • G03G1520
    • G03G15/2042
    • The present invention relates to an image heating apparatus in which a heater being controlled by an output from a temperature detecting element to obtain a predetermined temperature and an image on a recording material being heated by heat from the heater via a film, the heater having a first heating member disposed along a longitudinal direction of a base material and heated by energizing and a second heating member shorter than the first heating member, the first heating member being disposed on an upstream side of the second heating member with respect to a moving direction of the recording material, and when a first size recording material is heated, the first heating member being energized and the second heating member being not energized, when a second size recording material smaller than the first size recording material is heated, the first heating member and the second heating member being energized.
    • 本发明涉及一种图像加热装置,其中加热器由温度检测元件的输出控制以获得预定温度,并且记录材料上的图像经加热器经由薄膜被加热,加热器具有 第一加热部件沿着基材的长度方向配置并通过加热而被加热,第二加热部件比第一加热部件短,第一加热部件相对于第二加热部件的移动方向配置在第二加热部件的上游侧 记录材料,并且当加热第一尺寸记录材料时,第一加热构件被通电并且第二加热构件未被通电,当加热比第一尺寸记录材料小的第二尺寸记录材料时,第一加热构件和 所述第二加热构件被通电。
    • 4. 发明授权
    • Image heating apparatus
    • 图像加热装置
    • US06185383B2
    • 2001-02-06
    • US09511765
    • 2000-02-24
    • Kenji KanariToshio MiyamotoMasahiko Suzumi
    • Kenji KanariToshio MiyamotoMasahiko Suzumi
    • G03G1500
    • H05B3/0095G03G15/2042G03G2215/00717
    • The present invention relates to an image heating apparatus in which an image on a moving recording material is heated by a heat from a heater, the heater has an elongated substrate extending in a direction perpendicular to a shifting direction of the recording material, and a first heat generating body and a second heat generating body for generating heat by energization and provided on the substrate along a longitudinal direction thereof, the first and second heat generating bodies are disposed side by side in a direction perpendicular to the longitudinal direction of the substrate, and the first heat generating body has a first heat generating portion, and a second heat generating portion provided at a longitudinal end of the first heat generating portion and having a heat generating amount per unit length smaller than that of the first heat generating portion, and, when the width of the recording material is detected to be smaller than a predetermined width by the detecting member, the first heat generating body is energized, and, when the width of the recording material is detected to be greater than the predetermined width, the second heat generating body is energized, and the detecting member is provided at a position corresponding to the second heat generating portion in the longitudinal direction of said substrate.
    • 本发明涉及一种图像加热装置,其中移动的记录材料上的图像由来自加热器的热量加热,加热器具有沿与记录材料的移动方向垂直的方向延伸的细长基板,第一 发热体和用于通过激励产生热并沿其长度方向设置在基板上的第二发热体,第一和第二发热体沿垂直于基板的纵向的方向并排设置,并且 所述第一发热体具有第一发热部,所述第二发热部设置在所述第一发热部的纵向端部,并且具有比所述第一发热部小的单位长度的发热量, 当通过检测部件检测到记录材料的宽度小于预定宽度时, 第一发热体被通电,并且当检测到记录材料的宽度大于预定宽度时,第二发热体通电,并且检测构件设置在与第二发热体相对应的位置 在所述基板的纵向方向上的部分。
    • 6. 发明授权
    • Image forming apparatus for transferring transfer residual toner onto image bearing member
    • 将转印残留调色剂转印到图像承载部件上的图像形成装置
    • US08180247B2
    • 2012-05-15
    • US13160541
    • 2011-06-15
    • Ken NakagawaKenji KanariMasaru ShimuraTakashi ShimadaTomoo AkizukiMasahiro Suzuki
    • Ken NakagawaKenji KanariMasaru ShimuraTakashi ShimadaTomoo AkizukiMasahiro Suzuki
    • G03G15/16
    • G03G21/0047G03G21/10G03G2221/1627
    • There is a charge member which charges secondary transfer remaining toner on an intermediate transfer member to a polarity opposite to a normal charge polarity. The transfer remaining toner charged by the charge member is moved in the direction opposite to that of normal toner by a transfer bias and moved from the intermediate transfer member onto an image bearing member. A BK station is arranged on the downstream of other stations. In a continuous BK monochromatic mode, by applying a reverse bias to transfer portions of the other stations and applying the transfer bias only to the BK station, waste toner can be collected into the BK station (simultaneously with the transfer). In a full-color mode, since each transfer bias is applied to all stations, the waste toner is collected into the station on the uppermost stream. Thus, the image bearing member for collecting the transfer remaining toner on the intermediate transfer member is made different according to the mode, thereby suppressing that the collection of the waste toner is concentrated on one image bearing member.
    • 存在对中间转印部件上的二次转印剩余调色剂充电至与正常电荷极性相反的极性的充电部件。 由充电元件充电的转印剩余调色剂通过转印偏压沿与正常调色剂相反的方向移动,并从中间转印部件移动到图像承载部件上。 其他车站下游设有BK车站。 在连续的BK单色模式中,通过施加反向偏压来转移其他工位的部分,并将转印偏压仅施加到BK工位,废粉可以被收集到BK工位(与转印同时)。 在全色模式中,由于每个转印偏压都施加到所有工位,废碳粉被收集到最上层的工位中。 因此,用于收集中间转印部件上的转印剩余调色剂的图像承载部件根据模式而不同,从而抑制废调色剂的收集集中在一个图像承载部件上。
    • 7. 发明授权
    • Image forming apparatus for transferring transfer residual toner onto image bearing member
    • 将转印残留调色剂转印到图像承载部件上的图像形成装置
    • US07978998B2
    • 2011-07-12
    • US12024274
    • 2008-02-01
    • Ken NakagawaKenji KanariMasaru ShimuraTakashi ShimadaTomoo AkizukiMasahiro Suzuki
    • Ken NakagawaKenji KanariMasaru ShimuraTakashi ShimadaTomoo AkizukiMasahiro Suzuki
    • G03G15/16
    • G03G21/0047G03G21/10G03G2221/1627
    • There is a charge member which charges secondary transfer remaining toner on an intermediate transfer member to a polarity opposite to a normal charge polarity. The transfer remaining toner charged by the charge member is moved in the direction opposite to that of normal toner by a transfer bias and moved from the intermediate transfer member onto an image bearing member. A BK station is arranged on the downstream of other stations. In a continuous BK monochromatic mode, by applying a reverse bias to transfer portions of the other stations and applying the transfer bias only to the BK station, waste toner can be collected into the BK station (simultaneously with the transfer). In a full-color mode, since each transfer bias is applied to all stations, the waste toner is collected into the station on the uppermost stream. Thus, the image bearing member for collecting the transfer remaining toner on the intermediate transfer member is made different according to the mode, thereby suppressing that the collection of the waste toner is concentrated on one image bearing member.
    • 存在对中间转印部件上的二次转印剩余调色剂充电至与正常电荷极性相反的极性的充电部件。 由充电元件充电的转印剩余调色剂通过转印偏压沿与正常调色剂相反的方向移动,并从中间转印部件移动到图像承载部件上。 其他车站下游设有BK车站。 在连续的BK单色模式中,通过施加反向偏压来转移其他工位的部分,并将转印偏压仅施加到BK工位,废粉可以被收集到BK工位(与转印同时)。 在全色模式中,由于每个转印偏压都施加到所有工位,废碳粉被收集到最上层的工位中。 因此,用于收集中间转印部件上的转印剩余调色剂的图像承载部件根据模式而不同,从而抑制废调色剂的收集集中在一个图像承载部件上。
    • 8. 发明申请
    • IMAGE FORMING APPARATUS FOR TRANSFERRING TRANSFER RESIDUAL TONER ONTO IMAGE BEARING MEMBER
    • 用于将传输残留色调剂转印到图像轴承部件上的图像形成装置
    • US20080187369A1
    • 2008-08-07
    • US12024274
    • 2008-02-01
    • Ken NakagawaKenji KanariMasaru ShimuraTakashi ShimadaTomoo AkizukiMasahiro Suzuki
    • Ken NakagawaKenji KanariMasaru ShimuraTakashi ShimadaTomoo AkizukiMasahiro Suzuki
    • G03G15/20
    • G03G21/0047G03G21/10G03G2221/1627
    • There is a charge member which charges secondary transfer remaining toner on an intermediate transfer member to a polarity opposite to a normal charge polarity. The transfer remaining toner charged by the charge member is moved in the direction opposite to that of normal toner by a transfer bias and moved from the intermediate transfer member onto an image bearing member. A BK station is arranged on the downstream of other stations. In a continuous BK monochromatic mode, by applying a reverse bias to transfer portions of the other stations and applying the transfer bias only to the BK station, waste toner can be collected into the BK station (simultaneously with the transfer). In a full-color mode, since each transfer bias is applied to all stations, the waste toner is collected into the station on the uppermost stream. Thus, the image bearing member for collecting the transfer remaining toner on the intermediate transfer member is made different according to the mode, thereby suppressing that the collection of the waste toner is concentrated on one image bearing member.
    • 存在对中间转印部件上的二次转印剩余调色剂充电至与正常电荷极性相反的极性的充电部件。 由充电元件充电的转印剩余调色剂通过转印偏压沿与正常调色剂相反的方向移动,并从中间转印部件移动到图像承载部件上。 其他车站下游设有BK车站。 在连续的BK单色模式中,通过施加反向偏压来转移其他工位的部分,并将转印偏压仅施加到BK工位,废粉可以被收集到BK工位(与转印同时)。 在全色模式中,由于每个转印偏压都施加到所有工位,废碳粉被收集到最上层的工位中。 因此,用于收集中间转印部件上的转印剩余调色剂的图像承载部件根据模式而不同,从而抑制废调色剂的收集集中在一个图像承载部件上。