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    • 2. 发明授权
    • Transfer device and image forming apparatus including same
    • 转印装置和包括其的图像形成装置
    • US09235164B2
    • 2016-01-12
    • US14185242
    • 2014-02-20
    • Junichi IchikawaSeiichi KogureJunpei FujitaKazuki YogosawaKenji Sugiura
    • Junichi IchikawaSeiichi KogureJunpei FujitaKazuki YogosawaKenji Sugiura
    • G03G15/16
    • G03G15/1605G03G15/1615G03G2215/0129
    • A transfer device includes a nip forming member to contact a surface of an image bearing member to form a transfer nip therebetween, a pressing device, and a nip pressure changing device. The pressing device includes a plurality of elastic members, to produce a contact pressure between the nip forming member and the image bearing member according to a restoring force of at least one of the elastic members upon deformation of the elastic member. The nip pressure changing device changes an amount of elastic deformation of the elastic member between at least two stages to change a nip pressure of the transfer nip. While the contact pressure is produced by one of the elastic members, the nip pressure changing device changes the amount of elastic deformation of a different elastic member, different from the one that produces the contact pressure, to change the nip pressure of the transfer nip.
    • 转印装置包括用于接触图像承载部件的表面以在其间形成转印夹持部的压区形成部件,压紧装置和压区压力改变装置。 按压装置包括多个弹性构件,以在弹性构件变形时根据至少一个弹性构件的恢复力产生夹持形成构件和图像承载构件之间的接触压力。 辊隙压力改变装置在至少两个阶段之间改变弹性构件的弹性变形量,以改变转印辊隙的辊隙压力。 当接触压力由弹性部件之一产生时,辊隙压力改变装置改变不同于产生接触压力的弹性部件的弹性变形量,以改变转印辊隙的辊隙压力。
    • 4. 发明授权
    • Drag lever
    • 拖动杆
    • US08635979B2
    • 2014-01-28
    • US13195933
    • 2011-08-02
    • Frank HimselJochen OttDirk RichterJunichi Ichikawa
    • Frank HimselJochen OttDirk RichterJunichi Ichikawa
    • F01L1/18
    • F01L1/185F01L2105/00
    • A drag lever for actuating a gas exchange valve of an internal combustion engine. The drag lever includes an oblong lever body formed of sheet metal material, wherein the lever body has a bottom and side walls integrally formed at an angle of about 90° onto the bottom on both sides. A first end section of the lever body includes a joint socket formed into the bottom between the side walls. The joint socket serves to pivotally moveably support the drag lever on a joint head mounted stationary in the internal combustion engine. A middle section of the lever body is provided with a cam gripping surface, and a second end section of the lever body has a contact surface extending on the bottom. The contact surface serves for actuating the gas exchange valve. The lever body is dimensioned so as to have essentially the same width in a cross section through the joint socket and in a cross section through the middle section. Starting from the first end section of the lever body, the angle of the side walls increases continually to about 90°.
    • 用于致动内燃机的气体交换阀的牵引杆。 牵引杆包括由金属板材料形成的长方形杆体,其中杠杆体具有在两侧的底部上以大约90°的角度一体形成的底壁和侧壁。 杠杆主体的第一端部包括形成在侧壁之间的底部的接头插座。 接头插座用于枢转地可动地将牵引杆支撑在固定在内燃机中的关节头上。 杠杆体的中间部分设置有凸轮夹持表面,杠杆体的第二端部具有在底部延伸的接触表面。 接触表面用于致动气体交换阀。 杠杆主体的尺寸设计成在横截面中具有基本相同的宽度,穿过接头座,并且在穿过中间部分的横截面中。 从杠杆体的第一端部开始,侧壁的角度连续地增加到约90°。
    • 5. 发明申请
    • SEPARATION UNIT, FIXING UNIT AND IMAGE FORMING APPARATUS
    • 分离单元,固定单元和图像形成装置
    • US20110081173A1
    • 2011-04-07
    • US12892247
    • 2010-09-28
    • Sho WATANABEJunichi ICHIKAWAJunpei AMANOAya KAKISHIMAMasaya NAKATSUHARA
    • Sho WATANABEJunichi ICHIKAWAJunpei AMANOAya KAKISHIMAMasaya NAKATSUHARA
    • G03G15/20
    • G03G15/2064G03G2215/2022
    • A separation unit is provided on a downstream side of a contact area between a belt-like rotating body and a pressure rotating body. The separation unit includes a pressure member, a guide portion and a pressure portion. The pressure member extends along a width direction of the belt-like rotating body, and presses the belt-like rotating body to deform the belt-like rotating body into a bent shape changing a course away from a surface of the pressure rotating body. The guide portion is on the pressure rotating body side of the pressure member to guide the belt-like rotating body so that an angle portion of the bent shape bites into the pressure rotating body. The pressure portion is on the surface in the pressure rotating body side, and the surface separates sequentially from the pressure rotating body in the extending direction from a center portion to an end portion.
    • 分离单元设置在带状旋转体和压力旋转体之间的接触区域的下游侧。 分离单元包括压力部件,引导部分和压力部分。 压力构件沿着带状旋转体的宽度方向延伸,并且将带状旋转体按压,使带状旋转体变形成从压力旋转体的表面变化的弯曲形状。 引导部位于加压部件的压力旋转体侧,以引导带状旋转体,使得弯曲形状的角部被咬入压力旋转体。 压力部分在压力旋转体侧的表面上,并且表面从压力旋转体在延伸方向上从中心部分到端部顺序地分离。
    • 6. 发明授权
    • Image forming apparatus, correction parameter setting device, and density non-uniformity correction device
    • 图像形成装置,校正参数设定装置以及密度非均匀性校正装置
    • US07489884B2
    • 2009-02-10
    • US11446400
    • 2006-06-05
    • Junichi IchikawaHideki Kimura
    • Junichi IchikawaHideki Kimura
    • G03G15/00G03G15/043
    • G03G15/5058G03G15/0131G03G15/0194G03G15/5033G03G2215/00059G03G2215/00063G03G2215/0119G03G2215/0164
    • An image forming apparatus includes a first submodule used for image formation; a first phase detector detecting a phase of the first submodule; a second submodule used for image formation with the first submodule; a second phase detector detecting a phase of the second submodule; a density detector detecting density of an image formed by the first and second submodules; a correction setting section setting a first and second parameters to correct density non-uniformity in a slow-scan direction caused by the first and second submodules, respectively, based on the detected image density data; an output setting section deriving a first correction value for the phase of the first submodule from the first parameter and a second correction value for the phase of the second submodule from the second parameter, and outputting a correction value generated by merging the first and second correction values; and an imaging condition changing section changing imaging conditions in accordance with the correction value.
    • 图像形成装置包括用于图像形成的第一子模块; 检测第一子模块的相位的第一相位检测器; 用于与第一子模块成像的第二子模块; 检测第二子模块的相位的第二相位检测器; 密度检测器,检测由第一和第二子模块形成的图像的密度; 校正设置部分,基于检测到的图像浓度数据,分别设置第一和第二参数以分别校正由第一和第二子模块引起的慢扫描方向上的浓度不均匀性; 输出设定部,从第一参数导出第一子模块的相位的第一校正值,从第二参数导出第二子模块的相位的第二校正值,并输出通过合并第一和第二校正而产生的校正值 价值观 以及成像条件改变部分,根据校正值改变成像条件。
    • 8. 发明授权
    • Pressure sensor device
    • 压力传感器装置
    • US5948989A
    • 1999-09-07
    • US989866
    • 1997-12-12
    • Junichi IchikawaEtsuo Nishimura
    • Junichi IchikawaEtsuo Nishimura
    • G01L9/04G01D21/02G01K7/22G01L9/00G01L19/00G01L19/04G01L19/14
    • G01L19/143G01L19/0084G01L19/0092G01L19/147
    • Disclosed is a pressure sensor device including a temperature sensor, which can reduce the number of places required for mounting necessary sensors and can simplify a structure. The pressure sensor device comprises a housing including a connector portion provided at an outer periphery thereof, molded integrally with a plurality of external terminals and disposed to cover the pressure sensor from above, and a resin-made base cooperating the housing to define a container space for containing a pressure sensor and a circuit board. The base includes a pressure introducing passage, a temperature sensor containing projection with the temperature sensor installed therein, work holes into which are inserted the other ends of some of the external terminals, and intermediate terminals fixed to said base and having one ends electrically connected to leads of the temperature sensor, the intermediate terminals being partly exposed in the work holes and electrically connected to the other ends of the external terminals inserted into the work holes.
    • 公开了一种包括温度传感器的压力传感器装置,其可以减少安装所需传感器所需的位置数量并且可以简化结构。 所述压力传感器装置包括壳体,所述壳体包括设置在其外周的连接器部分,与多个外部端子一体成型并且设置成从上方覆盖所述压力传感器;以及树脂制基座,其配合所述壳体以限定容器空间 用于容纳压力传感器和电路板。 基座包括压力引入通道,安装有温度传感器的温度传感器容纳突起,其中插入有一些外部端子的另一端的工作孔和固定到所述基座的中间端子,并且其一端电连接到 温度传感器的引线,中间端子部分地暴露在工作孔中并电连接到插入工作孔中的外部端子的另一端。
    • 9. 发明授权
    • Optical scanner
    • 光学扫描仪
    • US5757535A
    • 1998-05-26
    • US851498
    • 1997-05-05
    • Junichi Ichikawa
    • Junichi Ichikawa
    • G02B13/00G02B26/12G02B26/08
    • G02B26/12
    • An optical scanner in which light beams from a light source are made incident in such a manner as to extend over a plurality of reflecting surfaces of a rotating polygon mirror, comprising: a light source; a first optical system which causes at least divergent light beams of a main scanning direction from the light source to be made into substantially parallel light beams; a rotating polygon mirror which deflects the substantially parallel light beams emitted from the first optical system along a predetermined main scanning direction by the plurality of reflecting surfaces; and a second optical system which causes the light beams deflected by the rotating polygon mirror to be scanned on a surface to be scanned substantially at a uniform velocity and to be converged on the surface to be scanned, wherein the substantially parallel light beams emitted from the first optical system is provided to form a wave surface for correcting an aberration in the second optical system. Accordingly, the wave surface of light beams incident on the rotating polygon mirror is formed so as to correspond to a deflection angle by the first optical system and the aberration in the second optical system is thereby corrected.
    • 一种光学扫描器,其中来自光源的光束以使得在旋转多面镜的多个反射表面上延伸的方式入射,包括:光源; 使来自所述光源的主扫描方向的至少发散光束成为大致平行的光束的第一光学系统; 旋转多面镜,其通过所述多个反射表面沿预定的主扫描方向偏转从所述第一光学系统发射的基本上平行的光束; 以及第二光学系统,其使得由所述旋转多面镜偏转的光束基本上以均匀的速度被扫描在待扫描的表面上并且被会聚在待扫描的表面上,其中,从所述第二光学系统发射的基本平行的光束 提供第一光学系统以形成用于校正第二光学系统中的像差的波面。 因此,入射到旋转多面镜上的光束的波面形成为与第一光学系统的偏转角相对应,由此校正第二光学系统中的像差。