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    • 1. 发明授权
    • Image transfer device
    • 影像传输装置
    • US4392738A
    • 1983-07-12
    • US342367
    • 1982-01-25
    • Hitoshi FujinoMasanobu KanotoHiroo Ichihashi
    • Hitoshi FujinoMasanobu KanotoHiroo Ichihashi
    • G03G15/16G03G15/14
    • G03G15/164
    • An image transfer device in an image forming apparatus is generally constructed with a recording element as an intermediate recording medium to hold thereon an image to be transferred onto an image transfer material. An image transfer device transfers the image from the recording element to the image transfer material and a guiding device guides the image transfer material which is capable of setting a position from the recording element in accordance with a kind of the image transfer material used. An image transfer material conveying device conveys the image transfer material through the recording element and the image transfer device and driving device displaces the guiding device in the direction away from the recording element at the time of non-operation of the image transfer material conveying device.
    • 图像形成装置中的图像转印装置通常由记录元件作为中间记录介质构成,以将要转印到图像转印材料上的图像保持在其上。 图像传送装置将图像从记录元件传送到图像转印材料,并且引导装置根据所使用的图像转印材料的种类引导能够从记录元件设置位置的图像转印材料。 图像转印材料输送装置通过记录元件传送图像转印材料,图像转印装置和驱动装置在图像转印材料输送装置不操作时沿着远离记录元件的方向移位引导装置。
    • 4. 发明申请
    • Optical device, adjustment method for the same and image forming apparatus
    • 光学装置,相同的调整方法以及成像装置
    • US20060103885A1
    • 2006-05-18
    • US11260157
    • 2005-10-28
    • Hitoshi Fujino
    • Hitoshi Fujino
    • H04N1/23
    • H04N1/036H04N2201/02458H04N2201/0246
    • An optical device including: a laser light emitting portion that emits laser light; a polygon mirror having a reflective surface that reflects the laser light, the polygon mirror being driven to rotate and deflecting the laser light emitted from the laser light emitting portion; a first lens through which the laser light reflected by the polygon mirror is transmitted, the first lens refracting the laser light; a second lens through which the laser light having passed through the first lens is transmitted, the second lens refracting the laser light; and an adjustment unit that adjusts at least one of a length of a first optical path between the polygon mirror and the first lens, and a length of a second optical path between the first lens and the second lens.
    • 一种光学装置,包括:激光发射部分,其发射激光; 具有反射所述激光的反射面的多面镜,所述多面镜被驱动以使从所述激光发射部发射的激光旋转和偏转; 由多面镜反射的激光透射的第一透镜,第一透镜折射激光; 穿过第一透镜的激光透过的第二透镜,第二透镜折射激光; 以及调整单元,其调整所述多面镜和所述第一透镜之间的第一光路的长度和所述第一透镜与所述第二透镜之间的第二光路的长度中的至少一个。
    • 6. 发明授权
    • Scanning optical apparatus
    • 扫描光学仪器
    • US08223416B2
    • 2012-07-17
    • US13072747
    • 2011-03-27
    • Hiroki YukawaHiroyuki OminatoHitoshi Fujino
    • Hiroki YukawaHiroyuki OminatoHitoshi Fujino
    • G02B26/08
    • G02B26/125
    • In a scanning optical apparatus, light emitted from each of a plurality of light sources is converted by a first optical element into a beam of light, which in turn is converted by a second optical element into a linear image extending in a main scanning direction incident on a deflecting mirror at which the beams of light are deflected in the main scanning direction. A third optical element configured to convert the beams from the deflecting mirror into spot-like images is a single lens, and each of opposite lens surfaces thereof has a curvature in a sub-scanning direction varying continuously from a position corresponding to an optical axis thereof outward in the main scanning direction in such a manner that MTF values in a sub-scanning direction of an image formed on the scanned surface vary less with image height.
    • 在扫描光学装置中,从多个光源中的每一个发射的光被第一光学元件转换成光束,光束又由第二光学元件转换成沿主扫描方向入射的线性图像 在偏转镜上,其中光束在主扫描方向上偏转。 被配置为将来自偏转镜的光束转换为点状图像的第三光学元件是单个透镜,并且其每个相对的透镜表面具有在从与其光轴对应的位置连续变化的副扫描方向上的曲率 以主扫描方向向外,使得形成在扫描表面上的图像的副扫描方向上的MTF值随图像高度变化较小。
    • 7. 发明授权
    • Optical device, adjustment method for the same and image forming apparatus
    • 光学装置,相同的调整方法以及成像装置
    • US08059316B2
    • 2011-11-15
    • US11260157
    • 2005-10-28
    • Hitoshi Fujino
    • Hitoshi Fujino
    • H04N1/04H01J3/14G03G15/01G02B26/08
    • H04N1/036H04N2201/02458H04N2201/0246
    • An optical device including: a laser light emitting portion that emits laser light; a polygon mirror having a reflective surface that reflects the laser light, the polygon mirror being driven to rotate and deflecting the laser light emitted from the laser light emitting portion; a first lens through which the laser light reflected by the polygon mirror is transmitted, the first lens refracting the laser light; a second lens through which the laser light having passed through the first lens is transmitted, the second lens refracting the laser light; and an adjustment unit that adjusts at least one of a length of a first optical path between the polygon mirror and the first lens, and a length of a second optical path between the first lens and the second lens.
    • 一种光学装置,包括:激光发射部分,其发射激光; 具有反射所述激光的反射面的多面镜,所述多面镜被驱动以使从所述激光发射部发射的激光旋转和偏转; 由多面镜反射的激光透射的第一透镜,第一透镜折射激光; 穿过第一透镜的激光透过的第二透镜,第二透镜折射激光; 以及调整单元,其调整所述多面镜和所述第一透镜之间的第一光路的长度和所述第一透镜与所述第二透镜之间的第二光路的长度中的至少一个。
    • 8. 发明申请
    • CRYOTHERAPY DEVICE AND PROBE FOR CRYOTHERAPY
    • CRYOTHERAPY DEVICE和PROBE FOR CRYOTHERAPY
    • US20110015623A1
    • 2011-01-20
    • US12740985
    • 2008-10-31
    • Haruo IsodaHarumi SakaharaHitoshi FujinoTakeshi Suzuki
    • Haruo IsodaHarumi SakaharaHitoshi FujinoTakeshi Suzuki
    • A61B18/02
    • A61B18/02A61B2018/00041A61B2018/0262
    • In a cryotherapy apparatus 1, an FPSC2 (free piston type Stirling cooling machine) is used that is driven by a normal power supply, and that is comparatively small and inexpensive. In addition, to a heat absorbing portion 2a of the FPSC2 connected is a base end 6a of an inner pipe 6 in which a refrigerant that operates at a low temperature is encapsulated. As a result of this, when the FPSC2 is driven in a state where a heat exchanging portion 8 provided at a tip 6b of the inner pipe 6 is located on a predetermined site inside a body, heat moves from the heat exchanging portion 8 to the heat absorbing portion 2a of the FPSC2 through the refrigerant. At this time, the refrigerant encapsulated in the inner pipe 6 is insulated from the outside since a vacuumed gap S is formed by the inner pipe 6 being covered with an outer pipe 7. As a result of this, an ice ball is formed on the predetermined site where the heat exchanging portion 8 has been located.
    • 在冷冻治疗装置1中,使用由正常电源驱动的FPSC2(自由活塞型斯特林冷却机),并且相对较小且便宜。 此外,连接的FPSC2的吸热部2a是内管6的基端6a,其中封入了低温运转的制冷剂。 其结果是,在设置在内管6的前端6b的热交换部8位于体内的规定位置的状态下驱动FPSC2时,热量从热交换部8移动到 FPSC2的吸热部分2a通过制冷剂。 此时,由于内管6被外管7覆盖而形成了真空间隙S,因此密封在内管6中的制冷剂与外部绝缘。结果,在 热交换部8已经定位的预定位置。
    • 10. 发明申请
    • Image forming apparatus
    • 图像形成装置
    • US20070064081A1
    • 2007-03-22
    • US11521514
    • 2006-09-15
    • Hitoshi Fujino
    • Hitoshi Fujino
    • G03G15/01
    • G03G15/011B41J2/473G03G15/0435G03G2215/0404H04N1/1135
    • To provide an image forming apparatus suppressing color slippage without using a mirror with high flatness, when a reflective surface of the mirror used in an optical system of, for example, yellow is formed in a completely flat surface, and a curvature R of the reflective surface of the mirror used in the optical system of magenta is +75 m, a deviation of a scanning position exceeds 100 μm at maximum, resulting in accentuating the color slippage. Meanwhile, when the mirror of yellow is replaced with the mirror having the curvature R of +300m, the slippage can be suppressed to 100 μm or less. Therefore, each mirror is selected, so that the curvature of each mirror becomes all positive or all negative. Thus, the deviation of the scanning position is in the same direction of laser beams L of each color, and the slippage can be prevented.
    • 为了提供一种在不使用具有高平坦度的反射镜的情况下抑制彩色打滑的图像形成装置,当在例如黄色的光学系统中使用的反射镜的反射表面形成为完全平坦的表面时,并且反射 在品红色光学系统中使用的镜子的表面为+75μm,扫描位置的偏差最大超过100um,导致颜色滑动加剧。 同时,当用具有+300μm的曲率R的反射镜代替黄色镜时,可以将滑移抑制在100μm以下。 因此,选择每个反射镜,使得每个反射镜的曲率全部为正或全为负。 因此,扫描位置的偏差与各颜色的激光束L的方向相同,能够防止滑动。