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    • 2. 发明申请
    • Antiglare,anticlouding element
    • Antiglare,防雾元素
    • US20060024510A1
    • 2006-02-02
    • US10451978
    • 2001-12-25
    • Hideyuki KikuchiToru KomatsuMasaki Kobayashi
    • Hideyuki KikuchiToru KomatsuMasaki Kobayashi
    • B32B15/00B32B19/00
    • G02B1/14B60R1/088G02B1/105G02B1/18G02B5/08G02B27/0006G02F1/157
    • An anti-glare and anti-fogging element 1 consisting of an anti-glare element 5 having an electrochromic cell 4 between a front transparent base plate 2 and a back transparent base plate 3 and an anti-fogging element 8 formed on the front transparent base plate 2, which is configured as an anti-glare and anti-fogging mirror 10 by laminating a reflection film 9 on the back of the back transparent base plate 3 and has a reflectivity of 25% or less at the time of glare prevention, wherein the electrochromic cell 4 is composed of a front electrode and a back electrode sandwiching a substance, which exhibits an electrochromic phenomenon, therebetween; the anti-fogging element 8 is composed of a transparent photocatalytic reaction substance film of TiO2 laminated on the front side of the front transparent base plate 2, which exhibits a photocatalytic reaction, and a transparent porous inorganic oxide film 7 laminated on the photocatalytic reaction substance film 6, which exhibits a hydrophilic property; the photocatalytic reaction substance film 6 is 100 to 170 nm in thickness; and the porous inorganic oxide film 7 is 10 to 50 nm in thickness.
    • 防眩防雾元件1由前透明基板2和后透明基板3之间具有电致变色元件4的防眩光元件5和形成在前透明基板上的防雾元件8组成 板2,其通过在背面透明基板3的背面层叠反射膜9而被配置为防眩光和防雾反射镜10,并且在防眩光时具有25%以下的反射率,其中 电致变色元件4由前电极和后电极组成,其间夹着呈现电致变色现象的物质; 防雾元件8由层叠在前透明基板2的前侧透明光催化反应的TiO 2透明光催化反应物质膜和透明多孔无机氧化物 膜7层压在光催化反应物质膜6上,其具有亲水性; 光催化反应物质膜6的厚度为100〜170nm。 多孔无机氧化物膜7的厚度为10〜50nm。
    • 3. 发明授权
    • Antiglare anticlouding device and automotive outer mirror
    • 防盗防雾装置和汽车外镜
    • US06781738B2
    • 2004-08-24
    • US10381044
    • 2003-03-25
    • Hideyuki KikuchiMasaki KobayashiToru Komatsu
    • Hideyuki KikuchiMasaki KobayashiToru Komatsu
    • G02F1157
    • C03C17/3663B01J35/002B60R1/088C03C17/34C03C17/3417C03C17/36C03C17/3671C03C2217/425C03C2217/71C03C2217/75G02F1/1533
    • An anti-glare element provided with a front side substrate comprising a substrate having a wave length selective property, and a back side substrate comprising a transparent substrate and having electrochromic films which exhibit an electrochromic phenomenon interposed between the front side substrate and back side substrate, wherein a photocatalyst film comprising a photocatalyst substance having transmittivity and a hydrophilic functional film comprising a hydrophilic film of a hydrophilic substance are formed on the front side of the front side substrate comprising a substrate with said wave-length selective property, to thereby give an anti-fog function. Or electrode-cum-reflective film is formed on the backside film of the electrochromic film, to thereby achieve a reflective mirror. An anti-glare and anti-fog element or an exterior mirror for automobiles wherein spectral reflectance characteristics of the anti-glare and anti-fog element can be set so that predetermined color phase may be presented at the time of un-operating of an anti-glare function by a substrate having wave length selective property, and along with this surface dirt can be disassembled and economical efficiency and chemical stability are satisfied, can be provided. Also, color phase of the mirrors which have mutually different functions among plurality of mirrors is determined as a predetermined color phase, and the color phase can be set to the same extent, and the combination of the mirror which does not give a sense of incongruity visually can be embodied.
    • 一种防眩光元件,其具有包括具有波长选择性的基板的前侧基板和包括透明基板的背面基板,并且具有插入在前侧基板和背面基板之间的电致变色现象的电致变色膜, 其中包含具有透射性的光催化剂物质的光催化剂膜和包含亲水性物质的亲水性膜的亲水性功能膜形成在包括具有所述波长选择性的基板的前侧基板的前侧上, 雾功能。 或者在电致变色膜的背面膜上形成电极反射膜,从而实现反射镜。 用于汽车的防眩光和防雾元件或外部镜子,其中可以设置防眩光和防雾元件的光谱反射特性,使得在反操作时可以呈现预定的色相 通过具有波长选择性的基板的功能,并且可以分解这些表面污垢,并且可以提供经济的效率和化学稳定性。 此外,将多个反射镜中具有相互不同的功能的反射镜的色相确定为预定的颜色相位,并且可以将相位设置为相同程度,并且不产生不协调感的反射镜的组合 在视觉上可以体现。
    • 7. 发明申请
    • Charcoal producing method and apparatus
    • 木炭生产方法和装置
    • US20060099133A1
    • 2006-05-11
    • US10518204
    • 2003-07-02
    • Toru Komatsu
    • Toru Komatsu
    • C01B31/02
    • C10B53/02Y02E50/14
    • Disclosed are charcoal production process and apparatus which can produce charcoal by high-temperature carbonization at a high temperature of 800° C. or above. This charcoal production apparatus comprises: an in-kiln space 2 for placing therein a raw material 37 for charcoal; a flame port 3 and a vent hole 4 each provided at the front end of the space 2 within the kiln; a smoke discharge opening 5 provided at the rear end of the space 2 within the kiln; and air force feeding means for forcibly feeding air into the space 2 within the kiln. The air force feeding means comprises an air discharge opening 102 provided at the upper part of the space 2, within the kiln, at a portion near the smoke discharge opening 5 and the air discharge opening 102 comprises a blast pipe 100 provided toward the front end of the space 2 within the kiln.
    • 公开了在800℃以上的高温下通过高温碳化生产炭的木炭生产方法和装置。 该木炭生产装置包括:用于在其中放置用于炭的原料37的窑空间2; 分别设置在窑内的空间2的前端的火焰口3和排气孔4; 设置在窑内的空间2的后端的排烟口5; 以及用于将空气强制送入窑内的空间2的空气供给装置。 空气供给装置包括设置在空间2的上部,在窑内,在排烟口5附近的部分的排气口102,排气口102包括朝向前端设置的鼓风管100 的窑内空间2。
    • 9. 发明授权
    • Image forming apparatus employing dots of a predetermined diameter
    • 图像形成装置采用预定直径的点
    • US06288733B1
    • 2001-09-11
    • US09536805
    • 2000-03-28
    • Kazuhiro NakazawaYasushi KoshimuraToru KomatsuKoichi Gunji
    • Kazuhiro NakazawaYasushi KoshimuraToru KomatsuKoichi Gunji
    • B41J2385
    • G03G15/5041G03G2215/00042G06K15/1214H04N1/4078
    • An image forming apparatus includes a photoreceptor, an exposure device for exposing the photoreceptor with a laser beam dot by dot so as to form a dotted latent image on the photoreceptor, and a developing device for developing the dotted latent image with developer. The apparatus also includes a dot diameter correcting device for correcting a diameter of the dot formed on the photoreceptor. The dot diameter correcting device includes an image patch producing device for forming an image patch having a specific dot pattern with a laser beam having a predetermined power strength by the exposure device, an image patch detector for detecting a density level of the image patch formed on the photoreceptor, and a memory for storing data of laser power strengths with correlation to the detected density levels. With this structure, a controller controls laser power strength of the exposure device based on the correlated data stored in the memory and the density level detected by the image patch detector.
    • 一种图像形成装置包括感光体,曝光装置,用于逐点地用激光束曝光感光体,以便在感光体上形成虚线的潜像;以及显影装置,用显影剂显影点状潜像。 该装置还包括用于校正形成在感光体上的点的直径的点直径校正装置。 点直径校正装置包括用于通过曝光装置用具有预定功率强度的激光束形成具有特定点阵图形的图像补片的图像补片产生装置,用于检测形成在图像补片上的图像补片的浓度水平的图像补片检测器 感光体和用于存储与所检测的浓度水平相关的激光功率强度的数据的存储器。 利用这种结构,控制器基于存储在存储器中的相关数据和由图像贴片检测器检测的浓度水平来控制曝光装置的激光功率强度。
    • 10. 发明授权
    • Antiglare inner mirror
    • 防盗内镜
    • US5973805A
    • 1999-10-26
    • US38180
    • 1998-03-10
    • Toru YamanaNaoto IwanabeToru Komatsu
    • Toru YamanaNaoto IwanabeToru Komatsu
    • G02B5/32B60R1/04B60R1/08
    • B60R1/086
    • An antiglare inner mirror includes a housing which is supported by a stay and is capable of inclining by an inclining device. A mirror main body is mounted on a front opening portion of the housing. The mirror main body includes a front glass, a hologram element and a seal glass bonded integrally together. A reflecting film is formed on the rear surface of the seal glass. The hologram element consists of a reflecting type hologram element having a reflecting plane made of interference fringes which is arranged non-parallel to the front surface of the hologram element. Incident light from outside is reflected both by the reflecting film and by the interference fringes of the hologram element to form rays of light reflected in different directions.
    • 防眩光内镜包括由支架支撑并能够通过倾斜装置倾斜的壳体。 镜主体安装在壳体的前开口部分上。 镜主体包括前玻璃,全息元件和一体地结合在一起的密封玻璃。 在密封玻璃的后表面上形成反射膜。 全息元件由反射型全息元件组成,该反射型全息元件具有反射面,该反射面由与全息元件的前表面不平行的干涉条纹构成。 来自外部的入射光由反射膜和全息元件的干涉条纹反射,以形成沿不同方向反射的光线。