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    • 63. 发明授权
    • Recording system
    • 录音系统
    • US5138364A
    • 1992-08-11
    • US451238
    • 1989-12-15
    • Takemi YamamotoJun SakaiTakehiko Murata
    • Takemi YamamotoJun SakaiTakehiko Murata
    • G03F7/00G03G13/22G03G15/22
    • G03G15/228G03F7/0025G03G13/22G03B2227/325
    • A recording system for recording visible images on a recording medium according to source image information, including a coating device applying to the medium at least one kind of image-recording toner including a photosensitive toner, and an exposing device image-wise exposing the medium having thereon the photosensitive toner, to a radiation having the source image information so as to form on the medium images representing the source image information. The coating device may apply to the medium at least one of the photosensitive microcapsules and developer material which serve as the at least one kind of toner, according to the source image information, and the exposing device may expose to the radiation the medium having the microcapsules serving as the photosensitive toner so as to form microcapsule-based latent images. The recording system may further includes an electrostatic body, and a switching device selectively permitting the exposure of the medium having thereon the photosensitive toner, and exposure to the radiation of the electrostatic body for forming electrostatic latent images according to which the at least one kind of toner is adhered thereto. The switching device may selectively permit the exposure of the electrostatic body for forming the electrostatic latent images, and exposure to the radiation of the photosensitive toner adhered to the electrostatic body.
    • 一种用于根据源图像信息在记录介质上记录可见图像的记录系统,包括涂覆装置,该涂层装置将至少一种包含感光调色剂的图像记录调色剂和曝光装置成像曝光, 在其上具有源图像信息的辐射,以便在表示源图像信息的介质图像上形成感光调色剂。 根据源图像信息,涂覆装置可以向介质施加至少一种用作至少一种调色剂的感光性微胶囊和显影剂材料,并且曝光装置可以向辐射暴露具有微胶囊的介质 用作感光调色剂以形成基于微胶囊的潜像。 记录系统还可以包括静电体,以及选择性地允许其上具有感光调色剂的介质的曝光并且暴露于静电体的辐射以形成静电潜像的开关装置,根据该静电潜像,至少一种 调色剂粘附在其上。 开关装置可以选择性地允许静电体的曝光以形成静电潜像,并且暴露于粘附到静电体上的感光调色剂的辐射。
    • 64. 发明授权
    • Image recording apparatus
    • 图像记录装置
    • US5028954A
    • 1991-07-02
    • US568737
    • 1990-08-17
    • Takemi YamamotoShigeki IshikawaMasashi Ueda
    • Takemi YamamotoShigeki IshikawaMasashi Ueda
    • G03G15/00G03B27/32G03D13/00G03F7/00G03G21/00G03G21/20
    • G03F7/0022G03B27/32G03B2227/325
    • An image recording apparatus is provided which automatically controls the temperature and humidity in the region of a photosensitive recording medium. The recording medium carries the indication of its sensitivity characteristic. A detector disposed in the image recording apparatus reads the sensitivity characteristics which may take the form of the bar code or magnetic tape. The detector then sends an output signal, to a controller. At least one of a thermal sensor and a humidity sensor are provided in the passage of the photosensitive recording medium. These elements respectively sense the temperature and humidity and output their detection signals to the controller. The controller then controls a heater and a humidifier to set the optimal temperature and optimal humidity for the passage.
    • 提供了一种图像记录装置,其自动控制感光记录介质的区域中的温度和湿度。 记录介质具有其灵敏度特性的指示。 设置在图像记录装置中的检测器读取可以采用条形码或磁带形式的灵敏度特性。 检测器然后将一个输出信号发送到一个控制器。 在感光记录介质的通道中设置有热传感器和湿度传感器中的至少一个。 这些元件分别感测温度和湿度,并将其检测信号输出到控制器。 然后,控制器控制加热器和加湿器以设定通道的最佳温度和最佳湿度。
    • 69. 发明授权
    • Imaging device
    • 成像设备
    • US4806982A
    • 1989-02-21
    • US131893
    • 1987-12-11
    • Takemi YamamotoKenji SakakibaraMasashi Ueda
    • Takemi YamamotoKenji SakakibaraMasashi Ueda
    • G03B27/32G03F7/00G03B27/52
    • G03B27/32G03F7/0022G03B2227/325
    • In response to light reflected by a manuscript, a latent photo-image corresponding to the manuscript is formed on a photosensitive member comprising photocurable microcapsules containing therein dye precursor reactable to a color developing agent to develop a visible image. The photosensitive member is conveyed from a supply source, via a light exposure platform, to a developing section in an imaging device, while effectively protected from ambient light. When a transfer member is used to pass through the developing section, together with the photosensitive member, a separator lug is provided for separating the transfer member from the photosensitive member immediately after passing through the developing section. The exposure platform has a surface of an excellent light-absorptive material to prevent the recording sheet from being exposed again to light reflected from the platform surface.
    • 响应于原稿反射的光,在包含可与其显影可染色的可再发色剂的可光固化的微胶囊的光敏部件上形成潜像,所述可光固化的微胶囊含有可与彩色显影剂反应的染料前体,以形成可见光。 感光构件经由曝光平台从供应源传送到成像装置中的显影部分,同时有效地防止环境光。 当传送构件与感光构件一起用于通过显影部分时,设置有隔板凸耳,用于在通过显影部分之后立即将转印构件与感光构件分离。 曝光平台具有优异的光吸收材料的表面,以防止记录纸再次暴露于从平台表面反射的光。
    • 70. 发明授权
    • Method of producing hollow steel ingot and apparatus therefor
    • 生产中空钢锭的方法及其设备
    • US4278124A
    • 1981-07-14
    • US23892
    • 1979-03-26
    • Kazuo AsoTakesaburo NishiokaTakemi YamamotoNaomichi MiyaiJun-ichi Matsuno
    • Kazuo AsoTakesaburo NishiokaTakemi YamamotoNaomichi MiyaiJun-ichi Matsuno
    • B22D7/04B22D27/04
    • B22D7/04
    • The casting apparatus for a hollow steel ingot is constructed such that: at least three concentric pipes are provided in the central portion of an ordinary mold for a steel ingot; a core is formed by filling up a space formed between the first outer-most pipe having the largest diameter and the second pipe disposed inwardly of the first pipe with granular refractory material wherein zircon or chromite sand is bound by a binder such as an organic resin; a double pipe is disposed inwardly of said core and forming a gas flow course for cooling the core; and pouring gates formed through the stool for feeding molten steel at an intermediate portion between the inner wall of said mold and the core. The method for producing a hollow steel ingot by use of the casting apparatus as described above comprises: blowing the cooling gas from above into the third inner-most pipe having the least diameter, passing the gas through the second pipe from below and discharging it to above; cooling the molten steel fed into the mold and brought into contact with the outer surface of the first pipe by cooling the core through the inner wall of the second pipe; and controlling the cooling conditions for the core such as the thickness of the cylindrical refractory material of the core, the cross-sectional area of the cooling gas flow course and the thickness of the second pipe so that the finally solidifying position of the molten steel fed can be set at a position which is apart from the core side at a distance of 20 to 50% of the wall thickness of the hollow steel ingot to be formed.
    • 用于中空钢锭的铸造装置构造成:在用于钢锭的普通模具的中心部分中至少设置三个同心管; 通过用粒状耐火材料填充形成在具有最大直径的第一最外管之间的空间和设置在第一管内侧的第二管之间形成的芯,其中锆石或铬铁矿砂被诸如有机树脂 ; 双管配置在所述芯的内侧,形成用于冷却芯的气流路径; 以及通过所述粪便形成的浇注浇口,用于在所述模具的内壁和所述芯之间的中间部分处供给钢水。 使用如上所述的铸造装置制造中空钢锭的方法包括:将上述冷却气体从上方吹入具有最小直径的第三最内管中,使气体从下方通过第二管,并将其排出到 以上; 通过冷却芯通过第二管的内壁,冷却供给到模具中的钢水并与第一管的外表面接触; 并且控制芯的冷却条件,例如芯的圆筒形耐火材料的厚度,冷却气流路的横截面面积和第二管的厚度,使得钢水的最终凝固位置 可以设置在与要形成的中空钢锭的壁厚的20〜50%的距离处于芯侧的位置。