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    • 91. 发明授权
    • Latent heat accumulation system
    • 潜热蓄热系统
    • US5481882A
    • 1996-01-09
    • US417470
    • 1995-04-05
    • Yutaka WatanabeTakayuki HachimonjiKatsuya YamashitaSanae SekitaTsuyoshi Noma
    • Yutaka WatanabeTakayuki HachimonjiKatsuya YamashitaSanae SekitaTsuyoshi Noma
    • F25D16/00F28D20/02F25C3/00
    • F28D20/025F25D16/00Y02E60/145
    • A latent heat accumulation system uses latent heat for air-conditioning. The latent heat accumulation system includes a tank, supplying section, injecting section, drawing section and collecting section. The tank has a liquid storing section for storing Fluorinate (trade name) in the lower portion thereof, storing water which is cooled by ice via a boundary surface with Fluorinate in the middle portion thereof and storing the ice together with the water in the upper portion thereof. The supplying section supplies the water into the liquid storing section. The injecting section injects Fluorinate cooled to a preset temperature into the water stored in the liquid storing section. The drawing section draws out the water which is stored in the liquid storing section and cooled by the ice to the exterior of the tank as an air-conditioning heat accumulation medium. The collecting section collects a mixed fluid of the water and Fluorinate from the lower portion of the liquid storing section.
    • 潜热积累系统使用潜热进行空调。 潜热蓄积系统包括罐,供给部,注入部,拉伸部和收集部。 该罐具有用于在其下部存储氟化氢(商品名)的液体储存部分,储存在其中间部分经由氟化物的边界面用冰冷却的水,并将冰与水一起储存在上部 其中。 供给部将水供给到液体收容部。 注射部分将冷却至预设温度的氟化钠注入储存在液体存储部分中的水中。 抽出部分抽出储存在液体储存部分中的水,并将其作为空调积聚介质由冰冷却到罐外。 收集部分从液体存储部分的下部收集水和氟化物的混合流体。
    • 93. 发明授权
    • Image reader
    • 图像阅读器
    • US4894681A
    • 1990-01-16
    • US370156
    • 1989-06-22
    • Yutaka WatanabeHideaki KusanoMasaaki Ito
    • Yutaka WatanabeHideaki KusanoMasaaki Ito
    • G03B21/11
    • G03B21/118
    • An image reader is disclosed which is provided with a screen for an image recorded on a microfilm to be projected thereon and a photoelectric transferring element for transforming the image into electric signals. In a light path originating in a light source and reaching the photoelectric transferring element, a beam attenuating filter for attenuating the luminous energy of the beam of light exposed on the photoelectric transferring element is disposed and used for decreasing the difference in the illuminance of the light source during the reader mode for causing the image to be projected on the screen and during the transforming mode for causing the image to be exposed on the photoelectric transferring element. The illuminance of the light source is controlled by the variation of the intermittent frequency of the voltage applied to the light source. While the operation is proceeding in the transferring mode, the illuminance of the light source is controlled with the aforementioned intermittent frequency falling within the range of sonic frequency so as to permit variation of the illuminance of the light source in a multiplicity of stages. While the operation is in this mode, the sound of the movable components of the device being operated for scanning cancels the noise generated within the range of sonic frequency.
    • 公开了一种图像读取器,该图像读取器设置有用于将要记录在其上的微缩胶卷上记录的图像的屏幕和用于将图像变换为电信号的光电转移元件。 在源于光源并到达光电转移元件的光路中,布置用于衰减暴露在光电转移元件上的光束的光能的光束衰减滤光器,并用于减小光的照度差 在读取器模式期间,用于使图像投射在屏幕上以及在用于使图像暴露在光电转移元件上的变换模式期间的源。 光源的照度由施加到光源的电压的间歇频率的变化来控制。 当在传送模式中进行操作时,以上述间歇频率落在声频范围内来控制光源的照度,从而允许光源的多个阶段的照度变化。 当操作处于该模式时,被操作的装置的可移动部件的声音消除在声频范围内产生的噪声。
    • 94. 发明授权
    • Film handling means for a laser recorder
    • 用于激光记录器的胶片处理装置
    • US4814793A
    • 1989-03-21
    • US41079
    • 1987-04-21
    • Akiyoshi HamadaMitsutoshi YagotoYutaka WatanabeShuji MochizukiMasayuki MinoYutaka TanakaKyoji Tachikawa
    • Akiyoshi HamadaMitsutoshi YagotoYutaka WatanabeShuji MochizukiMasayuki MinoYutaka TanakaKyoji Tachikawa
    • G06K15/12G01D9/42G01D15/24
    • G06K15/1295
    • A laser recorder applicable to computer output microfilm recording apparatus comprises: a housing, a film feed unit having a film cassette loaded with a rolled heat development film; a film take-up unit for taking up the heat development film on a reel or on a tray, including a film storing mechanism for storing cut films sequentially; a main driving unit for driving the heat development film for advancing at a fixed speed for auxiliary scanning for recording image information on the heat development film, including a slackened film relief mechanism for eliminating slackened film around the main driving unit and a stepping motor driving current control circuit for driving the main driving unit at a low and fixed speed; loop detectors for preventing film feed force and film delivery force from working on the main driving unit, an image information recording unit for main scanning, having a laser optical system for scanning the heat development film across the width thereof to record image information recorded on the heat development film thereon; and a heat-development unit for heat-developing the image information recorded on the heat development film, including a delivery driving roller unit and a guide roller unit driven at different speeds respectively for eliminating slackened film around the heat-development unit as well as controlling the heat-development time, a temperature controller for controlling heat-development unit temperature, and a swing roller for separating the film from the heat-development unit when heat-development is not required.
    • 适用于计算机输出微缩胶卷记录装置的激光记录装置包括:外壳,具有装载有滚烫热显影膜的胶片暗盒的胶片馈送单元; 用于将热显影膜卷绕在卷轴或托盘上的薄膜吸收单元,包括用于顺序地存储切割薄膜的薄膜存储机构; 主驱动单元,用于驱动用于辅助扫描的固定速度的热显影膜,用于在显影膜上记录图像信息,包括用于消除主驱动单元周围的松弛膜的松弛膜释放机构和步进电机驱动电流 用于以低和固定速度驱动主驱动单元的控制电路; 用于防止胶片馈送力和胶片传送力在主驱动单元上工作的环路检测器,用于主扫描的图像信息记录单元,具有用于在其宽度上扫描热显影膜的激光光学系统,以记录记录在主驱动单元上的图像信息 热显影膜; 以及热显影单元,用于对记录在热显影膜上的图像信息进行热显影,包括分别驱动辊单元和以不同速度驱动的导辊单元,用于消除热显影单元周围的松弛膜以及控制 热显影时间,用于控制热显影单元温度的温度控制器,以及用于在不需要热显影时将膜与热显影单元分离的摆动辊。
    • 97. 发明授权
    • Logic circuit utilizing a current switch circuit having a non-threshold
transfer characteristic
    • 利用具有非阈值传递特性的电流开关电路的逻辑电路
    • US4516039A
    • 1985-05-07
    • US343379
    • 1982-01-27
    • Isokazu MatsuzakiAkira YamagiwaYutaka WatanabeTakashi MatsumotoKatsumi Yabe
    • Isokazu MatsuzakiAkira YamagiwaYutaka WatanabeTakashi MatsumotoKatsumi Yabe
    • H03K19/086H03K19/013
    • H03K19/086
    • A logic circuit (FIGS. 4A, 5A and 6A) comprises a current switch circuit (FIG. 4A) which has a non-threshold transfer characteristic (FIG. 4B), operates in non-saturation region, and is suited to a high speed operation.The current switch circuit is formed by a pair of transistors (6 or 7, and 8), one of which (6 or 7) receives an input signal at its base, and the other (8) has its base and collector connected in d.c. coupling to each other. The pair of transistors are connected with a common constant current source (9) at their emitters, deliver an output from their collectors, and are so biased as to operate in the non-saturation region.In the current switch circuit, due to the d.c. coupling between the base and the collector of the other transistor (8), the voltage level of the collector changes linearly in accordance with the input signal of the current switch circuit. This allows for a transfer characteristic having no threshold and a very small delay time between the input signal and the output signal. Moreover, the operation of transistors in the non-saturation region makes possible a logical operation which is high in speed and short in delay time.
    • 逻辑电路(图4A,5A和6A)包括具有非阈值传递特性的电流开关电路(图4A)(图4B),在非饱和区域中工作,并且适合于高速 操作。 电流开关电路由一对晶体管(6或7和8)形成,其中一个晶体管(6或7)在其基极接收输入信号,另一个(8)的基极和集电极连接成直流。 相互耦合。 该对晶体管在其发射极处与公共恒流源(9)连接,从其集电极输出输出,并被偏置以在非饱和区域中工作。 在当前的开关电路中,由于直流 耦合在另一个晶体管(8)的基极和集电极之间,集电极的电压根据电流开关电路的输入信号线性变化。 这允许在输入信号和输出信号之间没有阈值和非常小的延迟时间的传输特性。 此外,在非饱和区域中的晶体管的操作使得可能的速度高和延迟时间短的逻辑运算。
    • 99. 发明授权
    • Image projecting system
    • 图像投影系统
    • US4349271A
    • 1982-09-14
    • US211722
    • 1980-12-01
    • Shiro ToriumiYutaka Watanabe
    • Shiro ToriumiYutaka Watanabe
    • G03B27/34G03B27/50G03B27/52G03G15/04G03B27/70G02B27/17
    • G03B27/526
    • An image projecting system for transmitting the light rays carrying an image from a support for an original towards an image receiving member through a slit disposed adjacent the image receiving member comprises first, second and third plane reflective mirrors. These mirrors are supported for movement at different velocities in a direction of travel of light rays incident on the first mirror, but in synchronism with each other. During the movement of the first mirror, the reflective surface of the first mirror lies at a predetermined angle larger than 0.degree. but smaller than 90.degree. excepting 45.degree. relative to the above direction. The reflective surface of the second mirror lies at right angles to the above direction during its movement. The reflective surface of the third mirror lies at a predetermined angle, that is, 360.degree. less the first mentioned predetermined angle, relative to the above direction during its movement.
    • 一种图像投影系统,用于通过邻近图像接收部件设置的狭缝,将携带图像的光线从原稿的支撑件传送到图像接收部件,包括第一,第二和第三平面反射镜。 这些反射镜被支撑为在入射在第一反射镜上的光线的行进方向上以不同的速度运动,而是彼此同步。 在第一反射镜的移动期间,第一反射镜的反射表面相对于上述方向处于大于0°但小于90°的预定角度,除了45°。 第二反射镜的反射表面在其运动期间与上述方向成直角。 第三反射镜的反射表面在其移动期间相对于上述方向处于预定角度,即小于第一预定角度的360°。