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    • 82. 发明授权
    • Optical distance measuring apparatus
    • 光学测距仪
    • US5204732A
    • 1993-04-20
    • US846811
    • 1992-03-06
    • Yukio OhmamyudaShigeru KimuraToru TanabeKazuhisa IwasakiTakao SetoHideki KitamuraKazuhiko SugimuraYasushi Senoo
    • Yukio OhmamyudaShigeru KimuraToru TanabeKazuhisa IwasakiTakao SetoHideki KitamuraKazuhiko SugimuraYasushi Senoo
    • G01S7/48G01S17/36
    • G01S17/36
    • An optical distance measuring apparatus is disclosed which is operable in accordance with a phase difference detecting process wherein a processing system including a central processing unit and a digital type mix-down circuit detects and calculates a phase difference between the electrical phase of a signal output from a light receiving portion in response to receipt of a reflected light beam and the electrical phase of a reference signal output from a reference oscillator so as to determine a distance between the apparatus and a object spaced at a distance to be measured with reference to the electrical phase of a local oscillation signal output from a local oscillator. A second circuit system of the processing system on the light receiving side includes a ladder resistance type attenuation circuit, a multiplexer, an veriable gain current amplifier, a wave shape correcting circuit and a signal amplitude detecting circuit. When the signal amplitude detecting circuit detects that the signal derived from the reflected light beam has an amplitude in excess of a predetermined value, the central processing unit controls the multiplexer so as to reduce a magnitude of the amplitude. In addition, an optical distance measuring apparatus operable in accordance with a time difference detecting process is disclosed.
    • 公开了一种光学距离测量装置,其可以根据相位差检测处理操作,其中包括中央处理单元和数字型混合降低电路的处理系统检测并计算输出的信号的电相位之间的相位差 响应于接收到反射光束的光接收部分和从参考振荡器输出的参考信号的电相,以便确定设备与被测量距离之间的物体之间的距离 从本地振荡器输出的本地振荡信号的相位。 光接收侧处理系统的第二电路系统包括梯形电阻型衰减电路,多路复用器,可验证增益电流放大器,波形校正电路和信号幅度检测电路。 当信号幅度检测电路检测到从反射光束导出的信号具有超过预定值的幅度时,中央处理单元控制多路复用器以减小振幅的大小。 此外,公开了一种根据时差检测处理可操作的光学距离测量装置。
    • 86. 发明授权
    • Absorption type cooling and heating system
    • 吸收式制冷加热系统
    • US4411140A
    • 1983-10-25
    • US344803
    • 1982-02-01
    • Naoto KatsumataNoriaki HoriuchiShigeru Kimura
    • Naoto KatsumataNoriaki HoriuchiShigeru Kimura
    • F25B15/00C09K5/04F25B15/02F25B29/00F25B30/04F25B13/00
    • F25B29/006C09K5/047F25B15/02F25B2315/006Y02B30/62Y02P20/124
    • An absorption type cooling and heating system including a generator, an outdoor heat exchanger, pressure reducing devices, two indoor heat exchangers, an absorber, a solution pump, change-over valves, on-off valves and check valves, wherein in a cooling mode the outdoor heat exchanger functions as a condenser and the two indoor heat exchangers function as evaporators and in a heating mode one of the two outdoor heat exchangers functions as a condenser, the other outdoor heat exchanger functions as an absorber and the outdoor heat exchanger and the absorber function as evaporators, so that the heat of a refrigerant in a gaseous state of high temperature and the heat of absorption generated at the absorber can both be utilized as heating heat sources. In a defrosting mode, the outdoor heat exchanger and the absorber function as condensers and one of the two indoor heat exchangers functions as an absorber, so that space heating can be carried out even during the defrosting mode.
    • 一种吸收式制冷和加热系统,包括发电机,室外热交换器,减压装置,两个室内热交换器,吸收器,溶液泵,转换阀,开关阀和止回阀,其中在冷却模式 室外热交换器用作冷凝器,两个室内热交换器用作蒸发器,并且在两个室外热交换器中的一个作为冷凝器的加热模式中,另一个室外热交换器用作吸收器和室外热交换器 吸收器作为蒸发器起作用,使得处于高温气态的制冷剂的热量和在吸收器处产生的吸收热量都可以用作加热热源。 在除霜模式中,室外热交换器和吸收器用作冷凝器,两个室内热交换器中的一个用作吸收器,使得即使在除霜模式下也可以进行空间加热。
    • 88. 发明授权
    • Plastic device for supporting pipes, cords and other elongate objects
    • 用于支撑管道,电线和其他细长物体的塑料装置
    • US4312487A
    • 1982-01-26
    • US172926
    • 1980-07-28
    • Shigeru Kimura
    • Shigeru Kimura
    • F16L3/123F16L3/08
    • F16L3/1236Y10S206/805Y10T24/1498Y10T24/3444
    • A plastic device for supporting an elongated object comprises a plurality of looped strips of successively greater sizes from the smallest looped strip at the innermost position with the opposite terminals of the looped strips continuously joined into one lateral edge of a common base piece. These looped strips are each provided on the outer side at the central portion thereof with a fastening piece adapted to be brought into engagement with a hook provided on the remaining lateral edge of the base piece. The supporting of an elongated object with this plastic device is accomplished by selecting from among the looped strips the strip of a size befitting the diameter of the elongated object, wrapping it around the elongated object and bringing the fastening piece of the selected strip into engagement with the hook of the base piece.
    • 用于支撑细长物体的塑料装置包括从最内部位置处的最小环形带连续更大尺寸的多个环形条带,其中环状条带的相对端部连续地接合到共同基部件的一个侧边缘中。 这些环形带每个在其中央部分的外侧设置有紧固件,该紧固件适于与设置在基件的剩余侧边缘上的钩接合。 使用该塑料装置对细长物体的支撑通过从环形条中​​选择尺寸适合细长物体的直径的条带,将其围绕细长物体包裹并使所选择的条带的紧固件与 底座的钩子。
    • 89. 发明授权
    • Apparatus for connection of operating rod
    • 用于连接操作杆的设备
    • US4283155A
    • 1981-08-11
    • US106459
    • 1979-12-26
    • Haruo YamazakiMasaharu MatsumotoShigeru Kimura
    • Haruo YamazakiMasaharu MatsumotoShigeru Kimura
    • E05B83/36F16B9/02F16B37/12F16C11/00
    • F16B37/12F16B9/02Y10T292/57Y10T403/32967
    • An apparatus for rotatably connecting an operating rod to a rotary operating member, which apparatus comprises a main connection member made of a synthetic resin and integrally provided with a head portion incorporating retention means for retaining the operating rod and an engaging leg portion extended perpendicularly from the lower side of the head portion, provided on the peripheral surface thereof with an engaging stepped portion and containing a hollow portion therein; and an insertion member made of a metallic material and provided with a female screw hole adapted for helical union with a male screw formed on the peripheral surface of the operating rod; the main connection member having an opening formed in the head portion thereof to a depth enough for communication with the hollow portion of the engaging leg portion.
    • 一种用于将操作杆可旋转地连接到旋转操作构件的装置,该装置包括由合成树脂制成的主连接构件,并且整体地设置有头部,该头部包括用于保持操作杆的保持装置和与该操作杆垂直地延伸的接合腿部 头部的下侧设置在其周面上具有接合台阶部并且在其中容纳中空部分; 以及由金属材料制成并具有内螺纹孔的插入构件,所述内螺纹孔适于与形成在操作杆的周面上的外螺纹螺旋结合; 所述主连接构件具有形成在其头部中的开口至足以与所述接合腿部的中空部分连通的深度。
    • 90. 发明授权
    • Method and device for fixing molding on windshields
    • 在挡风玻璃上固定成型的方法和装置
    • US4172000A
    • 1979-10-23
    • US904370
    • 1978-05-10
    • Masayoshi HorikeKenji FukudaShigeru Kimura
    • Masayoshi HorikeKenji FukudaShigeru Kimura
    • B60J1/02B60J10/00B60J10/02F16B5/12E04B1/62A44B21/00
    • F16B5/125B60J10/265B60J10/30B60J10/45B60J10/70F16B5/123F16B5/126F16B5/128Y10T24/30Y10T29/49876
    • A glass plate is attached through the medium of an adhesive layer to the bottom of a stepped portion which is formed along the edge of a window frame. Along the edge of the glass plate, there are fixed supporting pieces which have movable holding pieces supported thereon in such a way as to enjoy freedom of motion in directions perpendicular to the edge of the glass plate, the movable holding pieces each being provided with a claw adapted to provide engagement with the edge of a molding. The fixing of the molding to the edge of the window frame is accomplished by first causing the movable holding pieces to be moved on the supporting pieces to their respective positions prescribed for attachment of the molding and subsequently pushing the molding downwardly along the lateral surface of the stepped portion formed along the edge of the window frame, whereby the engaging claws of the movable holding pieces now held at positions for the attachment of the molding will automatically come into engagement with the edge of the molding.
    • 玻璃板通过粘合剂层的介质附着到沿着窗框的边缘形成的阶梯部分的底部。 沿着玻璃板的边缘,有固定的支撑件,其具有支撑在其上的可移动的保持件,以便在垂直于玻璃板的边缘的方向上享受运动的自由度,每个可移动的保持件设置有 适于提供与模制件的边缘的接合的爪。 通过首先使可移动的保持件在支撑件上移动到其相应的位置,以便连接模制件并且随后将模制件沿着该模制件的侧表面向下推动,从而实现模制件到窗框边缘的固定 沿着窗框的边缘形成的阶梯部分,由此现在保持在用于附接模制件的位置的可动保持件的接合爪将自动地与模制件的边缘接合。