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    • 1. 发明授权
    • Battery receptacle
    • 电池插座
    • US4863812A
    • 1989-09-05
    • US117150
    • 1987-09-28
    • Toshiaki UedaKatsuhiko NomuraYukio Takaoka
    • Toshiaki UedaKatsuhiko NomuraYukio Takaoka
    • H01M2/10B21H7/14G03B17/56H01M12/00
    • H01M2/1022
    • A battery receptacle is provided for selectively and alternately receiving a lithium battery (11) which has positive and negative terminals (13) on a first end face (9), and alkaline-manganese batteries (21), each of which includes positive (22) and negative (23) terminals on opposite first (8) and second (7) end faces thereof, respectively. The battery receptacle incorporates a receptacle housing (2) having a stationary wall or base (19, 31) for supporting one end of the lithium or alkaline-manganese batteries, and which also incorporates a spacer (4, 32) which is positioned around the alkaline-manganese batteries when they are positioned within the receptacle housing, as well as a lid (6, 33) which is adapted to selectively open and close the receptacle housing. The spacer is rotatably supported by the receptacle housing such that when the alkaline-manganese batteries are positioned within the receptacle, the spacer will be maintained about them, and when the lithium battery is positioned within the housing, the spacer will be positioned over the battery in the housing. Both the stationary wall and the lid have electrical contacts which correspond to the terminals of the alkaline-manganese batteries. Either the stationary wall or base (31), or the spacer (4), is provided with electrical contacts (4a, 36) which correspond to the terminals of the lithium battery to establish contact therewith terminals facing downwardly or its positive and negative terminals facing upwardly, respectively.
    • PCT No.PCT / JP87 / 00332 Sec。 371日期1987年9月28日第 102(e)1987年9月28日PCT PCT 1987年5月26日PCT公布。 出版物WO87 / 07435 日期为1987年12月3日。一种电池插座,用于选择性地交替地接收在第一端面(9)上具有正端子(13)的锂电池(11)和碱锰电池(21), 它们中的每一个分别在相对的第一(8)和第二(7)端面上包括正(22)和负(23)端子。 电池插座包括具有用于支撑锂或碱锰电池的一端的固定壁或基座(19,31)的插座壳体(2),并且还包括一个间隔件(4,32) 碱锰电池当它们位于插座壳体内时,以及适于选择性地打开和闭合插座壳体的盖子(6,33)。 间隔件由插座壳体可旋转地支撑,使得当碱锰电池位于容器内时,间隔件将被保持在其周围,并且当锂电池位于壳体内时,间隔件将位于电池 在房屋里 固定壁和盖都具有对应于碱锰电池端子的电触点。 固定壁或底座(31)或间隔件(4)均设有与锂电池的端子相对应的电触点(4a,36),以与其面对的端子建立接触或其正极和负极端子面对 分别向上。
    • 2. 发明授权
    • Camera aperture controlling brake
    • 相机孔径控制制动器
    • US4226521A
    • 1980-10-07
    • US973284
    • 1978-12-26
    • Masahiro KawasakiYukio Takaoka
    • Masahiro KawasakiYukio Takaoka
    • G03B7/01G03B7/08G03B7/081G03B7/083G03B7/085G03B9/02G03B9/07G03B9/06
    • G03B9/02G03B7/083G03B7/087
    • An aperture auxiliary brake control device in a camera in which a speed slowing device operates in association with the lens stopping-down operation. The operation of the speed slowing device is stopped by interrupting the supply of current to an aperture control magnet to selectively employ a shutter priority automatic exposure in which an aperture value control is obtained, an aperture priority automatic exposure, or a manual exposure. The aperture auxiliary brake control device comprises a brake section for braking a brake disk secured to a part of the speed slowing device by interrupting the supply of current to an auxiliary brake magnet. An auxiliary brake magnet control circuit is employed so that only in the shutter priority automatic exposure mode the brake disk is braked before the operation of said speed slowing device is ended. In the aperture priority automatic exposure or in the manual exposure modes, the supply of current to the auxiliary brake magnet is interrupted after a period of time elapses required to stop down the lens to a minimum aperture value thereof. Hence, following this period an auxiliary brake is not applied.
    • 照相机中的光圈辅助制动控制装置,其中减速装置与镜头停止操作相关联地操作。 通过中断向孔径控制磁体的电流供应来停止减速装置的操作,以选择性地采用获得光圈值控制的快门优先自动曝光,光圈优先自动曝光或手动曝光。 光圈辅助制动控制装置包括制动部分,用于通过中断向辅助制动磁体的电流供应来制动固定在减速装置的一部分上的制动盘。 使用辅助制动磁体控制电路,使得仅在快门优先自动曝光模式下,在所述速度减速装置的操作结束之前制动盘被制动。 在光圈优先自动曝光或手动曝光模式中,在将透镜停止到其最小光圈值所需的一段时间后,向辅助制动磁体的电流供应中断。 因此,在此期间,不施加辅助制动器。
    • 4. 发明授权
    • Camera electrical self-timer
    • 相机电子自拍
    • US4219262A
    • 1980-08-26
    • US972152
    • 1978-12-21
    • Yukio TakaokaMasahiro Kawasaki
    • Yukio TakaokaMasahiro Kawasaki
    • G03B9/64G03B19/12G03B7/08G03B9/02
    • G03B9/64
    • A self-timer in a camera which has a shutter priority automatic exposure adjustment (EE) mode, a manual exposure adjustment mode or an aperture priority automatic exposure adjustment (ES) mode, or all three exposure adjustment modes. In the (EE) mode, light passing through a lens aperture is received by a light receiving element while the lens aperture is being stopped down. When an aperture value (the quantity of light) suitable for the preset shutter speed and film sensitivity is obtained the supply of current of an aperture control magnet having attracted an aperture locking lever is interrupted to lock the operation of the aperture thereby to determine an aperture value. Simultaneously the locking of a top curtain is released by the lever. The camera has an interlocking timer circuit in which, in modes other than the (EE) mode, the supply of current to the aperture control magnet is interrupted in a period of time such that a period of time required for stopping down the aperture to its minimum aperture value is made slightly longer, thereby to release the top curtain. A switch for changing the time constant of the interlocking timer circuit is provided to increase the operating time of the interlocking timer circuit.
    • 具有快门优先自动曝光调节(EE)模式,手动曝光调节模式或光圈优先自动曝光调节(ES)模式或所有三种曝光调节模式的相机中的自拍功能。 在(EE)模式中,通过透镜孔的光被光接收元件接收,同时镜头孔被停止。 当获得适合于预设快门速度和胶片感光度的光圈值(光量)时,中断了吸引了孔径锁定杆的光圈控制磁体的电流供应,以锁定光圈的操作,从而确定光圈 值。 同时,顶部帘幕的锁定由杠杆释放。 相机具有互锁定时器电路,其中在(EE)模式以外的模式中,在一段时间内中断向光圈控制磁体的电流供应,使得将光圈停止到其所需的时间 使最小光圈值略长,从而释放顶幕。 提供用于改变互锁定时器电路的时间常数的开关,以增加互锁定时器电路的工作时间。
    • 7. 发明授权
    • Lens stop braking in automatic exposure cameras of stop value control
type
    • 停止值控制型自动曝光摄像机镜头停止制动
    • US4179201A
    • 1979-12-18
    • US831022
    • 1977-09-06
    • Hiroshi KureiMasahiro KawasakiYukio Takaoka
    • Hiroshi KureiMasahiro KawasakiYukio Takaoka
    • G03B7/085G03B7/08G03B9/06
    • G03B7/085
    • An automatic exposure camera of the stop value control type is provided with lens stop braking to improve the accuracy of the lens stopping operation while at the same time maintaining a high operating speed. A brake magnet mechanism is provided for decelerating the lens stopping mechanism in response to a control circuit. In one form, the control circuit operates the brake magnet mechanism to effect deceleration slightly before the quantity of light reaches a suitable exposure value. Thereafter, when a stop value providing a suitable exposure value is obtained, stopping the lens stopping operation can be done with very high accuracy. In another form, the control circuit compares the variation in light due to the change in aperture with a variation rate to control the energization and de-energization of the brake magnet. In this way, the non-linear operation which is particularly evident at minimal aperture values is eliminated.
    • 停止值控制型的自动曝光照相机配备有镜头停止制动,以提高镜头停止操作的精度,同时保持高的操作速度。 提供制动磁铁机构,用于响应于控制电路减速透镜停止机构。 在一种形式中,控制电路操作制动磁铁机构,在光量达到合适的曝光值之前稍微稍微减速。 此后,当获得提供合适的曝光值的停止值时,可以非常高的精度地停止镜头停止操作。 在另一种形式中,控制电路将由于孔径变化引起的光的变化与变化率进行比较,以控制制动磁体的通电和断电。 以这种方式,消除了在最小光圈值下特别明显的非线性操作。