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    • 1. 发明授权
    • Electronic lock system with audible entry monitor
    • 电子锁系统带有声音输入监视器
    • US4463349A
    • 1984-07-31
    • US428234
    • 1982-09-29
    • Haruo MochidaKeiichi ShimizuHirotoshi Namazue
    • Haruo MochidaKeiichi ShimizuHirotoshi Namazue
    • E05B49/00E05B49/04G07C9/00
    • G07C9/0069
    • An electronic lock system is provided with an audible entry monitor for confirmation of entry of an input code and a mischief preventive circuit for disabling the audible entry monitor for a given period of time in response to an excessive number of inaccurate code input attempts. The audio signal generator is associated with a pushbutton input unit having a plurality of push buttons. The audio signal generator is adapted to produce an audible signal whenever an input code is entered through the input unit. The audible signal generator is also associated with a comparator for comparing the input code and a permanent code. The comparator is adapted to allow the system to change a voluntary code and operates the audible signal generator to produce another audible signal for a predetermined period while the system is capable of accepting entry of the new voluntary code to be preset.
    • 电子锁系统具有可听录入监视器,用于确认输入代码的输入以及用于响应于过多的不正确的代码输入尝试而在给定时间段内禁用可听录入监视器的恶作剧电路。 音频信号发生器与具有多个按钮的按钮输入单元相关联。 每当通过输入单元输入输入代码时,音频信号发生器适于产生可听信号。 可听信号发生器还与用于比较输入代码和永久代码的比较器相关联。 比较器适于允许系统改变自愿代码并操作可听信号发生器以在系统能够接受输入要预设的新自愿代码的同时在预定时间段产生另一个可听信号。
    • 3. 发明授权
    • Keyless entry system for an automotive vehicle
    • 汽车无钥匙进入系统
    • US4492959A
    • 1985-01-08
    • US391343
    • 1982-06-23
    • Haruo MochidaHiroshi NakakoojiHirotoshi Namazue
    • Haruo MochidaHiroshi NakakoojiHirotoshi Namazue
    • G07C9/00E05B49/00H04Q9/00
    • G07C9/0069
    • There is provided a keyless entry system in which a permanent code, or first code, and a user's code, or second code are used. The second code is presettable in conjunction with use of the first code. When the first code is inputted, the system gets ready for presetting a desired number of code elements consituting the second code. According to the invention, the system is provided with a circuit for variably presetting the number of the code elements, which circuit is responsive to the first code to vary the presetted number of the second code elements to that inputted following to the input of the first code. Preferably, the keyless entry system further includes a theft prevention circuit which inhibits input of a code for a given period of time when wrong codes are inputted more than a predetermined number of times.
    • 提供了一种无钥匙进入系统,其中使用永久代码或第一代码,以及用户代码或第二代码。 第二个代码与第一个代码的使用一起进行预设。 当输入第一代码时,系统准备好预置所需数量的构成第二代码的代码元素。 根据本发明,该系统设置有用于可变地预设代码元素的数量的电路,该电路响应于第一代码,以将第二代码元素的预设数量改变为输入的第一代码元素 码。 优选地,无钥匙进入系统还包括防盗电路,其在错误代码被输入多于预定次数时禁止输入代码给定的时间段。
    • 4. 发明授权
    • Mischief preventive electronic lock device
    • 防病电子锁装置
    • US4477806A
    • 1984-10-16
    • US428236
    • 1982-09-29
    • Haruo MochidaKeiichi ShimizuHirotoshi Namazue
    • Haruo MochidaKeiichi ShimizuHirotoshi Namazue
    • E05B49/00E05B49/02G07C9/00H04Q9/00
    • G07C9/0069
    • A mischief preventive electronic lock device has a mischief prevention system which prevents lock/unlock operation for a given period of time after a pushbutton input unit has been operated extraordinarily often in comparison with usual number of keystrokes required for entry of an input code. The electronic lock device is normally operated to lock/unlock a door matching by the input code with a preset code. The mischief prevention system is adapted to count the number of keystrokes from the input unit to perform the foregoing preventive operation whenever the keystroke count exceeds a predetermined value. The mischief prevention system permits further input after expiration of the given period. This discourages trial-and-error attempts to satisfactorily protect the electronic lock device from mischief.
    • 防盗电子锁装置具有恶作剧防止系统,与输入代码输入所需的通常按键次数相比,在按钮输入单元经常运行之后,在一段给定的时间内防止锁定/解锁操作。 电子锁装置通常被操作以用预设代码来锁定/解锁由输入代码匹配的门。 该防恶意系统适用于在按键计数超过预定值的情况下对来自输入单元的击键次数进行计数,以执行上述预防操作。 恶作剧预防制度允许在给定期限届满后进一步输入。 这样做不妨试图令人满意地保护电子锁装置免受恶作剧的伤害。
    • 5. 发明授权
    • Theft prevention system in an automotive keyless entry system with
automatic door locking
    • 具有自动门锁功能的汽车无钥匙进入系统的防盗系统
    • US4638292A
    • 1987-01-20
    • US411096
    • 1982-08-24
    • Haruo MochidaHirotoshi Namazue
    • Haruo MochidaHirotoshi Namazue
    • G08B13/22B60R25/10B60R25/20B60R25/23B60R25/34E05B49/02G07C9/00G08B13/00B60R25/00G06F7/04
    • G07C9/0069
    • A theft preventive system, in an automotive keyless entry system with automatic door locking, is adapted to produce an alarm signal in response to door opening when the theft preventive system is in a door-locked position, and which is cooperative with a door-lock system but independently operable in order to switch its operating mode from a door-locked mode to a door-unlocked mode. The theft preventive system in an automotive keyless entry system, according to the present invention, includes a push-button-type function key for operating a door-lock mechanism to lock a vehicle door. A memory circuit is responsive to a door-lock signal fed from the door-lock function key to indicate the door-locked condition. The content of the memory cannot be cleared unless a plurality of door-unlock function keys are properly operated. An alarm circuit is responsive to a door-open signal from a door switch in the presence of a memory output indicative of the door-locked condition to produce an alarm signal.
    • 在具有自动门锁的汽车无钥匙进入系统中的防盗系统适于当防盗系统处于门锁位置时响应于门打开产生报警信号,并且与门锁配合 系统,但是可独立操作以将其操作模式从门锁模式切换到门解锁模式。 根据本发明的汽车无钥匙进入系统中的防盗系统包括用于操作门锁机构以锁定车门的按钮式功能键。 存储电路响应于从门锁功能键输入的门锁信号来指示门锁状态。 除非正确地操作多个门解锁功能键,否则不能清除存储器的内容。 在存在指示门锁状态的存储器输出的情况下,报警电路响应来自门开关的门打开信号以产生报警信号。
    • 7. 发明授权
    • Detecting device for detecting the removal of a cylinder lock
    • 用于检测汽缸锁拆卸的检测装置
    • US4565994A
    • 1986-01-21
    • US519367
    • 1983-08-01
    • Haruo MochidaIsamu UemuraTokutaro KuritaToshikazu Kobayashi
    • Haruo MochidaIsamu UemuraTokutaro KuritaToshikazu Kobayashi
    • E05B45/14E05B45/06
    • E05B45/06Y10T70/20
    • A device for detecting the removal of a cylinder lock used on cars, trunks, etc. when an unjust force is applied to the cylinder lock. The device also detects the locked and unlocked conditions of the cylinder lock. Magnets and magnetic sensor switches are used. A magnetic shield plate shields the flow of magnetic flux between the magnet and the magnetic sensor switch. When an unjust force is applied to the cylinder lock to take off the cylinder lock, the magnetic shield plate will be removed from between the magnet and the magnetic sensor switch, causing the magnet to energize the magnetic sensor switch, thereby detecting the removal of the cylinder lock.In addition, when the cylinder lock is turned by a key, another magnet connected to a rotor of fixed on the cylinder lock approaches either of a pair of magnetic sensor switches, whereby the locked and unlocked conditions of the cylinder lock are detected.
    • 一种用于当不正当的力施加到气缸锁时用于检测在汽车,树干等上使用的气缸锁的拆卸的装置。 该装置还检测气缸锁的锁定和解锁状态。 使用磁铁和磁传感器开关。 磁屏蔽板屏蔽磁体和磁传感器开关之间的磁通量。 当气缸锁上施加不正当的力以取出气缸锁时,磁屏蔽板将从磁体和磁传感器开关之间移除,使磁体对磁传感器开关通电,从而检测到 气缸锁。 此外,当气缸锁被钥匙转动时,连接到固定在气缸锁上的转子的另一个磁体接近一对磁性传感器开关中的任一个,从而检测到气缸锁的锁定和解锁状态。
    • 8. 发明授权
    • Reciprocating type push-pull cable arrangement for transmitting
longitudinal motion
    • 往复式推拉电缆装置,用于传输纵向运动
    • US4526057A
    • 1985-07-02
    • US507074
    • 1983-06-23
    • Haruo MochidaYoshio Watanuki
    • Haruo MochidaYoshio Watanuki
    • F16C1/10E05B53/00E05B65/19F16C1/12G05G9/00G05G9/08
    • F16C1/101E05B53/005E05B79/20G05G9/08Y10T292/0807Y10T292/57Y10T403/51Y10T403/5706Y10T74/20012Y10T74/20438
    • A push-pull cable arrangement for selectively transmitting longitudinal motion to two separate destinations has an inner wire having a front end, a rear end and an intermediate node between the front and rear ends. The inner wire is enclosed with a first outer casing between the front end and the intermediate node, and with a second outer casing between the intermediate node and the rear end. A front end of the first casing facing the front end of the wire is stationary, and a rear end of the second casing facing the rear end of the inner wire is also stationary. There is further provided an intermediate unit having a first member to which a rear end of the first casing is fixed, and a second member to which a front end of the second casing is fixed. One of the first and second members is a stationary housing, and the other is a sliding member slidably contained in the housing. The housing and the sliding member receives the inner wire with the intermediate node slidably, and the sliding member is movable longitudinally of the wire in the housing. When the inner wire is pulled, the sliding member abuts against the housing and can not move, so that a pull motion is transmitted to the rear end of the wire. When the wire is pushed, the intermediate node causes the sliding member to move away from the housing, and this movement is transmitted to another destination.
    • 用于选择性地将纵向运动传递到两个单独的目的地的推拉电缆装置具有内线,其具有在前端和后端之间的前端,后端和中间节点。 内线由前端和中间节点之间的第一外壳封闭,并且在中间节点和后端之间具有第二外壳。 面向电线前端的第一壳体的前端是固定的,并且第二壳体的面向内线的后端的后端也是静止的。 还设置有具有固定第一壳体的后端的第一构件和固定第二壳体的前端的第二构件的中间单元。 第一和第二构件中的一个是固定的壳体,另一个是可滑动地容纳在壳体中的滑动构件。 壳体和滑动构件容纳具有中间节点的内部线滑动,并且滑动构件可在壳体中的线的纵向移动。 当内线被拉动时,滑动构件抵靠壳体并且不能移动,使得拉动运动被传递到线的后端。 当电线被推动时,中间节点使得滑动构件远离壳体移动,并且该移动被传送到另一个目的地。