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    • 12. 发明授权
    • Communication system and communication method
    • 通信系统和通信方法
    • US08325599B2
    • 2012-12-04
    • US12532457
    • 2008-03-19
    • Tadashi MatsumotoMakoto NishikawaShoji KoiseMasayuki Amano
    • Tadashi MatsumotoMakoto NishikawaShoji KoiseMasayuki Amano
    • H04J3/16
    • H04L12/42H04L12/403H04L12/4035H04L12/66H04L43/18
    • A communication device 1 has a first protocol analysis section 11 that analyzes a status of a transmission signal Vs received at a transmission signal receiver 10. A transmission controller 14 determines a communication available period and a communication unavailable period based upon the analysis result. When the communication available period is determined, the transmission controller 14 allows a second protocol signal transmitter 12 to transmit a packet in accordance with a second protocol to a signal line Ls. With this result, it is possible to transmit a relatively large amount of data while suppressing noise influence caused by a varying condition of a carrier, in contrast to a prior system in which the transmission signal is superimposed only by a simple determination of the carrier condition. Thus, it is possible to share the signal line Ls with the time-division multiplexing transmission system and improve reliability of data transmission.
    • 通信设备1具有分析在发送信号接收机10处接收到的发送信号Vs的状态的第一协议分析部11。发送控制器14基于分析结果来确定通信可用期间和通信不可用期间。 当确定通信可用时段时,传输控制器14允许第二协议信号发射机12根据第二协议将信息包发送到信号线Ls。 由此,与传送信号仅通过载波条件的简单确定叠加的现有系统相比,能够抑制由载波的变化条件引起的噪声影响的同时传输较大量的数据 。 因此,可以与时分复用传输系统共享信号线Ls并提高数据传输的可靠性。
    • 13. 发明授权
    • Method of manufacturing hollow bodies and method of manufacturing
resinous containers
    • 制造中空体的方法和制造树脂容器的方法
    • US6054092A
    • 2000-04-25
    • US110464
    • 1998-07-07
    • Makoto NishikawaTakuji HikosakaKouichi Jinno
    • Makoto NishikawaTakuji HikosakaKouichi Jinno
    • B60S1/50B29C49/04B29C49/18B29C49/20B29C49/48B29L22/00B65D1/00
    • B29C49/20B29C49/4802B29C49/482B29C2049/2095B29C49/04B29L2031/30
    • The present invention provides a method of manufacturing resinous containers comprising: a preparing process in which segmental molding dies are prepared, the segmental molding dies comprising a first cavity for molding hollow bodies and a second cavity for molding auxiliary parts and a third cavity for holding the auxiliary part which communicates with the first cavity; a pre-molding process in which a resin parison is supplied between the segmental molding dies, the segmental molding dies are clamped, a compressed gas is blown into the resin parison to expand the resin parison within the first cavity and to fit the resin parison to the surface which forms an outline of the first cavity, of the segmental molding dies, the compressed gas is discharged from the resin parison, and the segmental molding dies are opened to take out a formed hollow body and a formed auxiliary part; and a main molding process in which the same process as the pre-molding process is implemented except that the formed auxiliary part is inserted in the third cavity before the resin parison is supplied between the segmental molding dies and that a new auxiliary part and a resin container in which the inserted auxiliary part is integrated with a hollow body are taken out. In the present invention, when once the pre-molding process is implemented, the preparing process and the main molding process are repeated.
    • 本发明提供一种制造树脂容器的方法,其特征在于包括:准备分段成型模具的制备方法,所述分段成型模具包括用于模制中空体的第一腔体和用于模制辅助部件的第二腔体,以及用于保持 辅助部件,与第一腔体连通; 预成型工艺,其中在分段成型模具之间供应树脂型坯,将片状模具夹紧,将压缩气体吹入树脂型坯中,以使第一模腔内的树脂型坯膨胀并将树脂型坯 形成节段成型模具的第一空腔的轮廓的表面,压缩气体从树脂型坯排出,并且分段模具打开以取出形成的中空体和形成的辅助部件; 以及主要成型工艺,其中除了在树脂型坯供应到节段成型模具之前形成的辅助部件插入第三空腔中,并且新的辅助部件和树脂之外,实现与预成型工艺相同的工艺 将插入的辅助部件与中空体相结合的容器被取出。 在本发明中,一旦实施了预成型工序,则重复制备工序和主成型工序。
    • 14. 发明授权
    • Clock lock
    • 时钟锁
    • US4655061A
    • 1987-04-07
    • US765961
    • 1985-08-15
    • Makoto NishikawaTakeo InadaHiroaki TomodaEiro NarutoKazuyuki OkiKouichi Hirano
    • Makoto NishikawaTakeo InadaHiroaki TomodaEiro NarutoKazuyuki OkiKouichi Hirano
    • E05B43/00E05B47/00
    • E05B47/0012E05B43/005E05B2047/0024Y10T70/7028
    • An improved clock lock of the type using an electronic timer circuit as clock mechanism is disclosed. A locking member is actuated toward the unlocked state in response to unlocking signal generated by the electronic timer circuit. The clock lock includes motors adapted to be activated in response to unlocking signal, cams in operative association with the motors, a movable plate normally held in the locked state in the casing to move toward the unlocked state by means of a first cam when any one of the motors starts its rotation, a locking member normally held at the locked position on the movable plate in the casing to turn to the unlocked position by the effect of moment caused by its own dead weight when it is released from the locked state, and a motor driving circuit which is so designed that none of the motors is activated toward the locked state as long as any one of the motors has failed to finish rotation toward the unlocked state by means of microswitches which are in operative association with second cams. Usually, the locking member is designed in the form of an unbalancedly weighted lever. The first cam is preferably designed in the form of a circular cam which is eccentrically mounted on the cam shaft, while each of the second cams is designed in the form of a sector cam. One of the second cams is mounted on the cam shaft at a delayed angle relative to other ones.
    • 公开了使用电子定时器电路作为时钟机构的改进型时钟锁。 响应于由电子定时器电路产生的解锁信号,锁定构件朝向解锁状态被致动。 时钟锁包括适于响应于解锁信号被激活的马达,与马达有效联系的凸轮,通常在壳体中保持锁定状态的活动板,当任何一个都通过第一凸轮移动到解锁状态 电动机开始旋转,锁定构件通常保持在壳体中的可动板上的锁定位置,以在由锁定状态释放时由其自身的重量引起的力矩的作用转向解锁位置,以及 一种电动机驱动电路,其设计成使得只要任何一个电动机通过与第二凸轮可操作地相关联的微动开关未完成旋转,就不会将电动机朝向锁定状态激活。 通常,锁定构件设计成不平衡加权杆的形式。 第一凸轮优选地被设计为以偏心安装在凸轮轴上的圆形凸轮的形式,而每个第二凸轮被设计成扇形凸轮的形式。 第二凸轮中的一个以相对于其它凸轮延迟的角度安装在凸轮轴上。
    • 16. 发明授权
    • Communication system
    • 通讯系统
    • US08537698B2
    • 2013-09-17
    • US12735561
    • 2009-01-28
    • Tadashi MatsumotoMakoto Nishikawa
    • Tadashi MatsumotoMakoto Nishikawa
    • H04J3/16H04L12/42
    • H04L12/403H04L12/40006H04L25/38H04L43/00H04L69/28
    • A communication system has a communication control unit, communication terminal units and communication units. The communication control unit and the communication terminal units communicate according to a first protocol. The communication units mutually communicate according to a second protocol. A specific communication unit of the communication units has a data analyzer and a data transmitter. The data analyzer judges whether or not second monitoring information represents a steady state. The data transmitter transmits the control information corresponding to the second monitoring information to at least one related second communication terminal unit through the communication control unit according to the first protocol if the second monitoring information represents an unsteady state. Thereby, the load connected to the second communication terminal unit is controlled.
    • 通信系统具有通信控制单元,通信终端单元和通信单元。 通信控制单元和通信终端单元根据第一协议进行通信。 通信单元根据第二协议相互通信。 通信单元的特定通信单元具有数据分析器和数据发送器。 数据分析器判断第二监视信息是否表示稳定状态。 如果第二监视信息表示不稳定状态,则数据发送器通过根据第一协议的通信控制单元向至少一个相关的第二通信终端单元发送与第二监视信息相对应的控制信息。 由此,控制连接到第二通信终端单元的负载。
    • 19. 发明授权
    • Card-controlled lock installations including matrix circuits
    • 卡控锁安装包括矩阵电路
    • US3976974A
    • 1976-08-24
    • US537109
    • 1974-12-27
    • Kango HinoharaMakoto NishikawaNoriaki YokomotoKenichi Matsumura
    • Kango HinoharaMakoto NishikawaNoriaki YokomotoKenichi Matsumura
    • G07C9/00G07F5/18
    • G07F11/002G07C9/00103G07F5/18
    • A multiple-output electrical matrix system having a plurality of outputs one of which can be selected in accordance with selection of a given combination of inputs, while utilizing only a small amount of power. This matrix system is suitable for use in a safe-deposit box installation where a decoder sends information to the matrix system for actuating the latter to unlock, at least partially, a given safe-deposit box. The decoder receives its information from a card-reader capable of reading information, in code form, on an ID card which has not only a code for identifying a given box but also a code for providing a condition which must be met before a given box can be unlocked. A control circuit is connected between the card-reader and the decoder for transmitting an unlock signal to the latter only when the control circuit detects that the conditional code has the requirement thereof fulfilled. The control circuit is also electrically connected with a time-stamp unit which permits the control circuit to transmit the unlock signal to the decoder only when a time card has an entrance time stamped thereon, this time card also having a portion on which a leaving time is adapted to be stamped.
    • 具有多个输出的多输出电矩阵系统,其中一个可以根据给定的输入组合的选择来选择,同时仅利用少量的功率。 该矩阵系统适用于安全保险箱安装,其中解码器向矩阵系统发送信息,以促使其解锁,至少部分地解锁给定的保险箱。 解码器从读卡器接收其信息,该读卡器能够以代码形式在ID卡上读取信息,ID卡不仅具有用于识别给定框的代码,而且还包括用于提供在给定框之前必须满足的条件的代码 可以解锁。 只有当控制电路检测到条件代码满足要求时,控制电路连接在读卡器和解码器之间才能向其发送解锁信号。 控制电路还与时间标记单元电连接,时间戳单元允许控制电路仅在时间卡上具有入口时间标记的情况下才将解锁信号发送到解码器,该时间卡还具有一个离开时间的部分 适应加盖。