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    • 3. 发明授权
    • Panel for free access to signal cable and power cable
    • 面板可免费使用信号电缆和电源线
    • US5389737A
    • 1995-02-14
    • US680379
    • 1991-04-04
    • Hiroshi KobayashiTsuguhiro HiroseHideaki HaruyamaJiro KanoKatsunari KodachiYoshio KojimaHumio TakedaToshihiko Muro
    • Hiroshi KobayashiTsuguhiro HiroseHideaki HaruyamaJiro KanoKatsunari KodachiYoshio KojimaHumio TakedaToshihiko Muro
    • E04F15/024G02B6/44H02G3/04H02G3/18H02G3/34E04B5/58
    • G02B6/4451E04F15/02423E04F15/02435E04F15/0247E04F15/02476H02G3/185H02G3/285
    • A panel for free access to a signal cable and a power cable is installed on the floor of an office room and forms a network of signal cables in an office. The posts of this panel are mounted on the floor. A floor plate is secured to the upper ends of the posts. A rack plate is arranged between the floor plate and the floor, and the rack plate is secured to the posts. The height of the floor plate and the rack plate is adjusted by adjusting the engaging position by rotating a leg to be engaged with the threaded holes of the posts. The floor plates are composed of a plate made of glass, reinforced cement mixed with foamable styrol or an aluminum honeycomb structure. The rack plate is composed of a transparent polypropylene plate. Further, the surface of the floor plate is covered with a surface material such as a carpet. The signal cables are arranged in the space between the floor plates and the rack plates. The power cables are arranged in the space between the rack plates and the floor. Electronic components are mounted on the rack plates. Therefore, the power cables, the signal cables and the other electronic components are completely isolated from each other, and the modification of the layout of office automation equipment can be readily carried out by an authorized person.
    • 在办公室的地板上安装一个免费使用信号电缆和电源线的面板,并在办公室内形成信号电缆网络。 该面板的柱子安装在地板上。 地板固定在柱的上端。 在地板和地板之间布置有一个齿条板,并且齿条板固定在柱上。 通过使腿部旋转以与柱的螺纹孔接合来调节接合位置来调节底板和齿条板的高度。 地板由玻璃制成的板,与可发泡苯乙烯混合的增强水泥或铝蜂窝结构体组成。 机架板由透明聚丙烯板组成。 此外,地板的表面被诸如地毯的表面材料覆盖。 信号电缆布置在地板和机架板之间的空间中。 电力电缆布置在机架板和地板之间的空间中。 电子元件安装在机架板上。 因此,电力电缆,信号电缆和其他电子部件彼此完全隔离,办公自动化设备布局的修改可以由授权人员轻松进行。
    • 7. 发明授权
    • Communication network having gain adjustment function of a transmission
amplifier of medium attachment unit
    • 具有介质附着单元的发送放大器的增益调整功能的通信网络
    • US4623998A
    • 1986-11-18
    • US738252
    • 1985-05-28
    • Hiroshi KobayashiHideaki HaruyamaTsuguhiro Hirose
    • Hiroshi KobayashiHideaki HaruyamaTsuguhiro Hirose
    • H04B3/10H04L12/28H04J3/08
    • H04L12/2801H04B3/10
    • In a communication network in which a plurality of information processors are coupled to a communication medium through medium attachment units (MAUs), a pilot signal generator sends a pilot signal of a reference level to a predetermined point of the communication medium. Each MAU has a gain controller to control the gains of transmission and reception amplifiers. This gain controller adjusts the gain of the reception amplifier when the pilot signal is received in accordance with the reception level thereof and then allows a test signal to be transmitted to the communication medium through the transmission amplifier. The gain of the transmission amplifier is adjusted in accordance with the reception level of this test signal such that the reception level of the test signal becomes equal to the reception level of the pilot signal. Each MAU is provided with a random number data generator and sets the transmission time slot of the test signal in dependence on random number data to prevent simultaneous transmission of test signals from MAUs.
    • 在通过介质附着单元(MAU)将多个信息处理器耦合到通信介质的通信网络中,导频信号发生器将参考电平的导频信号发送到通信介质的预定点。 每个MAU都有一个增益控制器来控制发射和接收放大器的增益。 该增益控制器根据其接收电平来接收导频信号时调整接收放大器的增益,然后通过发送放大器将测试信号发送到通信介质。 根据该测试信号的接收电平来调整发送放大器的增益,使得测试信号的接收电平等于导频信号的接收电平。 每个MAU设置有随机数字数据发生器,并且根据随机数数据设置测试信号的传输时隙,以防止来自MAU的测试信号的同时传输。
    • 8. 发明授权
    • Broad band switching network
    • 宽带交换网络
    • US5493573A
    • 1996-02-20
    • US703519
    • 1991-05-20
    • Hiroshi KobayashiKunihiko SekiyaYoshihiro HidakaKazuo AidaMichiaki OkanoShigenobu MinamiTakashi IkedaShoichiro YamasakiHideaki HaruyamaKazuyoshi Ozawa
    • Hiroshi KobayashiKunihiko SekiyaYoshihiro HidakaKazuo AidaMichiaki OkanoShigenobu MinamiTakashi IkedaShoichiro YamasakiHideaki HaruyamaKazuyoshi Ozawa
    • H04L12/801H04L12/911H04Q11/04H04L12/52
    • H04L49/3081H04L49/254H04L49/505H04L49/55H04Q11/0492H04L2012/5609H04L2012/562H04L2012/5626H04L2012/5632H04L2012/5678H04L49/10
    • Since a transmission route is set in accordance with the number of relaying broad band switching nodes present between two terminating nodes of a plurality of broad band switching nodes, a through-put characteristic, an affecting degree due to occurrence of a defect, the traffic of the entire network is distributed. In addition, when the system is started up, transmission routes with a minimum band width necessary for routing control have been set in all the broad band switching nodes. Whenever a call takes place, a transmission route is set and the band width is variably set by using an intelligent inference mechanism. Moreover, an intelligent distributed control for distributing such an intelligent inference mechanism in the broad band switching nodes is used. Thus, the load of processing a call can be decreased, while the reliability of the network and the improvement of the operating efficiency can be achieved. Furthermore, since the private branch system interface uses a frame which consists of a control window area for controlling its transmission and a cell multiplexing area for multiplexingly transmitting cells, bidirectional transmission between the broad band switching node and a plurality of terminal equipments can be achieved with a single extension transmission line. In addition, since a frame construction which satisfies the ATM method is used, different information transmission speeds can be flexibly selected.
    • 由于根据存在于多个宽带交换节点的两个终止节点之间的中继宽带交换节点的数量来设置传输路由,因此产生通过特性,由于缺陷发生的影响程度, 整个网络都是分布式的。 此外,当系统启动时,已经在所有宽带交换节点中设置了具有路由控制所需的最小带宽的传输路由。 每当发生呼叫时,设置传输路由,并且通过使用智能推理机制可变地设置带宽。 此外,使用用于在宽带交换节点中分发这种智能推理机制的智能分布式控制。 因此,可以降低处理呼叫的负担,同时可以实现网络的可靠性和提高操作效率。 此外,由于专用分支系统接口使用由用于控制其发送的控制窗口区域和用于多路复用发送小区的小区复用区域组成的帧,所以可以通过以下方式实现宽带交换节点与多个终端设备之间的双向传输: 单个扩展传输线。 此外,由于使用满足ATM方式的帧结构,因此可以灵活地选择不同的信息传输速度。