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    • 22. 发明授权
    • Radio-signal transceiver
    • 无线电信号收发器
    • US06639941B1
    • 2003-10-28
    • US09454410
    • 1999-12-03
    • Motoo Nakano
    • Motoo Nakano
    • H04B138
    • H04W88/023H04W88/022
    • There is provided a radio-signal transceiver including an antenna, a radio-signal receiver receiving a message having been received through the antenna, addressed to a calling number of the radio-signal transmitter, a main controller controlling an operation of the radio-signal receiver, an interface through which a command is input into the radio-signal receiver, an auxiliary controller analyzing the command and transmitting a signal indicative of an operation represented by the command, to the main controller, a display screen displaying the message, and a message analyzer analyzing the message and extracting data to be registered, the auxiliary controller making judgement as to whether a received message is able to be registered, based on analysis made by the message analyzer, and registering a received message automatically or manually, if a received message is judged to be able to be registered. The radio-signal transceiver makes it possible for a base station as a radio-signal transmitter to register various data in the radio-signal transceiver, which ensures simplification in input operation to be carried out by an operator.
    • 提供了一种无线电信号收发器,包括天线,接收已经通过天线接收的消息的无线电信号接收器,寻址到无线电信号发射机的主叫号码,控制无线电信号的操作的主控制器 接收器,将命令输入到无线电信号接收器中的接口,分析命令并将指示由命令表示的操作的信号发送到主控制器的辅助控制器,显示消息的显示屏幕,以及 消息分析器分析消息并提取要注册的数据,辅助控制器基于消息分析器进行的分析来判断接收到的消息是否能够被注册,并且如果接收到的,则自动或手动地注册接收到的消息 消息被判断为能够被注册。 无线电信号收发器使得作为无线电信号发射机的基站可以在无线电信号收发器中注册各种数据,这确保操作者执行的输入操作的简化。
    • 23. 发明授权
    • Semiconductor device with protective element
    • 具有保护元件的半导体器件
    • US5648676A
    • 1997-07-15
    • US591955
    • 1996-01-23
    • Takashi IwaiMotoo Nakano
    • Takashi IwaiMotoo Nakano
    • H01L27/02H01L29/00
    • H01L27/0248
    • A semiconductor device has a first-conduction-type semiconductor substrate (19), an internal circuit including a vertical bipolar transistor (18) formed in a second-conduction-type semiconductor layer (20), and a protective element (14). The protective element comprises a first-conduction-type diffusion layer (22a) formed at an upper part of a second-conduction-type semiconductor layer (20a) disposed on the semiconductor substrate (19), and a second-conduction-type diffusion layer (27, 30) formed in the first-conduction-type diffusion layer (22a). The diffusion layer (27, 30) is at least partly deeper than an emitter diffusion layer (23) of the vertical bipolar transistor (18).
    • 半导体器件具有第一导电型半导体衬底(19),包括形成在第二导电型半导体层(20)中的垂直双极晶体管(18)的内部电路和保护元件(14)。 保护元件包括形成在设置在半导体衬底(19)上的第二导电型半导体层(20a)的上部的第一导电型扩散层(22a)和第二导电型扩散层 (27,30)形成在第一导电型扩散层(22a)中。 扩散层(27,30)至少部分地比垂直双极晶体管(18)的发射极扩散层(23)更深。
    • 26. 发明授权
    • Disk exchangeable target mechanism with effective cooling means, for ion
implantation system
    • 具有有效冷却手段的磁盘可更换目标机构,用于离子注入系统
    • US4806769A
    • 1989-02-21
    • US51397
    • 1987-05-19
    • Haruhisa MoriMotoo Nakano
    • Haruhisa MoriMotoo Nakano
    • H01L21/265H01J37/317G21K5/08
    • H01J37/3171
    • An improved disk exchangeable target mechanism for an ion implantation system includes an effective cooling means for preventing thermal damage to a resist and for improving an implantation quality of semiconductor wafers. The target mechanism includes a metal disk on which a semiconductor wafer(s) to be ion-implanted are mounted on a first face thereof, a support including a metal base having the target disk mounted thereon, and a shaft incorporated with the base, and a medium, provided between a second face of the target disk opposite to the first face and the base, for thermally contact therebetween. Preferably, the base of the support is provided with a cavity and the shaft is provided with holes communicating with the cavity, whereby a cooling medium is inserted into the cavity through one hole and is drained from the cavity through another hole. Furthermore, preferably, the target disk is provided with a thermal transportation unit, such as heat pipes, for transporting thermal energy from a portion(s) at which a high temperature is caused by ion implantation energy, to another portion(s) at which the temperature is low.
    • 用于离子注入系统的改进的盘可更换靶机构包括有效的冷却装置,用于防止对抗蚀剂的热损伤并改善半导体晶片的植入质量。 目标机构包括在其第一面上安装有被离子注入的半导体晶片的金属盘,包括安装有目标盘的金属基座的支撑体和与基座结合的轴,以及 介质,设置在与第一面相对的目标盘的第二面与基座之间,用于与它们之间的热接触。 优选地,支撑件的基部设置有空腔,并且轴设置有与空腔连通的孔,由此冷却介质通过一个孔插入空腔中,并且通过另一个孔从空腔排出。 此外,优选地,目标盘设置有热传递单元,例如热管,用于将热能从由离子注入能量引起高温的部分传送到另一部分,其中 温度低。