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    • 1. 发明授权
    • Temperature measuring apparatus
    • 温度测量仪
    • US08608378B2
    • 2013-12-17
    • US13516916
    • 2010-12-06
    • Hisaki IshidaMasato HayashiKoudai Higashi
    • Hisaki IshidaMasato HayashiKoudai Higashi
    • G01K7/00
    • G01K1/18H01L21/67248H01L2224/48091H01L2224/8592H01L2924/00014
    • Disclosed is a temperature measuring apparatus which is provided with: a substrate (2); a temperature sensor (3) disposed on one surface of the substrate (2); and a wire (8) disposed to electrically connect together a circuit, which detects a temperature using the temperature sensor (3), and the temperature sensor (3). In said surface of the substrate (2), a recessed section (7) having a heat capacity smaller than that of the material of the substrate (2) is formed on the periphery of the temperature sensor (3). The recessed section (7) is formed at a predetermined interval from the temperature sensor (3) such that the recessed section surrounds the temperature sensor (3) and has predetermined width and depth. Preferably, the low heat capacity zone is the recessed section (7), i.e., the groove having a recessed cross-section.
    • 公开了一种温度测量装置,其设置有:基板(2); 设置在所述基板(2)的一个表面上的温度传感器(3); 以及布置成将使用温度传感器(3)检测温度的电路和温度传感器(3)电连接在一起的线(8)。 在基板(2)的所述表面中,在温度传感器(3)的周围形成有具有小于基板(2)的材料的热容的凹部(7)。 凹部(7)从温度传感器(3)以预定的间隔形成,使得凹部包围温度传感器(3)并且具有预定的宽度和深度。 优选地,低热容区是凹部(7),即凹槽具有凹入的横截面。
    • 2. 发明申请
    • BATTERY MODULE CHARGING SYSTEM
    • 电池模块充电系统
    • US20130257371A1
    • 2013-10-03
    • US13994360
    • 2011-12-26
    • Tomoyuki KomaiMikihiko KataokaKatsutoshi HigumaMasato Hayashi
    • Tomoyuki KomaiMikihiko KataokaKatsutoshi HigumaMasato Hayashi
    • H02J7/02
    • H02J50/80H01M10/44H02J7/0019H02J7/025H02J50/10H02J50/40
    • A battery module charging system includes a power transmitting device, including a primary coil configured to transmit AC power, and a power receiving unit, including a secondary coil configured to receive the AC power transmitted from the primary coil by electromagnetic induction. The power receiving unit is configured to convert the received AC power into DC power. A positioning mechanism is configured to allow the power transmitting device to be detachably attached to the power receiving unit and to position the primary and secondary coils such that the coils are allowed to be electromagnetically coupled to each other when the power transmitting device is attached to the power receiving unit. Further, a selection circuitry is configured to selectively charge a plurality of cells in a battery module with the DC power. The plurality of cells, the cells being secondary batteries, are connected to each other in a series.
    • 电池模块充电系统包括:电力传输装置,包括被配置为传送AC电力的初级线圈;以及受电单元,包括被配置为通过电磁感应接收从初级线圈发送的AC电力的次级线圈。 受电单元被配置为将接收的AC电力转换为DC电力。 定位机构被配置为允许动力传递装置可拆卸地附接到受电单元并且定位主和次级线圈,使得当电力传输装置附接到电力传输装置时,允许线圈彼此电磁耦合 受电单元 此外,选择电路被配置为以DC电力选择性地对电池模块中的多个单元进行充电。 多个电池,作为二次电池的电池串联连接。
    • 9. 发明授权
    • Personal station authentication system and authentication method
    • 个人站认证系统和认证方式
    • US6134431A
    • 2000-10-17
    • US943221
    • 1997-10-06
    • Norihisa MatsumotoMasato HayashiSusumu MatsuiKazuhisa Tanaka
    • Norihisa MatsumotoMasato HayashiSusumu MatsuiKazuhisa Tanaka
    • H04L9/08H04L9/30H04L9/32H04W84/16H04Q7/20
    • H04W84/16H04L9/083H04L9/3271H04L2209/80
    • A public key cryptosystem is used for the authentication of a personal station (PS) which subscribes for a plurality of radio communication exchange systems. A public key of PS is registered into a public key DB of a public key management device. A private key is registered into PS. When PS moves into a service area of a certain radio communication exchange system, an exchange in that radio communication exchange system requests the public key management device for a public key of PS and makes a check for authentication of PS based on the public key cryptosystem by use of the received public key. Thereafter, when PS moves into a service area of another radio communication exchange system, an exchange in the other radio communication exchange system similarly requests the public key management device for a public key of PS and receives the same public key. The exchange in the other radio communication exchange system makes a check for authentication of PS based on the public key cryptosystem by use of the received public key. In the case where the authentication between each radio communication exchange system and PS results in success, each radio communication exchange system can determine a peculiar authentication key to inform PS of the peculiar authentication key so that the authentication of PS from that time onward is performed using the peculiar authentication key.
    • 公共密钥密码系统用于订阅多个无线电通信交换系统的个人站(PS)的认证。 PS的公钥被登记到公钥管理装置的公开密钥DB中。 私钥在PS中注册。 当PS移动到某个无线电通信交换系统的服务区域时,该无线电通信交换系统中的交换机向公钥管理装置请求公共密钥,并且基于公钥密码系统对PS的认证进行检查, 使用收到的公钥。 此后,当PS移动到另一无线电通信交换系统的服务区域时,另一无线电通信交换系统中的交换类似地向公钥管理装置请求PS的公开密钥并接收相同的公钥。 其他无线通信交换系统中的交换通过使用所接收的公开密钥来检查基于公钥密码系统的PS的认证。 在每个无线电通信交换系统和PS之间的认证成功的情况下,每个无线电通信交换系统可以确定特定的认证密钥以通知PS特有的认证密钥,使得从那时开始的PS的认证是使用 特有的认证密钥。