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    • 5. 发明授权
    • Base station, wireless communication system, and wireless communication method
    • 基站,无线通信系统和无线通信方式
    • US08467360B2
    • 2013-06-18
    • US12849985
    • 2010-08-04
    • Noboru HasegawaTakeshi KunugiReiko HattoriTadashi Yamada
    • Noboru HasegawaTakeshi KunugiReiko HattoriTadashi Yamada
    • H04W4/00
    • H04W88/08H04W48/18H04W74/004H04W88/10
    • A base station includes at least one first application section, a determining section, and a controlling section. Each of the first application sections executes one of a plurality of first application programs corresponding to one of a plurality of first application services utilizing a first wireless communication service provided by a mobile virtual network operator. The determining section receives a connection request to connect to the first application service from a first terminal for using the first wireless communication service, and determines the first application section corresponding to the first application service specified in the connection request. The controlling section controls communications between the determined first application section and a server managed by the mobile virtual network operator and between the determined first application section and the first terminal.
    • 基站包括至少一个第一应用部分,确定部分和控制部分。 第一应用部分中的每个部分利用由移动虚拟网络运营商提供的第一无线通信服务来执行与多个第一应用服务中的一个相对应的多个第一应用程序中的一个。 确定部分从第一终端接收用于连接到第一应用服务的连接请求,用于使用第一无线通信服务,并且确定与连接请求中指定的第一应用服务对应的第一应用部分。 控制部分控制所确定的第一应用部分与由移动虚拟网络运营商管理的服务器之间以及所确定的第一应用部分与第一终端之间的通信。
    • 8. 发明申请
    • SYSTEM AND METHOD FOR MONITORING OF WELDING STATE
    • 焊接状态监测系统及方法
    • US20100232678A1
    • 2010-09-16
    • US12734413
    • 2008-10-31
    • Noboru HasegawaHideki HamataniMichimasa MukaiKazuto YamamotoTakashi Miyakawa
    • Noboru HasegawaHideki HamataniMichimasa MukaiKazuto YamamotoTakashi Miyakawa
    • G06K9/00
    • G01J5/10B21C37/08B21C51/00B23K11/0873B23K11/25B23K31/125B23K2101/06B23K2103/04G01J5/0018G01J5/004
    • A system and method for monitoring the molten state for enabling a molten state, butting state, or other state of electric-resistance-welded pipe on-line more accurately than in the past are provided. That is, a mirror 23 provided at a front end side inside a container 21 receives light emitted by the welded parts 5 of the tube-shaped steel strip 1 themselves through heat resistant glass 22 from the side direction and reflects the image of the welded parts 5 of the tube-shaped steel strip 1 in the direction of a relay lens 24 provided at a base end side of a relay lens unit 13. The relay lenses 24 relay the image of the welded parts 5 of the tube-shaped steel strip 1 to a conversion lens 12, then the conversion lens 12 forms that image on the imaging area of a CCD camera 11. Therefore, it is possible to capture the welded parts 5 of the tube-shaped steel strip 1 from the side direction by a resolution in accordance with the resolution of the CCD camera 11 and possible to obtain information of the welded parts 5 of the tube-shaped steel strip 1 more accurately than in the past and on-line.
    • 提供了一种用于比以往更准确地监测熔融状态以实现熔融状态,对接状态或其他状态的电阻焊管在线的系统和方法。 也就是说,设置在容器21内的前端侧的反射镜23通过耐热玻璃22从侧方接收管状钢带1的自身的焊接部5发出的光,并且反射焊接部的图像 管状钢带1沿着设置在中继透镜单元13的基端侧的中继透镜24的方向延伸。中继透镜24将管状钢带1的焊接部5的图像中继 转换透镜12,则转换透镜12在CCD照相机11的成像区域上形成该图像。因此,可以从侧面方向以分辨率捕获管状钢带1的焊接部分5 根据CCD摄像机11的分辨率,可以比过去和在线更准确地获得管状钢带1的焊接部分5的信息。