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    • 3. 发明申请
    • COMMUNICATION SYSTEM AND GATEWAY
    • 通信系统和网关
    • US20090143090A1
    • 2009-06-04
    • US12326934
    • 2008-12-03
    • Nodoka MIMURANorihisa Matsumoto
    • Nodoka MIMURANorihisa Matsumoto
    • H04B7/26
    • H04W4/10H04W4/08H04W76/45
    • There is provided a communication system in which semi-duplex many-to-many multicasting service can be performed to both a mobile station and a base station by using a unified call control protocol such as SIP on an IP network, and can contain mobile stations and base stations of existing wireless facilities. The communication system in which the semi-duplex many-to-many multicasting service is performed to plural mobile stations 100a, 100b 100c and 110 includes a gateway 104a to convert a first protocol to connect the mobile station 100a, a base station 101a and the gateway 104a, and a second protocol to connect the gateway 104a, a call control server 105 and a press-talk server 106. The gateways 104a, 104b, 104c and 114a perform the protocol conversion for both communication to the mobile station and communication to the base station, so that the semi-duplex many-to-many press-talk can be realized.
    • 提供了一种通过在IP网络上使用诸如SIP的统一呼叫控制协议向移动台和基站两者进行半双工多对多组播服务的通信系统,并且可以包含移动站 和现有无线设施的基站。 其中对多个移动台100a,100b,100c和110执行半双工多对多组播服务的通信系统包括转换第一协议以连接移动台100a的网关104a,基站101a和 网关104a,以及连接网关104a的第二协议,呼叫控制服务器105和新闻通话服务器106.网关104a,104b,104c和114a执行用于与移动台通信的协议转换,并与 基站,从而可以实现半双工多对多的通话。
    • 5. 发明申请
    • Communication system, server, control apparatus and communication apparatus
    • 通信系统,服务器,控制装置和通信装置
    • US20080310334A1
    • 2008-12-18
    • US12073767
    • 2008-03-10
    • Hitomi NakamuraNorihisa MatsumotoTakehiro MorishigeNaruhito Nakahara
    • Hitomi NakamuraNorihisa MatsumotoTakehiro MorishigeNaruhito Nakahara
    • H04B7/00
    • H04W28/16H04L47/10H04W80/04
    • Disclosed herewith is a communication system, which can solve the following conventional problem that if packets exchanged between a terminal and an HA are encapsulated with use of the mobile IPv6 protocol, the PDSN cannot identify any IP flows in the mobile IPv6 tunnel. Consequently, there is no QoS usable appropriately to the services in the EV-D0 RAN. To solve such a problem, the PCRF notifies the HA of the filter information used to specify each IP flow and the flow label assigned to each IP flow. The HA then sets the flow label in the outer IPv6 header of the packet matching with the filter information and transfers the packet to the object unit. The PDSN then refers to the flow label set in the outer IPv6 header to identify the object IP flow in the mobile IPv6 tunnel. Consequently, a proper QoS can be usable for the services respectively in the EV-D0 RAN.
    • 这里公开了一种通信系统,其可以解决以下常规问题,即如果使用移动IPv6协议来封装在终端和HA之间交换的分组,则PDSN不能识别移动IPv6隧道中的任何IP流。 因此,EV-D0 RAN中的服务没有适用的QoS。 为了解决这个问题,PCRF向HA通知用于指定每个IP流的过滤器信息和分配给每个IP流的流标签。 然后,HA将流量标签设置在与过滤器信息匹配的数据包的外部IPv6报头中,并将数据包传输到对象单元。 然后,PDSN参考外部IPv6报头中设置的流标签,以标识移动IPv6隧道中的对象IP流。 因此,适当的QoS可以分别用于EV-D0 RAN中的业务。
    • 6. 发明授权
    • Ripping device for an earthmoving machine
    • 用于土方机的翻转装置
    • US07445053B2
    • 2008-11-04
    • US10987307
    • 2004-11-15
    • Norihisa MatsumotoKazuya Arakawa
    • Norihisa MatsumotoKazuya Arakawa
    • A01B13/08
    • E02F3/7609E02F5/32
    • A ripper assembly is arranged in that one end of an arm is pivotally attached to a vehicle body while a beam comprised with shanks is pivotally attached to the other end of the arm, and in that a tilt cylinder and a lift cylinder are respectively interposed between the vehicle body and the beam at a position upward of the arm. One end side of the lift cylinder is pivotally attached, on a vehicle body side, at a position upward of a vehicle body-sided pivotally supporting portion of the tilt cylinder. The other end side of the lift cylinder is pivotally attached, on a beam side, at a position downward of a beam-sided pivotally supporting portion of the tilt cylinder.
    • 松开器组件被布置成:臂的一端可枢转地附接到车体,而包括柄的梁可枢转地附接到臂的另一端,并且倾斜缸和提升缸分别介于 车体和梁在臂的上方的位置。 提升缸的一端侧在车身侧枢转地安装在倾斜缸的车身侧枢转支撑部的上方。 提升缸的另一端侧在梁侧可枢转地安装在倾斜缸的梁侧枢转支撑部分的下方。
    • 7. 发明申请
    • Infrared inspection apparatus, infrared inspecting method and manufacturing method of semiconductor wafer
    • 红外线检测装置,半导体晶片的红外检查方法及制造方法
    • US20060278831A1
    • 2006-12-14
    • US11447997
    • 2006-06-07
    • Norihisa MatsumotoShigeru Matsuno
    • Norihisa MatsumotoShigeru Matsuno
    • G01N21/59
    • G01N21/9501G01N21/59G01N21/9505
    • An infrared inspection apparatus includes: an infrared light source operable to irradiate an inspection object with infrared rays; an infrared lens operable to collect infrared rays which have passed through the inspection object; an infrared camera operable to receive the infrared rays collected by the infrared lens and to convert the infrared rays received into an electric signal to be output; a monitor operable to receive the electric signal from the infrared camera and to convert the electric signal into an image signal and to display an image based on the image signal; and an infrared ray leakage preventing member in at least one of a light path between the infrared light source and a periphery of the inspection object and a light path between the periphery of the inspection object and the infrared lens to prevent infrared rays from the infrared light source from reaching the infrared lens without passing through the inspection object.
    • 红外检查装置包括:红外光源,其可操作以用红外线照射检查对象; 红外透镜,其可操作以收集已经通过检查对象的红外线; 红外摄像机,其可操作以接收由红外线透镜收集的红外线,并将接收到的红外线转换成要输出的电信号; 监视器,其可操作以从所述红外摄像机接收电信号,并将所述电信号转换为图像信号并基于所述图像信号显示图像; 以及在所述红外线光源与所述检查对象周围的光路中的至少一个中的红外线泄漏防止部件以及所述被检查物体的周围与所述红外线透镜之间的光路,以防止来自所述红外线的红外线 来源到达红外透镜而不通过检查对象。
    • 10. 发明授权
    • Communication system and gateway
    • 通信系统和网关
    • US08130690B2
    • 2012-03-06
    • US12326934
    • 2008-12-03
    • Nodoka MimuraNorihisa Matsumoto
    • Nodoka MimuraNorihisa Matsumoto
    • H04H20/71
    • H04W4/10H04W4/08H04W76/45
    • There is provided a communication system in which semi-duplex many-to-many multicasting service can be performed to both a mobile station and a base station by using a unified call control protocol such as SIP on an IP network, and can contain mobile stations and base stations of existing wireless facilities. The communication system in which the semi-duplex many-to-many multicasting service is performed to plural mobile stations 100a, 100b 100c and 110 includes a gateway 104a to convert a first protocol to connect the mobile station 100a, a base station 101a and the gateway 104a, and a second protocol to connect the gateway 104a, a call control server 105 and a press-talk server 106. The gateways 104a, 104b, 104c and 114a perform the protocol conversion for both communication to the mobile station and communication to the base station, so that the semi-duplex many-to-many press-talk can be realized.
    • 提供了一种通过在IP网络上使用诸如SIP的统一呼叫控制协议向移动台和基站两者进行半双工多对多组播服务的通信系统,并且可以包含移动站 和现有无线设施的基站。 其中对多个移动台100a,100b,100c和110执行半双工多对多组播服务的通信系统包括转换第一协议以连接移动台100a的网关104a,基站101a和 网关104a,以及连接网关104a的第二协议,呼叫控制服务器105和新闻通话服务器106.网关104a,104b,104c和114a执行用于与移动台通信的协议转换,并与 基站,从而可实现半双工多对多的通话。