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    • 1. 发明申请
    • MOBILE COMMUNICATION COMPOSITE TERMINAL APPARATUS AND MOBILE COMMUNICATION TERMINAL APPARATUS
    • 移动通信复合终端设备和移动通信终端设备
    • US20090047946A1
    • 2009-02-19
    • US12066649
    • 2006-03-03
    • Mitsuru SatoYoshiyuki HoshiTomohiro Matano
    • Mitsuru SatoYoshiyuki HoshiTomohiro Matano
    • H04W48/00H04W4/12
    • H04W88/06H04W48/18
    • A terminal apparatus that selects, from among a plurality of communication modules, a communication module, which is useful to the user, without increasing current consumption and starts communication in a short time. In this apparatus, which includes a cellular communication module (210) for performing cellular communication and a WLAN communication module (220) for performing WLAN communication, the WLAN communication module (220) is activated by a user operation performed prior to the starting of communication, thereby preferentially performing the connection to a WLAN communication system. There is also included a mail size determining circuit (233) or an activated module selecting circuit (410) as a communication module selecting means for deciding, from the content of the user operation, to select one of the cellular communication module (210) and WLAN communication module (220) that has a useful communication format to the user. There is further included a communication control part (230) that controls the communication module in such a manner that activates only the communication module having the communication format selected by the communication module selecting means, thereby starting communication.
    • 从多个通信模块中选择对用户有用的通信模块而不增加电流消耗并在短时间内开始通信的终端装置。 在该装置中,包括用于执行蜂窝通信的蜂窝通信模块(210)和用于执行WLAN通信的WLAN通信模块(220),WLAN通信模块(220)由在通信开始之前执行的用户操作激活 从而优先地执行到WLAN通信系统的连接。 还包括邮件大小确定电路(233)或激活的模块选择电路(410)作为通信模块选择装置,用于从用户操作的内容中选择蜂窝通信模块(210)和 WLAN通信模块(220),其对用户具有有用的通信格式。 还包括通信控制部分(230),其以这样的方式控制通信模块,即仅激活具有由通信模块选择装置选择的通信格式的通信模块,从而开始通信。
    • 2. 发明申请
    • WIRELESS COMMUNICATION APPARATUS AND HANDOVER METHOD
    • 无线通信设备和切换方法
    • US20090046654A1
    • 2009-02-19
    • US12066779
    • 2006-03-03
    • Yoshiyuki HoshiMitsuru SatoTomohiro Matano
    • Yoshiyuki HoshiMitsuru SatoTomohiro Matano
    • H04W36/00
    • H04W36/0088H04W36/14H04W88/06
    • A wireless communication apparatus capable of shortening the handover time and preventing the connection from being interrupted during telephone communication. In this apparatus, an HO part (109), when detecting an access point, outputs an handover control signal for performing a handover that is a process of switching from a communication using a third generation mobile communication system to a communication using a WLAN. A positional information acquiring part (112) receives a GPS signal transmitted from a GPS satellite and generates GPS information indicative of the position of the local apparatus. When the GPS information shows that the local apparatus approaches the area of the WLAN by a predetermined distance, a period deciding part (115) decides that the period be shorter than when the local apparatus is at the predetermined distance away from the area of the WLAN. When the local apparatus approaches the area of the WLAN by the predetermined distance, an AP detection period control part (116) controls the operation of access point detection to be performed in the period shorter than when the local apparatus is at the predetermined distance away from the area of the WLAN.
    • 一种能够缩短切换时间并防止在电话通信期间中断连接的无线通信装置。 在该装置中,当检测到接入点时,HO部分(109)输出用于执行切换的切换控制信号,该切换是从使用第三代移动通信系统的通信切换到使用WLAN的通信的过程。 位置信息取得部(112)接收从GPS卫星发送的GPS信号,生成表示本地装置的位置的GPS信息。 当GPS信息表示本地设备接近WLAN的区域预定距离时,周期判定部分(115)确定该周期比当本地设备距离WLAN的区域预定距离 。 当本地设备接近WLAN的区域预定距离时,AP检测周期控制部分(116)控制接入点检测的操作在比当本地设备距离本地设备预定距离 WLAN的区域。
    • 3. 发明授权
    • Wireless communication apparatus and handover method
    • 无线通信装置及切换方法
    • US08072937B2
    • 2011-12-06
    • US12066779
    • 2006-03-03
    • Yoshiyuki HoshiMitsuru SatouTomohiro Matano
    • Yoshiyuki HoshiMitsuru SatouTomohiro Matano
    • H04W4/00
    • H04W36/0088H04W36/14H04W88/06
    • A wireless communication apparatus capable of shortening the handover time and preventing the connection from being interrupted during telephone communication. In this apparatus, an HO part (109), when detecting an access point, outputs an handover control signal for performing a handover that is a process of switching from a communication using a third generation mobile communication system to a communication using a WLAN. A positional information acquiring part (112) receives a GPS signal transmitted from a GPS satellite and generates GPS information indicative of the position of the local apparatus. When the GPS information shows that the local apparatus approaches the area of the WLAN by a predetermined distance, a period deciding part (115) decides that the period be shorter than when the local apparatus is at the predetermined distance away from the area of the WLAN. When the local apparatus approaches the area of the WLAN by the predetermined distance, an AP detection period control part (116) controls the operation of access point detection to be performed in the period shorter than when the local apparatus is at the predetermined distance away from the area of the WLAN.
    • 一种能够缩短切换时间并防止在电话通信期间中断连接的无线通信装置。 在该装置中,当检测到接入点时,HO部分(109)输出用于执行切换的切换控制信号,该切换是从使用第三代移动通信系统的通信切换到使用WLAN的通信的过程。 位置信息取得部(112)接收从GPS卫星发送的GPS信号,生成表示本地装置的位置的GPS信息。 当GPS信息表示本地设备接近WLAN的区域预定距离时,周期判定部分(115)确定该周期比当本地设备距离WLAN的区域预定距离 。 当本地设备接近WLAN的区域预定距离时,AP检测周期控制部分(116)控制接入点检测的操作在比当本地设备距离本地设备预定距离 WLAN的区域。
    • 8. 发明授权
    • Method of recording radiation image
    • 记录辐射图像的方法
    • US4195996A
    • 1980-04-01
    • US881944
    • 1978-02-28
    • Yosuke NakajimaYoshiyuki HoshiTakayoshi Fukuoka
    • Yosuke NakajimaYoshiyuki HoshiTakayoshi Fukuoka
    • G03C7/00G03C5/16G03C7/26G03C7/30G21K4/00G03C1/92
    • G03C7/30G03C5/16
    • A method of recording a radiation image having excellent sharpness which comprisesimage-wise exposing to radiation, in combination with the use of a fluorescent intensifying screen, a light-sensitive photographic element comprising a water-proof opaque support, which has an average degree of reflection of about 70 percent or greater, based on the degree of reflection of a magnesium oxide white plate being 100%, in the spectral wavelength region of from about 380 m.mu. to about 600 m.mu., and having on only one surface thereof a coating of a green sensitized silver halide photographic emulsion containing a phenolic color coupler or an .alpha.-naphtholic color coupler, each capable of forming a quinoneimine dye having a maximum absorption within a spectral wavelength region of about 550 m.mu. to about 700 m.mu. on color development, where the silver halide grains of the emulsion have a number average grain size of about 0.5.mu. to about 2.2.mu. and are present in an amount of from about 0.5 g to about 3 g of silver per m.sup.2, andthen subjecting the image-wise exposed light-sensitive photographic element to a color development processing with a phenylene diamine color developing agent and without a silver-removal step.
    • 一种记录具有优异清晰度的放射线图像的方法,其包括使用荧光增强屏幕结合使用荧光增强屏幕的成像曝光至辐射的光敏照相元件,所述感光照相元件具有平均度为 在约380μm至约600μm的光谱波长区域中,基于氧化铝白板的反射度为100%,反射约70%或更大,并且在其一个表面上仅具有涂层 的含有酚颜色成色剂或α-萘色成色剂的绿色敏化卤化银照相乳剂,每种能够形成在显色发展的约550μm至约700μm的光谱波长范围内具有最大吸收的醌亚胺染料 ,其中乳液的卤化银颗粒的数均粒度为约0.5μm至约2.2μm,并且以约0.5g的量存在 至约3g的银,然后使用苯二胺彩色显影剂对图像曝光的感光照相材料进行显色处理,并且不进行银除去步骤。