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    • 51. 发明申请
    • MOBILE STATION DIRECTED TO WIRELESS COMMUNICATION SYSTEM INCLUDING HOME CELL
    • 移动站指向无线通信系统,包括家庭电话
    • US20130190012A1
    • 2013-07-25
    • US13876860
    • 2011-09-30
    • Koki SuzukiShinichi SawadaHirokazu KobayashiShigeto SuzukiAkio Yoshihara
    • Koki SuzukiShinichi SawadaHirokazu KobayashiShigeto SuzukiAkio Yoshihara
    • H04W64/00
    • H04W64/00H04W36/04H04W36/32H04W84/045
    • A mobile station connected to a wireless communication network includes a surrounding environment recording unit configured to record a surrounding environment of the mobile station; a proximity determination unit; and a proximity indication generation unit configured to generate a proximity indication. The proximity determination unit compares a past surrounding environment record that has been recorded by the surrounding environment recording unit with the current surrounding environment record. When the surrounding environment records correspond to each other, or when a degree of similarity between the surrounding environment records exceeds a predetermined degree, the proximity determination unit determines that the mobile station is in proximity to a predetermined home cell base station, and transmits the proximity indication generated by the proximity indication generating unit to a macro cell base station in response to determination that the mobile station is in proximity to the predetermined home cell base station.
    • 连接到无线通信网络的移动站包括被配置为记录移动站的周围环境的周边环境记录单元; 接近度确定单元; 以及接近指示生成单元,被配置为生成接近指示。 接近确定单元将周围环境记录单元记录的过去周围环境记录与当前周围环境记录进行比较。 当周围环境记录彼此对应时,或者当周围环境记录之间的相似程度超过预定程度时,接近度确定单元确定移动站处于预定的家庭小区基站附近,并且发送接近 响应于确定移动台处于预定的家庭小区基站附近,由接近指示产生单元产生的指示给宏小区基站。
    • 54. 发明授权
    • Wafer mapping system
    • 晶圆贴图系统
    • US06914233B2
    • 2005-07-05
    • US10316120
    • 2002-12-11
    • Yasuyoshi KitazawaShigeto SuzukiToshio MikiSusumu NakagawaKatsumi YasudaKazunari Kitaji
    • Yasuyoshi KitazawaShigeto SuzukiToshio MikiSusumu NakagawaKatsumi YasudaKazunari Kitaji
    • H01L21/68H01L21/00H01J40/14
    • H01L21/67265
    • The wafer mapping system has an access port for transferring a wafer in and out and detects an accommodated wafer for a cassette in which slots for accommodating and holding inserted wafers are disposed in tiers. The wafer mapping system includes (1) a receiver that is fixed to a member facing the access port for receiving elements arranged serially along a height direction of the cassette, and (2) a transmitter that is disposed movable in an up and down direction of the cassette and transmits a signal toward a wafer accommodated in each of the slots of the cassette. The receiver receives a signal from the transmitter, and thereby the presence or absence of a wafer and a state of a wafer accommodated in each of the slots of the cassette are detected. Thereby, with a simple system configuration, an accommodation state of the wafer can be accurately detected.
    • 晶片映射系统具有用于将晶片输入和输出的访问端口,并检测用于盒的容纳晶片,其中用于容纳和保持插入的晶片的槽被布置在层中。 晶片映射系统包括(1)固定到面向入口的构件的接收器,用于容纳沿着盒的高度方向串联布置的元件,以及(2)发射器,其可以在 盒子并将信号发送到容纳在盒的每个槽中的晶片。 接收器从发送器接收信号,从而检测到晶片的存在或不存在以及容纳在盒的每个槽中的晶片的状态。 由此,通过简单的系统配置,可以准确地检测晶片的调节状态。
    • 56. 发明授权
    • Miscible gas enhanced oil recovery method using oil-brine compatible
pre-formed foam
    • 可混溶气增强采油方法采用油 - 盐水兼容预成型泡沫
    • US4763730A
    • 1988-08-16
    • US081976
    • 1987-08-05
    • Shigeto Suzuki
    • Shigeto Suzuki
    • C09K8/94E21B43/16E21B43/22
    • C09K8/94E21B43/164Y02P90/70Y10S507/936
    • Oil recovery from a petroleum reservoir using a miscible gas, such as carbon dioxide, nitrogen or methane is enhanced by injecting a preformed stable foam into the reservoir. The foam composition is formed by an effective amount of an alpha olefin sulfonate (AOS) capable of forming a foam with water having a salt content similar to that in the reservoir and the miscible gas. Preferably, the alpha olefin sulfonates have from 8 to 24 carbon atoms. In a preferred form the AOS has on average a carbon content of less than about 12 carbon atoms in higher salt content brines and less than about 12 carbon atoms in lower salt content brines. Most preferably, in brines having a salt concentration of at least 10 weight percent, the AOS has on average about 10 carbon atoms; in brines having a salt concentration of from 2 to 10 weight percent the AOS has on average about 12 carbon atoms; and in brines having less than 2 weight percent salt and AOS has on average about 14 carbon atoms.
    • 使用可混溶气体如二氧化碳,氮气或甲烷从石油储层中回收石油,通过将预先形成的稳定的泡沫注入储层来提高。 泡沫组合物通过有效量的能够与水形成泡沫的α-烯烃磺酸盐(AOS)形成,所述水的盐含量与储存器和混溶气体相似。 优选地,α-烯烃磺酸盐具有8至24个碳原子。 在优选的形式中,AOS在较高盐含量的盐水中平均具有小于约12个碳原子的碳含量,而较低盐含量盐水中的碳含量小于约12个碳原子。 最优选地,在盐浓度至少为10重量%的盐水中,AOS平均具有约10个碳原子; 在盐浓度为2至10重量%的盐水中,AOS平均具有约12个碳原子; 并且在具有小于2重量%的盐和AOS的盐水中平均具有约14个碳原子。