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    • 3. 发明申请
    • Communication system, data processing control method, server, and data processing control program
    • 通信系统,数据处理控制方法,服务器和数据处理控制程序
    • US20060035629A1
    • 2006-02-16
    • US10515828
    • 2003-06-05
    • Mitsuru KodamaKenjirou TsujiKouichi Takahara
    • Mitsuru KodamaKenjirou TsujiKouichi Takahara
    • H04M3/42
    • H04L61/157H04L29/1216H04M3/42102H04M3/42153H04M3/42229H04M3/4938H04M2207/18
    • The objective is to offer increased flexibility in allocation of telephone numbers and achieve liberation from the restrictions on the total number of dial-in numbers. When at a server a receiver receives request information from a cellular phone as a requester (S01), a subaddress recognizer recognizes a subaddress included in the received request information (S02) and an address converter converts the recognized subaddress to an IP address on the basis of predetermined conversion correspondence information (S03). Then a data retriever retrieves content data correlated with the IP address obtained by the conversion, from a service DB (S04) and a data output part outputs the content data to the requester cellular phone (S05). The use of subaddresses attached to telephone numbers increases the number of numbers that can be allocated, and thereby achieves the liberation from the restrictions on the total number of dial-in numbers, and a service provider is allowed to allocate subaddresses at the discretion thereof, which offers increased flexibility in allocation of numbers.
    • 目标是提高电话分配的灵活性,并实现从对拨号数量的限制的解放。 当在服务器处,接收方从作为请求者的蜂窝电话接收请求信息时(S 01),子地址识别器识别包含在接收到的请求信息中的子地址(S02),并且地址转换器将识别的子地址转换为 预定转换对应信息的基础(S 03)。 然后,数据检索器从服务DB(S 04)检索与通过转换获得的IP地址相关的内容数据,并且数据输出部分将内容数据输出到请求者蜂窝电话(S5)。 使用附加到电话号码的子地址增加了可以分配的号码数量,从而实现了对拨入号码总数的限制的解放,并且允许服务提供商以其酌情权分配子地址, 这增加了数字分配的灵活性。
    • 5. 发明授权
    • Absorption chiller-heater
    • 吸收式冷水机
    • US07143592B2
    • 2006-12-05
    • US10772465
    • 2004-02-06
    • Mitsuru KodamaTakahide SugiyamaKazuhide Ishida
    • Mitsuru KodamaTakahide SugiyamaKazuhide Ishida
    • F25B15/00
    • F25B27/02F25B15/00F25B2333/003Y02A30/274Y02P80/152
    • There is constructed a constitution including an exhaust heat fired regenerator constituting a heat source by exhaust heat from external machine generating the exhaust heat, a heat fluid flow path for making a fluid having the exhaust heat constituting the heat source or a fluid recovering the exhaust heat flow to the exhaust heat fired regenerator, flow path open/close device provided at the heat fluid flow path for controlling to make the heat fluid flow to the exhaust heat fired regenerator 1 and cut off the fluid therefrom by opening and closing the exhaust fluid flow path, first regenerator temperature detector for detecting temperature of the exhaust heat fired regenerator, a directly fired regenerator constituting a heat source by combustion heat of a burner, second regenerator temperature detector for detecting temperature of the directly fired regenerator, heat medium temperature detector for detecting temperature of a heat medium cooled or heated by an evaporator and controller for controlling to operate the flow path open/close device and the burner, in which a combustion amount of the burner can be increased and reduced and the controller controls to open and close the flow path open/close device and increase and reduce the combustion amount of the burner in accordance with the temperature of the heat medium detected by the heat medium temperature detector and a higher one of temperature of the temperature of the exhaust heat fired regenerator detected by the first regenerator temperature detector and the temperature of the directly fired regenerator detected by the second regenerator temperature detector.
    • 构成了包括由产生废热的外部机器排出的热量构成热源的废热再生器,构成具有构成热源的排气热的流体的流体流路,或回收排气热的流体 流到排气热再生器,流路开闭装置,其设置在热流体流路处,用于控制热流体流向废热再生器1,并通过打开和关闭排出流体流来切断流体 路径第一再生器温度检测器,用于检测排气热再生器的温度,通过燃烧器的燃烧热构成热源的直接燃烧的再生器,用于检测直接燃烧的再生器的温度的第二再生器温度检测器,用于检测的热介质温度检测器 通过蒸发器冷却或加热的热介质的温度和控制 用于控制操作流路打开/关闭装置和燃烧器,其中可以增加和减少燃烧器的燃烧量,并且控制器控制打开和关闭流路打开/关闭装置并增加和减少燃烧 根据由热介质温度检测器检测到的热介质的温度的燃烧器的量和由第一再生器温度检测器检测的排气热再生器的温度的温度和直接燃烧的再生器的温度 由第二再生器温度检测器检测。
    • 6. 发明授权
    • Game machine, game system, and game control method
    • 游戏机,游戏系统和游戏控制方法
    • US09117345B2
    • 2015-08-25
    • US13862767
    • 2013-04-15
    • Shogo AzumaMitsuru KodamaShinya ItoNorifumi Kawai
    • Shogo AzumaMitsuru KodamaShinya ItoNorifumi Kawai
    • A63F9/24G07F17/32
    • G07F17/329G07F17/3258G07F17/3272G07F17/3281
    • In the game machine which includes a plurality of lottery machines having different lottery probabilities and executing a plurality of lotteries by a plurality of lottery machines selected as a predetermined combination among a plurality of lottery machines as a chance game provided in common to players, a plurality of station units is provided with a touch panel which receives an operation of the player. The game machine executes the lotteries by the plurality of lottery machines as the chance game in a predetermined order. The game machine changes at least one of the plurality of lottery machines into another lottery machine according to an operation input from the touch panel in case that a predetermined change condition is satisfied. The change of the combination of the plurality of lottery machines is applied to the chance game for other players playing the chance game.
    • 在具有不同彩票概率的多个彩票机的游戏机中,多个彩票机中选择为多个彩票机之间的预定组合的多个抽奖机器作为向玩家共同提供的机会游戏执行多个彩票, 站单元设置有接收玩家的操作的触摸面板。 游戏机以预定的顺序执行作为机会游戏的多个彩票机的彩票。 在满足预定的改变条件的情况下,游戏机根据来自触摸面板的操作输入将多个彩票机中的至少一个更改为另一彩票机。 将多个彩票机的组合的变化应用于玩其他玩家机会游戏的机会游戏。
    • 10. 发明申请
    • Absorption chiller-heater
    • 吸收式冷水机
    • US20050188707A1
    • 2005-09-01
    • US10772465
    • 2004-02-06
    • Mitsuru KodamaTakahide SugiyamaKazuhide Ishida
    • Mitsuru KodamaTakahide SugiyamaKazuhide Ishida
    • F25B15/00F25B27/02F25B27/00F25B33/00
    • F25B27/02F25B15/00F25B2333/003Y02A30/274Y02P80/152
    • There is constructed a constitution including an exhaust heat fired regenerator constituting a heat source by exhaust heat from external machine generating the exhaust heat, a heat fluid flow path for making a fluid having the exhaust heat constituting the heat source or a fluid recovering the exhaust heat flow to the exhaust heat fired regenerator, flow path open/close device provided at the heat fluid flow path for controlling to make the heat fluid flow to the exhaust heat fired regenerator 1 and cut off the fluid therefrom by opening and closing the exhaust fluid flow path, first regenerator temperature detector for detecting temperature of the exhaust heat fired regenerator, a directly fired regenerator constituting a heat source by combustion heat of a burner, second regenerator temperature detector for detecting temperature of the directly fired regenerator, heat medium temperature detector for detecting temperature of a heat medium cooled or heated by an evaporator and controller for controlling to operate the flow path open/close device and the burner, in which a combustion amount of the burner can be increased and reduced and the controller controls to open and close the flow path open/close device and increase and reduce the combustion amount of the burner in accordance with the temperature of the heat medium detected by the heat medium temperature detector and a higher one of temperature of the temperature of the exhaust heat fired regenerator detected by the first regenerator temperature detector and the temperature of the directly fired regenerator detected by the second regenerator temperature detector.
    • 构成了包括由产生废热的外部机器排出的热量构成热源的废热再生器,构成具有构成热源的排气热的流体的流体流路,或回收排气热的流体 流到排气热再生器,流路开闭装置,其设置在热流体流路处,用于控制热流体流向废热再生器1,并通过打开和关闭排出流体流来切断流体 路径第一再生器温度检测器,用于检测排气热再生器的温度,通过燃烧器的燃烧热构成热源的直接燃烧的再生器,用于检测直接燃烧的再生器的温度的第二再生器温度检测器,用于检测的热介质温度检测器 通过蒸发器冷却或加热的热介质的温度和控制 用于控制操作流路打开/关闭装置和燃烧器,其中可以增加和减少燃烧器的燃烧量,并且控制器控制打开和关闭流路打开/关闭装置并增加和减少燃烧 根据由热介质温度检测器检测到的热介质的温度的燃烧器的量以及由第一再生器温度检测器检测的排气热再生器的温度的温度和直接燃烧的再生器的温度 由第二再生器温度检测器检测。