首页> 外国专利> Method for communication between at least a first and a second telecommunication terminal, each with a long-range communication interface, a short-range communication interface, an energy store and in each case an energy transmission interface, telecommunication terminal, system, computer program and computer program product

Method for communication between at least a first and a second telecommunication terminal, each with a long-range communication interface, a short-range communication interface, an energy store and in each case an energy transmission interface, telecommunication terminal, system, computer program and computer program product

机译:用于至少第一和第二电信终端之间的通信的方法,分别具有远距离通信接口,短距离通信接口,能量存储器以及在每种情况下的能量传输接口,电信终端,系统,计算机程序和电脑程序产品

摘要

Method for communication between at least a first telecommunication terminal (21) and a second telecommunication terminal (22), the first telecommunication terminal (21) and the second telecommunication terminal (22) each having a wide area communication interface (211, 221) and a short-range communication interface (212, 222) , wherein the wide area communication interfaces (211, 221) of the first and second telecommunication terminals (21, 22) are configured for data exchange with a telecommunication network (100), wherein the short range communication interfaces (212, 222) of the first and second telecommunication terminals (21, 22) for a data exchange between the first and the second telecommunication terminal (21, 22) are configured, the first telecommunication terminal (21) and the second telecommunication terminal (22) each having an energy store (215, 225) for storing electrical energy each has an energy transmission interface (213, 223), the energy transmission interface (213, 223) of the first and second telecommunication terminal (21, 22) both for transmitting electrical energy to the energy store of the first and / or second telecommunication terminal (21, 22) as are also configured to transmit electrical energy away from the energy store (215, 225) of the first and / or second telecommunication terminal (21, 22), the method for the case of a lower state of charge of the energy store (215) of the first telecommunication terminal (compared to a predetermined reference state of charge) 21) has the following steps: - In a first method step, energy transmission information is encompassed via the short-range communication interface (212) of the first telecommunication terminal (21) and via the short-range communication interface (222) of the second telecommunication terminal (22) transmit message to the second telecommunication terminal (22), the energy transfer information comprising a request for the transmission of additional energy into the energy store (215) of the first telecommunication terminal (21), - it becomes a second method step following the first method step or a method step following the first method step third method step is carried out, in the second method step via the energy transfer interface (213) of the first telecommunication terminal (21) and via the energy transfer interface (223) of the second telecommunication terminal (22) the state of charge of the energy store (215) of the first telecommunication terminal (21) is increased, whereby in the third method step, at least one message - for the first telecommunication terminal (21) - between the telecommunication unit via the wide area communication interface (221) of the second telecommunication terminal (22) cation network (100) and the second telecommunication terminal (22) is transmitted, the telecommunication terminals (21, 22, 23) being positioned as part of logistic shipping units in a predetermined spatial arrangement relative to one another, whereby a transmission of energy to increase the state of charge of the energy store (215, 225, 235) one of the telecommunication terminals (21, 22, 23).
机译:用于至少第一电信终端(21)和第二电信终端(22)之间的通信的方法,第一电信终端(21)和第二电信终端(22)分别具有广域通信接口(211、221)和短距离通信接口(212,222),其中第一和第二电信终端(21,22)的广域通信接口(211,221)被配置为与电信网络(100)进行数据交换,其中配置第一和第二电信终端(21、22)的短程通信接口(212、222),用于在第一和第二电信终端(21、22)之间的数据交换,第一电信终端(21)和分别具有用于存储电能的能量存储器(215、225)的第二电信终端(22)分别具有能量传输接口(213、223),能量传输接口(213,第一和第二电信终端(21、22)的(223)都用于将电能传输到第一和/或第二电信终端(21、22)的储能器,还被配置为从储能器传输电能第一和/或第二电信终端(21、22)的(215、225),用于第一电信终端的储能器(215)的充电状态较低(与预定参考状态相比)的方法21)具有以下步骤:-在第一个方法步骤中,通过第一电信终端(21)的短距离通信接口(212)和短距离通信接口(222)包含能量传输信息第二电信终端(22)的消息)向第二电信终端(22)发送消息,该能量传输信息包括将附加能量传输到能量存储器(第一电信终端(21)的215),-在第二方法步骤中,通过能量传输接口()成为第一方法步骤之后的第二方法步骤或第一方法步骤之后的方法步骤(第一电信终端(21)的213)并通过第二电信终端(22)的能量传输接口(223),提高了第一电信终端(21)的储能器(215)的充电状态,从而在第三方法步骤中,经由第二电信终端(22)阳离子网络(100)的广域通信接口(221)的电信单元与第二电信之间的至少一个消息(用于第一电信终端(21))终端(22)被发送,电信终端(21、22、23)被作为物流运输单元的一部分相对于彼此以预定的空间布置定位,由此能量任务,以增加电讯终端(21、22、23)之一的储能器(215、225、235)的充电状态。

著录项

  • 公开/公告号DE102015204704B4

    专利类型

  • 公开/公告日2020-02-20

    原文格式PDF

  • 申请/专利权人 DEUTSCHE TELEKOM AG;

    申请/专利号DE201510204704

  • 发明设计人 MICHAEL KURZ;

    申请日2015-03-16

  • 分类号G08C17/02;H02J7;H02J50;

  • 国家 DE

  • 入库时间 2022-08-21 11:02:10

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