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    • 1. 发明授权
    • Method for requesting and processing traffic information
    • 用于请求和处理交通信息的方法
    • US06434477B1
    • 2002-08-13
    • US09568839
    • 2000-05-11
    • Stefan GossJan MartinHeinz Werner PfeiffferHans-Dieter Schmidt
    • Stefan GossJan MartinHeinz Werner PfeiffferHans-Dieter Schmidt
    • G08G109
    • G08G1/096716G08G1/096741G08G1/096775G08G1/096827G08G1/096872
    • A method for requesting and for processing traffic information, in which a traffic-information query is transmitted by a mobile transceiver, and at least one traffic message is provided by a service provider via a base station, the traffic message being transmitted as a brief coded message. Information about the version of the stored data or data groups in the memory allocated to the mobile transceiver, and/or the manufacturer of the stored data or data groups and/or the issue date of the stored data or data groups is transmitted to the base station in the traffic-information query, so that in the return message of the traffic information, the base station can undertake the coding in such a way that the coded data can be well utilized on the basis of the stored data in the vehicle. In this manner, even given changing data, it is ensured in all events that the mobile transceiver is able to interpret the coded traffic messages.
    • 一种用于请求和处理业务信息的方法,其中由移动收发信机发送业务信息查询,并且服务提供商经由基站提供至少一个业务消息,所述业务消息作为简要编码 信息。 关于分配给移动收发器的存储器和/或存储的数据或数据组的制造商和/或存储的数据或数据组的发布日期的存储的数据或数据组的版本的信息被发送到基站 站点在交通信息查询中,使得在交通信息的返回消息中,基站可以进行编码,使得可以基于车辆中存储的数据充分利用编码数据。 以这种方式,即使给定的改变数据,在所有事件中确保移动收发器能够解释编码的业务消息。
    • 2. 发明申请
    • Respiratory apparatus for compressed-air breathing equipment
    • 用于压缩空气呼吸设备的呼吸装置
    • US20050121035A1
    • 2005-06-09
    • US10492769
    • 2002-09-10
    • Jan Martin
    • Jan Martin
    • A62B9/02B63C11/22A62B7/00A61M16/00
    • A62B9/022B63C11/2227
    • A oxygen system includes a casing (1) that houses a valve seat (4) with an air inlet duct (6) arranged in axial direction, a shutting part (7) associated with the air inlet duct at the valve outlet, and a driving motor (8). A pressure sensor (15) for measuring the pressure in the respective phase of breathing is located in a measuring chamber (2) connecting the air inlet duct and the air outlet duct (3) that is formed in the casing and can be connected to a respirator mask. The pressure conditions prevailing during inhalation and exhalation control the drive motor that is connected by a controller to the shutting part of the valve unit, and regulate the air supply to the respirator mask. In addition to the air control that exactly matches respiration, the device is small and compact, requires few mechanical components, and is resistant to impact stress.
    • 氧气系统包括容纳具有沿轴向布置的进气管道(6)的阀座(4)的壳体(1),与阀出口处的进气管相关联的关闭部分(7) 电动机(8)。 用于测量各个呼吸相位的压力的压力传感器(15)位于连接空气入口管道和空气出口管道(3)的测量室(2)中,测量室(2)形成在壳体中并可连接到 呼吸器面具 吸入和呼气时主要的压力条件控制由控制器连接到阀门关闭部分的驱动电机,并调节呼吸器面罩的空气供应。 除了与呼吸完全匹配的空气控制之外,该设备体积小巧,需要很少的机械部件,并且抵抗冲击应力。