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    • 151. 发明授权
    • Method and system for the distributed synchronization of users of a communications link
    • 用于通信链路用户分布式同步的方法和系统
    • US07200766B2
    • 2007-04-03
    • US10021460
    • 2001-10-29
    • Thomas FurhrerBernd Müller
    • Thomas FurhrerBernd Müller
    • G06F1/12
    • H04L12/417H04J3/0655H04J3/0664H04J3/0676
    • A method and a system for synchronizing at least two users are described, each user to be synchronized containing its own timer, and the users being connected by at least one communications link, at least one event being transmitted for synchronization on the communications link, a first user determining a first view of the global time as a function of the event, and the at least one second user determining a second view of the global time as a function of the event, the minimum of the first and second views of the global time being transmitted through the corresponding users on the communications link, and each user to be synchronized determining an overall global time from the minimum of a first global time view and a second global time view, and the timer contained therein being synchronized with the overall global time.
    • 描述了用于同步至少两个用户的方法和系统,每个待同步的用户包含其自己的定时器,并且用户通过至少一个通信链路连接,至少一个事件被发送以用于通信链路上的同步, 第一用户根据事件确定全球时间的第一视图,并且至少一个第二用户根据该事件确定全球时间的第二视图,全局的第一和第二视图的最小值 时间通过通信链路上的对应用户发送,并且每个待同步的用户从第一全局时间视图和第二全局时间视图的最小值确定总体全局时间,并且其中包含的定时器与总体全局 时间。
    • 155. 发明申请
    • Plate Heat Exchanger
    • 板式换热器
    • US20130277025A1
    • 2013-10-24
    • US13620769
    • 2012-09-15
    • Gerd AbkerAlfred ErnstBernd MüllerKlaus Mönig
    • Gerd AbkerAlfred ErnstBernd MüllerKlaus Mönig
    • F28F3/08
    • F28D9/0037F28F3/044F28F9/0268F28F13/08F28F2250/104
    • A plate heat exchanger has flow channels through which a first flow and a second flow pass in concurrent or countercurrent flow. The flow channels are formed for the first medium between individual plates (1) joined together to form in each case a pair (P) of plates, and for the second medium between pairs (P) of plates joined together to form a stack (S) of plates, wherein the individual plates (1) within an inlet region (E) have guide blades (2) which are formed by stamped embossments and protrude into the flow channel, wherein the guide blades (2) are formed in an arch-shaped manner with an inflow leg (21) aligned substantially parallel to the main flow direction and an outflow leg (22) aligned at an angle to the inflow leg (21).
    • 板式换热器具有流动通道,第一流和第二流通过该通道并流或逆流。 在第一介质上形成流动通道,该第一介质在连接在一起的各个板(1)之间形成一对(P)板,并且在连接在一起的板对(P)之间的第二介质形成堆叠(S ),其中在入口区域(E)内的单个板(1)具有通过冲压压花形成并突出到流动通道中的引导叶片(2),其中所述导向叶片(2)形成为拱形 - 具有基本上平行于主流动方向排列的流入支脚(21)和与流入支脚(21)成一角度排列的流出支柱(22)。
    • 156. 发明申请
    • Plate Heat Exchanger
    • 板式换热器
    • US20130277024A1
    • 2013-10-24
    • US13620790
    • 2012-09-15
    • Gerd AbkerAlfred ErnstBernd MüllerKlaus Mönig
    • Gerd AbkerAlfred ErnstBernd MüllerKlaus Mönig
    • F28D9/00
    • F28D9/0037F28F3/044F28F9/0268F28F2250/104
    • A plate heat exchanger has flow channels through which a first and a second flow passes in concurrent or countercurrent flow. The flow channels are formed for the first medium between individual plates (1) joined together to form in each case a pair (P) of plates, and for the second medium between pairs (P) of plates joined together to form a stack (S) of plates, wherein the individual plates (1) within an inlet region (E) have guide blades (2) which are formed by stamped embossments and protrude into the flow channel, wherein the guide blades (2) are formed in an arch-shaped manner with an inflow leg (21) aligned substantially parallel to the main flow direction and an outflow leg (22) aligned at an angle to the inflow leg (21).
    • 板式换热器具有流动通道,第一和第二流动通过该通道并流或逆流。 在第一介质上形成流动通道,该第一介质在连接在一起的各个板(1)之间形成一对(P)板,并且在连接在一起的板对(P)之间的第二介质形成堆叠(S ),其中在入口区域(E)内的单个板(1)具有通过冲压压花形成并突出到流动通道中的引导叶片(2),其中所述导向叶片(2)形成为拱形 - 具有基本上平行于主流动方向排列的流入支脚(21)和与流入支脚(21)成一角度排列的流出支柱(22)。