Abstract:
The friction clutch has on the one hand a clutch engagement device comprising a diaphragm (3) and on the other hand a linkage (80), an actuator (50, 60, 70, 90, 91) for controlling the said linkage, and an adjustment device (10), for compensating for the wear on the friction linings (7) the actuator has an electric motor (50), a mechanical transmission (60) with an input element (51) and an elastic assistance device (70) bearing on a fixed part (91, 66) and on a movable part (61) forming a nut for cooperating with the output shaft (51) of the electric motor, the movable part (61) forms the output element of the mechanical transmission (60) while being able to act on the linkage (80) while the device for taking up wear (10) is mounted inside the declutching device.
Abstract:
Methods are provided for communication in a broadcast group and for collecting real time data in a broadcast group. The broadcast group includes a set of sources that send real time data, the set being made up of at least two sources and a server. A data-sending source of the group sends first time information relating to a first exchange of control data of the first source with the server by broadcasting to the members of the group. The first exchange is the one and only exchange of control data of the first source with the members of the broadcast group. The data-sending source receives second time information sent by the server and relating to the first exchange of control data between the first source and the server and to a second exchange of control data between the second source and the server. The source also receives second time data from other sources of the group and determines a transmission time between itself and another source of the group from the first and second received time information.
Abstract:
The invention relates to a system for protecting a communications network comprising a transport network (3) and end-channel equipment (1) such as routers each connected to said transport network (3) by connecting sections wherein said protective system is provided with first and second protective systems. Said invention is characterised in that for each communications channel between two pieces of said end-channel equipment (1), the first protective system is activated when a failure is detected in said transport network (3) which emits a direct channel alarm message (AU-AIS) to equipment on the downstream end thereof, said second protective system is activated, after detection by end equipment of said channel (1) of a failure in the connection section connecting it to said transport network or when equipment (1) of the downstream end of said channel receives the direct or indirect alarm message (AU-AIS, AU-RDI) emitted by the transport network and the second protective system is activated, after reception of the direct alarm message (AU-AIS), with a delay longer than after detection of the failure on a second connection section between said transport network (3) and end-channel equipment (1). A protection method carried out by said protective system is also disclosed.
Abstract:
Methods are provided for communication in a broadcast group and for collecting real time data in a broadcast group. The broadcast group includes a set of sources that send real time data, the set being made up of at least two sources and a server. A data-sending source of the group sends first time information relating to a first exchange of control data of the first source with the server by broadcasting to the members of the group. The first exchange is the one and only exchange of control data of the first source with the members of the broadcast group. The data-sending source receives second time information sent by the server and relating to the first exchange of control data between the first source and the server and to a second exchange of control data between the second source and the server. The source also receives second time data from other sources of the group and determines a transmission time between itself and another source of the group from the first and second received time information.