VERFAHREN UND ANORDNUNG ZUR HERSTELLUNG VON FASEROPTISCHEN BAUGRUPPEN

一种生产光纤组件的方法和设备

... 一种方法和设备，其中该组件或组装部件如纤维段、光学和光电元件在加工模块(46)之间进行传输。该包括纤维段(23、24)的组装部件(22)被放置在一个托盘装置(14)上，该托盘装置在不同的加工模块之间的轨道上进行传输。光纤段的自由端(25、26)用一个机械手装置(40)提起来并被放到一个加工模块处进行加工处理。最后，持有纤维端的机械手装置和托盘装置被传输到普通顺序的另一个加工模块。 ...

PROCEDURE AND ARRANGEMENT FOR THE PRODUCTION OF FIBER-OPTIC BUILDING GROUPS

Coupling device at a tractor

KUPPLUNGSVORRICHTUNG AN EINEM SCHLEPPER

Supporting structure and structural module included therein

Medium Access Control Discard Notification

A method is provided for a base station set (NODE B) adapted for RLC and MAC-hs signaling in acknowledged mode (AM), the base station set at least forwarding protocol data units (MAC-d PDU) from a Radio Network controller (RNC) to a user entity (UE), the method comprising the steps of monitoring (1) the MAC layer of the transmission entity of the base station set (1), if a MAC discard has occurred in the MAC layer (3), that is, protocol data units (PDU's) have been deleted in the input buffer of the base station set (NODE B), transmitting (7) a discard notification message from the MAC transmission entity in the base station set to the RLC layer of the radio network controller (RNC), indicative of the discarding of protocol data units. There is moreover provided a method for a radio network controller (RNC) adapted for RLC and MAC-hs signaling in acknowledged mode (AM) and a method for a user entity (UE) adapted for RLC and MAC-hs signaling.

VERFAHREN UND ANORDNUNG ZUR HERSTELLUNG VON FASEROPTISCHEN BAUGRUPPEN

KUPPLUNGSVORRICHTUNG AN EINEM SCHLEPPER

Method and an arrangement for manufacturing optical fiber assemblies

A method and an arrangement in which the assemblies or assembly parts like fiber lengths, opto- and optoelectronic components are transferred between processing modules (46). The assembly parts (22) including a fiber length (23, 24) are arranged on a pallet means (14), which is transferred on a track (16) between the different processing modules. A free end (25, 26) of the optical fiber length is picked up by a robot device (40) and is processed at one of the processing modules. Finally, the robot device holding the fiber end and the pallet means are transferred to another processing module in a common sequence.

Controlling a Transmission Control Protocol Congestion Window Size

A method and apparatus for controlling a TCP congestion window size for data sent from a TCP sending node in a communications network towards a TCP receiving node via a Radio Access Network. The TCP sending node determines a minimum required bit rate for a data stream sent towards the TCP receiving node. It then determines that a sending bit rate of the data stream must be reduced using a TCP congestion avoidance mechanism. When the congestion avoidance mechanism is applied, the congestion window size is adjusted such that the sending bit rate is no lower than the minimum required bit rate. 119-. (canceled)20. A method of controlling a Transmission Control Protocol (TCP) congestion window size for data sent from a TCP sending node in a communications network towards a TCP receiving node via a Radio Access Network , the method comprising the TCP sending node:determining a minimum required bit rate for a data stream sent towards the TCP receiving node;determining that a sending bit rate of the data stream must be reduced using a TCP congestion avoidance mechanism; andapplying the congestion avoidance mechanism to adjust the congestion window size such that the sending bit rate is no lower than the minimum required bit rate.21. The method of claim 20 , further comprising the TCP sending node determining the minimum required bit rate based on the type of data.22. The method of claim 21 , further comprising the TCP sending node determining the type of data by performing a packet inspection on a data packet.23. The method of claim 22 , wherein the packet inspection is selected from any of header classification claim 22 , shallow inspection claim 22 , deep packet inspection claim 22 , and heuristic analysis.24. The method of claim 20 , further comprising the TCP sending node receiving a message from a network analysis node claim 20 , the message including the minimum required bit rate.25. The method of claim 20 , further comprising sending a further message towards a node ...

Controlling a transmission control protocol window size

A method and apparatus for controlling a Transmission Control Protocol (TCP) window size for data sent from a TCP sending node via a mobile network. The TCP sending node receives a TCP request message from a remote node requesting a TCP data stream. The TCP request message includes a parameter relating to conditions in the mobile network and/or the presence of a TCP proxy node. The TCP sending node uses the parameter to determine an initial permissible window size for a TCP slow start mechanism. It can then send a TCP data stream towards a TCP receiving node using the slow start mechanism starting with the initial permissible window size. This allows the slow start phase to start with a higher initial window size.

Controlling a transmission control protocol congestion window size

To control a TCP congestion window size for data sent from a TCP sending node in a communications network towards a TCP receiving node via a Radio Access Network, the TCP sending node determines a minimum required bit rate for a data stream sent towards the TCP receiving node. It then determines that a sending bit rate of the data stream must be reduced using a TCP congestion avoidance mechanism. When the congestion avoidance mechanism is applied, the congestion window size is adjusted such that the sending bit rate is no lower than the minimum required bit rate.

Controlling a transmission control protocol congestion window size

A method and apparatus for controlling a TCP congestion window size for data sent from a TCP sending node in a communications network towards a TCP receiving node via a Radio Access Network. The TCP sending node determines a minimum required bit rate for a data stream sent towards the TCP receiving node. It then determines that a sending bit rate of the data stream must be reduced using a TCP congestion avoidance mechanism. When the congestion avoidance mechanism is applied, the congestion window size is adjusted such that the sending bit rate is no lower than the minimum required bit rate.

A method and an arrangement for manufacturing optical fiber assemblies

A method and an arrangement in which the assemblies or assembly parts like fiber lengths, opto- and optoelectronic components are transferred between processing modules (46). The assembly parts (22) including a fiber length (23, 24) are arranged on a pallet means (14), which is transferred on a track (16) between the different processing modules. A free end (25, 26) of the optical fiber length is picked up by a robot device (40) and is processed at one of the processing modules. Finally, the robot device holding the fiber end and the pallet means are transferred to another processing module in a common sequence.

Tractor coupling device

Verfahren und anordnung zur herstellung von faseroptischen baugruppen

Medium access control discard notification

A method is provided for a base station set (NODE B) adapted for RLC and MAC-hs signaling in acknowledged mode (AM), the base station set at least forwarding protocol data units (MAC-d PDU) from a Radio Network controller (RNC) to a user entity (UE), the method comprising the steps of monitoring (1 ) the MAC layer of the transmission entity of the base station set (1 ), if a MAC discard has occurred in the MAC layer (3), that is, protocol data units (PDU's) have been deleted in the input buffer of the base station set (NODE B), transmitting (7) a discard notification message from the MAC transmission entity in the base station set to the RLC layer of the radio network controller (RNC), indicative of the discarding of protocol data units. There is moreover provided a method for a radio network controller (RNC) adapted for RLC and MAC-hs signaling in acknowledged mode (AM) and a method for a user entity (UE) adapted for RLC and MAC-hs signaling.

Kopplingsanordning foer uppbundna djur, saerskilt mjoelkkor