Telefonaktiebolaget Lm Ericsson (publ)

Wuhan Tianma Micro-electronics Co., Ltd

Wuhan Tianma Microelectronics Co., Ltd. Shanghai Branch

Shanghai Nuclear Engineering Research & Design Institute Co., Ltd.

Di Liu

Xiao Li

Qi Xia

Lei Guo

Min Zhu

Lasse Olsson

Feng Guo

Wei Gu

Lirong Sun

Jingzhe Zhang

Nan Zhang

Feng Lu

Yong Yang

Peter Hedman

Hans Bertil Rönneke

Lars-Bertil Olsson

Zhiwei Qu

Daniel Nilsson

Yingjiao He

Bo Yang

Ruth Pallares Del Egido

Haitao Wang

Mei Dong

Mingyan Huang

Ping Sha

Kemei Cao

Zhan Liu

Huiping Ding

Zhao Yu

Zhanfei Qi

Mikael Östborn

Taowen Zhang

Hongtao Zhu

Qiwen Zu

Provided is a reactor secondary side passive residual heat removal system, comprising: a containment vessel; a steam generator provided with a steam outlet and a water supply inlet; a water tank, the water tank being internally provided with a heat exchanger, the heat exchanger having a heat exchanger inlet and a heat exchanger outlet; and a steam driven pump provided with a steam port, a water inlet and a water outlet, wherein the steam generator, the water tank and the steam driven pump are arranged in the containment vessel, the heat exchanger inlet is in communication with the steam outlet of the steam generator by means of a first pipeline, the heat exchanger outlet is in communication with the water inlet of the steam driven pump by means of a second pipeline, the water outlet of the steam driven pump is in communication with the water supply inlet of the steam generator by means of a third pipeline, and the steam port of the steam driven pump is in communication with the first pipeline by means of a fourth pipeline. The present invention does not rely on an external driving force, thereby greatly reducing the failure probability of the system and improving the safety of the system.

Reactor secondary side passive residual heat removal system

A flexible circuit board and a display panel are provided. The flexible circuit board includes a circuit board substrate layer, devices, a fluorinated-liquid solidification layer, and an insulating film. The devices are disposed on the circuit board substrate layer. Surfaces of the devices away from the circuit board substrate layer are covered with fluorinated liquid. The insulating film includes an insulating film substrate layer and a fluorine-containing adhesive layer. The fluorine-containing adhesive layer includes a resin adhesive and a fluorine-containing substance, and is in contact with the fluorinated liquid.

Flexible circuit board, display panel, and insulating film

A smart 3GDT schema has been disclosed, in detail, a method for controlling the communication of a network system has been disclosed. The network system comprises a UE, a NodeB, a RNC, a SGSN, and a GW. The UE is arranged to be in communication with the RNC via the NodeB, and the RNC is arranged to be in communication with the SGSN which in turn being arranged to be in communication with the GW for non-3GDT communication of the network system, or the RNC is arranged to be in communication with the GW for 3GDT communication of the network system. In this method, statistics of payload transferred between the UE and the GW has been monitored, and if the statistics of payload within a predetermined time period exceeds a first threshold, and the UE is in the non-3GDT communication, then switching the non-3GDT communication to the 3GDT communication. The present application has also disclosed the SGSN, GW, and the network system adaptive to perform the method.

Smart 3GDT

Methods and elements are disclosed for controlling services in a specific location in a wireless communication network, by configuring a policy comprising service control information and location based information corresponding to the specific location for controlling services for user equipments, UEs in the location from a second core network element.

Telecommunications system and method

This disclosure provides an emergency handling method, comprising: receiving, by an emergency support function (ESF) entity, an emergency indicator indicating an emergency event from a network application server; handling the emergency indictor to derive related parameters including impacted network elements in a network; and triggering the impacted network elements to switch into a network emergency mode by sending an emergency command based on the related parameters. An emergency handling apparatus in a network is also provided. This improves efficiency of emergency handling in a network.

Method and device for emergency handling in communication network

Disclosed herein is a first network node and a method in the first network node and a charging node and a method in the charging node for handling dropped data packets in a communications network, comprising: obtaining information indicating dropped data packets for a wireless device served by the first network node; detecting based on the obtained information that an amount associated with the dropped data packets reaches a first threshold or that a timer associated with the dropped data packets reaches a second threshold; and transmitting a message to a policy node, which message comprises at least one of information indicating the amount associated with the dropped data packets or information indicating that the amount has reached the first threshold or indicating that the timer has reached the second threshold.

Method and device for handling dropped data packets

The disclosure relates to methods and nodes for reducing the signaling load in a communications network. One claim of the disclosure relates to a method in a first network node for handling of service requests. The method comprises the steps of: generating a service request message, transmitting the service request message to a second network node, establishing a radio access bearer, RAB, to the second network node, and transmitting uplink data via said RAB to the second network node.

Methods and nodes for improved network signaling

The present invention relates to a method for improving IP fragmentation and transmission of user payload between a User Equipment, UE (), and a Peer Node, PN (). The payload is transmitted through a transmission path enabled by at least a first () and a second () established tunnel, said tunnels connecting a first (), () and a second () node in a Packet Core Network, PCN. The method comprises the steps of: The first node () fragments () at least one received payload packet () into fragments () on the basis of a minimum Maximum Transmission Unit, MTU, for an upper IP layer of the transmission path. The first node () encapsulates () said fragments at the entry of the first tunnel (). What particularly characterizes the method is that it further comprises a step where the first node () determines () the MTU for the upper IP layer of the transmission path on the basis of an MTU of a lower IP layer of the transmission path and on the basis of the size of at least one additional tunnel header for the encapsulated fragments ().

IP fragmentation in GTP tunnel

A method is provided for automatically exchanging network service provider information between two sets of network service providers. The method comprises configuring at least one address of a proxy function of a second set of network service providers for a proxy function of a first set of network service providers; sending network service provider information of the first set of network service providers to the proxy function of the second set of network service providers with the at least one address of the proxy function of the second set of network service providers; and receiving network service provider information of the second set of network service providers from the proxy function of the second set of network service providers. The network service provider information includes information for addressing the network service provider and ID of service provided by the network service provider.

Method and node for automatically exchanging network service provider information

A method for transferring a data packet associated with a service from a packet data network to a mobile communication network, be characterized by comprising steps of: forming a message by adding either a service identifier (SI) for identifying the service or an indicator for indicating that the data packet is associated with the SI to the data packet, the SI corresponding to a session identifier for the data packet; and sending the message from the packet data network to the mobile communication network.

Implementation of packet data service in a mobile communication network

For improved IP fragmentation and transmission, user payload is transmitted through a transmission path enabled by at least a first established tunnel () and a second () established tunnel. The tunnels connect a first node () and a second () node in a Packet Core Network (PCN). A method comprises the first node fragmenting () at least one received payload packet () into fragments () on the basis of a minimum Maximum Transmission Unit (MTU) for an upper IP layer of the transmission path; encapsulating () the fragments at the entry of the first tunnel, and, determining () the MTU for the upper IP layer of the transmission path on the basis of an MTU of a lower IP layer of the transmission path and on the basis of the size of at least one additional tunnel header for the encapsulated fragments ().

Growing community of inventors

Shanghai, China

Di Liu