Sercomm Corporation

Adonit Co., Ltd.

Ben Lin

Zachary Joseph Zeliff

Yueh Hua Li

Wen Hai Wu

Tk Kao

Chaoyang Sun

Simon Ho

Wilson Chen

Justin Tseng

Dyson Lin

A handover parameter setting method, which comprises: (a) a BS measuring a neighboring BS signal intensity by the BS itself; (b) the BS calculating a specific region signal intensity according to the neighboring BS signal intensity, wherein the specific region signal intensity is an expected signal intensity of the BS or the neighboring BS in a specific region; and (c) the BS setting a handover parameter according to the specific region signal intensity. By this way, the BS can measure the signal intensities of the neighboring BSes by itself, and controls the UE to handover at an appropriate neighboring BS signal intensity.

Handover parameter setting method

An integrated communication system and a service provisioning method thereof are provided. The integrated communication system includes a core network entity, a service provisioning system and an intermediary apparatus. The core network entity is resided in the mobile network. The service provisioning system is conformed to a wired network other than the mobile network. The intermediary apparatus is connected between the core network entity and the service provisioning system. The intermediary apparatus receives a configuration data with a first format conformed to the wired network from the service provisioning system, and transforms the configuration data into a configuration command with a second format conformed to the mobile network. The core network entity operates according to the configuration command. Accordingly, an operator of the wired network can manage network entities and network devices in the mobile network without knowledge of operation support system (OSS) platform of the mobile network.

Integrated communication system and service provisioning method thereof

Embodiments of a battery charger and methods for operating same are disclosed. The charger has a plurality of charging pins, and a device to be charged may be plugged into the charger in multiple orientations. The charger detects the device's orientation and sets the states of its charging pins appropriately to charge the device. Optionally, the charger may have additional pins, likewise settable according to a device's orientation, for supplying power and/or communications to the device during charging.

Battery charger device and method

A method and a system for a plurality of computers to connect to the Internet by a single active phone line is provided. A server is auto-selected to provide Internet access to said plurality of computers through said single active phone, and when the server is not valid, another server will be selected from said plurality of computers to continuously provide the Internet accesses.

Simultaneous multi-user/single connection internet access method and system

Growing community of inventors

Taipei, Taiwan

Ben Lin