| Class / Patent application number | Description | Number of patent applications / Date published |
|---|
| 370327000 | In a trunking system | 7 |
| 20110199960 | WIRELESS COMMUNICATION SYSTEM, RELAY SYSTEM, REPEATER DEVICES AND SYNCHRONIZATION METHOD - A wireless communication system comprises a relay system including a plurality of relay devices and a plurality of wireless terminal devices. Each relay device transmits control information to the wireless terminal device which is registered in the own relay device, and each wireless terminal device selects, based on the control information received from the relay device which registers the own wireless terminal device, a channel which is currently able to relay a communication among channels respectively allocated to the relay devices to establish a communication between the wireless terminal devices. Each relay device acquires information configuring the control information via a communication line and causes a downlink signal wirelessly transmitted by the own relay device to synchronize with a communication signal, and each wireless terminal device maintains, when shifting a channel for communication to another channel, a synchronized state established in a channel prior to shifting. | 08-18-2011 |
| 20130121238 | RELAY COMMUNICATION APPARATUS AND MULTISTAGE RELAY COMMUNICATION SYSTEM - A multistage relay communication system | 05-16-2013 |
| 20140112242 | MOBILE REPEATER SYSTEM BASED AD HOC TRUNKED SITES - A first Mobile Repeater System (MRS), configured to serve as an access point associated with a Basic Service Set (BSS), broadcasts a Basic Service Set Identifier (BSSID). Other Mobile Repeater Systems (MRSs) join the BSS to create a local ad hoc trunked site in which each of the MRSs are communicatively coupled via at least one WLAN communication link. These MRSs include the first MRS and a second MRS. The first MRS can be configured to provide a control channel for communication with a first subscriber unit, and the second MRSs can be configured to provide a first trunked traffic channel for communication with the first subscriber unit. | 04-24-2014 |
| 20150109993 | WIRELESS COMMUNICATION SYSTEM, WIRELESS COMMUNICATION METHOD, BASE STATION, RELAY DEVICE, AND MOBILE STATION - A wireless communication system includes a mobile station, a base station, and a relay device. The base station is configured to execute first link aggregation (LA) communication. The base station transmits a state notification representing whether or not a state is an LA connection state in which the base station is connected with a mobile station so that the first LA communication is executable to the relay device, and the base station is controlled such that the first LA communication is executed based on the state of the base station. The relay device is configured to execute second LA communication. The relay device is controlled such that the second LA communication is executed based on the state notification. | 04-23-2015 |
| 20150139073 | GEO-LOCATION BASED DYNAMIC UPLINK TRAFFIC CHANNEL ALLOCATION - Spectral efficiency is improved by assigning uplink channels according to expected receive signal levels at a serving base station. A first subscriber device detects a new call request indication, and then determines, as a function of its transmit power level and current location relative to the serving base station, an expected receive signal strength indication (RSSI) at its serving base station. Depending on whether it is determined that the expected RSSI is greater than or less than a RSSI threshold: one of (i) transmitting a call request to the serving base station requesting an assignment to a respective designated high-power or low-power channel for the new call and (ii) transmitting the new call on a respective pre-allocated high-power or low-power channel. | 05-21-2015 |
| 20150312944 | Method for Implementing Trunking Service, Evolved Node B and Terminal - A method for implementing a trunking service, an evolved node B and a terminal are applied to a long term evolution system, and the method comprises: an evolved node B receiving a call request message sent by a calling terminal in a trunking common control channel (TCCCH) in an uplink direction, wherein, the TCCCH is used for bearing an uplink message of a trunking terminal. The above-mentioned technical solution implements a trunking function in a manner of newly adding a trunking service dedicated logic channel in an uplink/downlink direction and on the basis of an LTE system standard protocol, and supports concurrence of an LTE service and a trunking service in a same system. The demands of the trunking communications may be implemented on the basis of the LTE system, and the coexistence of the trunking service and the LTE service in a same system is implemented. | 10-29-2015 |
| 20160073390 | METHOD AND APPARATUS FOR MANAGING TRUNKING OPERATONS IN AN AD-HOC NETWORK - A control unit is selected from a plurality of narrowband mobile stations also forming an ad-hoc network. The control unit is configured to control and manage a narrowband trunking operation via the ad-hoc network. The control unit receives a call request over a narrowband control channel from a first mobile station, assigns a pair of narrowband traffic channels for a call associated with the call request, chooses two mobile stations from the plurality of mobile stations to act as a narrowband repeater for the call, the pair including a respective receiver mobile station and a respective transmitter mobile station, informs the repeater mobile stations of the assignment and of the assigned traffic channels for the call, and grants the call request over the narrowband control channel. The grant includes an indication of the assigned traffic channels on which the repeater mobile stations can be located for the call. | 03-10-2016 |
