Pudney
Aran Pudney, Auckland NZ
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20130294633 | BATTERY DOOR - An earcup assembly | 11-07-2013 |
Christopher Pudney, Newbury GB
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20090067628 | TELECOMMUNICATIONS NETWORKS - Various advantageous arrangements for use with the proposed SAE/LTE or 4G mobile telecommunications system are disclosed. An arrangement for allowing a mobile terminal/UE ( | 03-12-2009 |
20090111458 | GATEWAY FOR A SYSTEM HAVING MULTIPLE RADIO ACCESS TECHNOLOGIES - A telecommunications system is disclosed, including a first radio access technology (legacy: GSM; UMTS/UTRAN) having a first radio access network (node B | 04-30-2009 |
20100227606 | Relays in telecommunications networks - In a telecommunications network including a mobile terminal in communication with a network base station, and at least one relay node that assists the base station with downlink data transmissions towards the mobile terminal, a method is provided of enabling coherent demodulation of a scheduled data block transmitted in the downlink by the base station and the at least one relay node. A reference signal is provided in the scheduled data block which is configured to change the mobile terminal from using cell specific reference signalling to using mobile terminal specific reference signalling to enable the mobile terminal to demodulate the scheduled data block transmitted in the downlink by the at least one relay node and the base station. Further, a method of performing synchronous retransmission of data includes transmitting pre-scheduling information for any required synchronous retransmission of a first data transmission by the relay node and the transmitting entity. | 09-09-2010 |
20110243322 | SECURITY IN TELECOMMUNICATIONS SYSTEMS - Security of communications between a mobile terminal | 10-06-2011 |
20120015650 | FALLBACK BETWEEN RADIO ACCESS TECHNOLOGIES - A method for assigning a location area to a mobile device for use in circuit switched fallback from a first radio access network to a second radio access network. Two counters are implemented at the eNode B—a first counter to count the numbers of times a mobile reports a given last-used location area code and a second counter for counting the numbers of certain unique combinations of location area code and further identifying data. Whenever the eNode B receives a signal incorporating a location area code, checking the respective first counter for that code and conditionally incrementing the first counter such that if the first counter is below a predefined threshold the first counter is incremented. If the first counter is equal to the threshold, obtaining further identifying data in addition to the location area code and incrementing the corresponding second counter. | 01-19-2012 |
20130029708 | TELECOMMUNICATION NETWORKS - A mobile telecommunications network includes a core and a radio access network having radio means for wireless communication with mobile terminals registered with the network, wherein the radio access network includes control means | 01-31-2013 |
20130084901 | MSISDN FOR MACHINE TYPE COMMUNICATION DEVICES - Short Messaging Service (SMS) messages are handled at a network entity of a Public Land Mobile Network (PLMN) or a device that communicates with a PLMN. An address for a Short Messaging Entity (SME) is provided in Mobile Subscriber ISDN format, comprising a Type of Number (ToN) data field, a Numbering Plan Identification (NPI) data field and a subscriber identifier field. The SME is identified as a Machine Type Communication (MTC) device based on at least one of the ToN and NPI data fields or based on a predetermined code in the subscriber identifier field. A network entity receiving the SME address can identify the SME as an MTC device and further send a message to another network entity, at least one component of the message being based on the identification. This may be applicable for human to machine communications. | 04-04-2013 |
Christopher Pudney, Newbury Berkshire GB
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20100285801 | TELECOMMUNICATIONS NETWORK - A method is disclosed for registering a mobile terminal with a cellular telecommunications network, the network having a plurality of location areas and a plurality of extended areas of coverage, each extended area being represented by a list of a subset of cells on one or more the location areas, and the mobile terminal using information about a given one of the location areas to connect to the network. The method comprises transmitting a signal including a temporary identifier, which is unique to the mobile terminal when combined with the location area identifier that identifies the cell in which the temporary identifier was allocated a temporary identifier; transmitting an indication of whether the mobile terminal supports location registration based on extended areas (“soft location registration”); and if soft location registration is supported, performing location registration based on the extended area between the mobile terminal and the network. The above method is compatible with existing deployments of 2G and 3 G networks in both packet switched (PS) and circuit switched (CS) domains. | 11-11-2010 |
Christopher Pudney, Berkshire GB
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20110176485 | CIRCUIT SWITCHED FALLBACK - A method for performing Circuit Switched Fallback of a radio access terminal in a multi-RAT network environment comprised of a packet switched network and one or more circuit switched networks, each of said networks including a plurality of cells and the radio access terminal camping on a serving cell in the packet switched cellular network, the method comprising; receiving a service indication for a circuit switched service; transmitting to the radio access terminal a message to release the radio connection in the packed switched network; wherein the message to release the radio connection from the packet switched network comprises: data identifying one or more carrier frequencies associated with one or more of the circuit switched cellular networks; and system information data of a plurality of cells associated with one or more of the circuit switched cellular networks to the radio access terminal; releasing the radio access terminal from the packet switched cellular network; and in the radio access terminal, using the one or more carrier frequencies and the system information data of a plurality of cells to access a cell of the one or more circuit switched networks. | 07-21-2011 |
Christopher Pudney, Penwood GB
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20120157071 | Local circuit switched fallback cancellation mechanism - A Method of cancelling a Circuit Switched Fallback (CSFB) procedure from a source network, particularly E-UTRAN, to a target network, particularly GERAN or UTRAN, for a user equipment is described, wherein a first message for initiating a CSFB procedure is sent from the user equipment to the source network and wherein the cancellation of the CSFB procedure is performed after the first message for initiating the CSFB procedure has been sent, characterised in that after the cancellation of the CSFB procedure has been initiated, the user equipment sends a second message to the source network comprising a new cause value said cause value characterising the cancellation of the CSFB procedure. | 06-21-2012 |
Christopher Pudney, London GB
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20160050561 | MACHINE-TO-MACHINE CELLULAR COMMUNICATION SECURITY - Communicating between a mobile terminal and a Gateway GPRS Support Node (GGSN) in a Home Public Land Mobile Network (HPLMN) of the mobile terminal. An authentication and key agreement push message is communicated from the GGSN to the mobile terminal. This communicating is via a control plane channel and/or the authentication and key agreement push message is generated at the GGSN. | 02-18-2016 |
20160050562 | MACHINE-TO-MACHINE CELLULAR COMMUNICATION SECURITY - Facilitating authentication on communication between a mobile terminal and a server is achieved. The communication is made through a Serving GPRS Support Node (SGSN) of a network in which the mobile terminal is operating. A Home Public Land Mobile Network (PLMN) of the mobile terminal generates a ciphering key for encryption of packet-switched data between the mobile terminal and the server. As part of a message from a network entity in the Home PLMN to the SGSN in which the SGSN expects to receive the ciphering key, alternative data is communicated in place of the ciphering key. Secure communication between the mobile terminal and the server is performed by applying encryption using a ciphering key generated by a network entity in a Home PLMN of the mobile terminal in messages between the mobile terminal and the server. | 02-18-2016 |
20160050568 | MACHINE-TO-MACHINE CELLULAR COMMUNICATION SECURITY - Communication between a mobile terminal operating in a cellular network and a server is provided. Communication between the mobile terminal and the server is routed through a Serving GPRS Support Node (SGSN) of the cellular network in which the mobile terminal is operating. Cryptographic integrity check information is communicated in data link layer messages between the mobile terminal and the SGSN. | 02-18-2016 |
Christopher David Pudney, London GB
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20140287717 | WLAN Authentication Restriction - Controlling authentication of a device within a cellular network is provided. The authentication allows the device to access a non-cellular network via an access point and is between the device and an authenticating entity within the cellular network. Information is obtained about a state associated with the device. Based on the obtained information, it is evaluated whether to allow the device to perform authentication with the authenticating entity. This may be done at the device. | 09-25-2014 |
Christopher David Pudney, Berkshire GB
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20110287765 | OPERATION OF MACHINE-TYPE COMMUNICATION DEVICES - The invention relates to operating a Machine-Type Communication (MTC) device for communication with a cellular radio network. A transmission is made from the MTC device to the cellular radio network to register the MTC device with the cellular radio network. The transmission includes a message from the MTC device to the cellular radio network, identifying the MTC device as an MTC device to the cellular radio network. Also, the MTC device has an associated HPLMN. An instruction is received at the MTC device from the network not to make a transmission from the MTC device for accessing the network. The instruction specifies a criteria for the MTC device's HPLMN or preferred list of networks. The MTC Device compares the criteria with the HPLMN associated with the MTC device and avoids making a transmission to access the network for a period of time based on the result comparing step. | 11-24-2011 |
Mark Pudney, Essex GB
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20110140887 | HARDWARE EQUIPMENT HIRE CABINET - Hardware equipment hire cabinet. An automated hardware equipment hire cabinet is provided in which the hiring of pieces of hardware equipment is monitored by the use of individual tags being read by tag readers such that their removal and replacement can be monitored and hire times and service intervals monitored. In at least one exemplary embodiment of a hardware equipment hire cabinet of the present disclosure, the cabinet comprises a hardware equipment storage area comprising a plurality of equipment bays, a hire tracking system comprising a first equipment sensor configured to detect removal of a piece of equipment from an equipment bay and to electronically store hire data concerning such removal, and a quarantine system comprising a dedicated quarantine area and a second equipment sensor configured to detect the presence of a quarantined piece of equipment in the quarantine area and to electronically store quarantine data. | 06-16-2011 |
Victoria Anne Pudney, Nottingham GB
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20100260806 | NUCLEIC ACIDS - The present invention provides a nucleic acid which comprises a non-specific promoter and at least one sequence that encodes a polypeptide that has at least one heterologous T cell epitope therein but does not have any regulatory T cell epitopes. The polypeptide may be one chain of a heterodimer, the heterologous T cell epitope causing disruption of the heterodimer chain such that it cannot bind with the other chain of the heterodimer. The nucleic acid can be used to raise a T cell response against the at least one heterologous T cell epitope. | 10-14-2010 |