Wherein said executable code means (509), when executed by said processor (506), enables a user of said mobile device (104) to set an authorization password via said input component (116) for said connections to said smart card reader (102) and securely transmits said authorization password to said smart card reader (102) via said communication interface (504).ġ3. The mobile device (104) of any one of claims 9 to 11, further comprising: The mobile device of claim 10, wherein said executable code means (509), when executed by said processor (506), enables said user to cancel one or more of said connections.ġ2. Wherein said executable code means (509), when executed by said processor (506), queries said smart card reader (102) about said connections and notifies a user of said mobile device (104) via said display (114) of changes to said connections.ġ1. The mobile device (104) of claim 9, further comprising: The system of claim 5, wherein said mobile device (104) is arranged to enable a user of said mobile device (104) to set an authorization password and is arranged to securely transmit said authorization password wirelessly to said smart card reader (102), and wherein said smart card reader (102) is arranged to require said authorization password from one of said other devices (112) in order to successfully establish a connection between said one of said other devices (112) and said smart card reader (102).Ī communication interface (504) compatible with a wireless communication standard through which said mobile device (104) is able to be connected wirelessly to a wireless-enabled smart card reader (102) in order to access a smart card (108) Ī memory (508) to store executable code means (509) which, when executed by said processor (506), is arranged to control connections of said smart card reader (102) to other devices (112).ġ0. The system of claim 6, wherein said mobile device (104) is arranged to enable said user to cancel one or more of said connections.Ĩ. The system of claim 5, wherein said mobile device (104) has a display (114), and said mobile device (104) is arranged to query said smart card reader (102) about said connections and to notify a user of said mobile device (104) via said display (114) of changes to said connections.ħ. Requiring said smart card reader (102) to receive said authorization password from one of said other devices (112) in order to successfully establish a connection between said one of said other devices (112) and said smart card reader (102).Ī wireless-enabled smart card reader (102) able to be coupled to a smart card (108) and able to be connected concurrently to at least two devices andĪ mobile device (104) able to be connected wirelessly to said smart card reader (102) in order to access said smart card (108) and able to control connections of said smart card reader (102) to other devices (112).Ħ. Securely transmitting said authorization password wirelessly from said mobile device (104) to said smart card reader (102) and The method of any one of claims 1 to 3, wherein controlling said connections comprises:Įnabling a user of said mobile device (104) to set an authorization password
The method of claim 2, further comprising:Įnabling said user to cancel one or more of said connections.Ĥ. Notifying a user of said mobile device (104) of changes to said connections.ģ. Querying said smart card reader (102) about said connections and The method of claim 1, wherein controlling said connections comprises:
Controlling, using a mobile device (104) that is connected wirelessly to a wireless-enabled smart card reader (102) in order to access a smart card (108), connections of said smart card reader (102) with other devices (112).Ģ.
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