Electrical vehicle battery charger mounted on lamp post

1. An electric distribution appliance ( 100 ) for distributing electric power to a mobile device, said electric distribution appliance ( 100 ) being adapted for being fitted to an existing lamp post ( 135 ), comprising:

a central part ( 102 ) and one or more additional parts ( 104 , 106 , 212 , 214 ) which additional parts are mounted in such a way that they can be removed from said central part ( 102 ) while the central part ( 102 ) is mounted to a lamp post ( 135 ), and that only said central part ( 102 ) is adapted for being fitted to an existing lamp post ( 135 ), said electric distribution appliance having an interface section ( 110 , 122 ); and said central part ( 102 ) having

a switching means ( 114 , 500 );

a cable connection ( 120 ); and

a controller ( 112 ),

said switching means ( 114 , 500 ) being connected to said connection ( 120 ) and being adapted for being connected to an incoming cable ( 116 ) in connection with a power supply network and being adapted for being connected to an outgoing cable ( 118 );

said cable connection ( 120 ) being adapted for being connected to contact module ( 130 ), which in turn is adapted for distributing power to said mobile device;

said interface section ( 110 , 122 ) being adapted for receiving commands from a user regarding initiation and/or termination of distribution of power into said cable connection ( 120 ), and being set up to forward data corresponding to said commands to said controller ( 112 );

said controller ( 112 ) being set up to receive data from said interface section ( 110 , 122 );

wherein:

said switching means ( 114 ) is set up to control distribution of power from said incoming cable ( 116 ) into each of said outgoing cable ( 118 ) and said cable connection ( 120 ) based on control signals from said controller ( 112 ), and that said controller ( 112 ) is set up to control distribution of power from said incoming cable ( 116 ) into each of said outgoing cable ( 118 ) and said cable connection ( 120 ) based on external control signals, said external control signals being determined based on prestored data and incoming data from one or more of: said interface section ( 110 , 122 ), an external server and said mobile device,

said electric distribution appliance is configured to be operated in a first, second and third mode, wherein

i) the appliance ( 100 ) in said first mode does not have any outer actuating means, the contact module ( 130 ) is hidden, the lid ( 128 ) is closed and no electrical power is distributed to the cable connection ( 120 ) and the contact module;

ii) the appliance ( 100 ) in said second mode does not have any outer actuating means, the lid ( 128 ) is open, the contact module is available from outside, and electrical power is distributed to the cable connection ( 120 ) and the contact module ( 130 );

iii) the appliance ( 100 ) in said third mode does not distribute electrical power from the switching means, and actuating means ( 610 ) for carrying out service and/or maintenance work is exposed from behind a sliding outer coverage ( 606 ) comprising an aperture ( 608 ) and controlled by a means ( 604 ) for controlling the position of said siding outer coverage ( 606 ), in such a way that the sliding outer coverage ( 606 ) is locked in a position covering said actuating means ( 610 ) in said first and second modes and that the sliding outer coverage ( 606 ) can be slided in a position such that said actuating means ( 610 ) is accessible through said aperture ( 608 ); and

said operation mode is changed by presenting an Radio Frequency Identification (RFID) tag and/or a Bluetooth communication means to the interface section ( 110 , 122 ), calling or sending a Short Message Service (SMS) message from a specific mobile phone to a specific number or a combination of these actions.

2. An electric distribution appliance ( 100 ) according to claim 1 , wherein the switching means ( 114 , 500 ) comprises at least one power sensor ( 512 , 514 , 516 ), said means being set up to forward power data to said controller ( 112 ).

3. An electric distribution appliance ( 100 ) according to claim 1 , wherein said central part ( 102 ) further comprises a payment section ( 108 ) said payment section ( 108 ) comprising means for obtaining payment from a customer, said payment section being set up to send data relating to payment to said controller ( 112 ).

4. An electric distribution appliance ( 100 ) according to claim 1 , wherein the appliance also comprises a lower additional part ( 104 ), said lower part ( 104 ) comprising a contact module ( 130 ) adapted for distributing power to a mobile device, said contact module ( 130 ) being connected to cable connection ( 120 ).

5. An electric distribution appliance ( 100 ) according to claim 4 , wherein the lower part ( 104 ) comprises a closable lid ( 128 ) covering the contact module ( 130 ), and where the lid ( 128 ) is automatically opened before distribution of power through the contact module ( 130 ) is initiated and where the lid ( 128 ) is closed when distribution of power has been terminated.

6. An electric distribution appliance ( 100 ) according to claim 4 , wherein the power is distributed to a connection ( 131 ) in said contact module ( 131 ) and further through cable ( 133 ) to a plug/socket ( 132 ) adapted for being connected to mobile device, and wherein there is a connection enabling data transfer between the mobile device and the controller ( 112 ).

7. An electric distribution appliance ( 100 ) according to claim 6 , wherein the plug/socket ( 132 ) is equipped with an anchoring device ( 134 ) adapted for anchoring the plug/socket ( 132 ) in corresponding receiving plug/socket of a mobile device, said anchoring device ( 134 ) being controlled by the controller ( 112 ) in such a way that the plug/socket ( 132 ) is anchored when power is distributed to the plug/socket ( 132 ).

8. An electric distribution appliance ( 100 ) according to claim 1 , wherein the appliance comprises an upper part ( 106 ) having a communication unit ( 124 ) adapted for wireless transmission of data including instructions between the controller ( 112 ) and a cloud server, optionally via a master appliance ( 318 , 400 ), said instructions relating to distribution of power from said incoming cable ( 116 ) between said outgoing cable ( 118 )and said cable connection ( 120 ).

9. An electric distribution appliance ( 100 ) according to claim 8 , wherein the communication unit ( 124 ) is adapted for wireless transmission of data including instructions between the controller ( 112 ) and an Light Emitting Diode (LED) arrangement, said data relating to power consumption and status of said LED arrangement.

10. An electric distribution appliance ( 100 ) according to claim 8 , wherein the controller ( 112 ) is adapted for receiving instructions from the communication unit ( 124 ) and to control said switching means ( 114 ) based upon said instruction in such a way that the power from said incoming cable ( 116 ) is distributed between said outgoing cable ( 118 ) and said cable connection ( 120 ).

11. An electric distribution appliance ( 100 ) according to claim 8 , wherein the communication unit ( 124 ) further comprises a small femtocell base station for providing mobile phone services and/or a Wi-Fi hot spot in an area within 10 m from the electric distribution appliance ( 100 ).

12. An electric distribution appliance ( 100 ) according to claim 11 , wherein the communication unit ( 124 ) is set up to transfer all incoming and outgoing data from mobile phone services and Wi-Fi via the master appliance ( 318 , 400 ).

13. An electric distribution appliance ( 100 ) according to claim 8 , wherein the communication unit ( 124 ) is connected to a separate antenna ( 127 a , 127 b ) which is arranged adjacent to said communication means ( 124 ) and/or adapted for being mounted within or on a lamp post ( 135 ).

14. An electric distribution appliance ( 100 ) according to claim 8 , wherein the upper part ( 106 ) comprises an interface section ( 110 , 122 ) having identification means, including one or more of: a Radio Frequency Identification (RFID) reading means and a Bluetooth communication means.

15. An electric distribution appliance ( 100 ) according to claim 8 , wherein the upper part ( 106 ) comprising means ( 126 ) for displaying visual signals.

16. An electric distribution appliance ( 100 ) according to claim 15 , wherein the means ( 126 ) for displaying visual signals is set up to display a text message and/or a light indication.