RETROFIT DATA COMMUNICATION AT FILLING STATIONS
A retrofit filling station communication system including a fuel dispensing island locatable communications adaptor assembly and a remote communications adaptor and legacy controller assembly including at least POS functionality, arranged to be coupled to existing underground wiring and to facilitate legacy and non-legacy communication at least associated with the POS functionality over the existing underground wiring with the fuel dispensing island locatable communications adaptor assembly and to facilitate legacy communication with pump control electronics via a legacy communications protocol employed by the pump control electronics prior to retrofit.
1 . A retrofit filling station communication system comprising:
a fuel dispensing island locatable communications adaptor assembly; and
a remote communications adaptor and legacy controller assembly including at least POS functionality, arranged to be coupled to existing underground wiring and to facilitate legacy and non-legacy communication at least associated with said POS functionality over said existing underground wiring with said fuel dispensing island locatable communications adaptor assembly and to facilitate legacy communication with pump control electronics via a legacy communications protocol employed by said pump control electronics prior to retrofit.
2 . A retrofit filling station communication system according to claim 1 and wherein said legacy communication with at least said pump control electronics via a legacy communications protocol employed by said pump control electronics prior to retrofit is directed via said fuel dispensing island locatable communications adaptor assembly.
3 . A retrofit filling station communication system according to claim 1 and wherein said legacy communication with at least said pump control electronics via a legacy communications protocol employed by said pump control electronics prior to retrofit is not directed via said fuel dispensing island locatable communications adaptor assembly.
4 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly also facilitates legacy communication with at least a payment device associated with said fuel dispenser on said fuel dispensing island via a legacy communications protocol employed by said payment device prior to retrofit.
5 . A retrofit filling station communication system according to claim 1 and wherein said remote communications adaptor and legacy controller assembly also includes in-store server functionality.
6 . A retrofit filling station communication system according to claim 4 and wherein said remote communications adaptor and legacy controller assembly also includes in-store server functionality.
7 . A retrofit filling station communication system according to claim 1 and wherein said remote communications adaptor and legacy controller assembly also includes remote corporate server functionality.
8 . A retrofit filling station communication system according to claim 4 and wherein said remote communications adaptor and legacy controller assembly also includes remote corporate server functionality.
9 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly are arranged for legacy communication in a first frequency domain and at least some non-legacy communication in a second frequency domain, different from said first frequency domain.
10 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly are arranged to communicate at least some payment data in a first frequency domain and at least some pump control data in a second frequency domain, different from said first frequency domain.
11 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly are arranged to communicate at least some payment data and at least some pump control data over an Ethernet link.
12 . A retrofit filling station communication system according to claim 11 and wherein said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly also are arranged to communicate over a link other than an Ethernet link.
13 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly each include a HOMEPLUG® adapter, which communicates over data lines, as opposed to power lines, of said existing underground wiring.
14 . A retrofit filling station communication system according to claim 1 and wherein said POS functionality includes fueling control functionality and payment control functionality.
15 . A retrofit filling station communication system according to claim 1 and wherein said remote communications adaptor and legacy controller assembly comprises an in-store frequency domain multiple signal adaptor.
16 . A retrofit filling station communication system according to claim 15 and wherein said in-store frequency domain multiple signal adaptor comprises an Ethernet adaptor and a diplexer.
17 . A retrofit filling station communication system according to claim 16 and wherein said Ethernet adaptor comprises a chipset including a Media Access Control (MAC) layer and an integrated Physical (PHY) layer.
18 . A retrofit filling station communication system according to claim 16 and wherein said diplexer comprises a high-pass filter, a low pass filter and impedance matching circuitry.
19 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly comprises a frequency domain multiple signal adaptor.
20 . A retrofit filling station communication system according to claim 19 and wherein said frequency domain multiple signal adaptor comprises a high-pass filter, a low pass filter and impedance matching circuitry.
21 . A retrofit filling station communication system according to claim 1 and wherein said fuel dispensing island locatable communications adaptor assembly comprises an Ethernet to Dual Serial Port converter.
22 . Retrofit filling station broadband communication apparatus comprising:
a fuel dispensing island locatable communications adaptor assembly, arranged to be coupled to existing underground wiring of a filling station for legacy and non-legacy communication over said existing underground wiring; and
a remote communications adaptor and legacy controller assembly, arranged to be coupled via said existing underground wiring and to communicate via said existing underground wiring with said fuel dispensing island locatable communications adaptor assembly,
said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly being arranged to communicate at least some legacy data in a first frequency domain and at least some non-legacy data in a second frequency domain, different from said first frequency domain.
23 . Retrofit filling station broadband communication apparatus according to claim 22 and wherein said remote communications adaptor and legacy controller assembly is adapted for legacy communication with at least one pump control electronics via a legacy communications protocol employed by said at least one pump control electronics prior to retrofit.
24 . Retrofit filling station broadband communication apparatus comprising:
a fuel dispensing island locatable communications adaptor assembly, arranged to be coupled to existing underground wiring of a filling station for legacy and non-legacy communication over said existing underground wiring and to pump control electronics associated with at least one fuel dispenser on a fuel dispensing island; and
a remote communications adaptor and legacy controller assembly, arranged to be coupled via said existing underground wiring and to communicate via said existing underground wiring with said fuel dispensing island locatable communications adaptor assembly,
said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly being arranged to communicate at least some payment data in a first frequency domain and at least some pump control data in a second frequency domain, different from said first frequency domain.
25 . Retrofit filling station broadband communication apparatus comprising:
a fuel dispensing island locatable communications adaptor assembly, arranged to be coupled to existing underground wiring of a filling station for legacy and non-legacy communication over said existing underground wiring and to at least one pump control electronics associated with at least one fuel dispenser on a fuel dispensing island; and
a remote communications adaptor and legacy controller assembly, arranged to be coupled via said existing underground wiring and to communicate via said existing underground wiring with said fuel dispensing island locatable communications adaptor assembly,
said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly being arranged to communicate at least some payment data and at least some pump control data over an Ethernet link.
26 . Retrofit filling station broadband communication apparatus according to claim 25 and wherein said fuel dispensing island locatable communications adaptor assembly and said remote communications adaptor and legacy controller assembly are arranged to communicate at least some additional data over a link other than an Ethernet link.