Short answer: no — there is no public documentation confirming the internal pin design of this exact model.

What I could establish:

The product itself. CLE-ANTIVIRUS-GE06-A2A is the Avizar "Bloqueur de Données USB, Data Blocker Super Charge" (brand Avizar, distributed in France by Dovema/Destock Access), sold at LDLC, Carrefour, Fnac, Boulanger, MediaWorld, etc. Every listing uses the same marketing copy: it lets you charge "while preventing data synchronization." None of them specifies how the data lines are handled — no pinout, no schematic, no statement like "pins removed" or "lines not connected through" ( LDLC,  Fnac,  Boulanger).

Evidence pointing the other way. The same "GE06" hardware is sold under other labels, and one listing describes it as having a built-in smart/quick-charging chip and "removing data from [the] standard USB port to prevent data transfer" ( mobspares). That matters because charging-signaling standards (Apple 2.4A, Samsung, dedicated-charging-port detection) work by putting specific voltages or a short across D+/D− on the device side. A blocker advertising "Super Charge" therefore almost certainly has the D+/D− contacts physically present in the socket, terminated to a small identification circuit — i.e. data pins that are not through-connected, rather than absent.

Why it's genuinely unknown for this unit. Teardowns of data blockers show the implementations vary: some omit the contacts entirely, others short D+/D− together, and at least one USB-A→USB-C model was found to pass the USB 3.x SuperSpeed pairs straight through even while blocking USB 2.0 ( semaja2 teardown). No teardown or independent test of the Avizar GE06 specifically exists, and Avizar publishes no technical datasheet.

If you need certainty, it's a 2-minute test on this cheap adapter: check continuity with a multimeter between the male plug's D+/D− contacts (the two middle contacts of a USB-A plug) and the corresponding socket contacts. No continuity (or a small resistance between D+ and D− only) = data blocked by disconnection/termination; continuity = data passes. Also note a USB-A connector has two data pins (D+ and D−), not one — so the question is really whether both are disconnected, shorted together, or fed to a charging chip.