Abstract: Appliance AC power inlet comprising a housing (3) including a recessed cavity; and at least two electrical pins (4) that are arranged inside the recessed cavity. The height of the recessed cavity is less than approximately 7 mm.

Abstract: There is provided a shield for a wireless charging system including a transmitter coil and a receiver coil. The shield includes a thin sheet or layer made of soft or nanocrystalline ferrite. The shield is partly located, in use, between the transmitter coil and the receiver coil. The shield is shaped or otherwise configured to focus or orient a magnetic flux generated by the transmitter coil onto the receiver coil.

Abstract: An electrical plug includes a support body, a pair of electrical contacts of elongated shape having respective longitudinal axes arranged coplanar on a common lying plane, and connecting members adapted to allow a mutual movement between said electrical contacts and the support body. The connecting members include a first rocker hinged to the support body according to a first hinging axis perpendicular to the lying plane, and a second rocker hinged to the support body according to a second hinging axis parallel and spaced with respect to the first hinging axis, each electrical contact being fixed overhanging a respective of the first and second rockers.

Abstract: There is described an electric power base (100) comprising: a casing (105), a wireless transmitter (110) of electric energy placed in the casing (105), and an interface surface (120) placed external to the casing (105), at said wireless transmitter (110), which is adapted to receive in contact a device (500) to be powered, characterized in that said interface surface (120) is made available by at least one microsuction body (125).

Abstract: An electrical plug (100) is described comprising: a support body (115), a pair of electrical contacts (105, 110) of elongated shape having respective longitudinal axes (A, B) arranged coplanar on a common lying plane (Q), and connecting members adapted to allow a mutual movement between said electrical contacts (105) and the support body (115), wherein said connecting members comprise: a first rocker (125) hinged to the support body (115) according to a first hinging axis (X) perpendicular to the lying plane (Q), and a second rocker (130) hinged to the support body (115) according to a second hinging axis (Y) parallel and spaced with respect to the first hinging axis (X), each electrical contact (105, 110) being fixed overhanging a respective of said first and second rockers (125, 130).

Abstract: There is described an electric power base (100), comprising: a casing (105), a wireless transmitter (110) of electric energy placed in the casing (105), an interface surface (140) placed external to the casing (105) at said wireless transmitter (110) which is adapted to receive in contact a device (500) to be powered, and at least one electromagnet (150) adapted to generate a magnetic pull from the outside towards the interface surface (140).

Abstract: There is described an electric power base (100) comprising: a casing (105), a wireless transmitter (110) of electric energy placed in the casing (105), and an interface surface (120) placed external to the casing (105), at said wireless transmitter (110), which is adapted to receive in contact a device (500) to be powered, characterized in that said interface surface (120) is made available by at least one microsuction body (125).