An electrical outlet mounting apparatus having a plurality of arms being rotatably connected to each other in a sequence and being collapsible into a collapsed position and extendable into an extended position. The plurality of arms including a channel on the interior of each of the arms that can receive an electrical cord. The mounting apparatus having a mounting plate rotatably attached to the plurality of arms and having one or more electrical connections electrically connected to the electrical cord.

An electrical outlet mounting apparatus having a plurality of arms being rotatably connected to each other in a sequence and being collapsible into a collapsed position and extendable into an extended position. The plurality of arms including a channel on the interior of each of the arms that can receive an electrical cord. The mounting apparatus having a mounting plate rotatably attached to the plurality of arms and having one or more electrical connections electrically connected to the electrical cord.

Power socket extension lead

An extension lead having a body provided with at least one power socket area for receiving connecting plugs of the “Schuko” type, and having inside it electrical connection means, and a cable for connecting to the electrical power network with a connecting plug at its end that exits from the said body, characterised in that the body has externally two flexible covers, one upper cover and one lower cover, which form an internal cavity that encircles the said body and allows the electrical power network connecting cable to be housed in wound form.

Power socket extension lead

An extension lead having a body provided with at least one power socket area for receiving connecting plugs of the “Schuko” type, and having inside it electrical connection means, and a cable for connecting to the electrical power network with a connecting plug at its end that exits from the said body, characterised in that the body has externally two flexible covers, one upper cover and one lower cover, which form an internal cavity that encircles the said body and allows the electrical power network connecting cable to be housed in wound form.

A cable retainer assembly includes a base support device having an opening, and a clip device having a base plate and two side plates folded from the base plate for clamping a cable between the side plates, the side plates each include one or more grooves for forming a flap in each of the side plates and for engaging the flaps of the side plates into the opening of the base support device, and for attaching the clip device to the base support device. The side plates of the clip device each include a curved portion directed toward each other for forming a chamber between the curved portions of the side plates and for engaging with the cable.

Provided is an adapter. The adapter includes a housing component, an adapter assembly, a first connector, a second connector, and a charging cable assembly. The housing component is provided with an accommodation space. The adapter assembly is disposed in the accommodation space. The first connector is electrically connected to the adapter assembly and is able to be accommodated in the accommodation space. The charging cable assembly includes a charging cable body and an auto-retractable cable box disposed in the accommodation space. A first end of the charging cable body is secured to the auto-retractable cable box. A second end of the charging cable body is able to be accommodated in the auto-retractable cable box or is extendable out of the auto-retractable cable box. The auto-retractable cable box is electrically connected to the adapter assembly. The second connector is connected to the second end of the charging cable body.

The invention is an electrical connector provided with winder means for temporarily fastening the cable to which it is attached.

An object of the invention is to facilitate winding cables that are connected to electrical appliances, or extension cords, or indeed cables for recharging electric vehicles.

The connector is constituted by a connector body (A) that includes fastener means (Cro1, Cro2, C) for temporarily fastening the cable to which the connector is attached. The plate (Cro1) being integral with the connector body (A). The two portions (Cro1, Cro2) are assembled together face-to-face via their pivot axis C, which is situated on a horizontal axis (AXH) that is common to both plates (Cro1, Cro2).

The electrical connector of the invention is particularly intended for cables for recharging batteries of electric vehicles.

The invention is an electrical connector provided with winder means for temporarily fastening the cable to which it is attached.

An object of the invention is to facilitate winding cables that are connected to electrical appliances, or extension cords, or indeed cables for recharging electric vehicles.

The connector is constituted by a connector body (A) that includes fastener means (Cro1, Cro2, C) for temporarily fastening the cable to which the connector is attached. The plate (Cro1) being integral with the connector body (A). The two portions (Cro1, Cro2) are assembled together face-to-face via their pivot axis C, which is situated on a horizontal axis (AXH) that is common to both plates (Cro1, Cro2).

The electrical connector of the invention is particularly intended for cables for recharging batteries of electric vehicles.

Examples disclosed herein relate to an alternating current (AC) adapter. In one example, an AC adapter includes an adapter head with an arm extending from a first side of a surface of the adapter head towards a centerline of the first surface of the adapter head to secure a cable to the first surface of the adapter head. A housing body is coupled to the adapter head. The arm is deformable to be biased towards a first position to secure the cable between the arm and the first surface of the adapter head and flexed to a second position to allow an operator to insert the cable between the arm and the first surface of the adapter head.

Examples disclosed herein relate to an alternating current (AC) adapter. In one example, an AC adapter includes an adapter head with an arm extending from a first side of a surface of the adapter head towards a centerline of the first surface of the adapter head to secure a cable to the first surface of the adapter head. A housing body is coupled to the adapter head. The arm is deformable to be biased towards a first position to secure the cable between the arm and the first surface of the adapter head and flexed to a second position to allow an operator to insert the cable between the arm and the first surface of the adapter head.