ITGR20090003A1 - INTELLIGENT EXTINGUISHING DEVICE FOR MULTIPLE SOCKETS. - Google Patents

Description

Intelligent positive shutdown for multiple sockets ".

DESCRIPTION

Field of invention

The present invention relates to the field of electrical in erpositions, in particular of multiple sockets.

of the technique

There are multiple sockets on the market whose switching on and off can be remotely controlled in order to eliminate the stand by of the electronic devices connected to them,

In this type of multiple sockets, however, it is not possible to select the sockets that must be controlled by those instead must always remain under electrical power: the appliances connected to it turn on and turn off all together.

Thus the user cannot use the multiple socket if he has devices that he wants or needs to always leave on, as happens for example to those devices that work together with the computer.

This need is particularly felt also in the case in which devices which can be programmed (such as the) or which must always remain on (for example the mode, fax etc.) are connected to the multi socket.

Brief description of the figures.

Fig. 1 schematically shows the multiple socket (10) in which the sensor (11), the remote controlled sockets (16), the USB output (12), the three-pole sockets are highlighted

(1) always live and the remote control in red (24).

in Fig. la) the same multiple socket (10) in which the sensor; ) is extracted from its housing.

Fig. 2 shows the multiple socket (10), according to the invention, in which the sensor (11), the USB output (12) and the sockets (16) controlled by the sensor (11) are highlighted. The central body of the multi socket is also equipped with n.

2 supports (22) that give stability to the multi socket the extractable element (13) is extracted.

n Fig. 2 a) the multiple socket (10) shows the removable element (13) out of its housing, in which are the three-pole female sockets (14), the low voltage USB outputs (15], and a three-pole plug (17), which to the element itself (13) to be connected both to the multi-socket (10) through a three-pole female socket (18, and to any other electric current socket, shown in Fig. 3 and 4).

Figs. 3 shows a possible application of the multi-socket according to the invention, with the possibility of connecting the extractable element (13) to the multi-socket (10) by means of an extension (18).

Fig. 4 shows another application of the extractable element (13) when it is connected to a wall socket (19) and 2 plugs (20) and, for example, a device in refill (21). Fig. 5 shows a different aesthetic solution of the same invention, with the circular arrangement of the sockets (16) (14). In this form, the cable grommets (23) placed on the body of the multi socket itself, allow a better positioning of the cables of the inserted plugs.

Summary of the invention

The present invention allows the user to connect the same multi-socket to appliances that must be switched on and off frequently, allowing them to be switched on and off in a manner

infrared remote control, both appliances that must always be left switched on.

The presence of the extractable element also allows greater flexibility in the use of the multi socket, since it can be extracted and used independently from the multi socket itself, for example as a recharge for devices such as mobile phones, MP3 players, IPods, and all. those rechargeable via a USB socket.

The multi socket according to the invention then has a USB output for connection to a computer.

This feature allows you to connect your computer to fixed network voltage sockets together with other peripherals that must always remain switched on (such as the modem). The USB socket receives voltage when the computer is turned on, transmitting the ignition impulse to the controllable sockets to which the peripherals that you want to keep off when the computer is also turned off (loudspeakers, external hard disks, printers and dc) are connected.

In the same way, when the computer is turned off, the USB socket is disconnected from the mains, also removing power from controllable sockets.

Claims (6)

CLAIMS 1. multiple output with remote control, according to the invention, comprising at least one electronic circuit for the remote of the appliances connected to it, fixed network voltage sockets, a UBS output for controlling the multi socket from a Personal Computer, low voltage USB sockets voltage for charging various devices, one element. 2. Remotely controlled multiple socket, according to claim 1, wherein a USB output allows the multi socket to be connected to a computer. Multiple socket with remote control, according to endications 1, in which on the multi socket there are in addition to the controllable sockets also mains voltage sockets 4. Remote control multiple socket, according to claims 1 and 3, in which the mains voltage sockets are inserted inside an element which can be extracted from the base of the multiple socket and used autonomous multiple socket. 5 Remote-controlled multiple socket, according to claims 1, 3 and 4 in which the removable element has a low voltage power supply inside and UBS sockets for charging electronic devices, 6. Remote control multiple socket, according to claims 1, 3, 4 and 5 in which the extractable element can be connected to the multiple socket via its three-pole plug, or via an extension or, for example, be plugged into a power socket electric a Multiple remote control socket according to claims 1, 3, 5 and 6 in which the withdrawable element be positioned on the multiple socket so that the lateral ones with fixed network voltage can be either on one side or on the opposite side depending on the Remote control multiple socket according to which the multi socket is made in circular.