CN202550227U - Multi-plughole power socket with mobile phone charger - Google Patents

Abstract

The utility model relates to a porous power socket with a mobile phone charger, which is especially suitable for charging a mobile phone. It eliminates the phenomenon that the charger is often found and lost, and also saves a jack position for other electrical plugs to use.

Description

Multi-hole power socket with mobile phone charger

technical field

The utility model relates to a power socket, which is a porous power socket with a mobile phone charger.

Background technique

There are many types and styles of mobile phone chargers now, but the structure is basically the same. They are all composed of plugs, mobile phone chargers, and power outlets. Individually designed, often found and easily lost. 2. Due to the limitation of the position of the power socket jack, multiple mobile phone charger plugs cannot be inserted at the same time.

Utility model content

The purpose of this utility model is exactly a kind of porous power socket with mobile phone charger designed in order to solve above-mentioned inconvenience, the utility model is realized in this way, the porous power socket with mobile phone charger is made up of porous power socket, switch, mobile phone charging The switch is connected in series between the porous power socket and the mobile phone charger, and the power output port is on the other side of the porous power socket, so that the porous power socket and the mobile phone charger are integrated together. As long as the switch is closed when the porous power socket of the charger is connected, the electric energy on the porous power socket can supply power for the mobile phone charger, and the electric energy required by the mobile phone is output through the power output port to charge the mobile phone. When the mobile phone is charging, as long as the switch is turned off, the electric energy on the porous power socket can stop supplying power to the mobile phone charger, and the electric energy required by the mobile phone is not output through the power output port. This utility model has the following advantages compared with the prior art: 1. The porous power socket It is integrated with the mobile phone charger, avoiding the frequent search and loss of the charger. 2. Since the power outlet does not occupy the jack position of the power socket, a jack position can be saved for use by other electrical plugs.

Description of drawings

Attached is a block diagram of a porous power socket with a mobile phone charger

Detailed ways

In the accompanying drawings: the porous power socket with a mobile phone charger is composed of a porous power socket 1, a switch 2, a mobile phone charger 3, and a power output port 4. The switch 2 is connected in series between the porous power socket 1 and the mobile phone charger 3, and the power supply The output port 4 is on the other side of the porous power socket 1, so that the porous power socket 1 and the mobile phone charger 3 are integrated together. When using the porous power socket with a mobile phone charger, just close the switch 2, and the Electric energy just can be the power supply of mobile phone charger 3, and output the electric energy needed by mobile phone through power outlet 4 to charge mobile phone, when not using the porous power socket with mobile phone charger to charge mobile phone, only need to disconnect switch 2, porous power socket 1 The electric energy on the battery can stop supplying power for the mobile phone charger 3, and the electric energy required by the mobile phone is not output through the power output port 4. This utility model has the following advantages compared with the prior art: 1. The porous power socket 1 and the mobile phone charger 3 are integrated together , avoiding the phenomenon of frequent search and loss. 2. Since the power output port 4 does not occupy the jack position of the power socket, a jack position can be saved so that other electrical plugs can be used.

Claims (3)

1. the porous power source socket with charger for mobile phone is to be made up of porous power source socket (1), switch (2), charger for mobile phone (3) and power output (4), and it is characterized in that: there are switch (2), charger for mobile phone (3) and power output (4) in porous power source socket (1) inside.

2. the porous power source socket of band charger for mobile phone according to claim 1 is characterized in that: switch (2) is connected between porous power source socket (1) and the charger for mobile phone (3).

3. the porous power source socket of band charger for mobile phone according to claim 1 is characterized in that: power output (4) is at porous power source socket (1) opposite side.

Images