CN201000927Y

CN201000927Y - Combined power supply line

Info

Publication number: CN201000927Y
Application number: CNU2007200481721U
Authority: CN
Inventors: 李益民
Original assignee: Individual
Current assignee: Individual
Priority date: 2007-02-02
Filing date: 2007-02-02
Publication date: 2008-01-02
Anticipated expiration: 2017-02-02

Abstract

The utility model relates to a combined power line, which consists of a 120V power line and a 240V power patch cord. The middle of the 120V power line is a connecting wire, one end thereof is an exposed plug, which is used for mutually connecting with a power socket, and the other end thereof is a built-in plug, which is used for mutually connecting with an electric appliance socket. The middle of the 240V power patch cord is a connecting wire, one end thereof is an exposed plug, which is used for mutually connecting with a power socket, and the other end thereof is a socket, which is used for mutually connecting with the exposed plug of the 120V power line. The 120V power line is mutually connected with the 240V power patch cord through the exposed plug of the 120V power line and the socket of the 240V power patch cord. The utility model has the advantages that a combined power line structure not only suitable for the power socket in the specification of the 120V voltage but also suitable for the power socket in the specification of the 240V voltage is provided, thereby the cost is reduced and the resource is saved.

Description

A kind of integrated drive generator line

Technical field

The utility model belongs to the technical field of structures of the power line that a kind of electrical equipment carries, the structure technology of the integrated drive generator line that particularly a kind of electrical equipment carries.

Background technology

The existing power supply line generally is made up of a lead and two connectors, and an end is for exposing plug, and an end is built-in plug.Exposing plug is used for linking to each other with supply socket.Built-in plug is used for linking to each other with appliance socket.Under general case, can both satisfy the demand substantially.But carry out 120V and two kinds of voltage distribution of 240V system, and the supply socket that configuration is corresponding, specification is different in countries such as the U.S..So its shortcoming is: because of producer and do not know which kind of voltage the client uses, so just be necessary for an electrical arrangement and can adapt to the 120V of different electrical power socket and two power lines of 240V specification respectively.Thereby cause cost to rise and the waste resource.

Technical scheme

The purpose of this utility model is to provide a kind of supply socket that both had been applicable to the 120V voltage specification, is applicable to the integrated drive generator line structure of the supply socket of 240V voltage specification again.

For achieving the above object, technical solution of the present utility model is: a kind of integrated drive generator line, form by a 120V power line and a 240V power supply transfer line.Described 120V power line as shown in Figure 1, and is the same with common 120V power line, middle for connecting lead.One end is for exposing plug.Be used for linking to each other with supply socket.The other end is built-in plug.Be used for linking to each other with appliance socket.Described 240V power supply transfer line as shown in Figure 2, and is middle for connecting lead.One end is for exposing plug.Be used for linking to each other with supply socket.The other end is a socket.Being used for exposing plug with the 120V power line links to each other.The 120V power line is connected as shown in Figure 3 with 240V power supply transfer line, and the 120V power line links to each other with the socket of 240V power supply transfer line with the plug that exposes of 240V power supply transfer line by the 120V power line.

During use,, then built-in plug is inserted appliance socket, directly the 240V power line is exposed plug then and insert supply socket if the workplace is the supply socket of 240V voltage specification; If the workplace is the supply socket of 120V voltage specification, then built-in plug is inserted appliance socket, then 240V power supply transfer line is pulled down, directly expose plug and insert supply socket with the 120V power line.

After adopting above scheme, the beneficial effects of the utility model are: a kind of supply socket that both had been applicable to the 120V voltage specification is provided, is applicable to the integrated drive generator line structure of the supply socket of 240V voltage specification again, thereby reduce cost and save resource.

Description of drawings

Fig. 1 is a 120V power line schematic diagram of the present utility model.

Fig. 2 is a 240V power supply transfer line schematic diagram of the present utility model.

Fig. 3 is the connection diagram of 120V power line of the present utility model and 240V power supply transfer line.

Description of reference numerals:

10,120V power line; 11, expose plug; 12, built-in plug; 13, connect lead; 20,240V power supply transfer line; 21, expose plug; 22, socket; 23, connect lead;

Embodiment

Embodiment:

A kind of integrated drive generator line is made up of a 120V power line 10 and a 240V power supply transfer line 20.Described 120V power line 10 as shown in Figure 1, and is the same with common 120V power line, middle for connecting lead 13.One end is for exposing plug 11.The other end is built-in plug 12.Described 240V power supply transfer line 20 as shown in Figure 2, and is middle for connecting lead 23.One end is for exposing plug 21.The other end is a socket 22.120V power line 10 is connected as shown in Figure 3 with 240V power supply transfer line 20, and 120V power line 10 links to each other with the socket 22 of 240V power supply transfer line 20 with the plug 11 that exposes of 240V power supply transfer line 20 by 120V power line 10.

Claims

1 one kinds of integrated drive generator lines is characterized in that: be made up of a 120V power line and a 240V power supply transfer line, for connecting lead, an end is for exposing plug in the middle of the described 120V power line, and the other end is built-in plug; For connecting lead, an end is for exposing plug in the middle of the described 240V power supply transfer line, and the other end is a socket; The 120V power line links to each other with the socket of 240V power supply transfer line with the plug that exposes of 240V power supply transfer line by the 120V power line.