KR-102958849-B1 - Electrical Outlet Device With One-touch Type

Abstract

The present invention relates to a one-touch type electric outlet device, and more specifically, to a one-touch type electric outlet device that can be used by inserting it with a single touch using a copper plate for crimping wires and a connecting connector without separating the outlet frame or stripping the insulation of the wires.

Inventors

• 오대권
• 김유곤

Dates

Publication Date

20260512

Application Date

20240722

Claims (3)

1. A socket frame (10) comprising: a connector connection part (110) formed on one side and connected to a connection connector; a pair of integrated copper plate units (120) formed inside; a grounding unit (130); and an electrical appliance connection part (140) formed on the upper side and connected to an electrical appliance; The connector (20) includes a connector body (210), a wire coupling part (220) to which a positive wire, a negative wire, and a ground wire are connected, a wire crimping copper plate (230) that is pressed and fastened on the wire coupling part when the connector is connected, and a fastening pin (240) formed for detachment at the bottom of the connector body, wherein a wire is connected at one end and coupled to the side of the outlet frame at the other end, and is electrically connected to the pair of integrated copper plate units and grounding units; The above pair of integrated copper plate units (120) is It consists of a pair of + and - terminals, and Each integrated copper plate unit is It includes a connecting copper plate (121) connected to the cord of an electric appliance; and a connecting copper plate (122) connected to a connecting connector; Each of the connecting copper plates (121) of the + terminal and - terminal configured in the above pair is provided with a cord connection part of an electrical device at both ends; The cord connection part of one end of the copper plate (121) connecting the + terminal and the - terminal forms a first outlet to which the cord of the electric appliance is connected; The cord connection part of the other end of the copper plate (121) connecting the + terminal and the - terminal forms a second outlet to which the cord of the electric appliance is connected, thereby forming a multi-outlet; The above grounding unit (130) It includes a grounding plate (I32) having one end connected to the grounding (131) and the other end connected to the connection connector; The two connecting copper plates (122) and the grounding copper plate (132) are electrically connected when the connecting connector (20) is connected on the connector connection part (110); The above connection connector (20) It includes a connector body (210), a wire coupling part (220) connected to a positive wire, a negative wire, and a ground wire, a copper plate (230) for wire crimping that is pressed and fastened on the wire coupling part, and a fastening pin (240) formed at the bottom of the connector body for detachment; The above connection connector is Before the wires are connected, three wires are connected to the wire connection part (220) of the connector body (210), and three copper plates (230) for wire crimping are positioned on the wire connection part (220); When the copper plate (230) for crimping wires is pressed through the crimping device, the copper plate (230) for crimping wires moves downward due to the compression and is strongly compressed with the wire; The copper plate (230) for crimping the wires and the three wires are electrically connected so that electrical connection can be made in a one-touch manner by fastening the connection connector to the outlet frame; The above connection connector (20) It further includes a fixing means (30) for double fixing to prevent the connection from becoming loose or separated while fastened to the outlet frame (10); The above fixing means (30) includes a bolt hole (310) formed on the center of the wire branch and a fixing bolt (320) fastened to the bolt hole; When a fixing bolt (320) is fastened to the bolt hole (310), the copper plate (230) for wire crimping strongly compresses the connection pin (221), thereby preventing the connection from becoming loose and preventing the connection connector (20) from being arbitrarily separated from the outlet frame (10); Since connection is possible with only a one-touch connection without the need to separate the outlet frame or insulate the wires to connect the outlet frame and the wires, manufacturing is very easy and safety can be ensured by preventing the risk of short circuits; A one-touch electric outlet device characterized by the ability to manage the connection connector, which connects the outlet frame and the wire, by separating it, so that if the outlet frame is broken, only the outlet frame can be replaced and utilized.
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Description

One-touch type electrical outlet device {Electrical Outlet Device With One-touch Type} The present invention relates to a one-touch type electric outlet device, and more specifically, to a one-touch type electric outlet device that can be used by inserting it with a single touch using a copper plate for crimping wires and a connecting connector without separating the outlet frame or stripping the insulation of the wires. Generally, electric outlets are devices equipped with at least two outlets that can be combined with multiple electronic devices to supply power to the devices, and are widely used for household or industrial purposes. Figure 1 schematically illustrates the structure of a conventional electric outlet. Referring to Fig. 1, a conventional electric outlet device is manufactured by combining an outlet frame and a wire connected to a power source. More specifically, the outlet frame is manufactured by unscrewing and separating the upper and lower sections of the outlet frame joined by screws, stripping the insulation from the wire, connecting one end of the copper plate inside the frame to the stripped wire, and then joining the outlet frame with screws. Therefore, since multi-outlets are manufactured through manual labor involving separating the outlet frame, stripping the wires, connecting them, and then reassembling, the manufacturing process is very cumbersome and time-consuming, leading to a problem of low yield. Furthermore, while stripping wire insulation is easy for experts due to their skill, it is difficult for ordinary people to even attempt the task itself. Even if they manage to strip the insulation, there was a problem where parts of the multi-strand wires were severed, potentially causing safety accidents. Furthermore, while using Y-type or O-type terminals for connection is more stable, typically, the cord is simply plugged in without using these terminals. Consequently, repeated use of the multi-outlet causes the connected wires to move slightly, increasing the likelihood of a short circuit; if this short circuit causes the circuit breaker to trip, it results in a power outage. In other words, conventional electrical outlets required a significant amount of time to connect and assemble the outlet frame and wires, and also had safety issues due to the risk of fire caused by short circuits. Figure 1 schematically illustrates the structure of a conventional electric outlet. FIG. 2 schematically illustrates a one-touch type electric outlet device according to a preferred embodiment of the present invention, and Figure 3 schematically illustrates the connector of Figure 2. Hereinafter, a one-touch type electric outlet device according to a preferred embodiment of the present invention will be examined in detail with reference to the drawings. FIG. 2 schematically illustrates a one-touch type electric outlet device according to a preferred embodiment of the present invention, and FIG. 3 schematically illustrates the connector of FIG. 2. Referring to FIGS. 2 and 3, the one-touch type electric outlet device according to the present invention may be configured to include an outlet frame (10) having a pair of integrated copper plates and a ground inside and at least one outlet formed therein, and a connecting connector (20) having a wire connected to one end and coupled to the side of the outlet frame at the other end to be electrically connected to the pair of integrated copper plate units and the grounding unit. One side of the outlet frame (10) is provided with a connector connection part (110) connected to the connection connector, and inside thereis a pair of integrated copper plate units (120) and a grounding unit (130). Additionally, the upper side of the outlet frame (10) includes an electrical appliance connection part (140) to which an electrical appliance is connected. Here, the outlet frame (10) is formed with a structure that separates into upper and lower sections, and further includes a bottom fixing part (150) on the edge section, so that it can be integrally fastened by screw connection to a screw bolt hole formed in the bottom fixing part (150). The connector connection part (110) is configured with an engraved shape corresponding to the connector body of the connection connector, so that the connection connector (20) can be attached or detached. The above integrated copper plate unit (120) is composed of a pair of positive and negative terminals, and each integrated copper plate unit (120) may be configured to include a connecting copper plate (121) connected to the cord of an electrical appliance and a connecting copper plate (122) connected to a connecting connector. The above-mentioned connecting plate (121) is provided with a connecting portion to which the cord of an electrical appliance is connected, and can be formed according to the number of outlets. That is, as shown in FIG. 2, if there are two outlets, the connecting plate is provided with two connecting port