KR102075242B1 - turn on electric outlet - Google Patents

Abstract

The present invention is a structure that can be easily connected to effortlessly through the way that the electricity is energized by turning the electric plug into the electrical outlet to turn away from the conventional electrical outlet concept, and when disconnected by rotating in the reverse rotation, it is also possible to prevent electric shock of infants and toddlers By cutting off standby power of electrical appliances, power saving is possible. Only electric outlets that are actually used are turned on to provide power outlets that can be used with confidence by clarifying user's power on and off. To achieve the goal.

Description

Turn on electric outlet

The present invention is convenient for the user to use the electric plug is connected to the electrical outlet, do not have a hard time to disconnect, so as to be safe from electric shock accidents of infants and toddlers, power saving by cutting off the standby power, power supply, etc. This turns on electrical outlets that allow the user to have a solid sense of electrical current.

Although general electrical outlets are standardized, the manufacturers of electric plugs and electrical outlets are different, so there is a slight difference in each manufacturer, so pinch of entry hole, pinch by deformation during use, pinch of connection terminal, resistance of ground guide, etc. When bad conditions are gathered, it is hard to separate and unplug the electric plug from the electric outlet.

The connection hole of the electric outlet and the connection terminal are straight, which may cause an electric shock of infants. A separate safety cover is attached to prevent accidents, but it is inconvenient to remove and attach the cover.

Used electrical appliances are also difficult to remove the electric plug, so there is a case in which the electric plug is connected to the electrical outlet and left unattended. At this time, standby power is generated.

An electrical outlet that cuts off power with a simple operation of an electric plug is required.

When using electrical appliances, users need an electrical outlet that can clearly know the power on and off.

The present invention is made of a structure that can be easily connected and disconnected to the electrical outlet without effort, regardless of the manufacturer's deviation.

      The present invention is carried out in a structure that can prevent the electric shock of infants and toddlers by leaving the power connection terminal in the electric plug connection position of the electrical outlet.

     In the present invention, since the power is cut off by simply rotating the electric plug, the standby power is cut off to enable power saving.

The present invention by installing an individual power supply when connecting the electric plug to the electrical outlet, so that the user can clearly know the on and off status of the power.

In order to solve the above problem, the terminal hole 32 of the electrical outlet 100 is 0.5 mm longer than the current hole so that the user can easily plug in the electric plug in spite of the difference of each manufacturer or use. Made to be pulled out.

In order to compensate for the jamming of the connection terminal, instead of inserting the electric plug vertically and pulling it vertically, it is possible to easily pull out the electric plug by solving the problem through the horizontal rotation method.

The electric plug terminal hole 32 and the connection terminal position of the electrical outlet 100 are made in a different angle to produce a structure that can prevent the electric shock of infants and toddlers.

Power is cut off by reverse rotation of electric plug. It is manufactured to save power by cutting off standby power.

When power is supplied to the electric plug, the power light is turned on so that the user can clearly know the power connection state.

The electrical outlet according to the present invention adopts a method of disconnecting the electric plug by rotating the electric plug by rotating the electric plug instead of the conventional vertical plugging and unplugging method, by turning the electric plug, and structurally minimizing the resistance of the electric plug. The user can easily use the electrical outlet.

By changing the position of the entrance hole of the electrical outlet and the location of the electric plug energization, it is possible to prevent the electric shock of infants and toddlers.

As the user cuts off power even by simple reverse rotation, it saves power by shutting off standby power.

Since the power light is turned on by touching the end of the electric plug, the user can clearly know the power on and off when using electric appliances, so it can be used with confidence.

1 is a plan view and a, b partial detailed view of the electrical outlet according to the present invention;
Figure 2 is a front view and c partial detail of the electrical outlet according to the present invention
Figure 3 is a side view of the electrical outlet according to the present invention
4 is a plan view of the electrical outlet according to the present invention

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1 is a plan view and a, b partial detailed view of the electrical outlet according to the present invention, Figure 2 is a front view and a partial detail of the c electrical outlet according to the present invention, Figure 3 is a side view of the electrical outlet according to the present invention 4 is a plan view of the electrical outlet according to the present invention.
1 to 3, the electrical outlet 100 according to the present invention, the lower base 10, the cylindrical projection 11, the upper cover 20, the rotary socket 30, the cylindrical insertion 31, power switch 40, (+) power terminal 41, (-) power terminal 42, ground terminal 43, grounding guide 44, power lamp 50, power lamp terminal 51, an overrun stopper 60, and an upper cover lid 70 are included.
As shown in FIGS. 1 to 3, the electric outlet 100 is installed inside the electric outlet 100, and has a cylindrical protrusion 11 formed at the center thereof, and has (+) and (−) inside thereof. A cylindrical lower base 10 provided with power terminals 41 and 42; A power lamp terminal 51 installed under the (+) and (-) power terminals 41 and 42; A power switch 40 for turning on and off the power of the (+) and (-) power terminals (41, 42); Is installed rotatably on the lower base 10, the cylindrical insertion portion 31 is inserted into the protrusion 11 of the lower base 10 is formed at the bottom, (+) and (of the electric plug -) A terminal hole for inserting a terminal is formed, and after inserting the (+) and (-) terminals of the electric plug into the terminal hole, the (+) and (-) power terminals 41 and 42 by rotation. A rotary socket 30 for energizing and contacting (+) and (-) terminals of the electric plug, and disconnecting and disconnecting the terminal by reverse rotation; When the (+) and (-) terminals of the electric plug are in contact with the (+) and (-) power terminals 41 and 42 and the power lamp terminal 51 by the rotation of the rotary socket 30. A power light 50 to be turned on; It is installed in a cylindrical shape on the lower base 10, the rotary socket 30 is rotatably disposed therein, the upper cover 20 is bent inward as the top wraps around the upper end of the rotary socket 30 ; A plug separation preventing protrusion 70 formed to face the upper left and right sides of the upper cover 20 and protruding to prevent separation of the electric plug when the rotary socket 30 rotates in an energizing direction; And an overrun stopper which forms a groove facing the protrusion 33 formed in the rotary socket 30 and inserts the protrusion 31 of the rotary socket 30 into the groove to reduce the shaking of the rotary socket 30. 60, including.

3 is a side view of the electrical outlet of the present invention including a lower base 10, an upper cover 20, a rotary socket 30, a ground terminal 43, and is integrally assembled with the rotary socket 30.

In order to smoothly rotate the rotary socket 30, the lower base 10 forms a cylindrical protrusion 11, and the rotary socket 30 forms a cylindrical insertion portion 31 to fit the structure. Formed.

In order to easily fit the electric plug, the entry hole of the electric plug, that is, the size of the terminal hole 32 of the rotary socket 30 was increased to minimize the resistance to plug and unplug the electric plug.

The engaging portion of the upper cover 20 and the rotary socket 30 is to maintain a proper gap in the cylindrical guide (guide) method, the rotary socket 30 is configured to rotate smoothly.

An overrun stopper 60 was also installed as shown in detail a of FIG. 1, and was configured in such a manner as to be fitted to reduce the shaking of the rotary socket 30.

The rotational reference point of FIG. 1 is arranged to coincide with the center line of the electrical outlet 100, and the energized position after the rotation shows the moved position when the user inserts the electric plug and rotates clockwise. The position of the electric plug and the position of the connection terminal are deviated in the angle, so the electric terminal is connected and the electricity is applied only when the electric plug is inserted and turned. Therefore, it is possible to prevent electric shock accidents of infants and toddlers due to the different positions of the electric plugs and the electric terminals.

The detailed b of FIG. 1 shows the left and right spaces of the guide of the electric plug so that the electric plug cannot be separated during energization. When the electric plug is plugged in so that it can be plugged in as seen from the original point of rotation before rotation, and when it is to be separated during energization, it can not be separated by interference of the separation preventing protrusion 70 so that it can be used safely.

As shown in detail c of FIG. 2, the power supply terminal is disposed on the upper side and the power supply terminal 51 is disposed on the lower side to contact the lower portion of the energizing bar of the electric plug so that the power supply is substantially energized through the electric plug. The light is turned on to match the real thing.

10: lower base 11: cylindrical projection
20: upper cover 30: rotary socket
31: cylindrical insert 32: terminal hole
33: projection
40: power switch 41: (+) power terminal
42: (-) Power Terminal 43: Grounding Terminal
44: grounding guide 50: power light
51: power light terminal
60: over run stopper
70: plug separation prevention protrusion
100: electric outlet

Claims (1)

In the electrical outlet that plugs in the electric plug to turn on and off the electricity by rotation,
It is installed inside the electrical outlet, a cylindrical projection 11 is formed in the center, (+) and (-) power terminals (41, 42) are installed inside, and the (+) and (-) A cylindrical lower base 10 provided with a power light terminal 51 for lighting the power light 50 under the power terminals 41 and 42;
A power switch 40 for turning on and off the power of the (+) and (-) power terminals (41, 42);
It is installed to be rotatable by inserting a cylindrical insertion portion 31 formed in the lower portion to the cylindrical protrusion 11 of the cylindrical lower base 10, and insert the (+) and (-) terminals of the electric plug The terminal hole is formed through, and after inserting the (+) and (-) terminals of the electric plug into the terminal hole, the (+) and (-) terminals of the electric plug are rotated by the lower base 10. A rotary socket 30 which contacts and energizes (+) and (-) power terminals 41 and 42, and disconnects and disconnects the terminal by reverse rotation;
When the (+) and (-) terminals of the electric plug are in contact with the (+) and (-) power terminals 41 and 42 and the power lamp terminal 51 by the rotation of the rotary socket 30. A power light 50 to be turned on;
It is installed in a cylindrical shape on the lower base 10, the rotary socket 30 is rotatably disposed therein, the upper cover 20 is bent inward as the top wraps around the upper end of the rotary socket 30 ;
A plug separation preventing protrusion 70 formed to face the upper left and right sides of the upper cover 20 and protruding to prevent separation of the electric plug when the rotary socket 30 rotates in an energizing direction; And
An overrun stopper which forms a groove facing the protrusion 33 formed in the rotary socket 30 and inserts the protrusion 31 of the rotary socket 30 into the groove to reduce the shaking of the rotary socket 30. 60);
Electric outlet comprising a.

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