JP2011124013A5 - - Google Patents

Claims (2)

A pair of insertion blades connected to a power cord for attaching to and detaching from an outlet, a rectangular gripping portion, and a rectangular pressing portion integrally formed of an insulating material and the pair of insertion blades A rotary sliding device that is disengaged from an outlet, wherein the gripping part leads out the power cord, and the pressing part is formed longer than the gripping part in the direction in which the pair of insertion blades are arranged, and A housing chamber for accommodating the entire pair of insertion blades; and the outer body has the grip portion disposed in the center of the pressing portion, and the rotary sliding device is disposed between the pair of insertion blades. The rotation angle of the pair of insertion blades is pivotally supported within a range of 180 degrees at the center of the center, and the outlet has a lower end edge in the direction in which the pair of insertion blades are arranged as a fulcrum. By applying the lever, the pair of insertion blades are connected to the controller. An insertion plug that detaches from the cable, and is characterized in that a string hooking hole is provided on the upper part of the gripping part at an end opposite to the pressing part of the gripping part and at a position away from the power cord. Plug-in plug. The gripping part provided on the exterior body is inclined at a certain angle with respect to the vertical direction with the insertion blade standing upright, and this tilt can be used to secure a wider range of rotation by the lever of the plug body. The gripping part that protrudes upward and integrally forms the exterior body that does not come off when the plug body rotates when the plug body rotates, and a power cord is led out from the central part and a hooking hole is formed on the upper side. The plug body can be pulled out with a small rotation angle in conjunction with the lever action when the plug body is pulled out by tilting it at a certain angle with respect to the vertical direction in the state where the provided insertion blade is raised. .