JPH077684B2 - Safety versatile outlet - Google Patents

Description

Description: FIELD OF THE INVENTION The present invention relates to a safe and versatile outlet used for connecting a power plug of an electric appliance.

[Conventional technology]

Conventional outlets are based on the difference of power supply system,
It has a different structure. Currently used power sources include single-phase two-wire, single-phase three-wire, three-phase three-wire, three-phase four-wire, etc. Therefore, the structural requirements for plugs and outlets differ in each country, and plugs and outlets are different. There are a lot of types.

For example, in a single-phase two-wire, there are two types of plugs, that is, a circular insertion pin and a flat insertion bottle, and the outlet naturally changes according to the plug configuration. Furthermore, the plug changes between the single-phase three-wire and the three-phase three-wire are more numerous, and there are cases where there are two flat insertion pins and one circular insertion pin, or where all three are flat insertion pins. Therefore, often
The outlet cannot be combined with the plug, so either replace the plug or the outlet with another one, or install a connector (adapter) on the plug for connecting a different outlet It is necessary and causes confusion for the user.

[Problems to be Solved by the Present Invention]

The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a safe and versatile outlet capable of solving the above problems.

[Means for Solving the Problems]

The safety multi-purpose outlet according to claim 1, an upper cover, a partition plate, two conductive frames, a ground frame,
The upper cover is provided with a bottom pedestal and an inner frame, and the upper cover is provided with inverted L-shaped holes provided on both upper sides thereof, an elliptical hole provided at a central position of the upper cover, and a lower end side of the upper cover. It has two elongated holes and a circular hole formed between these two elongated holes. The two elongated holes are composed of a circular hole and a square hole. Is a rail provided on the left and right sides of the partition plate, a notch provided at the center position of the partition plate, a slot hole provided on each of both lower ends of the partition plate, and a slot provided at the center of the partition plate. The two conductive frames are disposed on the left and right sides of the bottom pedestal, and the two conductive frames include a spring contact piece, a receiving conductor piece, a U-shaped conductor piece, and a U-shaped frame. , A corrugated rail, and a control piece is placed between the two conductive frames. The bottom pedestal is located at a position that comes into contact with this ground pin when it is inserted into the inside of the bar. The bottom pedestal has two groove holes, the ground groove disposed between them, and a fitting provided on the periphery of the bottom pedestal. The groove has a groove, and the middle frame has four stoppers and two stopper plates provided on the surface thereof, and the two stopper plates are provided with stopper rims, and are separated from the upper cover. After combining the plate, the two conductive frames, the ground frame, the bottom pedestal, and the inner frame into one body, the reverse L-shaped insertion pin contacts the rail when the reverse L-shaped insertion pin is inserted, and then the reverse L-shaped insertion pin By moving down
The inverted L-shaped insertion pin and the spring contact piece come into contact with each other to conduct electricity, and the fan-shaped insertion pin is inserted into the gap between the receiving conductor piece and the U-shaped conductor piece to contact with each other to conduct electricity. Furthermore, the circular insert pin and the square insert pin are configured to contact the U-shaped conductor piece and thus be applicable to several different plugs.

〔Example〕

1, FIG. 2, FIG. 3 and FIG. 3-1 show the present invention as a single outlet body (in this specification, the plug insertion port is 1
Only one outlet. ) Is shown as an example applied to.

The bottom pedestal 1 has two slots 11 and 13 and one ground groove 12
Is provided. Inside the slots 11 and 13, respectively,
Conductive frames 2, 2'are arranged. The ground frame 3 is arranged inside the ground groove 12. The conductive frames 2 and 2'are structures corresponding to each other (that is, they are left-right symmetric), and these are spring contact pieces 21, 21 ', receiving guide pieces 22, 22', U-shaped guide piece 23 ,. 23 'and U-shaped frames 24,2
4'is provided. U-shaped frame 24 is a corrugated rail 2
Have five. A control piece 26 is arranged above the corrugated rail 25 as shown in FIGS. 3 and 3-1. The control piece 26 is configured to move forward or backward according to the rotation of the bolt 27. A single conductor 28 is attached to the hook 261 of the control piece 26. Control piece 2
When the 6 is advanced, this control piece 26 moves toward the upper part of the corrugated rail 25, whereby the single conductor 28 and the conductive frame 2,
2'and 2 are electrically connected (see Fig. 3). Further, when the bolt 27 retracts, the control piece 26 retracts in accordance with this and is positioned near the lower end of the corrugated rail 25 (third part).
-1). Then, the single conducting wire 28 becomes in a detachable state, and the single conducting wire 28 can be pulled out from the outlet or inserted into the outlet for use.

Also, after pulling the control piece 26 to the lower end of the corrugated rail 25 with the bolt 27, insert a flexible multi-conductor wire as shown in FIG. 3-1, and screw in the bolt 27 to move it forward. Conductors can also be attached to the outlet.

Therefore, the outlet of this example has an advantage that it can be inserted and attached into the inside regardless of whether the electric wire is a single conductor wire or a multi-conductor wire.

Rails 42, 42 'as seen on the left and right sides of the partition plate 4 (see FIG. 1).
And a slot 41, 41 'are provided, and a notch 43 and a circular hole 44 are provided substantially in the center of the partition plate 4 in the left-right direction. The spring contact pieces 21, 21 'of the conductive frames 2, 2'are arranged at positions corresponding to the slot holes 41, 41', and the ground frame 3 is arranged at a position where both the notch 43 and the circular hole 44 can face each other. Along with
It is arranged inside the grounding groove 12 of the bottom pedestal 1. The state in which these members are combined is schematically shown in FIG.

In the vicinity of the upper part of the upper cover 5 in this example, the inverted L-shaped holes 51, 5 are provided.
1'is provided, and an elliptical hole 52 is provided in the center of the upper cover 5.
Are formed. A circular hole 53 is formed at an appropriate position of the elliptical hole 52. Square grooves 54 are continuously formed above and below the circular hole 53. A circular hole 55 is formed below the elliptical hole 52. On both sides of the circular hole 55, elongated holes 56, 5
6 ', circular holes 57, 57' and square holes 58, 58 'are integrally combined to form a slot hole.

The upper cover 5, the partition plate 4, the conductive frame 2, the grounding frame 3, the bottom pedestal 1 and their accessories in this example are joined together by high frequency or adhesive, or fixed with bolts to form one outlet body. Becomes This outlet body can be mounted inside the middle frame 7 (see FIGS. 4 and 4-1). The middle frame 7 is provided with four stoppers 71 and two stopper plates 72. An outlet is housed in the space defined by the stopper 71 and the stopper plate 72. The outlet body is housed and attached inside the four stoppers 71, and at this time, the retaining edge 73 of the retaining plate 72 engages with the fitting groove 15 of the bottom pedestal 1 to connect the outlet body and the middle frame 7. It is configured to prevent relative movement.

Since the outlet of this example has a prismatic shape as a whole, the rotation angle with respect to the middle frame 7 can be selected relatively arbitrarily,
The outlet body can be oriented in an easy-to-use direction, and when the outlet body is removed from the inner frame 7, it can be easily removed by simply opening the stopper plate 72 in the outward direction.

Next, the operation of the outlet according to this example will be described with reference to FIG.
This will be described with reference to FIGS. If the plug 6 is reverse L
If it has shape insert pins 61, 61 ', reverse this
It can be inserted into the shaped holes 51, 51 '. Reverse L inserted
The shape inserting pins 61, 61 ′ abut on the partition plate 4. In this state, electricity is not applied yet. Then, inverted L-shaped insertion pins 61, 61 '
When is moved along the rail 42, the spring contact pieces 21 and 21 'come into contact with each other to conduct electricity. Thus, the outlet of this example is
The risk of electric shock when the plug 6 is inserted into the outlet can be reduced, and the power supply and the plug 6 can be reliably energized. The outlet of this example can be used for extension outlets, bells and the like.

Then, when the plug 6 has the second configuration from the top in FIG. 5, the circular insertion pin 62 provided at the center of the plug 6 is
It is inserted inside the elliptical hole 52 and connected to the ground frame 3.

If all the insertion pins are circular insertion pins 67, 67 ', they can be inserted into the circular insertion holes 57, 57'.

If the circular pin 65 is arranged between the circular insertion pins 67, 67 ', it can be inserted into the circular hole 55.

If the circular pins 62 are arranged slightly above the midpoints of the circular insertion pins 67, 67 ′ and the pins are arranged in a triangle, the central circular pin 62 can be inserted into the elliptical hole 52. it can.

If the circular insertion pin 63 at the center of the three pins is particularly large, it will be in a position facing the recess 31 of the ground frame 3 after being inserted into the circular hole 53. When the insertion pins are fan-shaped insertion pins 66, 66 ', that is, in FIG.
If it is the fourth plug 6 from the bottom, insert pins 66,6
6'can be inserted into the elongated holes 56,56 '.

If the insertion pin of the plug 6 is a square pin 64, 68, 68 '(in the case of the second plug 6 from the bottom in FIG. 5), insert these into the square holes 54 and 58, 58'. Can be inserted.

As can be seen from the above description, the outlet of this example can be connected by inserting various insertion pins that are relatively commonly used in the world.

Further, in this example, insertion pins are inserted between the receiving guide piece 22 and the U-shaped guide piece 23 of the conductive frame 2 and between the receiving guide piece 22 'and the U-shaped guide piece 23'. To form a gap.
When the insertion pin is inserted into this gap, the insertion pin comes into contact with the receiving guide pieces 22 and 22 'and makes contact with them while slightly inclining them. Therefore, the contact is reliable,
Moreover, reliable contact can be obtained over a long period of time.
Further, the U-shaped guide pieces 23, 23 'have a slightly smaller front end and a slightly larger rear end, and a material having an appropriate elastic force is selected as the material, so that the circular shape inserted inside is adopted. The insertion pins 67, 67 'or the square pins 68, 68' can be clamped inside and brought into contact with each other to ensure reliable energization.

The structure of the upper cover 5 in the outlet of the present invention may be a structure having an insertion hole having a shape as shown in FIGS. 6 to 13. 6 and 7 show an example in which the inverted L-shaped insertion holes 51, 51 'are provided in the upper cover 5, and in addition to this, an elliptical hole 52 for inserting the ground insertion pin is provided in the center position. It is an example. With these, safe use and hook effect can be obtained.

The slanted holes 59, 59 'shown in FIG. 12 are a kind of insertion hole configuration, and the internal structure thereof is the same as that described above, and therefore detailed description thereof will be omitted.

Next, the configuration of an outlet 100 according to another embodiment of the present invention will be described with reference to FIGS. 14 to 16.

This outlet 100 is mainly composed of a bottom pedestal 110 and a conductive frame 12
0,120 ', ground conductive frame 130, partition plate 140, upper cover 150
Etc. are mainly composed. On the bottom pedestal 110,
Two slot holes 111 and 113 and one ground groove 112 are provided. The conductive frames 120, 120 'are functionally similar to the conductive frame 20 shown in FIG.
1 ', the receiving guide pieces 122, 122', the U-shaped conducting pieces 123, 123 ', and the pressure receiving plate 124 are provided. The U-shaped guide pieces 123, 123 ′ are arranged inside the H-shaped groove 114 of the bottom pedestal 110. Reception guide piece 12
2 is arranged facing the oblique surface 115. Pressure plate 124
Are arranged so as to face the columns 114, and are pressed and positioned by the partition plate 140 in a state where the outlet 100 is assembled. The spring contact piece 121 has a hole 142 formed in the partition plate 140.
From which the inverted L-shaped groove 141 is projected.
The pin of the plug inserted into the can be energized safely and reliably.

The holes 143 are formed in the receiving conducting pieces 122, 122 'and the U-shaped conducting pieces 123, 123'.
It is used to insert the. Long hole 144 and round hole 145
Is used to insert the ground insertion pin.

The outlet 100 of this example has a ground frame 130, and the slanted groove 131 thereof is used when inserting a large ground insertion pin.
The ground frame 130 is provided with a hypotenuse 132 so that a circular insertion pin can be used to contact and conduct electricity on a single side.

The upper cover 150 has an inverted L-shaped hole 1 similar to the above-described embodiment.
51,151 ', elliptical hole 152, circular hole 153, square hole 154,154' 158,1
58 ', elongated holes 156,156' and circular holes 157,157 'are provided. The method of using the insertion pins for these is the same as in the example of FIG.

The conductive frame 120 and the ground frame 130 in this example are each integrally provided with one conductor fixing frame 125. The conductor wire fixing frame 125 is provided with a wire hole 126, a fixing bolt 127, and a notch 128.The situation in which the conductor wire is inserted from the notch 128 after the conductor wire is inserted thereinto and the conductor wire is fixed with the bolt 127. You can see it.

As shown in FIG. 15, one wire fixing frame 160 is arranged on the top of the bottom pedestal 110. As shown in FIG. 15-1, the wire fixing frame 160 is composed of a rectangular tube body having an appropriate width, and is provided with a hole 161, a bolt 162, a holding block 163, a notch 164, and the like. With the wire 165 inserted in the hole 161.
The presser block 163 is moved by and the electric wire 165 is pressed.
As a result, the electric wire 165 is curved toward the notch hole 164 and formed into an arc shape, and the electric wire 165 is fixed.

Referring to FIG. 15, FIG. 17, and FIG. 18, one metal contact piece 170, 170 ′ and 180 may be connected to the conductive frame 120, 120 ′ and the ground frame 130 according to the embodiment of the present invention. it can. In each of these, one hole 171,181 and several recesses 172,182 are formed. Inverted L-shaped bar 173,17
Holes 174,184 and small convex portions 175,185 are formed in 3'and 183. The small convex portions 175, 185 are fitted in the concave portions 172, 182. The holes 171, 181, and holes 174, 184 have
As shown in FIG. 17, fixing pins 176 and 186 are inserted and rotatably attached to each other.

The plug pedestal 190 and the plug cover 191 have bolts 192, 19
Fixed at 2 '. As a result, the rotatable plug 190 is provided at the upper end of the multipurpose outlet.

Further, one small recess 193 (see FIG. 18) is provided on the surface of the plug 190. The small recesses 193 can be reliably connected to each other by fitting with the cam flange 313 of the outlet 310 provided on the extension line 300.

Reverse L-shaped holes 351 and 351 'provided in the outlet 310, elliptical holes
352 is an inverted L-shaped hole 51, 51 'in the example described in FIG.
It is configured similarly to the elliptical hole 52. On the other hand, the plug 320 is provided with two inverted L-shaped insertion pins 321, 321 ', a ground pin 322, and a small recess 323, which allows it to function as an extension line. The configuration of these pins can be a variety of different configurations, as will be apparent from what has already been described.

FIG. 19 shows a method of fixing the extension line outlet according to this example. On the upper back surface of the bottom pedestal 110, one hanging hole 4
Ten are provided. Also, at the lower end, there is one rotatable fixing plate 420 and the bottom pedestal in a rotatable state.
A fixing bolt 430 attached to the 110 is provided.

A hole 421 is formed on one end side of the fixed plate 420, and a hole 422 is formed on the other end side (lower end side in the figure).

In the outlet of this example, the fixing plate 420 is rotated downward and moved, and then the hanging hole 410 is fixed to the fixing nail 5 fixed to the wall surface.
It is possible to fix the outlet of this example to the wall by hooking it on 10, and further inserting the bolt 520 into the hole 422 and screwing it into the wall.

When not in use, the fixing plate 420 is rotated to form the groove 440.
Can be stored inside.

20 and 21 show yet another embodiment of the present invention. Bottom pedestal 210, conductive frame 2 in this example
20,220 ', grounding frame 230, partition plate 240, upper cover 250
Is almost the same as the structure shown in FIG. However,
In this example, the upper cover 250 is provided with two oblique holes 259, 259 ′, and therefore, the U provided on the conductive frame 220 is provided.
The shape frame 223 is different from the above-described example in that the shape frame 223 must always be formed in a slightly inclined shape. The other points are the same as the example shown in FIG. 14, and thus the detailed description is omitted.

〔The invention's effect〕

Since the outlet according to the present invention is configured as described above, it is possible to connect various plugs safely and surely while having the same internal structure.

[Brief description of drawings]

FIG. 1 is an exploded perspective view of a single outlet according to an embodiment of the present invention, FIG. 2 is a perspective view showing a state where a partition plate and a conductive frame of the present invention are assembled, FIGS. 3 and 3-1. Is a partial sectional view of the single outlet, FIG. 4 is a perspective view of a middle frame used in the outlet of this example, FIG. 4-1 is a rear view of this middle frame, and FIG. 6 to 13 are front views showing modifications of the upper cover used in the outlet of this example, and FIG. 14 is another perspective view of the present invention. FIG. 15 is an exploded perspective view of the outlet according to the embodiment, FIG. 15 is a partially cutaway perspective view of the outlet, and FIG. 15-1 shows a wire fixing frame used in the outlet. , Fig. 16 is a perspective view of this outlet, and Fig. 17 is a modification of this outlet. Fig. 18 shows an example, and is a partially exploded perspective view showing a state in which a rotary plug is attached to an outlet. Fig. 18 is a perspective view showing an example of connecting a plug to an outlet according to this modification. FIG. 19 is a perspective view showing a method for fixing an outlet of this example, FIG. 20 is an exploded perspective view of an outlet according to still another embodiment of the present invention, and FIG. 21 is a perspective view of this outlet. . 1 ... Bottom pedestal, 11, 13 ... Groove hole, 12 ... Grounding groove, 100 ...
Outlet, 110 ... Bottom pedestal, 111, 113 ... Groove hole, 112 ...
… Grounding groove, 114 …… H-shaped groove, 115 …… Slanted surface, 120,120 ′
...... Conductive frame, 121,121 '...... Spring contact piece, 122,122'
...... Reception conductor, 123,123 '...... U-shaped conductor, 124 ...... Pressure plate, 125 ...... Fixed frame, 126 ...... Wire hole, 127 ...... Fixed bolt, 128 ...... Notch groove, 130 ...... Ground Conductive frame,
131 …… Oblique groove, 132 …… Slope, 140 …… Separator, 141 …… Inverted L-shaped groove, 142,143 …… Hole, 144 …… Long hole, 145 …… Circular hole, 150 …… Upper cover, 151,151 ′ …… Inverted L-shaped hole, 152…
… Elliptical hole, 153 …… Circular hole, 154,154 ′, 158,158 ′ …… Long hole, 156,156 ′ …… Long hole, 157,157 ′ …… Round hole, 160
...... Wire fixing frame, 161 ...... Hole, 162 ...... Bolt, 16
3 …… Presser block, 164 …… Notch hole, 165 …… Wire, 1
70,170 ′, 180 …… Metal contact piece, 171,181 …… Hole, 182,18
2 ′ …… Concave flange, 173,173 ′, 183 …… Inverted L-shaped bar, 17
4,184 …… Hole, 175,185 …… Small convex part, 176,186 …… Fixing pin, 190 …… Plug base, 191 …… Plug cover, 192,19
2 ′ …… Bolt, 193 …… Small recess, 2,2 ′ …… Conductive frame, 21,21 ′ …… Spring contact piece, 22,2
2 '... Reception conductor, 23,23' ...... U-shaped conductor, 24, 24 '
U-shaped frame, 25 ... corrugated rail, 26 ... control piece, 27 ...
… Bolts, 210 …… Bottom pedestal, 220,220 ′ …… Conductive frame, 223 …… U-shaped frame, 230 …… Ground frame, 240
…… Separator, 250 …… Top cover, 259,259 ′ …… Slanted hole, 3 …… Grounding frame, 31 …… Concave, 300 …… Extension line, 310
...... Outlet, 313 ...... Cam flange, 4 ...... Separator plate, 41, 41 '...... Groove hole, 42 ...... Rail, 43 ......
Notch groove, 44 …… circle hole, 410 …… hanging hole, 420 …… fixing plate, 421 …… hole, 422 …… hole, 430 …… fixing bolt, 440…
… Concave groove, 5 …… Upper cover, 51,51 ′ …… Inverse L-shaped hole, 52 …… Elliptical hole, 53 …… Circular hole, 54 …… Square groove, 55 …… Circular hole, 56,56 ′
...... Long hole, 57,57 '...... Round hole, 58,58' …… Square hole, 5
9,59 ′ …… Slanted hole, 6 …… Plug, 61,61 ′ …… Inverted L-shaped insertion pin, 62,67,6
7 '... circular insert pin, 68, 68' ... square pin, 7 ... inner frame, 71 ... stop, 72 ... stop plate, 73 ... stop edge.

Claims (10)

[Claims] 1. A top cover (5), a partition plate (4), two conductive frames (2,2 '), a grounding frame (3), a bottom pedestal (1), and a middle frame (7). And the upper cover (5) is provided with an inverted L
The shaped holes (51, 51 '), the elliptical hole (52) provided at the central position of the upper cover (5), and the two elongated holes (56) provided on the lower end side of the upper cover (5). , 56 ') and a circular hole (55) formed between these two elongated holes (56, 56'), wherein the two elongated holes (56, 56 ') are The partition plate (4) is formed of a circular hole (57,57 ') and a rectangular hole (58,58'). The partition plate (4) is provided with rails (42,42) provided on the left and right sides of the partition plate (4). ′), A notch (43) provided in the central position of the partition plate (4), slot holes (41, 41 ′) provided on both sides of the lower end of the partition plate (4), and the partition plate. (4)
And one hole (44) provided at the center of the two conductive frames (2, 2 ') disposed on the left and right sides of the bottom pedestal (1). 2, 2 ') are spring contact pieces (21, 21'), receiving guide pieces (22, 22 '), U-shaped guide pieces (23, 23'), and U-shaped frame (24, 24 '). ) And a corrugated rail (25, 25 ′), and between the two conductive frames (2, 2 ′), a control piece (2
6) is arranged, and the ground frame (3) serves as a ground pin (62, 63) when the ground pin (62, 63) of the plug (6) is inserted into the upper cover (5). The bottom pedestal (1) is arranged at a contact position, and the bottom pedestal (1) is provided on the periphery of the bottom pedestal (1) with the two groove holes (11, 13), the ground groove (12) disposed between them. And a retaining groove (15), the middle frame (7) has four stoppers (71) and two stopper plates (72) provided on the surface thereof, and the two stopper plates are provided. A stopper edge (73) is provided on the (72), and the upper cover (5), the partition plate (4), the two conductive frames (2, 2 '), and the ground frame (3) are provided. , The bottom pedestal (1) and the middle frame (7) are combined and integrated, then reverse L
Rail (42) when the shape insert pins (61, 61 ') are inserted
The reverse L-shaped insertion pin (61, 61 ') and the spring contact piece (21, 21') by moving the reverse L-shaped insertion pin (61, 61 ') downward. The contact pins are energized and the fan-shaped insertion pins (66, 66 ') are connected to the receiving guide pieces (22,
22 ') and the U-shaped conductive piece (23, 23') are inserted into the gap, and when they are contacted with each other, electricity is supplied, and further, the circular insertion pin (62, 67, 67 ') and the square insertion pin ( 68,68 ′)
Is a safety and versatile outlet characterized in that it is configured to contact the U-shaped conductor (23, 23 ') and thus be adapted to several different plugs. 2. An inverted L-shaped hole (51, 5) in the upper cover (5).
1 '), the partition plate (4), and the spring contact pieces (21, 21') of the conductive frame (2, 2 ') are the inverted L-shaped insertion pins (61, 61').
Simply inserting the reverse L-shaped hole (51, 51 ') into the reverse L-shaped insertion pin (61, 61') and the spring contact piece (21, 21 ') do not conduct electricity, and When the insertion pin (61,61 ') is moved downward, it contacts the spring contact piece (21,21') to conduct electricity, and the inverted L-shaped insertion pin (61,61 ') is connected to the outlet. The multi-safety device according to claim 1, characterized in that by fitting the electric device such as a bell, a wall light, or a transformer, the electric device can be fixed to an outlet. Use outlet. 3. The conductive frame (2,2 ') is provided with a U-shaped frame (24,24'), and a ground frame (3) is arranged near the conductive frame (2,2 '). Set up
A control piece (26,2) is provided on the U-shaped frame (24,24 ').
6 ') is mounted, and this control piece (26, 26') is attached to the bolt (2
The control piece (26, 26 ') is configured to move on the corrugated rail (25, 25') by the rotating operation of 7). By the movement of the control piece (26, 26 '), Control strip (2
Between 6,26 ') and U-shaped frame (24, 24'),
The safety and multi-purpose outlet according to claim 1, characterized in that the electric wire (28) is fixed and the fixing can be released. 4. The top cover (5) and the bottom pedestal (1), wherein the middle frame (7) is assembled with each other to form a box shape.
The upper cover (5) and the bottom pedestal (1) are attached to the middle frame (7) by the retaining edge (73) of the retaining plate (72) in a state where the above are accommodated inside the four retaining (71). The safety and multipurpose outlet according to claim 1, wherein 5. The upper cover (5), the partition plate (4), the conductive frame (2,2 '), the grounding frame (3) and the bottom pedestal (1) may be a single outlet body or a continuous outlet as required. A safety and multipurpose outlet according to claim 1, characterized in that it can be manufactured on the body. 6. The upper cover (5) has oblique holes (59, 5).
9) is formed, and the U-shaped conducting piece (23, 23 ') of the conductive frame (2, 2') is formed to have a slight inclination. Safe and versatile outlet described. 7. An electric wire (2) is attached to the conductive frame (2, 2 ').
The safety multipurpose outlet according to claim 1, characterized in that a fixing frame for fixing 8) is provided, and the electric wire (28) is fixed to the wire hole to be integrated. 8. The fixing frame of the electric wire (28) controls the block with a bolt to press the electric wire (28), and the electric wire (28) is bent toward the notch, and the electric wire (28) is fixed. The safety and multi-purpose outlet according to claim 1, wherein the outlet is fixed. 9. The conductive frame (120, 120 ′) and the ground frame (130) are connected to metal contact pieces (170, 170 ′, 180), and these metal contact pieces ((170, 170 ′, 180) are
The safety and versatile outlet according to claim 1, characterized in that the L-shaped bar (173, 173 ') is mounted by a fixing pin (176) so as to be rotatable in the forward and reverse directions. 10. The bottom pedestal or the upper cover is formed with a hanging hole (410) which is hooked to a hooking member (510) provided on a wall surface or the like, and the bottom pedestal or the upper cover is provided with a fixing plate. (420) is attached by bolts (430) so as to be rotatable in the forward and reverse directions, and the fixing plate (420) is attached to the free end side of the fixing plate (420).
20. The safety and versatile outlet according to claim 1, characterized in that a hole (422) is formed through the hole (20).