KR19990078613A - Both sides handle plug and 4'set plug socket - Google Patents

Abstract

(1) Chemical and metal fields of plastics, copper plates and conductive materials, consisting of electrodes and bodies.

(2) Receptacles and plugs for the use of two-way handle plugs and four plugs at the same time, for the use of many plugs in a small space and for the practical and safe use of two-way handles and wires for right-angle and rotary applications.

(3) It can be used for two usage parts of 110V and 220V. It is composed of wide rectangular grooves and rounded outlines on the right and left sides of the plug and opposite to each other due to the mechanical configuration when the user inserts and removes the plug. It is composed of structure for easy and safe use in pushing and pulling. The main body of the plug is assembled by half and a half, and is fixed by two bolts and nuts, and by one bolt and nut. It is composed of a trapezoidal angle at the wire inlet and a protrusion structure at right angles. It is also configured as. It can be selected according to the intended use, and the main body is made to be cylindrical, and the cover is assembled to the electrode part. The electrode is composed of a thin thin rectangle for 110V and a long and short round rod for 220V. The receptacle consists of a circle and a square, and is designed to be combined with the top and the bottom so that four can be plugged in at the same time.

(4) It can be mass-produced, the plug can be inserted and removed safely and easily, and the outlet can be plugged into four, so it can be used in a small space.

Description

Two-way handle plug and four socket outlet {BOTH SIDES HANDLE PLUG AND 4'SET PLUG SOCKET}

The present invention relates to a plug, and more particularly, to a bidirectional handle shape in which a wide rectangular groove inwardly formed on both sides of the plug to form an inward curve. Conventional plugs have been generally used in the planar state of the surface because they can not exert a pressure to safely pull or push in both directions when used to form a plane on the surface. When using this conventional structure, when the plug and the outlet were not uniformly pressured or tightly attached to the pressure hand, it was inconvenient and there was a risk of electric shock. It belongs to the plastic chemical industry and the metal industry of the electrode, and in the molding injection molding. Conventionally, although many plugs and outlets have already been manufactured and distributed on the market, it can be said that the new invention is a new invention that has taken the conventional product to a higher level.

Complementing and improving the disadvantages of the prior art as a feature of the present invention is a practical and safe new invention in consideration of the aesthetic sense, and when inserted and removed both in the straight direction, vertical direction, diagonal direction is given and convenient even with a small force It can be used to make it can be used, and the three sides are rounded to be invented to be safely invented to fit the ergonomic structure of the hand. The internal structure may be used as it is, but it can be used as a structure according to the present invention, and also to make the external structure of the existing internal structure of 110V and 220V to be used and 8 for 220V It is intended to be invented in two types. Particularly, the wire inlet is composed of right angle and rotation type to prevent cutting of the inlet wire and to make the rotation naturally in the right angle and 350 ° direction. The symmetrical structure of the left and right combination makes it possible to increase mass production and manufacturing efficiency. The aesthetics of the main body and the cover-mounted barrel is considered. It is possible to use the 110V electrode as is conventional or similar to that of the present invention and to make the internal structure and the structure and shape of the invention according to it. The round bar electrode is for 220V, but the external structure is different according to several types, but the internal structure is divided into two types, and the electrode is made to be long and short and the electrode is fixed to prevent rotation by protruding to the outside. . The joining bolts used to join each plug and outlet use round head screws, nuts and knurling bolts. The rotary plugs allow the trapezoidal circle to return 350 ° with the wires inside the wire entry section. . Another plug is a trapezoidal wire entry, curved and straight, with a perforated round plate and an oval hole, using flexible material properties, and the outlet can be plugged into four places (four) in less space. It is a structure of efficient configuration so that it is round and square. The upper part and the lower part are to be joined by bolts, and the two types of long and short electrodes and the upper and lower electrode structures are connected to each terminal and the four-way power connection type to consider the efficiency in mass production and assembly. To look like.

1 is a plan view of the outer surface of the plug for 110V

2 is a left side view of the outer surface of the plug for 110V;

3 is a front view of the outer surface of the plug for 110V;

4 is a right side view of the outer surface of the plug for 110V;

5 is a bottom view of the outer surface of the plug for 110V;

6 is a plan view of the electrode of the plug for 110V

7 is a front view of the holder electrode of the plug for 110V

8 is a right side view of the socket electrode of the plug for 110V

9 is a plan view of an electrode coupling round head bolt of a plug for 110V;

10 is a front view of the electrode coupling round head bolt of the 110V plug;

11 is a top and bottom (or left and right) high information bolt plan view of a 110V plug.

Fig. 12 is a front view of the top and bottom (or left and right) high information bolts of the 110V plug;

Fig. 13 is a plan view of the top and bottom (or left and right) fixing nuts of the plug for 110V.

Fig. 14 is a front view of the fixing nut of the 110V plug.

Fig. 15 is an enlarged view of the bottom (left) nut hole of the plug for 110V.

Figure 16 is a plan view of the inner surface of the plug for 110V

Fig. 17 is a left side view of the inner surface of the 110V plug.

Fig. 18 is a front view of the inner surface of the plug for 110V

Fig. 19 is a right side view of the inner surface of the plug for 110V;

Figure 20 is a bottom view of the inner surface of the plug for 110V;

Figure 21 is a detail view of the handle surface of the outer surface of the plug for 110V

Fig. 22 is a detailed view of the socket electrode seat on the inner surface of the plug for 110V;

Figure 23 is a perspective view of the plug for 110V

Fig. 24 is an assembly view of the upper (right) diagram of the electrode part of the bidirectional handle plug type 1 type for 220V;

to be.

Fig. 25 is an assembly view of the lower (left) view of the electrode portion of the bidirectional handle plug type 1 type for 220V;

to be.

Fig. 26 is an external plan view of the bidirectional handle plug type 1 for 220V.

Fig. 27 is an external front view of the bidirectional handle plug type 1 for 220V.

Fig. 28 is an external bottom view of a bidirectional handle plug type 1 for 220V.

Fig. 29 is an external left side view of the bidirectional handle plug type 1 for 220V.

Fig. 30 is an external right side view of the bidirectional handle plug type 1 for 220V.

Fig. 31 is an assembled left side view of the electrode portion of a 220V bidirectional handle plug type 1;

Fig. 32 is an internal front view of the bidirectional handle plug type 1 for 220V.

Fig. 33 is an internal bottom view of the bidirectional handle plug type 1 for 220V.

Fig. 34 is an internal left side view of the bidirectional handle plug type 1 for 220V.

Fig. 35 is an internal right side view of the bidirectional handle plug type 1 for 220V.

Fig. 36 is a five-sided view of the electrode portion of the two-way handle plug type 2 for 220V;

Fig. 37 is a front view of a bidirectional handle plug type 3 for 220V.

Fig. 38 is a left side view of the bidirectional handle plug type 3 for 220V.

Fig. 39 is a right side view of the bidirectional handle plug type 3 for 220V.

Fig. 40 is a cross-sectional view taken along line AA 'of the bidirectional handle plug type 3 for 220V.

Fig. 41 is a cross-sectional detail view of a wire insertion part of a two-way handle plug type 3 for 220V;

It is straight.

Fig. 42 is a cross-sectional detail view of a wire insertion part of a two-way handle plug type 3 for 220V;

It is curved.

Fig. 43 is a front view of a round rod electrode fixing cover of 220V bidirectional handle plug type 3;

to be.

Fig. 44 is the right side of the round bar electrode fixing cover of the bidirectional handle plug type 3 type for 220V;

It is also.

Fig. 45 is a front view of a round electrode of 220V bidirectional handle plug type 1 type;

Fig. 46 is a left side view of a round electrode of 220V bidirectional knob plug type 1 type;

Fig. 47 is a right side view of a round bar electrode of 220V bidirectional knob plug type 1 type;

Fig. 48 is a front view of a round bar electrode of 220V bidirectional handle plug type 3;

Fig. 49 is a left side view of the round electrode of a bidirectional handle plug type 3 type for 220V.

Fig. 50 is a right side view of a round bar electrode of 220V bidirectional handle plug type 3;

Fig. 51 is a plan view of a bowl head of a bidirectional handle plug type 1 for 220V.

Fig. 52 is a front view of a bowl head of 220V bidirectional handle plug type 1;

Fig. 53 is a front view of a nut of a bidirectional knob plug type 1 type for 220V.

Fig. 54 shows the flat head of the assembled round head bolt of the bidirectional handle plug type 2 type for 220V.

It's a shave.

55 is a fixed head round head bolt of a bidirectional handle plug type 2 type for 220V

Front view.

Fig. 56 is a perspective view of a bidirectional knob plug type 2 for 220V.

Fig. 57 is a perspective view of a bidirectional knob plug type 3 for 220V.

Fig. 58 is a perspective view of a bidirectional grip plug type 1 for 220V and a right angle view.

Fig. 59 is a right angle perspective view of the bidirectional handle plug type 4 type for 220V.

Fig. 60 is a plan view of the nut ring for bidirectional handle plug types 3 to 8 for 220V.

All.

61 is a front view of a knurling bolt.

Fig. 62 is a plan view of a right angle bidirectional handle plug type 5 for 220V.

Fig. 63 is a front view of a right angle bidirectional handle plug type 5 for 220V.

64 is a bottom view of a cover of a rectangular bidirectional handle plug type 5 type for 220V.

It is also.

Fig. 65 is a plan view of the cover of a rectangular bidirectional knob plug type 5 for 220V.

Fig. 66 is a front view of the cover of a rectangular bidirectional knob plug type 5 for 220V.

Fig. 67 is a cross-sectional view taken along line K-K 'of a right-angle bidirectional handle plug type 5 for 220V;

Fig. 68 shows the K-K 'cover without the right angle bidirectional handle plug type 5 for 220V.

Is a cross-sectional bottom view.

69 is a plan view of a right-angle rotary bidirectional knob plug type 6 for 220V.

70 is a front view of a right-angle rotary bidirectional knob plug type 6 for 220V.

Fig. 71 is a sectional view of the L-L 'section of a right angle rotary bidirectional knob plug type 6 for 220V;

All.

Fig. 72 is a plan view of a rectangular bidirectional knob plug type 7 for 220V.

Fig. 73 is a front view of a rectangular bidirectional handle plug type 7 for 220V.

Fig. 74 is a perspective view of a rectangular bidirectional handle plug type 7 for 220V.

75 is a garden size plan view of a right-angle bidirectional handle plug type 8 for 220V.

Apostle).

Fig. 76 is a circuit diagram of a 220 V round and square outlet.

Fig. 77 is a front view of a long electrode of a circular, rectangular outlet type 1 type for 220V;

Fig. 78 is a right side view of the long electrode of the circular, rectangular outlet type 1 type for 220V;

Fig. 79 is a bottom view of a long electrode of a circular, rectangular outlet type 1 type for 220V;

Fig. 80 is a front view of a short electrode of a circular, rectangular outlet type 1 type for 220V;

Fig. 81 is a right side view of a round electrode and a rectangular outlet type 1 type for 220V;

Fig. 82 is a bottom view of a short electrode of a round, square outlet type 1 type for 220V;

83 is a plan view of the electrode holder of all electrodes of a circular, rectangular outlet for 220V;

All.

Fig. 84 is a cross-sectional view of the electrode holder N-N 'of all electrodes of a round, square outlet for 220V;

It is also.

Figure 85 shows the bottom of all electrode intersection receptacles of a round, square receptacle for 220 V.

It is three sides of the pedestal which enters the groove of the shim. (Front view, top view, right side

Degree)

Fig. 86 is a front view of a vertical electrode of type 2 of a round, square outlet for 220V;

All.

Fig. 87 is a right side view of a vertical electrode of type 2 of a round, square outlet for 220V;

All.

Fig. 88 is a bottom view of a vertical electrode of type 2 of a round, square outlet for 220V;

All.

Fig. 89 is a three-sided view of a type 2 type horizontal electrode of a 220 V circular and rectangular outlet.

(Front view, top view, right side view)

Fig. 90 is a top front view and a bottom view of Types 1 and 2 of a circular outlet for 220V;

Fig. 91 is a top front view and a bottom view of Types 1 and 2 of a rectangular outlet for 220V;

Fig. 92 is a bottom front view and a bottom view of Types 1 and 2 of the 220V circular outlet.

Fig. 93 is a bottom front view and a bottom view of Types 1 and 2 of the rectangular outlet for 220V;

Fig. 94 is a perspective view of a four-pronged circular outlet for 220V.

Fig. 95 is a perspective view of a four-wall rectangular outlet for 220V.

Fig. 96 shows the four-hole circular, rectangular type 1 and 2 wire protruding holes for 220V;

It is a rough perspective view.

The outer surface is a type of structure that is entirely integrated with the invention of using up and down (right and left), and the two-way handle part of the outer surface has the same shape and functional structure for both 110V and 220V and 220V Has a different internal structure. In the part where the rear electric wire comes in, the fixed structure and the flexible structure are different, and the inside is composed of a left-right coupling and a single structure.

Fig. 1 (1) is a plan view of a bidirectional handle plug, which is a bolt hole for fastening up and down (right and left) that has a circular end in the center. The upper and lower (right and left) centers have a narrow round shape, and the outer side has a wide round shape boring structure. The upper (right) structure has a wide round circle on the outside and the lower (left) structure has a hexagonal wide groove on the outside. (2) is a plan view of the structure of a groove having an outer surface with a square and a circular arc on both sides. It is for 110V.

Figure 3 (3) is a letter notation using the embossed on the bottom surface of the square groove on both sides of the outer surface is engraved manufacturer, product name, license number, etc. (4) in the upper and lower (right, left) corners It is a very small round chamfered structure considering safety.

Fig. 4 (5) is a right side view of the bi-directional knob plug showing the structure of an arc in the edge portion of the square groove on the outer surface seen from the right side for 110V. (6) is an inner portion of the upper right and the same size so that the narrowly grooved position can be fixed so as to be fixed at the length of the electrode plate as a fixed position of the protruding electrode plate of the plug to be plugged into the outlet. Is the seat structure. Four locations have the same symmetrical position and shape on both sides. (7) shows the structure which has a square shape as half of the input hole of the electric wire which will be located in the opposite direction of the electrode plate part plugged into an outlet in the center of the inner side of the upper (right) figure of a bidirectional knob plug.

7 (9) is a protruding electrode plate of the bidirectional handle plug, made of a material having excellent malleability, and has a narrow and elongated structure. It is a structure of a circular hole penetrated at the first part of plugging it in. It is a structure to make it easy and safe to insert the core wire into the penetrated circle when connecting it with other electric wire without a general outlet in the hole. (10) and (11) is a protruding electrode plate of the bidirectional knob plug, which has a narrow longitudinal direction, and has a structure of two narrow grooves vertically narrowed at about one third in the middle. It is a seat groove in which the electrode plate can be fixed between the main body of the plug and the main body. (12) is a protruding electrode plate of the bi-directional knob plug (12) part is located inside the inside, and the wire is wound around the bolt that connects the wire and the electrode plate inside the rear portion inside the inside to fix the bolt Perforated female threaded hole structure for giving.

Fig. 8 (13) shows a right side view as the protruding electrode plate of the bidirectional handle plug.

10 (14) is a plan view of a round flat head screw, which has a straight and a cross shape, which are represented by crosses as a representative.

Fig. 13 (16) is a hexagonal female screw to be fastened with a round head screw, and is a hexagon nut suitable for a structure necessary to be penetrated from the surface to the upper and lower sides (right and left) of the bidirectional knob plug.

Fig. 12 (17) is a round head screw, which is slightly longer in length and is a male screw that is fastened to a hexagonal female screw, and is a male screw that is inserted into a hole penetrated through a circular hole at the center of the surface of a bidirectional knob plug and engaged with a hexagonal nut. .

Fig. 11 (18) is a head of a round head screw, which is seen from above, and has a straight and cross shape, which is representatively shown as a cross.

Fig. 15 (19) is a front view of a top (right) view of the bidirectional handle plug, showing a detail of a local cross section cut in the cross section. It is located in the center of the surface and is a stepped structure, wider on the top and narrower on the bottom, as counterbored. (20) is a detailed view of the local cross section cut from the front view in the front view of the lower (left) view of the bidirectional handle plug, located at the center of the surface, and the outer (upper) hexagonal wide groove. . Below it (inside) is a narrow circular structure. The wide hexagonal groove is designed to hold the hexagonal nut in order to prevent the nut from turning when the hexagonal nut enters the groove and tightens with the external thread.

Fig. 18 (21) is a front view of the lower (left) view, which has a narrow rectangular groove for fixing an electrode plate that is fixed inside and protrudes out of the bidirectional knob plug, and is located on both sides of four places. (22) shows the inner surface of the bi-directional handle plug in the upper (right) view, and the upper and lower (right, left) views are symmetrical in structure and can be omitted in drafting techniques because they are complicated in the city. will be. (21) is a lower (left) view and the longitudinal fixing seat of the electrode plate fixed inside, and (22) is a groove that is a little deeper than the fixed seat of the longitudinal groove and the groove is wider than the thickness of the electrode plate. As space is enough. Substantially fixed part is the seat of (21). For ease of assembly and disassembly (23) is a front view showing a part of the space that is wide grooved inside the two-way handle plug. When the electric wire enters from the rear entrance and is fastened to the female and male threads of the electrode plate by the bolt of the electrode plate which is fixed in two parts, it is a seat groove for fixing the two branches sufficiently in the space groove. Denoted at 24 is an inlet through which wires in the upper and lower (right and left) views are drawn, showing the rim thickness and the position size structure of the bidirectional knob plug, and have a rectangular structure.

Fig. 16 (25) shows a very small round chamfered structure considering safety as the outer edge of the lower (left) view.

Fig. 18 (26) shows a front view of a bolt hole for fastening up and down (right and left) at the center of the bidirectional knob plug and a stepped portion as a nut hole.

Fig. 22 (27) shows a detailed view of a cross-sectional view of a cross section of a short narrow vertical groove and a space groove in the longitudinal direction 22, which are located at an outlet plug side of a protruding electrode plate fixed to a bidirectional handle plug, in a square shape. to be.

Fig. 21 (28) is a detailed view showing the circular arc structure using safety and dynamic structure on the edge portion of the square groove on the upper and lower (right and left) surfaces of the bidirectional knob plug.

Fig. 23 (29) is a perspective view for 110V of the bidirectional handle plug.

Fig. 27 (30) shows a structure of a circular through hole formed by the ends of bolt nuts to be fastened up and down (right and left) in the center of the front view of the type 1 type. (31) is a corner of the bi-directional knob square groove of the front view is a small rounded structure in consideration of safety. Reference numeral 32 denotes a manufacturer's standard marking etc. engraved on the surface of the square groove in the front view.

Fig. 30 (33) is a right side view of the upper (right) diagram of the bidirectional handle of type 1 type, and the outer surface is arcuate and fits into an outlet. It is a standard structure adapted to a circular groove. Reference numeral 34 denotes an inlet through which electric wires are inserted into the rear portion of the 220V type 1 bidirectional handle plug, and has a rectangular structure. (35) is a type 1 type bidirectional handle plug for 220V, which is a rear view, angled narrower than the main body. Reference numeral 36 denotes a fixed seat of a round rod electrode of a round type of type 1 for 220V, having a size of two-thirds of a penetrating semicircle equal to the size of the fixed rod electrode length. Reference numeral 37 denotes a fixed structure in which the round bar electrode is fixed inside the plug, and has a semicircular groove having an outer size larger than the fixed position.

Fig. 31 (38) shows the upper (right) part when assembled with the upper and lower (right and left) bidirectional handle plugs. (39) is a part of the lower (left). Reference numeral 40 is a diagram for illustrating a hexagonal structure in which the nut enters and is fixed at a hole in a penetrated end of a fastened bolt nut at the center of a lower (left) type of 220V type 1 type. (41) shows the structure in which the upper and lower (right and left) ones are fastened in a left side view. 42 is a hexagonal groove located in the center of the outer surface and is a penetrating structure. Reference numeral 43 denotes an inner wide groove of Type 1 type for 220V, which is a place where the round bar electrode and the electric wire coming from the rear part are fastened and fixed to the narrow groove part of the round bar electrode end. It is the structure of the groove with the shape of 43. Reference numeral 44 is a front view of the inside of the plug which is vertically symmetrical, and has a rectangular through-hole structure at the rear, and is an input port into which an electric wire is input. Reference numeral 45 is a front view of the inner surface of the upper and lower plugs, the structure of which is shown in the rear part in an angular shape and a rim thickness. Reference numeral 46 is a wide semicircular groove structure in which the round bar electrode is fixed inside the plug. Reference numeral 47 is a narrow seat in which the round electrode is fixed inside the plug. There are four places with two-thirds structure of the round semicircle. 8 symmetrical places. (48) is the surface of the inner front view of Type 1 type for the bidirectional handle plug 220V, which is a flat structure with a groove, and is deep in the surface. In the middle of the rear side is the same height square structure as the surface. Reference numeral 49 denotes a structure of a circular groove as a rim enclosing a narrow circular through hole fastened up and down as a large round groove in the center of the inner front view. It is a structure located between (48) and (30).

Fig. 36 (50) is a six-sided view of a type 2 type for 220V, in which a fastening bolt is composed of two fastening bolts in a left-right coupling structure, and has a fastening position that is different from a nut.

Fig. 37 (50) is a front view of a 220V bidirectional handle plug type 3 showing the surface (outer) structure. Reference numeral 51 denotes a letter engraved with an embossed surface on both sides of which a wide rectangular groove is formed on the surface, indicating a manufacturer's specification and the like for identification purposes.

Fig. 38 (52) shows the shape of the closed groove as seen from the left side of the 220V bidirectional handle plug type 3 type. Here is a fixed seat structure in which the round electrode is fixed inside. There are two places, one on each side. Reference numeral 53 is a structure showing a female screw hole at the center of the bi-directional handle plug 220V type 3 shown in the left side. It is a structure to fasten the cover by covering it. Reference numeral 54 is a view of the left side, which is a rectangular deep through hole, which is drilled one by one on both sides, and is a structure of a passage hole for fastening the electric wire together with a round electrode fixed to the electric wire 52 inserted into the rear part. Reference numeral 55 is a schematic view of the left side showing the shape of a wide rectangular groove on the outer surface of the 220V bidirectional handle plug type 3.

Fig. 39 (56) is a schematic view seen from the right side, which is an input hole into which an electric wire is inserted, and has a rectangular through structure and has a trapezoidal shape at an angle. It is a structure showing the surface of the inlet.

Fig. 40 (57) is a cross-sectional view of the 220V bidirectional handle plug type 3 in cross section, showing a cross section of the inner end in a structure having a stage inside. (58) shows the shape of the garden or ellipse penetrated to the rear trapezoidal portion into which the electric wire is applied.

Fig. 41 (59) shows a trapezoidal rear portion of the wire insertion portion cut in section, and is made of a material which is more flexible in structure than the main body. It is a fluid material structure with left and right moving up and down. As it is angled, it has a quadrilateral structure up to the input hole into which the wire is inserted, and the round hole penetrating the inner and outer surfaces is drilled, and the corner part is drilled in the semi-circular angle direction, so the angle can be reduced for the user to use it flexibly. It is a structure that functions to make it wider. The outline shows a straight structure.

42 (60) can use a large circular structure such as (59) and shows it. Reference numeral 61 denotes a cross-sectional view of the wire inlet portion in a flexible trapezoidal shape at the rear.

Fig. 43 (62) shows a front view of a cover for fixing a round bar electrode and has a structure with rounded through holes in the cover so that the round bar electrode can be fixed to the upper and lower portions of the front view. It protrudes into a vertical square at the center of the outer side of the perforated round bar electrode seat to prevent rotation of the round bar electrode. The structure of the cover of (63) is a structure of the through hole which has a stage, and this center is enclosed by the square which protruded from the outside. This square is a structure that is assembled in the same size as the structure of the central portion of the main body. This is a bolt hole seat where a round head crosshead bolt or a nut ring bolt is inserted to assemble the body and the cover.

Fig. 44 (64) is a cover fitted together at a portion where a 220V bidirectional handle plug type 3 to 4 type circular electrode is assembled, and is a structure of a cover for fixing a round bar electrode and is shown in the right side view. .

Fig. 45 (65) shows a front view of the round bar electrodes of Types 1 and 2 of the 220V bidirectional handle, and (66) shows a structure in which three narrow circular grooves are arranged in the cross-sectional direction. In the front view, it is vertically slotted, and the first narrow groove and the second narrow groove are fixed to the inside of the upper and lower plug bodies, and the length portion is fixed to the length. The groove at the end is a narrow small circular groove in the fastening position for fastening the core of the wire coming in from the rear.

Fig. 48 (67) is a front view of a round bar electrode of 220V bidirectional handle type 3 to 4 type, with a small round bar, a large round bar at the rear, and a narrow round groove on the large round bar side. This is a fastening seat for assembling inside the main body and fastening the core wire of the electric wire coming in from the rear part. The rear part of the main body is inside the main body of the round bar electrode, which is fixed to prevent the left and right shaking. It is a square groove in the longitudinal direction of one wide round bar. It is a fixed function to prevent the rotation of the round bar electrode.

Fig. 51 (68) shows a head of a cross-shaped round head bolt for fastening at a bolt nut seat in the center when the upper, lower (right, left) is assembled by a bolt of two-type handle plug type 2 for 220V. It is a city showing the structure of.

52 (69) shows a front view of the bolt.

53 (70) shows the nut to be fastened with the bolt in a front view.

Fig. 54 (71) shows a cross-shaped round head shape for assembling a type 2 body and cover of a 220V bidirectional handle plug. Representatively, the cross is shown. Used for assembling two bowls at the time of fastening.

Fig. 55 (72) is a front view of the cross round head bolt.

Fig. 56 (73) is a perspective view of a 220V bidirectional handle plug type 2, which shows an external appearance and a perspective structure.

Fig. 57 (74) is a perspective view of a 220V bidirectional handle plug type 3, which shows an external appearance and a perspective structure.

(75) is a detailed view showing the structure that can be applied to the bi-directional handle plug 110V or 220V for both surfaces of the bi-directional handle-shaped cross section in an angular straight line instead of an arc.

(76) is the detail and the similarity that can be applied to the rectangular line.

(77) is a detailed view showing the structure that can be applied as a linear structure that can be projected outward, not a rectangular wide groove, and is similarity.

Fig. 58 (78) shows a structure in which a bolt and a nut are united in a general type, not a left-right assembly type of 220V type 2 type, but the following is a perspective view of a structure and a shape in which the wire insertion part is at a right angle. to be.

Fig. 59 (79) is a type 4 type for 220V, in which the main body is tubular, and the cover is coupled from the side to the inside of the main body. This is a perspective view of the structure so that it can be used slightly flexible left and right before and after. The wire insert is a rectangular structure.

Fig. 61 (80) shows a front view of the knurling bolt.

Figure 63 (81) shows the structure and shape of the plug with the main body having a trapezoidal shape and a square insertion hole at right angles in the structure of the electric wire insertion part.

Fig. 65 (82) is a plan view of the cover of the plug of the type 5 to 8 plug for 220V, showing the structure and shape.

Fig. 67 (83) is a cross-sectional view of a cross section of K-K 'section of the rectangular type 5 type, showing the structure and shape with the cover fastened. The type 5 ~ 8 type wire input passage is one of the square, the center part of the electrode space is penetrated from side to side and the trapezoidal shape protrudes from the inside, and the center is the structure and shape of the female screw to which the cover is assembled.

67 (84) shows the cross-sectional shape of the structure and the female screw structure protruding trapezoidally on the rectangular through passage at the center when the cover is fastened to the plug body by the bolt of the cover.

70 (85) is a structure in which the wire inlet of the 220V type 6 type has a circular trapezoidal shape and a rectangular structure, and the support structure for supporting the rotating portion at the plug wire inlet portion to be rotated has a right angle shape. And bolts are fixed and rotated.

Fig. 71 (86) is a cross-sectional view of a LL 'cross section of 220V type 6 type, with a rotational and right angle structure, and a wire trapezoidal trapezoidal structure with an input section of a section rotated 350 ° by a rotating support and bolt. It is shown.

Figure 73 (87) is a type 7 type for 220V, in which the wire input portion is a rectangular trapezoidal shape, and the plug body handle portion is narrowed in a trapezoidal shape rather than a right angle cross section at the wire insertion portion.

74, 88 is a perspective view of a type 6 type for 220V.

Fig. 75 (89) is a plan view of a type 8 type for 220V, which has a thick main body structure. The bidirectional handle surface is deep.

Fig. 76 (90) is a circuit diagram of a type 2 type of 220V outlet. +,-It is formed as two poles and has a cross structure.

Reference numeral 91 is a circuit diagram of a type 1 type of outlet for 220V. It is formed by two poles, which are crisscross or long and short.

Figure 77 (92) is a type 1 type of electrode to be inserted into a 220V outlet, and is a front view showing a structure in which four electrode contacts are connected by long electrodes, and bent to prevent a short circuit in a portion that may overlap horizontally and vertically. It is a structured structure. Each electrode holder part is press-processed by one closed circular hole, and the end surface part is a horizontal horizontal part, and is a connection part of external electric power.

78 is a right side view of the long electrode of the electrode type 1 type.

80 is a front view of the short electrode of the electrode type 1 type.

84 (95) shows a structure and a shape in which the plug electrodes of the electrode type 1 and type 2 are inserted into the upright contact with the socket which is the conduit. The cross section of N-N 'which is a top view is shown by sectional drawing.

Figure 85 (96) shows that the electrodes are horizontally vertically fixed to the surface inside the bottom of the outlet, and do not short-circuit at the crossover portions of the mounting structure, but the one pole is inserted into a groove to be configured as the one pole down. Pedestal shape and structure. It is a front view, a plan view, and a right side view. It protrudes with grooves on both sides in the upper part of the front view, and the electrode is placed in the groove, and the pedestal has a connection function pedestal structure, and the height of the protrusion is equal to the thickness of the electrode, and the electrode is sandwiched. Is placed.

86 (97) shows a vertical electrode as a 220V outlet electrode type 2 type.

FIG. 87 (98) is a local diagram showing a local portion of a rail on which electrodes are placed as a main body of a round structure and a rectangular lower structure for a 220V outlet;

Fig. 89 is a horizontal electrode as a 220V outlet electrode type 2 type.

Fig. 90 (99) is a top plan view and a front view of a 220V outlet circular type 1 and 2 type.

FIG. 91, (100) is a top front view and a front view of a 220V outlet rectangular type 1 and 2 type.

Fig. 92 (101) is a bottom front view and a bottom view of a 220V outlet circular type 1 and 2 type;

Fig. 93 (102) is a bottom front view and a bottom view of 220V outlet rectangular types 1 and 2;

94 is a perspective view of a 220 V outlet circular.

95 is a perspective view of a 220V outlet rectangle.

96 (105) shows the structure and shape of the 220V circular and rectangular outlets projecting in a thin thickness to fit the wire inlet in both directions.

Set of plugs and receptacles As a invention of the invention using standardized specifications and molded injection molding, it is possible to mass-produce. In particular, the plug with bi-directional handle structure allows the user to easily and conveniently and safely use the plug when inserting and removing the plug into the outlet. In addition, the appearance is beautiful and natural color can be selected, and the plug-in type of 110V to 220V can be selected and the main body structure is made of right angle and rotation type so that it can be selected according to various purposes. . It is structured to increase the productivity efficiency easily and shortly in the mass production and assembly process in the electrode part, and it can be used in four directions or one direction at the same time with four plugs in the outlet, and it can be said to be an effective use invention in life. . It is an invention that has an assortment of choices in two shapes, square and round, and it can be said to be an invention that can obtain the effect of national economic profit when it is exported.

Claims (2)

Invention of things 1. The shape and structure of plugs for 110V and 220V and outlets for 220V, natural colors, plastic body materials and conductive electrode metals. 2. The shape and structure of type 1 to 8 type plugs for 110V and 220V type plugs, which are related to the structure and shape of left and right assembly type and cover and body combined type. 3. It relates to the structure of round head straight and cruciform bolts, nuts and nutring bolts in the combination of the main body and cover coupling structure. 4. It relates to a square bi-directional handle structure of 110V, a trapezoidal wire input structure for 220V, and a circular or elliptical hole penetrating structure with flexible material properties, and a square slot shape. 5. It relates to the support and fixing bolt for fixing the rotary input part to the rectangular input hole, circular trapezoidal structure and rotary structure, and the rectangular input hole rectangular structure and circular trapezoidal structure. 6. Garden plugs and plugs with a thickness and shape of thickness and two-way handles with a thickness and size of about three quarters. 7. One plug opening inwards on the left and right surfaces of all plugs and is circularly structured to the outside of the surface. 8. The structure of the surface of the entire body and the structure of the surface and the structure of the two-way handle part are used to display the effect of the embossing and the trademark or the written letter or symbol. 9. The shape and structure of the 110V rectangular thin plate electrode, with a small groove so that it can be fixed inside the plug in the middle, and a circular through structure of female thread for connecting and connecting to the wire input part. It is about two round holes, rounded and through. 10. The structure and shape of the long and short of 220V and round bar electrode. The left and right assembled plugs are long and have a structure with a thick groove in the longitudinal direction and a portion that can enter the electrode circular groove inside the plug. It is about the small circular groove to be made, and the short round electrode is about the structure and shape of the function as long as the whole plug. 11. In the internal structure of the plug, the left and right assembly structure is related to the symmetrical structure, the bolted fastening stage, the counter-sinking structure, the hexagonal structure, and the one-side closed structure with the female thread. It is about the structure of the groove, and it is about the structure of the electrode seat groove in the inner tube structure, the structure of the two wire passages and the structure of one square wire passage, and the structure that protrudes trapezoidally upward in the center. In the internal structure of the structure, the rectangular structure and the rotary type are separated, and the rotary type is related to the bolt insert and the female screw structure which are fixed to support the rotation. 12. The structure and shape of the cover of the electrode part of the structure for the main body 220V, which has a stage in the center, and the structure and shape that can be fitted with the nutring bolt to the coupling. It relates to an elliptical structure, a penetrating electrode input circular hole and a protruding structure and shape for fixing the electrode so that the entire outline can be assembled into the outer edge of the plug inner surface. There are two types. 13. Four-way shape and structure that can be inserted into a circular and rectangular two-piece assembly of a fastening structure, and the wall surface through the bolt structure of the coupling in two directions, the female screw, and two through holes in the lower part. It is about a structure that can be fixed to. 14. Regarding the two-way structure of the position type of the socket part to be plugged into the outlet, it is composed of the entire socket part slightly inserted into the inner side and the edge part joined to the upper and lower parts. The upper part is an inner surface and the lower part is an outer surface. 15. The electrodes are to be assembled vertically and horizontally in relation to the shape of the lower outlet and rail, the location of the lanes and the groove structure, and the four-way structure of the wire inlet. 16. It relates to the structure and shape consisting of a curved right angle at the center of the electrode, to the direction of each electrode end and through a circular hole, and to a structure in which the electrode of the plug is inserted into a round groove in the lower outlet. 17. It relates to the structure of the direction of the power connection terminal part of the end in the same structure and shape different from the planar electrode having no bending right angle at the center of the electrode. 18. It relates to a structure and shape punched so that the plug electrode can be secured in contact and easily inserted and removed by using spring elasticity in one of four closed electrode portions that enter the lower round groove of the electrode. . 19. It relates to the shape and structure of the rails, which are mounted so that the electrodes can be installed in a square groove in the center of the lower receptacle in the vertical, transverse and overlapping areas and up into the groove. 20. It relates to the structure of electric wire inlet which protrudes squarely on both sides of round and square outlets. Invention of the method 1. It relates to the possibility of the manufacture of standard products of plug and receptacle electrodes. 2. It is about being able to mass-produce by injection molding. 3. The surface can be smoothed and polished. 4. On the surface of the manufacturer's advertising brand name or existing can be displayed. 5. The plugs, receptacles and electrodes are to be manufactured with each component that can be assembled. 6. It relates to the thing which can be manufactured using a copper plate and a conductive material in an electrode material.