KR102256729B1 - Multi-socketed outlet with incision divice of wire - Google Patents

Abstract

The present invention relates to a power strip which are used in a variety of ways indoors and outdoors and, more specifically, to a power strip in which a lower fixing body having therein a pair of power terminals and a single ground terminal, and an upper cover body having a pair of plug insertion holes are coupled. A bidirectional sheath cutter and a bidirectional wire guider are coupled to the wire connection part of each of the power terminals, and a one-way sheath cutter and a one-way wire guider are coupled to the wire connection part of the ground terminal. When a user desires to connect power and ground wires to a single power strip or connect multiple power strips for use, terminals and a wire can be connected by only fastening and fixing the wire without removing sheaths from the ends of the power and the ground wires, and thus the connection can be made very quickly and safely without a dedicated tool. In addition, cutting a conductive wire or a wire that occurs in a sheath cutting process can be blocked, and overheating or a fire caused by an unnecessarily overexposed conductive wire can be prevented.

Description

Multi-socketed outlet with incision divice of wire}

The present invention relates to a multi-outlet that is used variously indoors and outdoors, and more particularly, by combining a sheathing cutout and a wire guider separately provided at the wire connection part located inside the multi-outlet, the wire is covered with the wire unlike the conventional one. It is for a multi-outlet in which the power terminal, the ground terminal and the electric wire are stably connected and fixed to each other while the sheath of the electric wire is cut off by the simple rotation of the fixing bolt even without removing.

In general, a receptacle is a means for supplying power to each device by providing a plurality of receptacles for accommodating plugs of an electronic device or an electrical device, and is used in various forms in homes, offices, or industrial sites.

These outlets are simply provided with only two inserts, and are mainly used by being buried in the walls of buildings such as homes and offices. However, in recent years, multi-outlets, that is, extended wires of a fixed length, are used to transmit power to electric appliances in a distance. A made-up outlet was developed, and a porous outlet, that is, a multi-outlet, in which two or more insertion holes were formed so that a plurality of electric devices could be connected was developed.

In addition, the above multi-outlet was mainly provided with only 2 to 6 outlets, but recently, a switch box having an ON/OFF switch function is provided, so that electricity can be supplied and cut off by operation thereof. Multi outlets, etc. are being proposed.

In addition, the existing multi-outlet includes a base having a plurality of accommodating portions as in Patent No. A connection terminal mounted on the receiving portion of the base; A guide housing connected to the base and provided with a terminal guide; A ground terminal connected to the guide housing; A cap coupled to the upper portion of the base; And a binding means for connecting the guide housing and the ground terminal to be integrated.

In addition, as in the registered utility model No. 20-0485888, the ground terminal is composed of a body having a pair of hooks formed thereon, and a contact portion formed at both ends of the body to contact the plug; The ground connection terminal is composed of a body in contact with the body of the ground terminal, and a hook formed in the body at regular intervals, pushed and inserted between the locking rings, and then opened and in close contact with the inner surface of the locking rings. Multiple outlets that can be used very easily have been devised and registered.

Then, as in Registration Utility Model No. 20-0488009, the base terminal and the connection terminal are connected to each other in a cylindrical shape, and the contact area is improved compared to the conventional plane contact due to the cylindrical outer circumferential contact. In addition, a connection terminal for multi-concentrate grounding terminal has been devised and registered to have the effect of reducing the occurrence of clearance when used for a long time.

In addition, as in Registration Patent No. 10-2001669, a cord hole into which a cord of an electric product is inserted is formed, a socket housing having a plurality of locking protrusions formed around the cord hole, and an inclined portion pressed by the cord entering the cord hole. And a hole opening and closing member that slides in the socket housing by pressing the inclined portion to open the code hole, and is coupled to the hole opening and closing member to move together with the hole opening and closing member. An elastic locking member that is pressed together and elastically deformed to release the fixing of the sliding movement of the hole opening and closing member by the locking protrusion and then returns to the initial shape without maintaining the deformed shape, and the hole opening and closing member in the socket housing. A multi-locking safety socket unit including a return spring that is supported by an elastic force and returns the hole opening and closing member to an initial position before sliding movement has been devised and registered.

However, the existing multi-outlet is limited to the improvement of the housing coupling means between the main body and the cover body, or is only improved so that the connection between terminals is good. There was no improvement in fixation.

In other words, in order to use a multi-outlet of various types, a pair of power lines and a single ground line must be connected to the internal terminals. The work of inserting and fixing it into the power terminal and ground terminal in the housing of the outlet must be performed.

At this time, in order to remove the cover for the power line and the ground line, it is preferable to use a dedicated cover removal tool, but if an appropriate tool is not provided, the cover is removed using a stationery cutter or a nipper. In such a process, a part of the internal conductive wire other than the covering is frequently cut, and in some cases, the wire is cut together with the covering to have a problem of repeatedly removing the covering.

In particular, since the operator removes the covering in a scaled form, if the covering is cut to an appropriate length or less, a stable connection with the terminals inside the housing cannot be established. If the covering is removed excessively, the power terminals or between the power terminals There is a concern of a short circuit between the power terminal and the connection terminal, and when dust or foreign matter acts as a resistor on the exposed conductive wire, it has various problems such as overheating the outlet and resulting fire.

Republic of Korea Patent Registration 10-1177370 (2012.08.21 registered) Korea Registered Utility Model 20-0485888 (Registered March 3, 2018) Republic of Korea Utility Model 20-0488009 (Registered on November 27, 2018) Korean Patent Registration 10-2001669 (Registered on July 12, 2019)

The present invention is to improve the problems as described above, in a multi-outlet formed by combining a lower fixture with a pair of power terminals and a single grounding terminal and an upper cover body provided with a pair of plug insertion ports, the A two-way sheath cutout and a wire guider are combined and formed at the wire connection part of the power terminal, and a one-way sheath cutout and a wire guider are combined and formed at the wire connection part of the ground terminal.

The power line and the ground wire inserted in the wire connection part are cut off both sides of the sheath by the sheath cutout and are connected and fixed to the terminal, so that the wire can be quickly and efficiently connected and fixed without a separate sheath cutting operation. It is an object of the present invention to provide a multi-outlet.

In the present invention for achieving the above object, a pair of power terminals are installed and fixed in a state that is spaced apart from each other, and a ground terminal of a single entity is spaced apart from the power terminals between these power terminals. An insulated lower fixing body fixed to the seat; Insulated upper cover body having a pair of plug insertion holes formed at the top; are combined with each other,

The power terminal is integrally formed with an outwardly protruding power connection piece, a fixing bolt is vertically coupled to the power connection piece, and a fixing block screwed to the fixing bolt is located at the lower side of the power connection piece. The power line inserted between the fixed blocks is pressurized and fixed by the rotation of the fixing bolt, and the ground connection of the extended area is formed at both ends of the ground terminal, and the tightening bolt is vertically coupled to the ground connection. In a multi-outlet in which a tightening block that is screwed with the tightening bolt is positioned under both ends so that the ground wire inserted between the ground connection part and the tightening block is pressed and fixed by rotation of the tightening bolt,

An insulated two-way wire guider with a conductive bi-directional cover cutout with cutting grooves formed on both sides of the power connection piece coupled by a fixing bolt, and a guide groove corresponding to the cutting groove on both sides of the two-way sheathing cutout. Are joined by fixing bolts,

An insulated one-way wire guide with a conductive one-way cover cutout having a cutting groove on one side of the ground connection part formed on one side by a tightening bolt, and a guide groove corresponding to the cutting groove on one side of the one-way cover cutout. Is connected to the power terminal and the ground terminal, so that the power line and the ground wire inserted between the cover cutout and the wire guide are covered by the rotation of the fixing bolt and the tightening bolt, and are connected and fixed to the power terminal and the ground terminal, respectively. will be.

In the present invention, when connecting a power line and a ground line to a multi-outlet of a single entity or connecting a plurality of multi-outlets in succession, the power line and the ground wire are simply tightened and fixed without performing a cover removal operation on the ends of the power line and the ground line. Since the connection between the terminal and the wire can be achieved with just the work, the connection work can be done very quickly and safely without a dedicated tool, and problems such as cutting the conductive wire or cutting the wire that occur during the sheath cutting process are fundamentally blocked and unnecessary. It is effective in preventing overheating or fire due to excessively exposed conductive lines.

1 is an overall perspective view of a multi-outlet according to the present invention
Figure 2 is an overall perspective view of the lower fixture of the multi-outlet according to the present invention
3 is an overall plan view of the lower fixture of the multi-outlet according to the present invention
4 is an exploded perspective view of a power terminal coupling part for a lower fixture of a multi-outlet according to the present invention
5 is an exploded perspective view of a ground terminal coupling part for a lower fixture of a multi-outlet according to the present invention
6 is a detailed exploded perspective view of a power terminal connection part of a multi-outlet according to the present invention
7 is an explanatory view of the operation of the power terminal connection unit according to FIG. 6
8 is a detailed exploded perspective view of a ground terminal connection part of a multi-outlet according to the present invention
9 is an explanatory view of the operation of the ground terminal connection unit according to FIG. 8
10 is a diagram illustrating a continuous connection state of a multi-outlet according to the present invention

Additional objects, features and advantages of the present invention may be more clearly understood from the following detailed description and accompanying drawings.

Prior to the detailed description of the present invention, the present invention is capable of various modifications and various embodiments, and the examples described below and shown in the drawings are intended to limit the present invention to specific embodiments. It should be understood as including all changes, equivalents, and substitutes included in the spirit and scope of the present invention.

In addition, when a component is referred to as being "connected" or "connected" to another component, it may be directly connected or connected to the other component, but other components may exist in the middle. It should be understood that there is. On the other hand, when a component is referred to as being "directly connected" or "directly connected" to another component, it should be understood that there is no other component in the middle.

Subsequently, terms used in the present specification are used only to describe specific embodiments, and are not intended to limit the present invention. Singular expressions include plural expressions unless the context clearly indicates otherwise. In the present specification, terms such as "comprise" or "have" are intended to designate the presence of features, numbers, steps, actions, components, parts, or combinations thereof described in the specification, but one or more other features. It is to be understood that the presence or addition of elements or numbers, steps, actions, components, parts, or combinations thereof does not preclude in advance.

In addition, terms such as "... unit", "... unit", "... module" described in the specification mean a unit that processes at least one function or operation, which is hardware, software, or hardware and It can be implemented as a combination of software.

In addition, in the description with reference to the accompanying drawings, the same reference numerals are assigned to the same components regardless of the reference numerals, and redundant descriptions thereof will be omitted. In describing the present invention, when it is determined that a detailed description of a related known technology may unnecessarily obscure the subject matter of the present invention, a detailed description thereof will be omitted.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is an overall perspective view of a multi-outlet according to the present invention, FIG. 2 is an overall perspective view of a lower fixture of a multi-outlet according to the present invention, and FIG. 3 is an overall plan view of a lower fixture of a multi-outlet according to the present invention. FIG. 4 is an exploded perspective view of a power terminal coupling part for a lower fixture of a multi-outlet according to the present invention, and FIG. 5 is an exploded perspective view of a ground terminal coupling part for a lower fixture of a multi-outlet according to the present invention.

As shown in the figure, the multi-outlet according to the present invention combines the two-way sheathing opening 110 and the two-way wire guider 120 to the power terminals 100 and 100' located inside the existing multi-outlet, and the ground terminal 200 ) Is made by combining the one-way cover cutout 210 and the one-way wire cider 220 at both ends of each.

That is, the existing multi-outlet is made by combining the lower fixture 10 and the upper cover body 20 made using synthetic resin as an insulator, and an electric power terminal ( 100) (100') A pair is fixed to be spaced apart from each other, and between these power terminals 100, 100', the ground terminal 200 is also spaced apart from the power terminals 100, 100'. It is fixed in the state.

In addition, in the case of the upper cover body 20, a pair of downward plug insertion ports 21 and 21 ′ are formed on the upper surface, and in the case of a two-prong multi-plug, a pair of plug insertion ports 21 and 21 ') is formed, and in the case of a three-prong and four-prong multi-plug, a corresponding number of plug insertion holes are formed, and in the case of these various multi-plugs, the two-way sheathing opening 110 and the two-way wire guide 120 ), and the one-way cover cutout 210 and the one-way wire sider 220 may be applied respectively, and if necessary, the sheathing cutout 110, 210 without the wire guider 120, 220 may be used alone. will be.

In particular, in the case of the power terminals 100 and 100', a power connection piece 101 protruding outwardly protrudes integrally at one middle portion, and a fixing bolt 102 is located at the center of the power connection piece 101. ) Is inserted through, and a fixing block 103 made of a conductor is positioned on the lower side of the power connection piece 101 and is screwed to the fixing bolt 102.

Therefore, when the fixing bolt 102 is rotated, the fixing block 103 is raised according to the screw connection, and as the gap between the power connection piece 101 and the fixing block 103 is narrowed, it is inserted between them. The power lines 30 and 30 ′ are fixed to each other.

Subsequently, in the case of the ground terminal 200, the ground connection portions 201 having an extended area are formed at both ends, and a tightening bolt 202 is vertically inserted in the center of each ground connection portion 201, and each of these A tightening block 203 that is screwed to the tightening bolt 202 is located under the ground connection part 201, so that the tightening block 203 rises as the tightening bolt 202 rotates, and these earth connection parts 201 ) And the ground wire 40 inserted between the tightening block 203 is fixed.

Accordingly, in the present invention, on the power connection piece 101 of the power terminals 100 and 100', the two-way sheathing opening 110 made of a conductor and the two-way wire guider 120 made of an insulator are fixed to the fixing bolt 102. ), and on the ground connection part 201 of the ground terminal 200, a one-way sheath cutout 210 made of a conductor and a one-way wire guider 220 made of an insulator are combined by a tightening bolt 202.

Here, the two-way sheathing cutout 110 and the two-way wire guider 120 are positioned on the power connection piece 101 of the power terminals 100 and 100' as shown in FIG. 6, and the two-way sheathed cutout In the case of the sphere 110, a bolt hole 112 is formed through the center, and bent portions 113 are formed on both sides, and a pair of cutting grooves spaced left and right from the lower end of the bent portion 113 ( 111) is made in the form of upward reduction.

In particular, the cutting groove 111 is formed by a sharp cutting blade 111a by the tip portion on both sides of the inside, and both side bent portions 113 are between the bent portions 113 and the power connection piece 101 ) And the fixed block 103 is to have a spaced width enough to be inserted.

In addition, the bi-directional wire guide 120 is made of an insulator such as synthetic resin, and a bending guide 122 is formed on both sides so as to be in close contact with the outer surface of the bent part 113 of the bi-directional cover cutout 110 In these bending guides 122, guide grooves 121 of the number and position corresponding to the cutting grooves 111 of the bi-directional cover cutout 110 are formed, and the bending guide 122 The inner surface is formed with a coupling groove 123 through which the outer surface of the bent portion 113 of the bi-directional cover cutout 110 is inserted.

Accordingly, the two-way sheathing opening 110 and the two-way wire guider 120 are placed on the power connection piece 101 of the power terminals 100 and 100 ′, and the fixing bolt 102 is vertically inserted from the top thereof. Thus, it is only necessary to screw the fixing block 103 under the power connection piece 101.

In such a state, after separating the upper cover body 20 from the lower fixing body 10, the power terminal 100 in a state in which the ends of the power lines 30 and 30' are not stripped, as shown in FIG. 7. Inserted between the power connection piece 101 of (100') and the fixing block 103, but easily insert the power wires 30 and 30' through the exposed guide groove 121 of the bidirectional wire guider 120 When the fixing bolt 102 is rotated in one state, the screwed fixing block 103 rises, and the power lines 30 and 30 ′ rise together with the fixing block 103 elevation. It is done.

In addition, in the process of forcibly raising the power lines 30 and 30 ′, the covering of the power lines 30 and 30 ′ is applied to the cutting blades on both sides of the cutting groove 111 of the bi-directional cover cutout 110. When (111a) and the power line (30) (30') is completely raised to the upper part of the cutting groove (111), the cutting blade (111a) is on both sides of the power line (30) (30'). The sheath is completely cut off, and a state of being grounded with the conductive lines inside the power lines 30 and 30' is produced.

Therefore, the power cables 30 and 30 ′ in the state where the cover is not removed are easily inserted between the power connection piece 101 and the fixing block 103 through the guide groove 121 of the bidirectional wire guider 120. In this state, by simply rotating the fixing bolt 102, the internal conductive lines of the power lines 30 and 30 ′ and the power terminals 100 and 100 ′ reach a stable connection state with each other.

Here, the reason why the cutting groove 111 of the two-way cover cutout 110 and the guide groove 121 of the two-way wire guider 120 are separated by a pair of left and right on each side is a continuous multi-outlet of the present invention. In the case of connection and use, power lines for connecting multi-outlets adjacent to each other must be connected to one power connection piece 101 at the same time, so power is supplied by using a pair of cutting grooves 111 and guide grooves 121. It is to ensure that the wires 30 and 30' can be connected and fixed stably and firmly without overlapping each other.

In addition, the coupling groove 123 of the two-way wire guider 120 made of an insulator serves to prevent the two-way cover cutout 110 from being unnecessarily rotated during the rotation of the fixing bolt 102. It also serves as a cover member to prevent dust or foreign matter flowing into the inside from accumulating on the bi-directional cover opening 110 or acting as a resistor.

Subsequently, the one-way sheathing cutout 210 and the one-way wire guider 220 are positioned on the ground connection part 201 of the ground terminal 200 as shown in FIG. 8, and the one-way sheathing cutout 210 In the case of, a bolt hole 212 is formed through the center and a bent part 213 is formed on one side, and a pair of cutting grooves 211 spaced left and right from the lower end of the bent part 213 are upward It is made in a reduced form.

In particular, the cutting groove 211 is made by a sharp cutting blade 211a by the tip of both sides of the inside, one side bent portion 213 is the side of the ground connection portion 201 and the tightening block 203 It is located outside the end so that the ground connection part 201 and the tightening block 203 are in close contact with the bottom surface of the one-way cover opening 210 through the inside of the bent part 213.

In addition, the one-way wire guide 220 is made of an insulator such as synthetic resin, and a bending guide 222 is formed on one side so as to be in close contact with the outer surface of the bent portion 213 of the one-way cover cutout 210 In the bending guide 222, guide grooves 221 of the number and position corresponding to the cutting grooves 211 of the one-way covering incision 210 are formed, and the bending guide 222 The inner surface is formed with a coupling groove portion 223 through which the outer surface of the bent portion 213 of the one-way covering incision 210 is inserted.

Therefore, the one-way sheathing opening 210 and the one-way wire guider 220 are respectively placed on the ground connection part 201 located at both ends of the ground terminal 200, and the tightening bolts 202 are vertically inserted from the top thereof. Thus, the tightening block 203 under the ground connection part 201 can be screwed.

In this state, after separating the upper cover body 20 from the lower fixing body 10, as shown in FIG. 9, the ground connection piece ( 201) and the tightening block 203, but when the tightening bolt 202 is rotated while the ground wire 40 is easily inserted through the exposed guide groove 221 of the one-way wire guider 220, the screw The coupled tightening block 203 rises, and the ground wire 40 rises together with the rise of the tightening block 203.

In addition, in the process of forcibly raising the ground wire 40, the covering of the ground wire 40 starts to interfere with the cutting blades 211a on both sides of the cutting groove 211 of the one-way covering incision 210, and the When the ground wire 40 is completely raised up to the top of the cutting groove 211, the cutting blade 211a completely cuts the covering on both sides of the ground wire 40 and creates a state connected to the conductive wire inside the ground wire 30. .

Therefore, in a state in which the ground wire 40 without removing the covering is easily inserted between the ground connection part 201 and the tightening block 203 through the guide groove 221 of the one-way wire guider 220, the tightening bolt ( Just by rotating 202, the internal conductive line of the ground wire 40 and the ground terminal 200 reach a stable connection state with each other.

In addition, the coupling groove 223 of the one-way wire guider 220 made of an insulator serves to prevent the one-way cover cutout 210 from being unnecessarily rotated during the rotation of the tightening bolt 202, and It also serves as a cover member to prevent dust or foreign matter flowing into the inside from accumulating on the one-way covering incision 210 or acting as a resistor.

Here, in the case of connecting and using the multi-outlets of the present invention in succession, the grounding wire for connecting the adjacent multi-outlets is the grounding connection 201 provided on both sides of the grounding terminal 200 and one-way sheathing cuts coupled thereto. It may be repeatedly connected and fixed through the sphere 210 and the one-way wire guide 220.

Therefore, the multi-outlet according to the present invention simply rotates the fixing bolt 102 or the tightening bolt 202 without performing the end stripping work for the power line 30, 30' and the ground line 40, unlike the conventional one. Also, the power line 30, 30' and the power terminals 100, 100' are connected and fixed stably and firmly, as well as the ground line 40 and the ground terminal 200, which can be quickly and effectively interconnected and fixed. will be.

In particular, it is mutually stable by simply inserting the power line 30 (30') and the ground wire 40 in the state where the stripping operation is not performed without a separate work tool and simply rotating the fixing bolt 102 and the tightening bolt 202. Since the connection is made, connection and connection work is possible without the need for existing stripping-only tools and work tools, so it is very efficient.

Accordingly, the multi-outlet of the present invention may use a single outlet of a single entity alone, and if necessary, a plurality of multi-outlets can be easily connected repeatedly and continuously using a connection power line and a connection ground line as shown in FIG. 10. It is very efficient because it can be used.

The configurations shown in the embodiments and drawings as described above are only the most preferred embodiment of the present invention and do not represent all the technical spirit of the present invention, so various equivalents and modifications that can replace them It should be understood that there may be examples.

10: lower fixture
20: upper cover body 21,21': plug insertion port
30,30': power line
40: ground wire
100,100': Power terminal 101: Power connection
102: fixing bolt 103: fixing block
110: two-way cover opening 111: cutting groove
112: bolt hole 113: bend
120: two-way wire guider 121: guide groove
122: bending guide 123: coupling groove
200: ground terminal 201: ground connection part
202: tightening bolt 203: tightening block
210: one-way cover incision 211: cutting groove
212: bolt hole 213: bend
220: one-way wire guide 221: guide groove
222: bending guide 223: coupling groove

Claims (5)

A pair of power terminals 100 and 100 ′ are installed and fixed in a state that is spaced apart from each other, and a ground terminal 200 of a single entity is interposed between the power terminals 100 and 100 ′. 100) (100') and the lower fixed body 10 of insulation fixed in a state spaced apart from; An insulating upper cover body 20 having a pair of plug insertion holes 21 and 21 ′ formed on the upper part; are coupled to each other,
The power terminal 100, 100' is integrally formed with a power connection piece 101 protruding outward, and a fixing bolt 102 is vertically coupled to the power connection piece 101, and the power connection piece 101 On the lower side of the fixing bolt (102) and the fixing block (103) to be screwed is located, the power supply line (30) (30') inserted between the power connection piece (101) and the fixing block (103) is fixed. It is pressurized and fixed by the rotation of the bolt 102, and the ground connection part 201 of an extended area is formed at both ends of the ground terminal 200, and the tightening bolt 202 is vertically coupled to the ground connection part 201. And a tightening block 203 that is screwed with the tightening bolt 202 is located under both ends of the ground terminal 200, and the ground wire 40 inserted between the ground connection part 201 and the tightening block 203 is positioned. In the multi-outlet in which) is pressurized and fixed by rotation of the tightening bolt 202,
Conductive bi-directional cover cutouts 110 with cutting grooves 111 formed on both sides of the power connection piece 101 are coupled by fixing bolts 102, and the upper part of the bidirectional cover cutout 110 Insulated bidirectional wire guiders 120 having guide grooves 121 corresponding to the cutting grooves 111 on both sides are coupled by fixing bolts 102, and the upper part of the ground connection parts 201 and 201' A conductive one-way covering cutout 210 having a cutting groove 211 formed on one side thereof is coupled by a tightening bolt 202, and the cutting groove 211 on one side of the top of the one-way covering cutout 210 and The insulated one-way wire guide 220 in which the corresponding guide groove 221 is formed is coupled by the tightening bolt 202,
The bi-directional cover cutout 110 has a bolt hole 112 in the upper center and downward bent portions 113 are formed on both sides, so that the cutting groove 111 in the form of upward reduction from the lower end of the bent portion 113 is formed. The cutting groove 111 is formed and has a cutting edge 111a formed on both sides of the inner side, and is configured to form a pair of left and right for each bent portion 113, and the one-way covering incision 210 ) Is formed with a bolt hole 212 in the upper center and a downward bent part 213 is formed on one side to form a cutting groove 211 in the form of an upward reduction from the lower end of the bent part 213, and to the tip part on both sides of the inside. The cutting groove 211 on which the cutting blade 211a is formed is configured to form a pair of left and right for each bent part 213, and the power line 30 inserted between the cover cutout and the wire guider (30') and the ground wire 40 are covered by the cover cutouts 110 and 210 according to the rotation of the fixing bolt 102 and the tightening bolt 202, and the power terminals 100, 100', respectively. A multi-outlet with a cover cutting means, characterized in that it is configured to be connected and fixed to the ground terminal 200 and fixed by the wire guides 120 and 220 at the same time.
The method of claim 1,
The two-way cover cutout 110 is to be inserted upward from the lower side in the two-way wire guider 120, but the two-way wire guider 120 is bent to be in close contact with the outer surface of the bent part 113 of the two-way sheathing cutout 110 on both sides. The guide 122 is formed downward to form a guide groove 121 in an upward reduction form from the lower end of the bending guide 122, and the bidirectional cover cutout 110 is bent on the inner surface of the bending guide 122 A multi-outlet with a cover cutting means, characterized in that it is configured by forming a coupling groove 123 having an outer surface of the part 113 disposed thereon.
The method of claim 1,
One-way cover cutout 210 is to be inserted upward from the lower side into the one-way wire guider 220, but the one-way wire guider 220 is bent to one side to be in close contact with the outer surface of the bent part 213 of the one-way sheathing hole 210 The guide 222 is formed downward to form a guide groove 221 in an upward reduction form from the lower end of the bending guide 222, and the one-way cover opening 210 is bent on the inner surface of the bending guide 222 The multi-outlet to which the cover cutting means is combined, characterized in that the part 213 is formed by forming a coupling groove 223 having an outer surface of the part 213 placed thereon.
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