KR102409709B1 - Cable connecter - Google Patents

Abstract

The present invention, the first body 100 and the second body 200 disposed to face each other; an assembly body 300 disposed on any one of the first body 100 and the second body 200 and assembled to the other to bring the first body 100 and the second body 200 into close contact; a first conductor 150 disposed inside the first body 100 and formed of a conductive material; a first adhesion member disposed on the first body 100 and coupled to one end of the first conductor 150; a second contact member 120 disposed on the first body 100 and coupled to the other end of the first conductor 150; including, the first body 100 and the second body 200 and a cable connection device in which the assembly body 300 is formed of a non-conductive material, and the first conductor 150, the first contact member 110 and the second contact member 120 are formed of a conductive material.
The present invention has an advantage in that the assembly body disposed through the first body is coupled to the second assembly body to fix the first cable and the second cable, and electricity can be conducted therethrough.

Description

Cable connector {Cable connector}

The present invention relates to a cable connection device that facilitates assembly of cables.

In order to use a variety of equipment required in various industrial sites, a power connection cable connected to an external power source must be electrically connected to the relevant equipment. is being used

A typical cable connection device is composed of a socket part to which external power is connected and a plug part equipped with a normal power connection cable on one side, the plug part is connected to the socket part, and the corresponding equipment is connected to the power connection cable of the plug part. External power is supplied to the relevant equipment through the power connection cable of the plug part.

As such a conventional industrial cable connection device, in the "cable connection port for high current" of Korea Utility Model Registration No. 165191 and the "industrial cable connection port" of the Korean Utility Model Registration No. 0366482, the contact between the plug part and the socket part is strengthened, while the connection is easy and watertightness is A structure for preventing electrical safety accidents such as electric shock by ensuring this is disclosed.

However, since the conventional cable connection device has a complicated structure for connecting cables, there is a problem in that an operator's assembly time is long and work efficiency is lowered.

Republic of Korea Registered Utility Model No.165191 Republic of Korea Registered Utility Model No. 0366482 Republic of Korea Registered Utility Model No. 20-0445694 Republic of Korea Patent Registration No. 10-1801158 Republic of Korea Patent No. 10-2045848

The present invention has been devised to solve the problems described above in the prior art, and an object of the present invention is to provide a cable connection device that facilitates assembly of cables.

The present invention, the first body 100 and the second body 200 disposed to face each other; an assembly body 300 disposed on any one of the first body 100 and the second body 200 and assembled to the other one to bring the first body 100 and the second body 200 into close contact; a first conductor 150 disposed inside the first body 100 and formed of a conductive material; a first adhesion member disposed on the first body 100 and coupled to one end of the first conductor 150; a second contact member 120 disposed on the first body 100 and coupled to the other end of the first conductor 150; including, the first body 100 and the second body 200 and a cable connecting device in which the assembly body 300 is formed of a non-conductive material, and the first conductor 150, the first contact member 110 and the second contact member 120 are formed of a conductive material.

The first conductor 150 may include: a first conductor body 153 disposed inside the first body 100 and extending in a lengthwise direction of the first body 100; a first conductor bent part 151 disposed to be bent at one end of the first conductor body 153 and in contact with the first contact member 110; and a second conductor bent portion 152 disposed to be bent at the other end of the first conductor body 153 and contacted with the second contact member 120 .

a second conductor 250 disposed inside the second body 200 and formed of a conductive material; a third adhesion member 210 disposed on the second body 200 and coupled to one end of the second conductor 250; A fourth contact member 220 disposed on the second body 200 and coupled to the other end of the second conductor 250; further including, the second conductor 250 and the fourth contact member The 210 and the fourth contact member 220 may be formed of a conductive material.

The second conductor 250 is disposed inside the second body 200 , and the second conductor body 253 is disposed to extend left and right along the longitudinal direction of the second body 200 . ; a third conductor bent portion 251 disposed to be bent at one end of the second conductor body 253 and in contact with the third contact member 210; and a fourth conductor bent portion 252 disposed to be bent at the other end of the second conductor body 253 and contacted with the fourth contact member 220 .

The assembly body 300 includes: a first assembly body 310 protruding upward through the upper surface 101 of the first body 100; a second assembly body 320 extending in the longitudinal direction of the first assembly body 310 and protruding downward through the bottom surface 102 of the first body 100; a head 330 disposed on the upper end of the first assembly body 310; and a first conductor hole 157 penetrating through the first conductor 150 is formed, and the first assembly body ( 310 ) or the second assembly body 320 may be disposed to penetrate the first conductor hole 157 .

First, the present invention has an advantage in that the assembly body disposed through the first body is coupled to the second assembly body to fix the first cable and the second cable, and electricity can be conducted therethrough.

Second, the present invention has the advantage of improving the assembly convenience of the first body and the second body because the lever or the tool groove is disposed on the assembly body.

Third, the present invention inserts the guide formed in the first body into the guide groove formed in the second body to prevent the first body and the second body from rotating based on the axial center (C) when the assembled body is fastened. There are advantages.

1 is an exploded perspective view of a cable connection device according to a first embodiment of the present invention.
FIG. 2 is an exemplary view of a combination of FIG. 1 .
FIG. 3 is a diagram illustrating a state of use of FIG. 1 .
4 is an exploded perspective view of a cable connection device according to a second embodiment of the present invention.
5 is an exemplary view of the coupling of FIG. 4 .
FIG. 6 is a diagram illustrating a state of use of FIG. 4 .
7 is a front view of the first body of the cable connection device according to the third embodiment of the present invention.
8 is a perspective view of a first conductor and a second conductor according to a third embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those of ordinary skill in the art can easily implement them. However, the present invention may be embodied in several different forms and is not limited to the embodiments described herein. And in order to clearly explain the present invention in the drawings, parts irrelevant to the description are omitted, and similar reference numerals are attached to similar parts throughout the specification.

Throughout the present specification, when a part "includes" a certain component, it means that other components may be further included, rather than excluding other components, unless otherwise stated.

1 is an exploded perspective view of a cable connection device according to a first embodiment of the present invention, FIG. 2 is an exemplary view of a combination of FIG. 1, and FIG. 3 is a state diagram of FIG. 1 in use.

The cable connection device according to the present embodiment is a device for connecting two cables to conduct electricity. The cable connecting device according to the present embodiment can be used to extend the length of the cable.

The cable connection device according to this embodiment is disposed in any one of the first body 100 and the second body 200 disposed to face each other, and the first body 100 and the second body 200, It is assembled to the other one and includes an assembly body 300 for adhering the first body 100 and the second body 200 to each other.

The cable connection device includes a first conductor 150 disposed inside the first body 100 and formed of a conductive material, and disposed on the first body 100 , the first conductor 150 . ) to further include a first contact member 110 coupled to one end, and a second contact member 120 disposed on the first body 100 and coupled to the other end of the first conductor 150 . can

The cable connection device includes a second conductor 250 disposed inside the second body 200 and formed of a conductive material, and disposed on the second body 200 , the second conductor 250 . ) to further include a third contact member 210 coupled to one end, and a fourth contact member 220 disposed on the second body 200 and coupled to the other end of the second conductor 250 . can

When viewed from the front, the first body 100 may be formed in a "T" shape, and the second body 200 may be formed in a "ㅗ" shape.

The first body 100 and the second body 200 may be symmetrical in the vertical direction.

In this embodiment, the assembly body 300 is disposed to pass through the first body 100 , and is assembled with the second body 200 .

The first body 100 , the second body 200 , and the assembly body 300 are formed of a non-conductive material.

The first adhesion member 110 , the second adhesion member 120 , the third adhesion member 210 , and the fourth adhesion member 220 are all formed of a conductive material.

The first conductor 150 and the second conductor 250 are both formed of a conductive material.

The first adhesion member 110 , the second adhesion member 120 , the third adhesion member 210 , and the fourth adhesion member 220 are all formed in a flat cube shape.

A third contact member 210 is disposed below the first contact member 110 , and a fourth contact member 220 is disposed below the second contact member 120 .

The first adhesion member 110 and the third adhesion member 210 are arranged to face each other, and the second adhesion member 120 and the fourth adhesion member 220 are arranged to face each other.

The cable is inserted between the first adhesion member 110 and the third adhesion member 210 , and the first cable 10 can be fixed by the adhesion force of the first adhesion member 110 and the third adhesion member 210 . have.

The cable is inserted between the second adhesion member 120 and the fourth adhesion member 220 , and the second cable 20 can be fixed by the adhesion force of the second adhesion member 120 and the fourth adhesion member 220 . have.

In order to improve adhesion with the cable, a pressing protrusion 211 is formed in one of the first adhesion member 110 and the third adhesion member 210, and a protrusion groove (not shown) is formed in the other one. In the present embodiment, the pressing protrusion 211 is formed on the upper surface of the third adhesion member 210 , and the protrusion groove is formed on the bottom surface of the first adhesion member 110 .

In addition, in order to improve adhesion with the cable, a pressing protrusion 221 is formed in any one of the second adhesion member 120 and the fourth adhesion member 220, and a protrusion groove (not shown) is formed in the other one. do. In this embodiment, the pressing protrusion 221 is formed on the upper surface of the fourth adhesion member 220 , and the protrusion groove is formed on the bottom surface of the second adhesion member 210 .

The first body 100 includes a first center portion 160 through which the assembly body 300 is disposed, and a first left portion disposed to extend to one side (left side) from the first center portion 160 . 170, a first right portion 180 disposed to extend from the first center portion 160 to the other side (right), and formed to pass through the first center portion 160, the assembly body ( It includes a first insertion hole 165 into which 300 is inserted.

The first left portion 170 extends in the left direction with respect to the first center portion 160 and is formed, and the first right portion 180 extends in the right direction.

Upper ends of the first center portion 160, the first left portion 170, and the first right portion 180 are formed at the same height and form a continuous plane, and the first center portion 160, the first The planes of the left part 170 and the first right part 180 form the upper surface 101 .

The first body 100 includes a bottom surface 102 that is in close contact with the second body 200 , and an upper surface 101 disposed to face the bottom surface 102 in a direction opposite to that of the bottom surface 102 .

The lower end of the first center portion 160 is formed to protrude downward by a first protrusion length t1 than the lower ends of the first left portion 170 and the first right portion 180 .

The bottom surface 102 of the first center part 160 may be formed in a flat surface, and may be in close contact with the upper surface 201 of the second center part 260, which will be described later.

The heights of the first and second adhesion members 110 and 120 are formed within the protrusion length of the first center portion 160 and are shorter than the first protrusion length t1.

The first insertion hole 165 is formed in the protruding direction of the first center portion 160 .

The first insertion hole 165 may be disposed between the first left portion 170 and the first right portion 180 .

The first insertion hole 165 includes a 1-1 insertion hole 164 opened toward the upper surface 101, and a 1-2 insertion hole 166 opened toward the bottom surface 102, The 1-1 insertion hole 164 and the 1-2 insertion hole 166 are formed with different diameters and communicate with each other.

In the present embodiment, the diameter of the 1-1 insertion hole 164 is smaller than the diameter of the 1-2 insertion hole 166 .

It is possible to prevent the assembly body 300 from being separated from the insertion hole 165 through the difference in diameter between the 1-1 insertion hole 164 and the 1-2 insertion hole 166 .

A step 167 is formed in the first center portion 160 due to a difference in diameter between the 1-1 insertion hole 164 and the 1-2 insertion hole 166 .

The 1-1 insertion hole 164 and the 1-2 insertion hole 166 are each formed in a cylindrical shape. Both the 1-1 insertion hole 164 and the 1-2 insertion hole 166 are not threaded on the inner circumferential surface.

The 1-1 insertion hole 164 and the 1-2 insertion hole 166 may guide the sliding movement of the assembly body 300 .

The assembly body 300 includes a first assembly body 310 that penetrates through the upper surface 101 of the first center part 160 and protrudes upwardly, and extends in the longitudinal direction of the first assembly body 310 . and a second assembly body 320 protruding downward through the bottom surface 102 of the first center part 160, and a head 330 disposed on the upper end of the first assembly body 310, It is formed integrally with the head 330 and includes a lever 340 disposed to cross the longitudinal direction of the first assembling body 310 and the second assembling body 320 .

The first assembly body 310 is inserted into the 1-1 insertion hole 164 and disposed, and the second assembly body 320 is inserted and disposed in the 1-2 insertion hole 166 .

Since a difference in diameter between the 1-1 insertion hole 164 and the 1-2 insertion hole 166 is formed, the first assembly body 310 and the second assembly body 320 also form a diameter difference. .

The diameter of the first assembly body 310 is formed smaller than the diameter of the second assembly body 320 .

The first assembly body 310 and the second assembly body 320 are each formed in a cylindrical shape.

The first assembly body 310 may slide along the 1-1 insertion hole 164 . The second assembly body 320 may slide along the 1-2 insertion hole 166 .

The second assembly body 320 forms a mutual engagement with the end 167, and the movement to the 1-1 insertion hole 164 is blocked.

The head 330 is disposed on one end of the first assembly body 310 , and the second assembly body 320 is disposed on the other end of the first assembly body 320 .

The head 330 is formed to have a larger diameter or area than the 1-1 insertion hole 164 , and blocks the head 330 from being inserted into the 1-1 insertion hole 164 .

When the first assembly body 310 is moved to the 1-2 insertion hole 166 side, the head 330 forms a mutual engagement with the upper surface 101, and the movement of the head 330 is prevented. block

The lever 340 may be orthogonal to the longitudinal direction of the first assembly body 310 and the second assembly body 320 .

The lever 340 is disposed to protrude outward in the radial direction of the head 330 . The lever 340 may be disposed toward the axial center C of the assembly body 300 .

The user may rotate the lever 340 to rotate the second assembly body 320 about the axial center.

The assembly body 300 can be easily rotated by the user's hand through the lever 330, and the contact members can be easily attached to each other.

Preferably, the lever 340 is formed to be positioned within the upper surface 101 of the first body 100 . When the lever 340 is rotated, the end 341 is positioned in the upper surface 101 .

The assembly body 300 may further include a tool groove 350 formed concavely into the second assembly body 320 through the head 330 .

The tool groove 350 may be disposed on the axial center C, and may be formed to extend along the axial center C.

In this embodiment, the flat cross-section of the tool groove 350 is formed in a quadrangle. The assembly body 300 may be rotated by inserting a square bit corresponding to the cross section of the tool groove 350 .

A screw thread 325 is formed on the outer circumferential surface of the second assembly body 320, and the screw thread 325 is formed on the inner circumferential surface of the second insertion hole 265 of the second body 200 to be described later. can be combined.

The first assembly body 310 is disposed to penetrate the first conductor 150 .

Since the assembly body 300 is formed of a non-conductive material, it is in contact with the first conductor 150 to eliminate the risk of electric shock.

The first conductor 150 includes a first conductor hole 157 through which the first assembly body 310 passes.

The first conductor 150 is disposed inside the first body 100, and a first conductor body 153 disposed to extend long in the longitudinal direction of the first body 100; The first conductor hole 157 is disposed to penetrate through the first conductor body 153 , and is bent at one end of the first conductor body 153 , and is in contact with the first contact member 110 . a first conductor bent portion 151 to be formed, and a second conductor bent portion 152 arranged to be bent at the other end of the first conductor body 153 and contacted with the second contact member 120 . .

The first conductor bent part 151 and the second conductor bent part 152 are bent toward the second body 200 .

An end of the first conductor bent part 151 is exposed to the outside to come into contact with the first contact member 110 . The first contact member 110 and the first conductor bent portion 151 may be welded and fixed.

An end of the second conductor bent part 152 is exposed to the outside to come into contact with the second contact member 120 . The second contact member 120 and the second conductor bent portion 152 may be welded and fixed.

The second body 200 may have a shape that is vertically symmetrical with the first body 100 .

The second body 200 includes a second center portion 260 through which the assembly body 300 is disposed, and a second left portion disposed to extend to one side (left side) from the second center portion 260 . 270, a second right portion 280 disposed extending from the second center portion 260 to the other side (right), and formed to pass through the second center portion 260, the assembly body ( It includes a second insertion hole 265 into which 300 is inserted.

The second left portion 270 extends in the left direction with respect to the second center portion 260 and is formed, and the second right portion 280 extends in the right direction.

The lower ends of the second center portion 160, the second left portion 170 and the second right portion 180 are formed at the same height and form a continuous plane, and the second center portion 160, the second The planes of the left portion 170 and the second right portion 180 form the bottom surface 202 .

The second body 200 includes an upper surface 201 that is in close contact with the second body 200 , and a lower surface 202 that is disposed in a direction opposite to the upper surface 201 .

The upper end of the second center portion 260 is formed to protrude downward by a second protrusion length t2 than the upper ends of the second left portion 270 and the second right portion 280 .

The upper surface 201 of the second center part 260 may be formed in a flat surface, and may be in close contact with the bottom surface 102 of the first center part 160 .

The height of the third contact member 210 and the fourth contact member 220 is formed within the protrusion length of the second center portion 260 and is shorter than the second protrusion length t2.

The second insertion hole 265 passes through the upper surface 201 and extends into the second center part 260 . The second insertion hole 265 may be disposed in a vertical direction along the length direction of the second center part 260 .

A screw thread 266 is formed on the inner circumferential surface of the second insertion hole 265 .

A center of the second insertion hole 265 may be disposed on the axial center C.

The second insertion hole 265 is not exposed through the second conductor 250 .

When the assembly body 300 is coupled to the second insertion hole 265 , the lower end of the second assembly body 320 is disposed so as not to contact the second conductor 250 . That is, as shown in the drawing, the lower end of the second assembly body 320 is located above the second conductor 250 .

The second conductor 250 includes a second conductor body 253 disposed inside the second body 200 and extending left and right along the longitudinal direction of the second body 200 and , a third conductor bent portion 251 arranged to be bent at one end of the second conductor body 253 and contacted with the third contact member 210 , and the other end of the second conductor body 253 . and a fourth conductor bent portion 252 disposed to be bent at the junction and contacted with the fourth contact member 220 .

The third conductor bent part 251 and the fourth conductor bent part 252 are bent toward the second body 100 .

An end of the third conductor bent part 251 is exposed to the outside to come into contact with the third contact member 210 . The third contact member 210 and the third conductor bent portion 251 may be welded and fixed.

The end of the fourth conductor bent portion 252 is exposed to the outside to come into contact with the fourth contact member 220 . The fourth contact member 220 and the fourth conductor bent portion 252 may be welded and fixed.

In order to fix the second body 200 to a structure such as a wall, a first fastening hole 271 passing through the second left part 270 and a second fastening hole passing through the second right part 280 are provided. A hole 281 may be further disposed.

The first fastening hole 271 and the second fastening hole 281 are formed parallel to the axial center (C). The second body 200 may be fixed to a structure such as a wall through the fastening members 272 and 282 penetrating the first fastening hole 271 and the second fastening hole 281 .

The second body 200 is fixed to the wall, the first cable 10 is positioned between the first adhesion member 110 and the third adhesion member 210, and the second cable 20 is placed in the second adhesion After positioning the member 120 and the fourth contact member 220 , the assembly body 300 may be rotated to bring the first body 100 and the second body 200 into close contact.

In the process of adhering the first body 100 and the second body 200, the first cable 10 disposed between the first adhering member 110 and the third adhering member 210 is fixed, and the second The second cable 20 disposed between the adhesion member 120 and the fourth adhesion member 220 is fixed, and a circuit through which electricity can flow is configured.

In the cable connection device according to the present embodiment, the assembly body 300 is disposed in a direction protruding from the wall, and the second body 200 is fixed to the wall.

Figure 4 is an exploded perspective view of a cable connection device according to a second embodiment of the present invention, Figure 5 is an exemplary view of the combination of Figure 4, Figure 6 is a state diagram of use of Figure 4 .

In the cable connection device according to the present embodiment, a guide and a guide groove for guiding a movement direction when the first body 100 and the second body 200 are in close contact are disposed.

The body 100 further includes at least one guide 161 , 162 protruding from the bottom surface 102 of the first center part 160 toward the second body 200 .

The second body 200 further includes at least one guide groove 261 , 262 , 263 , 264 protruding from the upper surface 201 of the second center part 260 toward the first body 100 . include

In the present embodiment, each guide is disposed on the four corners of the bottom surface 102 of the first center part 160, the first guide 161, the second guide 162, and the third guide (not shown). ) and the fourth guide (not shown).

Unlike the present embodiment, only the first guide 161 and the second guide 162 may be disposed.

The guide grooves 261 , 262 , 263 , and 264 are disposed on each of the four corners of the upper surface 201 of the second center part 260 , and the first guide groove 261 , the second guide groove 262 are formed therein. ), a third guide groove 263 and a fourth guide groove 264 are called.

Since the first guide groove 261, the second guide groove 262, the third guide groove 263, and the fourth guide groove 264 are arranged at an angle with respect to the axial center C, the first guide Even if the directions of the 161 and the second guide 162 are changed, it is possible to respond thereto.

Through the combination of the guide and the guide groove, it is possible to prevent the first body 100 and the second body 200 from rotating with respect to the axial center (C).

When the screw threads 325 and 265 are coupled, the sliding movement of the first body 100 and the second body 200 may be guided through the guide and the guide groove.

Meanwhile, a first fastening part 171 and a second fastening part 181 may be further disposed on the first body 100 .

The first fastening part 171 is disposed on the first left part 170 , and the second fastening part 181 is disposed on the first right part 180 . The first fastening part 171 and the second fastening part 181 protrude from the upper surface 101 in the axial center (C) direction.

A third fastening hole 173 is formed to pass through the first fastening part 171 , and a fourth fastening hole 183 is formed to pass through the second fastening part 181 .

The penetrating directions of the third fastening hole 173 and the fourth fastening hole 183 are disposed to intersect with the penetrating directions of the first fastening hole 271 and the second fastening hole 281 .

The second body 200 may be fixed to a structure such as a wall through the fastening members 172 and 182 penetrating the third fastening hole 173 and the fourth fastening hole 183 .

The cable connection device according to this embodiment has a feature that the assembly body 300 is arranged parallel to the wall, and the first body 100 and the second body 200 can both be arranged in close contact with the wall. .

On the other hand, since the lever 340 is located in the upper surface 101 of the first body 100 and is located in the front-back direction length S, even when the fastening members 172 and 182 are fastened, the lever ( 340) can be secured with a rotation radius in which it can be rotated.

Hereinafter, since the rest of the configuration is similar to that of the first embodiment, a detailed description thereof will be omitted.

7 is a front view of a first body of a cable connection device according to a third embodiment of the present invention, and FIG. 8 is a perspective view of a first conductor and a second conductor according to a third embodiment of the present invention.

Unlike the second embodiment, the first conductor 150 according to this embodiment has a first conductor hooking part bent from the first conductor bent part 151 to the second conductor bent part 152 side. 154) and a second conductor engaging portion 155 bent from the second conductor bent portion 152 to the first conductor bent portion 151 side.

A first locking groove may be further formed in the first contact member 110 to correspond to the first conductor locking part 154 , and the first conductive locking part 154 is disposed to protrude from the first left part. can be

The first conductor locking part 154 is inserted into the first locking groove of the first contact member 110, and through this, the coupling force for passing current can be improved.

A second locking groove may be further formed in the second contact member 120 to correspond to the second conductor locking part 155 , and the second conductive locking part 155 may protrude from the first right part. , the second conductor locking part 155 may be inserted into the second locking groove of the second contact member 120 to be coupled thereto.

Similarly, the second conductor 250 includes a third conductor hooking part 254 bent from the third conductor bending part 251 to the fourth conductor bending part 252 side, and the fourth conductor bending part ( 252) further includes a fourth conductor engaging portion 255 bent toward the third conductor bent portion 251.

A third locking groove is formed in the third contact member 210 to correspond to the third conductor locking part 254 , and a fourth locking groove is formed in the fourth contact member 220 to correspond to the fourth conductor locking part 255 . A locking groove is formed.

The third conductor engaging portion 254 may be inserted into and coupled to the third engaging groove of the third contacting member 210 , and the fourth conductive portion may be inserted into the fourth engaging groove of the fourth contacting member 220 . The sieve locking part 255 may be inserted and coupled.

Hereinafter, since the rest of the configuration is similar to that of the third embodiment, a detailed description thereof will be omitted.

In the detailed description of the present invention, although specific embodiments have been described, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments and should be defined by the claims described below as well as the claims and equivalents.

100: first body 110: first contact member
120: second contact member 150: first conductor
200: second body 210: third contact member
220: fourth contact member 250: second conductor
300: assembly body 310: first assembly body
320: second assembly body 330: head
340: lever 350: tool groove

Claims (5)

a first body 100 and a second body 200 disposed to face each other;
an assembly body 300 disposed on any one of the first body 100 and the second body 200 and assembled to the other one to bring the first body 100 and the second body 200 into close contact;
a first conductor 150 disposed inside the first body 100 and formed of a conductive material;
a first adhesion member disposed on the first body 100 and coupled to one end of the first conductor 150;
a second contact member disposed on the first body 100 and coupled to the other end of the first conductor 150;
a second conductor 250 disposed inside the second body 200 and formed of a conductive material;
a third adhesion member 210 disposed on the second body 200 and coupled to one end of the second conductor 250;
and a fourth contact member 220 disposed on the second body 200 and coupled to the other end of the second conductor 250;
The first body 100, the second body 200 and the assembly body 300 are formed of a non-conductive material,
The first conductor 150, the first contact member 110, and the second contact member 120 are formed of a conductive material,
The second conductor 250, the third contact member 210, and the fourth contact member 220 are formed of a conductive material,
The first conductor 150 is
a first conductor body (153) disposed inside the first body (100) and extending in a lengthwise direction of the first body (100); a first conductor bent part 151 disposed to be bent at one end of the first conductor body 153 and in contact with the first contact member 110; a second conductor bent portion 152 disposed to be bent at the other end of the first conductor body 153 and contacted with the second contact member 120;
The second conductor 250 is
a second conductor body 253 disposed inside the second body 200 and extending left and right along the longitudinal direction of the second body 200; a third conductor bent portion 251 disposed to be bent at one end of the second conductor body 253 and in contact with the third contact member 210; and a fourth conductor bent portion 252 arranged to be bent at the other end of the second conductor body 253 and contacted with the fourth contact member 220;
The first body 100,
a first center portion 160 through which the assembly body 300 is disposed;
a first left portion 170 disposed to extend to the left from the first center portion 160;
a first right portion 180 disposed to extend to the right from the first center portion 160;
a first insertion hole 165 formed to pass through the first center portion 160 and into which the assembly body 300 is inserted;
a first fastening part 171 disposed on the first left part 170;
a second fastening part 181 disposed on the first right part 180;
a third fastening hole 173 formed to pass through the first fastening part 171;
and a fourth fastening hole 183 formed to pass through the second fastening part 181;
The second body 200,
a second center portion 260 through which the assembly body 300 is disposed;
a second left portion 270 disposed to extend to the left from the second center portion 260;
a second right portion 280 disposed to extend to the right from the second center portion 260;
a second insertion hole 265 formed to pass through the second center portion 260 and into which the assembly body 300 is inserted;
a first fastening hole (271) passing through the second left part (270);
a second fastening hole 281 penetrating the second right part 280; and
The assembly body 300,
a first assembly body 310 protruding upward through the upper surface 101 of the first body 100;
a second assembly body 320 extending in the longitudinal direction of the first assembly body 310 and protruding downward through the bottom surface 102 of the first body 100;
a head 330 disposed on the upper end of the first assembly body 310;
A lever 340 formed integrally with the head 330 and disposed to cross the longitudinal direction of the first assembly body 310 and the second assembly body 320;
The first insertion hole 165 and the second insertion hole 265 are disposed on the axial center (C),
The first fastening hole 271 and the second fastening hole 281 are formed parallel to the axial center (C),
The third fastening hole 173 and the fourth fastening hole 183 are disposed to intersect the axial center (C),
The lower end of the first center portion 160 is formed to protrude downward by a first protrusion length t1 than the lower ends of the first left portion 170 and the first right portion 180,
The upper end of the second center part 260 is formed to protrude downward by a second protrusion length t2 than the upper ends of the second left part 270 and the second right part 280,
By the rotation of the assembly body 300, the lower end of the first center portion 160 and the upper end of the second center portion 260 are in close contact,
A first guide 161, a second guide 162, a third guide, and a fourth guide protruding downward from the four corners of the bottom surface 102 of the first center part 160;
A first guide groove 261, a second guide groove 262, a third guide groove 263, a fourth guide groove ( 264),
When the first center portion 160 and the second center portion 260 are in close contact, the first guide 161 is inserted into the first guide groove 261 , and the second guide 162 is inserted into the second guide groove 261 . 2 is inserted into the guide groove 262, the third guide is inserted into the third guide groove 263, the fourth guide is inserted into the fourth guide groove 264,
A first conductor hole 157 passing through the first conductor 150 is formed, and either the first assembly body 310 or the second assembly body 320 is formed in the first conductor hole 157 . A cable connection device disposed through the
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