KR200412721Y1 - a apparatus for mounting a nut in a junction-box - Google Patents

Abstract

The present invention clamps two pairs of nuts at the same time in the longitudinal direction with two rows of nuts continuously supplied in linear direction, and automatically installs them on the designated insulation plate, and then presses with a press cylinder to automatically rivet the insulation plate and busbar. It relates to a nut assembly of the insulation plate for junction box to increase the workability as it is.

   Junction Box, Insulation Plate, Nut, Busbar

Description

Nut assembly device of insulation plate for junction box {a apparatus for mounting a nut in a junction-box}

1 is a perspective view showing an assembled state of a conventional junction box.

Figure 2 is a perspective view of the main portion of the nut is installed in the conventional junction box.

Figure 3 is a plan view of the device for assembling the nut to the insulating plate for junction box according to the present invention.

4 is a front view of FIG. 2;

5 and 6 are left and right side views of FIG. 3.

7a to 7c is a state diagram showing the operation of the positioning portion of the device for clamping the nut according to the present invention.

8 is a process showing the process of assembling the nut to the insulation plate for junction box according to the present invention.

* Description of the symbols for the main parts of the drawings *

1: busbar 40: nut

50: insulation plate 52: seating groove

54: rivet protrusion 100: worktable

110: supply part 114: linear

120: positioning portion 121a, 121b: first and second support

122: plate 123: limit switch

124: upper and lower cylinder 125: mounting block

126: fixed pin 127: moving pin

128: left and right cylinder 130: head

140: mounting portion 142: bracket

144: guider 146: rod cylinder

150: coupling member 152: post

154: press cylinder 156: upper mold

158: lower mold

The present invention relates to a nut assembling device for an insulation plate for a junction box, and more particularly, two pairs of nuts supplied continuously in a linear direction are spaced at a predetermined interval in the longitudinal direction to clamp two pairs of nuts simultaneously to a predetermined insulation plate. The present invention relates to a nut assembly device for an insulation plate for a junction box, which is intended to increase workability by automatically mounting the press plate and then pressing the press cylinder to automatically rivet the insulation plate and the bus bar.

In general, a plurality of large or small fuses are inserted into the junction box, and two fuse terminals are formed in each fuse. For example, one terminal of each fuse mounted in the junction box used in a vehicle is mainly used. It is connected to a powered battery and the other terminal is connected to several electrical devices.

At this time, it is necessary to connect a plurality of fuse terminals connected to the battery in common, but it is a bus bar used in this case.

As shown in FIG. 1, the conventional junction box 2 is formed with a bus bar insertion hole 20, large and small fuse insertion holes 21 and 22, and large and small relay box insertion holes 23 and 24. After the bus bar 1 is completely inserted into the bus bar insertion hole 20, the fixing bolt (not shown) is fastened to the fixing bolt insertion hole 29 and at the same time, the bolt hole 19 of the bus bar 1 is closed. Tighten through and attach the bus bar (1) to the junction box (2).

Next, when the fuse 30 is inserted into the fuse insertion ports 21 and 22 on the side opposite to the insertion side of the bus bar 1, one terminal 31 of the fuse 30 is connected to the bus bar 1.

At this time, as shown in Figure 2, the nut 40 is first provided in the fixing bolt insertion hole 29 of the conventional junction box (2).

However, the conventional junction box has a problem that productivity is reduced in the nut assembling process because the operator performs the process of inserting the nut one by one.

The present invention is proposed to solve the above problems of the prior art, two pairs of nuts in a state in which two nuts at the ends are spaced apart by a predetermined interval with respect to the feeding direction among the nuts fed in a row arranged in two rows The nut can be mounted on the insulating plate automatically as it is clamped on and then moved to a fixed position. In addition, after the process, the press cylinder is mounted on the same device to automatically rivet the insulating plate and the busbar. It is an object of the present invention to provide a nut assembly device for an insulation plate for a junction box to increase the workability and improve workability.

The present invention for achieving the above object is a supply tank for storing and supplying a nut to be inserted into the insulation plate of the junction box and a supply formed of a linear for supplying the nut in two rows from the supply tank, and formed at the end of the supply A positioning portion for fixing the two pairs of nuts in the longitudinal direction of the linear by the mounting width of the insulating plate and raising the nuts by a predetermined height; It is to propose a nut assembly of the insulation plate for junction box, characterized in that it consists of a head for picking up the nut at the same time, and a mounting portion for transferring the head to place the two pairs of nuts at the same position of the insulating plate at the same time.

In addition, the present invention provides a first support that is fixedly installed on the workbench corresponding to the end of the linear as a positioning portion, and a second support fixedly installed on the workbench so as to be spaced apart by the set distance from the first support; A plate extending from the second support and contacting the end of the linear to guide and align the two pairs of nuts, and through the insertion hole at the alignment position of the nut, and fixedly coupled to the first support in the vertical direction. A pair of first fixed upper and lower cylinders reciprocating, an installation block fixed to the upper end of the upper and lower cylinders, ascending and descending by the operation of the upper and lower cylinders, and fixed to an edge of the installation block in the supply tank direction. The nut is fixed in two rows on the plate by the operation of the upper and lower cylinders while the protrusion is inserted into the insertion hole. The fixing pin to align, and the movable block provided on the installation block corresponding to the front side of the fixing pin and protrudes a pair of second projections on the upper end in the state of being inserted into the insertion hole 2 A pair of moving pins for inserting the nuts in rows, and the second protrusions fixed to the second support and connected to the moving pins so as to space the nuts in the longitudinal direction of the linear line by a predetermined distance; It is intended to propose a nut assembly device for an insulation plate for a junction box composed of left and right cylinders for moving the moving pins inserted therein.

In addition, the present invention is a mounting portion extending in the vertical direction on the workbench, a guider fixed to the bracket so as to be horizontal to the workbench, and the head is moved forward and backward coupled to the guider, the fixed of the insulating plate It is to propose a nut assembly of the insulation plate for a junction box consisting of a rod cylinder for moving to a position.

Hereinafter, with reference to the accompanying drawings an embodiment of the present invention will be described in more detail.

3 is a plan view of an apparatus for assembling a nut to an insulation plate for a junction box according to the present invention, FIG. 4 is a front view of FIG. 2, and FIGS. 5 and 6 are left and right side views of FIG. 3.

And, Figure 7a to 7c is a state diagram showing the operation of the positioning portion of the device for clamping the nut according to the present invention.

In addition, Figure 8 is a process diagram showing the process of assembling the nut to the insulating plate for junction box according to the present invention.

As shown in Figure 3 to Figure 6, the nut assembly of the insulating plate for junction box according to the present invention is the supply unit 110, the positioning unit 120, the head 130, the mounting portion 140 and the coupling member 150 It is composed of

The supply unit 110 includes a supply tank 112 for storing and rotating the nut 40 to be seated in the seating groove 52 of the insulating plate 50, and extends in two rows in a linear direction around the supply tank 112. It consists of a linear 114 for guiding the nut 40 is discharged in two rows in order.

In particular, the seating grooves 52 of the insulating plate 50 are provided with four or two pairs forming a square shape at predetermined intervals.

At this time, since the linear 114 is opened by a predetermined interval between the nuts 40 discharged in two rows, the interval of the pair of nuts 40 discharged is determined by the linear 114.

And, the positioning unit 120 is provided at the lower end of the linear end 114 of the nut 40 fixed by the limit switch 123 continuously positioned at the end in the longitudinal direction of the linear 114 Open the 40 by the interval of the mounting groove 52 serves to raise the head 130 direction.

That is, the nut 40 is adjusted by the linear 114 and the positioning unit 120 to adjust the distance between the two pairs of nuts 40 equal to the distance between the seating grooves 52 of the insulating plate 50.

At this time, the positioning unit 120 is the first support 121a, the second support 121b, the plate 122, the upper and lower cylinders 124, the installation block 125, the fixing pin 126, the moving pin ( 127 and the left and right cylinders 128.

The first support 121a is formed at an upper portion of the work table 100 corresponding to the end of the linear 114.

At this time, the supply unit 110 is fixed to the worktable 100 can be reduced installation space.

In addition, the second support 121b is formed on the work surface 100 to be parallel to the first support 121a at the outside of the first support 121a.

In addition, the plate 122 is formed on the upper portion of the second support 121b, and extends in the horizontal direction to contact the end of the linear 114.

Thus, the nut 40 is guided on the linear 114 in a two-row state and moves to the upper surface of the plate 122.

In this case, the plate 122 is provided with a limit switch 123 at the edge to detect that the two pairs of nuts 40 are arranged in two rows.

That is, the pair of nuts 40 in two rows move to the upper surface of the plate 122, and then the pair of nuts 40 in the next two rows push the pair of nuts 40 previously moved. 122 is moved to the upper surface.

At this time, the limit switch 123 detects a pair of nuts 40 located on the relatively front side, and at the same time detects this and stops the operation of the supply unit 110.

In addition, the plate 122 passes through the insertion hole 122a on the plate 122 where the four pairs of nuts 40 are located.

In addition, the upper and lower cylinders 124 are fixed to the first support 121a to be parallel to the first support 121a.

Thus, the vertical cylinder 124 is a linear reciprocating motion in the vertical direction on the work table (100).

In addition, the installation block 125 is fixedly coupled to the upper end of the upper and lower cylinders 124 to be moved up and down when operating the upper and lower cylinders 124.

The fixing pin 126 and the moving pin 127 are formed on the installation block 125.

At this time, the fixing pin 126 is fixed to the installation block 125, the moving pin 127 is provided to be movable.

In particular, the fixing pin 126 is fixedly installed at the edge in the direction of the supply tank 112 on the installation block 125, the moving pin 127 is a fixing pin toward the supply tank 112 on the installation block 125 It is provided so that a movement to the outer side which is the opposite side of the side of 126 is possible.

In addition, the fixing pin 126 protrudes from the top of the first protrusion 126a and at the same time the moving pin 127 protrudes from the top of the second protrusion 127a.

At this time, the first protrusion 126a and the second protrusion 127a insert an end portion into the insertion hole 122a of the plate 122.

In particular, since the first protrusion 126a is fixed in position, the insertion hole 122a for inserting it is a positive hole shape, and the second protrusion 127a is moved left and right with the moving pin 127 to insert it. The insertion hole 122a is preferably in the shape of a slot hole.

Of course, the insertion hole 122a should be smaller than the diameter of the nut (40).

The left and right cylinders 128 are fixedly installed on the second support 121b and are coupled to the moving pins 127 to support the moving pins 127.

Thus, when the left and right cylinder 128 is operated, the moving pin 127 is capable of reciprocating as much as the stroke of the left and right cylinder 128.

That is, when the left and right cylinder 128 is operated, the nut 40 inserted into the second protrusion 127a of the moving pin 127 is spaced apart from the neighboring nut 40 in the longitudinal direction of the linear 114. You lose.

Of course, the stroke of the left and right cylinder 128 is equal to the interval of the seating groove (52).

The first protrusion 126a and the second protrusion 127a are sized to be inserted into the nut 40.

On the other hand, the head 130 is fixedly installed at the end of the mounting table 132 extending upward from the work table 100.

At this time, the head 130 is provided directly above the two pairs of nuts 40 aligned with the plate 122, the first protrusion 126a and the second protrusion 127a when the upper and lower cylinders 124 are operated. Each nut 40 is clamped.

That is, the head 130 is lowered and functions as a jaw for clamping two pairs of nuts 40 simultaneously.

At this time, the head 130 is a clamping or opening operation in accordance with the supply of air or hydraulic oil.

In particular, FIGS. 7A to 7C illustrate the operation state of the positioning unit 120 in detail.

In addition, the mounting unit 140 is provided to move the head 130 clamped by four nuts 40 to the seating groove 52 of the insulating plate 50 to place the nut 40 in the seating groove 52 at the same time. do.

At this time, the mounting portion 140 is composed of a bracket 142, the guider 144 and the rod cylinder 146.

The bracket 142 is formed to extend to the top of the work table (100).

The guider 144 is fixed to the bracket 142 and is connected to the head 130.

That is, the guider 144 is installed in parallel with the work table 100 to guide the head 130.

At this time, the guider 144 is formed to extend to the seating groove 52 of the insulating plate 50 to guide the head 130 to the seating groove 52.

In addition, the rod cylinder 146 operates to linearly reciprocate the head 130 mounted to the guider 144.

 Thus, the rod cylinder 146 is transferred to the top of the mounting groove 52 of the insulating plate 50 while reciprocating the head 130, or to the upper portion of the plate 122 to clamp the nut 40 in the initial state Transfer to wait.

Meanwhile, the head 130 is moved to the initial state after the nut 40 is placed at four mounting grooves 52 of the insulating plate 50 by the mounting unit 140 at the same time, and then the insulating plate 50 and the busbar 1 ) Are combined.

The insulating plate 50 and the bus bar 1 are coupled by a coupling member 150 provided on the work table 100.

In this case, the insulating plate 50 protrudes and forms the rivet protrusion 54 at a predetermined position, and the bus bar 1 is inserted into the corresponding rivet protrusion 54.

As the rivet protrusion 54 is riveted by the coupling member 150, the insulating plate 50 and the bus bar 1 are riveted to each other.

The coupling member 150 includes a post 152, a press cylinder 154, an upper mold and a lower mold 158.

The post 152 extends to an upper portion of the work table 100.

Then, the press cylinder 154 is fixedly mounted on the upper end of the post 152.

In addition, the press cylinder 154 is provided with an upper mold 156 to the bottom.

At this time, the upper mold 156 is raised and lowered along the post 152 during the operation of the press cylinder 154 to prevent shaking during movement.

In addition, the lower mold 158 is placed under the insulating plate 50.

That is, the lower mold 158 is fixedly installed on the work table 100, and the insulating plate 50 is placed on the lower mold 158.

On the other hand, the nut assembly process of the insulating plate for junction box, as shown in Figure 8, the nut feed step (S10), nut clearance adjustment step (S20), nut clamp step (S30), nut seating step (S40) and bus The bar is made to continue in the coupling step (S50).

The nut transfer step (S10) is a step of supplying the nut 40 continuously in two rows through the linear 114 in the supply tank 112 of the supply unit 110.

At this time, the nut transfer step (S10) moves the first two pairs of nuts (40) to the plate 122 connected at the end of the linear (114) while transferring the nut (40) to the linear 114 in two rows in succession This is completed by the detection of the limit switch 123.

Then, the supply unit 110 stops the operation.

In particular, the two pairs of nuts 40 are positioned above each of the insertion holes 122a of the plate 122.

In addition, the nut clearance adjusting step S20 manipulates the positioning unit 120 provided at the bottom of the plate 122, and the length of the linear 114 of the two pairs of nuts 40 positioned on the plate 122. It is a process of opening the interval of the pair of nuts 40 in contact with each other in the direction by the interval of the seating groove 52.

That is, in the nut play step (S20), the upper and lower cylinders 124 are operated to raise the fixing pin 126 and the moving pin 127 and at the same time a pair of first projections 126a and a pair of second The protrusion 127a is inserted into each nut 40.

Then, the user manipulates the left and right cylinder 128 to move the moving pin 127 and open the gap with the fixing pin 126.

At this time, the interval between the fixing pin 126 and the moving pin 127 is equal to the interval of the seating groove (52).

In particular, the pair of nuts 40 arranged in the direction orthogonal to the longitudinal direction of the linear 114 is spaced by the pair of linear 114 arranged.

In addition, the nut clamp step (S30) is a step of clamping the two pairs of nuts 40 adjusted by the interval by the mounting groove 52 of the plate 122 by lowering the head 130.

At this time, the head 130 clamps the four nuts 40 at the same time.

In addition, in the nut seating step S40, the head 130 clamped by four nuts 40 is moved to an upper portion of the seating groove 52 of the insulating plate 50 by the operation of the mounting unit 140, and then the head 130. The process of placing the nut 40 in the seating groove (52).

At this time, the head 130 is placed in the seating groove 52 by removing the clamping force that was tightening the nut 40 by an external operation.

In addition, the bus bar coupling step S50 is a process of coupling the insulation plate 50 and the bus bar 1 after the nut seating step.

When the bus bar coupling step S50 is completed, the positioning unit 120, the head 130, and the mounting unit 140 are connected to the other two pairs of nuts 40 supplied by the supply unit 110 in an initial state. Stand by to perform the above process (S10 ~ S50).

The operator inserts the bus bar 1 into the rivet protrusion 54 of the insulating plate 50 immediately after the nut seating step S40.

Then, as the press cylinder 154 of the coupling member 150 installed on the work table 100 is operated, the rivet protrusion 54 of the insulating plate 50 placed on the upper mold 156 to the upper mold 158 is operated. It will rivet.

Then, the insulating plate 50 and the rivet protrusion 54 are riveted.

Then, the user inserts the coupled insulating plate 50 and the rivet protrusion 54 into the junction box.

According to the nut assembly of the insulation box for junction box according to the present invention as described above, the clamping of the nut on the head in a state in which a pair of nut spaced apart by the pin while supplying two pairs of nuts at the same time, the seating of the insulating plate By automatically performing a series of processes to settle in the grooves, there is an effect that the workability and productivity are significantly improved than when manual.

Claims (6)

A supply tank for storing and supplying a nut to be inserted into an insulation plate of the junction box, and a supply part formed of a linear for supplying the nut in two rows from the supply tank; A positioning part formed below the linear end of the supply part to fix the two pairs of nuts in the longitudinal direction of the linear length by the mounting width of the insulating plate, and to raise the nuts by a predetermined height; A head fixedly installed at an upper portion of a work bench and simultaneously lifting up the two pairs of nuts that rise; Device for assembling the nut of the insulation plate for a junction box, characterized in that it comprises a mounting portion for transporting the head to place the two pairs of nuts at a predetermined position at the same time. The method of claim 1, The positioning unit includes: a first support fixed to the worktable corresponding to the end of the linear; A second support fixed to the work table so as to be spaced apart from the first support by a predetermined distance; A plate extending from the second support to guide and align the two pairs of the nuts by contacting the ends of the linears, and through the insertion holes at the alignment positions of the nuts; A vertical cylinder fixedly coupled to the first support and reciprocated in the vertical direction; An installation block fixedly installed at an upper end of the upper and lower cylinders to move up and down by operation of the upper and lower cylinders; It is fixed to the edge of the installation block in the direction of the supply tank, and the two rows of nuts fixed to the plate by the operation of the upper and lower cylinders in the state inserted into the insertion hole protruding a pair of first projections on the top An alignment pin for aligning; It is provided to be movable on the installation block corresponding to the front side of the fixing pin, protrudes a pair of second projections on the top to insert the two rows of nuts by the operation of the upper and lower cylinders in the state inserted into the insertion hole. A moving pin; The left and right fixed to the second support, and connected to the moving pins to move the moving pins fitted with the pair of nuts to the second projection so as to space the nut in the longitudinal direction of the linear by a predetermined interval. Nut assembly device of the insulating plate for junction box, characterized in that consisting of a cylinder. The method of claim 2, The plate is a nut assembly of the insulation plate for the junction box, characterized in that it has a limit position to detect the presence of the two pairs of the nut on the top. The method of claim 1, The mounting portion and the bracket extending in the vertical direction on the work table; A guider fixed to the bracket so as to be horizontal to the work table; And a rod cylinder for moving the head movably coupled to the guider and moving the head to a predetermined position of the insulating plate. The method of claim 1, The workbench nut assembly of the insulation plate for the junction box, characterized in that the coupling member for riveting after inserting the bus bar to the rivet protrusion protruding to the insulating plate further. The method of claim 5, The coupling member includes a post extending to the upper worktable; A press cylinder fixedly installed at an end of the post; An upper mold lifted up and down along the post by operation of the press cylinder; The nut assembly of the insulation plate for a junction box, characterized in that the lower mold is placed on the workbench to support the lower portion of the insulating plate.

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