KR101878632B1 - A processing device of Circuit Breakers terminal block - Google Patents

Abstract

An embodiment of the present invention provides an apparatus for processing a terminal for a circuit breaker, comprising: a rotating unit provided with a rotating plate rotating in one direction at a first temporal interval, and a plurality of seating units radially arranged at an upper side of the rotating plate to feed terminals for the circuit breaker, fed from a supply device, in the one direction; a carry-in unit seating the terminals for the circuit breaker, fed from the supply unit, at a seating unit moved to an adjacent position among the plurality of seating units; a processing unit arranged to surround the rotating unit and processing the terminal for the circuit breaker arranged at an adjacent position among the plurality of seating units for a first temporal period when the rotating plate does not rotate; a carry-out unit carrying out the terminal for the circuit breaker, having been completely processed by the processing unit, from the processing unit to the outside; a position sensing unit installed in the processing unit to sense a position of the seated terminal for the circuit breaker; and a control unit controlling the processing unit according to the position of the terminal for the circuit breaker sensed by the position sensing unit. The present invention can easily ensure a space needed in processing and reduce a moving line of the terminal for the circuit breaker sequentially processed to enhance productivity.

Description

[0001] The present invention relates to a circuit breaker terminal block,

The present invention relates to a terminal machining apparatus for a breaker, and more particularly, to a terminal machining apparatus for a breaker, comprising: a movable contact mounted on a predetermined position of a terminal for a breaker transferred from a supplying device for supplying a terminal for a breaker; To a terminal processing device for a circuit breaker which is welded to prevent the breakage of the terminal.

In general, in the case of an electronic component, particularly a type of electronic component having a connection terminal extending from the component to both sides in the axial direction, such as a condenser, when the connection terminal is welded to the element, due to the specificity of the shape of the element and the connection terminal It is difficult to handle such transportation, exchange, and maintenance, and it is difficult to automate the lead dipping process.

Due to such a problem, the Korean Registered Utility Model No. 0205829 discloses that a chassis to which components are coupled is arranged radially in a turntable which is intermittently rotated, and a component insertion device, a heater, a cooler and a bending device are radially provided on the outer periphery of the turntable , An electronic component soldering apparatus capable of automatically soldering an electronic component by soldering a component to an upper portion of the chassis while passing through a component inserting machine disposed around the turntable, a heater, a cooler and a bending machine according to the rotation of the turntable have.

However, in the above-described conventional electronic component soldering apparatus, there is no separate lead-supplying means for continuously and automatically supplying lead during soldering of the electronic component by the heater, and the soldering tip is worn out due to continuous soldering, In case of replacing, it was very cumbersome and had a lot of material cost.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a circuit breaker having a circuit breaker and a circuit breaker which are mounted on a circuit breaker, And a terminal machining apparatus for a terminal.

The terminal machining apparatus for a circuit breaker according to an embodiment of the present invention includes a through hole formed at one end to be fixed to a housing by a terminal-screw or the like for a circuit breaker, and the other end is bent in a U- In which a movable contact is placed at a predetermined position of a terminal for a breaker transferred from a supply device for supplying a movable contact to a terminal for a breaker, A rotating unit having a rotating plate rotating in one direction at a first time interval and a plurality of mounting portions radially arranged on the rotating plate and feeding the terminal for the circuit breaker fed from the feeding device in the one direction, And the transferred terminal for the breaker is connected to an adjacent position of the plurality of seat portions A machining unit for machining a terminal for the circuit breaker arranged at an adjacent position among the plurality of seating parts for the first time period in which the rotating plate is not rotated, A position sensing unit for sensing a position of the terminal for the circuit breaker mounted on the processing unit, and a position sensing unit for sensing a position of the terminal for the circuit breaker mounted on the processing unit, And a control unit for controlling the machining unit according to the position of the terminal for the breaker, wherein the machining unit includes an adhesive portion for applying an adhesive to the contact portion of the terminal for the breaker transferred from the carry-in portion, A movable contact portion for allowing the contact to be seated on the upper surface of the contact portion coated with the adhesive, And a welding portion for welding the movable contact and the contact portion so as to prevent the movable contact from being separated from the contact portion, and a welding portion for welding the movable contact and the contact portion to prevent the movable contact from being separated from the contact portion can do.

The plurality of seating portions of the terminal machining device for a circuit breaker according to an embodiment of the present invention includes a first seating portion, a second seating portion, a third seating portion, and a second seating portion which are radially disposed at a predetermined angle from the center of the rotary plate A fourth seat portion, a fifth seat portion, a sixth seat portion, a seventh seat portion, and an eighth seat portion, wherein the first seat portion, the second seat portion, the third seat portion, Wherein the fifth seating portion, the sixth seating portion, the seventh seating portion, and the eighth seating portion are sequentially disposed along the rotation direction of the rotation plate, and the control portion controls the rotation plate to rotate in the first direction By 45 [deg.].

The carry-in portion of the terminal machining apparatus for a breaker according to an embodiment of the present invention includes a first conveyor portion formed to be directed from the supply device toward the rotating plate and rotating in an endless track toward the rotating plate, A first movable portion disposed on the upper side of the first conveyor portion to place the terminal for the breaker located at the end of the first conveyor portion in the first seating portion, and a second movable portion connected to the first movable portion, And a first grip portion for gripping or releasing the grip terminal, wherein the first position shifting portion includes a first-position shifting portion which is moved in the radial direction of the rotary plate, and a second grip portion And a second position shifting portion that is moved in the height direction, wherein the first position shifting portion is disposed on the upper side of the first conveyor portion And the first and second position shifting portions are disposed to be shifted from the first position and the first position disposed on the upper side of the first seating portion, The first grip portion is reciprocally moved between the first-third position and the first-fourth position that is disposed at a second gap distance smaller than the first gap distance, the first grip portion includes a first-first grip portion spaced apart from the first- And a second position shifting unit that changes a separation distance between the first-second grip unit and the first-second grip unit, and the control unit controls the first- And controls the 1-2 position shifting unit to move the 1-2 position shifting unit from the 1-3 position to the 1-4 position in a state of being located at the 1-1 position, When the position shifting unit is located at the 1-4 position, the distance between the 1-1 and 2- And controls the second position shifting unit so as to grip the terminal for the breaker mounted on the first conveyor part by the first and second grip parts and the first and second grip parts, The first and second position shifters control the first and second position shifters so that the first and second position shifters are moved from the first to fourth positions to the first to third positions, And controls the 1-1 position shifting unit so that the 1-1 position shifting unit is moved from the 1-1 position to the 1-2 position if the 1-1 position shifting unit is located at the 1-3 position, And controls the 1-2 position shifting unit so that the 1-2 position shifting unit is moved from the 1-3 position to the 1-4 position when the position shifting unit is located at the 1-2 position, When the 1-2 position shifting unit is located at the 1-4 position, 1-2 may be such that the separation distance of the grip away to control the second position moving parts of the first-first grip and said second grip portion 1-2 that the interrupter terminal and the grips release.

The adhesive shroud of the terminal machining apparatus for a circuit breaker according to an embodiment of the present invention includes an adhesive accommodating portion for accommodating the adhesive and discharging the adhesive through an outlet formed at the lower side, And a third position shifting unit connected to the pressure adjusting unit and the adhesive accommodating unit and disposed in the upper side of the second seating unit and moved in the height direction so as to change a distance between the second seating unit and the second seating unit, Wherein the third position shifting portion includes a second position where the adhesive receptacle portion and the second seating portion are disposed at a third spacing distance and a second position where the adhesive receptacle portion and the second seating portion are spaced apart from each other by a fourth distance The second position is shifted from the second position to the second position, and the control unit controls the third position shifting unit to move from the second position to the second position, When the third position shifting unit is located at the second position 2-2, the pressure regulating unit is controlled so that the internal pressure of the adhesive accommodating unit is increased, so that the adhesive To be discharged.

The movable contact moving portion of the terminal processing apparatus for a circuit breaker according to an embodiment of the present invention includes a second conveyor portion that rotates from the supplying device of the movable contact to the rotating plate and rotates in an endless track toward the rotating plate, A second moving part for moving the second conveyor part, a fourth position shifting part disposed above the second conveyor part for seating the movable contact point at the end of the second conveyor part on the contact part coated with the adhesive, And a suction portion connected to the movable portion for providing a suction force to the movable contact and releasing the suction force, wherein the fourth position shifting portion includes a fourth-position moving portion and a third portion, which are moved in the radial direction of the rotating plate, And a fourth-2 position shifting portion which is moved in the height direction so as to change a distance between the fourth- Is moved in a reciprocating manner between a 4-1 position disposed on the upper side of the second conveyor section and a 4-2 position disposed on the upper side of the third seating section, and the 4-2 position shifting section The fourth position being disposed at a fifth gap distance from the conveyor section and the fourth gap position being disposed at a fourth gap distance smaller than the fifth gap distance, And a suction unit for supplying a suction force through the suction piece, wherein the control unit controls the suction unit such that during the first time, the fourth-1 position shifting unit is positioned at the 4-1 position The fourth 4-2 position shifting unit controls the fourth 4-2 position shifting unit to be moved from the 4-3 position to the 4-4 position, and the 4-2 position shifting unit controls the fourth 4- 4 position so that the suction force is provided through the suction piece, Wherein the movable contact is attached to the suction piece, and when the movable contact is attached to the suction piece, the fourth-2-position moving part moves from the 4-4 position to the 4- And the fourth-2 position shifting unit controls the fourth-2 position shifting unit so that the fourth-2 position shifting unit moves to the fourth 4- 2 position, and when the 4-1 position shifting section is moved to the 4-2 position, the 4-2 position shifting section controls the fourth 4- When the fourth-2-position moving unit is moved to the 4-4 position, the suction force of the suction member is released so that the suction force is released, So that the suction piece and the movable contact are separated from each other There.

The position adjusting portion of the terminal machining device for a breaker according to an embodiment of the present invention is characterized in that the rotation plate and the movable contact are disposed between the moving portion and the fifth position shifting portion and the fifth position shifting portion, And a second grip portion for gripping or releasing the movable contact that is seated on the terminal for the breaker while being connected to the third seating portion while the fifth position shifting portion is connected to the fifth position shifting portion, 1 position and an eighth spacing distance smaller than the seventh spacing distance, and the second grip portion is reciprocated between the first and second grip portions, the second-first grip portion being spaced apart from the second- And a sixth position shifting portion for changing a distance between the second-first grip portion and the second-second grip portion, wherein the controller controls the suction portion and the movable contact to be separated from each other during the first time, Contact The second position control unit controls the sixth position shifting unit so that a distance between the second-1 grip unit and the second-2 grip unit becomes closer to the second position, when the second-1 grip unit is seated on the contact portion of the terminal for the breaker, The grip portion and the second-second grip portion grip the movable contact seated on the contact portion of the terminal for the breaker, and the movable contact seated on the contact portion of the terminal for the breaker by the second grip portion is gripped And to control the sixth position shifting unit to release the grip of the movable contact by the second grip unit when a second time shorter than the first time elapses.

The welding portion of the terminal machining device for a circuit breaker according to an embodiment of the present invention includes a heat generating portion that generates heat by a power source applied from the outside and a heat generating portion that is connected to the heat generating portion, A third grip portion for gripping or releasing the terminal for the circuit breaker which is seated in the fifth seating portion, and a third grip portion connected to the third grip portion, the third grip portion being connected to the third grip portion, And an eighth position shifting unit that is moved in the radial direction so that a distance between the third grip unit and the fifth mount unit is changed, and the third grip unit includes a third-first grip unit spaced apart from the third- And a ninth position shifting section for changing a distance between the third-first grip section and the third-second grip section, wherein the seventh position shifting section is configured to shift the fifth seating section to a ninth separation distance And the eighth position shifting portion is moved back and forth at a seventh position where the seventh position is spaced apart from the fifth seating portion by a tenth spacing distance smaller than the ninth spacing distance, And an eighth position in which the fifth seating portion is arranged at an eleventh spacing distance and a fifth spacing distance between the fifth seating portion and the eighth spacing distance is less than the eleventh spacing distance, The seventh position shifting section is located at the seventh position, and the eighth position shifting section is shifted from the eighth position to the eighth position, The eighth position shifting unit controls the eighth position shifting unit to move to the 8-2 position, and when the eighth position shifting unit is located at the eighth position, the distance between the 3-1 grip unit and the 3-2 grip unit is close And controls the ninth position shifting unit to shift the third- When the terminal for the breaker is gripped by the third grip portion, and the terminal for the breaker is gripped by the third grip portion, the seventh position moving portion moves to the seventh position The seventh position shifting unit is controlled so as to be moved to the 7-2 position so that the heat generating unit and the movable contact come into contact with each other to realize welding of the movable contact and the terminal for the circuit breaker by the heat generating unit And a seventh position shifting unit for shifting the seventh position shifting unit from the seventh position to the seventh position when the welding of the movable contact and the terminal for the breaker by the heat generating unit is realized, And controls the ninth position shifting unit so that a distance between the third-first grip unit and the third-second grip unit is distanced when the seventh position shifting unit is located at the seventh position, Move location To the eighth position from the eighth position to the eighth position.

The carry-out portion of the terminal machining device for a circuit breaker according to an embodiment of the present invention includes a tenth position shifting portion that is moved in the radial direction of the rotary plate, a grip portion connected to the tenth position shift portion, Wherein the tenth position shifting portion includes a 10th-1 position disposed adjacent to the seventh seating portion and a 10th-1 position disposed on the upper side of the guide portion, The fourth grip portion is moved in a reciprocating manner at the position of the fourth grip portion and the fourth grip portion, and the fourth grip portion includes a fourth-first grip portion, a fourth-second grip portion, Wherein the control unit controls the fourth-1-grip unit and the fourth-2-grip unit in a state in which the tenth position shift unit is located at the 10 < Of Controls the eleventh position shifting unit so that the terminal for the circuit breaker seated in the seventh seating portion by the fourth-fourth grip portion and the fourth-fourth grip portion is gripped by the fourth grip portion The tenth position shifting unit is controlled so that the tenth position shifting unit is moved from the tenth position to the tenth position when the terminal for the breaker mounted on the seventh seat is gripped, When the 10 position moving part is moved to the 10-2 position, the eleventh position moving part is controlled so that the distance between the 4-1 grip part and the 4-2 grip part is distant, It can be made to fall toward the part.

The position sensing unit of the terminal processing apparatus for a breaker according to an embodiment of the present invention may include a first sensing unit installed in the carrying unit and sensing whether the terminal for the circuit breaker is seated in the first seating unit, And a third sensing unit for sensing whether or not the terminal for the circuit breaker is seated in the second seating unit, and a third sensing unit for sensing whether the terminal for the circuit breaker is seated in the third seating unit, A fourth sensing unit installed at the welding unit for sensing whether the terminal for the circuit breaker is seated in the fifth seating unit and a fourth sensing unit installed at the carrying unit for sensing whether the terminal for the circuit breaker is seated in the seventh seating unit And a fifth sensing unit.

The terminal for the breaker mounted on the first seating portion of the terminal processing device for a breaker according to the embodiment of the present invention is moved to a position adjacent to the adhesive bead portion by the rotation of the rotary plate The movable contact is moved to a position adjacent to the moving part by the rotation of the rotating plate after the lapse of the first 1-2 hours, The moving contact is moved by the moving part and the position adjusting part and is moved by the rotation of the rotating plate after the lapse of the first time to allow the adhesive to harden for the first to fourth hours, After the first to fifth time elapses, is moved to a position adjacent to the welded portion by rotation of the rotation plate and is processed by the welded portion for a first time period of 1-5 hours, The welded part is cooled by the welding part during the first 1-6 hours and is moved to the position adjacent to the carry-out part by the rotation of the rotary plate after the lapse of the first 1-6 hours and is taken out through the guide part .

According to the present invention, the machining of the terminal for the breaker is progressed sequentially on the rotating plate rotating in a certain space, the space required for machining is easily secured, the working line of the terminal for the circuit breaker to be machined sequentially is reduced, , The workability can be improved, and the productivity can be greatly improved.

In addition, it is easy to secure the residence time due to the curing of the adhesive and the cooling of the welded portion, so that the defect rate due to processing can be minimized.

1 is a schematic plan view showing a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention;
2 is a block diagram illustrating a control unit of a terminal processing apparatus for a circuit breaker according to an embodiment of the present invention.
FIGS. 3 to 5 are schematic perspective views illustrating a carry-in part of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention; FIG.
FIGS. 6 to 8 are schematic perspective views for explaining an adhesive part of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention; FIG.
FIG. 9 to FIG. 11 are schematic perspective views illustrating a movable contact moving portion of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention; FIG.
12 to 14 are schematic perspective views illustrating a position adjusting unit of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention.
15 to 18 are schematic perspective views illustrating a welding portion of a terminal processing apparatus for a circuit breaker according to an embodiment of the present invention.
19 to 22 are schematic perspective views for explaining a carry-out unit of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings. It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the inventive concept. Other embodiments falling within the scope of the inventive concept may readily be suggested, but are also considered to be within the scope of the present invention.

The same reference numerals are used to designate the same components in the same reference numerals in the drawings of the embodiments.

FIG. 1 is a schematic plan view showing a terminal processing apparatus for a circuit breaker according to an embodiment of the present invention, and FIG. 2 is a block diagram for explaining a control unit of a terminal processing apparatus for a circuit breaker according to an embodiment of the present invention.

1 and 2, a terminal machining apparatus 1 for a circuit breaker according to an embodiment of the present invention includes a terminal for a circuit breaker (hereinafter referred to as " breaker terminal " P), and to weld the movable contact (Q) to prevent the movable contact (Q) from escaping from the terminal (P) for the interrupter.

The terminal P for the circuit breaker is formed with a through hole in one end (P2) (see Fig. 3) to be fixed to the housing by a screw or the like, and the other end is bent in a U- See Fig. 3) can be formed.

The terminal machining apparatus 1 for a circuit breaker according to the present invention includes a rotation unit 10, a carry-in unit 20, a machining unit 30, a carry-out unit 40, a position sensing unit 50, and a control unit 60 can do.

The rotary unit 10 includes a rotary plate 11 that rotates in one direction at a first time interval and a terminal P for a circuit breaker which is radially disposed on the upper side of the rotary plate 11 and is fed from the feeding device, (Not shown).

The plurality of seating portions 13 repeatedly move and stop on the rotating rotary plate 11 and are stopped from moving for a first time without being moved, The terminal P for a circuit breaker which is seated by the unit 30 can be processed.

The plurality of seating portions 13 may include a first seating portion 131, a second seating portion 132, and a third seating portion which are radially disposed at a predetermined angle from the center of the rotary plate 11 133, a fourth seating portion 134, a fifth seating portion 135, a sixth seating portion 136, a seventh seating portion 137, and an eighth seating portion 138.

The first and second seating portions 131 and 132 and the third and fourth seating portions 133 and 134 and the fifth and sixth seating portions 135 and 135, The seventh seating portion 137 and the eighth seating portion 138 may be sequentially disposed along the rotation direction of the rotation plate 11. [

The control unit 60 may control the rotation plate 11 so that the rotation plate 11 is rotated by 45 degrees in the one direction at the first time interval.

The carrying unit 20 can seat the terminal P for the breaker transferred from the supplying device to the seating part 13 moved to the adjacent one of the plurality of seating parts 13. [

The processing unit (30) is arranged to surround the rotation unit (10), and the processing unit (30) is arranged for the first time during which the rotation plate (11) The terminal P can be machined.

More specifically, the processing unit 30 includes an adhesive patch cover 31 for applying an adhesive to the contact portion of the terminal P for a circuit breaker transferred from the carry-in unit 20, (33) which presses both side surfaces of the movable contact (Q) seated on the contact portion to adjust the position of the movable contact (Q) with respect to the contact portion so that the movable contact point And a welding portion 37 for welding the movable contact Q and the contact portion to prevent the movable contact Q from being separated from the contact portion.

The respective constituent elements of the processing unit 30 will be described in detail below with reference to FIGS. 6 to 18. FIG.

The takeout unit 40 can take out the terminal P for the breaker which has been machined by the machining unit 30 from the machining unit 30 to the outside.

The position sensing unit 50 may be installed in the processing unit 30 to sense the position of the seated terminal P for the breaker.

Specifically, the position sensing unit 50 includes a first sensing unit 51 installed in the carrying unit 20 to sense whether the terminal P for the circuit breaker is seated in the first seating unit 131, A second sensing part 52 provided on the adhesive covering part 311 for detecting whether the terminal P for the circuit breaker is seated in the second seating part 132 or the second sensing part 52 mounted on the movable contact moving part 33 A third sensing part 53 installed on the welding part 37 for sensing whether the terminal P for the circuit breaker is seated in the third seating part 133, The fourth sensing unit 54 senses whether the terminal P is seated in the seating part 135 or not and detects whether the terminal P for the circuit breaker is seated in the seventh seating part 137, And a fifth sensing unit 55 may be provided.

The control unit 60 may control the processing unit 30 according to the position of the terminal P for the breaker sensed by the position sensing unit 50. [

3 to 5 are schematic perspective views illustrating a carry-in part of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention.

3 to 5, a carry-in portion 20 of the terminal machining apparatus 1 for a circuit breaker according to an embodiment of the present invention includes a rotating plate (not shown) A first moving part (not shown) for moving the first conveyor part 21, a second conveyor part 21 disposed above the first conveyor part 21 to rotate the first conveyor part 21, A first position shifting portion 25 and a first position shifting portion 25 which are positioned at the end of the first conveyor portion 21 to seat the terminal P for the circuit breaker in the first seating portion 131, And a first grip portion 27 for gripping or releasing the terminal P for the breaker.

The first position shifting portion 25 includes a first position shifting portion 251 displaced in the radial direction X of the rotary plate 11 (see FIG. 1) 1-2 position shifting portion 253 which is moved in the height direction Y (see Fig.

1) position (refer to FIG. 3) disposed on the upper side of the first conveyor section 21 and a second position (see FIG. 3) disposed on the upper side of the first seating section 131 1-2 position (see FIG. 5).

3) disposed at a first spacing distance from the first conveyor section 21 (see FIG. 3), and the second position shifting section 253 is disposed at a second spacing distance And can be moved back and forth in the 1-4 position arranged at the separation distance. The third position is a position where the first grip portion 27 is disposed on the upper side of the terminal P for the breaker on the first conveyor portion 21, (Y) from the first-third position so that the terminal (P) for the breaker can be gripped by the breaker (27).

The first grip portion 27 includes a first-first grip portion 271, a first-second grip portion 272, and the first-second grip portion 271 and the first-second grip portion 272, (Not shown) that changes the spacing distance of the first position shifter.

The controller (60) controls the first-second position shifting unit (253) so that the first-first position shifting unit (251) is positioned at the first- Position shifting portion 253 to be moved to the first to fourth position (see FIG. 3).

Next, when the 1-2 position shifting unit 253 is positioned at the 1-4 position, the control unit 60 controls the separation distance between the 1-1 second gripping unit 271 and the 1-2 second gripping unit 272, So that the terminal P for the circuit breaker which is seated on the first conveyor part 21 by the first-first grip part 271 and the first-second grip part 272 controls the second position- When the terminal P for the breaker is gripped by the first grip portion 27, the 1-2 position shifting portion 253 is moved from the 1-4 position to the 1-3 position The first-second-position shifting portion 253 can be controlled to be moved (see Fig. 4).

If the 1-2 position shifting portion 253 is located at the 1-3 position, the control portion 60 controls the 1-1 position shifting portion 251 to move the first 1-2 position, the first-first-position shifting portion 251 controls the first-second-position shifting portion 251 to be moved to the first-second position, (253) controls the first-second-position-shifting portion (253) so that the first-second-position shifting portion (253) is moved from the first-third position to the first- The control unit controls the second position shifting unit to move the first-second grip unit 271 and the first-second grip unit 272 away from each other so that the first-second grip unit 271 and the first- 2 grip portion 272 can be gripped with the terminal P for the breaker (see Fig. 5).

6 to 8 are schematic perspective views for explaining an adhesive part of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention.

6 to 8, an adhesive patch cover 31 of the terminal processing apparatus 1 for a circuit breaker according to an embodiment of the present invention includes the adhesive 311, A pressure regulating part 313 for changing an internal pressure of the adhesive accommodating part 311 and a pressure regulating part 313 connected to the adhesive accommodating part 311, And a third position shifting unit (not shown) positioned on the upper side and shifted in the height direction Y so that a distance from the second seating unit 132 is changed.

(See FIG. 6) in which the adhesive accommodating portion 311 and the second seating portion 132 are disposed at a third spacing distance, and a second position 2 seat portion 132 may be moved in a reciprocating manner at a second-2 position (see FIG. 7) arranged at a fourth spacing distance smaller than the third spacing distance. Here, the third position shifting unit is not shown in the drawing, but is a member that moves the adhesive accommodating unit 311 and the pressure regulating unit 313 in the height direction (Y). In other words, the second-1 position is a position for disposing the adhesive accommodating portion 311 and the pressure regulating portion 313 in the state shown in FIG. 6, and the second- The pressure regulating portion 311 and the pressure regulating portion 313 in the state shown in Fig.

The control unit 60 may control the third position shifting unit so that the third position shifting unit is moved from the second-1 position to the second-2 position during the first time (FIGS. 6 and 7) 7).

The control unit 60 controls the pressure regulating unit 313 to increase the internal pressure of the adhesive receptacle unit when the third position shifting unit 315 is positioned at the second position 2-2, (See FIG. 7).

Next, the controller 60 causes the third position shifting portion 315 to be moved from the second position 2-1 to the second position 1 (see FIG. 8) So that the terminal (P) for the breaker, which is seated on the adhesive receptacle (311), is processed by the adhesive receptacle (311).

FIGS. 9 to 11 are schematic perspective views for explaining the movable contact moving part of the terminal machining device for a circuit breaker according to the embodiment of the present invention, and FIGS. 12 to 14 show a terminal machining for a circuit breaker according to an embodiment of the present invention And is a schematic perspective view for explaining a position adjustment unit of the apparatus.

9 to 11, the movable contact moving part 33 of the terminal machining apparatus 1 for a circuit breaker according to the embodiment of the present invention is arranged so that the movable contact Q moves from the supply device of the movable contact Q to the rotating plate 11 A second moving part (not shown) for moving the second conveyor part 331, a second moving part (not shown) for moving the second conveyor part 331, A fourth position shifting portion 335 disposed on the upper side of the second conveying portion 331 to seat the movable contact Q positioned at the end of the second conveying portion 331 on the contact portion coated with the adhesive, (337) connected to the movable contact (335) and providing the suction force to the movable contact (Q) or releasing the suction force.

The fourth position shifting portion 335 is disposed between the fourth position shifting portion 335a which is moved in the radial direction X of the rotary plate 11 and the fourth position shifting portion 335b, Position shifting portion 335b which is moved in the Y direction.

The 4-1 position shifting portion 335a includes a 4-1 position (see FIG. 9) disposed on the upper side of the second conveyor portion 331 and a 4-1 position 4-2 position (see Fig. 11).

The fourth-position shifting portion 335b is disposed between the fourth-third position (see FIG. 9) disposed at the fifth spacing distance from the second conveying portion 331 and the fourth-third position (See Fig. 10) arranged at a spacing distance.

The suction unit 337 may include a suction piece 337a that contacts the upper surface of the movable contact Q and an inhaler 337b that provides a suction force through the suction piece 337a.

The control unit 60 controls the fourth-position shifting unit 335b in a state where the 4-1 position shifting unit 335a is positioned at the 4-1 position (see FIG. 9) during the first time, 4 position to the fourth-fourth position (see FIG. 10).

The controller 60 controls the inhaler 337b so that a suction force is provided through the inhalation piece 337a when the 4-2 position moving part 335b is located at the 4- So that the movable contact Q can be attached to the piece 337a (see FIG. 10).

In addition, when the movable contact Q is attached to the suction piece 337a, the controller 60 controls the fourth-position moving part 335b to move from the 4-4 position to the 4- The fourth-stage moving part 335b can be controlled to move the fourth-stage moving part 335b.

When the fourth-portion-position shifting portion 335b is moved to the fourth-third position, the control portion 60 controls the fourth-position shifting portion 335a to move from the fourth- The position of the 4-1 position shifting portion 335a can be controlled so as to be moved to the -2 position (see FIG. 11).

When the 4-1 position shifting portion 335a is moved to the 4-2 position, the control portion 60 controls the 4-2 position shifting portion 335b to move the 4- (See Fig. 11). When the fourth-position moving part 335b is moved to the fourth-fourth position, the suction piece The suction member 337b may be controlled such that the suction force of the suction member 337a is released so that the suction member 337a and the movable contact Q are spaced apart from each other (refer to FIG. 12).

The position adjusting unit 35 is disposed between the rotary plate 11 and the moving part 33 and includes a fifth position shifting part 351 and a fifth position shifting part 352 which are moved in the height direction Y, And a second grip portion 353 for gripping or releasing the movable contact Q that is seated on the terminal P for the breaker while being connected to the position shifting portion 351.

The fifth position shifting portion 351 is disposed at a fifth position (see FIG. 12) disposed at a seventh spacing distance from the third seating portion 133 and at an eighth spacing distance smaller than the seventh spacing distance (Refer to FIG. 13).

The second grip portion 353 includes a second-first grip portion 353a, a second-second grip portion 353b, and the second-first grip portion 353a and the second-second grip portion 353b, (Not shown) for changing the spacing distance of the first and second movable members.

The controller 60 may be configured to control the operation of the circuit breaker such that the suction piece 337a and the movable contact Q are spaced apart from each other during the first time so that the movable contact Q is seated in the third seating part 133, The sixth position shifting portion 353c can be controlled so that the distance between the second-1 grip portion 353a and the second-2 grip portion 353b becomes close to each other 13).

The controller 60 controls the movable contact Q mounted on the contact portion P1 of the terminal P for the breaker by the 2-1 grip portion 353a and the 2-2 grip portion 353b, And the second grip portion 353 grips the movable contact Q which is seated on the contact portion P1 of the terminal P for the breaker, The sixth position shifting portion 353c can be controlled so that the grip of the movable contact Q by the second grip portion 353 is released (see Fig. 14).

The position adjustment unit 35 may be configured to adjust the position of the movable contact point Q with respect to the contact portion before the adhesive located between the contact portion of the terminal P for the breaker and the movable contact point Q is cured Lt; / RTI > For example, as shown in the drawings of the present invention, the shape of the movable contact Q may be a rectangular shape, and the movable contact Q may be fixed to the contact portion by an adhesive positioned between the contact portion and the movable contact Q. The position of the movable contact Q with respect to the contact portion can be adjusted by the position adjusting portion 35 of the present invention so that the movable contact Q can be moved away from the predetermined position, The attachment position can be adjusted.

15 to 18 are schematic perspective views illustrating a welding portion of a terminal processing apparatus for a circuit breaker according to an embodiment of the present invention.

15 to 18, the welding portion 37 of the terminal machining apparatus 1 for a circuit breaker according to an embodiment of the present invention includes a heat generating portion 371 for generating heat by an external power source, A seventh position connected to the heat generating part 371 and moved in the height direction Y so as to change a distance between the heat generating part 371 and the fifth seating part 135, A third grip portion 375 for gripping or releasing the terminal P for the circuit breaker mounted on the fifth seating portion 135 and a third grip portion 375 connected to the third grip portion 375, And an eighth position shifting part 373 which is moved in the radial direction X so as to change a distance between the second mounting part 135 and the fifth mounting part 135.

The third grip portion 375 includes a third-first grip portion 375a, a third-first grip portion 375a, and the third-first grip portion 375a and the third-second grip portion 375b, And a ninth position shifting portion (not shown) for changing the spacing distance of the ninth portion.

The seventh position shifting portion (not shown) is disposed at a seventh position (see FIG. 17) in which the fifth seating portion 135 is disposed at a ninth separation distance from the fifth seating portion 135 (See FIG. 18) in which the spacing distance is arranged at a tenth spacing distance smaller than the ninth spacing distance. Here, the seventh position moving unit is not shown in the drawing, but is a member for moving the nose nose 371 in the height direction Y. 17, and the 7-2 position is a position where the heat generating portion 371 is placed in the state shown in Fig. 17 In a state in which they are placed.

The eighth position shifting portion 373 is disposed between the eighth position (see Fig. 15) where the spacing distance of the fifth seating portion 135 is arranged at the eleventh separation distance from the fifth seating portion 135 (See Fig. 16) disposed at a twelfth spacing distance smaller than the eleventh spacing distance.

The controller 60 may be configured such that, during the first time period, the seventh position shifting portion (not shown) is located at the seventh position, and the eighth position shifting portion 373 is positioned at the eighth The eighth position shifting portion 373 can be controlled to be moved to the eighth position (see Fig. 15).

When the eighth position 373 is positioned at the eighth position, the control unit 60 determines that the distance between the third-first grip portion 375a and the third-second grip portion 375b is (Not shown) so as to come closer to the fifth seating portion 135 by the third-first grip portion 375a and the third-second grip portion 375b, (See Fig. 16).

Next, when the terminal P for the breaker is gripped by the third grip portion 375, the controller 60 moves the seventh position moving part from the seventh position to the seventh position The heat generating part 371 and the movable contact Q are brought into contact with each other to control the seventh position shifting part so that the heat generating part 371 contacts the movable contact Q and the terminal So that welding can be realized (see Figs. 17 and 18).

When the welding of the movable contact Q and the terminal P for the breaker by the heat generating part 371 is performed, the control part 60 controls the seventh position moving part to move to the seventh position When the seventh position shifting unit is located at the seventh position, the third-first grip unit 375a and the third-seventh position shift unit control the seventh position shifting unit to move the third- 2 grip portion 375b is distanced from the first grip portion 375a. In addition, the controller 60 may control the eighth position shifting portion 373 so that the eighth position shifting portion 373 is moved from the eighth position to the eighth position.

19 to 22 are schematic perspective views for explaining a carry-out unit of a terminal machining apparatus for a circuit breaker according to an embodiment of the present invention.

19 to 22, the carry-out portion 40 of the terminal machining apparatus 1 for a circuit breaker according to an embodiment of the present invention includes a tenth A fourth grip portion 43 for gripping or releasing the circuit breaker terminal P while being connected to the position shifting portion 41 and the tenth position shifting portion 41, And a guide portion 45 may be provided.

The tenth position shifting portion 41 is located at a 10-1 position (see FIG. 20) disposed adjacent to the seventh seating portion 137 and at a 10-2 position (See Fig. 19).

The fourth grip portion 43 includes a fourth-first grip portion 431, a fourth-second grip portion 433, and the fourth-first grip portion 431 and the fourth-second grip portion 433, (Not shown) that changes the spacing distance of the first and second movable contact portions 11 and 12.

The controller 60 controls the fourth-1-grip portion 431 and the fourth-2-grip portion 431 in a state in which the tenth position shifting portion 41 is positioned at the 10 < 433 are close to each other to control the eleventh position shifting portion so that the fourth-first grip portion 431 and the fourth-second grip portion 433 can be positioned in the seventh seating portion 137, So that the terminal P can be gripped.

When the terminal P for the circuit breaker which is seated on the seventh seat portion 137 is gripped by the fourth grip portion 43, the controller 60 controls the tenth position shifting portion 41 The tenth position shifting portion 41 can be controlled to be moved from the 10-1 position to the 10 < th > -2 position (see Figs. 19 and 20).

When the tenth position shift unit 41 is moved to the 10-2 position, the control unit 60 determines that the distance between the 4-1 grip unit 431 and the 4-2 grip unit 433 The eleventh position shifting portion is controlled so that the terminal P for the circuit breaker falls toward the guide portion 45 (see Figs. 21 and 22).

The process of the terminal P for the breaker to be processed by the terminal processing device 1 for a circuit breaker according to an embodiment of the present invention is summarized, (P) is moved to a position adjacent to the adhesive part (31) by rotation of the rotary plate (11) after a lapse of the 1-1 second time, .

After the lapse of the first 1-2 hours, the movable contact is moved to the position adjacent to the moving part 33 by the rotation of the rotating plate 11, and the movable contact moving part 33 and the position And is processed by the adjusting unit 35.

Next, after the lapse of the first 1-3 hours, the adhesive is moved by the rotation of the rotary plate 11 so as to cure the adhesive for the first to fourth hours, and after the lapse of the first time, Is moved to a position adjacent to the welded portion 37 by the welding portion 37 and is processed by the welded portion 37 for the first time.

After the lapse of the first 1-5 hours, the steel plate is moved by the rotation of the rotating plate (11) to cool the welded portion by the welded portion (37) during the first 1-6 hours, And is moved to a position adjacent to the carry-out part 40 by the rotation of the rotary plate 11 and is taken out to the outside through the guide part 45 to complete the machining.

Further, in describing the terminal machining device for a circuit breaker according to the present invention, it is preferable that the seating portion formed on the rotary plate be a first seating portion, a second seating portion, a third seating portion, a fourth seating portion, a fifth seating portion, The seventh and eighth seats, and the seventh and eighth seats. However, in order to facilitate the understanding of the invention, it is preferred that the seating portion of the seating portion of the rotation plate, which is disposed adjacent to the loading portion by rotation, The seating portion disposed adjacent to the welding portion is the fifth seating portion, the seating portion disposed adjacent to the welding portion is the fifth seating portion, and the seating portion disposed adjacent to the welding portion is the fifth seating portion, The seventh seating portion is a seventh seating portion.

In other words, the seating portion formed on the rotary plate is the first to eighth seating portions depending on the relationship with the processing unit.

While the present invention has been described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be apparent to those skilled in the art that changes or modifications may fall within the scope of the appended claims.

1: Terminal processing device for circuit breaker
10: rotation unit
11: Spindle
13:
20:
27: First grip portion
30: Machining unit
31: Adhesive pad
33:
35:
37:
40:
45: guide portion
50:
60:

Claims (10)

A through hole is formed at one end to be assembled and fixed to the housing by means of a terminal for a breaker-screw or the like, and the other end is bent in a U-shape to form a horizontal contact portion, And for welding the movable contact to prevent the movable contact from being detached from the terminal for the breaker,
A rotating unit including a rotating plate rotating in one direction at a first time interval, and a plurality of mounting portions radially disposed on the rotating plate, the plurality of mounting portions being configured to feed the terminal for the circuit breaker transferred from the supplying device in the one direction;
A carrying part for placing the terminal for the breaker transferred from the supplying device in a seating part moved to an adjacent position among the plurality of seating parts;
A processing unit arranged to surround the rotating unit and for processing the terminals for the circuit breaker disposed at adjacent ones of the plurality of seating parts during the first time period in which the rotating plate is not rotated;
A take-out unit for taking out the terminal for circuit breaker completed by the machining unit from the machining unit to the outside;
A position sensing unit installed in the processing unit and sensing a position of the terminal for the circuit breaker mounted thereon; And
And a control unit for controlling the machining unit according to the position of the terminal for the breaker sensed by the position sensing unit,
The processing unit includes:
An adhesive portion for applying an adhesive to the contact portion of the terminal for circuit breaker transferred from the carry-in portion; a movable contact portion for allowing the movable contact to be seated on the upper surface of the contact portion coated with the adhesive; And a welding portion for welding the movable contact and the contact portion so as to prevent the movable contact from being separated from the contact portion, characterized by comprising: a position adjusting portion for pressing both side surfaces of the movable contact to adjust the position of the movable contact with respect to the contact portion; Terminal processing device for circuit breaker.
The method according to claim 1,
Wherein the plurality of seat portions comprise:
A second seat part, a third seat part, a fourth seat part, a fifth seat part, a sixth seat part, a seventh seat part, and a seventh seat part which are radially arranged at a predetermined angle from the center of the rotary plate 8 < / RTI >
Wherein the first seat portion, the second seat portion, the third seat portion, the fourth seat portion, the fifth seat portion, the sixth seat portion, the seventh seat portion, Are sequentially arranged along the rotation direction,
Wherein the control unit rotates the rotary plate in the one direction by 45 degrees at the first time interval.
3. The method of claim 2,
Wherein the carry-
A first conveyor portion formed to be rotatable in an infinite orbit toward the rotating plate while being formed toward the rotating plate from the feeding device, a first movable portion moving the first conveyor portion, a second movable portion disposed above the first conveyor portion, And a first grip portion for gripping or releasing the terminal for the circuit breaker while being connected to the first position shifting portion and the first position shifting portion for seating the terminal for the circuit breaker at the end of the circuit breaker to the first seating portion,
Wherein the first position-
And a 1-2 position shifting unit that is moved in a height direction so as to change a distance between the 1-1 position shifting unit and the first conveying unit,
And the 1-1 position shifting portion is moved in a reciprocating manner between a 1-1 position located on the upper side of the first conveyor portion and a 1-2 position located on the upper side of the first seating portion,
The 1-2 position shifting unit may be configured to reciprocate the 1st-4th position disposed at a first spacing distance from the first conveyor unit and the 1-4th arrangement spaced at a second spacing distance smaller than the first spacing distance, ≪ / RTI >
The first grip portion
And a second position shifting unit for changing a distance between the first-first grip unit, the first-second grip unit, and the first-second grip unit and the first-second grip unit,
The control unit controls the first-second position shifting unit to move from the first-third position to the first-fourth position while the first-first position shifting unit is positioned at the first- When the 1-2 position moving unit is located at the 1-4 position, the distance between the 1-1 and 2- The second position shifting portion is controlled to grip the terminal for the breaker mounted on the first conveyor portion by the first-first grip portion and the first-second grip portion, and the terminal for the breaker is gripped by the first grip portion, The first and second position shifters controls the first and second position shifters so that the first and second position shifters are moved from the first to fourth positions to the first to third positions, 1-3 position, the first-first position shifting unit moves from the first position to the The first-first position shifting unit controls the first-first position shifting unit to be moved to the first-second position, and when the first-first shifting unit is located at the first-second position, And controls the first and second position shifting units to move from the first position to the third position when the second position shifting unit is located at the first to fourth position, And the second position shifting unit is controlled so that the distance between the first and second grip portions is distanced so that the first-second grip portion and the first-second grip portion are grip-released from the terminal for the breaker. .
The method of claim 3,
The adhesive shroud includes:
An adhesive accommodating portion for accommodating the adhesive and discharging the adhesive through a discharge port formed on the lower side; a pressure adjusting portion for changing an internal pressure of the adhesive accommodating portion; and a pressure adjusting portion connected to the adhesive accommodating portion, And a third position shifting unit that is moved in the height direction such that a distance from the second seating unit is changed,
Wherein the third position shifting portion includes a second position where the adhesive receptacle portion and the second seating portion are disposed at a third spacing distance and a second position where the adhesive receptacle portion and the second seating portion are spaced apart from each other by a fourth distance And is reciprocated and moved in the second-2 position arranged at the separation distance,
Wherein the control unit controls the third position shifting unit such that the third position shifting unit is moved from the second-1 position to the second-2 position during the first time, And the pressure regulating unit is controlled to discharge the adhesive through the outlet so that the internal pressure of the adhesive accommodating unit increases when it is positioned at position 2-2.
5. The method of claim 4,
The moving part of the movable contact,
A second conveyor portion formed to be rotatable in an infinite orbit toward the rotating plate while being formed toward the rotating plate from the feeding device of the movable contact, a second movable portion for moving the second conveyor portion, a second movable portion disposed above the second conveyor portion, And a suction unit for supplying a suction force to the movable contact and releasing the suction force while being connected to the fourth position shifting unit and the fourth position shifting unit for placing the movable contact point positioned at the end of the conveyor unit on the contact portion coated with the adhesive In addition,
Wherein the fourth position shifting unit comprises:
And a fourth-2 position shifting unit that is moved in a height direction so as to change a distance between the fourth-position shifting unit and the third seating unit, the fourth-position shifting unit being moved in the radial direction of the rotation plate,
The 4-1 position shifting portion is moved in a reciprocating manner between a 4-1 position disposed on the upper side of the second conveyor portion and a 4-2 position disposed on the upper side of the third seating portion,
The fourth-2 position shifting unit may be configured to reciprocate the fourth-fourth position, which is disposed at a fifth spacing distance from the second conveying unit, and the fourth-fourth position, which is disposed at a sixth spacing distance smaller than the fifth spacing distance, ≪ / RTI >
The suction unit
A suction member contacting the upper surface of the movable contact, and an inhaler for providing a suction force through the suction piece,
The control unit controls the fourth-2 position shifting unit to move from the fourth 4- position to the fourth 4- position when the fourth-1 position shift unit is positioned at the 4-1 position during the first time, And controls the fourth in-position shifting unit so that the fourth in-position shifting unit moves to the fourth-fourth position when the fourth- 4-position to the fourth-3 position when the movable contact is attached to the suction piece, so that the fourth- And the fourth-2 position-shifting unit is moved to the fourth-3 position when the fourth-second-position shifting unit is moved to the fourth 4- 4-1 position shifting unit, and the 4-1 position shifting unit controls the fourth 2 position, the fourth-2 position shifting unit controls the fourth-2 position shifting unit so that the fourth-2 position shifting unit is moved to the fourth 4- position from the fourth 4-3 position, Wherein when the movable part is moved to the fourth-fourth position, the suction member is controlled so that the suction force of the suction piece is released, so that the suction piece and the movable contact are separated from each other.
6. The method of claim 5,
The position adjustment unit,
And a fifth position shifted in the height direction and the fifth position being connected to the moving part, wherein the movable contact is positioned on the terminal for the circuit breaker by gripping or releasing the movable contact, And a second grip portion,
Wherein the fifth position shifting unit reciprocates the fifth position, which is disposed at a seventh spacing distance from the third seating position, and a fifth position, which is disposed at an eighth spacing distance smaller than the seventh spacing distance, And,
The second grip portion
And a sixth position shifting portion for changing a distance between the second-first grip portion, the second-second grip portion, and the second-first grip portion and the second-second grip portion,
When the suction piece and the movable contact are spaced apart from each other and the moving contact is seated in the contact portion of the terminal for the breaker mounted on the third seat portion during the first time, The sixth position shifting unit is controlled so that the distance between the grip portion and the second-second grip portion becomes close to grip the movable contact seated on the contact portion of the terminal for the breaker by the grip portion 2-1 and grip portion 2-2 And the second grip portion grips the movable contact held by the contact portion of the terminal for the breaker when a second time shorter than the first time elapses in a state in which the movable contact is gripped by the second grip portion, And the sixth position shifting unit is controlled so as to be released.
The method according to claim 6,
The welding portion
A seventh position shifted in the height direction such that a distance between the heat generating portion and the fifth seating portion is changed, a heat generating portion generating heat by an external power source, A third grip portion for gripping or releasing the terminal for the breaker which is seated on the fifth seat portion, and a third grip portion connected to the third grip portion, wherein a distance between the third grip portion and the fifth seating portion is changed in the radial direction And an eighth position shifting portion which is moved in position,
The third grip portion includes:
And a ninth position shifting portion for changing the distance between the third-first grip portion, the third-second grip portion, and the third-first grip portion and the third-second grip portion,
And the seventh position shifting portion,
And a seventh position where the fifth seating portion is disposed at a ninth spacing distance and the seventh seating position where the fifth seating portion is spaced apart from the fifth seating portion by a tenth spacing distance smaller than the ninth spacing distance, And is moved back and forth,
Wherein the eighth position shifting unit comprises:
And an eighth position in which the fifth seating portion is disposed at an eleventh spacing distance and a second spacing distance between the eighth placing portion and the fifth seating portion is less than the eleventh spacing distance, And is moved back and forth,
Wherein,
Wherein the seventh position shifting section is located at the seventh position and the eighth position shifting section is positioned at the eighth position from the eighth position to the eighth position, And controls the ninth position shifting unit so that a distance between the third-first grip unit and the third-second grip unit becomes close to each other when the eighth position shifting unit is located at the eighth-2 position, -1 grip portion and the terminal for the breaker which is seated in the fifth seat portion by the grip portion are gripped by the third grip portion and the terminal for the breaker is gripped by the third grip portion, The seventh position shifting unit is controlled to be moved from the seventh position to the seventh position so that the heat generating unit and the movable contact come into contact with each other to contact the movable contact and the circuit breaker terminal So that welding is realized And wherein when the welding of the movable contact and the terminal for the breaker by the heat generating part is performed, the seventh position moving part moves from the seventh position to the seventh position, Controls the ninth position shifting unit so that the separation distance between the third-first grip unit and the third-second grip unit is distant when the seventh position shifting unit is located at the seventh position, And the eighth position moving unit controls the eighth position moving unit so that the eighth position moving unit is moved from the eighth position to the eighth position.
8. The method of claim 7,
Wherein,
A fourth grip portion for gripping or releasing the terminal for the breaker while being connected to the tenth portion, and a guide portion for taking out the terminal for the breaker to the outside, ,
Wherein the tenth position shifting unit comprises:
Wherein the guide member is reciprocated between a 10 < th > -position disposed adjacent to the seventh seating portion and a 10 < th >
The fourth grip portion includes:
A fourth-1-grip portion, a fourth-2-grip portion, and an eleventh position shifter for changing a separation distance between the fourth-first grip portion and the fourth-
Wherein,
During the first time, the eleventh position moving unit is controlled so that the distance between the 4-1 grip unit and the 4-2 grip unit becomes close to each other when the tenth position moving unit is located at the 10-1 position The terminal for the circuit breaker which is seated in the seventh seat portion by the fourth-fourth grip portion and the fourth-second grip portion is gripped, and the terminal for the circuit breaker which is seated on the seventh seat portion by the fourth grip portion The tenth position shifting unit controls the tenth position shifting unit so that the tenth position shifting unit is moved from the tenth position to the tenth position, The fourth terminal is connected to the fourth terminal, the fourth terminal is connected to the fourth terminal, and the fourth terminal is connected to the second terminal, end Ball mechanism.
9. The method of claim 8,
The position sensing unit includes:
A first sensing unit installed in the carry-in unit and sensing whether the terminal for the circuit breaker is seated in the first seating unit, and a second sensing unit installed in the adhesive cover to detect whether the terminal for the circuit breaker is seated in the second seating unit A third sensing unit for sensing whether the terminal for the breaker is seated in the third seating unit, a second sensing unit for sensing whether the terminal for the circuit breaker is seated in the third seating unit, And a fifth sensing unit provided at the carry-out unit and sensing whether the terminal for the breaker is seated in the seventh seating unit.
10. The method of claim 9,
The terminal for a circuit breaker, which is seated in the first seat portion,
After the lapse of 1-1 hours, the adhesive is moved to a position adjacent to the embossed portion by rotation of the rotary plate, and the adhesive is processed by the embossing portion for a first 1-2 hours, The moving contact is moved to a position adjacent to the moving part by the rotation of the rotating plate and is processed by the moving part and the position adjusting part during the first to third hours, And is moved to a position adjacent to the welded portion by rotation of the rotary plate after the lapse of the first to fourth hours so as to be processed by the welded portion for the first to fifth hours After the elapse of the first 1-5 hours, the welding part is moved by the rotation of the rotation plate to cool the welding part by the welding part during the first 1-6 hours, Is moved by the rotation position to a position adjacent to the portion taken out interrupter terminal processing apparatus characterized in that the parts taken out to the outside through said guide.

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