KR101930503B1 - Laminating apparatus for submunition assembly and laminating method for submunition assembly using the same - Google Patents

Abstract

The present invention relates to a laminating apparatus for a magazine assembly for a dual purpose jig and a method for laminating a magazine assembly of a dual purpose jig, the apparatus comprising: a magazine assembly laminating apparatus for a dual purpose jig for stacking a magazine assembly in which a plurality of jets are provided in the magazine casing portion; Wherein a plurality of magazine assemblies are placed on the assembly support portion between the first assembly support portion and the second assembly support portion and the second assembly support portion is horizontally moved to horizontally press- There is no accident that the jigger assembly collapses, thereby greatly improving the safety in assembling the jigger assembly.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a lamination device for a magazine assembly of a double objective charger, and a lamination method for a magazine assembly of a dual purpose magazine using the same.

The present invention relates to a stacking apparatus for a magazine assembly of a dual purpose jig and a method for stacking magazine assemblies of a dual purpose jig, and more particularly to a magazine assembly for a dual purpose jig which is capable of horizontally stacking a magazine assembly provided in a casing The present invention relates to a stacking apparatus for an assembly and a method for stacking a magazine assembly of a dual purpose spark plug.

Developed as a major means of attacking enemies in war, the shells are usually constructed so that the enemy or glove (the outer surface of an armored car or tank) penetrates the warhead or explodes on the surface.

The dual objective carbide in the shell is a dual purpose high explosive with dual purpose dispersed carbon.

Dual purpose jets are fired by a rocket, and the fuse is blown up over the target, causing several to hundreds of jets to be dispersed and fired.

When a large number of scattered fallen jets hit a ground, a soldier, a glove (an armored vehicle or an electric tank top), the pecking explosion is exploded by the operation of the shock tube incorporated in the jatu, So that the fragments formed will have interpersonal killing power.

The double objective cigarettes in the shell are manufactured by stacking a plurality of magazines in a casing and stacking them.

In the production of the dual purpose coils, when the number of the actual coals which are stacked by hand or vertical direction is stacked and the double purpose coals are stacked in the vertical direction when the coins are stacked in the vertical direction, there is no burden on the equipment due to fall or weight.

In the case of modern dual purpose jets, as the number of warp assemblies increases, the number of stacked warp assemblies increases. Therefore, when the warp assemblies are stacked vertically, there is a high risk of falling due to their height. There has been a problem that serious injury such as an accident of an operator is caused when an accident occurs.

Previous Patent: Korean Utility Model Registration No. 20-0183648 'Split-Coupled Dual Purpose Distributed Titanium' (Registered on March 16, 2000)

An object of the present invention is to provide a lamination device for a magazine assembly of a dual purpose charger and a lamination device for a dual purpose charger capable of stably stacking a plurality of magazine assemblies by horizontally stacking a plurality of magazines provided in the magazine casing portion, Method.

In order to accomplish the above object, the present invention provides a dual purpose charger for a magazine assembly for laminating a magazine assembly having a plurality of magazines in a magazine casing, The apparatus according to claim 1, further comprising: a first assembly supporting portion (22) which is located on one side of the assembly supporting portion and supports one side of the magazine assembly, a second assembly supporting portion And a support moving device for moving the second assembly support portion to move the plurality of magnet assembly assembled on the assembly support portion.

In the present invention, the assembly support unit includes a base support member, a first support rail member that is located on the upper surface of the base support member in the stacking direction and on which the magnet assembly is mounted, and a first support rail member spaced apart from the first support rail member, And a second support rail member positioned on the upper surface in a stacking direction and in which the magnet assembly is seated.

In the present invention, the first support rail member and the second support rail member are inclined on opposite sides of the first support rail member and the second support rail member, respectively, and are provided with a first inclined surface and a second inclined surface, The second inclined surfaces may be formed to have a V-shape extending toward the upper side facing each other.

In the present invention, the assembly support unit further includes a laminated guide rail member positioned between the first support rail member and the second support rail member and extending in the stacking direction on the upper surface of the base support member, A position guiding movement inserting unit may be provided to allow the magnetron casing unit to be movably coupled to the lamination guide rail member in the stacking direction.

In the present invention, the supporting portion moving device includes a moving guide rail member that is positioned apart from both sides of the assembly supporting portion and is located long in the stacking direction of the magenta assembly to guide movement of the second assembly supporting portion, And a linear reciprocating unit for moving the supporting unit moving member moving the supporting unit moving member forward and backward.

In the present invention, a plurality of hollow portions for inserting jets are disposed in the central portion of the jacket casing portion in a direction of stacking, radially positioned at the periphery of the central hollow portion, Wherein one of the hollow portions for inserting the magenta is a hollow hollow portion formed by an empty passage,

The laminating apparatus for the magazine assembly of the dual purpose charcoal according to the present invention further includes a first assembly guide rod member passing through the center hollow portion of the magnet assembly through the first assembly support portion and passing through the second assembly support portion .

According to another aspect of the present invention, there is provided a laminating apparatus for a mag- netic carbon assembly of a dual purpose jig, which further includes a second assembly guide rod member passing through the hollow support member and passing through the second assembly support member.

In the present invention, the first assembly support portion may include a first guide bar penetration portion through which the first assembly guide bar member passes, and the first guide bar penetration portion may protrude from a surface opposite to the support surface of the first assembly support portion And the third guide bar penetration portion may protrude from a surface of the second assembly support portion opposite to the support surface of the second assembly support portion, have.

In the present invention, the first assembly support portion includes a second guide bar penetration portion through which the second assembly guide rod member passes, and the second guide bar penetration portion protrudes from a surface opposite to the support surface of the first assembly support portion And the fourth guide bar penetration portion may protrude from a surface of the second assembly support portion opposite to the support surface of the second assembly support portion, have.

The apparatus for laminating a magazine for a magazine according to the present invention may further comprise a guide rod moving device for moving the first assembly guide rod member and the second assembly guide rod member back and forth.

In the present invention, the guide-rod moving device includes a guide-rod moving rail member supported by a support and positioned on an upper side of the assembly-receiving portion, A rod mounting member on which the assembly guide rod member is mounted, and a support rod linear reciprocating unit for moving the rod mounting member forward and backward.

The present invention provides a stacking device for a magazine assembly of a dual purpose jig, comprising: a first support portion ascending / descending portion capable of moving up and down the first assembly support portion to adjust a position of the first guide bar penetration portion; The guide rod moving device may further include a guide rod lifting and lowering portion for moving the rod mounting member up and down. The guide rod moving device may further include a second support portion ascending / descending portion capable of adjusting a position of the second guide rod penetration portion.

In the present invention, the first assembly support portion may include a first long hole for guiding rod penetration formed in a longitudinal direction on a straight line passing through the center of the first guide rod penetration portion, and the second guide rod penetration portion The second guide bar penetration portion is moved in a straight line passing through the center of the first guide bar penetration portion so that the position of the second guide bar penetration portion is shifted to the first assembly support portion, And the second assembly supporting portion is formed in a longitudinal direction on a straight line passing through the center of the third guide bar through portion and is provided with a guide bar through- And the fourth guide bar penetration portion is located so as to be movable in the longitudinal direction of the second long hole for the guide bar penetration, And a second through-hole moving device for moving the fourth guide bar through portion in a straight line passing through the center of the third guide bar through portion to adjust a position of the third guide bar through portion, Is provided on a straight line passing through the center of the first assembly guide rod member and is provided in a longitudinal direction and has a third hole for the guide bar penetration corresponding to the first long hole for guiding the guide bar, And the second assembly guide bar member is moved to the bar mounting member in a straight line passing through the center of the first assembly guide bar member so as to be movable in the longitudinal direction of the third guide hole, And a third penetrating mobile device for adjusting the position of the assembly guide rod member.

According to another aspect of the present invention, there is provided a method for laminating a magazine assembly for a dual purpose object, comprising the steps of: And a plurality of magazine assemblies are horizontally press-coupled to each other by horizontally moving the second assembly support part between the first assembly support part and the second assembly support part on the assembly support part.

The present invention is advantageous in that a plurality of magazines are stacked horizontally on a magazine assembly having a jacket casing portion so that the stacked magazine assembly does not fall down during the stacking operation and thus the safety of assembling the magazine assembly is greatly improved have.

The present invention can stably stack and assemble a plurality of magazine assemblies by horizontally stacking a plurality of magazines provided in a magazine casing unit, shorten the time required for stacking the magazine assemblies, Can be increased.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a side view showing one embodiment of a laminating apparatus for a double-object-purpose jat-gun assembly according to the present invention;
2 is a sectional view taken along the line AA 'of FIG. 1;
3 is a perspective view showing an embodiment of a first assembly support part in a laminating apparatus for a double-object jat-carbon self-propelled assembly according to the present invention.
4 is a perspective view showing an embodiment of a second assembly support part in a laminating apparatus for a magazine assembly for a dual purpose jig according to the present invention;
FIGS. 5-7 illustrate another embodiment of a self-assembled assembly that is laminated with a laminating apparatus for a dual purpose, self-propelled charger assembly according to the present invention; FIG.

The present invention will be described in more detail.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to the detailed description of the present invention, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms. Therefore, the embodiments described in this specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, It is to be understood that equivalents and modifications are possible.

FIG. 2 is a cross-sectional view taken along the line AA 'of FIG. 1, and FIG. 3 is a cross-sectional view of the self- FIG. 4 is a perspective view illustrating one embodiment of the first assembly support unit 200 in the stacking apparatus of the present invention. FIG. 4 is a perspective view of a second assembly support unit 300 in the stacking apparatus for a dual purpose object- FIG.

1 to 4, an embodiment of a laminating apparatus for a double-object-purpose jig carbon assembly according to the present invention will be described in detail below.

One embodiment of the laminating apparatus for a dual purpose object for jigging according to the present invention is a laminating apparatus for a double purpose object for jigging, in which a plurality of jitons are assembled by laminating the jigger assembly 10 provided in the jig casing unit 11 to be.

The magazine assembly 10 includes a magazine casing portion 11, and a plurality of magazines inserted into the magazine casing portion 11 in a plurality of layers.

The magazine casing unit 11 is formed by a cylindrical casing. The magazine casing unit 11 is provided with a plurality of magazine insertion hollow portions 11b formed to be open to both sides.

A center hollow portion 11a is formed through the center of the jacket casing portion 11 and a plurality of hollow portions 11b for inserting magenta are positioned radially around the center hollow portion 11a.

The magazine insertion hollow portion 11b may be provided with a magazine insertion cup portion into which the respective magazines can be inserted.

The jat-in insert cup portion is formed in a shape that can be inserted and inserted into the jat-car insertion cup portion, and the jat-in insert cup portion is formed in an open form so that the jat can be inserted and inserted through one opened side.

The magazine insertion cup portion is stacked and positioned in a plurality of layers in the magazine insertion hollow portion 11b in a state that the magenta is inserted therein.

The magazine assembly 10 is disposed at the rear end side of the magazine casing part 11 to hold a plurality of magazine insertion cup parts forming one layer in an empty state and is disposed at the tip end side of the magazine casing part 11, A plurality of layered projections are positioned so as to protrude toward the front end side of the jacket casing portion 11. [

The magazine assembly 10 is positioned to protrude toward the front end of the magazine casing unit 11 so that a plurality of magazines forming one layer are positioned on the rear end side of the magazine assembly 10 in the magenta assembly unit 10, Into a plurality of magazine insertion cup portions forming a single layer.

That is, when the magazine assembly 10 is stacked and assembled, a plurality of jets protruded toward the front end side of the magazine casing portion 11 are inserted into a plurality of empty magazine insertion cup portions located at the rear end side of the other magazine assembly 10 Respectively.

The structure in which the magenta assembly 10 and the magazine assembly 10 are laminated is well known and will not be described in detail.

The laminating apparatus for a magazine assembly of a dual purpose jig according to the present invention is a laminating apparatus for a magazine assembly for a dual purpose jig for horizontally stacking a magazine assembly (10) in which a plurality of magazines are provided in the magazine casing section (11).

One embodiment of a laminating apparatus for a magazine assembly of dual purpose charcoal according to the present invention includes an assembly holder 100 on which a plurality of magazine assemblies 10 are mounted.

The magazine assembly 10 is seated on the assembly receiving portion 100 such that the opened sides of the magazine casing portion 11 are oriented in the horizontal direction forward and backward, that is, the direction in which the stacking direction is parallel to the paper surface.

The assembly support unit 100 includes a base support member 110 and a first support rail member 120 that is positioned on the upper surface of the base support member 110 in the stacking direction and on which the magic assembly 10 is seated, And a second support rail member 130 spaced apart from the rail member 120 and positioned on the upper surface of the base support member 110 in the stacking direction and on which the magic assembly 10 is seated.

The first support rail member 120 and the second support rail member 130 are inclined at opposite sides of the first support rail member 120 and the second support rail member 130 so that the first inclined surface 120a and the second inclined surface 130a .

The first inclined face 120a and the second inclined face 130a are formed to have a V-shape that flares toward the upper side so that the cylindrical charcoal casing portion 11 can be stably positioned at the upper portion.

The magenta assembly 10 can be stably positioned by being seated on the first inclined surface 120a and the second inclined surface 130a where the outer circumferential surfaces of the cylindrical shape of the magazine casing portion 11 are inclined to each other.

The assembly support unit 100 includes a laminated guide rail member 130 disposed between the first support rail member 120 and the second support rail member 130 and extending in the stacking direction on the upper surface of the base support member 110 140) as an example.

The magazine casing portion 11 of the magazine assembly 10 is provided with a position guiding movement insertion portion 11d for movably coupling the magazine casing portion 11 to the lamination guide rail member 140 in the stacking direction .

The position guiding movement inserting portion 11d allows the magnet assembly 10 to be moved in a correct position when stacked so that it can be accurately engaged with the other magnet assembly 10 in the correct position.

On the other hand, in the magazine assembly 10, a position guiding movement inserting portion 11d is formed in the laminating direction on the outer circumferential surface of the magazine casing portion 11, and a central hollow portion A plurality of magazine insertion hollow portions 11b are located radially around the central hollow portion 11a and are stacked with the magenta inside. Any one of the plural magenta insertion hollow portions 11b becomes an empty hollow portion 11c formed by an empty passage.

The hollow hollow portion 11a formed by the hollow hollow portion 11a and hollow hollow portion 11c formed by the empty hollow space is a space in which a charger for explosion of the magazine assembly 10, a wire for a new pipe, a new pipe, and the like are installed.

At one side of the assembly support part 100, a first assembly support part 200 supporting one side of the self-assemble assembly 10 to be stacked is positioned.

A second assembly supporting part 300 supporting the other side of the self-assemble assembly 10 to be stacked is positioned on the other side of the assembly supporting part 100.

A plurality of magazine assemblies 10 are stacked on top of the assembly support 100 between the first assembly support 200 and the second assembly support 300 and stacked.

The second assembly support part 300 is movably positioned in the stacking direction of the magenta assembly 10 and is supported by a plurality of magazine assemblies 100 supported by the first assembly support part 200, So that the plurality of magazine assemblies 10 can be coupled with each other.

A second assembly supporting part 300 which is positioned on the other side of the assembly supporting part 100 and supports one side of the magenta assembly 10 and a second assembly supporting part 300 which is pushed and moved to the assembly supporting part 100 And a support moving device (400) for coupling the plurality of magazine assemblies (10) mounted.

The support mobile device 400 is spaced apart from both sides of the assembly support 100 and is positioned long in the stacking direction of the magenta assembly 10 to guide movement of the second assembly support 300 A supporting member moving member 420 that moves along the moving guide rail member 410 and on which the second assembly supporting member 300 is mounted, a linear reciprocating unit 430 that moves the supporting member moving member 420 forward and backward, . ≪ / RTI > The linear reciprocating unit 430 is a structure in which the moving guide rail member 410 has a pneumatic cylinder structure and linearly moves the supporting member moving member 420.

The linear reciprocating unit 430 includes a pneumatic cylinder, a gear and a pinion gear structure for converting the rotational force of the rotary motor into a linear motion, and a linear actuator structure of a ball screw structure for converting the rotational force of the rotary motor into linear motion. It can be variously modified by using the structure.

In addition, the dual purpose charger for a magazine assembly according to the present invention passes through the first assembly support portion 200 and passes through the central hollow portion 11a of the magazine assembly 10 to penetrate the second assembly support portion 300 The first assembly guide bar member 500 may include a first assembly guide bar member 500.

The laminating apparatus for a magazine assembly of a dual purpose charcoal according to the present invention further comprises a hollow hollow portion 11c of a plurality of magazine insertion hollow portions 11b of the magenta assembly 10 through the first assembly support portion 200 And a second assembly guide rod member 600 passing through the second assembly support portion 300. [

The first assembly supporting portion 200 and the second assembly supporting portion 300 are opposed to each other and serve as supporting surfaces for supporting the both sides of the magazine assembly 10, .

The first guide bar penetration part 210 through which the first assembly guide bar member 500 passes is provided in the first assembly support part 200 and the first guide bar penetration part 210 is formed in the first assembly support part 200, So that the linear movement of the first assembly guide bar member 500 can be smoothly guided.

The first assembly supporting part 200 is provided with a second guide bar penetrating part 220 through which the second assembly guide bar member 600 passes and the second guide bar penetrating part 220 is provided with a first assembly supporting part 200 so as to smoothly guide the linear movement of the second assembly guide rod member 600.

The second assembly supporting part 300 is provided with a third guide bar through part 310 through which the first assembly guide bar 500 passes and the third guide bar through part 310 is provided with the second assembly supporting part 300, So that the linear movement of the first assembly guide bar member 500 can be smoothly guided.

The second assembly support portion 300 is provided with a fourth guide bar penetration portion 320 through which the second assembly guide bar member 600 passes and the fourth guide bar penetration portion 320 includes a second assembly support portion 300 so as to smoothly guide the linear movement of the second assembly guide rod member 600. [

The first assembly guide bar member 500 and the second assembly guide bar member 600 are positioned through the first assembly support portion 200, the magic assembly assembly 10, and the second assembly support portion 300, respectively, The magazine assembly 10 which is squeezed between the support portion 200 and the second assembly support portion 300 to place the horizontally stacked magazine assembly 10 in the correct stacking position and the second assembly support portion 300 moves, Can be generated by preventing the misassembly when the plurality of magazine assemblies 10 are stacked by uniformly pressing the magazine assembly 10 and by causing the load to be biased to a certain portion of the magazine assembly 10 during the stacking operation Thereby preventing damage to the magnet assembly 10.

The laminating apparatus for the magazine assembly of the dual purpose charcoal according to the present invention may further include a guide rod moving device 700 for moving the first assembly guide rod member 500 and the second assembly guide rod member 600 back and forth .

The first assembly guide rod member 500 and the second assembly guide rod member 600 are coupled to the first guide rod penetration portion 210 and the second guide rod penetration portion 220, To selectively pass through the second assembly supporting portion 300 and the magenta assembly 10.

The guide rod moving device 700 includes a guide rod moving rail member 710 supported by a support and positioned on the upper side of the base support member 110, A rod mounting member 720 to which the rod member 500 and the second assembly guide rod member 600 are mounted and a support rod linear reciprocating members 730 and 430 for moving the rod mounting member 720 forward and backward do.

The support rod linear reciprocating unit 730 may have a structure of a pneumatic cylinder and may be a gear structure of a gear and a pinion that converts the rotational force of the rotary motor into a linear movement and a linear structure of a ball screw structure that converts the rotational force of the rotary motor into linear movement. It is to be understood that the present invention is not limited to the above-described embodiments, and various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims.

The guide rod moving device 700 moves the first assembly guide bar member 500 and the second assembly guide bar member 600 back and forth to move the first assembly guide bar member 500 and the second assembly guide bar member 600 may be coupled to or separated from the first assembly support 200 to facilitate the stacking operation of the magazine assembly 10.

The present invention provides a laminating apparatus for a magazine assembly of a dual purpose charcoal in which at least two magazine assemblies 10 are mounted on an assembly holder 100 and a first assembly guide bar member 500 and a second assembly guide bar The member 600 is moved forward to position the two magazine assemblies 10 and the second assembly receiving portion 100 to pass through.

Then, the plurality of magazine assemblies 10 are pressed and bonded to the first assembly supporting portion 200 by moving the second assembly supporting portion 300, and are horizontally stacked.

The first assembly guide bar member 500 and the second assembly guide bar member 500 are positioned so as to be spaced apart from each other in the stacked magazine assembly 10 after the two magazine assemblies 10 are combined and stacked, Assembly guide rod member (600).

At this time, the ends of the first assembly guide bar member 500 and the second assembly guide bar member 600 are positioned in the stacked magazine assembly 10 or protruded to one side of the stacked magazine assembly 10, Can be positioned so as to protrude to one side of the magenta assembly 10 stacked at a sufficient distance to insert another magazine assembly 10 between the supports 300.

Another magic assembly 10 is then placed between the stacked magazine assembly 10 and the second assembly support 300 on the assembly support 100 and the first assembly guide rod 500 and the second assembly 300, The guide rod member 600 is moved forward so as to pass through the newly assembled magazine assembly 10 and the second assembly support portion 100.

Then, the plurality of magazine assemblies 10 are pressed and bonded to the first assembly supporting portion 200 by moving the second assembly supporting portion 300, and are horizontally stacked.

The dual purpose charger for a magazine assembly of a dual purpose charcoal according to the present invention is characterized by repeating the above-described process while designing the double purpose magazine between the first assembly support part 200 and the second assembly support part 300, 10) can be stacked horizontally.

After the magic assembly 10 is stacked horizontally by a predetermined number between the first and second assembly support members 200 and 300, the first assembly guide member 500 and the second assembly guide member 600 Is separated from the laminated magazine assembly 10 and the magazine assembly 10 can be transferred to the next working process, that is, the next working process for producing the dual purpose magazine.

5 to 7 are views showing another embodiment of a magazine assembly 10 stacked with a stacking apparatus for a magazine for a dual purpose jig according to the present invention. Fig. 6 is a front view showing another embodiment of the second assembly supporting part 300, and Fig. 7 is a front view showing another embodiment of the guide-rod moving device 700. Fig.

5 to 7, the magazine assembly 10 stacked with the laminating apparatus for a double-purpose jig carburettor assembly according to the present invention moves up and down the first assembly supporting portion 200 to form the first guide bar through- A second support portion lifting and lowering portion 810 capable of adjusting the position of the second guide bar penetrating portion 220 by raising and lowering the second assembly supporting portion 300, .

The guide rod moving device 700 may further include a guide rod lifting and lowering portion 830 for moving the rod mounting member 720 up and down.

The magazine assembly 10 includes a cylindrical magazine casing unit 11 and seats on the first and second inclined surfaces 120a and 130a of the first and second support rail members 120 and 130, The height of the central hollow portion 11a can be varied according to the diameter of the spark plug casing portion 11, that is, the size of the double purpose spark plug.

The magazine assembly 10 is seated on the first inclined face 120a and the second inclined face 130a of the first support rail member 120 and the second support rail member 130 and the diameter of the reinforcement casing unit 11, The center hollow portion 11a is formed at the center between the first support rail member 120 and the second support rail member 130 so as to be perpendicular to the bottom surface of the base support member 110, And the difference in height only occurs.

The first assembly supporting portion 200 is moved up and down by the first supporting portion raising and lowering portion 800 according to the diameter of the jig casing unit 11, that is, The position of the second guide bar penetration part 220 can be adjusted so as to be aligned with the height of the central hollow part 11a by moving the second assembly support part 300 up and down by the second support part raising and lowering part 810, Can be adjusted to be coincident with the height of the hollow portion 11a.

The guide rod moving apparatus 700 moves the rod mounting member 720 up and down by the guide rod lifting and lowering portion 830 to adjust the height of the first assembly guide rod member 500 to be coincident with the height of the central hollow portion 11a .

The first assembly supporting part 200 is provided with a first long hole 230 for a guide rod penetration formed in a longitudinal direction on a straight line passing through the center of the first guide rod penetrating part 210, The second guide bar penetration part 220 is disposed in the first assembly support part 200 so as to be in contact with the first guide bar penetration part 210 to move the second guide bar penetration part 220 in a straight line passing through the center of the first guide bar penetration part 210.

Although not shown, the first penetrating portion mobile device 240 is positioned on the opposite side of the support surface of the first assembly support portion 200 to linearly reciprocate the second guide bar penetration portion 220 to form a second guide bar penetration portion 220 can be adjusted.

The second assembly supporting part 300 is formed in a longitudinal direction on a straight line passing through the center of the third guide bar penetrating part 310 and has a second guide hole penetrating second part 230 corresponding to the first guide hole penetrating hole 230, The fourth guide bar penetration part 320 is disposed movably in the longitudinal direction of the second barrel hole 330 and the second assembly support part 300 is provided with a fourth guide bar The second penetrating mobile device 340 is provided to move the penetrating part 320 in a straight line passing through the center of the third guide bar penetrating part 310 to adjust the position of the third guide bar penetrating part 310 .

Although not shown, the second through-hole mobile unit 340 is positioned on the opposite side of the support surface of the second assembly support unit 300 to linearly reciprocate the fourth guide bar penetration unit 320, 320 can be adjusted.

The bar mounting member 720 is formed in a longitudinal direction on a straight line passing through the center of the first assembly guide bar member 500 and is provided with a guide hole penetrating third through hole The second assembly guide bar member 600 is disposed movably in the longitudinal direction of the third guide hole 740 and the rod mounting member 720 is provided with the second assembly guide bar member 740, A third through-hole moving device 750 may be provided to move the second assembly guide bar 600 in a straight line passing through the center of the first assembly guide bar 500 to adjust the position of the second assembly guide bar 600 .

Although not shown, the third through-hole mobile unit 750 is positioned on the front or rear surface of the rod mounting member 720 to linearly reciprocate the second assembly guide rod member 600 to guide the second guide rod through- So that the position can be adjusted.

The first support portion ascending / descending portion 800, the second support portion ascending / descending portion 810, and the guide bar ascending / descending portion 830 include a pneumatic cylinder, a gear and pinion gear structure for converting the rotational force of the rotary motor into linear motion, And a linear actuator structure having a ball screw structure for converting the linear motion of the ball screw into a linear motion.

The first through-hole moving device 240, the second through-hole moving device 340, and the third through-hole moving device 750 include a pneumatic cylinder, a gear for converting the rotational force of the rotating motor into linear motion, And a linear actuator structure of a ball screw structure for converting a rotational force of a rotary motor into a linear motion. The present invention can be variously modified by using various known linear structures.

The first support portion ascending / descending portion 800, the second support portion ascending / descending portion 810, the guide rod lifting portion 830, the first penetrating portion moving device 240, the second penetrating portion moving device 340, When the diameters or dimensions of the magazine assembly 10 are input to the control unit, the control unit controls the first and second support unit raising and lowering unit 800, second support unit raising and lowering unit 810 The diameter of the magazine assembly 10 or the diameter of the magazine assembly 10 by operating the guide rod lifting and lowering portion 830, the first penetrating portion moving device 240, the second penetrating portion moving device 340 and the third penetrating portion moving device 750, The first guide bar penetration portion 210, the second guide bar penetration portion 220, the third guide bar penetration portion 310, the fourth guide bar penetration portion 320 and the first assembly guide bar member 500 and the second assembly guide rod member 600 can be adjusted.

Accordingly, the laminating apparatus for a double-purpose jig-type magazine assembly according to the present invention includes a first guide bar penetration portion 210, a second guide bar penetration portion 220, The first assembly guide bar member 500 and the second assembly guide bar member 600 can be adjusted by adjusting the respective positions of the bar penetration portion 310, the fourth guide bar penetration portion 320, the first assembly guide bar member 500, The second assembly guide bar member 600 can be positioned through the first assembly support portion 200, the magic assembly assembly 10, and the second assembly support portion 300.

The present invention is also directed to a laminating apparatus for a magazine assembly for a dual purpose jig, in which a plurality of magazines are stacked in a magazine assembly 10 equipped with a magazine casing 11, And a plurality of magazine assemblies 10 are positioned on the assembly support unit 100 between the first assembly support unit 200 and the second assembly support unit 300 and the second assembly support unit 300 is horizontally moved, The assembly 10 is horizontally press-fitted to be laminated.

The present invention is advantageous in that a plurality of jets are stacked horizontally on the magazine assembly 10 provided in the magazine casing portion 11 so that the magazine assembly 10 stacked in the stacking operation does not fall, Thereby greatly improving the safety of assembling work.

The present invention can stably stack and assemble a plurality of magenta assemblies 10 by horizontally stacking a plurality of magenta charger assemblies 10 provided in a magazine casing unit 11, By shortening the time, it is possible to increase the productivity of the dual objective char.

It will be understood by those skilled in the art that various changes and modifications may be made without departing from the scope of the present invention.

10: Magnet assembly 11: Magnet casing unit
11a: central hollow portion 11b: hollow portion for inserting jatbon
11c: hollow hollow portion 11d: position guiding movement insertion portion
100: assembly support part 110: base support member
120: first support rail member 120a: first inclined surface
130: second support rail member 130a: second inclined surface
140: Lamination guide rail member 200: First assembly support part
210: first guide bar penetration part 220: second guide bar penetration part
230: first guide hole through-hole 240: first through hole mobile device
300: second assembly supporting part 310: third guide bar penetrating part
320: fourth guide bar penetration part 330: second guide hole penetration hole
340: second through-hole mobile device 400: supporting part mobile device
410: moving guide rail member 420: supporting member moving member
430: linear reciprocating unit 500: first assembly guide rod member
600: second assembly guide rod member 700: guide rod moving device
710: Guide bar moving rail member 720: Rod mounting member
730: Support rod linear reciprocating part 740: Guide bar penetrating hole 3
750: Third through-hole moving device 800: First supporting portion ascending / descending portion
810: second support portion ascending / descending portion 830: guide rod lifting / lowering portion

Claims (14)

A stacking apparatus for a magazine assembly for a dual object charging apparatus for horizontally stacking a magazine assembly having a plurality of magazines provided in a magazine casing unit,
An assembly support portion on which a plurality of magazine assemblies are mounted;
A first assembly support positioned at one side of the assembly support and supporting one side of the magazine assembly;
A second assembly support positioned on the other side of the assembly support and supporting one side of the magic assembly; And
And a supporting portion moving device for moving the second assembly supporting portion to move a plurality of the magazine assemblies mounted on the assembly supporting portion.
The method according to claim 1,
The assembly-
A base support member;
A first support rail member positioned on the upper surface of the base support member in a stacking direction and on which the magic assembly is mounted; And
And a second support rail member spaced apart from the first support rail member and positioned on the upper surface of the base support member in a stacking direction and on which the magic assembly is mounted.
The method of claim 2,
Wherein the first bearing rail member and the second bearing rail member are inclined on opposite sides of the first bearing rail member and the second bearing rail member, respectively, and the first slope surface and the second slope surface,
Wherein the first inclined surface and the second inclined surface are formed so as to form a V-shape that flares toward the upper side in opposition to each other.
The method of claim 2,
The assembly support portion further includes a laminated guide rail member located between the first support rail member and the second support rail member and being long in the stacking direction on the upper surface of the base support member,
Wherein the magazine casing unit is provided with a position guiding movement inserting unit for allowing the magazine casing unit to be movably coupled to the lamination guide rail member in the stacking direction.
The method according to claim 1,
The supporting portion moving device includes:
A movement guide rail member spaced from both sides of the assembly support portion and positioned to be long in a stacking direction of the granite assembly to guide movement of the second assembly support portion;
A support moving member that moves along the movement guide rail member and on which the second assembly support portion is mounted; And
And a linear reciprocating unit for moving the support moving member forward and backward.
The method according to claim 1,
A plurality of hollow portions for inserting jets are disposed in the center of the jacket casing portion and disposed radially around the central hollow portion, Wherein one of the hollow portions for hollow is a hollow hollow portion formed by an empty passage,
Further comprising a first assembly guide rod member passing through the first assembly support portion and passing through the center hollow portion of the magazine assembly and passing through the second assembly support portion.
The method of claim 6,
Further comprising a second assembly guide rod member penetrating through the first assembly support portion and passing through the hollow hollow portion and passing through the second assembly support portion.
The method of claim 7,
The first assembly support portion includes a first guide bar penetration portion through which the first assembly guide bar member passes, the first guide bar penetration portion protrudes from a surface opposite to the support surface of the first assembly support portion,
And the third guide supporting member includes a third guide bar penetrating part through which the first assembly guide bar member passes and the third guide bar penetrating part protruding from a surface opposite to the support surface of the second assembly supporting member Of the double-purpose jig.
The method of claim 8,
The first assembly support portion includes a second guide bar penetration portion through which the second assembly guide bar member passes, and the second guide bar penetration portion protrudes from a surface opposite to the support surface of the first assembly support portion
And the fourth guide bar penetration portion is provided on the second assembly support portion so as to protrude from a surface of the second assembly support portion opposite to the support surface of the second assembly support portion Of the double-purpose jig.
The method of claim 9,
Further comprising a guide rod moving device for moving the first assembly guide rod member and the second assembly guide rod member back and forth.
The method of claim 10,
Wherein the guide rod moving device comprises:
A guide rod moving rail member supported by a support and positioned on an upper side of the assembly receiver;
A rod mounting member which moves along the guide rod moving rail member and on which the first assembly guide rod member and the second assembly guide rod member are mounted; And
And a support rod linear reciprocating unit for moving the rod mounting member forward and backward.
The method of claim 11,
A first support portion ascending / descending portion capable of adjusting the position of the first guide bar penetration portion by moving up and down the first assembly support portion;
Further comprising a second support portion ascending / descending portion capable of adjusting the position of the second guide bar penetration portion by moving up and down the second assembly support portion,
Wherein the guide rod moving device further comprises a guide rod lifting portion for moving the rod mounting member up and down.
The method of claim 12,
Wherein the first assembly supporting portion is provided with a first guide hole penetrating hole formed in a longitudinal direction on a straight line passing through the center of the first guide bar penetrating portion and the second guide bar penetrating portion includes a first guide hole penetrating first portion And is movably positioned in the longitudinal direction of the hole,
Wherein the first assembly supporting portion is provided with a first penetrating portion moving device for moving the second guide bar penetrating portion in a straight line passing through the center of the first guide bar penetrating portion to adjust the position of the second guide bar penetrating portion,
Wherein the second assembly support portion is formed in a longitudinal direction on a straight line passing through the center of the third guide bar penetration portion and has a second guide hole penetrating through hole corresponding to the first guide hole penetrating hole, Wherein the bar penetrating portion is positioned so as to be movable in the longitudinal direction of the second guide hole penetrating through the guide bar,
And a second through-hole moving device for moving the fourth guide bar through portion in a straight line passing through the center of the third guide bar through portion to adjust the position of the third guide bar through portion,
Wherein the bar mounting member is formed in a longitudinal direction on a straight line passing through the center of the first assembly guide rod member and is provided with a third guide hole penetrating hole corresponding to the first guide hole penetrating hole, Wherein the guide rod member is positioned so as to be movable in the longitudinal direction of the third guide hole for passing through the guide bar,
The bar mounting member is provided with a third through-hole moving device for moving the second assembly guide bar member in a straight line passing through the center of the first assembly guide bar member to adjust the position of the second assembly guide bar member Wherein the double-purpose jig is provided with a plurality of projections.
A method of stacking a plurality of magazine assemblies for a stack of a magazine assembly having a plurality of magazines disposed within a magazine casing portion, the plurality of magazine assemblies being positioned on the assembly receiver portion between a first assembly support portion and a second assembly support portion, And stacking the plurality of magazine assemblies horizontally by pressurizing the plurality of magazine assemblies horizontally by moving the assembly supports horizontally.

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