KR102018234B1 - System for assembling detonator of projectile - Google Patents

Abstract

The present invention relates to a detonator combination system. The system includes: a detonator cup arranger supplying a plurality of detonator cups to arrange each of the detonator cups on a detonator cup plate through vibrations; a fulminating powder charger charging fulminating powder into the detonator cups arranged on the detonator cup plate; a fulminating powder cover placing foiling paper on the fulminating powder charged in each of the detonator cups when the detonator cup plate is inserted from the fulminating powder charger; a detonator anvil arranger supplying a plurality of detonator anvils to combine the anvils with an anvil plate; a detonator combiner combining the detonator cups and the detonator anvils with each other when the detonator cup plate provided from the fulminating powder cover and the anvil plate provided from the detonator anvil arranger are inserted; a detonator lacquerer conducting a lacquering process for the detonator cups when the detonator cup plate is inserted from the detonator combiner; and an inspection table inspecting each of the detonator cups stored in the detonator cup plate discharged from the detonator lacquerer. Therefore, the system is capable of improving the productivity of detonator combination by simplifying and automating detonator combination processes.

Description

Primer binding system {SYSTEM FOR ASSEMBLING DETONATOR OF PROJECTILE}

The present invention by arranging a primer cup aligner, a width filler, a width cover device, a primer and anvil aligner, a primer coupler, a primer lock caring machine and an examination table sequentially to perform a primer binding process, to simplify and automate the primer coupling process The present invention relates to a primer binding system that can improve primer binding productivity.

As is well known, bullets are fired by the combustion pressure of the propellant ignited by the trigger after being loaded into the firearm, where the bullet is fired with a primer attached to the tail, and is burned and burned by the primer. It consists of a propellant generating pressure and a bullet which is coupled to the mouth of the casing and fired forward by the combustion pressure of the propellant.

As described above, when the primer is mounted at the rear end of the casing, a bullet hole is formed at the rear end of the casing, and then the primer is inserted and mounted, and after the completion of the installation of the primer, the circumference of the primer inserted in the barrel casing is completed. The complex process of applying waterproof lacquer paint and compound paint on the shell of the casing must be carried out.

However, since the process performed to couple the primer to the casing is complicated, there is a need for technology development to improve productivity by simplifying and automating it.

1.Korean Registered Patent Publication No. 10-1839199 (registered on March 9, 2018)

The present invention by arranging a primer cup aligner, a width filler, a width cover device, a primer and anvil aligner, a primer coupler, a primer lock caring machine and an examination table sequentially to perform a primer binding process, to simplify and automate the primer coupling process To provide a primer binding system that can improve the primer binding productivity.

In addition, the present invention after mounting the primer cup plate in the primer cup aligner in the primer cup aligner to the primer cup jig, align the primer cup accommodated in the primer cup plate through the horizontal vibration with respect to the primer cup plate, powder width charger By filling the primer cup housed in the primer cup plate with a filling spatula, a width plate and a knock-out palte to form a primer coupling system that can effectively align the primer cup and then fill it with the width. To provide.

And, when the primer cup plate containing the primer cup filled with the width is inserted, the foil cover seats the foil paper (foiling paper) in each primer cup in the width cover, respectively, through the anvil shaker plate in the primer anvil aligner After aligning and combining with the anvil plate, the primer cup plate and anvil plate with the primer cover process completed are put into the primer coupler to mutually combine the primer cup and the primer anvil, thereby providing a primer binding system that can effectively perform the primer coupling process. I would like to.

In addition, the present invention may be dried and discharged after performing the lackaring process of applying lacquer to the primer cup using a lacca pin to the primer lacquer when the primer cup plate is completed in the primer binding, and the naked eye at the inspection table In order to provide a primer binding system capable of effectively performing lacquer application, drying and testing of the primer cup.

The objects of the embodiments of the present invention are not limited to the above-mentioned objects, and other objects, which are not mentioned above, will be clearly understood by those skilled in the art from the following description. .

According to an embodiment of the present invention, a primer cup aligner for supplying a plurality of primer cups and aligning the plurality of primer cups to the primer cup plate through vibrations, and the plurality of primer cups whose width is aligned to the primer cup plate. A width filling machine for filling in the width filling machine, a width covering covering seating a foil paper on the width filling each of the plurality of primer cups when the primer cup plate is fed from the filling powder filling machine; A primer and anvil aligner for supplying and binding to the anvil plate, and the primer cup plate and the primer and anvil when the anvil plate provided from the primer and anvil aligner are supplied to the primer cover plate and the anvil plate, respectively. A primer coupler and the brain when the primer cup plate is fed from the primer coupler There will be provided a primer coupling system including a primer lacquer to dry after performing a primer laccaring process for the tube cup, and a test table for each of the primer cups accommodated in the primer cup plate discharged from the primer lacquer. Can be.

In addition, according to an embodiment of the present invention, the primer cup aligner, having a first base plate having a predetermined height for the primer cup alignment process and providing a pneumatic pressure for the vibration, and the first Primer cup supply unit for supplying the plurality of primer cups using the pneumatic pressure provided from the main body portion, and the primer cup for positioning and aligning the plurality of primer cups supplied from the primer cup supply unit on the primer cup plate through vibration A primer coupling system may be provided that includes a filling portion.

In addition, according to an embodiment of the present invention, the width part charger includes a bed part on which the primer cup plate is mounted, an width part plate for mounting the width part plate ready to be filled with the width part, and the width part plate is mounted at one end. A primer coupling system may be provided that includes a pivoting unit configured to fill the plurality of primer cups in a state where the width of the primer cup is rotated in an upward direction of the primer cup plate.

In addition, according to an embodiment of the present invention, the width cover is provided with a second body portion having a second base plate having a predetermined height for the width cover process, and the second body portion is provided through a plurality of cylinders A paper providing unit for providing the foil paper and a second paper provided on the second main body, and cutting the foil paper provided from the paper providing unit to the upper portion of the width filled in each of the primer cups. A primer coupling system may be provided that includes a width cover to seat.

In addition, according to an embodiment of the present invention, the primer and bill aligner is provided with a third body portion having a third base plate having a predetermined height for the primer and bill alignment process, and provided in the third body portion to provide a motor driving force There may be provided a primer coupling system including a motor drive unit and a supply coupling unit provided on an upper portion of the third main body unit and coupled to the anvil plate while moving the plurality of primer anvils supplied using the motor driving force. .

In addition, according to an embodiment of the present invention, the primer coupler, the fourth main body portion having a fourth base plate having a predetermined height for the primer coupling process, and provided on top of the fourth body portion and the primer cup plate and When the anvil plate is put there may be provided a primer binding system comprising a primer coupling portion for mutually coupling the primer cup and primer anvil.

In addition, according to an embodiment of the present invention, the primer lacquer machine, the fifth body portion having a fifth base plate having a predetermined height for the primer lacquer process, and is provided on the upper portion of the fifth body portion the primer When the primer cup plate is completed the coupling of the primer through a coupler, the transfer unit for transferring in the direction of the discharge end, the locker is provided in the primer cup accommodated in the primer cup plate provided on the upper part of the fifth body portion and conveyed through the transfer unit A lacquer portion for applying a coating portion, a drying portion provided at an upper portion of the fifth body portion to dry the lacing portion of the primer cup, and a primer cup plate provided at an upper portion of the fifth body portion to dry the lacing portion. A primer coupling system may be provided that includes a discharge portion for discharging the discharge portion.

The present invention by arranging a primer cup aligner, a width filler, a width cover device, a primer and anvil aligner, a primer coupler, a primer lock caring machine and an examination table sequentially to perform a primer binding process, to simplify and automate the primer coupling process Improve primer binding productivity.

In addition, the present invention after mounting the primer cup plate in the primer cup aligner in the primer cup aligner to the primer cup jig, align the primer cup accommodated in the primer cup plate through the horizontal vibration with respect to the primer cup plate, powder width charger By filling the primer cup housed in the primer cup plate through the filling spatula, the breadth plate and the knockout plate, the width of the primer can be effectively filled after the primer cup is aligned.

In addition, when the primer cup plate containing the primer cup filled with the width is input, the foil cover is seated on each primer cup in the width cover machine, and the anvil shaker plate is aligned with the anvil shaker plate in the primer anvil sorter. A primer cup plate and anvil plate are combined with the plate, and the primer cover plate and the anvil plate are completed in the primer coupler to couple the primer cup and the primer anvil to each other, thereby effectively performing the primer binding process.

In addition, the present invention may be dried and discharged after performing the lackaring process of applying lacquer to the primer cup using a lacca pin in the primer lock ringer when the primer cup plate is completed in the primer coupling, and the naked eye at the inspection table By inspection, the lacquer coating, drying and inspection of the primer cup can be effectively performed.

1 is a view illustrating a primer binding system according to an embodiment of the present invention,
2A to 2C are views illustrating primer cups, primer anvils and primer cup plates used in the primer coupling system according to an embodiment of the present invention.
3a to 3c is a view illustrating a primer cup aligner provided in the primer coupling system according to an embodiment of the present invention,
4a and 4b is a view illustrating a width charger provided in the primer coupling system according to an embodiment of the present invention,
5a to 5c is a view illustrating a width cover device provided in the primer coupling system according to an embodiment of the present invention,
6a to 6d is a view illustrating a primer and anvil aligner provided in the primer coupling system according to an embodiment of the present invention,
7a to 7c is a view illustrating a primer coupler provided in the primer coupling system according to an embodiment of the present invention,
8a to 8c is a view illustrating a primer lacquer group provided in the primer coupling system according to an embodiment of the present invention.

Advantages and features of the embodiments of the present invention, and methods of achieving them will be apparent with reference to the embodiments described below in detail with the accompanying drawings. However, the present invention is not limited to the embodiments disclosed below, but can be implemented in various different forms, only the embodiments are to make the disclosure of the present invention complete, and common knowledge in the art It is provided to fully inform the person having the scope of the invention, which is defined only by the scope of the claims. Like reference numerals refer to like elements throughout.

In describing the embodiments of the present invention, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted. In addition, terms to be described below are terms defined in consideration of functions in the embodiments of the present invention, which may vary according to intentions or customs of users and operators. Therefore, the definition should be made based on the contents throughout the specification.

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

1 is a view illustrating a primer binding system according to an embodiment of the present invention, Figures 2a to 2c illustrates a primer cup, primer anvil and primer cup plate used in the primer binding system according to an embodiment of the present invention. 3A to 3C are views illustrating a primer cup aligner provided in a primer coupling system according to an embodiment of the present invention, and FIGS. 4A and 4B are provided in a primer coupling system according to an embodiment of the present invention. Figure 5 illustrates an explosive charger, Figures 5a to 5c is a view illustrating the width cover cover provided in the primer coupling system according to an embodiment of the present invention, Figures 6a to 6d is a primer coupling according to an embodiment of the present invention 7A to 7C are views illustrating a primer and anvil aligner provided in the system, and FIGS. 7A to 7C are views illustrating a primer coupler provided in a primer coupling system according to an embodiment of the present invention. A view of illustrating a primer lacquer comprising a primer binding Ferringhi system according to the name embodiment, Figure 9 is a view showing an examination tables having the primer binding system according to an embodiment of the present invention.

Referring to the drawings, the primer coupling system according to an embodiment of the present invention is a primer cup aligner 100, a width filler 200, a width cover 300, a primer and anvil aligner 400, primer coupler 500 ), A primer rocking machine 600, the examination table 700 and the like.

First, referring to FIGS. 2A to 2C, a primer cup 10 as shown in FIG. 2A, a primer anvil 20 as shown in FIG. 2B, and a primer cup plate 30 as shown in FIG. 2C. A primer coupling process may be performed using a plurality of primer cups 10 which are supplied and aligned to the primer cup plate 30, and then filled in the primer cup 10, and seating the width cover on the filled bomb shelf. Primer and anvil 20 can be performed, such as alignment, primer coupling, and a plurality of primer products aligned to the primer cup plate 30 through a lacing process and drying process can be provided, the primer is combined below The system configuration to be described in detail.

The primer cup aligner 100 may supply a plurality of primer cups 10 to align the plurality of primer cups 10 to the primer cup plate 30 through vibration, respectively, the first body part 110, It may include a primer cup supply unit 120, primer cup filling unit 130 and the like.

The first main body 110 has a first base plate 111 having a predetermined height for the primer cup alignment process, and a pneumatic box is provided inside the lower side of the first base plate 111 to provide pneumatic pressure for horizontal vibration. Can provide.

The first base plate 111 is provided to be inclined to facilitate the operation of the primer cup filling unit 130 (that is, the movement and alignment of the primer cup 10), the upper portion of the primer cup supply, start operation A switch for adjusting an operation stop, vibration intensity, etc. may be provided, and a switch for adjusting an air supply of the pneumatic box may be provided at the side of the first main body 110.

In addition, the first main body 110 may be provided with a slide valve for supplying or blocking air to the primer cup aligner 110, a pipe regulator for adjusting the vibration intensity of the vibrator by adjusting the flow rate of air It may be provided, and may be provided with a timer for adjusting the vibration time of the vibrator.

The supply unit 120 supplies a plurality of primer cups 10 by using the pneumatic pressure provided from the first main body 110, and stored in the lower storage box 121 provided on the side of the first main body 110. A plurality of primer cups 10 are located in the vacuum pump (not shown, inside the lower storage box 121 and inside the transfer pipe 122 using the pneumatic pressure provided from the first body part 110). By operating the), the transfer pipe 122 can be transferred into the upper storage box 123, and the plurality of primer cups 10 introduced into the upper storage box 123 is a primer cup filling unit 130 Can be supplied.

Here, the supply amount of the primer cup 10 introduced into the upper storage box 123 can be adjusted by adjusting the height of the plate provided on the front, which is transparent to observe the storage capacity of the primer cup 10 It can be checked through the see-through window (which is provided on the front of the upper storage box 123).

Among the primer cups 10 that are put into the upper storage box 123, the remaining primer cups 10 supplied to the primer cup filling unit 130 may be recovered to the lower storage box 121 through the recovery hopper 124. Can be.

Primer cup filling unit 130 may be positioned to align the plurality of primer cups 10 supplied from the primer cup supply unit 120 to the primer cup plate 30 through vibration, at the rear end of the shaker 131 After the primer cup plate 30 is mounted, when the vibration is applied to the shaker 131 through the vibrator 132, the primer cup 10 is positioned in the shape of ?? from the front end to the rear end, and the plurality of primer cups 10 are moved. It can be mounted and aligned to the primer cup plate 30.

The vibrator 132 may adjust the vibration applied to the shaker 131 through the shock absorber 133, respectively, and after the plurality of primer cups 10 are mounted and aligned on the primer cup plate 30, the primer cups The aligner 100 may be stopped and the primer cup plate 30 may be detached with the plurality of primer cups 10 mounted and aligned.

Side guide plates 134 may be provided on both side surfaces of the shaker 131 as described above so that the moving primer cup 10 may move without being separated.

The width charger 200 fills the width of each primer cup 10 aligned with the primer cup plate 30, and includes a bed portion 210, a width portion plate portion 220, a rotating portion 230, and the like. can do.

Bed portion 210 is to be equipped with a primer cup plate 30, the primer cup plate 30 can be mounted on the mounting slide 211 for the full width filling in a slide manner, the primer cup plate 30 is a stopper Up to position 212.

The bed 210 may be provided with a seating plate 213 extending to seat the primer cup plate 30 is completed filling the width.

The width plate portion 230 mounts the width plate 221 prepared by filling the width portion, by using a filling spatula (spatula) to put the width portion on the upper portion of the charging plate (charging plate, 221) to evenly spread the input width portion After preparing the powder to be filled in the primer cup 10 by pushing the width into the width plate 211 in a vertical direction by using a rubber block, the rotating part to describe the width plate 211 will be described later. It can be attached to one end of 230.

Rotating portion 230 is to rotate in the upper direction of the primer cup plate 30 in a state where the width distribution plate 221 is mounted on one end to fill the plurality of primer cups 10 in the facing state, the shaft, In the state where the width portion plate 220 is mounted at one end, including a post, etc., the width is filled through the pivoting arm 231 having the side at which the mounting slide 211 of the bed 210 is located at the other end thereof. Rotation operation can be performed.

In the pivoting part 230, one end portion of the pivoting arm 231 is rotated in the upper direction of the primer cup plate 30 mounted on the mounting slide 211 through the shaft shaft to move the width plate 221 to the primer cup plate 30. After switching to the state, the width can be filled into the plurality of primer cups 10 by rotating the knock-out plate (232)) and hitting them. After the plate 30 is detached from the mounting slide 211, the primer cup plate 30 may be seated on the seating plate 213.

The width cover device 300 is to seat the foil paper (F, foiling paper (F, foil) to be filled in each of the width of the primer cup 10 when the primer cup plate 30 is input from the powder charger 200, The second main body 310, the paper providing part 320, and the width cover part 330 may be included.

The second main body 310 may have a second base plate 311 having a predetermined height for the width cover process, and may be provided with an operation switch for performing various operations for the width cover process.

The second main body 310 may be provided with a main electric control panel including a power lamp, a power switch, a buzzer, and the like, and an air shutoff valve for setting an air pressure of approximately 5 Kgf / cm on the side.

The paper providing unit 320 is provided on the second main body 310 to provide the foil paper F provided through a plurality of cylinders, and the foil paper F provided for the width covering process primer It can be provided corresponding to the transfer of the cup plate 30.

For example, in a state in which the foil paper roll a is wound around the first paper roll cylinder 321, the foil paper F extends upward and is formed at a height corresponding to the second base plate 311. It extends horizontally and rearward through two paper roll cylinders (not shown), and is turned upward by a paper transfer cylinder 322 provided at a rear end thereof, so that the third paper roll cylinder 323 is rotated in accordance with the rotation of the second paper roll cylinder 323. It may be wound around the paper roll cylinder 323.

The width cover part 330 is provided on the upper part of the second main body 310 to cut the foil paper F provided from the paper provider 320 to provide a primer cup plate 30 provided from the width charger 200. By seating on the upper portion of the width filled in the primer cup 10 of the), the primer cup plate 30 is a plate transfer cylinder 331 accommodated a plurality of primer cups 10, the width of the filling (ie, charge) is completed When provided (mounted) in the transfer line of the operation, press the operation switch for seating the width cover, the plate transfer cylinder 331 is operated so that the primer cup plate 30 horizontally (ie, about 10 cm) by one line In FIG. 5A, the foiling paper F provided from the paper provider 320 may be seated on the width portion while being transported from left to right in FIG. 5A.

For example, while the primer cup plate 30 is transferred line by line through the plate transfer cylinder 331, the press crank 332 provided at an upper portion between the second paper roll cylinder and the paper transfer cylinder 322. The cutting pin 333 is repeatedly moved downward through the cutting press 333 operated according to the rotation of the cutting foil, thereby cutting the foil paper F extending horizontally and providing line by line, and cutting the foil. The ring pattern F may be seated on the upper portion of the width of the primer cup 10 in one line through a plurality of cutting pins (not shown) provided at the lower portion of the cutting press 332.

Here, the plurality of cutting pins are diameters corresponding to the diameter of the primer cup 10, may be provided with a number corresponding to the primer cup 10 of one line, the primer cup 10 is a primer cup plate 30 Because it is disposed in the inclined form may be provided inclined correspondingly.

In the width cover portion 330, when the foil paper is seated on the primer cup 10 of the last line, the detection sensor detects the primer cup plate 30 and moves to the original initial position through the plate transfer cylinder 331. After making it, the primer cup plate 30 in which the plurality of primer cups 10 on which the width cover is seated can be discharged.

Primer and anvil aligner 400 is to supply a plurality of primer and anvil 20 to be coupled to the anvil plate, and may include a third body portion 410, motor drive unit 420, supply coupling unit 430 and the like. have. Here, the anvil plate may be provided in the same form as the primer cup plate 30.

The third main body 410 has a base plate 411 having a predetermined height for the primer and anvil alignment process, the motor driving unit 420 and the supply coupling unit 430 which will be described later may be installed, horizontally on the side A cradle 412 may be provided to mount an anvil plate and the like for a primer and anvil alignment process.

The third body 410 is provided with an operation panel, a switch box, etc. to control various operations for performing the primer anvil alignment process.

The motor driving unit 420 is provided in the third main body 410 to provide a motor driving force, and the driving motor 421 is provided inside the third main body 410 to transmit the driving force to the motor pulley 422. It may be provided to the supply coupling portion through the motor link (423). The transmission of the driving force may be made through the V belt 414 coupled to the driving motor 421 and the motor pulley 422.

The supply coupling part 430 is provided on the upper part of the third body part 410 to move the plurality of primer anvils 20 supplied using the motor driving force provided from the motor driving part 420 to align with the anvil plate. In addition, a cover 431 for performing a safe primer and bill alignment process on the upper part of the third base plate 411 provided in the third body part 410 is provided in a square shape with one side opening, and the cover 431 A chute 432 to which the primer anvil 20 is supplied and moved to the inner side of the chute 432 may be inclined, and a fixing cylinder 433 for fixing the anvil plate may be provided at an outlet end of the chute 432. Here, the chute 432 may be urethane coated to prevent damage to the primer anvil 20 during movement.

In addition, the supply coupling unit 430 may be provided with a shock absorber 434 to provide a smooth movement by providing a buffer force to the vibration of the chute 432, recover the primer anvil 20 is not coupled to the anvil plate A collection hopper 435 may be provided below the outlet end side of the chute 432.

In the supply coupling unit 430, the anvil plate is mounted on the outlet end side of the chute 432, and when the motor driving unit 420 is driven, the anvil plate is fixed through the fixed cylinder 433, and the vibration is caused to the inclined chute 432. When providing a plurality of primer and anvil 20 to the upper surface of the chute 432 using the anvil supply scoop (scoop) primer and anvil 20 is moved to the outlet end while shaking, mounted on the outlet end side The primer anvil 20 can be coupled and aligned to the anvil plate.

Primer coupler 500 is the primer cup plate 30 and the anvil plate provided from the primer and anvil aligner 400 provided from the cover cover 300, the primer cup 10 and the primer anvil 20 By coupling to each other, it may include a fourth body portion 510, primer coupling unit 520 and the like.

The fourth body 510 may have a fourth base plate 511 having a predetermined height for the primer coupling process, and may be provided with an operation switch for performing various operations for the primer coupling process.

The fourth main body 510 may include a main electric control panel including a power lamp, a power switch, a buzzer, and the like, and an air shutoff valve for setting an air pressure of about 5 Kgf / cm on the side.

Primer coupling portion 520 is provided on the upper portion of the fourth body portion 510 when the primer cup plate 30 and the anvil plate is to be coupled to the primer cup 10 and the primer anvil 20, respectively, The primer cup plate 30 and the anvil plate are coupled to each primer cup 10 and the primer anvil 20 so as to correspond to each other, and then mounted on the transfer line of the plate transfer cylinder 521, and the operation for the primer coupling. When the switch is input, the coupling press 523 moves downward along the rotation of the press crank 522 while being transferred horizontally (that is, from left to right in FIG. 7A) by about 10 cm through the plate transfer cylinder 521. Repeating the pressing by moving to the primer line-by-line (that is, the primer cup 10 and the primer anvil 20 is combined) can be performed.

Then, when the primer coupling to the coupling plate is completed (ie, when the coupling plate reaches the completion point) through the repeated pressing of the coupling press 523 according to the rotation of the press crank 522, the detection sensor may adjust the plate position. The sensing plate may be moved to its original initial position through the plate transfer cylinder 521.

Afterwards, the anvil plate is separated from the primer cup plate 30 by discharging the coupling plate, and the primer cup plate 30 containing the plurality of primer cups 10 in which the primer coupling is completed is performed in a subsequent process (ie, a primer lacing process). Can provide for

Primer lacing machine 600 is to be discharged after performing the primer lackaring process for each primer cup 10 when the primer cup plate 30 is completed through the primer coupler 500, the primer coupling plate is completed, The fifth body part 610, the transfer part 620, the lock caring part 630, the drying part 630, and the discharge part 650 may be included.

The fifth main body 610 has a fifth base plate 611 having a predetermined height for the primer lock caring process, and may be provided with an operation switch for performing various operations for the primer coupling process.

The transfer part 620 is provided on the upper part of the fifth body part 610 and transfers it to the discharge end direction when the primer cup plate 30, which is completed with the primer coupling unit 500, is mounted. Mounting the primer cup plate 30 on the mounting jig 621 provided on the top of the input end of the fifth base plate 610 provided in the unit 610, the mounting jig 621 is movable when the mounting is completed. The mounting jig 621 may be transported along the transport means 622 coupled to the discharge end direction.

Here, the transfer means 622 may be provided with a guide rail provided in the direction of the discharge end from the input end, a transfer block movably coupled to the guide rail, a transfer plate fixed to the transfer block, the upper portion of the transfer plate Mounting jig 621 may be seated.

The mounting jig 621 and the transfer plate as described above may be provided with elevating grooves in the discharge end direction, respectively, and the primer cup plate 30 mounted on the mounting jig 621 after applying the lacquer through the elevating groove is discharged. It may be dried while moving to the portion 650.

The lacing part 630 is provided on the upper portion of the fifth body 610 and the lacquer (eg, waterproof paint, etc.) on the primer cup 10 accommodated in the primer cup plate 30 transferred through the transfer part 620. By applying the respective lacquer member 631 and lacquer tank member 632 filled with the lacquer is applied, a plurality of laccapins and lifting means for raising and lowering the lacquer member 631 The locker tank may be provided in the locker tank member 632.

In the lock caring unit 630, when there is an operation switch input for performing a primer lock caring process, after raising the plurality of lac carpins impregnated in the lock car tank to a predetermined height, the primer cup plate 30 through the transfer unit 620. ) Is transferred to the process position, and when the transfer to the process position is completed, the plurality of laccapins are lowered to lock the car (eg, waterproof) to the lacing portion (eg, primer and ville portion) of the primer cup 10. Paint) can be applied.

In addition, in the lock caring unit 630, when the lock caring is completed, the plurality of lac carpins may be raised to the original position, and the mounting jig 621 may be transferred to the front end of the discharge unit 650 through the transfer unit 620. Can be.

The plurality of laccapins as described above are provided with a number corresponding to one line of the plurality of primer cups 10 accommodated in the primer cup plate 30, or a line corresponding to all of the plurality of primer cups 10; It may be provided in a batch form.

The drying unit 630 is provided on the upper portion of the fifth body 610 to dry the lacing portion of the primer cup 10, the drying housing 631 and the air spray member 632 provided therein is Is provided, the lock caring for the plurality of primer cups 10 accommodated in the primer cup plate 30 is completed is introduced into the interior of the drying housing 631 is transferred to the discharge end direction through the air spray member 632 Air can be blown to dry the lacing portion.

The discharge part 650 is provided on the upper part of the fifth body part 610 to discharge the primer cup plate 30, the lock caring part is dried, the discharge plate 651, the discharge rail 652 and the lifting member ( 653 is provided, through the lock ring portion 630 is moved to the front of the discharge cup 651 to the front end of the discharge cup 651 to the front of the discharge plate 651 (that is, provided with a protruding rearward to the front of the discharge plate 651) In the mounting jig 621 by raising the discharge rail 652 to a predetermined height through the elevating member 653 which is coupled to the discharge rail 652 to move up and down when it is moved to the upper portion of the discharge rail (652). The primer cup plate 30 may be detachably raised.

After that, when the mounting jig 621 of the transfer unit 620 is transferred in the input end direction, the discharge rail 652 can be lowered to the original position through the elevating member 653, the next primer cup plate 30 ) Is moved through the mounting jig 621, and by moving the existing primer cup plate 30 located on the top of the discharge rail 652 and repeating the above-described process, primer lock caring process and drying The primer cup plate 30 having the process can be transported and discharged sequentially in the discharge end direction.

The examination table 700 may be inspected a plurality of primer cups accommodated in the primer cup plate 30 discharged from the primer lacing machine 600, the examination table 700 is discharge portion provided in the primer lacing machine 600 May be disposed adjacent to 650.

The examination table 700 can perform a visual inspection while sweeping the primer cup plate in the right direction (for example, right → left → right direction), as shown in FIG. That is, the wax can be used to extract the defective product, the wooden test plate can be used to reverse the inverted 180 degrees while covering the primer cup plate, flip the primer cup plate 180 degrees and then roughly empty the primer cup plate It can be moved to the end of the visual inspection table at 11 o'clock, and the primer can be centered and wiped left and right, and visual inspection of the bottom of the primer can be performed.

Therefore, the present invention is to simplify and automate the primer binding process by performing a primer binding process by sequentially arranging a primer cup aligner, a width filler, a width coverr, a primer and bill aligner, a primer coupler, a primer lacing machine and an examination table. It can improve primer binding productivity.

In addition, the present invention after mounting the primer cup plate in the primer cup aligner in the primer cup aligner to the primer cup jig, align the primer cup accommodated in the primer cup plate through the horizontal vibration with respect to the primer cup plate, powder width charger By filling the primer cup housed in the primer cup plate through the filling spatula, the breadth plate and the knockout plate, the width of the primer can be effectively filled after the primer cup is aligned.

In addition, when the primer cup plate containing the primer cup filled with the width is input, the foil cover is seated on each primer cup in the width cover machine, and the anvil shaker plate is aligned with the anvil shaker plate in the primer anvil sorter. A primer cup plate and anvil plate are combined with the plate, and the primer cover plate and the anvil plate are completed in the primer coupler to couple the primer cup and the primer anvil to each other, thereby effectively performing the primer binding process.

In addition, the present invention may be dried and discharged after performing the lackaring process of applying lacquer to the primer cup using a lacca pin to the primer lacquer when the primer cup plate is completed in the primer binding, and the naked eye at the inspection table By inspection, the lacquer coating, drying and inspection of the primer cup can be effectively performed.

In the foregoing description, various embodiments of the present invention have been described and described, but the present invention is not necessarily limited thereto, and a person having ordinary skill in the art to which the present invention pertains may have various modifications without departing from the technical spirit of the present invention. It will be readily appreciated that branch substitutions, modifications and variations are possible.

10: primer cup 20: primer and ville
30: primer cup plate 100: primer cup aligner
110: main body 120: primer cup supply unit
130: primer cup filling portion 200: width charger
210: bed portion 220: width portion plate portion
230: rotating part 300: width cover
310: second body portion 320: paper providing portion
330: width cover 400: primer and bill aligner
410: third body portion 420: motor driving portion
430: supply coupling unit 500: primer coupler
510: fourth body portion 520: primer coupling portion
600: primer rocking machine 610: fifth body portion
620: transfer unit 630: lock ring
640: drying unit 650: discharge unit
700: inspection table

Claims (7)

A primer cup aligner for supplying a plurality of primer cups to align the plurality of primer cups to the primer cup plates through vibration;
A width charger for filling the plurality of primer cups aligned with the primer cup plate;
A width cover which seats a foil paper on each of the widths filled in the plurality of primer cups when the primer cup plate is introduced from the width charger;
Primer and anvil aligner to supply a plurality of primer and anvil to the anvil plate,
A primer coupler for coupling the primer cup and the primer anvil to each other when the primer cup plate provided from the breadth cover device and the anvil plate provided from the primer anvil aligner are introduced;
When the primer cup plate is input from the primer coupler and the primer lacquer to dry after performing a primer lacing process for the primer cup,
An examination table in which the plurality of primer cups accommodated in the primer cup plate discharged from the primer lacquer machine are respectively inspected.
Primer coupling system comprising a.
The method of claim 1,
The primer cup aligner,
A first body portion having a first base plate having a predetermined height for the primer cup alignment process and providing pneumatic pressure for the vibration;
Primer cup supply unit for supplying the plurality of primer cups by using the pneumatic pressure provided from the first body portion,
Primer cup filling unit for positioning and aligning the plurality of primer cups supplied from the primer cup supply unit to the primer cup plate through vibration
Primer coupling system comprising a.
The method of claim 1,
The breadth charger,
A bed portion to which the primer cup plate is mounted;
A width plate portion for mounting the width plate on which the width is ready to be filled;
Rotating part for filling the plurality of primer cups in the state in which the width portion plate is mounted on one end portion by rotating in the upper direction of the primer cup plate
Primer coupling system comprising a.
The method of claim 1,
The width cover is,
A second body part having a second base plate having a certain height for a width covering process;
A paper providing unit provided in the second main body to provide the foiling paper provided through a plurality of cylinders;
Width cover part provided on the upper portion of the second body portion for cutting the foil paper provided from the paper providing portion and seated on the upper portion of the width filled in each interior of the primer cup
Primer coupling system comprising a.
The method of claim 1,
The primer and bill aligner,
A third body portion having a third base plate with a predetermined height for the primer anvil alignment process,
A motor driving part provided at the third main body to provide a motor driving force;
A supply coupling portion provided on an upper portion of the third main body portion and coupled to the anvil plate while moving the plurality of primer anvils supplied by using the motor driving force;
Primer coupling system comprising a.
The method of claim 1,
The primer coupler,
A fourth body portion having a fourth base plate having a certain height for a primer coupling process,
Primer coupling portion provided on the top of the fourth body portion when the primer cup plate and the anvil plate is inserted into the primer cup and the primer anvil, respectively
Primer coupling system comprising a.
The method of claim 1,
The primer lacquer group,
A fifth body part having a fifth base plate having a predetermined height for the primer lacquering process;
A transfer unit provided at an upper portion of the fifth main body and configured to transfer in the discharge end direction when the primer cup plate is mounted on the primer coupler;
A lock caring portion provided on an upper portion of the fifth body portion to apply lacquer to the primer cup accommodated in the primer cup plate to be transferred through the transfer portion;
A drying part provided at an upper portion of the fifth body part to dry the lacing portion of the primer cup;
A discharge part provided at an upper portion of the fifth body part to discharge the primer cup plate on which the lacing portion is dried
Primer coupling system comprising a.

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